Carpet recycling machine

TRANSPORT DEVICE FOR A VOLUME MEASURER, AS WELL AS PROCEDURE FOR INSTALLING AND DISMANTLING A VOLUME MEASURER

DEVICE FOR SPLITTING TIERHAEUTEN

ROTATION HOOP KNIFE SPLITTING MACHINE

Maschine zum Spalten und Abschärfen von Leder und ähnlichen Stoffen, mit umlaufendem Bandmesser.

Machine to split the plane skins and other matters and to lower the heads

DISPOSITIF A COURBER EN ARC LE ROULEAU D'ENTRAINEMENT DANS DES MACHINES POUR LE REFENDAGE DE PEAUX

L'INVENTION A TRAIT A UN DISPOSITIF DESTINE A COURBER EN ARC LE ROULEAU D'ENTRAINEMENT DANS DES MACHINES POUR LE REFENDAGE DE PEAUX, CE DERNIER POUVANT ATTEINDRE UNE COURBURE TRES PROCHE DE CELLE D'UN ARC DE CIRCONFERENCE. IL COMPORTE UNE BARRE DE FLEXION 1 QUI AGIT COMME UN RESSORT A LAME ET SUBIT DES DEFORMATIONS DE MANIERE NON PERMANENTE SOUS L'ACTION DE VERINS 2, 3 SITUES A PROXIMITE DE SES EXTREMITES ET QUI SUPPORTE TOUS LES ROULEAUX INTERESSES.

MACHINE A REFENDRE A COUTEAU RUBAN

L'INVENTION CONCERNE UNE MACHINE A REFENDRE A COUTEAU RUBAN. LADITE MACHINE COMPORTE UN CYLINDRE SUPERIEUR D'AVANCE 1 MONOBLOC DONT LA SECTION DECROIT DE SES EXTREMITES OPPOSEES VERS SA REGION CENTRALE POUR ETABLIR UNE VITESSE D'AVANCE DIFFERENTIELLE SUR SA LONGUEUR. LE CYLINDRE D'AVANCE 1 PEUT ETRE DEFORME A LA FOIS VERTICALEMENT PAR RAPPORT A LA DIRECTION D'AVANCE POUR L'ADAPTER A DES PEAUX D'EPAISSEUR ETOU DE COMPRESSIBILITE DIFFERENTES, ET DANS UNE DIRECTION PARALLELE A LADITE DIRECTION D'AVANCE, AFIN QUE LA ZONE DE REFENTE, C'EST-A-DIRE LA REGION DANS LAQUELLE LA PEAU N'EST PAS SUPPORTEE ENTRE LE CYLINDRE D'AVANCE ET LE TRANCHANT DU COUTEAU RUBAN, PUISSE ETRE ETABLIE D'UNE MANIERE OPTIMALE EN FONCTION DE L'EPAISSEUR DE LA PEAU A TRAITER ET DE SA COMPRESSIBILITE. APPLICATION A LA REFENTE DE PEAUX DESTINEES A FAIRE DES CUIRS.

Dispositif de positionnement d'une lame de coupe équipant les machines de traitement ou de travail de peaux ou de cuirs

Machine pour le traitement ou le travail de peaux ou de cuirs. Le dispositif de positionnement d'une lame de coupe 1 pour les machines de ce type comprend selon l'invention : - un embrayage 19 destiné à être interposé entre le groupe motoréducteur 18 et l'arbre des systèmes de transformation 9, - et un organe moteur 21 conçu pour être accouplé à l'arbre d'attaque 8. Application à l'entraînement de la lame de coupe à vitesse rapide.

Band blade machine for slitting sheets of leather, plastic etc. - has blade and sharpening assembly horizontally adjustable in fixed main frame

Machine for slitting sheet material e.g. leather, plastic, etc. into several, separate thinner layers, has a work table from which the sheet material is advanced by a pair of gripping feed rolls. The leading edge of the sheet is presented against the cutting edge of an endless band knife which is driven to move continuously in the plane in which the slitting cut is to be made. The cutting edge is continuously resharpened by passing between a pair of grinding wheels, positioned along the path of the band. The machine is now constructed as two main assemblies. The first assembly is rigidly fixed w.r.t. the machine foundation and includes the work table and relatively adjustable feed rolls, together with their driving system. The second main assembly is movable in a horizontal plane w.r.t. the first main assembly. It comprises a support bed for the band knife sub-assembly, with its drive and adjustments, as well as the blade-sharpening sub-assembly with its drive and adjustments. Very precise control of slitting consistency is achieved. The sheet material is presented to the blade by the first assembly which is rigidly mounted on the machine foundation. The second assembly complete can move only in a horizontal plane w.r.t. the first assembly, providing a rigid datum for all sub-adjustments.

MACHINE OF LEATHER SPLITTING EQUIPPED WITH SUPPORTS PORTE-VOLANTS HAVING VARIABLE ANGULAR POSITIONS

Device for positioning a cutter blade fitted to machines for processing or working skins or leathers

Machine for the processing or working of skins or leathers. The device for positioning a cutter blade 1 for machines of this type comprises, according to the invention: - a clutch 19 intended to be inserted between the driving gear unit 18 and the shaft of the conversion systems 9, - and a driving member 21 designed to be coupled to the drive shaft 8. Application to driving the cutter blade at a high speed.

RACHADEIRA WITH CUTTING RIBBON

Механизм для подачи кожевенного полуфабриката к двоильно-ленточной машине

VORRICHTUNG ZUM SPALTEN VON TIERHAEUTEN

MACHINE A REFENDRE NOTAMMENT LES CUIRS ET PEAUX, LES PRODUITS TEXTILES NON TISSES, LES CAOUTCHOUCS, LES MATIERES PLASTIQUES EN PLAQUES OU EN ROULEAUX

L'OBJET DE L'INVENTION SE RATTACHE AU SECTEUR TECHNIQUE DU TRAITEMENT ET DES TRANSFORMATIONS DES CUIRS ET PEAUX NOTAMMENT. LA MACHINE COMPREND: UN ENSEMBLE FIXE PORTANT LES DISPOSITIFS DE PRESENTATION 10, DE POSITIONNEMENT ET D'ENTRAINEMENT 5, 7 DES PRODUITS, REGLABLES DISTINCTEMENT, UN ENSEMBLE MOBILE COMPRENANT UN BANC 13 EQUIPE DE TOUS LES ELEMENTS DE GUIDAGE, DE POSITIONNEMENT, D'ENTRAINEMENT ET D'AFFUTAGE DE LA LAME DE COUPE 25 A POSITION IMMUABLE. L'INVENTION S'APPLIQUE PRINCIPALEMENT A LA REFENTE DES PEAUX.

Leather splitting machine - with fixed gp. and movable gp. and adjustments for cutting and grinding

Improvements to machines with a cutter blade for the processing or working of skins and leathers

System and method for fresh bovine hide splitting

A system and method for fresh bovine hide splitting includes a hide splitting machine configured to split a fresh bovine hide into a top grain and a collagen sheet. The top grain may be used for leather products. The collagen sheet may be processed with at least one of a maceration process or a drying process to produce a fresh bovine hide raw material product without the addition of a liming or bluing process. The fresh bovine hide raw material product may not include residues remaining following a liming process or bluing process. The fresh bovine hide raw material product may be usable in downstream products for human consumption including gelatin.

Band knife splitting machine

A band knife splitting machine for splitting flat material has a cutting plane (E) which is inclined by an angle of at least 30@ relative to the horizontal and lies in the area of the lower band knife drum (19). This facilitates the introduction of the material which is to be split and the removal of the material which has been split. ...

Bandmesser und Transportvorrichtung für ein Bandmesser, sowie Verfahren zum Montieren und Demontieren eines Bandmessers

Bandmesser (12) für eine Spaltmaschine (14), mit einer als Schneidkante (64) ausgeführten Stirnfläche und mindestens zwei Ausnehmungen (66) zur Aufnahme von Halteelementen (24, 26). Die Erfindung betrifft außerdem eine Transportvorrichtung (10) für ein Bandmesser (12), mit einem Gehäuseelement (22) und mindestens zwei Halteelementen (24, 26), die für ein Eingreifen in Ausnehmungen (66) des Bandmessers (12) ausgebildet sind. Die Erfindung betrifft ferner Verfahren zum sicheren Montieren und Demontieren eines Bandmessers (12), insbesondere eines scharfen Bandmessers (12). Da das Bandmesser (12) Ausnehmungen (66) zur Aufnahme von Halteelementen (24, 26) aufweist, ist es nun möglich, das Bandmesser (12) zu halten, indem an den Ausnehmungen (66) Halteelemente (24, 26) eingreifen oder eingeführt werden. Wird das Bandmesser (12) auf der Spaltmaschine (14) gelöst, so wird eine Halterung des Bandmessers (12) durch die an den Ausnehmungen (66) eingreifenden Halteelemente (24, 26) gewährleistet. Das ...

DEVICE FOR SPLITTING TIERHAEUTEN

MACHINE DE REFENDAGE DE CUIRS POURVUE DE REGLAGE SYNCHRONE DES GROUPES TETE-BANC D'INTRODUCTION DES CUIRS

LA PRESENTE INVENTION CONCERNE UNE MACHINE DE REFENDAGE DE PEAUX. LA MACHINE A LE GROUPE DE TETE 20 LIE AU GROUPE D'ENTRAINEMENT ET CONTRE-PRESSION INFERIEUR 40 PAR UNE LIAISON EFFECTUEE AU MOYEN D'UNE PAIRE DE PIVOTS A EXCENTRIQUE 36 DE MANIERE QUE, EN EFFECTUANT UN DEPLACEMENT DU GROUPE DE TETE 20 PAR RAPPORT AU PLAN D'APPUI SUR LE CORPS MACHINE 1, IL Y AIT UN DEPLACEMENT D'ETENDUE EGALE DU GROUPE D'ENTRAINEMENT ET CONTRE-PRESSION INFERIEUR 40, CE DERNIER ETANT FIXE AU GROUPE DE TETE. ON PREVOIT EN OUTRE LE REGLAGE DE L'ECARTEMENT T ENTRE LE GROUPE DE TETE 20 ET LE GROUPE D'ENTRAINEMENT ET CONTRE-PRESSION INFERIEUR 40 SUR LA BASE DE L'EXCENTRICITE ET DE L'ETENDUE DE LA ROTATION DES PIVOTS A EXCENTRIQUE 36 ET LE REGLAGE DE LA POSITION DU GROUPE DE TETE 20 PAR L'EMPLOI DE VIS 34 SOLIDAIRES D'UNE ROUE DENTEE HELICOIDALE 33 ACTIONNEE PAR UNE VIS SANS FIN 32. APPLICATION DANS L'INDUSTRIE DES CUIRS.

REFENDEUSE HAS RIBBON

In a rotation-hoop knife splitting machine for splitting sheet-like material, there are in the region (21) of the splitting work two rotation-hoop knife portions (30, 31) which bear against one another and which are moved oppositely to one another. The cutting edges (34, 36) of the two rotation-hoop knife portions (30, 31) are formed between a phase (35, 37) generated by one-sided grinding and the surface (32, 33) bearing against the other rotation-hoop knife portion. In particular, there are two endless rotation-hoop knives (1, 2) which form the two rotation-hoop knife portions (30, 31). Because of the opposite movement of the two rotation-hoop knife portions (30, 31), a lateral drift of the material (26) to be split can be prevented completely or substantially.

