ПЕЧАТАЮЩЕЕ УСТРОЙСТВО

Изобретение относится к печатающему устройству, в частности устройству для печатания документов, которые отделяются от ленты лезвием, приводимым в действие электромотором. Печатающее устройство, в котором напечатанный документ отделяется от непрерывной бумажной ленты лезвием, приводимым реверсивным двигателем, ротор которого может вращаться в направлении вперед в нормальном режиме работы и в направлении назад с целью разблокирования лезвия в случае его заедания. При вращении назад сначала имеет место начальная фаза без передачи усилия на лезвие, а затем зуб, выполненный на валу ротора двигателя, вступает в контакт с другим зубом, выполненным на втулке зубчатого колеса, в результате чего происходит передача усилия от ротора к лезвию, чем обеспечивается освобождение лезвия. В результате обеспечивается эффективное устранение заедания лезвия отрезающего устройства. 10 з.п. ф-лы, 14 ил.

Устройство для резки слитков мягких металлов

... 1.Устройство для резки слитков мягких металлов, содержащее приводной механизм с закрепленным на нем режущим лезвием, отличающееся тем, что в качестве приводного механизма используется вибратор ударного действия, на наковальне которого жестко закреплена скоба со сменным режущим лезвием.2. Устройство по п.1, отличающееся тем, что режущее лезвие выполнено в виде ножа с односторонним скосом режущей кромки.3. Устройство по п.1, отличающееся тем, что режущее лезвие выполнено в виде стальной струны.

Устройство для резки труб

Переносные ножницы

Three-cutter machine for trimming books and brochures - has differential drive activated by spur gear mechanism and system of eccentric and centralised axles

The three cutter machine for trimming three sides of books and brochures has a differential drive allowing first the side cutters and afterwards the cross cutter to operate. The drive has a spur gear mechanism (15) with a drive gear (20) and a driven gear (21). An axle (19) located centrally to the drive gear (20) is connected eccentrically to the single turn shaft (18) and a second axle (24), eccentric to the first axle (19), is connected to a slider (23), so that a non uniform movement of the driven member (22) ensues. USE/ADVANTAGE - The play between the drive components is minimised.

Tearing device for heat shrinking packing foil has pinions arranged equidistantly around internal gear, with one pinion arranged on drift gear

A cutting set (3) propelled by a drive gear (4) through a drift gear has cutter holders that hold cutters. The cutters are provided to the corresponding pinions arranged equidistantly around a transmission comprised of an internal gear (2). The internal gear is arranged such that a central opening is coaxial to an entrance opening (11) leading to a passage in the rack (1). One pinion is arranged on and coaxially with the drift gear.

Verfahren zur elektrischen Kontaktierung einer Leiterschicht und Vorrichtung

Verfahren zur beschädigungsfreien elektrischen Kontaktierung einer Leiterschicht (28), bei dem über eine Vorschubbewegung (B) zumindest zwei Trennelemente (48, 50) einer Trennvorrichtung (46) in Richtung der Leiterschicht (28) solange bewegt werden, bis zumindest mittelbar über die Trennelemente (48, 50) eine durch zumindest einen Messwerte repräsentierte elektrische Eigenschaft der Leiterschicht (28) von einer elektrischen Messvorrichtung (60) detektiert wird.

Verfahren und Vorrichtung zum Längsschneiden einer Folienbahn

Verfahren zum Längsschneiden einer Folienbahn (7) in eine Mehrzahl von Bändchen (8), bei welchem die Folienbahn (7) mit einer Führungsgeschwindigkeit (VF) in einer Führungsebene (18) geführt wird, bei welchem eine Mehrzahl mit Abstand zueinander angeordneter Messer (11) die Führungsebene (18) durchdringen, bei welchem die Folienbahn (7) mit der Führungsgeschwindigkeit (VF) gegen die Schneiden (12) der Messer (11) geführt und in die Mehrzahl der Bändchen (8) zerteilt wird und bei welchem diese Mehrzahl der Bändchen (8) mit der Führungsgeschwindigkeit (VF) abgeführt werden, dadurch gekennzeichnet, dass die Schneiden (12) der Messer (11) sich in Laufrichtung der Folienbahn (7) mit einer vorgebbaren Messergeschwindigkeit (VM) bewegen oder sich zur gleichmäßigen Abnutzung schrittweise mit einer vorgebbaren Messergeschwindigkeit (VM) in Laufrichtung der Folienbahn (7) bewegen und dass die Messergeschwindigkeit (VM) kleiner ist als die Führungsgeschwindigkeit (VF) der Folienbahn (7).

Vorrichtung zum Schneiden von blättrigem Gut

Electric cutting machine

An electric cutting machine for cutting flexible, flat sheets of material, especially sheets of paper or the like, contains a supporting table, a cutting edge on the supporting table and a revolving blade in a blade head, which blade interacts with the cutting edge, and which head is mounted above the cutting edge so as to be displaceable along a guide rail and is supported, together with a supporting roll which drives the revolving blade, on a lowerable holding-down device, in order to press a sheet of material against the supporting table during cutting. An electric drive motor drives the blade head via an endless pulling element to perform a cutting operation. In order to protect, in a simple fashion, the drive motor and the pulling element from preloads when the blade head is stopped abruptly, the pulling element takes the form of an endless belt which is fastened to the blade head by means of frictional engagement, so that when the blade head is braked abruptly, the endless belt slips ...

Stanzvorrichtung

Eine Stanzvorrichtung umfasst einen Hauptkörper (22), eine Stützanordnung und eine nichtlineare Hebelstange (20). Der Hauptkörper (22) dient zur Aufnahme des Artikels und zum Ausüben einer Stanzkraft auf den Artikel, um Löcher zu stanzen. Die Stützstruktur dient zum Übertragen einer Andruckkraft auf den Hauptkörper (22) durch Andrücken des Hauptkörpers (22), um in Abhängigkeit von einer externen Kraft eine Stanzkraft zur Verfügung zu stellen. Die nichtlineare Hebelstange (20) umfasst einen kraftaufnehmenden Abschnitt (A), einen Gelenkabschnitt (C) und einen gebogenen Abschnitt (D). Auf den kraftaufnehmenden Abschnitt (A) wird eine externe Kraft ausgeübt. Der Gelenkabschnitt (C) ist mit dem Hauptkörper (22) verbunden, um der Hebelstange (20) ein Verschwenken relativ zum Hauptkörper (22) in Abhängigkeit von der externen Kraft zu ermöglichen. Der gebogene Abschnitt (D) ist mit dem kraftaufnehmenden Abschnitt (A) und dem Gelenkabschnitt (C) verbunden, um den kraftaufnehmenden Abschnitt (A) ...

Dreischneider

Dreischneider, der insgesamt drei Schneideinheiten (2, 3, 4) für Kopf-, Fuß- und Frontbeschnitt eines Buch- oder Broschürenblocks mit jeweils einem Messerträger, einer Gegenschneidleiste, Pressleisten und den zugehörigen Antriebselementen sowie eine Zufuhrstation, eine Ausfuhrstation und eine Transportvorrichtung, die in Taktschritten die Blocks von der Einfuhr über die Schneidpositionen in die Ausfuhr transportiert, aufweist, gekennzeichnet dadurch, dass in der Kopf- und Fußschneideinheit sowie in der Frontschneideinheit ein gemeinsamer Messerantrieb vorhanden ist, bei dem eine Antriebswelle direkt über einen umlaufenden Kurbeltrieb unter Zwischenschaltung von kurzen Koppelstangen mit den Messerträgern im Wirkeingriff steht und wobei die Antriebswelle mit der Motorwelle eines Antriebsmotor über ein Getriebe verbunden ist, dass in jedem Maschinenzyklus eine über den Arbeitstakt variable Übersetzung zur Kompensation der schwankenden Drehmomentbereitstellung des Kurbeltriebes erzeugt.

Aufschnitt-Schneidemaschine

The invention concerns a slice-cutting machine (1), in particular a machine for cutting food, with a housing (2) and, mounted in the housing, an electrically driven circular cutter blade (5). In order to improve the ease of servicing of the machine, the invention proposes that the cutter blade (5) is driven directly, i.e. with no reduction gearing, by a motor (11) mounted on the shaft (12) carrying said blade.

Bogenstanz- und -prägemaschine

Bogenstanz- und -prägemaschine mit einem mit einer Gegenplatte (15) versehenen ruhenden Tisch (9) und einem mit einem Stanzmesser (16) versehenen über einen Hubantrieb senkrecht zur Gegenplatte (15) auf- und abbeweglichen Tisch (10), wobei der Hubantrieb aus mindestens einer im Maschinengestell gelagerten Exzenterwelle (18, 19) besteht und eine Exzenterwelle (18, 19) mit exzentrisch gelagerten Andruckrollen (20, 21) aufweist, und der Antrieb der Exzenterwellen (18, 19) über ein ungleichförmig wirkendes Getriebe (24, 25) erfolgt, so daß eine ungleichförmige Bewegung des bewegten Tisches (10) ermöglicht ist.

PRINTING UNIT FOR APPLYING A PERMUTATION CODE

... 1,212,649. Selective printing. TELEFUNKEN PATENTVERWERTUNGS G.m.b.H. 3 March, 1969 [2 March, 1968], No. 11142/69. Heading B6F. Each selection member for a spring loaded printing plunger 1 (Figs. 1 to 3) of a postal code printer includes a hook 15 pivotally mounted to a sleeve 9 for electromagnetic selection either into alignment with the rear end of the plunger 1, Fig. 5, or out of alignment (Fig. 4). The sleeve 9 is mounted in a guide member comprising spaced plates (7 and 8) for movement therewith and relative thereto against the force of a spring (10). The guide member is displaced, within each printing cycle, into a rear selection position (Fig. 1) and then into a front working position (Fig. 3), by known means, for example a cam. A slide 6 is mounted in the sleeve 9 for longitudinal displacement to a front or rear position to pivot the hook 15 out of or into alignment with the printing plunger, via a two armed lever 17 pivoted at 19 to the sleeve 9, and a spring 18 forming a bi-stable ...

Cutting APPARATUS

Apparatus for periodically applying a controllable force to a moving part, comprising a force-applying member (12), particularly for cutting a web, and means (30) for producing a control electrical signal indicative of the force applied by the force-applying member and for controlling the force-applying member so as to control the forces applied by it to the moving part, the control signal being produced with the aid of a lock-in amplifier (32) to which is applied a force-responsive electrical signal together with a reference signal, whereby any noise element in the control signal is eliminated or reduced by the lock-in amplifier.

Hole punch

CORDLESS WALLPAPER TRIMMER TOOL

CHEESE CUTTING METHOD

MATERIAL CUTTING APPARATUS

METHOD AND APPARATUS FOR CONTROLLING A TOBACCO CUTTER

PUNCHING PRESS

GLAZING PANEL REMOVAL

GLAZING PANEL REMOVAL

GLAZING PANEL REMOVAL

LATHE FIXTURE FOR SPLITTING COURSE MATERIALS

HYDRAULIC OR PNEUMATIC MEASURER DRIVE

ULTRASONIC CUTTER

STAMP GUIDING SYSTEM

VORRICHTUNG ZUM ZERSCHNEIDEN VON BROT OD.DGL. IN SCHEIBEN

DEVICE FOR THE SEPARATION OF A MATERIALBAHN

PNEUMATIC-HYDRAULIC PROCESSING MACHINE

MACHINE TO PUNCHING OUT FROM CARDBOARD, NATURE LEATHER, IMITATION LEATHER AND PLASTICS TO THE PRODUCTION OF SEMIFINISHED PRODUCTS FOR FOOTWEAR AND THE LIKE

LONGITUDINAL GUMPTION DEVICE FOR SUBDIVIDING A MATERIALBAHN AND UMWICKLER WITH SUCH DEVICE

STRENGTH-OPERATED HANDSCHERE

DRUCKLUFTANTRIEB FOR PUNCHING, GUMPTION AND EMBOSSING MECHANISMS.

DEVICE AND PROCEDURE FOR IN A ROW CUTTING AND/OR TAPERING A PLASTIC TUBE OFF.

DEVICE FOR CUTTING AND FORMING A SPHERICAL ONE KOERPERS.

CUTTING OPEN CUTTER

PNEUMATIC-HYDRAULIC PROCESSING MACHINE

CUTTING OFF DEVICE FOR MATERIAL STRIPES, LIKE PAPER OR FOIL STRIP WITH MACHINE EXPENDITURE WITH ELECTROMECHANICAL DRIVE.

MACHINE TO MANUFACTURING PIPES FROM PASTEBOARD OR SIMILAR MATERIAL, WITH A DEVICE TO INTO PIECES OF CUTS OF PIPES WITH PRE-DETERMINED LENGTHS

PUNCHING DEVICE FOR SHEET PILES

MACHINE TO THE CROSS CUTTING OF MATERIALBAHNEN

Device having a blade for processing a processable product

The device (1), which serves for processing, in particular cutting and spraying, at least one processable product, in particular a foodstuff (8), comprises at least one blade (11) which can be connected to an ultrasound source via at least one coupling element (12) and an energy converter (13) and is fastened to a blade holder (2) which is connected to a drive device (4) held by a framework (6). According to the invention, the drive device (4) comprises a plurality of actuators (41,…, 46) which, on the one hand, are in each case connected to the blade holder (2) via a first rotary joint (31;…; 37) and which, on the other hand, are in each case connected to the framework via a second rotary joint (51;…; 57) in such a way that the blade holder (2) is held by the actuators (41,…, 46) alone and is displaceable and, if appropriate, rotatable within a work volume.

Hand tool for machining a processing material

The hand tool (10) comprises a tool part (1), which is retained in a preferably hollow cylindrical housing body (21) of a housing part (2) and which comprises an ultrasonic transducer (15), which has at least one piezoelectric element (154) and which is used to output ultrasound energy to a blade (11) provided on the tool part (1). According to the invention, a plurality of piezoelectric elements (154) separated from each other by contact elements (155) are provided, which piezoelectric elements each have a transfer opening (1541), through which a transducer rod (151) is fed, which is connected integrally or directly or indirectly to a coupling rod (12), which is connected integrally to the blade (11), and a pressing element (152) connected to the transducer rod (151) is provided, which pressing element presses the piezoelectric elements (154) against a stop surface (A) of an element connected directly or indirectly to the coupling rod (12) and mechanically couples the piezoelectric elements ...

A DRIVE FOR A BREAD SLICING MACHINE

METHOD AND APPARATUS FOR TRIMMING CONTAINERS

RAM GUIDANCE SYSTEM

A ram guidance system for a stamping press is provided including an outer bush mounted to a portion of the stamping press. The outer bush has a central passageway sized and arranged so that a reciprocating ram extends through the passageway. An inner bush is coaxially mounted to the outer bush and a portion of the rod, with an anti-friction bearing assembly positioned between the outer bush and the inner bush so as to guide their relative movement. In another embodiment of the invention, a metal stamping system for operating a die set is provided that includes an outer bush mounted to a portion of the stamping press. The outer bush includes a passageway sized and arranged so that a ram extends through the passageway so as to be enclosed by the outer bush. An inner bush is coaxially mounted to (i) the outer bush and (ii) a portion of the ram, with an anti-friction bearing assembly positioned between the outer bush and the inner bush so as to guide their relative movement. Tie rods may be ...

DEVICE FOR CUTTING LOAVES AND THE LIKE

ELECTRICALLY ACTUATED PUNCH PRESS

MACHINE FOR CUTTING PARTS OF A WINDOW BLIND

A machine for cutting parts of a window blind includes a machine base and two cutting units mounted respectively on the machine base. Each cutting unit includes two locating holes for insertion of the parts of the window blind, two cutters movable relative to the locating holes, a clutch for connecting and disconnecting the cutters, and a driving mechanism. The driving mechanism drives the cutters to move synchronously to cut off the parts of the window blind that extend out of the locating holes when the cutters are connected by the clutch. The driving mechanism drives only one of the cutters to move to cut off the parts of the window blind that extend out of one of the locating holes when the cutters are disconnected.

ROTARY MEMBER CONTROL

WEB CUTTING DEVICE

The invention relates to a device for cutting a web, which device comprises at least two cutting members (11, 12) for cutting/cross-cutting the web in the cross-direction of the web in order to achieve a cross-cut. The cutting members (11, 12) have a common actuator (20) in order to move the cutting members (11, 12) in the cross-direction of the web.

Papierschneidmaschine.

Handgerät mit motorischem Antrieb.

Schneidmaschine zum Schneiden von Furnier und Karton.

Verfahren zum Antreiben von kreisförmigen Messern an Papierrollenschneidmaschinen und Einrichtung zur Ausführung des Verfahrens.

Presse pour le travail d'une matière en feuilles

Coupe-racines à moteur

Variable Längsschneideinrichtung für Papier- und papierähnliche Bahnen

Schneidvorrichtung mit elektromagnetisch betätigbarem Messer

Vorrichtung zum Perforieren von Materialbahnen

Scheibenschneidmaschine für Lebensmittel mit einem umlaufenden kreisringförmigen Rundmesser

Schneidvorrichtung für faden-, seil- und drahtförmiges Schnittgut

Machine for punching sheet metal

Two shafts (18, 19), each supporting a roller (20, 21), are fixed between two endless chains (11). Each shaft (18, 19) carries two bearing rollers (22) rolling on two horizontal bars (24) fixed above the rollers to a transverse plate of the frame. Two horizontal plates (27, 28) are mounted so as to slide on two guide pillars (29, 30). The plates (27, 28) carry groups of three punches (31) aligned transversely to the direction of movement (F) of the rollers. A spring (34) returns upwards the head of the punch (31) carrying a ball, a part of which projects above a retention plate (36). The rollers (20, 21) driven by the chains (11) actuate successively the heads of punches (31) which pierce successively a series of holes in a metal sheet. The machine enables holes to be pierced without recourse to large forces. This enables a lighter machine to be constructed. ...

Fruit, vegetable or cheese grater

Fruit, vegetable or cheese grater has driven spindle, coupled to grater plate joined to support spider, mounted on motor frame and passing through split housing ...

Device for cutting flexible, planar structures

The device contains a cutting table (1) with a cutting strip (2) and it also contains a drive motor (3) and a cutting device (4) which is operatively connected to the cutting strip (2) and has a feed carriage (7) and a cutting element (8) in the form of a circular knife which rests against the cutting strip (2). The feed carriage (7) converts the rotation of the shaft (5) by means of three friction rollers, which are arranged so as to be skew with respect to the shaft (5), to an axial movement, which causes the cutting device (4) to be moved along the cutting strip (2). ...

Cutting device

In a cutting device for extruded material of a soft nature, especially a strand of dough, the rotor (20) of the motor (20, 21) which drives the cutter (3) is directly fastened to the cutter shaft (17). The motor (20, 21) is preferably a linear motor, the rotor (20) having the poles (19) of a permanent magnet. The rotating speed is set by means of an adjustment circle (23, PID). ...

PUNCHING MACHINE FOR THE FORMATION OF A ROW HOLE DANCING.

PUNCHING MECHANISM.

Punch

It comprises a frame formed of three horizontal plates (1, 2, 3) of which the lower two (1, 2) are assembled by two vertical plates (4, 5) and the third (3) is assembled to the second (2) by three posts (7, 8, 9). On the third post (9) there is mounted, to rotate freely, a horizontal plate (15) fitted with devices (16) for fixing punches (17). An interchangeable die (14) is mounted on a second plate (13) secured to a vertical shaft (12) sliding in a guide (21). The shaft (12) rests via its lower end on a cam (11) mounted on a horizontal shaft (10) passing through the two vertical plates (4, 5). The shaft (10) is controlled by a lever (22) in order to raise or lower the second plate (13) with the die (14) during the punching work. The first plate (15) is locked in the desired position via a sprung ball (19), housed in a socket (20) secured to the third plate (3) of the frame, clipping into a recess (18) of the device (16) holding the punch (17). ...

Cutting device and apparatus with at least one such cutter.

Die Schneidevorrichtung (1) umfasst wenigstens eine Klinge (2), die einseitig mit einem Endstück (31) eines ersten Kopplungsstabs (3) oder beidseitig je mit einem Endstück (31) eines ersten und eines zweiten Kopplungsstabs (3) verbunden ist. Erfindungsgemäss ist dem Endstück (31) jedes vorgesehenen Kopplungsstabs (3) eine Kopplungsvorrichtung (K) zugeordnet, die ein am Endstück (31) des Kopplungsstabs (3) vorgesehenes erstes Kopplungsstück, ein an einem dazu korrespondierenden Endstück (21) der Klinge (2) vorgesehenes zweites Kopplungsstück (22) sowie wenigstens eine Verschlussvorrichtung umfasst, mittels der die beiden miteinander verbundenen ersten und zweiten Kopplungsstücke lösbar arretierbar sind.

DEVICE FOR PUNCHING.

Gumption device for band-shaped material.

Device for cutting continuous form as well as a procedure for their enterprise.

Longitudinal gumption mechanism for courses.

Schneidevorrichtung und Apparatur mit wenigstens einer solchen Schneidevorrichtung.

Die Schneidevorrichtung (1) umfasst wenigstens eine Klinge (2), die einseitig mit einem Endstück (31) eines ersten Kopplungsstabs (3) oder beidseitig je mit einem Endstück (31) eines ersten und eines zweiten Kopplungsstabs (3) verbunden ist. Erfindungsgemäss ist dem Endstück (31) jedes vorgesehenen Kopplungsstabs (3) eine Kopplungsvorrichtung (K) zugeordnet, die ein am Endstück (31) des Kopplungsstabs (3) vorgesehenes erstes Kopplungsstück, ein an einem dazu korrespondierenden Endstück (21) der Klinge (2) vorgesehenes zweites Kopplungsstück (22) sowie wenigstens eine Verschlussvorrichtung umfasst, mittels der die beiden miteinander verbundenen ersten und zweiten Kopplungsstücke lösbar arretierbar sind.

РІЗАЛЬНИЙ ВЕРСТАТ НАСТІЛЬНОГО ТИПУ

Різальний верстат настільного типу містить накладний стіл, привід і механізм ножа, який складається зі спареної через вал черв'ячної передачі і двох кривошипів різної довжини, один з яких з'єднано з ножем шарнірно, а інший - за допомогою сухаря, розташованого в пазу ножа.

Press for producing pressure for processing a workpiece

Cutting device for copper-clad plate production

Intelligent sewing machine sewing ornamental stuff continuously

Trimming equipment

Automatic mashing device for potato chips

Automatic noodle cutting device

Mold for punching hole for pressed traditional Chinese medicinal materials or traditional Chinese medicine crude slices

Rotary centrifugal multi-blade cutting machine

Full-automatic sausage cutter

Treatment device is retrieved to civilian articles for use

On-line automatic edging machine for solar module panel

Retractable painless anorectal endoscope

Automatic cutting device for plastic hoses

Waterproof material food forming machine with slow cooling section

Efficient cutting equipment for water conservancy project

Intelligent packaging box management system

Cutting device for adhesive tape cutting machine

Cutting device used for fireproof material production

Paper card off line

The utility model relates to a mechanical equipment technical field especially relates to a paper card off line, the utility model discloses a paper card off line, including the frame with set up in the landing leg of the downside of frame, still including set up in driver part on the lateral wall of frame, wear to locate in the frame and the tip connect soon in drive disk assembly on the driver part, the disconnected part of card and carrier, the utility model discloses a paper card off line convenient operation, it is convenient to adjust, and the card is disconnected efficient, and the card is disconnected of high quality.

SLICER

A slicer for cutting slices of elongated food products includes a machine housing and a slicing blade that is held by the machine housing. An electric slicing motor drives the slicing blade, and a control unit actuates the slicing motor using a pulse-width modulation, The control unit includes a microcontroller and a motor output stage. The microcontroller is configured to generate pulse-width-modulated control signals by varying at least one of an amplitude, a frequency or a pulse width of the control signals and to forward the control signals to the slicing motor. 114-. (canceled)15. A slicer for cutting slices of elongated food products , the slicer comprising:a machine housing;a slicing blade held by the machine housing;an electric slicing motor that drives the slicing blade; anda control unit that actuates the slicing motor using a pulse-width modulation, the control unit including a microcontroller and a motor output stage, the microcontroller being configured to generate pulse-width-modulated control signals by varying at least one of an amplitude, a frequency or a pulse width of the control signals and to forward the control signals to the slicing motor.16. The slicer recited in claim 15 , wherein the microcontroller and motor output stage are accommodated in a separate control unit housing claim 15 , the control unit housing being configured to be splash-proof and being replaceably disposed in the machine housing.17. The slicer recited in claim 16 , wherein the control claim 16 , unit housing includes an outer wall that is configured as a cooling surface claim 16 , the outer wall being arranged on an outside of the machine housing.18. The slicer recited in claim 17 , wherein the outer wall is disposed at a bottom of the machine housing.19. The slicer recited in claim 15 , wherein the control unit includes a filter circuit disposed between the motor outputs stage and the slicing motor claim 15 , the filter circuit being configured to suppress electromagnetic ...

METHOD FOR CUTTING BLOCK MATERIALS AND CUTTING MACHINE FOR CUTTING BLOCK MATERIALS

A method for the cutting of block materials, particularly foamed or expanded materials, wherein a knife element having first and second ends is driven in a translatory manner in longitudinal direction so as to perform a reciprocating movement. The driving force is exerted on the first and second end of the knife element, the driving of the first end of the knife element being performed by conversion of a first rotary movement into a first translatory movement, and the driving of the second end of the knife element being performed by conversion of a second rotary movement into a second translatory movement in a sense opposed to that of the first translatory movement. 1. A method for the cutting of block materials , particularly foamed or expanded materials , wherein a knife element having a first and a second end is driven in a translatory manner in longitudinal direction for performing a reciprocating movement ,the driving force being exerted on the first and second ends of the knife element,the driving of the first end of the knife element being performed by conversion of a first rotary movement into a first translatory movement, and the driving of the second end of the knife element being performed by conversion of a second rotary movement into a second translatory movement in a sense opposed to that of the first translatory movement,the rotational frequency of the first rotary movement with respect to full revolutions being equal to the rotational frequency of the second rotary movement,it being provided that, per revolution of the first and second rotary movements, the first rotary movement has a higher angular speed in a first and a second partial range of the revolution than the second rotary movement, and in a third and a fourth partial range of the revolution, the second rotary movement has a higher angular speed than the first rotary movement, andthat, at the start and respectively the end of a revolution and at the transition between the second and the ...

CUTTING TOOL HEAD FOR MULTI-PLY FABRIC CUTTING MACHINE

A cutting tool head for a sheet material cutting machine has a pressure foot mounted by way of linear actuators operable to independently move the pressure foot vertically relative to an eccentric drive mechanism and a knife assembly of the tool head. The knife assembly includes a support shaft driven by the eccentric mechanism, a blade connected to the support shaft, and a splined shaft between the support shaft and blade The splined shaft slides in a splined bushing, and the eccentric mechanism drives reciprocating motion of the support shaft, the splined shaft, and the blade relative to the splined bushing. The splined bushing is rotatable to rotate the splined shaft and blade. A blade sharpener of the tool head has a sharpening disc backed by a magnetic disc to attract the blade into evenly distributed contact with the sharpening surface, and to retain metal shavings on the sharpening disc. 1. A cutting tool head for cutting sheet materials , the cutting tool head comprising:a support assembly;an eccentric mechanism;a pressure foot having a knife opening;a knife assembly including a support shaft drivably connected to the eccentric mechanism and a vertical blade connected to the support shaft, wherein the eccentric mechanism drives reciprocating up-and-down motion of the support shaft and the blade, and wherein the blade is extendable through the knife opening of the pressure foot;wherein the eccentric mechanism, the knife assembly, and the pressure foot are mounted on the support assembly for vertical movement as a unit relative to the support assembly; andwherein the pressure foot is mounted on the slide plate by way of at least one linear actuator operable to move the pressure foot up and down relative to the eccentric mechanism and the knife assembly.2. The cutting tool head according to claim 1 , wherein the eccentric mechanism claim 1 , the knife assembly claim 1 , and the pressure foot are mounted on a slide plate connected to the support assembly by at ...

DEVICE AND METHOD FOR MANUFACTURING PROFILE COMBINATION

A nesting device for manufacturing a profile combination. The device includes: a nesting bed; a nesting base; and a rotating positioning device. The rotating positioning device includes a saddle, a first gas cylinder, two steady rests, and two rotators. The nesting bed is fixed on the ground. The nesting base is disposed and is horizontally movable on the nesting bed. The saddle is disposed on the nesting base and is horizontally movable on the nesting base. The saddle is connected to the first gas cylinder, and the first gas cylinder drives the rotating positioning device to move on the nesting base. The two steady rests are oppositely fixed on the saddle at a certain interval. The rotator is arranged inside each steady rest and is rotatable in relation to the steady rest. Each rotator includes: a square hole, and a plurality of clamps. 2. The device of claim 1 , wherein{'b': 651', '65, 'a plurality of tooth spaces () are arranged on a circumferential face of the rotator () at a certain interval between each other; and'}{'b': 68', '651, 'two first positioning pins () are inserted into two opposite tooth spaces () at an angle of circumference of 180° for limiting a rotating direction of the rotator.'}3. A method for manufacturing a profile combination by using the device of claim 1 , the method comprising the following steps:{'b': 5', '5, 'a) transporting the profile (B) after cross section shaping to the rotating positioning device; allowing the cutting device () and the profile (B) to move synchronously when the profile (B) touches a first detecting contact, and cutting the profile (B) by the cutting device () to yield the first profile member;'}{'b': 62', '6, 'b) allowing the rotating positioning device to move on a nesting base () of the nesting device (), leaving a required interval between the rotating positioning device and the profile (B) being transported;'}{'b': '5', 'c) rotating the first profile member for 180° by the rotating positioning device when the ...

Apparatus and method for cutting products

Apparatus for cutting products, comprising: a base; a cutting head rotatably fitted to the base; an impeller adapted for rotating concentrically within the cutting head to urge products fed into the cutting head towards the circumference of the cutting head by means of centrifugal force; an impeller drive mechanism for driving the rotation of the impeller at an impeller rotational speed setting the centrifugal force; and a cutting head drive mechanism for driving the rotation of the cutting head at a cutting head rotational speed which is greater than the impeller rotational speed.

Slicing machine with motor tower and directly driven circular blade

A slicing machine cuts slices of cutting material. The slicing machine has: a machine housing holding a motor and circular blade driven by the motor; a product feed, which feeds the cutting material to the circular blade; a stop plate; and a slidably arranged carriage, which feeds the cutting material to the blade. The blade is mounted directly on a bearing shaft arranged in the drive motor for the circular blade. The drive motor includes at a stator and rotor, which is detachable from the stator. The stator is in the machine housing. The machine housing has an insertion opening where, in the assembled state, the stator is arranged and through which the rotor is at least partially inserted into the stator. The slicing machine has an attachment device comprising at least one fastener that is configured to fasten the rotor and the stator to the machine housing.

Semiautomatic Injector Case O-rings Removal Machine

A cutting apparatus for removing gaskets from a fuel injector is disclosed. The cutting apparatus includes a blade platform and an actuator for actuating the blade platform. The cutting apparatus also includes a first blade assembly coupled to the blade platform. The first blade assembly may include a first prong and a second prong spaced apart. The cutting apparatus also includes a base platform and an axial position guide coupled to and perpendicular to the base platform. The axial position guide may have an aperture. The cutting apparatus includes an alignment feature aligned to the aperture. 1. A cutting apparatus for removing gaskets from a fuel injector , the cutting apparatus comprising:a blade platform;a base platform parallel and spaced apart from the blade platform;an actuator for actuating the blade platform towards the base platform; a first prong extending away from the blade platform, the first prong having a first cutting portion,', 'a second prong extending away from the blade platform, the second prong having a second cutting portion, the second prong spaced apart from the first prong,', 'a first slot between the first prong and the second prong;, 'a first blade assembly coupled to the blade platform, the first blade assembly including'}an outer position guide extending from the base platform; andan axial position guide adjacent and perpendicular to the base platform, the axial position guide spaced apart from the outer position guide, the axial position guide having an aperture defining an axis.2. The cutting apparatus of claim 1 , further comprisingan inner position guide extending from the base platform, the inner position guide spaced apart from the outer position guide.3. The cutting apparatus of claim 2 , further comprisinga second blade assembly coupled to the blade platform, the second blade assembly spaced apart from the first blade assembly, and the second blade assembly having at least two prongs defining a second slot.4. The cutting ...

DEVICE WITH A BLADE FOR PROCESSING A PRODUCT

The device, which serves for processing, particularly for cutting and diffusing at least one product, particularly a food product, includes at least one blade that is connectable via at least one coupling member and an energy converter to an ultrasound source and that is fastened to a blade holder, which is connected to a drive device that is held by a framework. According to the invention the drive device includes a plurality of actuators, which are connected each on one side via a first rotary joint to the blade holder and on another side via a second rotary joint in such a way to the framework that the blade holder is held by the actuators alone and is displaceable and optionally turnable within a volume of operation. 1. Device for processing comprising at least one blade that is connectable via at least one coupling member and an energy converter to an ultrasound source and that is fastened to a holder , which is connected to a drive device that is held by a framework , wherein the drive device comprises a plurality of actuators which are connected each on one side via a first rotary joint to the blade holder and on another side via a second rotary joint in such a way to the framework that the blade holder is held by the actuators alone and is displaceable and optionally turnable within a volume of operation.2. Device according to claim 1 , wherein the blade is displaceable forward and backward in three directions claim 1 , which are perpendicular to one another claim 1 , and/or that the blade is turnable at least around its longitudinal axis.3. Device according to claim 1 , wherein the blade comprises a cutting edge on one side or on two sides each.4. Device according to claim 1 , wherein a control unit with a control program is provided claim 1 , with which the actuators claim 1 , are individually controllable such that the blade is guidable in a desired alignment along at least one straight or curved cutting area.5. Device according to claim 1 , wherein a ...

PUNCHING DEVICE WITH MODULAR PUNCHING MEANS

The invention relates to a punching device for processing dried samples applied to a sample card, in particular liquids containing DNA, such as blood, saliva and the like, comprising at least one punching means () with a punch and a lower die, wherein the punch is movable between a resting position at a distance from the lower die and a punching position closer to the lower die. The punching means () has a receiving opening into which a sample card can be introduced by means of a movable gripping unit () of the punching device () and can be positioned in relation to the punching means (), and a punching drive () which can be coupled or is coupled to the punch of the punching means () and which drives the punch between the resting position and the punching position. According to the invention, it is proposed that the punching means () has a structure which is separate from the punching device () and on which the punch and the lower die are arranged. The punching means () is configured in terms of its structure in such a way that it forms an exchangeable module that can be coupled to the punching device () and the punching drive (). The invention also relates to a metering device () with said type of punching device () and also a punching means module () 136136422. A punching device for processing dried samples (- , . . . , -) applied to a sample card () , in particular of liquids containing DNA such as blood , saliva and the like , comprising{'b': 110', '132', '136', '132', '136', '110', '138', '22', '300', '10', '110, 'at least one punching means () having a punch () and a lower die (), wherein the punch () is movable between a rest position in which it is away from the lower die () and a punching position in which it is close to the lower die, and wherein the punching means () has a receiving opening () into which a sample card () is introducible by means of a movable gripper unit () of the punching device () and is positionable relative to the punching means ...

AUTOMATED PUNCHING STATION FOR THE PRODUCTION OF PUNCHED COMPONENTS, PUNCHED COMPONENT AND RELATIVE PRODUCTION METHOD

The invention relates to an automated punching station for the production of punched components for prosthetic surgery instruments, in particular for instruments able to mill/cut or otherwise carry out tissue removal processes in preparation for, or in the context of, prosthetic surgery operations. The invention also concerns a method to produce said punched components, and a punched component thus obtained. 1. An automated punching station for producing punched components for prosthetic surgery instruments , wherein said station comprises:a transport support able to receive and position a plurality of intermediate components, each provided with through holes defined by a respective edge;a press device comprising at least one fixed punch and a counter-punch mobile in a punching direction with respect to said fixed for punching each of said edges for the purpose of producing a cutting part of the prosthetic surgery instrument;at least one automated operator configured to pick up, and move one at a time, said intermediate components from said transport support, so as to place each intermediate component in cooperation on each occasion with said press device in order to punch a respective edge; anda control unit configured at least to command the automated operator to maintain each intermediate component in a grip once placed in cooperation with the press device and move said automated operator synchronously, and in the same punching direction, with respect to said counter-punch, so as to accompany said intermediate component in said punching direction when said counter-punch engages said intermediate component in the punching operation.2. The automated punching station as in claim 1 , wherein said automated operator is able to rest the intermediate component on the punch in correspondence with a sharp segment of said edge.3. The automated punching station as in claim 1 , wherein said automated operator comprises a robotic articulated arm provided with a plurality of ...