Machine for slitting leather, provided with supports, carrying handwheels, having variable angular positions.

SKIVING MACHINE FOR FLAT SUPPLE MATERIAL, PARTICULARLY LEATHER, AS WELL AS USE OF THE MACHINE AND PROCESS FOR RELIEF SKIVING AND APPROPRIATE TEMPLATE

Type of invention: skiving machine for flat supple material, comprising: a) a passage (1) for flat material (2), with corresponding drive means and within the passage a cutting region (4) extending across the working width of the skiving machine and having at least one skiving blade (5); b) an advance and guide device (9) applied to the flat material (2) at least in the cutting region (4) during the skiving process and having first and second support and/or conveyor means applied to the first and second surfaces (11a and 11b) of the flat material (2) and extending at least partly over the working width (3), the first support and/or conveyor means having less dimensional stability than the second support and/or conveyor means in the direction transverse to the flat material (2). Object of the invention: to devise a skiving machine for flat supple material, particularly leather, providing a wide range of application, high operational reliability and corresponding product quality. Inventive ...

Guide rail for band blade skiving machines

... 1,038,820. Skiving-machines. FORTUNAWERKE SPEZIALMASCHINENFABRIK A.G. July 22, 1965 [Aug. 8,1964], No. 31348/65. Heading B4B. The guide rail 2 of a band knife skiving machine comprises a concave surface 7 which is separated from a flat surface 5 by a convex surface 6. The concave surface is part of a cylindrical surface, the radius of which is greater than that of the bottom roller 3.

SPALTMASCHINE

SPALTMASCHINE

SPALTMASCHINE

MACHINE TO BE SPLIT HAS RIBBON

Dispositif extracteur de feuilles pour machine à refendre les peaux

Machine à travailler les cuirs et peaux. Le dispositif comprend : - un bâti 10 placé à proximité de la façade arrière de la machine et délimitant une voie 13 de support, - un châssis 14 monté sur la voie et relié à au moins un organe moteur 19, - un tapis évacuateur 20 porté par le châssis, - une semelle 27 de décollement portée par le châssis pour s'étendre le long du bord antérieur du châssis, - et un ensemble 32 de rouleaux extracteurs 40, 41 disposés parallèlement au-dessus de la semelle. Application aux machines à refendre dans l'épaisseur.

MACHINE OF LEATHER SPLITTING EQUIPPED WITH SYNCHRONOUS ADJUSTMENT OF GROUPS TETE-BANC Of INTRODUCTION OF LEATHERS

DISPOSITIF A REFENDRE DES PEAUX EN TRIPE OU A FOURRURE DANS DES MACHINES POUR LE REFENDAGE DES PEAUX POURVUES DE LAME SANS FIN

L'INVENTION CONCERNE UN DISPOSITIF A REFENDRE DES PEAUX EN TRIPE OU A FOURRURE, APPLIQUE A DES MACHINES POUR LE REFENDAGE DES PEAUX POURVUES DE LAME SANS FIN, DE TYPE CONNU. CE DISPOSITIF RESOUT LE PROBLEME DES VARIATIONS D'EPAISSEUR DU POIL DUES AU FAIT QU'IL EST PARFOIS HERISSE, PARFOIS ETENDU, ET CELUI DU NETTOYAGE DU CYLINDRE A ANNEAUX, EN UTILISANT UN FLUIDE SOUS PRESSION ACHEMINE SUR LA PEAU A REFENDRE AU MOYEN DE TROIS PULVERISATEURS; LE PREMIER PULVERISATEUR 10 DE CES PULVERISATEURS A POUR BUT LE PLIAGE EN ARRIERE DES POILS AVANT LEUR ENTREE DANS LA ZONE DE REFENDAGE, LE DEUXIEME PULVERISATEUR 11 LE MAINTIEN DES POILS PLIES EN ARRIERE DANS LA ZONE AU-DESSOUS DU ROULEAU STRIE ET LE TROISIEME PULVERISATEUR LE NETTOYAGE DU CYLINDRE A ANNEAUX 4.

Hides fleshing machine with hair side flexible feed roller - mounted on flexible and adjustably curvable support beam

COOLING DEVICE FOR LEATHER- SPLITTING MACHINES AND LEATHER- SPLITTING MACHINE PROVIDED WITH SUCH A DEVICE

A splitting machine comprises a cutting station provided with a thickness ruler and a movable blade, blade guides active at least on the movable blade and support means for the fixed or movable blades and the blade guides; the machine further comprises cooling means to carry out cooling by heat conduction, which is operatively associated with the thickness ruler and/or the movable blade and/or the guides and/or the support means.

Method and apparatus for increasing leather yield from tanned hides

A process for increasing the surface area yield of a tanned hide while improving the surface characteristics of leather resulting from the hide, the invention includes the method steps of freezing the tanned hide or splits from the hide followed by mechanical compression of the hide or splits, such as by biaxial rolling or the like, to substantially increase the yield from a given hide. A hide may be frozen in a planar configuration before splitting, the present process contemplating splitting of the frozen hide prior to mechanical compression to increase useable yield. Alternatively, the hide can be conventionally split followed by optional shaving of the splits with the splits then being frozen and subsequently subjected to mechanical compression according to the invention. The present process also includes apparatus for practice of the process and methodology relating to preconditioning of a hide and to the drying of the compressed splits.

Device adapted to move the sharpening grinding wheels in a leather splitting machine close to and away from a cutting blade

A device to move the sharpening grinding wheels in a leather splitting machine close to and away from a cutting blade. The grinding wheels are rotatably supported on the end portions of respective arms the other ends of which are pivoted on a carriage. The carriage, slidably movable on guiding rods, through an actuator, moves the grinding wheels from a position in which the latter are engaged on the bevel of the cutting blade to a position in which they are not in contact with the blade. In order to bring the grinding wheels back to the operative position on the cutting blade bevel, spring means is provided between the carriage and a bar rigidly connected to the splitting machine.

Устройство для подачи ножа двоильноленточной машины

Устройство для базирования волосяного покрова шкуры к шерстерезной машине

Spaltmaschine für weichelastisches Flachmaterial, insbesondere Leder, sowie Verwendung der Maschine und Verfahren zum Reliefspalten und zugehörige Reliefschablone

Type of invention: skiving machine for flat supple material, comprising: a) a passage (1) for flat material (2), with corresponding drive means and within the passage a cutting region (4) extending across the working width of the skiving machine and having at least one skiving blade (5); b) an advance and guide device (9) applied to the flat material (2) at least in the cutting region (4) during the skiving process and having first and second support and/or conveyor means applied to the first and second surfaces (11a and 11b) of the flat material (2) and extending at least partly over the working width (3), the first support and/or conveyor means having less dimensional stability than the second support and/or conveyor means in the direction transverse to the flat material (2). Object of the invention: to devise a skiving machine for flat supple material, particularly leather, providing a wide range of application, high operational reliability and corresponding product quality. Inventive ...

Beschicken einer Schärfspaltmaschine

Eine Beschickungseinrichtung (2) für eine Schärfspaltmaschine (1) weist eine Auflage (4) für eine Dekorlage (D), die einen gemeinsamen Anschlag (5) für die Dekorlage (D) und eine mit der Dekorlage (D) flächig verbundene Schablone aufweist, auf, wobei der Anschlag (5) entlang einer Einführrichtung (R) zum Einführen der Dekorlage (D) und der Schablone in eine Einführöffnung (3) der Schärfspaltmaschine (1) verschieblich geführt ist. Eine Schärfspaltmaschine weist eine solche Beschickungseinrichtung (2) und zwei angetriebene Walzen zum Bewegen der Dekorlage (D) und der Schablone auf. Ein Verfahren dient zum Beschicken einer Schärfspaltmaschine (1) mit einer Dekorlage (D), bei dem eine Dekorlage (D) auf eine Auflage (4) aufgelegt wird und an einen Anschlag (5) angelegt wird und der Anschlag (5) entlang einer Einführrichtung (R) zu einer Einführöffnung (3) der Schärfspaltmaschine (1) hin verschoben wird. Die Erfindung ist insbesondere anwendbar auf Dekorlage in Form von Lederlagen, insbesondere zur Verwendung in einer Fahrzeug-Innenausstattung. A feeding device (2) for a sharpening-splitting machine (1) has a support (4) for a decorative layer (D), which has a common stop (5) for the decorative layer (D) and a template connected in a planar manner with the decorative layer (D), on, wherein the stop (5) along an insertion direction (R) for introducing the decorative layer (D) and the template in an insertion opening (3) of the sharpening splitting machine (1) is guided displaceably. A sharpening machine has such a loading device (2) and two driven rollers for moving the decorative layer (D) and the template. A method is used to load a sharpening machine (1) with a decorative layer (D), in which a decorative layer (D) is placed on a support (4) and applied to a stop (5) and the stop (5) along an insertion direction (R) is shifted to an insertion opening (3) of the sharpening splitting machine (1). The invention is particularly applicable to decorative layer in the form of ...

Control unit for the grinding device of a rotation hoop knife splitting machine

A control unit for the grinding device of a rotation hoop knife splitting machine receives a signal representing the grinding intensity, preferably a signal proportional to the current consumption of a grinding motor (95) which drives the grinding discs, and a time signal. From these values, the control unit forms a criterion which, when it exceeds a maximum value which is or can be predetermined, indicates that a trimming operation is necessary for the grinding discs, and carries this out. As criterion for the necessity of a trimming operation, use can be made in particular of the product of the instantaneous grinding intensity and the grinding time which has passed since the last trimming operation or the sum where Sakt.n is the instantaneous grinding intensity and tinc is a fixed or variable time interval. Under certain circumstances, the grinding time alone is adequate as criterion (Fig. 9). ...

SPLITTING AND SKIVING MACHINES

... 1340647 Splitting and skiving machines FORTUNA-WERKE MASCHINENFABRIK AG 31 Aug 1972 [10 Sept 1971] 40517/72 Heading B4B In a splitting and skiving machine in which sheet material 1 is fed between a guide member 10 and a cutting member 3 in order to split layers 1b from the material, the guide member is provided with a material contact surface 11 having at least two portions, 11a 11b of synthetic material and metal respectively, the coefficient of friction between the material and the synthetic portion being lower than that between the material and a feed roller 2. The guide member is formed of metal so that the surface portion 11b may be surface hardened or e.g. chrome plated, the surface portion 11a being formed of P.T.F.E. The material is pressed against the guide member by the rubber covered roller 2. In a modification the guide member may be formed from two separate pieces (13) (14) Fig. 2 (not shown) the piece (13) being coated with a synthetic plastics material. In the construction ...