CROSSCUT TEST DEVICE AND CROSSCUT METHOD

There are provided a cross-cut test device and a cross-cut method capable of safely making incisions for testing the adhesion of a coating film at high-precision interval and depth under stable conditions using a simple operation. A cross-cut device, comprising: a plurality of blades respectively having an engagement hole; a fulcrum shaft for pivotably mounting thereon the blades parallel to each other and arranged in the blade thickness direction; and a blade holder for housing the blades pivotably mounted on the fulcrum shaft, wherein a magnet is interposed between the cutting edges and the coating film to be tested, and wherein the blades are pulled in the direction toward cutting edges by the magnetic force of the magnet. 1. A cross-cut device , comprising: a plurality of blades respectively having an engagement hole; a fulcrum shaft for pivotably mounting thereon the blades parallel to each other and arranged in a blade thickness direction; and a blade holder for housing the blades pivotably mounted on the fulcrum shaft , wherein a magnet is interposed between cutting edges of the blades and a coating film to be tested , and wherein the blades are pulled in the direction toward the cutting edges by a magnetic force of the magnet.2. The cross-cut test device of claim 1 , wherein the blades each comprises a protrusion at least on one of side surfaces of the blade claim 1 , wherein the protrusion has a thickness according to an incision interval.3. The cross-cut test device of or claim 1 , further comprising:a magnet roller for biasing the coating film to be tested.4. A cross-cut method for making a plurality of incisions through a coating film to be tested claim 1 , said method comprising:pivotably mounting a plurality of blades each with an engagement hole so that the plurality of blades are parallel to each other and arranged in a blade thickness direction inside a blade holder; and{'b': '1', 'by an attractive force of a magnet interposed between cutting edges ...

AUTOMATED CONTAINER CUTTING APPARATUS AND METHOD

An automated container cutting apparatus configured to cut various sized rectilinear containers without unnecessary costs or lack of transportability. The automated container cutting apparatus includes a right angle transfer conveyor that positions a container in a first cutting position. The apparatus also includes a cutting mechanism configured to cut the container on two adjacent edges while in the first cutting position. The cutting mechanism further includes two cutting elements supported at right angles to one another for horizontally cutting a container on two adjacent edges. 1. An automated container cutting apparatus , comprising:at least one right angle transfer conveyor to position a container in a first cutting position;a cutting mechanism to cut the container on two adjacent edges while in the first cutting position, wherein the cutting mechanism comprises:a first cutting element connected to a first support arm configured to cut in a first horizontal direction; anda second cutting element connected to a second support arm that extends at a right angle to the first support arm and positioned to cut in a second horizontal direction.2. The apparatus of claim 1 , further comprising: at least one second linear actuator position the container in a second cutting position.3. The apparatus of claim 2 , further comprising: a second cutting mechanism to cut the container on two adjacent uncut edges while in the second cutting position.4. The apparatus of claim 1 , further comprising: a first drive mounted to the first support arm for selectively translating the first cutting element.5. The apparatus of claim 4 , further comprising: a second drive mounted to the second support arm for selectively translating the second cutting element.6. The apparatus of claim 1 , wherein the cutting mechanism further comprises: a vertical drive to selectively translate the first cutting element and second cutting element together.7. The apparatus of claim 7 , further comprising: ...

CUTTING APPARATUS

A cutting apparatus for cutting an original product includes a platform, a base, a cutting device, and a first driving device. The original product includes a stub bar and optical lenses connected to the stub bar. The base is fixed to the platform. The cutting device is mounted on the base. The cutting device includes at least one group of cutter. Two cutters in each group of the cutter are aligned with each other and are apart from each other. The first driving device is fixed to the platform. The first driving device is configured to drive the two cutters in each group to move closer to each other or to move away from each other. 1. A cutting apparatus for cutting an original product having a stub bar and optical lenses connected to the stub bar , the cutting apparatus comprising:a platform;a base fixed to the platform;a cutting device mounted on the base, the cutting device comprising at least one group of cutter, wherein each group of the at least one group includes two cutters aligned with each other and being apart from each other; anda first driving device fixed to the platform, the first driving device configured to drive the two cutters in each group to move closer to each other or to move away from each other, thereby cutting the original product between the two cutters in each group and separating the optical lenses from the stub bar.2. The cutting apparatus of claim 1 , wherein the platform comprises a top surface and a bottom surface opposite to the top surface claim 1 , the base is fixed to the top surface claim 1 , the first driving device comprises two driving motors and two screws claim 1 , the driving motors are fixed to the bottom surface and pass through the platform and are received in the base claim 1 , each screw comprises first threads claim 1 , second threads at opposite ends thereof claim 1 , a direction of the first threads is reverse to a direction of the second threads claim 1 , the screws enter the base to be connected to the driving ...

PROPELLER AND METHOD IN WHICH A PROPELLER IS SET INTO MOTION

A method where a propeller is set into locomotion relative to a medium at least partially surrounding the propeller. An actuator induces a rotation of the propeller relative to the medium and about a rotational axis of the propeller, and the propeller converts its rotational movement into locomotion relative to the medium. The aspect ratio of at least one cross-section of the propeller is three or more. Also a helical or modifiedly helical propeller for converting rotational movement of the propeller into locomotion of the propeller relative to a medium at least partially surrounding the propeller, where the aspect ratio of at least one cross section of the propeller is three or more. And a method of producing a propeller, including the step of providing a plate extending along the helical axis, where the aspect ratio of at least one cross section of the plate is three or more. 1. A method in which a propeller is set into locomotion relative to a medium which at least partially surrounds the propeller , wherein an actuator induces a rotation of the propeller relative to the medium and about a rotational axis of the propeller , and wherein the propeller converts its rotational movement into locomotion of the propeller relative to the medium , wherein the aspect ratio of at least one cross section of the propeller , which cross section is a cross section related to the propeller's rotational axis , is 3 or more , and on at least one cross section , a rotational center is inside of the propeller.2. A method in which a propeller is set into locomotion relative to a medium which at least partially surrounds the propeller , wherein an actuator induces a rotation of the propeller relative to the medium and about a rotational axis of the propeller , and wherein the propeller converts its rotational movement into locomotion of the propeller relative to the medium , wherein the aspect ratio of at least one cross section of the rotating body that comprises the propeller and ...

DEVICE AND METHOD FOR CUTTING HOLLOW, THIN-WALLED OBJECTS

A method for cutting or trimming a hollow object having one or more relatively thin walls, the method including an oscillation step that reduces wall deformation at the site of the initial cut to produce a relatively straight leading edge on the object, in combination with a further cutting step that does not include oscillation of a cutting blade. A second oscillation step can be performed after the non-oscillation step that leads to the separation of the object into two pieces and also produces a relatively straight trailing edge. A device for performing the cutting methods is disclosed. 1. A method for cutting an object having a wall and at least one hollow portion , comprising the steps of:obtaining the object;cutting the object using at least two different cutting sequences, including an oscillation step wherein a blade is oscillated while first contacting and cutting into a portion of the object followed by a second step of cutting the object without oscillating the blade.2. A method according to claim 1 , wherein the method further includes the step of oscillating the blade for a second time after the second step of cutting the part without oscillating the blade.3. A method according to claim 2 , wherein the blade is oscillated prior to and during the first contact with the part in a direction other than along a cutting axis.4. A method according to claim 3 , wherein the blade is oscillated at an angle of about 35° to about 90° in relation to the cutting axis.5. The method according to claim 1 , wherein the oscillation step is performed until a cutting edge of the blade has cut through up to 45% of a length of the object as measured along a cutting axis.6. The method according to claim 5 , wherein the second step is followed by a third step that includes oscillating the blade for a second time and maintaining oscillation until the cutting edge cuts the object into two different pieces.7. The method according to claim 6 , wherein the third step is initiated ...

CONTAINER CUTTING APPARATUS

An apparatus for cutting containers. The apparatus includes an ultrasonic cutting blade that has a flat cutting edge of a cutting length; a container positioner that secures a container in a position relative to the ultrasonic cutting blade so that the flat cutting edge of the ultrasonic cutting blade may be positioned to be in contact with a flat surface of the container; a press actuator that causes the flat surface of the container and the flat cutting edge of the ultrasonic cutting blade to press against each other; and a control system that operates the ultrasonic cutting blade and the press actuator to cause the ultrasonic cutting blade to vibrate ultrasonically while the container and the flat cutting edge of the ultrasonic cutting blade press against each other until the ultrasonic cutting blade penetrates the flat surface of the container by a predefined depth. 1. An apparatus , comprising:an ultrasonic cutting blade that has a flat cutting edge of a cutting length;a container positioner that secures a container in a position relative to the ultrasonic cutting blade so that the flat cutting edge of the ultrasonic cutting blade may be positioned to be in contact with a flat surface of the container;a press actuator that causes the flat surface of the container and the flat cutting edge of the ultrasonic cutting blade to press against each other; anda control system that operates the ultrasonic cutting blade and the press actuator to cause the ultrasonic cutting blade to vibrate ultrasonically while the container and the flat cutting edge of the ultrasonic cutting blade press against each other until the ultrasonic cutting blade penetrates the flat surface of the container by a predefined depth.2. The apparatus of claim 1 , wherein the control system is configured to cause the ultrasonic cutting blade to move relative to the container.3. The apparatus of claim 1 , wherein the control system is configured to cause the container to move relative to the ...

A handheld motorised food cutting device

A handheld motorised food cutting device (10) is disclosed herein. The handheld motorised food cutting device (10) comprises a body (12) to be gripped in a user's hand so that the device (10) is supported by the hand, the body (12) having a passage (14) extending inwardly of the body (12) from an inlet opening (16) through which a food item to be processed is inserted for movement along the passage (14) in a processing direction (18); a blade assembly (30) moveably mounted in the body (12) for reciprocating movement along a cutting path that is transverse of said processing direction (18), with the blade assembly (30) being exposed to the passage (14) so as to be engaged by the food item moved in said processing direction (18); and a drive assembly (50) to drive said blade assembly (30) along said cutting path, wherein the body (12) provides a surface to abut a palm of said hand, with fingers of the hand extending at least partly about said body so that the body (12) is gripped, and wherein said processing direction (18) is transverse of said surface.

SLICING MECHANISM AND SLICER USING THE SLICING MECHANISM

The present invention relates to the field of food processors, and more particularly, to a slicing mechanism and the slicer using the slicing mechanism, wherein the slicing mechanism comprises the lower cover and the cutter components; wherein the cutter components are fixed to the rotating gear, which rotates in the lower cover; wherein the rotating gear and the cutter components are directly fixed, improving transmission efficiency and stability so that the slicing process has higher uniformity and quality. 1. A slicing mechanism , comprised of a lower cover and cutter components , wherein the cutter components are fixed to the rotating gear , which is rotates in the lower cover.2. The slicing mechanism of claim 1 , wherein an upper storing cylindrical cavity is formed at the inner upper part of the lower cover and a lower storing cylindrical cavity is formed at the inner lower part of the lower cover; wherein the upper storing cylindrical cavity is arranged coaxially with the lower storing cylindrical cavity; wherein the radius of the upper storing cylindrical cavity is larger than that of the lower storing cylindrical cavity; wherein an annular stepping-part is formed at the joint between the upper storing cylindrical cavity and the lower storing cylindrical cavity; wherein the rotating gear is rotationally disposed in the upper storing cylindrical cavity; wherein the cutter components are restricted by the locating device to move upwards and downwards; wherein the upper end of the cutter components is coupled to the rotating gear and the lower end of the cutter components extends into the lower storing cylindrical cavity.3. The slicing mechanism of claim 2 , wherein an anti-wear device is disposed between the rotating gear and the annular stepping-part.4. The slicing mechanism of claim 3 , wherein a plurality of installation holes are disposed along the direction of the upper circumference of the annular stepping-part; wherein a rotating wheel claim 3 , which ...

METHOD AND DEVICE FOR GUIDING A TOOL

Method and device for guiding a tool () in a recurring application of a product () moved along an X-axis, wherein the tool () is mounted on the Z-carriage () of a cross guide and is moved therewith along the Z-axis standing perpendicular on the X-axis, wherein the Z-carriage () is mounted on the X-carriage () of the cross guide, the guide of which is mounted along the X-axis in a base plane (), wherein the X-carriage () is driven with an X-drive, wherein the Z-carriage () is driven by a Z-drive, which is held stationary in the base plane () and has a traction means () driven by a first servo motor () provided for the drive of the Z-carriage, which is driven from the base plane () on the movable Z-carriage (), wherein a movement of the Z-carriage () that is brought about by the movement of the X-carriage () and a motive force caused thereby on the traction means (), is compensated when actuating the first servo motor () provided for the drive of the Z-carriage. 123212121013. A method for guiding a tool () in a repetitive action on a product () moving along an X-axis , wherein the tool () is mounted on the Z-slide () of a cross guide and , therefore , is moved along the Z-axis disposed perpendicular to the X-axis , wherein the Z-slide () is mounted on the X-slide () of the cross guide , the guidance of which along the X-axis is mounted in a base plane () ,wherein{'b': 10', '7, 'the X-slide () is driven with a X-drive (),'}{'b': 12', '8', '13', '17', '8', '12', '13', '12', '10', '17', '8, 'the Z-slide () is driven with a Z-drive (), which is held in a stationary manner in the base plane () and has a belt () driven by a first servomotor () provided for the drive of the Z-slide, said belt being guided on the movable Z-slide () from out of the base plane (), wherein a movement of the Z-slide () caused by movement of the X-slide () and a resultant tractive force on the belt () is compensated for in the control of the first servomotor () provided for the drive of the Z- ...

Cutting Blade Cutting Device

A cutting tool for removing and adhesive joint for a window may include an anchor assembly to be anchored on a support surface, a pulling assembly including a cutting blade to cut the adhesive joint and a cord to move the pulling assembly towards the anchor assembly. 1) A cutting tool for removing an adhesive joint for a window , comprising:an anchor assembly to be anchored on a support surface;a pulling assembly including a cutting blade to cut the adhesive joint;a cord to move the pulling assembly towards the anchor assembly.2) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the anchor assembly is detachably connected to a support surface.3) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the anchor assembly includes a L-shaped plate.4) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the anchor assembly includes double-sided tape to detachably connect to the support surface.5) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the anchor assembly includes a suction cup to detachably connect to the support surface.6) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the pulley assembly includes a cutting blade which is removable.7) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the pulley assembly adjust the distance between the cutting blade and the main body of the pulley assembly.8) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the pulley assembly includes a winch to engage a cord which is connected to the anchor assembly.9) A cutting tool for removing an adhesive joint for a window as in claim 8 , wherein the winch is positioned between a pair of opposing arms.10) A cutting tool for removing an adhesive joint for a window as in claim 1 , wherein the pulley assembly includes a blade holder and a main body to secure the ...

DISC CUTTING MACHINE HAVING A HOLDER FOR MATERIAL TO BE CUT

An electrically powered disc cutting machine for cutting off discs from in particular elongate material to be cut, preferably food, includes: a cutting device having a circular blade that rotates in a cutting plane about an axis of rotation perpendicular to the cutting plane and is driven by a blade motor. The cutting device includes: a carriage for carrying a carriage plate in a carriage plane perpendicular to the cutting plane and to carry at least one carriage wall that protrudes from the carriage plane; and a holder for material to be cut, the holder having a bearing surface for receiving the material to be cut and for bringing the material to be cut closer to the circular blade at an angle α<90° relative to the cutting plane. The holder for material to be cut includes a fastening apparatus for fastening the holder for material to be cut. 1. An electrically powered disc cutting machine for cutting off discs from in particular elongate material to be cut , preferably food , comprising: a carriage configured to carry a carriage plate in a carriage plane perpendicular to the cutting plane and to carry at least one carriage wall that protrudes from the carriage plane; and', 'a holder for material to be cut, the holder having a bearing surface configured to receive the material to be cut and being configured to bring the material to be cut closer to the circular blade at an angle α<90° relative to the cutting plane,, 'a cutting device having a circular blade configured to rotate in a cutting plane about an axis of rotation perpendicular to the cutting plane and to be driven by a blade motor, the cutting device comprisingwherein the holder for material to be cut comprises a fastening apparatus configured to fasten the holder for material to be cut to the carriage wall in an exact fit, the fastening apparatus being configured such that the holder for material to be cut is securable in a defined, reproducible position relative to the carriage wall.2. The disc cutting ...

CUTTING APPARATUS AND PRINTING APPARATUS

A cutting apparatus comprises a cutting unit including a first blade member and a second blade member that cooperates with the first blade member in cutting an object, configured to cut the object by moving the object and at least one of the first and second blade members relative to each other in a cutting direction; and a changing unit configured to change a crossing angle between the first blade member and the second blade member during an operation of cutting the object, wherein the changing unit makes the crossing angle after the start of the cutting smaller than the crossing angle at the start of the cutting. 1. A cutting apparatus comprising:a cutting unit including a first blade member and a second blade member that cooperates with the first blade member in cutting an object, configured to cut the object by moving the object and at least one of the first and second blade members relative to each other in a cutting direction; anda changing unit configured to change a crossing angle between the first blade member and the second blade member during an operation of cutting the object,wherein the changing unit makes the crossing angle after the start of the cutting smaller than the crossing angle at the start of the cutting.2. The cutting apparatus according to claim 1 , wherein the changing unit changes the crossing angle by an initial cutting operation from start of cutting of the object until a predetermined length of cutting is performed and a subsequent printing operation.3. The cutting apparatus according to claim 1 , wherein the changing unit changes an angle of the first blade member of the first and second blade members.4. The cutting apparatus according to claim 1 , wherein each of the first blade member and the second blade member is circular blade members provided so as to be rotatable and comprising peripheral blades claim 1 , andthe changing unit changes the crossing angle by changing an angle of a rotating shaft of the first blade member to a ...

CUTTING APPARATUS AND PRINTING APPARATUS

A cutting apparatus comprising: a cutting unit with a rotary blade configured to cut an object by relatively moving an object and the rotary blade to each other in a cutting direction; and a changing unit configured to change a peripheral speed of the rotary blade while the object is being cut, wherein the changing unit sets the peripheral speed of the rotary blade during a first cutting operation from a start of cutting of the object until the object has been cut by a predetermined length, to be higher than the peripheral speed of the rotary blade during a second cutting operation in which the object is cut after the first cutting operation. 1. A cutting apparatus comprising:a cutting unit with a rotary blade configured to cut an object by relatively moving an object and the rotary blade to each other in a cutting direction; anda changing unit configured to change a peripheral speed of the rotary blade while the object is being cut,wherein the changing unit sets the peripheral speed of the rotary blade during a first cutting operation from a start of cutting of the object until the object has been cut by a predetermined length, to be higher than the peripheral speed of the rotary blade during a second cutting operation in which the object is cut after the first cutting operation.2. The cutting apparatus according to claim 1 , wherein the changing unit changes the peripheral speed of the rotary blade such that the peripheral speed of the rotary blade is higher than a cutting speed for the object during the first cutting operation and is approximately equal to the cutting speed for the object during the second cutting operation.3. The cutting apparatus according to claim 2 , wherein the cutting speed is constant.4. The cutting apparatus according to claim 1 , wherein the blade member comprises a first blade member and a second blade member that cooperates with the first blade member in cutting the object.5. The cutting apparatus according to claim 4 , wherein the ...