Driving means for band knives

... 774,362. Band knives. FORTUNA-WERKE SPEZIALMASCHINENFABRIK AKT.-GES. Nov. 4, 1955 [Nov. 4, 1954], No. 31693/55. Class 31 (1). A band knife 1 is driven by means of two rollers 3, 4 engaging opposite faces thereof. The knife is guided in the cutting zone by means of a member 2. A pair of brake rollers engaging opposite faces of the knife may be arranged on the side of the member 2 remote from the rollers 3, 4. The axes of the drive and brake rollers may be inclined to the direction of travel of the knife so as to cause the back 7 of the knife to bear against the guide edge 8 of the member 2. The knife is constantly sharpened by means of a grinding device 9 and is guided on its return run by means of further rollers. A pair of spring-influenced wedges 16, 17, Fig. 4, urge the guide member 2 with the knife towards the workpiece until the ground faces of the knife are held in adjustable grooved rollers 11 or between pairs of adjustable plain rollers; alternatively, this may be achieved by hydraulic ...

HIDES SPLITTING MACHINE

MACHINE MUNIE D'UN COUTEAU-RUBAN POUR FENDRE DES MATERIAUX, EN PARTICULIER DES PEAUX OU DES CUIRS

UNE MACHINE DOTEE D'UN COUTEAU-RUBAN POUR FENDRE DES MATIERES EN BANDE COMPREND, DANS UNE ZONE DE COUPE 9, UN TRONCON 13 DE RUBAN DE COUPE ET UN SECOND TRONCON 12 DE BANDE MU EN SENS INVERSE. SEUL LE RUBAN DE COUPE 1 PRESENTE UN TRANCHANT. EN REVANCHE, LE SECOND TRONCON 12 EST FORME PAR UNE BANDE DE CENTRAGE 4 NE PARTICIPANT PAS AU SECTIONNEMENT. AINSI, SANS UTILISER AUCUNE PIECE D'USURE SUPPLEMENTAIRE, UN DEPORT LATERAL DE LA MATIERE EST EMPECHE LORS DE LA SEPARATION.

MACHINE A REFENDRE A RUBAN

Machine à refendre à ruban, dans laquelle le ruban constituant la lame de coupe est maintenu dans un dispositif de guidage s'étendant sur la largeur de travail de la machine et un interstice d'amenée du matériau, disposé devant l'arête de coupe du ruban, est délimité par un cylindre inférieur, de préférence entraîné, et par un cylindre supérieur, réglable en hauteur et de préférence aussi en incurvation. Elle comporte une pièce supérieure flexible 17, sur laquelle est formé le dispositif de guidage 14 du ruban 10, une pièce inférieure rigide 28, incapable de flexion, et des dispositifs de fixation 23, 24, 34, reliant les pièces supérieure et inférieure de telle manière qu'on puisse imprimer au dispositif de guidage du ruban une forme s'écartant de la ligne droite. Application : machine à refendre, notamment les peaux d'animaux.

Band-knife machine with conveyor for handling material after cutting - in which conveyor is divided into sections which can move at different speeds to improve handling of variable materials

The band-saw or band-knife is provided with a conveyor which guides the separated material away from the knife after cutting. It is proposed the conveyor be divided perpendicular to the direction of material motion into at least two parts which are driven at different velocities. Three conveyor sections may be used, and the two outer ones driven faster than the centre one. The conveyor belts (12a, 12b, 12c) are arranged above each other, the centre belt (12b) being driven by a chain drive (34) while the outer two belts (12a, 12c) are driven at a higher velocity by a second chain drive (35). Three pressure rollers press the item being cut against. these conveyor belts. USE/ADVANTAGE - This invention is used in the design of band-saws or knives, and allows material of continuously varying properties to be more efficiently handled. For example, in cutting an animal skin the strong centre part of the skin will move through the knife more quickly than the softer outer parts, and this tends to ...

Rotation-hoop knife splitting machine

FUEHRUNGSORGAN FUER SPALT- UND SCHAERFMASCHINEN

MACHINE TO BE SPLIT HAS RIBBON

Machine for splitting skins, having an adjustable calibrating roller

MACHINE A REFENDRE NOTAMMENT LES CUIRS ET PEAUX, LES PRODUITS TEXTILES NON TISSES, LES CAOUTCHOUCS, LES MATIERES PLASTIQUES EN PLAQUES OU EN ROULEAUX

L'OBJET DE L'INVENTION SE RATTACHE PRINCIPALEMENT AU SECTEUR TECHNIQUE DU TRAVAIL DES CUIRS ET PEAUX. LA MACHINE EST REMARQUABLE EN CE QUE LE DISPOSITIF CENTRAL 30 QUI AGIT CONTRE LA PLAQUE DE POUSSEE 29, PRESENTE DES MOYENS DE REGLAGE POUR DEFORMER EN LA POUSSANT, LA PARTIE CENTRALE DE LA PLAQUE 29, DE SORTE QUE LES POUSSOIRS OU TOUCHES CENTRALES 28C SONT AVANCES POUR DONNER APPUI AU TALON DE LA DITE LAME EN COMPENSANT SA DEFORMATION. L'INVENTION S'APPLIQUE NOTAMMENT A LA REFENTE DES CUIRS ET PEAUX.

Perfectionnements aux machines de coupe à lame pour le traitement ou le travail des peaux et cuirs

Tannerie-mégisserie. La machine de coupe à lame, de type traditionnel, se caractérise par : - un plan de pose 15 surélevé par rapport à la table d'approvisionnement 3 et situé en amont du bec, - une rampe perforée 17 disposée entre le bec et le plan de pose, raccordée à une source de fourniture d'un fluide et distribuant, entre le bec et le plan de pose, une lame fluidique favorisant le glissement d'une peau ou d'un cuir sur lequel une coupe doit être exécutée par la lame Application au refendage des peaux en picklé.

EXTRACTOR DEVICE SHEETS FOR HIDES SPLITTING MACHINE

Machine à travailler les cuirs et peaux. Le dispositif comprend : - un bâti 10 placé à proximité de la façade arrière de la machine et délimitant une voie 13 de support, - un châssis 14 monté sur la voie et relié à au moins un organe moteur 19, - un tapis évacuateur 20 porté par le châssis, - une semelle 27 de décollement portée par le châssis pour s'étendre le long du bord antérieur du châssis, - et un ensemble 32 de rouleaux extracteurs 40, 41 disposés parallèlement au-dessus de la semelle. Application aux machines à refendre dans l'épaisseur. Machine for working leathers and skins. The device comprises: - a frame 10 placed near the rear facade of the machine and delimiting a support track 13, - a frame 14 mounted on the track and connected to at least one motor member 19, - an evacuator belt 20 carried by the chassis, - a detachment sole 27 carried by the chassis to extend along the front edge of the chassis, - and a set 32 of extractor rollers 40, 41 arranged parallel above the sole. Application to slitting machines in the thickness.

Hides fleshing machine with hair side flexible feed roller - mounted on flexible and adjustably curvable support beam

HIDE SPLITTING MACHINE

A splitting machine (1; 100) for hides (7) is disclosed comprising a casing (2) which supports a sizing roller (6; 106) and a contact roller (9; 109) mutually parallel among which said hide to be split (7) is made to pass through, said contact roller (9; 109) being made of a plurality of rings (10) radially moving with respect to the axis (X) defined by it and cooperating with a thrust unit (11) fit to keep them in contact with said hide (7). A splitting blade (5) placed between said rollers (6, 9; 106, 109) against which said hide to be split (7) is moved forward, characterized in that said thrust unit (11) comprises a plurality of mutually different opposing means (12) each of them being operatively associated to one or more of said rings (10).

Band knife splitting machine

Animal skin belt knife splitting machine The belt knife (2) splitting machine (1) used esp. to split esp. animal hides has a knife feed unit which has a feed gap (6) on one side limited by a powered feed roller (7). The feed gap (6) is preceded by a powered transport roller (10) and transport gap (9). The width of both the transport (9) and feed (6) gaps is adjustable. The transport roller 10) diameter (>50 mm) is larger than that of the feeder roller (7), and the two work at different boundary speeds.

DISPOSITIF HYDRAULIQUE POUR DEPLACER DES CYLINDRES D'UNE MACHINE A TAILLER OU DECOUPER LES PEAUX

Dispositif hydraulique pour éloigner un cylindre à anneaux et un cylindre recouvert de caoutchouc de la ligne de découpe d'une machine destinée à découper des peaux, cuirs et analogues. Le dispositif comprend un vérin 7 à piston 8 à double action. Le piston 8 présente une crémaillère 9 coopérant avec un pignon 10 sur l'arbre 11 duquel est calée une came 12 actionnant une bielle 14 qui, à l'aide d'un levier 16, commande le déplacement des rouleaux 3 et 4, à savoir leur éloignement ou leur rapprochement d'une ligne de découpe 2 et de racleurs 6. Une ouverture 26 est ménagée dans le vérin 7 pour limiter le déplacement desdits cylindres 3 et 4. Nettoyage de la zone de découpe et des racleurs d'une machine pour la taille des peaux, cuirs et analogues.

EXTRACTOR DEVICE FOR THE CONVERSION HIDES SPLITTING

HYDRAULIC DEVICE TO MOVE CYLINDERS Of a MACHINE TO CUT OR CUT OUT the SKINS

WITH KNIFE SPLITTING MACHINE TAPE, PROVIDED WITH IMPROVED SYSTEMS INTRODUCTION AND EVACUATION OF THE MATERIAL

DEVICE FOR THE CENTRING OF THE EDGE OF THE RIBBON WITHOUT END OF THE MACHINES TO SPLIT THE SKINS

HYDRAULIC DEVICE TO MOVE CYLINDERS Of a MACHINE TO CUT OR CUT OUT the SKINS

Dispositif hydraulique pour éloigner un cylindre à anneaux et un cylindre recouvert de caoutchouc de la ligne de découpe d'une machine destinée à découper des peaux, cuirs et analogues. Le dispositif comprend un vérin 7 à piston 8 à double action. Le piston 8 présente une crémaillère 9 coopérant avec un pignon 10 sur l'arbre 11 duquel est calée une came 12 actionnant une bielle 14 qui, à l'aide d'un levier 16, commande le déplacement des rouleaux 3 et 4, à savoir leur éloignement ou leur rapprochement d'une ligne de découpe 2 et de racleurs 6. Une ouverture 26 est ménagée dans le vérin 7 pour limiter le déplacement desdits cylindres 3 et 4. Nettoyage de la zone de découpe et des racleurs d'une machine pour la taille des peaux, cuirs et analogues. Hydraulic device for moving a ring cylinder and a rubber covered cylinder away from the cutting line of a machine for cutting hides, leathers and the like. The device comprises a double-acting piston 8 cylinder 7. The piston 8 has a rack 9 cooperating with a pinion 10 on the shaft 11 of which is wedged a cam 12 actuating a connecting rod 14 which, using a lever 16, controls the movement of the rollers 3 and 4, namely moving them away from or bringing them closer to a cutting line 2 and scrapers 6. An opening 26 is made in the cylinder 7 to limit the movement of said cylinders 3 and 4. Cleaning of the cutting area and of the scrapers of a machine for the size of skins, leathers and the like.

Hides fleshing machine using continuous band blade - has jet of fluid to flatten and clean hair side approaching feed rollers

DEVICE AND METHOD FOR SPLITTING CUT-OUTS OF FLEXIBLE MATERIAL

Disclosed are a device and a method for splitting cut-outs (34) of flexible material, in particular of leather, synthetic leather, rubber or plastics, having a splitting device (12) for splitting the cut-outs (34); having a feeding device (14, 16, 18) for feeding cut-outs (34) to be split; having a manipulation device (26), on which a gripper (30) is accommodated, in order to accommodate cut-outs (34), convey the cut-outs to the splitting device (12) and deliver the cut-outs to the splitting device (12) so that they can be split by means of a splitting knife; having a control unit (32) for controlling the device (10); and having means for automatically setting the setting parameters for the splitting device (12) by means of the control unit (32).

BANDKNIFE TYPE CUTTER

Bandmesserspaltmaschine

Belt knife splitting machine

In a belt knife splitting machine, a feed gap (4) is arranged upstream of a circulating belt knife (8). The said gap is bounded at the top by a transport roll (3) and at the bottom by bars (5). The latter are supported on a flexible element (29), which rests in a rotationally fixed manner on a bearing surface (32). The position of rest of the bars (5) is bounded by a fixed stop (24). The bearing surface (32) can be deformed. As flexible element, a tube filled with compressed gas is used in particular. ...

Bandmesserspaltmaschine

REFENDEUSE A RUBAN

DANS UNE REFENDEUSE A RUBAN DESTINEE A REFENDRE DES MATIERES PLATES SONT PREVUES DANS LA ZONE DE REFENDAGE 21 DEUX PARTIES DE RUBAN DE COUPE 30, 31 QUI SONT PLACEES L'UNE CONTRE L'AUTRE ET SE DEPLACENT EN SENS OPPOSES L'UNE PAR RAPPORT A L'AUTRE. LE TRANCHANT 34, 36 D'AU MOINS L'UNE 30, 32 DES PARTIES DE RUBAN DE COUPE EST FORME ENTRE UN CHANFREIN 35, 37 EXECUTE PAR AFFUTAGE EFFECTUE D'UN COTE ET LA SURFACE 32, 33 PRENANT APPUI SUR L'AUTRE PARTIE DE RUBAN DE COUPE. IL EST NOTAMMENT PREVU DEUX RUBANS DE COUPE SANS FIN 1, 2 QUI FORMENT LES DEUX PARTIES DE RUBAN DE COUPE 30, 31. DU FAIT QUE LES DEUX PARTIES DE RUBAN DE COUPE 30, 31 TOURNENT EN SENS OPPOSES LE RISQUE POUR LA MATIERE A REFENDRE 26 DE GLISSER VERS LE COTE SE TROUVE SUPPRIME TOTALEMENT OU DANS UNE LARGE MESURE.

Machine à refendre à couteau ruban, munie de systèmes perfectionnés d'introduction et d'évacuation du matériau

Une machine à refendre 1 à couteau ruban, destinée à refendre un matériau plat, possède un plan de coupe E qui est incliné d'un angle d'au moins 30degre(s) par rapport à l'horizontale H, et se trouve au voisinage du brin inférieur 19 d'un couteau ruban 20. Cela facilite l'introduction du matériau à refendre, et l'évacuation du matériau refendu.

Machine for splitting skins, having an adjustable calibrating roller

SPLITTING AND SKIVING MACHINES

BELT-KNIFE SPLITTING-MACHINE

MACHINE DE DEDOUBLAGE DES PEAUX DANS LE SENS DE LEUR EPAISSEUR

LA MACHINE DE DEDOUBLAGE DES PEAUX COMPORTE UNE LAME6, UN PONT SUPERIEUR3 SUPPORTANT UN ROULEAU DE CALIBRAGE12 ENTRAINE, ET UN PONT INFERIEUR4 SUPPORTANT UN ROULEAU CAOUTCHOUTE D'ENTRAINEMENT ET DE DRESSAGE ACCOUPLE A UN ROULEAU A BAGUES, LES ROULEAUX ETANT EUX-MEMES RESPECTIVEMENT EN CONTACT AVEC LE COTE "FLEUR" ET LE COTE "CHAIR" DE LA PEAU, LE PONT SUPERIEUR3 ETANT DEPLACABLE A DES FINS DE REGLAGE DANS UNE DIRECTION PARALLELE AU PLAN DE LADITE LAME6 ET POUVANT BASCULER AUTOUR DE CHARNIERES SUPERIEURES8 SUPPORTANT LE PONT LUI-MEME. LE ROULEAU DE CALIBRAGE12 EST REGLABLE DANS LE SENS VERTICAL ET PEUT ETRE GAUCHI PAR FLEXION; PLUSIEURS ROULEAUX DE COMPENSATION16 SONT SUPPORTES PAR DES MOYENS DEPLACABLES AU MOYEN DE COMMANDES HYDRAULIQUES 15.

DISPOSITIF POUR LE RECENTRAGE DU TRANCHANT DU RUBAN SANS FIN DES MACHINES A REFENDRE LES PEAUX

L'INVENTION EST RELATIVE A UN DISPOSITIF DE RECENTRAGE DU TRANCHANT D'UN RUBAN SANS FIN. SELON L'INVENTION, LE DISPOSITIF OPERANT CONSTAMMENT LA REMISE EN PLACE CORRECTE DU TRANCHANT DU RUBAN COMPORTE UNE STRUCTURE PORTEUSE ENVELOPPANTE FIXEE AU BATI, UNE VIS SANS FIN A ROUE HELICOIDALE, UN ARBRE CREUX SUPPORTANT LE MANCHON PORTE-LAME ET RENFERMANT UNE TIGE, UN EMBRAYAGE RELIANT LADITE TIGE A LA ROUE HELICOIDALE ET UN VOLANT A BLOCAGE POUR LA COMMANDE MANUELLE DE L'EMBRAYAGE. LE DISPOSITIF EST APPLICABLE AUX MACHINES A REFENDRE LES PEAUX.

MACHINE DE REFENDAGE DE CUIRS POURVUE DE SUPPORTS PORTE-VOLANTS AYANT DES POSITIONS ANGULAIRES VARIABLES

LA PRESENTE INVENTION CONCERNE UNE MACHINE DE REFENDAGE DE PEAUX. ELLE COMPORTE DEUX VOLANTS 18 ET 19 DESTINES A L'ENTRAINEMENT DE LA LAME 16, QUI SONT MONTES SUR DES SUPPORTS 23 ET 28 A POSITION ANGULAIRE VARIABLE AYANT CHACUN SON PROPRE AXE DE ROTATION VERTICAL OU SENSIBLEMENT PARALLELE A L'AXE DE COULISSEMENT DE LA TETE 2 DE LA MACHINE. LE REGLAGE DE LA POSITION ANGULAIRE G DE CHACUN DE CES SUPPORTS 23 ET 28 EST EFFECTUE AU MOYEN D'UN MECANISME A VIS DIFFERENTIELLE FORME D'UNE PAIRE DE VIS 36 ET 38 ET D'UNE PAIRE DE VIS CREUSES CORRESPONDANTE 37 ET 39 DE PAS DIFFERENT DE MANIERE QU'A CHAQUE TOUR DES VIS 36 ET 38 CORRESPOND UNE VARIATION DE LA DISTANCE S ENTRE LES VIS CREUSES 37 ET 39 EGALE A LA DIFFERENCE DE PAS DES VIS 36 ET 38. CE REGLAGE EST EFFECTUE AU MOYEN DE VOLANTS DE MANOEUVRE A MAIN 42 QUI AGISSENT SUR LE MECANISME A VIS DIFFERENTIELLE. APPLICATION DANS L'INDUSTRIE DU CUIR.

Improvements brought to the machines to split leathers, skins, rubber, felts, etc, with ribbon without end

DEVICE FOR THE CENTRING OF THE EDGE OF THE RIBBON WITHOUT END OF THE MACHINES TO SPLIT THE SKINS

MACHINE TO BE SPLIT HAS KNIFE RIBBON, PROVIDED WITH SYSTEMS IMPROVE INTRODUCTION AND Of EVACUATION OF MATERIAL

DEVICE AND METHOD FOR SKIVING CUT-OUTS OF FLEXIBLE MATERIAL

Specified are a device and a method for skiving cut-outs (42) of flexible material, in particular of leather, synthetic leather, rubber or plastics, having a skiving device (12) for skiving the cut-outs (42); having a feeding device (18, 20, 22) for feeding cut-outs (42) to be skived; having a manipulation device (26), on which a gripper (30, 31, 32, 33) is accommodated, in order to accommodate cut-outs (42), convey the cut-outs to the skiving device (12) and skive the cut-outs at a skiving knife (14); having a control unit (16) for controlling the device (10); and having at least one sensor device (23, 24, 25, 40) for detecting the position of the cut-out (42); and having means for automatically setting the setting parameters for the skiving device (12) by means of the control unit (16) depending on characteristic data of the cut-out (42).

SHEARING UNIT

A shearing unit, for the removal of wool or the like from a skin, wherein a high speed endless cutting blade passes through a shearing head of the unit. The blade is sharpened periodically by an internally reinforced grinding disc or wheel that has a bond and abrasive grit that will wear at a rate to substantially prevent lanolin build-up on the disc or wheel.

RING ROLLER FOR HIDE SPLITTING PROCESS

A ring roller, used in the hide splitting process as a hide transport device, is described that is continuously self cleaning and which provides a constant gap between outer rings of a ring roller. The ring roller is capable of directing pressurized water, or other gaseous and/or liquid fluid from the internal to the external surface of the ring roller. The constant supply of pressurized water, or other gaseous and/or liquid fluid from the internal to the external surface of the ring roller prevents the entry of lime solution, flesh, fat, grease, and other materials that result from the hide splitting process, into the ring roller. Therefore, the ring roller constantly and continuously provides optimum, consistent, high quality performance. Maintenance downtime for the ring roller is minimized. The ring roller, properly operated, will perform to expected design and operational parameters.

Guide device for a rotation hoop knife

A guide device for the rotation hoop knife (2) of a rotation hoop knife splitting machine consists of two guide strips (49, 50) which have inclined front surfaces (47, 48), with which they bear against correspondingly shaped run-on surfaces (45, 46) of a stop body (43). The guide strips (49, 50) also rest on the rotation hoop knife (2). They are in each case connected to a leaf spring (53, 54), on which a pretensioning force is exerted via a pressure strip (55). This pretensioning force is distributed uniformly onto the two guide strips (49, 50) and, at the inclined run-on surfaces (45, 46), is converted into a force component which is normal to these run-on surfaces and a force component which stands vertically on the plane of the rotation hoop knife (2). By means of the latter force component, the rotation hoop knife (2) is always guided exactly centrally, and there is no change to this even after relatively long operation as the guide strips (49, 50) are worn uniformly. Even in the event ...

Skiving machine

Skiving machine for the skiving of hairless skins or leather, with transport rollers, with a belt knife arranged downstream of the latter in the transporting direction and with a conveyor band for transporting away the upper strand of leather. In order to ensure a crease-free removal of the hairless skins or leather from the belt knife, provision is made for the conveyor band to be guided in the immediate vicinity of the belt knife about a knife edge and for pressure rollers to be assigned to the upper transporting strand of the conveyor band.