CUTTING APPARATUS AND PRINTING APPARATUS

A cutting apparatus comprising: a cutting unit including a first blade member and a second blade member that cooperates with the first blade member in cutting an object, configured to cut the object by relatively moving the object and at least one of the first blade member and the second blade member to each other to cut the object; and a changing unit configured to change a pressing force between the first blade member and the second blade member during an operation of cutting the object; wherein the changing unit sets the pressing force during the initial cutting operation from a time when cutting of the object is started until the object has been cut by a predetermined length higher than the pressing force during the subsequent cutting operation. 1. A cutting apparatus comprising:a cutting unit including a first blade member and a second blade member that cooperates with the first blade member in cutting an object, configured to cut the object by relatively moving the object and at least one of the first blade member and the second blade member to each other to cut the object; anda changing unit configured to change a pressing force between the first blade member and the second blade member during an operation of cutting the object;wherein the changing unit sets the pressing force during the initial cutting operation from a time when cutting of the object is started until the object has been cut by a predetermined length higher than the pressing force during the subsequent cutting operation.2. The cutting apparatus according to claim 1 , wherein the changing unit allows the pressing force during the initial cutting operation to one of a plurality of different pressing forces.3. The cutting apparatus according to claim 1 , wherein the changing unit changes the pressing force exerted on the second blade member by the first blade member.4. The cutting apparatus according to claim 1 , wherein each of the first blade member and the second blade member is a circular ...

COMBINATION CUTTER AND TRANSMISSION SHAFT ASSEMBLY

A combination cutter and transmission shaft assembly used in a plastic pelletizing machine for cutting off an extruded plastic material from a perforated plate into plastic pellets is disclosed to include a transmission shaft rotatable on and axially movable along the axis thereof, and a cutter unit including a cylindrical cutter holder axially slidably coupled to and rotatable by the transmission shaft, a spring member mounted in the cylindrical cutter holder and stopped between one end of the transmission shaft and an inside wall of the cylindrical cutter holder and a plurality of cutter blades mounted at one end of the cylindrical cutter holder and kept in contact with the perforated plate and rotatable with the cylindrical cutter holder over the perforated plate. 1. A combination cutter and transmission shaft assembly , comprising:a transmission shaft having a tubular shaft body rotatable on the axis thereof and axially movable forward and backward and a plurality of axial coupling teeth located at a front end of said tubular shaft body; anda cutter unit coupled to and rotatable by said transmission shaft, said cutter unit comprising a cutter holder, said cutter holder comprising an accommodation hole axially defined in one end thereof for receiving said tubular shaft body of said transmission shaft and a plurality of axial coupling grooves axially slidably coupled to said axial coupling teeth of said tubular shaft body, a spring member mounted in said accommodation hole and stopped between an inside wall of said cutter holder and one end of said tubular shaft body of said transmission shaft, and a plurality of cutter blades fastened to one end of said cutter holder remote from said accommodation hole.2. The combination cutter and transmission shaft assembly as claimed in claim 1 , wherein said cutter holder further comprises a displacement hole axially defined in an opposite end thereof in communication with said accommodation hole; said cutter unit further ...

TRIMMER

The trimmer can cut the edge portion of the bound material. An edge portion of a bound material is provided with first and second lines and . The first and second lines are spaced at a small interval X and arranged in parallel to each other. The first line is arranged outside of the second line of the bound material. A control unit controls first and second drive mechanisms and in such a manner that the edge portion of the bound material is cut at the first line by a trim cutter , then the trim cutter or the table is moved at the small interval X in a moving direction toward the second line, and then the edge portion of the bound material is cut at the second line by the trim cutter. 1. A trimmer for trimming an edge portion of a bound material , comprising:a table for supporting the bound material;a trim cutter for cutting the edge portion of the bound material;a frame for supporting the trim cutter;a first drive mechanism for reciprocating the trim cutter in a vertical direction between a cutting position and a non-cutting position;a second drive mechanism for moving the trim cutter or the table in a moving direction perpendicular to a length direction of the trim cutter; anda control unit for controlling operations of the first and second drive mechanisms; whereinthe edge portion of the bound material is provided with first and second lines to be cut, the first and second lines are spaced at a small interval and arranged in parallel to each other;the first line is arranged outside of the second line of the bound material; andthe control unit controls the first and second drive mechanisms in such a manner that the edge portion of the bound material is cut at the first line by the trim cutter, then the trim cutter or the table is moved at the small interval in the moving direction toward the second line, and then the edge portion of the bound material is cut at the second line by the trim cutter.2. The trimmer according to claim 1 , whereinthe trimmer is a three- ...

MICROTOME BLADE GUARD WITH INTEGRATED BLADE ALIGNMENT DEVICE

A microtome blade guard including a first arm operable to be coupled to a first side of a cutting mechanism of a microtome; a second arm operable to be coupled to a second side of a cutting mechanism; a lateral support member disposed between the first arm and the second arm; and a staff coupled to the lateral support member and operable to extend therefrom to engage a blade positioned in the blade slot. A microtome including a blade guard and a method including placing a blade in a blade slot of a blade block of a microtome; engaging the blade with a staff coupled to a blade guard that is coupled to the blade block; and moving the blade with the staff. 1. A microtome blade guard comprising:a first arm operable to be coupled to a first side of a cutting mechanism of a microtome;a second arm operable to be coupled to a second side of a cutting mechanism;a lateral support member disposed between the first arm and the second arm such that when the blade guard is coupled to a cutting mechanism, the lateral support member is operable to be positioned adjacent a blade slot of the cutting mechanism; anda staff coupled to the lateral support member and operable to extend therefrom to engage a blade positioned in the blade slot.2. The microtome blade guard of claim 1 , wherein the staff has a retracted position and an engagement position.3. The microtome blade guard of claim 2 , wherein the staff is biased to the retracted position by a spring.4. The microtome blade guard of claim 1 , wherein the staff comprises a portion that produces a magnetic field and wherein the engagement of the blade is through a magnetic attraction.5. The microtome blade guard of claim 1 , wherein the staff is operable to move laterally along a length portion of the lateral support member.6. The microtome blade guard of claim 1 , wherein the lateral support member comprises a rod.7. The microtome blade of claim 6 , wherein the rod comprises a first rod coupled to the first arm and a second rod ...

TABLET SPLITTING APPARATUS

A tablet splitting apparatus includes a guide, a catcher, and a splitting mechanism. The splitting mechanism comprises a pair of blades and a pair of blade shifters. The guide, the catcher, and the splitting mechanism are accommodated in a housing. The housing includes an opening and a support. The support and the guide each include a sliding portion. The guide disposed at the supporting position is slid along the sliding portion of the support so as to be detachable from the supporting position through the opening. The blades and the blade shifters each comprise a sliding portion. The blades and the blade shifters are in a slidable contact with each other at the sliding portions. The blades attached to the respective predetermined positions of the blade shifters are slid along the sliding portions of the blade shifters so as to be detachable from the blade shifters through the opening. 1. A tablet splitting apparatus comprising:a guide having a groove passage for guiding a falling tablet;a catcher for holding a tablet moving downward through the groove passage at a mid-portion of the groove passage; anda splitting mechanism for splitting a tablet held by the catcher;wherein the splitting mechanism comprises a pair of blades for splitting the tablet received by the catcher, and a pair of blade shifters that allow the blades to be attached thereto at predetermined positions,a housing is further provided in which the guide, the catcher, and the splitting mechanism are accommodated,the housing comprises an opening allowing the guide and the blades to move therethrough, and a support detachably fixing the guide at a supporting position in the housing,the support and the guide each comprise a sliding portion for fixing the guide, and the support and the guide are in a slidable contact with each other at the sliding portions while the guide is supported at the supporting position,the guide disposed at the supporting position is slid along the sliding portion of the ...

Control of a Cutting Tool

An example system includes a cutting tool and a device configured to remotely control the cutting tool. The device is configured to establish a wireless communication with the cutting tool, and the cutting tool is configured to send a first signal to the device indicating that the cutting tool is enabled to be operated remotely responsive to the cutting tool receiving information indicating that a trigger is locked in an “on” state and a remote switch is in a first position. The device is configured to send a second signal to the cutting tool indicating a request to cause the cutting tool to perform a cutting operation responsive to receiving information indicative of actuation of at least one button of a user interface of the device. 125-. (canceled)26. A device configured to remotely control a cutting tool , the device comprising:a user interface comprising a first button and a second button;at least one processor; and establishing a wireless connection with the cutting tool,', 'receiving a first signal from the cutting tool indicating that the cutting tool is enabled to be operated remotely,', 'receiving information indicative of actuation of the first button,', 'responsive to receiving the information indicative of the actuation of the first button, sending a second signal to the cutting tool indicating a request to arm the cutting tool,', 'receiving information indicative of actuation of the second button, and', 'responsive to receiving the information indicative of the actuation of the second button, sending a third signal to the cutting tool indicating a request to cause the cutting tool to perform a cutting operation., 'data storage comprising instructions that, when executed by the at least one processor, cause the device to perform operations comprising27. The device of claim 26 , wherein the operations further comprise sending the third signal to the cutting tool indicating the request to cause the cutting tool to perform the cutting operation responsive ...

Printer and cutter device of printer

A printer includes a first blade configured to be movable between a standby position and a cutting position, a second blade configured to contact the first blade located in the cutting position, a drive mechanism configured to drive the first blade, a first elastic member configured to pull the first blade located in the cutting position in a direction in which the first blade moves to the standby position, and a second elastic member configured to pull the first blade located in the standby position in a direction in which the first blade moves to the cutting position.

Method and food slicing device with cutting force determination

The disclosure relates to a method for operating a food slicing device in which a sensor device with a sensor is provided, where a food product resting on a cutting bed is sliced with a cutting blade. The method is used for optimizing and monitoring the operation of the cutting blade. This is achieved in that a cutting force being applied by the cutting blade via the food product onto the cutting bed is determined using the sensor device.

CUTTING TOOL

A cutting tool includes a pipe, a pressing foot assembly, a spring, and a blade assembly. The pressing foot assembly is slidably sheathed on an end of the pipe. The spring is sheathed on the pipe. An end of the spring abuts against the pipe, and the other end of the spring abuts against the pressing foot assembly. The blade assembly passes through the pipe and the pressing foot assembly in a slidable manner. When the cutting tool moves along a first direction, the pressing foot assembly keeps pressing against an object in a second direction substantially perpendicular to the first direction, such that the blade assembly protrudes from the pressing foot assembly and cuts the object along the first direction. 1. A cutting tool comprising:a pipe;a pressing foot assembly slidably sheathed on an end of the pipe in a slidable manner, an opening formed on an end of the pressing foot assembly away from the pipe;a spring sheathed on the pipe, an end of the spring abutting against the pipe, and the other end of the pipe abutting against the pressing foot assembly; and an adjusting rod passing through the pipe;', 'a blade holder, an end of the blade holder combined with an end of the adjusting rod; and', 'a blade fixed on the other end of the blade holder;', 'wherein when the cutting tool moves along a first direction, the pipe drives the pressing foot assembly to keep pressing against an object in a second direction substantially perpendicular to the first direction, such that the blade protrudes from the opening and cuts the object during a process that the pressing foot assembly keeps pressing against the object along the second direction., 'a blade assembly passing through the pipe and the pressing foot assembly in a slidable manner, the blade assembly comprising2. The cutting tool of claim 1 , wherein the pressing foot assembly comprises:an adapter ring abutting against the spring; anda pressing foot, whereon the opening is formed, and the pressing foot detachably ...

CUTTING APPARATUS AND PRINTING APPARATUS

A cutter unit is attached to a carriage in a predetermined direction, the carriage moving in a cutting direction of a sheet. A first set of first fitting sections and a second set of second fitting sections are provided as groups of fitting sections provided at positions, which face each other, on the carriage and the cutter unit. The first fitting sections and the second fitting sections each of which are fitted to each other in a predetermined direction. When the cutter unit is attached to the carriage, the fitting of the first fitting sections starts before the fitting of the second fitting sections. 1. A cutting apparatus comprising:a carriage configured to move in a cutting direction of a sheet; anda cutter unit including a blade,wherein the cutter unit is attached to the carriage by a first set of first fitting sections and a second set of second fitting sections each of which are fitted to each other, andwhen the cutter unit is attached to the carriage, the fitting of the first fitting sections starts before the fitting of the second fitting sections.2. The cutting apparatus according to claim 1 ,wherein the first fitting sections include a carriage-side protruding portion provided on the carriage and a unit-side recessed portion provided on the cutter unit, the carriage-side protruding portion and the unit-side recessed portion being fitted to each other, andthe second fitting sections include a carriage-side recessed portion provided on the carriage and a unit-side protruding portion provided on the cutter unit, the carriage-side recessed portion and the unit-side protruding portion being fitted to each other.3. The cutting apparatus according to claim 2 ,wherein the carriage and the cutter unit are provided with a pair of opposite portions that come into contact with each other in a case where the carriage-side protruding portion and the blade face each other, andin a case where the carriage-side protruding portion and the blade face each other at the time ...

Glazing panel removal

A glazing panel removal device comprising a winder unit ( 1 ) having first and second winder spools ( 10, 11 ) for winding a cutting filament ( 100 ) and a drive, for driving the winder spools ( 10 ). The drive means includes a single or common drive input for driving both the first and second winder spools ( 10, 11 ). The drive maybe a rotary input drive, and driving the rotary input in a first rotary direction may cause winding of the filament ( 100 ) onto the first winder spool ( 10 ) and driving the rotary input in the opposite direction causes winding of the filament ( 100 ) onto the second winder spool ( 11 ).

DUAL ECCENTRIC SHAFT DRIVING MECHANISM

A dual eccentric shaft driving mechanism comprises a motor, a first eccentric shaft, and a second eccentric shaft. The first eccentric shaft has a first eccentric portion. The second eccentric shaft has a second eccentric portion connected to the first eccentric shaft. The motor is connected to the first eccentric shaft for driving the first and the second eccentric shaft to rotate. Wherein, the first and the second eccentric shaft are connected to have a same rotating direction. A phase difference between the first and the second eccentric portion is maintained at 180 degrees. Compared to the prior art, a second centrifugal force generated by the rotation of the second eccentric shaft is balanced by a first centrifugal force generated by the rotation of the first eccentric shaft in the present invention. Therefore, the vibration generated in the operation of the present invention is drastically reduced. 1. A dual eccentric shaft driving mechanism , comprising:a motor;a first eccentric shaft, connected to the motor, having a first eccentric portion;a second eccentric shaft, connected to the first eccentric shaft, having a second eccentric portion; anda processing mechanism, connected to the first eccentric portion to process a workpiece reciprocatively,wherein the first eccentric shaft and the second eccentric shaft are connected to have the same rotating direction, while the first eccentric shaft and the second eccentric shaft rotate, a phase difference between the first eccentric portion and the second eccentric portion is maintained at 180 degrees.2. The dual eccentric shaft driving mechanism of claim 1 , wherein the first eccentric shaft and the second eccentric shaft have the same rotation speed.3. The dual eccentric shaft driving mechanism of claim 1 , wherein the first eccentric shaft generates a first centrifugal force while rotating claim 1 , the second eccentric shaft generates a second centrifugal force while rotating claim 1 , and the first centrifugal ...

DEVICE FOR CUTTING SUBSTRATE AND ROBOT

Provided is a cutting device that prevents a variation of shocks or impacts applied to a substrate during a cutting operation. The cutting device includes a pressing part; a cutting part disposed so as to move with respect to the pressing part so as to contact the substrate on an opposite side of the pressing part to thereby sandwich the substrate between the cutting part and the pressing part to shear the substrate; a first force generation part for generating pressing force to press the pressing part against the substrate; and a first adjustment part for adjusting the pressing force in response to the force applied from the substrate to the pressing part when the pressing part presses the substrate with the first force generation part. 1. A cutting device for cutting a substrate , comprising:a pressing part;a cutting part provided so as to be movable relative to the pressing part, the cutting part contacting the substrate from a side opposite the pressing part and sandwiching the substrate between the cutting part and the pressing part so as to shear the substrate;a first force generation part which generates a pressing force for pressing the pressing part against the substrate at the pressing part; anda first adjustment part which adjusts the pressing force in response to a force applied from the substrate to the pressing part when the pressing part is pressed against the substrate by the first force generation part.2. The cutting device of further comprising a force sensor which measures the force applied from the substrate claim 1 , whereinthe first adjustment part controls the first force generation part so as to adjust the pressing force based on the force applied from the substrate measured by the force sensor.3. The cutting device of further comprising a displacement sensor which measures a position of the pressing part relative to the substrate claim 1 , whereinthe first adjustment part controls the first force generation part so as to adjust the pressing ...

PRINTER AND METHOD FOR CUTTING CONTINUOUS PAPER BY THE SAME

A printer comprises a cutter; a non-volatile storage module; a command receiving module configured to receive a command for instructing a cutting method of a continuous paper from an information processing apparatus connected to the printer; a first cutting control module configured to control an operation of the cutter to cut the continuous paper in the cutting method instructed by the command; a recording module configured to record information indicating the cutting method in the storage module at the time of paper cutting based on the command; and a second cutting control module configured to cut the continuous paper in a cutting method indicated by the information stored in the storage module at the time of paper cutting without the command. 1. A printer , comprising:a cutter;a storage module;a command receiving module configured to receive a command for instructing a cutting method of a continuous paper from an information processing apparatus connected to the printer;a first cutting control module configured to control an operation of the cutter to cut the continuous paper in the cutting method instructed by the command;a recording module configured to record information indicating the cutting method in the storage module at the time of paper cutting based on the command; anda second cutting control module configured to cut the continuous paper in a cutting method indicated by the information stored in the storage module at the time of paper cutting without the command.2. The printer according to claim 1 , whereinthe command receiving module receives, as the command, a full cutting command for instructing that the continuous paper is completely cut in a width direction thereof to be separated in the manner of full cutting or a partial cutting command for instructing that the continuous paper is partially cut in the width direction and a part of the paper is kept uncut in the manner of partial cutting.3. The printer according to claim 2 , whereinthe command ...

Glazing Panel Removal

A glazing panel removal device comprising a winder unit () having first and second winder spools () for winding a cutting filament () and a drive, for driving the winder spools (). The drive means includes a single or common drive input for driving both the first and second winder spools (). The drive maybe a rotary input drive, and driving the rotary input in a first rotary direction may cause winding of the filament () onto the first winder spool () and driving the rotary input in the opposite direction causes winding of the filament () onto the second winder spool (). 1. A glazing panel removal device comprising a winder unit having:first and second winder spools for winding a cutting filament; anddrive means for driving the winder spools,wherein the drive means comprises a single or common drive input for driving both the first and second winder spools.2. The glazing panel removal device according to claim 1 , wherein:the drive means comprises a rotary input, and driving the rotary input in a first rotary direction causes winding of the filament onto the first winder spool and driving the rotary input in the opposite direction causes winding of the filament onto the second winder spool.3. The glazing panel removal device according to claim 1 , wherein:the drive means is arranged to be configured to drive one of the first and second winder spools, whilst permitting the other of the first and second winder spools to rotate without being driven.4. The glazing panel removal device according to claim 3 , wherein:the drive means is arranged to be configured to drive the first and second winder spools such that the filament is wound onto one of the first and second winder spool whilst being wound simultaneously off the other of the first and second winder spool.5. The glazing panel according to claim 1 , wherein:the drive means is arranged to be configured such that the filament is prevented from winding off one of the first and second winder spools whilst being wound ...

Carpet Reclamation System

A method an apparatus for reclaiming face fibers and polypropylene and/or polyvinyl chloride backing material from rolls and pieces of post-consumer carpet. The system includes a separator for separating the face fibers from the backing and for separating latex and carbon calcium powder from polypropylene backing. An extruder is provided for extruding the face fibers separated from the backing into extrusions, and a pelletizer pelletizes the extrusions. A roller opener opens the polypropylene backing into fibrous portions and also cleans such fibrous portions. Alternately, a granulator can be provided that chops and grinds the polypropylene or PVC backing into fragments after the separation of the face fibers from the backing. A heat source heats the PVC fragments, and also the polypropylene fragments (thereby separating the latex therefrom), and ultimately melts such fragments. Reclaimed fibers can be pelletized, made into extrusions, used in non-woven products and in other manners.

Apparatus and method for cutting products

Apparatus for cutting products, comprising: a base; a cutting head rotatably fitted to the base; an impeller adapted for rotating concentrically within the cutting head to urge products fed into the cutting head towards the circumference of the cutting head by means of centrifugal force; an impeller drive mechanism for driving the rotation of the impeller at an impeller rotational speed setting the centrifugal force; and a cutting head drive mechanism for driving the rotation of the cutting head at a cutting head rotational speed which is greater than the impeller rotational speed.

HANDHELD POWER TOOL

The invention relates to a handheld power tool (), including: a mobile element () and a stationary element (); a rotatable actuator; a ball nut (); a ball screw () having a first end () connected to the mobile element (); and a universal joint () arranged so as to be driven by the rotatable actuator and so as to rotate the ball nut () on said ball screw () in order to move the ball screw (), and thus the mobile element (), relative to the stationary element (). The universal joint can be advantageously retained inside two concentric spherical bearings (), thus making it possible to take up the axial forces in two directions. It is thus possible to eliminate any radial force on the ball screw () and have angularly variably rotational output. 1. A handheld power tool comprisinga movable element and a fixed elementa rotatable actuator having a first axis of rotationa ball nut having a second axis of rotationa ball screw having a first end connected to the movable elementa universal joint configured to be driven by said rotatable actuator and to rotate the ball nut on the ball screw so as to move said ball screw and thus said movable element relative to said fixed clement.2. The handheld power tool as claimed in claim 1 , comprising two spherical bearings claim 1 , said universal joint being configured to be inserted between said spherical bearings.3. The handheld power tool as claimed in claim 1 , said universal joint comprising a shaft claim 1 , two lugs claim 1 , and a fork connected to the ball nut.4. The handheld power tool as claimed in claim 3 , said shaft comprising a body and two ends claim 3 , the body of said shall being configured to be inserted in a support element cooperating with said rotatable actuator claim 3 , said lugs being configured to be inserted in the ends of the shaft and to rotate said fork.5. The handheld power tool as claimed in claim 1 , comprising a first linkage of the ball type.6. The handheld power tool as claimed in claim 1 , ...

FULLY AUTOMATED OPTICAL FIBER CUTTER

A fully automated optical fiber cutter includes a fiber cutter body and a fiber clamp. The fiber cutter body includes a cutter cover body and a cutter main body, which are pivotally connected. Inside the cutter main body is provided with a movable blade-fixation seat, which comprises a blade for fiber cutting. The fiber clamp is installed on the cutter main body. The fiber clamp includes a clamp main body and a clamp cover body, which are pivotally connected. The cutter cover body, the clamp cover body and the blade-fixation seat are linked by a linkage component. When the fiber in use, the cutter cover body is pressed to drive the clamp cover body close and push the blade-fixation seat to move, thereby the blade is aligned to cut the fiber. 1. A fully-automated optical fiber cutter , characterized in that it comprises a fiber cutter body and a fiber clamp; said fiber cutter body comprises a cutter cover body and a cutter main body , and one end of said cutter main body is pivotally connected to said cutter cover body; said cutter main body is provided with a blade-fixation seat , which is provided with a blade for fiber cutting; said fiber clamp is installed on said cutter main body and comprises a clamp main body and a clamp cover body; said clamp main body is pivotally connected to said clamp cover body; said cutter cover body , said clamp cover body and said blade-fixation seat are linked by a linkage component; when the fiber cutter is not in use , said cutter cover body and clamp cover body are opened; when the fiber cutter is in use , said cutter cover body is closed by pressing , which drives said clamp cover body closed and pushes said blade-fixation seat to move , thereby said blade is aligned and cuts a fiber; after cutting , said cutter cover body springs back to open.2. The fully-automated optical fiber cutter of claim 1 , wherein said linkage component comprises a driving lever claim 1 , which is fixed on a side face of said cutter cover body claim 1 , ...

THERMOFORM PACKAGING MACHINE AND METHOD OF OPERATING A THERMOFORM PACKAGING MACHINE

A thermoform packaging machine comprising, as work stations, a forming station for thermoforming troughs in a packaging film, at least one sealing station for sealing the troughs with a cover film, and a cutting station as well as a feeding device for causing a feed of the packaging film. A method for using such a thermoform packaging machine wherein a controller determines for two or more work stations, prior to a process step, which required feed length each of these work stations has, the required feed length indicating the distance by which the packaging film will have to be conveyed for the next process step of the respective work station, before a feed length specification is ascertained from the required feed lengths determined and the feeding device is controlled accordingly. 1. A method of operating a thermoform packaging machine comprising a controller and , as work stations , a forming station for thermoforming troughs in a packaging film , at least one sealing station for sealing the troughs with a cover film , and a cutting station , the thermoform packaging machine comprising in addition a feeding device for causing a feed of the packaging film ,wherein the method comprises the following steps:determining for two or more work stations, prior to a process step, which required feed length each of these work stations has by the controller, the required feed length indicating the distance by which the packaging film will have to be conveyed for the next process step of the respective work stations;determining the required feed lengths and ascertaining from a feed length specification from the required feed lengths;conveying the packaging film by a feed length corresponding to the feed length specification by controlling the feeding device.2. The method according to claim 1 , wherein in each work cycle of the cyclically operated thermoform packaging machine or prior to each feed claim 1 , the required feed length for the two or more work stations is ...

High speed taversing shear

A trim shear is adapted to trim the front and tail ends of a hot rolled product exiting from a rolling mill along a mill pass line and travelling at either high or low speeds, depending on the size of the product being rolled. The trim shear comprises a trim station having a high speed a set of trim knives configured and arranged to trim the front and tail ends of high speed products, and a different low speed set of trim knives disposed laterally from the high speed set of trim knives and configured and arranged to trim the front and tail ends of low speed products; and traversing means for shifting the trim station transversely with respect to the mill pass line to alternatively locate either one or the other of said sets of trim knives in an active position on the mill pass line.

ADJUSTABLE PRELOAD SEVERANCE CUTTER FOR EJECTION SYSTEMS

A severance cutter may comprise a housing and a blade may be coupled to the housing. A restraint support may be configured to translate relative to the blade. A spring may be configured to bias a support opening defined by the restraint support away from the blade. 1. A severance cutter , comprising:a housing;a blade coupled to the housing;a restraint support configured to translate relative to the blade; anda spring adjustably coupled to the restraint support, wherein the spring is configured to bias a support opening defined by the restraint support away from the blade.2. The severance cutter of claim 1 , further comprising a cap coupled to the housing.3. The severance cutter of claim 2 , wherein the spring is configured to bias the restraint support toward the cap.4. The severance cutter of claim 2 , wherein the spring is configured to bias the restraint support away from the cap.5. The severance cutter of claim 1 , wherein the housing defines an opening claim 1 , and wherein a cutting edge of the blade is exposed by the opening.6. The severance cutter of claim 1 , further comprising a collar adjustably coupled to the housing.7. The severance cutter of claim 6 , wherein the housing defines a first threaded surface configured to engage a second threaded surface defined by the collar.8. A leg restraint system for an ejection seat claim 6 , comprising:a leg restraint;a pully operably coupled to the leg restraint, the pully including a wheel, wherein the leg restraint is located through the pully, wherein the pully is configured to allow the wheel to rotate in a first direction and to restrict a rotation of the wheel in a second direction opposite the first direction; and a housing;', 'a blade coupled to the housing;', 'a restraint support configured to translate relative to the blade, wherein the leg restraint is located through a support opening defined by the restraint support; and', 'a spring adjustably coupled to the restraint support, wherein the spring is ...

SYSTEM AND METHOD FOR CUTTING TUBULAR SHRINK SLEEVE MATERIAL FOR APPLICATION TO CONTAINERS

A tubular film cutting arrangement for cutting tubular shrink film into sleeves of suitable length for application to containers includes a support member having a film passage opening therein; a plurality of knife drive pulleys rotatably mounted to the support member and spaced apart around the film passage opening, each knife drive pulley having a knife member mounted thereon for rotation with the knife drive pulley; a plurality of idler rollers rotatably mounted to the support member, each idler roller arranged between two of the knife drive pulleys, wherein a drive belt path is formed between the knife drive pulleys and the idler rollers; and a drive belt extending along the drive belt path such that a first side of the drive belt is in contact with each of the knife drive pulleys and a second side of the drive belt is in contact with each of the idler rollers; wherein the idler rollers are positioned to interact with the second side of the drive belt in order to hold the first side of the drive belt in contact with the knife drive pulleys. 1. A tubular film cutting arrangement for cutting tubular shrink film into sleeves of suitable length for application to containers , the arrangement comprising:a support member having a film passage opening therein;a plurality of knife drive pulleys rotatably mounted to the support member and spaced apart around the film passage opening, each knife drive pulley having a knife member mounted thereon for rotation with the knife drive pulley;a plurality of idler rollers rotatably mounted to the support member, each idler roller arranged between two of the knife drive pulleys, wherein a drive belt path is formed between the knife drive pulleys and the idler rollers;a drive belt extending along the drive belt path such that a first side of the drive belt is in contact with each of the knife drive pulleys and a second side of the drive belt is in contact with each of the idler rollers;wherein the idler rollers are positioned to ...

SHEET PROCESSING APPARATUS AND IMAGE FORMING SYSTEM

A sheet processing apparatus includes a trimming section, a container, a detector and a control section. The trimming section performs trimming to trim a sheet or sheet set. The container collects a chip produced by the trimming in the trimming section. The detector detects a presence of the chip at a predetermined height. The control section makes the trimming section perform the trimming of a next sheet or sheet set when the detector detects the chip. Then, the control section determines that a top of piled chips in the container has reached the predetermined height when the detector still detects the presence of the chip after the trimming of the next sheet or sheet set. 1. A sheet processing apparatus , comprising:a trimming section which performs trimming to trim a sheet or sheet set;a container which collects a chip produced by the trimming in the trimming section;a detector which detects a presence of the chip at a predetermined height; anda control section which controls the trimming section,wherein the control section makes the trimming section perform the trimming of a next sheet or sheet set when the detector detects the chip and then determines that a top of piled chips in the container has reached the predetermined height when the detector still detects the presence of the chip after the trimming of the next sheet or sheet set.2. The sheet processing apparatus according to claim 1 , further comprising:a movable part which is disposed above the detector and which comes in contact with the chip produced by the trimming in the trimming section to apply a force in at least one of horizontal and downward directions.3. The sheet processing apparatus according to claim 2 ,wherein the movable part comprises a movable member that extends in a width direction of the sheet.4. The sheet processing apparatus according to claim 3 ,wherein the movable member comprises a rotating shaft which extends in the width direction of the sheet and fins which are disposed on the ...

CUTTING DEVICE

Provided is a cutting device. The cutting device includes a body part having a transfer path along which a cut object being transferred is transferred, a cutting part including cutting elements for cutting the cut object and a main body on which the cutting elements are disposed, and a pressing part configured to press the main body so that the cutting elements move in a cutting direction that is a direction crossing the transfer direction of the cut object. The body part further includes a guide path having a shape corresponding to that of the cutting part so as to provide a space along which the cutting part moves in the cutting direction and a return direction that is opposite to the cutting direction. 1. A cutting device comprising:a body part having a transfer path along which a cut object being transferred is transferred;a cutting part comprising cutting elements for cutting the cut object and a main body on which the cutting elements are disposed; anda pressing part configured to press the main body so that the cutting elements move in a cutting direction that is a direction crossing the transfer direction of the cut object,wherein the body part further comprises a guide path having a shape corresponding to that of the cutting part so as to provide a space along which the cutting part moves in the cutting direction and a return direction that is opposite to the cutting direction.2. The cutting device of claim 1 , wherein the main body has a column shape with a plurality of side surfaces claim 1 ,the cutting elements are disposed on at least two side surfaces of the main body, andthe cutting part moves in the cutting direction to allow the cutting element disposed on one of the side surfaces to cut the cut object.3. The cutting device of claim 2 , wherein the cutting elements are individually insertable into a cutting area that is an area of an area of the guide path claim 2 , which is provided to cross the transfer path and into which the cutting element ...

IMAGE FORMING APPARATUS AND CREATION METHOD OF PRINTED PRODUCT

An image forming apparatus includes an image forming unit to sequentially form images of an image group on a continuous sheet while providing a non-printing region between the images, a cutting unit to cut the continuous sheet, a discharge unit to which printed products on which an image is formed by the image forming unit and cut and created by the cutting unit, is discharged, and a control unit to control cutting of the continuous sheet at a leading end and a trailing end of a region in which an image is formed, to control cutting of the continuous sheet while having the non-printing region of a predetermined size at a leading end or a trailing end of a region in which a first or a last image of the image group is formed, and to control discharge of the created printed product to the discharge unit. 1. An image forming apparatus comprising:an image forming unit configured to sequentially form images of an image group including a plurality of images on a continuous sheet while providing a non-printing region between the images;a cutting unit configured to cut the continuous sheet;a discharge unit to which printed products, on which an image is formed by the image forming unit and cut and created by the cutting unit, is discharged; anda control unit configured to execute a first control for controlling the cutting unit to create a first printed product by cutting the continuous sheet at a leading end and a trailing end of a region in which an image is formed by the image forming unit, and for discharging the first printed product to the discharge unit, and configured to execute a second control for controlling the cutting unit to create a second printed product by cutting the continuous sheet while having the non-printing region of a predetermined size at a leading end or a trailing end of a region in which a first or a last image of the image group is formed by the image forming unit, and for discharging the second printed product to the discharge unit.2. The image ...

LABEL DEVICE

A label device may include an inlet system, an outlet system, and a label creation area arranged between the inlet system and the outlet system, including a platform and a cutter assembly arranged above the platform and configured to move through a programmed route to physically delineate a label on label material backed by the platform. 1. A label device , comprising:an inlet system;an outlet system; and a platform; and', 'a cutter assembly arranged above the platform and configured to move through a programmed route to physically delineate a label on a sheet of label material backed by the platform., 'a label creation area arranged between the inlet system and the outlet system, comprising2. The device of claim 1 , wherein the inlet system and outlet system are configured for drawing the label material taut across the platform.3. The device of claim 2 , wherein the inlet system and outlet system are each operable along a vertical elevator to draw the label material taut across the platform.4. The device of claim 3 , wherein the inlet system and the outlet system include a pair of rollers.5. The device of claim 1 , further comprising a cutter handling system including a plurality of rails.6. The device of claim 5 , wherein the plurality of rails include a pair of primary rails and a secondary rail operable to translate along the pair of primary rails.7. The device of claim 6 , wherein the cutter assembly is supported by the secondary rail and operable to translate along the length of the secondary rail.8. The device of claim 7 , wherein the cutter assembly includes a housing and a motor is coupled to the housing for translating the cutter assembly along the secondary rail.9. The device of claim 8 , wherein a rack and pinion is provided and configured to allow the motor to control the position of the housing along the length of the secondary rail.10. The device of claim 1 , wherein the cutter assembly includes a cutting element passively engage therewith so as to ...

METHOD AND CUTTING MACHINE WITH SAFETY-MONITORED REVERSING OF THE DANGEROUS CUTTING BLADE MOVEMENT IN THE EVENT OF DANGER

A method for the cutting of material is to be cut by means of a cutting machine which includes a horizontal cutting support for material to be cut, a horizontal cutting blade displaceable in height above the cutting support for cutting the material to be cut supported on the cutting support, a drive motor for the height displacement of the cutting blade, a manual control for the drive motor, and a protection device safeguarding the working region of the cutting machine. The method has the steps of: lowering the cutting blade, when the protection device is not interrupted, by actuating the manual control; and stopping the cutting blade which is being lowered when the protection device is interrupted. Immediately after stopping the cutting blade which is being lowered, the drive motor is operated to reverse the cutting blade under safety monitoring into a nondangerous upper safety location. 1. A method for the cutting of a material to be cut by a cutting machine comprising a horizontal cutting support for the material to be cut , a horizontal cutting blade displaceable in height above the cutting support for cutting the material to be cut supported on the cutting support , a drive motor for the height displacement of the cutting blade , a manual control , for the drive motor , and a protection device safeguarding the working region of the cutting machine , the method comprising the following steps of:lowering the cutting blade, when the protection device is not interrupted, by actuating the manual control; andstopping the cutting blade which is being lowered when the protection device is interrupted;wherein immediately after stopping the cutting blade which is being lowered, operating the drive motor to reverse the cutting blade under position or motion monitoring into a nondangerous upper safety location;wherein the safety monitoring comprises the determination of the actual displacement direction of the cutting blade and, if a downward movement of the cutting blade ...