Carpet Recycling Machine with Pile Remover and Thickness Identification

A carpet recycling machine 100 includes a carpet pile removal machine 200 with a blade offset from a first moveable roller (figure 9) and carpet thickness identification means 320 measuring the thickness of the backing substrate and communicating this to a means for setting the offset between the blade and roller. A carpet handling system 300 comprises at least one conveyor 312-316. The thickness identification may be a laser or have an anvil and moveable probes on a rotating carousel (figure 6) penetrating the pile and biased towards the anvil. A floating second roller may be positioned below the blade of the removal machine and be biased towards the first roller, ensuring the carpet substrate engages the first roller. A moveable flap may divert the severed pile for collection. Opposed grinding wheels may be provided with optical sensing means to automatically set advancement of the grinding wheels as they are worn and speed of the conveyor may be controlled to allow time for adjustment ...

REDUCING WORKPIECE THICKNESS

HIDE SPLITTING MACHINE

Automatic retraction system for ring roller

Leather splitting machine - with fixed gp. and movable gp. and adjustments for cutting and grinding

Leather splitting machine with endless band knife

Machine comprises an endless moving band (1) having a cutting edge (2) and conducted around rollers and through a continuous grinding device. In the hide splitting zone, a second endless band (12) travelling in the opposite direction, does not take part in the splitting action but serves solely for centering the hide or sheet of leather and preventing it from slipping sideways. Pref. the second endless band (12) tapers at its edge towards the cutting edge but stops short of the main cutting band tip (22) and is itself pref. blunted in this zone (27).

Hide splitting machine - with waisted drive roll deflected in transport direction by set screws

A machine for the processing (splitting) of hides, skins and leather feeds the workpiece between a drive roll and a back-up roll. The back-up roll has a central waisted section which is gradually reduced in diameter e.g. by 10%. Lateral guide strips one straight and one curved by adjustable setscrews, impose a deflection in the direction of transport to the drive roll. This ensures that the peripheral areas of a skin, which are longer than the central areas, are transported at a greater speed and th4ow no folds when treated by the splitting blades.

Band blade machine for slitting sheets of leather, plastic etc. - has blade and sharpening assembly horizontally adjustable in fixed main frame

Hide splitting machine

Hides fleshing machine using continuous band blade - has jet of fluid to flatten and clean hair side approaching feed rollers

Устройство для нарезки хлеба

Полезная модель относится к устройствам для нарезки хлеба в стационарных и полевых условиях. Технической задачей полезной модели является придание возможности одновременной нарезки булки хлеба на равные по объему и массе куски хлеба. Техническая задача выполняется за счет того, что устройство для нарезки хлеба, содержащее нож, отличающееся тем, что нож жестко зафиксирован в рамке под углом, неподвижно закрепленной к внутренней стороне в верхней части корпуса, состоящего из двух частей, соединенных между собой возвратным механизмом, жестко зафиксированном внутри. РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 177 366 U1 (51) МПК B26D 1/06 (2006.01) B26D 3/28 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ПОЛЕЗНОЙ МОДЕЛИ К ПАТЕНТУ (52) СПК B26D 1/06 (2006.01); B26D 3/28 (2006.01) (21)(22) Заявка: 2017112816, 13.04.2017 (24) Дата начала отсчета срока действия патента: Дата регистрации: 19.02.2018 (45) Опубликовано: 19.02.2018 Бюл. № 5 Адрес для переписки: 199034, Санкт-Петербург, наб. Адмирала Макарова, 8, ВАМТО, ООНР 2250161 C2, 20.04.2005. RU 37481 U1, 27.04.2004. US 6123004 A, 26.09.2000. (54) УСТРОЙСТВО ДЛЯ НАРЕЗКИ ХЛЕБА (57) Реферат: Полезная модель относится к устройствам для нарезки хлеба в стационарных и полевых условиях. Технической задачей полезной модели является придание возможности одновременной нарезки булки хлеба на равные по объему и массе куски хлеба. Техническая задача выполняется за счет того, что устройство для нарезки хлеба, R U 1 7 7 3 6 6 U 1 (56) Список документов, цитированных в отчете о поиске: SU 1555126 A1, 07.04.1990. RU Стр.: 1 содержащее нож, отличающееся тем, что нож жестко зафиксирован в рамке под углом, неподвижно закрепленной к внутренней стороне в верхней части корпуса, состоящего из двух частей, соединенных между собой возвратным механизмом, жестко зафиксированном внутри. U 1 (73) Патентообладатель(и): Федеральное государственное казенное военное образовательное учреждение высшего образования "Военная академия ...

TOOL FOR RE-CUTTING WIPER BLADES

A tool for re-cutting worn wiper blades () for window wipers, the wiper blades () having an increasing cross section from their edge on the window side and having at least one longitudinal groove () within the blade on both sides, and these longitudinal grooves () corresponding to at least one guiding strip () of a guiding slot () of the tool in such a way that the wiper blade () can be drawn in the longitudinal direction through the guiding slot () of the tool at a defined height, a blade () being arranged in the guiding slot () and slicing off the worn edge () of the wiper blade () as it is drawn through the tool. An important aspect here is that the tool () has at least two guiding slots () and that the distance between the guiding strips () thereof on the one hand and the assigned blade () on the other hand is variable. 133322332463222424aaaaa. A tool for re-cutting abraded wiper blades () for window wipers , wherein the wiper blades () have an increasing cross section from the border thereof on the window side and at least one longitudinal groove () on both sides therein , the tool comprising a guide slot () with at least one guide strip () that corresponds to said longitudinal grooves () in such a manner that the wiper blade () is drawable in a longitudinal direction through the guide slot () at a defined height , a blade () which is adapted slice off a worn border () of the wiper blade () as the wiper blade is drawn through the tool is arranged in the guide slot () , at least two of the guide slots () are located in the tool in which a distance between the guide strips () thereof and the blade(s) () for the respective guide slot differs and the different distance between the guide strips () and the associated blade or blades () is present without adjustment work on the tool.242. The tool as claimed in claim 1 , wherein a common blade () is provided for a plurality of the guide slots ().324a. The tool as claimed in claim 1 , wherein the guide strips () are ...

METHOD FOR CLASSIFYING THE QUALITY OF FOOD SLICES OF A STICK OF FOOD

The present invention relates to a method for producing food portions by means of a slicing device, in particular a slicer, wherein said food portions comprise at least one food slice and are cut from a stick of food using the slicing device, wherein the stick of food is irradiated, preferably by means of x-rays, before the particular food portion is sliced and the data measured in the process are used to control the slicing device and/or a device arranged downstream of the slicing device. 172. A method for creating food portions using a slicing device () , with each food portion having at least one food slice () , said method comprising the steps of:{'b': 1', '7, 'slicing the at least one food slice off a slab of food () using the slicing device ()'}{'b': '4', 'determining data on the inner and/or outer structure of the food slab from the food slab before the respective food portion is sliced using an irradiation scanner (), wherein the determined data is acquired in a data matrix, the data matrix is evaluated and the evaluation is used to control the slicing operation and/or to classify the sliced food slices, wherein the data matrix includes image dots, which are gray scale values.'}2. The method as claimed in claim 1 , wherein the data matrix is a two-dimensional or three-dimensional representation of the spatial data of the food slab.34. The method as claimed in claim 1 , wherein the irradiation scanner () determines data from n scan slices claim 1 , which are arranged one behind the other along the longitudinal axis (x) of the food slab and which are assembled to form the data matrix.4. The method as claimed in claim 3 , wherein a plurality of measured values are determined per scan slice claim 3 , preferably over the entire width (Br) of the food slab.5. The method as claimed in claim 1 , wherein the evaluation of the data matrix is effected using image recognition software.6. The method as claimed in claim 1 , wherein the evaluation is effected by way of ...

Food Slicer

A food slicer for slicing food, comprising: a housing, a cutting board with generally curved cutting surface mounted inside the housing, a cutting blade oriented generally transverse to the cutting direction having a peripheral cutting edge and defining a blade plane, an electric drive motor for drivingly rotating the cutting blade of the food slicer, a first slider slidable along a first guide rail which is oriented generally parallel to the cutting direction, a first spring connected between the first slider and the housing for propelling the first slider toward the cutting board, so the first slider pushes the food articles toward the cutting board for preventing the food articles on the cutting board from moving. The food slicer further includes a board pivotally mounted in the housing with surface oriented generically parallel to the blade plane for supporting the unsliced food articles. 1. A food slicer for slicing food , comprising:a housing;a cutting board with generally curved cutting surface mounted inside the housing;a cutting blade oriented generally transverse to the cutting direction having a peripheral cutting edge and defining a blade plane;an electric drive motor for drivingly rotating the cutting blade of the food slicer;a first slider slidable along a first guide rail which is oriented generally parallel to the cutting direction;a first spring connected between the first slider and the housing for propelling the first slider toward the cutting board,whereby the first slider pushes the food articles toward the cutting board for preventing the food articles on the cutting board from moving.2. A food slicer for slicing food as in further including a lid for covering the housing claim 1 , the lid defining a feed tube opening permitting access to within the housing;a feed tube extending from a top wall of the lid, the feed tube defining a feed cavity and including a feed mouth;a board pivotally mounted in the housing with surface oriented generically ...

METHOD AND DEVICE FOR MECHANICALLY REMOVING COATINGS FROM COATED BLANKS USING A PRESS AND SCRAPING KNIFE

The invention relates to a method for the decoating at least in part of blanks made of metal which are coated on one or both sides in regions, which have a main extension direction, wherein the regions to be decoated can extend in both a straight or curved manner in the main extension direction. The invention further relates to a device for the decoating at least in part of a coated blank in order to carry out the method according to the invention. A method is provided in which the blank is placed on a blank support of a press and during the closing movement of the press at least one scraping knife preferably completely removes the coating of the blank by scraping substantially perpendicular to the main extension direction of the region of the blank to be decoated. 1. Method for the decoating at least in part of blanks made of metal which are coated on one or both sides in regions , which have a main extension direction , wherein the regions to be decoated can extend in both a straight or curved manner in the main extension direction ,the method comprising placing the blank on a blank support of a press and in that during the closing movement of the press at least one scraping knife removes the coating on the blank by scraping substantially perpendicular to the main extension direction of the region of the blank to be decoated.2. Method according to claim 1 , wherein the decoating is carried out to provide a welded region claim 1 , in particular a welded seam region.3. Method according to claim 1 , wherein the blank is decoated on the edge regions.4. Method according to claim 1 , wherein the decoating is carried out on both sides in one work step.5. Method according to claim 1 , wherein a blank which is provided for hot forming is decoated at least in part.6. Method according to claim 1 , wherein a cut is made following the decoating at least in part of the blank claim 1 , which is optionally carried out in the same work step in the press.7. Method according to ...

Method and Apparatus for Display Screen Shield Replacement

A method and apparatus for replacement of damages display shield (typically glass) covering a display screen on a device, typically a mobile phone. Mobile phones have an electronic display protected by a glass shield. Between the glass and the display is often a plastic polarizing or other intermediary sheet. Removal of a damage glass can be accomplished by cutting thru the polarizer with a moving wire or blade. This separates the glass from the sensitive display and allows replacement of the glass without damaging the more expensive display. 138.-. (canceled)39. A method of removing a protective glass top surface from an display unit having a glass top , an electronic display portion and an intermediate layer therebetween comprising the steps of:a. fixing the display unit in a carriage with the intermediate layer being exposed on all sides;b. aligning a cutting device in a coplanar relationship with the intermediate layer;c. biasing the cutting device in the intermediate layer adjacent the electronic display portion and away from the glass,d. driving the cutting device into the intermediate layer while moving the cutting device and display unit are moved relative to each other along an axis generally orthogonal to the cutting device;e. advancing the cutting device into the intermediate layer to separate the glass top from the electronic display portion.40. The method of wherein the cutting device is a flexible wire which travels from a first spool to a second spool and back and first and second guides located adjacent said carriage claim 39 , including the step of locating said guide below said carriage and closer to said electronic display portion than said glass claim 39 , so that said wire is biased toward said display portion.41. The method of further including the step of applying solvent to the cutting device claim 39 , said solvent capable of softening the intermediate layer.42. The method of wherein said cutting device is a wire.43. The method of wherein ...

Method and Apparatus for Display Screen Shield Replacement

A method and apparatus for replacement of damages display shield (typically glass) covering a display screen on a device, typically a mobile phone. Mobile phones have an electronic display protected by a glass shield. Between the glass and the display is often a plastic polarizing or other intermediary sheet. Removal of a damage glass can be accomplished by cutting thru the polarizer with a moving wire or blade. This separates the glass from the sensitive display and allows replacement of the glass without damaging the more expensive display. 1. A method of removing a protective glass top surface from an display unit having a glass top , an electronic display portion and an intermediate layer therebetween comprising the steps of:a. fixing the display unit in a carriage with the intermediate layer being exposed on all sides;b. aligning a cutting device in a coplanar relationship with the intermediate layer;c. biasing the cutting device in the intermediate layer adjacent the electronic display portion and away from the glass,d. driving the cutting device into the intermediate layer while moving the cutting device and display unit are moved relative to each other along an axis generally orthogonal to the cutting device;e. advancing the cutting device into the intermediate layer to separate the glass top from the electronic display portion.2. The method of wherein the cutting device is a flexible wire which travels from a first spool to a second spool and back and first and second guides located adjacent said carriage claim 1 , including the step of locating said guide below said carriage and closer to said electronic display portion than said glass claim 1 , so that said wire is biased toward said display portion.3. The method of further including the step of applying solvent to the cutting device claim 1 , said solvent capable of softening the intermediate layer.4. The method of wherein said cutting device is a wire.5. The method of wherein said cutting device is a ...

COATING REMOVING DEVICE

A coating removing device is provided which enables an improved operation efficiency of a middle-stripping operation of a coating element. The coating removing device comprises a circumferential cutter and a longitudinal cutter. The coating element is cut at two locations by the circumferential cutter to form two circumferential cut lines and the coating element is cut between the two circumferential cut lines by the longitudinal cutter so that the coating element can be removed between the two circumferential cut lines from the coated electric wire. This enables an automation of the middle-stripping operation of the coating element and improvement of the operation efficiency. 1. A coating removing device for forming a conductor-exposed area by removing a part of a coating element on a coated electric wire so as to dispose said conductor-exposed area in a longitudinal direction between coated areas , the coating removing device comprising:a circumferential cutter for cutting the coating element along a circumferential direction of the coated electric wire; anda longitudinal cutter for cutting the coating element along the longitudinal direction;wherein said circumferential cutter comprises a pair of first cutting blades for clamping the coated electric wire in a radial direction and a rotator for relatively rotating the pair of first cutting blades and the coated electric wire around a rotation axis along the longitudinal direction,wherein said longitudinal cutter comprises at least one second cutting blade and a linear translation unit, said second cutting blade coming into contact with the coating element, and said linear translation unit relatively displacing the second cutting blade and the coated electric wire along the longitudinal direction, andwherein the coating element is cut at two locations by the circumferential cutter and cut between said two locations by the longitudinal cutter.2. The coating removing device according to claim 1 , wherein a recess is ...

STRIPPING DEVICE AND STRIPPING METHOD FOR USE WITH A FLEXIBLE SUBSTRATE

A stripping device is provided which comprises: a wire cutter comprising a moving part and a cutting part connected to the moving part in such a manner that the moving part is able to drive the cutting part linearly; and an attracting wheel comprising a body part adapted to be movably mounted on the flexible substrate so that the body part is able to roll on the flexible substrate and an adsorption part connected to the body part to generate adsorption force to securely attach a part of the flexible substrate as the result of movement of the cutting part. 1. A stripping device for stripping a flexible substrate from a release layer , the stripping device comprising:a wire cutter comprising a moving part and a cutting part connected to the moving part in such a manner that the moving part is able to drive the cutting part linearly; andan attracting wheel comprising a body part adapted to be movably mounted on the flexible substrate so that the body part is able to roll on the flexible substrate and an adsorption part connected to the body part to generate adsorption forceto securely attach a part of the flexible substrate as the result of movement of the cutting part.2. The stripping device according to claim 1 , further comprising at least one sliding rail adapted to be formed on a side of the flexible substrate to partially accommodate the moving part so that the moving part is able to move horizontally on the at least one sliding-rail.3. The stripping device according to claim 2 , wherein the moving part is a roller.4. The stripping device according to claim 2 , wherein the at least one sliding rail is supported by a pair of adjustable rod for adjusting height of the at least one sliding rail.5. The stripping device according to claim 4 , wherein the height of the at least one sliding rail is adjusted by the adjustable rod to allow the cutting part to readily separate the flexible substrate and the release layer.6. The stripping device according to claim 1 , ...

Modular units, clamping assemblies, and slicing machines equipped therewith

A modular unit configured for mounting to a cutting head of a slicing machine and for securing a knife to the cutting head, and slicing machines equipped with one or more of such modular units. The modular unit includes mounting blocks adapted to be spaced apart in an axial direction of the cutting head, and a clamping assembly assembled with the mounting blocks so as to extend between the mounting blocks. The clamping assembly is configured to secure a knife to the cutting head, and at least portions of the clamping assembly may be removable from the cutting head by disassembling the clamping assembly from the mounting blocks without removing the mounting blocks from the cutting head.

METHOD OF SLICING A FOOD ITEM AND SLICING MECHANISM EMPLOYING A GRIPPING ELEMENT THAT GENERATES A VACUUM GRIP

A method of processing a food item that includes moving a food item along a direction towards an automated slicer, wherein prior to the food item being sliced by the automated slicer the food item that is being moved has a length, L, as measured along the direction. The method further includes determining a thickness, T, of a slice of the food item to be generated by the automated slicer and slicing the food item that has the length, L, by the automated slicer so that a maximum possible number, N, of slices of the food item are generated that have the thickness, T. 1. A method of slicing a food item , the method comprising:slicing through said food item only once so that a first portion of said food item and a second portion of said item are formed and are separate from one another, wherein said first portion comprises a first flat face where said food item was sliced due to said slicing and said second portion comprises a second flat face where said food item was sliced due to said slicing;positioning said first portion between an automated slicer and a surface of a pressing device so that said first flat face faces said surface; andmoving said surface so as to approach said automated slicer, wherein during said moving said first flat face engages said surface and said first portion is sliced by said automated slicer.2. The method of claim 1 , wherein said surface generates a vacuum that adheres said first flat face to said surface when said first flat face contacts said surface.3. The method of claim 1 , wherein said surface expels a section of said first portion that is at least 0.04 inches thick as measured in a direction perpendicular to said surface.4. The method of claim 1 , wherein during said positioning said first flat face contacts said surface.5. A method of slicing a food item claim 1 , the method comprising:positioning an item, comprising only a single flat face generated by slicing said food item, between an automated slicer and a surface of a ...

SIZE-REDUCTION MACHINE AND CUTTING UNIT THEREFOR

Size-reduction machines equipped with cutting units suitable for performing size reduction operations on products, including but not limited to food products. The cutting unit includes a frame secured to the machine at an exit of a feed passage of the machine. The frame defines an opening aligned with the exit of the feed passage. The cutting unit further includes a pulley rotatably mounted to the mounting frame and driven by a spindle of the machine. A knife is coupled to the pulley so as to rotate therewith about its axis. The knife has a central axis that coincides with the axis of the pulley, an axial surface facing the feed passage, and at least one blade between the central axis and an outer perimeter of the knife. 1. A size-reduction machine comprising a drive spindle , a feed passage , at least first and second conveyor belts for delivering a product through the feed passage to an exit thereof , and a cutting unit installed at the exit of the feed passage , the cutting unit comprising:a mounting frame secured to the machine at the exit of the feed passage, the mounting frame defining a frame opening aligned with the exit of the feed passage so that a product exiting through the exit of the feed passage passes through the frame opening of the mounting frame;a driven pulley rotatably mounted to the mounting frame and adapted to rotate about an axis that passes through the frame opening in the mounting frame;means connected to the spindle for rotating the driven pulley about the axis thereof; anda knife coupled to the driven pulley so as to rotate therewith about the axis of the driven pulley, the knife having a central axis that coincides with the axis of the driven pulley, an axial surface facing the feed passage, and at least a first blade between the central axis thereof and an outer perimeter thereof, the first blade defining a first cutting edge and bounding a first aperture between the central axis and the outer perimeter of the knife, the knife being ...

Polymer Sheet and Manufacturing Method and Use Thereof

The invention relates to the field of polymer materials and processing. Provided are a polymer sheet and a manufacturing method and a use thereof. The polymer sheet has a thickness less than its average hole diameter. The polymer sheet is in the form of a cellular board having through holes in the thickness direction, and has a through-hole ratio of 20%-60%, a thickness of 10-500 μm, and an average hole diameter of 10-500 μm. The manufacturing method comprises a roll material supplying step, a continuous cutting step and a rolling step. The continuous cutting step has a precision error of ±0.02 mm. The above method can be used to manufacture a material having a low density, high impact resistance, a high compression rate, and low compression set and capable of serving as a sealing and buffering material for an electronic device. 1. A polymer sheet , wherein the polymer sheet has a thickness smaller than an average pore diameter of the polymer sheet , and has through pores along a thickness direction of the polymer sheet , such that the polymer sheet is in a form of honeycomb in the thickness direction , and the polymer sheet has a through-pore ratio of 20% to 60% , a thickness of 10 μm to 500 μm , and an average pore diameter of 10 μm to 500 μm.2. The polymer sheet according to claim 1 , wherein the polymer sheet has an apparent density of 0.01 to 0.6 g/cm3.3. The polymer sheet according to claim 1 , wherein the polymer sheet has a compression ratio of 50% to 95%.4. The polymer sheet according to claim 1 , further comprising at least one of an adhesive layer or a functional layer claim 1 , wherein the at least one of the adhesive layer or the functional layer is formed on a surface of a body of the polymer sheet.5. A polymer sheet claim 1 , wherein the polymer sheet is obtained by cutting a base material in such a manner that the cut polymer sheet has a thickness smaller than an average pore diameter of the polymer sheet;the polymer sheet has a thickness of 10 μm to ...