CUTTING OR COMPRESSION TOOL

A cutting or compression tool comprises a housing and a driving group for moving a driving piston with respect to the housing, a fixed jaw with a first connecting seat and a second connecting seat for a stationary connection to the housing, a mobile jaw with a first fulcrum seat hinged to the fixed jaw at the second connecting seat and a second fulcrum seat hinged to a first connecting rod connected to the driving piston. The distance between the first connecting seat and the second connecting seat of the fixed jaw is equal to the distance between the first fulcrum seat and the second fulcrum seat of the mobile jaw. 2. Cutting or compression tool according to claim 1 , wherein the fixed jaw is identical to the mobile jaw.3. Cutting or compression tool according to claim 2 , comprising a second connecting rod having a first end pivoted to the housing at a third connection point and a second end pivoted to the fixed jaw through one of the first and second connecting seats claim 2 , and the fixed jaw is further directly pivoted to the housing through the other one of the first and second connecting seats claim 2 , so that the housing claim 2 , the connecting rod and the fixed jaw form an articulated non-deformable triangle.4. Cutting or compression tool according to claim 3 , wherein the second end of the second connecting rod is pivoted to the fixed jaw through the second connecting seat at the first fulcrum point claim 3 , and the fixed jaw is directly pivoted to the housing through the first connecting seat.5. Cutting or compression tool according to claim 4 , wherein the first and second hinged connections of the mobile jaw and the hinged connections of the first and second connecting rods define hinge axes which are parallel to the relative rotation axis between the fixed jaw and the mobile jaw.6. Cutting or compression tool according to claim 1 , wherein the fixed and mobile jaws each have a plate-like shape oriented in a plane perpendicular to the relative ...

Panel Forming Assembly

A panel forming station has a frame, a pair of clamping devices and a pair of end forming devices. A panel is clamped between one clamping device and the frame. The first forming device forms a first trimless end on the panel. The first forming device has a cutter bending blade and a roller that forms the first trimless end. The second clamping device clamps a panel. The second forming device has a cutter, a bending blade and a roller to form the second trimless end. A controller couples with the first and second clamping device and first and second end forming devices to control the panel's passage through the frame. 1. A panel forming station comprising:a frame;a clamping device for clamping a panel between the clamping device and the frame, the clamping device coupled with the frame;a first device for forming a first end on the panel coupled with the frame, the first device including a cutter for removing a waste portion of the panel, a blade for bending a remaining portion on the panel, and a roller completing the forming of the first end;a second clamping device for clamping a panel between the clamping device and the frame;a second device for forming a second end on the panel coupled with the frame, the second device including a cutter for removing a waste portion of the panel, a blade for bending a remaining portion on the panel, and a roller completing the forming of the second end; anda controller coupled with the first and second clamping device, and first and second end forming devices for enabling the panel to pass through the frame and form the first and second ends on the panel.2. The panel forming station of claim 1 , further comprising a device for removing the waste portion coupled with the frame.3. The panel forming station of claim 1 , further comprising a first table on the frame claim 1 , the first table positioned with respect to the first clamping device so that the panel is clamped between the first clamping device and first table.4. The ...

EG-1680 Three hole electric puncher

The present invention belongs to the technical field of puncher, specifically involving EG-1680 Three hole electric puncher, including the base, punching device, rotating shaft and drive unit; there are at least 2 sets of said punching devices, including the support frame arranged on the base and the punching assembly that moves up and down along the said support frame; the said rotating shaft can be connected with the support frame through rotation; the rotating shaft is furnished with appropriate eccentric cams that drive the punching assembly to move up and down; the staggered arrangement of eccentric cams enables the punching assemblies to asynchronously move up and down during the rotation of rotating shaft; the said drive unit is designed to drive the rotating shaft to rotate; the asynchronous vertical motion of various punching assemblies helps to save labor, thereby alleviating the requirements for motor output power and gear strength; this product is compact in structure, easy to use, cost effective, and stable in function.

AUTOMATED MACHINE FOR SLITTING AND WEDGE CUTTING WHOLE FRUITS AND VEGETABLES

An automated food processing machine receives a whole fruit or vegetable and presses it through a blade set to form slices or wedges. The machine includes a controller coupled to various components including linear motion actuators, a user interface, and sensors. One motion actuator coupled to a slitting blade. Another motion actuator is coupled to a ram. In response to an input the controller activates the motion actuators in a sequence including (1) linear motion of the slitting blade to form a slit in the whole fruit or vegetable and (2) linear motion of the ram to press the whole fruit or vegetable through a blade set to form the slices or wedges. 1. A food processing machine for providing portions of a fruit or vegetable comprising:a ram coupled to a motion actuator;wherein said motion actuator includes a motor and a turning arm;a blade set; anda controller configured to receive an input signal and to actuate the motion actuator to press the fruit or vegetable through the blade set to form portions of the fruit or vegetable.2. The food processing machine of wherein the ram includes fingers that extend toward the blade set.3. The food processing machine of wherein upon receiving an input signal the controller moves the fingers to press the fruit or vegetable through openings between the blades of the blade set to form portions of the fruit or vegetable.4. The food processing machine of wherein the motion actuator presses the fruit or vegetable through the blade set with a single revolution of the turning arm such that with each revolution the fingers are pushed down through the blade set and then retracted.5. The food processing machine of wherein the machine includes a receptacle configured to receive and hold the fruit or vegetable in alignment with the blade set.6. The food processing machine of wherein the receptacle includes opposing spring loaded levers that align the fruit or vegetable to a central axis.7. The food processing machine of wherein the ...

AUTOMATED MACHINE FOR IMPROVED SLITTING AND WEDGE CUTTING WHOLE FRUITS AND VEGETABLES

An automated food processing machine includes a receptacle, a slitter assembly, and a controller. The slitter assembly is coupled to a first motion actuator and includes a third motion actuator coupled to a slitter blade. In response to an input signal, the controller is configured to (1) actuate the first motion actuator to translate the slitter assembly along a first axis until the slitter blade has penetrated into a whole fruit or vegetable, and (2) actuate the third motion actuator to move the slitter blade relative to the slitter assembly with a component along an axis that is not parallel to the first axis. 1. A food processing machine for providing wedge-shaped portions of a whole fruit or vegetable comprising:a receptacle configured to receive and align the whole fruit or vegetable;a slitter assembly coupled to a first motion actuator, the slitter assembly including a third motion actuator coupled to a slitter blade; and (1) actuate the first motion actuator to translate the slitter assembly along a first axis (X) from a retracted location in which the slitter blade is spaced from the whole fruit or vegetable to an extended location in which the slitter blade has penetrated into the whole fruit or vegetable;', '(2) actuate the third motion actuator to move slitter blade relative to the slitter assembly with a component of movement that includes motion along a second axis (Y); and', '(3) actuate the first motion actuator to translate the slitter assembly along the first axis (X) back to the retracted location and leaving the whole fruit or vegetable intact except for a resultant cut formed during steps (1) and (2);, 'a controller configured receive an input signal and in response to the input signal tothe first axis (X) is not parallel to the second axis (Y).2. The food processing machine of wherein the receptacle includes a pair of levers that engage the whole fruit or vegetable with opposing engagement forces that are directed along the second axis (Y).3. ...

CONTROL CIRCUIT OF BANANA SLICE FRYING MACHINE AND CONTROL METHOD THEREFOR

Disclosed are a control circuit of a banana slice frying machine and a control method therefor. The control circuit comprises a MCU, a material cutting module and a processing module, wherein the material cutting module and the processing module are both connected with the MCU, the material cutting module comprises a slicer motor and a range sensor, and the processing module comprises an X-axis driving motor, a Y-axis driving motor, a Z-axis motor and a temperature control module. Signals from the range sensor and the temperature control module are received by the MCU, then feedback information is transmitted to a working element, and the MCU drives the slicer motor to perform automatic cutting and control a heating temperature of an oil pan to realize a full automatic working process from cutting to frying, so that a conventional semi-automatic working manner is abandoned, and result in great convenience. 1. A control circuit of a banana slice frying machine , comprising:a MCU;a material cutting module including a slicer motor configured to control a feed direction of a slicer, and a range sensor arranged in a conveying channel is configured to sense whether a banana exists in the conveying channel and transmit information to the MCU; anda processing module including an X-axis driving motor configured to control a pipeline to move in an X-direction, a Y-axis driving motor configured to control the pipeline to move in a Y-direction, a Z-axis motor configured to control a press mold provided at one side of the pipeline to move in a Z-direction and squeeze the banana in an oil pan, and a temperature control module arranged in the oil pan is configured to test a temperature of oil in the oil pan and transmit information to the MCU;wherein the material cutting module and the processing module are both connected with the MCU;the MCU is configured to: receive information from the range sensor and control forward and reverse rotation of the slicer motor; receive ...

METHOD OF CUTTING TUBULAR MEMBERS AND APPARATUS THEREFOR

A method of cutting a polymeric tubular member and apparatus therefor is provided. The method includes moving the polymeric tubular member along a central longitudinal axis into a position to be cut. Further, providing at least one actuator with a cutting blade operably connected to the at least one actuator, with the cutting blade extending lengthwise along a cutting blade axis. Then, actuating the at least one actuator and moving the cutting blade into cutting engagement with the polymeric tubular member along a driven axis that extends in oblique relation to the cutting blade axis. 1. An apparatus for cutting a polymeric tubular member , comprising:at least one actuator;a cutting blade operably connected to said at least one actuator, said cutting blade extending lengthwise along a cutting blade axis; andsaid at least one actuator being configured to move said cutting blade into cutting engagement with the polymeric tubular member along a driven axis that extends in oblique relation to said cutting blade axis.2. The apparatus of wherein said driven axis is substantially perpendicular to said central longitudinal axis.3. The apparatus of wherein said at least one actuator includes a plurality of actuators.4. The apparatus of wherein said plurality of actuators are in operable communication with one another.5. The apparatus of wherein a first one of said plurality of actuators drives at a linear speed relative to a linear speed of a second one of said plurality of actuators.6. The apparatus of further including configuring a first one of said plurality of actuators to drive along a first direction and a second one of said plurality of actuators to drive along a second direction substantially perpendicular to said first direction.7. The apparatus of wherein said cutting blade is heated. This U.S. divisional application claims the benefit of U.S. utility patent application Ser. No. 13/645,097, filed Oct. 4, 2012, the entire content of which is incorporated herein by ...

DEVICE AND METHOD FOR CUTTING HOLLOW, THIN-WALLED OBJECTS

A method for cutting or trimming a hollow object having one or more relatively thin walls, the method including an oscillation step that reduces wall deformation at the site of the initial cut to produce a relatively straight leading edge on the object, in combination with a further cutting step that does not include oscillation of a cutting blade. A second oscillation step can be performed after the non-oscillation step that leads to the separation of the object into two pieces and also produces a relatively straight trailing edge. A device for performing the cutting methods is disclosed. 1. A method for cutting an object having a wall and at least one hollow portion , comprising the steps of:obtaining the object;cutting the object using at least two different cutting sequences, including an oscillation step wherein a blade is oscillated while first contacting and cutting into a portion of the object followed by a second step of cutting the object without oscillating the blade.2. A method according to claim 1 , wherein the method further includes the step of oscillating the blade for a second time after the second step of cutting the part without oscillating the blade.3. A method according to claim 2 , wherein the blade is oscillated prior to and during the first contact with the part in a direction other than along a cutting axis.4. A method according to claim 3 , wherein the blade is oscillated at an angle of about 35° to about 90° in relation to the cutting axis.5. The method according to claim 1 , wherein the oscillation step is performed until a cutting edge of the blade has cut through up to 45% of a length of the object as measured along a cutting axis.6. The method according to claim 5 , wherein the second step is followed by a third step that includes oscillating the blade for a second time and maintaining oscillation until the cutting edge cuts the object into two different pieces.7. The method according to claim 6 , wherein the third step is initiated ...

WATER BEARING AND FOOD CUTTING ASSEMBLY WITH MAGNETICALLY ROTATED CUTTING HEAD

A food cutter assembly can include a spindle body defining an interior passage for receiving a food product. A cutting tool can be connected to an end of the spindle body for cutting the food product. The food cutter assembly can also include a housing for rotationally mounting the spindle body. Rotation of the spindle body can be controlled by one or more magnets mounted to the spindle body and by a stator and/or pulley magnetically or electromagnetically coupled with the magnet to drive the one or more magnets about a rotational axis, which in turn spins the spindle body about the rotational axis, driving the rotational cutting motion of the cutting tool. 1. A food cutter assembly comprising:a spindle body defining an interior passage for receiving a cut food product, the interior passage extending along a rotational axis of the spindle body;a cutting tool connected to an end of the spindle body for cutting the food product, the interior passage positioned adjacent the cutting tool to receive the cut food product from the cutting tool;a magnet coupled to the spindle body;a housing for rotationally mounting the spindle body; anda drive system coupled to the housing remote from the magnet, the drive system configured to rotate the magnet about the rotational axis without physical contact with the magnet or the spindle body.2. The food cutter assembly as recited in claim 1 , wherein the drive system includes a pulley mount claim 1 , the pulley mount comprising:a pulley having one or more magnets mounted to an interior surface of the pulley and having an exterior surface configured to be driven by a belt; anda stationary shaft coupled to the housing, the stationary shaft having a structural portion positioned between the magnet coupled to the spindle body and the one or more magnets mounted to the interior surface of the pulley, the one or more magnets configured to be rotated about the stationary shaft when the pulley is driven by the belt.3. The food cutter assembly ...

CUTTER FOR STRIP-SHAPED MATERIALS OF ALL KINDS

The invention relates to a cutter for strip or band-shaped materials of all kinds, having an electromotive drive for at least one blade (), which drives the at least one blade () in a displaceable manner against a stationary knife (), wherein the electromotive drive (motor ) has parallel effect on the movement drive of at least two separately movable blades (), each of which are directed against the stationary knife (), so that a material web () is cut having a longer first cut () and an opposite second cut () offset skewed to the first cut () and an uncut bridge () remains in the material web () between the two cuts. 1454563456. Cutter for strip or tape-shaped materials of all kinds , having an electromotive drive for at least one blade ( , ) which drives the at least one blade ( , ) in a displaceable manner against a stationary knife () , characterized in that the electromotive drive (motor ) has parallel effect on the movement drive of at least two separately movable blades ( , ) , each which execute a cutting motion against the stationary knife ().231213141545. Cutter according to claim 1 , wherein the electromotive drive is designed as a motor () claim 1 , which drives a sprocket () claim 1 , on which a catch () is arranged eccentrically to the rotation axis claim 1 , wherein said catch engages simultaneously with the sliding guides ( claim 1 , ) of the two blades ( claim 1 , ) and drives these together in a displaceable and/or pivoting manner.3312. Cutter according to claim 2 , wherein the motor () comprises a pinion gear on its drive shaft claim 2 , which engages with the gearing of the sprocket () and drives its rotation.445. Cutter according to claim 1 , wherein that one blade () is designed as a vertically moveable guillotine blade and that the other blade () is designed as a swivel blade.541413. Cutter according to claim 1 , wherein that the sliding gate of blade () claim 1 , designed as a guillotine knife claim 1 , forms a contour () running skewed to ...

CUTTING METHOD

A cutting method includes a pipe of a cutting tool driving a pressing foot assembly of the cutting tool to press against an object in a direction; the pressing foot assembly sliding along the direction by cooperation of a sliding block of the pressing foot assembly and a sliding slot on the pipe to compress a spring of the cutting tool; the compressed spring generating a resilient force for driving the pressing foot assembly to collapse a plurality of wave-shaped core layers of the object; and after the plurality of wave-shaped core layers of the object is collapsed by the pressing foot assembly, a blade assembly of the cutting tool protruding from the pressing foot assembly via an opening on the pressing foot assembly and being driven to cut the collapsed object along another direction perpendicular to the direction without oscillation as the cutting tool moves along the another direction. 1. A cutting method comprising:a pipe of a cutting tool driving a pressing foot of a pressing foot assembly of the cutting tool to press against an object in a direction;the pressing foot of the pressing foot assembly driving an adapter ring of the pressing foot assembly to slide along the direction by cooperation of a sliding block of the pressing foot assembly and a sliding slot on the pipe;the adapter ring of the pressing foot assembly compressing a spring of the cutting tool;the compressed spring generating a resilient force for driving the pressing foot assembly to collapse a plurality of wave-shaped core layers of the object; andafter the plurality of wave-shaped core layers of the object is collapsed by the pressing foot of the pressing foot assembly, a blade assembly of the cutting tool protruding from the pressing foot assembly via an opening formed on the pressing foot and being driven to cut the collapsed object along another direction perpendicular to the direction without oscillation as the cutting tool moves along the another direction.2. The cutting method of claim ...

METHOD AND DEVICE FOR GUIDING A TOOL

Method and device for guiding a tool () in a recurring application of a product () moved along an X-axis, wherein the tool () is mounted on the Z-carriage () of a cross guide and is moved therewith along the Z-axis standing perpendicular on the X-axis, wherein the Z-carriage () is mounted on the X-carriage () of the cross guide, the guide of which is mounted along the X-axis in a base plane (), wherein the X-carriage () is driven with an X-drive, wherein the Z-carriage () is driven by a Z-drive, which is held stationary in the base plane () and has a traction means () driven by a first servo motor () provided for the drive of the Z-carriage, which is driven from the base plane () on the movable Z-carriage (), wherein a movement of the Z-carriage () that is brought about by the movement of the X-carriage () and a motive force caused thereby on the traction means (), is compensated when actuating the first servo motor () provided for the drive of the Z-carriage. 18-. (canceled)9. A device for guiding a tool comprising:(a) A base comprising a first servomotor drive stationarily mounted on the base for driving a first belt;(b) A first carriage translatably mounted for reversible translation in a X-axis direction relative to the base; and(c) A second carriage translatably mounted on the first carriage for reversible translation in a Z-axis direction which differs from the X-axis direction,wherein the second carriage is coupled to the first servomotor drive via multiple redirection rollers and the first belt attached to the second carriage passing over the multiple redirection rollers and driveably engaged with the first servomotor drive, wherein at least one of the multiple redirection rollers is mounted at a stationary location relative to, and distal in the X-axis direction from, the first servomotor drive and at least two of the multiple redirection rollers are mounted on the first carriage such that the second carriage is coupled with the first belt between the at ...

HAND-HELD KNOCKOUT PUNCH DRIVER

A hand-held knockout punch driver includes a housing, a motor, a drive assembly with an output member movable relative to the housing, and a head unit removably coupled to the housing. The head unit includes a body, an input member movable relative to the body, and a draw rod to which a punch or a die is attachable. The draw rod is configured to move axially relative to the body in response to movement of the input member relative to the body. The knockout punch driver also includes a quick-release mechanism to removably couple the body to the housing. The output member is configured to engage the input member such that the input member moves relative to the body in response to movement of the output member relative to the housing, and the body engages the quick release mechanism separately from engagement between the output member and the input member. 1. A hand-held knockout punch driver comprising:a housing;a motor positioned within the housing;a drive assembly at least partially positioned within the housing and including an output member movable relative to the housing; a body,', 'an input member movable relative to the body, and', 'a draw rod to which at least one of a punch or a die is attachable, the draw rod configured to move axially relative to the body in response to movement of the input member relative to the body; and, 'a head unit removably coupled to the housing, the head unit including'}a quick-release mechanism configured to removably couple the body to the housing, the quick release mechanism including a collar,wherein the collar is axially movable relative to the output member between a first position in which the body is locked to the housing and a second position in which the body is unlocked and removable from the housing,wherein the output member is configured to engage the input member such that the input member moves relative to the body in response to movement of the output member relative to the housing, andwherein the body is engageable ...