Dual Slice Bread Machine

A dual slice bread machine for cutting slits into loaves of bread perpendicular to a conventional bread slice. The present system has an actuating rack having a series of regularly spaced piercing knives mounted thereon. The actuating rack is configured to be raised and lowered automatically. In use, a loaf of bread is placed underneath the actuating rack. When the actuating rack is lowered, the knives puncture the loaf, creating a series of vertical slits along the length of the loaf. The loaf is then cut with a conventional bread slicing machine where the slices alternate between a slice that dissects a vertical slit and a cut that is positioned exactly in between two adjacent vertical slits. This creates a loaf with slices having a centered living hinge capable of being easily folded and separated into equal halves. 1) A bread cutting assembly comprising:an actuating rack wherein the actuating rack is vertically movable between a raised position and a lowered position;a plurality of knives disposed at regular intervals along the actuating rack;wherein the width of each of the plurality of knives lies along a singular plane.2) The bread cutting assembly of claim 1 , further comprising a vibrating mechanism mounted onto the actuating rack claim 1 , configured to create oscillating motion in the plurality of knives.3) The bread cutting assembly of claim 1 , further comprising a conveyor system wherein the actuating rack is mounted onto the conveyor system.4) The bread cutting assembly of claim 1 , wherein the conveyor is a roller conveyor assembly.5) The bread cutting assembly of claim 1 , wherein the actuating rack further comprises a piston and a pneumatic arm.6) The bread cutting assembly of claim 1 , further comprising a linear vertical track claim 1 , wherein the actuating rack moves along said linear vertical track.7) The bread cutting assembly of claim 1 , further comprising a stopping assembly having a stop plate configured to be raised and lowered claim 1 , ...

DOUBLE BLADED SPIRAL SLICER

The present invention provides a double bladed spiral slicer including a first and second blade assemblies on a surface, each assembly having a mechanical output and operable to rotate about a vertical axis. A meat rotation assembly, having a headstock and tailstock, is adapted for rotation of a received meat. A processor and controller in communication with the blade assemblies operate to direct the blade assemblies to form a spiral slice on the surface of the meat. The meat product is engaged to the meat rotation assembly where the upper position of the meat product is determined. The meat product is rotated about a vertical axis and the blade assemblies operate by simultaneously reciprocally engaging the meat product and moving vertically from the central position of the meat product. 1. A device for producing a spiral cut on a single non-symmetrical meat product having a meat surface and a central bone , said device comprising:a first blade assembly having a mechanical output fixed to an angularly selectable first cutting blade, said first blade assembly operable to rotate about a first vertical axis;a second blade assembly having a mechanical output fixed to an angularly selectable second cutting blade, said second blade assembly operable to rotate about a second vertical axis, said first and second vertical axis being spaced along a top surface associated with a meat rotation assembly;said meat rotation assembly adapted for rotation of the received meat product and including a tailstock assembly in communication with a headstock assembly and adapted for rotational receipt of said meat product; anda processor and controller in communication with said first and second blade assemblies and operable to simultaneously reciprocally engage the meat product in at least two positions with said first blade assembly at a lower spiral position and said second blade assembly at an upper spiral position, whereby a spiral slice is formed from the simultaneous operation of ...

APPARATUS AND METHOD FOR SLICING FOOD PRODUCTS

The invention relates to an apparatus for slicing food products, in particular to high-performance slicers, having a cutting region at whose end a cutting blade moves, in particular in a rotating and/or revolving manner, in a cutting plane, and having a transport device which transports products to be sliced in a direction of transport over one track or multiple tracks to the cutting region, with the transport device comprising a plurality of positioners for the products in the or each transport track driven simultaneously in the direction of transport and arranged spaced apart from one another in the direction of transport 1. An apparatus for slicing food products ,having a cutting region at whose end a cutting blade moves in a cutting plane; andhaving a transport device which transports products to be sliced in a direction of transport to the cutting region over one track or a plurality of tracks,wherein the transport device in the or each transport track comprises a plurality of positioners for the products simultaneously driven in the direction of transport and arranged spaced apart from one another in the direction of transport.2. The apparatus in accordance with claim 1 ,wherein the positioners each form or define a rear end of a product compartment.3. The apparatus in accordance with claim 1 ,wherein the positioners each form or comprise an entrainer which is configured to entrain the product during a transport.4. The apparatus in accordance with claim 1 ,wherein the positioners are evenly spaced apart in the direction of transport.5. The apparatus in accordance with claim 1 ,wherein the positioners are spaced apart in the direction of transport at a spacing and the spacing is unchangeable during a transport operation.6. The apparatus in accordance with claim 1 ,wherein the transport device comprises a plurality of transport tracks, with at least two transport tracks differing from one another with respect to the spacing of the positioners.7. The apparatus in ...

COVER-LAYER CUTTING APPARATUS

Disclosed is a cover-layer cutting apparatus that provides a slit in a cover layer of an insulated electric wire. The apparatus includes a disk cutter configured to cut the cover layer, a lifting unit configured to raise and lower the disk cutter in an up-and-down direction (Y-axis direction), and a traversing unit configured to advance and retreat the disk cutter in a right-and-left direction (X-axis direction). The disk cutter is moved by the lifting unit and the traversing unit so that the disk cutter travels on an orbital path along an outer periphery of the electric wire while the disk cutter cuts the cover layer. A contact point of the disk cutter with the cover layer is shifted as a slit is being formed in the cover layer of the electric wire. 1. A cover-layer cutting apparatus configured to provide a slit in a cover layer of an insulated electric wire , the apparatus comprising:a disk cutter adapted to cut the cover layer of the electric wire;a lifting unit adapted to raise and lower the disk cutter in an up-and-down direction (Y-axis direction); anda traversing unit adapted to advance and retract the disk cutter in a right-and-left direction (X-axis direction),wherein the disk cutter is moved by the lifting unit and the traversing unit so that the disk cutter is configured to travel on an orbital path along an outer periphery of the electric wire while the disk cutter cuts the cover layer of the electric wire, andthe cover-layer cutting apparatus is configured to shift a contact point of the disk cutter with the cover layer during slit formation in the cover layer of the electric wire.2. The cover-layer cutting apparatus according to claim 1 , wherein the disk cutter comprises a first disk cutter and a second disk cutter each adapted to travel on an orbital path along a substantially half of an outer periphery of a core of the electric wire claim 1 , andthe first disk cutter is configured to cut the cover layer along substantially half of a circumference of ...

DISPLAY DEVICE AND DISPLAY DEVICE SEPARATION SYSTEM COMPRISING SAME

A display device separation system according to an embodiment of the present disclosure can include a display panel, a cover module covering the rear of the display panel and having an opening, an adhesive member located between the display panel and the cover module to bond the display panel to the cover module, a wire configured to cut the adhesive member so that the display panel and the cover module are separated, and an electromotive jig configured to wind the wire. In a state in which the wire is located between the display panel and the cover module along the circumference of the display panel, passes through the opening, and is connected to the electromotive jig, the adhesive member is cut while the wire is wound around the electromotive jig by the rotation of the electromotive jig. 1. A display device comprising:a display panel;a cover module covering a rear surface of the display panel; andan adhesive member configured to bond the cover module to the display panel,wherein the adhesive member comprises:a first adhesive layer attached to the rear surface of the display panel;a first film attached to the first adhesive layer;an auxiliary adhesive layer attached to the first film;a base layer attached to the auxiliary adhesive layer;a second film attached to the base layer; anda second adhesive layer having one side attached to the second film and the other side attached to the cover module.2. The display device according to claim 1 , wherein the cover module comprises:a cover body located behind the display panel; anda cover circumference portion protruding forward from a circumference of the cover body, surrounding an outer circumference of the display panel, and spaced apart from the outer circumference of the display panel to define a predetermined gap.3. The display device according to claim 2 , wherein the cover module further comprises a heat dissipation plate disposed between the cover body and the display panel claim 2 , andwherein the second adhesive ...

INTERNAL SPLITTING METHOD OF CROSS-SECTION OF END OF METAL PLATE OR METAL ROD, MANUFACTURING METHOD OF METAL CONTAINER AND METAL PIPE BY THE INTERNAL SPLITTING METHOD AND JOINING METHOD OF METAL COMPONENTS

Provided is a method for internal splitting in the cross-section of the end of a metal plate or a metal rod. The method permits free-adjustment of the width and length of incision of the internal split and gives smooth and even surfaces to the cut face of the internal split for an accurate internal splitting in the cross-section of the end of a metal plate or a metal rod only at the desired position. The invention also provides a method for manufacturing a metal container and a metal pipe by that splitting method and a method for joining metal components. The present invention includes the steps of: a process to form a crevice by abutting a splitting punch or a cleaving punch on the cross-section of the end of the metal plate or the metal rod using a means for determining the width of the internal split; and a process to advance the internal splitting further by repeating the press-splitting on the crevice multiple times using a splitting punch or a cleaving punch. The invented method uses a clamping die, at least one side of which has an opening and a clamping margin to pinch both sides of the metal plate or two opposed positions on the circumference of the metal rod. Every time of each operation step, the clamping die is positioned in advance in accordance with the position of the tip of the intended internal split. 1. A method for internal splitting in the cross-section of the end of a metal plate having any of a rectangular , polygonal , or elliptical shape , or the end of a metal rod having a cross-section of any of a circular , elliptical , rectangular , or polygonal shape , the method comprising the steps of:forming a crevice by abutting a splitting punch or a cleaving punch on the cross-section of the end of the metal plate or the metal rod;advancing the internal splitting further by repeating the operation of the press-splitting one time or two or more times with the splitting punch or the cleaving punch abutted on the crevice; andcontrolling so that a ...

Machines and methods for cutting products and impellers therefor

Methods and equipment for cutting products, including food products. Such equipment includes an impeller adapted to be coaxially mounted within an annular-shaped cutting head for rotation about an axis of the cutting head in a rotational direction relative to the cutting head. The impeller includes a base and ring spaced axially from each other, at least a first intermediate plate disposed between the base and the ring so as to define at least first and second tier levels within the impeller, and paddles disposed between the base and the ring and within the first and second tier levels. The first intermediate plate has an opening therein that defines a passage between the first and second tier levels. The impeller further has pockets defined by and between immediately adjacent pairs of paddles within each tier level.

DEVICE FOR REMOVING COVERINGS LAID ON PLANAR SURFACES

A device for removing coverings laid on planar surfaces includes a drive unit having a pair of drive wheels and a first drive motor for driving the drive wheels, a motor-driven striking mechanism having a cutting blade and a second drive motor. The cutting blade connects to the second drive motor by a connecting rod. The drive unit and the striking mechanism have an articulated connection which is designed in such a way that the drive unit and the striking mechanism are mounted so as to be rotatable relative to one another. 111.-. (canceled)1. A device for removing coverings laid on planar surfaces , comprising:a drive unit having a pair of drive wheels;a first drive motor for driving the drive wheels;a motor-driven striking mechanism having a cutting blade; anda second drive motor, the cutting blade being connected to the second drive motor by a connecting rod,wherein the drive unit and the striking mechanism have an articulated connection which is designed in such a way that the drive unit and the striking mechanism are mounted so as to be rotatable relative to one another.2. The device of wherein the drive unit and the striking mechanism are mounted so as to be rotatable relative to one another about an axis of rotation of the articulated connection which is in parallel with a longitudinal axis of the device.3. The device of wherein the articulated connection has a rolling bearing as well as a first joint and a second joint claim 1 , the first joint being connected to the striking mechanism and to an inner ring of the rolling bearing for conjoint rotation and the second joint being connected to the drive unit and to an outer ring of the rolling bearing for conjoint rotation.4. The device of wherein the articulated connection has an axial locking mechanism of the first and second joint claim 3 , an end portion of the first joint having a larger circumference than an inner wall of the inner ring and an end portion of the second joint having a smaller circumference ...