CUTTING DEVICE WITH EXCHANGING DEVICE FOR THE CUTTER BAR

The invention relates to a cutting device for longitudinally cutting a film web, in particular a plastic film web, moved in a web plane in a transport direction into a plurality of film bands, wherein a first cutter bar provided with cutting blades is immersed with the cutting blades in a cutting position into the web plane. In order to replace the cutter bar, a second cutter bar provided with cutting blades may be immersed with its cutting blades into the web plane, wherein the first cutter bar may be moved from the cutting position into a transfer position outside of the web plane when the second cutter bar is immersed with its cutting blades into the web plane. 1. A cutting device for longitudinally cutting a film web , in particular a plastic film web , moved in a web plane in a transport direction , into a plurality of film bands , wherein a first cutter bar provided with cutting blades is immersed with the cutting blades in a cutting position into the web plane , wherein a second cutter bar provided with cutting blades is immersible with its cutting blades into the web plane and that the first cutter bar is moveable from the cutting position into a transfer position outside of the web plane when the second cutter bar is immersed with its cutting blades into the web plane.2. A cutting device according to claim 1 , wherein the cutter bars each are moveable essentially vertically to the web plane from the cutting position into a transfer position and/or vice versa.3. A cutting device according to claim 2 , wherein the cutter bars each are shiftable along guiding devices essentially vertically to the web plane.4. A cutting device according to claim 1 , wherein each cutter bar is releasably attachable to a cutter bar holder.5. A cutting device according to claim 4 , wherein each cutter bar has accommodation devices for accommodating fastening devices at the cutter bar holder.6. A cutting device according to claim 4 , wherein the cutter bar holders are slidably ...

MEDIA CUTTER ASSEMBLY AND PRINTER

A cutter assembly for a printer comprises: an active cutter module to be arranged at a printer carriage, the active cutter module including a movable cutting blade and a transmission, a passive cutter module to be arranged opposite the active cutter module, with a print media path located between the active cutter module and the passive cutter module; and a drive component to be engaged and disengaged with the transmission. 1. A cutter assembly for a printer , the cutter assembly includingan active cutter module to be arranged at a printer carriage, the active cutter module including a movable cutting blade and a transmission,a passive cutter module to be arranged opposite the active cutter module, with a print media path located between the active cutter module and the passive cutter module; anda drive component to be engaged and disengaged with the transmission.2. The cutter assembly of wherein the drive component comprises a linear rack extending in a printer carriage scanning direction and movable to be engaged and disengaged with the transmission.3. The cutter assembly of wherein the linear rack is arranged at the passive cutter module below the print media path and is raised to be engaged with the transmission.4. The cutter assembly of wherein the linear rack is arranged above the active cutter module and is lowered to be engaged with the transmission.5. The cutter assembly of wherein the linear rack is provided with a directing component and the active cutter module is provided with a pusher component claim 2 , wherein claim 2 , when the linear rack is moved to be engaged with the transmission claim 2 , the pusher component is engaged with the direction component to transfer the active cutter module into a cutting position.6. The cutter assembly of wherein the directing component comprises a sliding surface extending parallel to the linear rack and engagement of the pusher component with the sliding surface pivots the active cutter module to the cutting ...

AUTOMATIC ELECTRIC PUNCHING APPARATUS

The present disclosure provides an automatic electric punching apparatus that can automatically punch documents or paper sheets by lowering a screw punch blade by means of a screw while being rotated in conjunction with driving of a motor due to switching. 1. An automatic electric punching apparatus comprising:a body comprising a plate-shaped base member provided with a pair of punch pads at a rear side of an upper surface thereof, a lower block having a rectangular parallelepiped shape and in which a pair of bushing nuts are vertically buried, the lower block defining a paper insertion opening having a predetermined interval at a rear side of an upper surface of the base member, an upper block installed at an upper side of the lower block to be moved upward and downward and in which a pair of bearings are buried, and a cover covering the upper block and the lower block;a driving unit comprising a motor positioned on and fixed to a upper surface of the upper block while a rotary shaft thereof passes through the upper block, a driving gear mounted to the rotary shaft of the motor and installed on a lower surface of the upper block, and a pair of driven gears engaged with the driving gear to be rotated;a punching unit comprising a pair of screw punches provided for punching at lower ends thereof, having a tubular shape having a screw thread on an outer peripheral surface thereof, mounted to bearings of the upper block while an upper end thereof passing through the driven gears, and having central portions coupled to the bushing nuts buried in the lower block to be moved upward and downward; anda control unit comprising a switch unit installed on a front surface of the cover, a sensing unit for restricting an upward and downward movement distance of the upper block by means of the screw punches and the bushing nuts, and a printed circuit board for controlling driving of the motor according to signal inputs from the switch unit and the sensing unit.21. The automatic ...

Thermally actuated fibre optic cutting device

A thermally actuated fibre optic cutting device including: a housing configured to receive an optical fibre element which passes through the housing from one side of the housing to another side of the housing in one continuous portion, wherein the optical fibre element is capable of transmitting a source of light along its length; one or more retaining portions for retaining the optical fibre element; and, a cutting element disposed within the housing for cutting the continuous portion of the optical fibre element in response to a change in temperature, the cutting element being moveable in a direction towards the continuous portion of the optical fibre element.

AUTOMATED MACHINE FOR SLITTING AND WEDGE CUTTING WHOLE FRUITS AND VEGETABLES

An automated food processing machine receives a whole fruit or vegetable and presses it through a blade set to form slices or wedges. The machine includes a controller coupled to various components including linear motion actuators, a user interface, and sensors. One motion actuator coupled to a slitting blade. Another motion actuator is coupled to a ram. In response to an input the controller activates the motion actuators in a sequence including (1) linear motion of the slitting blade to form a slit in the whole fruit or vegetable and (2) linear motion of the ram to press the whole fruit or vegetable through a blade set to form the slices or wedges. 1. A food processing machine for providing wedge-shaped portions of a whole fruit or vegetable comprising:a slitting blade coupled to a first motion actuator;a ram coupled to a second motion actuator;a blade set; anda controller configured to receive an input signal and to actuate the first and second motion actuators in a sequence including (1) motion of the slitting blade to form a slit into the whole fruit or vegetable along a first axis followed by (2) motion of the ram along a second axis to press the whole fruit or vegetable through the blade set to form fruit or vegetable wedges.2. The food processing machine of further comprising a receptacle configured to hold the whole fruit or vegetable in alignment between the ram and the blade set during the motion sequence.3. The food processing machine of wherein the receptacle is mounted on a door allowing the whole fruit or vegetable to be loaded when the door is open and whereby moving the door to a closed position aligns the receptacle with the ram.4. The food processing machine of wherein the blade set is affixed to the door in an aligned position with respect to the receptacle whereby closing the door aligns the blade set with the ram.5. The food processing machine of further comprising a sensor configured to generate a sensor signal indicative of door closure ...

DEVICE FOR CUTTING EXTRUDED PLASTICS PROFILES TO LENGTH

A device for cutting a preferably thick-walled extruded pipe to length, has at least one cutting tool and a receiving unit for the cutting tool, wherein the cutting tool is movable radially with respect to the extension axis and is rotatable by a further means about the pipe to be cut to length, in order to cut the pipe to length. The receiving unit preferably has two toothed rods arranged in a block, wherein the first toothed rod is movable back and forth axially and the second toothed rod radially with respect to the extension axis, the axial movement is converted into a radial movement, and the cutting tool is arranged on the second toothed rod. 1. A device for cutting to length an extruded tube , the device comprising:a cutting tool; anda support unit for the cutting tool,wherein the cutting tool is radially movable with respect to an extrusion axis,wherein the cutting tool is further rotatable about the tube that is to be cut to length, in order to cut the tube to length,wherein the support unit a first rack and a second rack, arranged in a block,wherein the first rack is movable back and forth axially with respect to the extrusion axis,wherein the second rack is movable back and forth radially with respect to the extrusion axis,wherein the axial movement is converted into a radial movement, andwherein the cutting tool is arranged on the second rack.2. The device of claim 1 , wherein wherein the first and second racks are driven using a single axial drive.3. The device of claim 2 , wherein the first and second racks are coupled in the block.4. The device of claim 3 , wherein a path travelled by the first rack corresponds to a path travelled by the second rack.5. The device of claim 1 , wherein the cutting tool is a blade.6. The device of claim 1 , wherein the cutting tool is a tool configured to chamfer edges.7. The device of claim 1 , wherein the block including the first and second racks is arranged on a support disc claim 1 ,wherein the first rack is ...

Control of a Cutting Tool

An example system includes a cutting tool and a device configured to remotely control the cutting tool. The device is configured to establish a wireless communication with the cutting tool, and the cutting tool is configured to send a first signal to the device indicating that the cutting tool is enabled to be operated remotely responsive to the cutting tool receiving information indicating that a trigger is locked in an “on” state and a remote switch is in a first position. The device is configured to send a second signal to the cutting tool indicating a request to cause the cutting tool to perform a cutting operation responsive to receiving information indicative of actuation of at least one button of a user interface of the device. 1. A cutting tool comprising:a body;a remote switch coupled to the body and configured to be toggled between at least a first position and a second position;a trigger coupled to the body;a trigger lock switch coupled to the body and configured to lock the trigger in an “on” state;two blades coupled to the body;an actuator coupled to the body and configured to cause the two blades to move relative to each other; and establishing a wireless connection with the remote device,', 'receiving information indicating that the trigger is locked in the “on” state and the remote switch is in the first position,', 'responsive to receiving the information indicating that the trigger is locked in the “on” state and the remote switch is in the first position, sending a first signal to the remote device indicating that the cutting tool is enabled to be operated remotely,', 'responsive to receiving a second signal from the remote device, causing the actuator to move the two blades relative to each other to cut a cable placed therebetween., 'a controller coupled to the body, wherein the controller is configured to wirelessly communicate with a remote device, and wherein the controller is configured to perform operations comprising2. The cutting tool of ...

CUTTING DEVICE

The invention concerns a cutting device () for reducing the width of a ready-made roller blind blank () comprising a roller tube onto which a fabric has been wound. The cutting device () comprises a mandrel (), which is adapted to be inserted into and hold an end to be cut of the roller tube, and a knife arrangement, which is adapted to circumferentially cut first the fabric wound on the roller tube and then the roller tube on the mandrel () such that the width of the ready-made roller blind blank () is reduced. The invention also concerns a ready-made roller blind blank (), which comprises a roller tube, onto which a fabric has been wound and which is adapted to be cut by means of a cutting device () according to the invention. For this the roller blind blank () comprises a disposable wrapping, which bears a visible measurement scale along at least one end portion of the roller blind blank (). 1. A cutting device comprising:a mandrel configured to be inserted into and hold an end of a roller tube comprised in a roller blind blank, a fabric being wound on said roller tube; anda knife arrangement configured to circumferentially cut first the fabric wound on the roller tube and then cut the roller tube on the mandrel such that a width of the roller blind blank is reduced.2. The cutting device according to claim 1 , wherein the mandrel is rotatable such that circumferential cutting can be performed using the knife arrangement while the knife arrangement remains stationary.3. The cutting device according to claim 1 , wherein a dog is arranged opposite to the mandrel claim 1 , said dog being displaceable along a guideway claim 1 , wherein the dog is configured to be lockable onto a guide way that extends in parallel with the mandrel in order to secure an opposite end of the roller tube.4. The cutting device according to claim 1 , wherein the knife arrangement is configured to be displaceable from an initial cutting position such that it is displaceable in parallel with ...

CUTTING APPARATUS AND CUTTING METHOD

Provided is a technique capable of extending a life of a punch provided in a nibbler. A cutting apparatus for cutting a steel plate, including at least one robot which has an arm capable of changing the position and the posture thereof; a nibbler attached to the tip of the arm, which has a punch reciprocating in a top-bottom direction to punch the steel plate; and a control device which controls the robot and the nibbler. The nibbler makes the punch continuously punch the steel plate while being moved by the robot, thereby cutting the steel plate. The control device has a robot controlling part which controls the robot so that the nibbler moves at a moving velocity depending on the shape of a moving path of the nibbler, and a punch controlling part which changes a frequency of the punch according to the moving velocity of the nibbler. 1. A cutting apparatus for cutting a steel sheet , comprising:at least one robot which has an arm capable of changing a position and a posture of the arm;a nibbler attached to a tip of the arm of the robot, which has a punch reciprocating in a top-bottom direction to punch the steel sheet; anda control device which controls the robot and the nibbler,wherein the nibbler makes the punch continuously punch the steel sheet while being moved by the robot, thereby cutting the steel sheet, andwherein the control device has a robot controlling part which controls the robot so that the nibbler moves at a moving velocity depending on a shape of a moving path of the nibbler, and a punch controlling part which changes a frequency of the punch according to the moving velocity of the nibbler.2. The cutting apparatus according to claim 1 , whereinthe punch controlling part of the control device obtains the moving velocity of the nibbler and the frequency of the punch,if the punch controlling part determines that a ratio of the frequency of the punch to the moving velocity of the nibbler is larger than a predetermined value, the punch controlling part ...

Printing apparatus

A printing apparatus includes a transporting unit configured to transport a medium, a printing unit configured to perform printing on the medium, a cutting unit located downstream of the printing unit in a transport direction of the medium, and configured to cut the medium, and a blowing unit configured to deliver gas from upstream of the cutting unit in the transport direction of the medium toward downstream of the cutting unit.

HIGH SPEED TRAVERSING SHEAR

A trim shear is adapted to trim the front and tail ends of a hot rolled product exiting from a rolling mill along a mill pass line and travelling at either high or low speeds, depending on the size of the product being rolled. The trim shear comprises a trim station having a high speed a set of trim knives configured and arranged to trim the front and tail ends of high speed products, and a different low speed set of trim knives disposed laterally from the high speed set of trim knives and configured and arranged to trim the front and tail ends of low speed products; and traversing means for shifting the trim station transversely with respect to the mill pass line to alternatively locate either one or the other of said sets of trim knives in an active position on the mill pass line. 1. A trim shear for trimming the front and tail ends of a hot rolled product exiting from a rolling mill along a mill pass line and travelling at either high or low speeds , depending on the size of the product being rolled , said apparatus comprising:a trim station having a high speed a set of trim knives configured and arranged to trim the front and tail ends of high speed products, and a different low speed set of trim knives disposed laterally from said high speed set of trim knives and configured and arranged to trim the front and tail ends of low speed products; andtraversing means for shifting said trim station transversely with respect to the mill pass line to alternatively locate either one or the other of said sets of trim knives in an active position on the mill pass line.2. The trim shear of wherein each of said sets of trim knives comprises continuously rotatable front end trim knives laterally spaced from continuously rotatable tail end trim knives by a pass through path devoid of trim knives.3. The trim shear of wherein an actively positioned set of trim knives has its pass through path aligned with the mill pass line.4. The trim shear of further comprising switch means ...

PIVOTING BLADE ASSEMBLY FOR HIGH-SPEED FOOD SLICING MACHINE

A blade assembly includes a support frame, a cutting blade, a motor to drive the cutting blade, a support shaft operatively coupled to the support frame to permit pivotal movement of the support frame, and an actuator operatively coupled to the support frame to reciprocally move the slicing assembly between an extended position and a retracted position. When the slicing assembly is in the extended position, a plane of the cutting blade is substantially co-planar with a cutting plane of the food product, and the cutting blade slices the food product. Conversely, when the slicing assembly is in the retracted position, the plane of the cutting blade is disposed at a predetermined angle away from the cutting plane of the food product, and the cutting blade does not contact the food product. 1. A food slicing system comprising:an input conveyor configured to transport a food product for slicing;a slicing assembly configured to slice the food product into a plurality of slices;an output conveyor configured to receive thereon, the sliced food product;the slicing assembly located at a downstream location relative to the input conveyor, and supported by support arms; a support frame;', 'a cutting blade;', 'a motor configured to operatively drive the cutting blade;', 'a support shaft coupled between the support arms and connected to the support frame;, 'the slicing assembly further comprising wherein when the slicing assembly is in the extended position, a plane of the cutting blade is substantially co-planar with a cutting plane of the food product, and the cutting blade is configured to slice the food product; and', 'wherein when the slicing assembly is in the retracted position, the plane of the cutting blade is disposed at a predetermined angle away from the cutting plane of the food product, and the cutting blade does not contact the food product., 'an actuator operatively coupled to the support frame and configured to reciprocally move the slicing assembly between an ...

Motor Control System and Method for a Rotary Hole Punch System

A sheet processing apparatus and methods of utilizing the same. The sheet processing apparatus includes a punch mechanism disposed along a media path at a punch point at which a hole is to be punched through a punch location on a media sheet advancing along the media path. The punch mechanism includes a rotatable punch arm having a punch head, and a punch motor for rotating the punch arm. As the punch location on the advancing media sheet approaches the punch point, speed of the punch motor is controlled to adjust a rotational speed of the punch arm based on feedback signals associated with each of the punch motor and a media path motor used to advance the media sheet such that the punch head arrives at the punch point at substantially the same time as when the punch location on the media sheet arrives at the punch point. 1. A sheet processing apparatus , comprising:a plurality of feed rolls disposed along a media path through the sheet processing apparatus;a media path motor operatively coupled to the plurality of feed rolls for rotating the plurality of feed rolls to advance a media sheet along the media path;a first sensing mechanism associated with the media path motor for sensing motion of the media path motor and providing a motion feedback signal associated therewith; a rotatable punch arm having a punch head at a free end thereof;', 'a punch motor operatively coupled to the punch arm for rotating the punch arm during a punching operation, the punch arm rotatable to the punch point at which the punch head is engageable with the media sheet to punch a hole through the advancing media sheet at the punch location while passing through the punch point; and', 'a second sensing mechanism associated with the punch motor for sensing motion of the punch motor and providing a position feedback signal associated therewith; and, 'a punch mechanism disposed along the media path at a punch point at which a hole is to be punched through the media sheet advancing along the ...

HAND-HELD KNOCKOUT PUNCH DRIVER

A hand-held knockout punch driver includes a housing, a motor positioned within the housing, and a head unit removably coupled to the housing. The head unit includes a draw rod to which at least one of a punch or a die is attachable. 1. A hand-held knockout punch driver comprising:a housing;a motor positioned within the housing; anda head unit removably coupled to the housing, the head unit including a draw rod to which at least one of a punch or a die is attachable.2. The hand-held knockout punch driver of claim 1 , further comprising a quick-release mechanism for removably coupling the head unit to the housing.3. The hand-held knockout punch driver of claim 2 , wherein the quick-release mechanism includes a collar coupled to one of the housing or the head unit.4. The hand-held knockout punch driver of claim 3 , wherein the collar is movable between a first position in which the head unit is locked to the housing claim 3 , and a second position in which the head unit is unlocked and removable from the housing.5. The hand-held knockout punch driver of claim 4 , wherein the head unit is adjustable relative to the housing in at least one of the first position or the second position of the collar.6. The hand-held knockout punch driver of claim 5 , further comprising a drive assembly positioned between the motor and the head unit claim 5 , wherein the drive assembly includes an output member engageable with the head unit.7. The hand-held knockout punch driver of claim 6 , wherein the head unit claim 6 , in at least one of the first position or the second position of the collar claim 6 , is rotatable relative to the housing about a longitudinal axis of the output member.8. The hand-held knockout punch driver of claim 2 , wherein the quick-release mechanism includesa plurality of radially inward-extending locking members on one of the housing or the head unit, anda plurality of radially outward-extending locking members on the other of the housing or the head unit ...

Cutting device having cutting blade reciprocally movable within movable range and printing device provided with the same

In a cutting device, a cutting blade is reciprocally movable within a movable range including a first retracted position away from a target to be cut and a cut complete position at which cutting of the target is to be completed. A memory is configured to store cutting data indicating the first retracted position. A controller is configured to perform controlling, in response to determining that the cutting blade has stopped at an intervening position between a cut start position at which cutting of the target is started and the cut complete position, a drive portion to move the cutting blade from the intervening position to a second retracted position positioned within the movable range and away from the target. The controller is configured to further perform updating the cutting data stored in the memory so as to indicate the second retracted position in place of the first retracted position.

Tube Perforating Machine

The invention relates to tube perforating machine for perforating a hollow tube. The powered machine includes a mechanical timing system comprising a Geneva mechanism so that perforations are punched when the tube is held stationary and perforations cannot be punched when the tube is rotating or moving longitudinally within the machine.

Device for Cutting Dough

Device for cutting dough, comprising a conveyor belt, for conveying the dough in an essentially horizontal direction of conveyance, a sledge, arranged above the conveyor belt, and movable in the direction of said conveyor belt, a cutting blade, suspended on the sledge, and movable with respect to the sledge in an essentially vertical direction toward and from the conveyor belt, for cutting the dough on the belt, a first drive, for moving the sledge in the direction of the conveyor, a second drive, for moving the cutting blade in a vertical direction toward and from the conveyor belt, wherein the second drive is arranged outside the sledge, in a fixed position, and provided with a transmission for conveying movement from the second drive to the cutting blade. The invention further relates to a method for operating such device. 2. The device according to claim 1 , wherein second drive is a rotational drive claim 1 , and the transmission is a connecting rod claim 1 , for transforming the rotational movement into a translational movement.3. The device according to claim 2 , wherein the second drive comprises a controller claim 2 , configured for controlling the rotation of the second drive.4. The device according to claim 3 , wherein the controller is configured for limiting the freedom of rotation of the second drive as a function of the position of the sledge.5. The device according to claim 1 , wherein the first drive comprises an endless belt.6. The device according to claim 1 , wherein the sledge has a default position claim 1 , wherein the second drive has a maximum freedom of rotation claim 1 , and wherein the freedom of rotation is limited in dependency of the distance the sledge is moved from said default position.7. The device according to claim 6 , wherein the second drive has a free rotation when the sledge is in its default position.8. The device according to claim 1 , comprising a stroking block configured for moving with the speed of the conveyor when the ...

Automatic sample dispensing device

There is described an automatic sample dispensing device ( 10 ) comprising at least one sample holder ( 11 ) which receives at least one reel of samples ( 15 ), at least one sample holder ( 11 ) which is activated by at least one motor ( 12 ); at least one electronic module ( 13 ) which intermittently controls at least one motor ( 12 ); and one cutting element ( 14 ) placed in a cutting region ( 17 ), at least one motor ( 12 ) which rotationally activates at least one sample holder ( 11 ) and which positions at least one sample ( 16 ) in the cutting region ( 17 ), whereby at least one sample ( 16 ) is automatically detached from the sample reel ( 15 ) by the cutting element ( 14 ).

Table saws having integrated control systems

A table saw has a table, a motor disposed under the table, a carriage connected to the motor, a saw blade supported by the carriage and driven by the motor, a riving knife connectable to the carriage adjacent to the saw blade, and a control circuit for determining when the riving knife is connected to the carriage, the control circuit receiving input from a switch which is engaged when the riving knife is disposed on the carriage. A switch contactor disposed on the carriage may contact the switch when the riving knife contacts the switch contactor.

PROGRAMMABLE FOOD SLICER WITH DIGITAL SCALE CONTROL

The present invention is an automatic food slicer with a built-in scale which allows the user to have the slicer automatically stop when a particular weight of food has been sliced. 1. An automatic electric food slicer comprising:a) a digital scale having a platform positioned to catch food and weigh it as it is sliced by the automatic electric food slicer; andb) a digital program in a resident memory of a memory device associated with the slicer and the scale set to enable a user to program a desired weight of food to be cut, wherein once the slicer is started to automatically slice, the slicer automatically stops when the desired weight of food measured on the scale is sliced.2. The automatic electric food slicer according to where the digital program further calculates how many slices it will take to reach the desired weight and stops the slicing when the next slice will cause the sliced food to exceed the desired weight.3. The automatic slicer according to which further comprises the digital program adjusting the thickness of a food slice such that the desired weight is achieved exactly. A portion of the disclosure of this patent contains material that is subject to copyright protection. The copyright owner has no objection to the reproduction by anyone of the patent document or the patent disclosure as it appears in the Patent and Trademark Office patent files or records, but otherwise reserves all copyright rights whatsoever.The present invention relates to electric slicers typically utilized for slicing meat and other food items. In particular, it relates to an automatic electric food slicer with digital scale control.The use of electric food slicers for cutting deli meats and other foods is well known. The slicer consists of a circular rotating blade and a carriage for holding the food wherein the carriage can press the food toward the rotating blade and reciprocate back and forth either manually or automatically such that the food is sliced and lands on a ...

Tread cutting machine with rotating driven cutting knife

一种玻璃胶外壳回收装置

本发明涉及一种回收装置，尤其涉及一种玻璃胶外壳回收装置。本发明要解决的技术问题是如何设计一种操作简单，能够提高工作效率，并且保证工人身体健康的玻璃胶外壳回收装置。本发明提供了这样一种玻璃胶外壳回收装置，包括有：底座，其顶部连接有安装板，安装板上转动式连接有第一转动轴，第一转动轴顶端连接有安装盘；夹紧机构，其设置在安装盘上，夹紧机构将玻璃胶外壳夹紧；切割装置，其设置在安装板顶部，切割装置用于将玻璃胶外壳的喷嘴部分切下。本发明能够通过夹紧机构将玻璃胶外壳夹紧，再通过切割装置将玻璃胶外壳的喷嘴部分进行切除，从而达到处理玻璃胶外壳的效果。

Systems and Methods for a Robot-adapted Cutting Board and Knife

In one embodiment, a method includes causing a robotic limb to intercouple with a handle of a knife. The knife comprising a handle at a proximal end where the handle is configured to intercouple with the robotic limb, a bade connected to the handle, and an indentation at a distal end where the indentation is configured to intercouple with a bar of the cutting surface, and where the blade is rotatable around a first axis while intercoupled with the bar. The method includes causing the indentation of the knife to be intercoupled with the bar of a cutting board. The cutting board comprising the cutting surface and the bar affixed to the cutting surface. The method includes adjusting, by the robotic limb the position of the knife along the bar to along with an object on the cutting surface and rotating the knife to cut the object. 1. An apparatus comprising:a cutting board, a knife, and a robotic limb; a cutting surface; and', 'a bar affixed to the cutting surface, wherein the bar is disposed along a first axis;, 'wherein the cutting board comprises a handle at a proximal end, wherein the handle is configured to intercouple with the robotic limb;', 'a blade connected to the handle; and', 'an indentation at a distal end of the blade, wherein the indentation is configured to intercouple along a second axis with the bar of the cutting board, wherein the second axis is substantially perpendicular to the first axis, and wherein the knife is rotatable around the first axis while the indentation is intercoupled with the bar., 'wherein the knife comprises2. The apparatus of claim 1 , wherein the bar is affixed to the cutting surface at a specified height above the cutting surface claim 1 , wherein a width of the blade is at least as wide as the specified height.3. The apparatus of claim 1 , wherein the blade comprises:a cutting edge, wherein, when the indentation of the blade is intercoupled with the bar of the cutting board and the knife is rotated around the first axis to be ...

一种大量加工腊肠果用切割打包一体机

本发明涉及一种切割打包一体机，尤其涉及一种大量加工腊肠果用切割打包一体机。主要是提供一种无需工作人员接触刀具，保障安全，限定距离切割，保持美观性，自动打包，提高效率的大量加工腊肠果用切割打包一体机。一种大量加工腊肠果用切割打包一体机，包括有：底板，底板顶部设有U型口长板，U型口长板前侧设有漏斗；支架，底板顶部靠近U型口长板的一侧设有支架；电机，支架顶部设有电机，电机的输出轴与U型口长板顶部之间连接有送料机构。通过设置的U型口长板及在U型开口处设置漏斗，便于腊肠果在切割完毕后直接掉落至漏斗，节省时间；通过设置电机转动带动切断刀间歇性的对腊肠果进行切割，完全代替人工切割，省时省力。

System For Controlling Cutter Hub Position In Underfluid Pelletizer

유중 펠렛제조기의 커터 허브에 부착되고 상기 펠렛제조기 모터의 중공 샤프트를 통과하여 연장되는 운동봉과 관련하여, 유중 펠렛제조기에서 일정한 블레이드 조정을 위한 커터 허브 조절장치가 제공된다. 상기 커터 허브 조절장치는, 그것이 부착되는 운동봉의 축과 동일 선상에 있거나, 직각 축방향으로 있거나, 혹은 평행인 면상에 있을 수 있다. 상기 커터 허브 조절장치의 조정은 피드백 조절 기구를 사용하여 자동화된다. A cutter hub adjuster for a constant blade adjustment in a pelletizer is provided in connection with a motion bar attached to a cutter hub of a pelletizer of a pelletizer and extending through a hollow shaft of the pelletizer motor. The cutter hub adjuster may be on the same line, in a right-angled axial direction, or on a parallel plane with the axis of the moving rod to which it is attached. The adjustment of the cutter hub adjuster is automated using a feedback adjustment mechanism.

一种用于重楼批量加工用根部分段式药材切片设备

本发明提供一种用于重楼批量加工用根部分段式药材切片设备，包括支撑腿，支撑腿的表面焊接有切片支撑箱体，切片支撑箱体的内部设置有分段切片收集机构，切片支撑箱体的上表面设置有摆正分选进料机构，切片支撑箱体的下表面焊接有动力支撑杆，动力支撑杆的表面焊接有电机，电机的输出轴通过联轴器固定连接有筛选切片转轴，涉及中药材领域。该用于重楼批量加工用根部分段式药材切片设备进料、切片和收集通过同一个驱动设备操作，并且同步进行，而且各个结构之间相辅相成又互不干扰，如此可以使得重楼切片工作批量稳定的进行，提高加工的效率,从而有效的解决了一般的切片设备不太方便使用在重楼加工过程中，重楼切片过程比较耗时的问题。

一种电子器件电路板用分切装置

本发明涉及电子器件加工技术领域，且公开了一种电子器件电路板用分切装置，包括支撑腿，所述支撑腿的顶部固定安装有工作平台，所述工作平台的顶部固定安装有支撑柱，所述支撑柱的顶部固定安装有第一伺服电机，所述第一伺服电机的输出端延伸至支撑柱的内部且固定连接有第一丝杆，所述第一丝杆的外表面螺纹安装有第一移动座，所述第一移动座的侧面延伸至支撑柱的侧面且固定连接有活动柱。该电子器件电路板用分切装置，通过设置第一伺服电机和第一丝杆以及第二伺服电机和第二丝杆以及齿轮和第三丝杆的配合使得该切割装置在进行运行时保证其在X‑Y轴上进行移动进而使得该装置可以切割成不同的大小进而满足不同电子器件的要求。

一种线条覆网装置及其覆网方法

本发明公开了一种线条覆网装置，包括线条、网和模板，网包覆在线条的外壁，模板包括一个与线条的横截面相配的模板缺口，模板在位于模板缺口的外边缘处形成模板内刮部，网和线条沿着模板缺口穿过模板且通过模板内刮部将网刮覆在线条的外壁，模板内刮部与水平面之间呈5‑85度倾斜且模板内刮部的倾斜方向与线条的运动方向相反，模板内刮部底部两端点的连线与线条的横截面所在平面之间呈5‑85度倾斜。本发明生产效率高，能大大降低人工成本，且覆网效果好。

一种新型切割机

本发明公开了一种新型切割机，涉及代木或木材加工设备技术领域，解决了现有切割机手扶在代木和木材产品上推动运作的技术问题，包括机身和切割系统，所述切割系统，包括电机、传动机构、锯片和活动装置，电机通过传动机构连接锯片，所述活动装置水平固定在机身上端、锯片的一侧，所述活动装置包括平面支架板、滑动连接装置和螺纹传动装置，所述平面支架板安装在平行设置的滑动连接装置和螺纹传动装置的上方，包括平板和材料压块，平板为倒置的“凹”形，材料压块固定在平板上；滑动连接装置与平板固定连接；螺纹传动装置与平板两端固定连接。本发明通过滑动连接装置和螺纹传动装置配合使用，提高了工作效率和操作安全性。

回转轮驱动的中药切丁机构

本发明涉及一种回转轮驱动的中药切丁机构，包括机壳，动模驱动机构，机壳内设有沿左右方向滑动的滑腔，滑腔内穿设有动模，动模将所述滑腔分隔为进料腔和出料腔，动模内设有若干通道，动模设有两个驱动凸块，动模驱动机构包括主动齿轮、驱动电机和两个轴线沿左右方向延伸的位于动模两侧的回转轮，回转轮的周面上设有椭圆环形的限位滑槽，两个所述驱动凸块一一对应地穿设在所述两个回转轮上的所述限位滑槽内，所述回转轮位于所述滑腔的外部，所述滑腔的壁上设有沿左右方向延伸的供所述驱动凸块穿过的长条形避让孔。本发明具有能够通过连续的转动实现往返运动的优点，解决了现有的中药裁切机构不能够切出中药丁的问题。

一种用于棒状中药材的切片装置

一种用于棒状中药材的切片装置，包括壳体，所述壳体内部固定设有安装块，安装块中央处开设有通孔，通孔内设有连接柱，通孔内侧壁上对称开设有移动槽，移动槽内设有移动柱，移动柱另一端与连接柱固定连接，所述连接柱顶端转动连接有连接件，连接件上端固定连接有支撑柱，所述安装块上方设有转盘，转盘边缘处固定设有安装柱，支撑柱上部套设在安装柱外部。本发明的有益效果是设置的多个第一刀片可以同时对药材进行切片处理，相比以往的分段切片，其切片效率更高；且增设的第二刀片可以方便调节药材的切片厚度，适用范围更广。本发明具有结构时间合理、使用方便和切片效果好等优点，具有一定的推广应用价值。

一种新型瓦楞纸板纵切装置

本发明涉及纸板裁切设备技术领域，尤其涉及一种新型瓦楞纸板纵切装置，包括龙门机架、以及和所述龙门机架滑动连接的切刀装置，所述龙门机架设置有驱动所述切刀装置上下移动的气缸，所述切刀装置包括墙板，两块所述墙板之间设置有转轴、以及连接两块所述墙板的横梁，所述转轴设置有若干个套接于所述转轴的切刀，所述切刀通过螺钉固定于所述转轴，所述墙板设置有电机，所述电机的输出轴设置有主动链轮，所述转轴的端部设置有从动链轮，所述主动链轮和所述从动链轮通过链条连接。本发明结构简单，操作方便，所有所述切刀均由所述转轴驱动，保证了所有切刀的同步，不会产生漏切。

一种扇子裁剪器

本发明涉及一种裁剪器，尤其涉及一种扇子裁剪器。要解决的技术问题为提供一种无需人工手动使用锤子对扇子进行敲打、工序简单，且工作效率高的扇子裁剪器。一种扇子裁剪器，包括：底座，底座的顶部一侧设有固定通心柱；支撑架，远离底座的固定通心柱的侧壁一侧设有支撑架；减速电机，支撑架的上部安装有减速电机；旋转机构，固定通心柱与减速电机之间连接有旋转机构；切割机构，旋转机构上安装有切割机构，切割机构位于底座的上方。本发明通过清理机构实现对扇子裁剪下来的废料进行清理，以免废料对底座造成堆积，通过弹簧和长形压板将扇子的扇柄固定住，以便更好地对扇子进行裁剪。

一种岩棉保温板用可均匀切块的切割装置

本发明公开了一种岩棉保温板用可均匀切块的切割装置，包括控制块、连接轴和辊轴，所述控制块的右侧连接有旋转杆，且旋转杆的上方安装有微型电动机，所述微型电动机的右侧固定有传送链，且传送链的右侧连接有齿轮，所述齿轮的后端安装有切片，且切片的上方固定有罩壳，所述连接轴的前端连接有控制杆，且连接轴位于齿轮的前端，所述辊轴的下方设置有固定支架，且辊轴位于切片的下方，所述固定支架的下方安装有万向轮，所述控制块的下方连接有移动杆。该岩棉保温板用可均匀切块的切割装置，与现有的普通切割装置相比，可以随时调节的高度，便于更好的切割，可以对岩棉保温板进行均匀的切割，同时安装有辅助装置，有利于岩棉保温板的移动。

一种用于pe实壁管的自动切割装置及其工作方法

本发明公开了一种用于PE实壁管的自动切割装置，包括装置主体，所述装置主体的上端固定安装有移动机构，所述移动机构的上端固定安装有切割机构，所述装置主体的一侧表面固定安装有固定台；本发明公开了种用于PE实壁管的自动切割装置的工作方法，包括以下步骤，步骤一：输送机构输送PE实壁管；步骤二：移动机构对接PE实壁管；步骤三：切割机构支撑固定PE实壁管；步骤四：切割机构切割PE实壁管。本发明中，通过设置的输送机构能够将PE实壁管持续输送给切割机构，提高该装置的切割效率，通过设置的移动机构能够使切割机构对接输送机构送出的PE实壁管，避免PE实壁管输送过程中偏移，通过设置的切割机构能够对PE实壁管固定支撑，提高切割的精准性。