METHOD OF SLICING A FOOD ITEM AND SLICING MECHANISM EMPLOYING A GRIPPING ELEMENT THAT GENERATES A VACUUM GRIP

A method of processing a food item that includes moving a food item along a direction towards an automated slicer, wherein prior to the food item being sliced by the automated slicer the food item that is being moved has a length, L, as measured along the direction. The method further includes determining a thickness, T, of a slice of the food item to be generated by the automated slicer and slicing the food item that has the length, L, by the automated slicer so that a maximum possible number, N, of slices of the food item are generated that have the thickness, T. 119-. (canceled)20. A vacuum support , comprising:a housing defining an interior chamber, wherein said housing comprises an exterior surface that defines a first opening and a second opening;a first valve positioned within said first opening and movable from a first position wherein said first opening is closed to a second position wherein said first opening is open;a second valve positioned within said second opening and movable from a third position wherein said second opening is closed to a fourth position wherein said second opening is open;a vacuum source in fluid communication with said interior chamber so that an interior pressure is formed within said interior chamber that is less than an air pressure that exists exterior to said housing;wherein said first valve has a structure such that when exposed to said interior pressure said first valve is biased to said first position.21. The vacuum support of claim 20 , wherein said first valve comprises an actuator that extends away from said housing claim 20 , wherein pressing of said actuator with a predetermined force will cause said first valve to move to said second position.22. The vacuum support of claim 20 , wherein said interior pressure has a value of 0 to 10 psi.23. The vacuum support of claim 20 , wherein said first valve and said second valve are separated from one another by approximately 0.030″.24. The vacuum support of claim 20 , wherein ...

POLARIZING SHEET REMOVING TOOL AND REMOVING METHOD

A method is provided for removing a polarizing sheet with a tool that includes a handle including a main body forming therein a channel for receiving adhesive dissolving liquid, a piston device mounted inside the channel, and a guide tube mounted on the main body, and a blade mounted to the handle. The guide tube has an end in communication with the channel and an opposite end positioned on the blade to guide the adhesive dissolving liquid from the channel to the blade. The polarizing sheet is removed by lifting up a portion of the polarizing sheet and placing the blade against bonding adhesive between the polarizing sheet and a substrate to which the polarizing sheet is attached to allow the adhesive dissolving liquid to be guided by the guide tube toward the blade for subsequently flowing toward and dissolving bonding adhesive. 1. A polarizing sheet removing method , comprising the following steps:(1) providing an operation table and a tool, wherein the tool comprises a handle and a blade mounted on the handle, the handle comprising a main body, a piston device mounted on the main body, and a guide tube mounted on the main body, the main body forming therein a channel for containing an adhesive dissolving liquid, the piston device being mounted inside the channel, the guide tube having an end in communication with the channel and an opposite end positioned on the blade to guide the adhesive dissolving liquid contained in the channel to the blade, the piston device comprising a piston that is movably received in the channel and a piston rod connected to the piston and partly extending outside the main body and operable to force the piston to move in the channel to drive the adhesive dissolving liquid to flow through the guide tube to the blade;(2) positioning the liquid crystal display panel from which a polarizing sheet is to be removed on the operation table, wherein the liquid crystal display panel comprises a substrate, a polarizing sheet laminated on a surface ...

POLARIZING SHEET REMOVING TOOL AND REMOVING METHOD

A polarizing sheet removing tool includes a handle and a blade mounted on the handle. The handle includes a main body, a piston device mounted on the main body, and a guide tube mounted on the main body. The main body forms therein a channel for containing an adhesive dissolving liquid. The piston device is mounted inside the channel. The guide tube has an end in communication with the channel and an opposite end positioned on the blade to guide the adhesive dissolving liquid contained in the channel to the blade. In removing a polarizing sheet, the adhesive dissolving liquid can be guided by the guide tube the blade for subsequently flowing toward and dissolving bonding adhesive. 1wherein the piston device comprises a piston that is movably received in the channel and a piston rod connected to the piston and partly extending outside the main body and operable to force the piston to move in the channel to drive the adhesive dissolving liquid to flow through the guide tube to the blade;wherein the blade is mounted by a bolt to the handle in such a way that the bolt is in a plane defined by a surface of the blade, whereby an included angle between the surface of the blade and the handle is adjustable;wherein the channel is formed by recessing a free end of the main body;wherein the piston has an outside diameter that is greater than or equal to an inside diameter of the channel; andwherein the main body forms, in an outside surface thereof, a hole that corresponds to the guide tube and the hole communicates with the channel, whereby the guide tube is in communication via the hole with the channel.. A polarizing sheet removing tool, comprising a handle and a blade mounted on the handle, the handle comprising a main body, a piston device mounted on the main body, and a guide tube mounted on the main body, the main body forming therein a channel for containing an adhesive dissolving liquid, the piston device being mounted inside the channel, the guide tube having an end ...

LAYER DEBONDING

A method () of debonding a first layer () from a second layer (), wherein the first layer () is bonded to the second layer () by an adhesive () located between the first and second layers, comprises: inserting () a blade () of a cleaving tool () between the first and second layers (); and exerting () a controlled force on the cleaving tool () to move the cleaving tool so as to de-bond the first and second layers () in a region, wherein the force exerted is controlled to match a de-bonding force calculated for the region, and such that the movement of the cleaving tool () stops if the calculated force is less than force required to move the cleaving tool () and continued if the calculated force is higher than or equal to the force required to move the cleaving tool. 1. A method of debonding a first layer from a second layer , wherein the first layer is bonded to the second layer by an adhesive located between the first and second layers , the method comprising:inserting a blade of a cleaving tool between the first and second layers;exerting a controlled force on the cleaving tool to move the cleaving tool so as to de-bond the first and second layers in a region, wherein the force exerted is controlled to match a de-bonding force calculated for the region.2. The method of claim 1 , wherein the controlling and exerting the force exerted is performed by a control system including one or more processing units.3. The method of claim 2 , wherein the cleaving tool is mounted on a robot claim 2 , and wherein the robot performs the controlling and exerting of the force on the cleaving tool.4. The method of claim 1 , wherein the adhesive weakens when heated claim 1 , the method further comprising placing a heating component so as to heat a portion of the adhesive to a set temperature claim 1 , and wherein the de-bonding force calculated for the region is calculated using the set temperature as the temperature of the adhesive claim 1 , and wherein optionally the heating ...

FOOD PRODUCT SLICING APPARATUS INCLUDING A PIVOTAL GATE ASSOCIATED WITH A FOOD PRODUCT TRAY

In one aspect, a food product tray includes a pan including a top surface, a front end and a rear end, at least one side member extending upward from the pan, and a gate positioned near the front end of the pan. The gate is moveable between a blocking position, in which a top edge of the gate is positioned above the top surface of the pan, and a non-blocking position, in which the top edge is either at or below the top surface of the pan. During movement of the gate, the gate rotates relative to the front end of the pan about an axis displaced from the gate. In one aspect, a slicing apparatus includes a food product tray including a gate movable along an arcuate path defined by an axis displaced from the gate and a radius between the arcuate path and the axis. 1. A food product tray for a slicing apparatus , the food product tray comprising:a pan including a top surface, a front end and a rear end;at least one side member extending upward from the pan; anda gate positioned near the front end of the pan, wherein the gate is moveable between a blocking position, in which a top edge of the gate is positioned above the top surface of the pan, and a non-blocking position, in which the top edge of the gate is either at or below the top surface of the pan, and wherein, during movement of the gate from the blocking position to the non-blocking position, the gate rotates relative to the front end of the pan about an axis displaced from the gate.2. The food product tray of claim 1 , wherein the gate rotates away and downward from the front end of the pan when the gate moves from the blocking position to the non-blocking position.3. The food product tray of claim 2 , wherein the entire gate rotates away and downward from the front end of the pan.4. The food product tray of claim 2 , wherein claim 2 , with the gate in the blocking position claim 2 , the gate is spaced-apart from the front end of the pan.5. The food product tray of claim 1 , wherein the axis is positioned ...

Lottery tool

A lottery tool that is a rectangular chip with a plurality of holes which may overlay a grid of numbers on a lottery gaming slip, allowing a user to select numbers for the lottery game. The lottery tool has a randomly generated pattern of 5-10 holes and is used by randomly placing the tool over the gaming slip, by direct placement, by dropping the tool onto the betting slip, or by spinning the tool on a hub. The user then fills in the lottery slip and repeats the process until a requisite amount of numbers are selected. Opposed edges of the tool are serrated to form teeth for use in removing coatings from hidden number lottery tickets.

ISOLATOR OVERTRAVEL PROTECTION FOR WALK-BEHIND FLOOR SCRAPER

An improved walk-behind floor scraper incorporates a plurality of isolators between a main plate and cutting head to reduce vibration and a plurality of stops to prevent damage to the isolators. 1. A walk-behind floor stripping machine comprising:(a) a main body plate;(b) a cutting head holding a cutting blade, said cutting head adapted for oscillatory movement relative to the main body plate and affixed to the bottom surface of the main body plate via a plurality of isolators, each isolator comprising a top plate and a bottom plate held in spaced apart relation by an elastomeric member;(c) a motor coupled to the main body plate and adapted to impart oscillatory movement of the cutting head relative to the main body plate; and(d) a plurality of stops arranged and adapted to permit oscillatory movement of the cutting head relative to the main body plate and limit flex and shear movement of the cutting head when the cutting blade encounters an obstacle to protect the isolators from damage, each of said stops having a body portion comprising a base, a neck extending from the base, and a removable flange adapted to be attached to the end of the neck opposite the body portion, wherein the body portion is affixed to one of said main body plate and cutting head and said neck is adapted to extend through an opening in the other of said main body plate and cutting head, and wherein the base and the flange are each broader than the opening such that the base, neck and flange cooperate with surfaces surrounding the opening to permit oscillatory motion of the cutting head assembly, and limit flex and shear movement of the cutting head assembly damaging to the isolators.2. The walk-behind floor stripping machine of wherein each isolator further comprised a threaded opening in one of said top plate and bottom plate claim 1 , said threaded opening adapted to receive the threaded shaft of a first bolt.3. The walk-behind floor stripping machine of wherein each isolator further ...

DEVICE FOR SEPARATING TWO SUBSTRATES

This disclosure relates to a device for separating two substrates to be utilized in electronics, optics, optoelectronics and/or photovoltaics. The device separates the substrates at an interface, the device comprising: 114.-. (canceled)15. A device for separating two substrates at a separation interface , at least one of the two substrates being intended to be used in electronics , optics , optoelectronics and/or photovoltaics , the two substrates together forming a structure , the device comprising:a holder;a member for retaining the structure, the member being mounted on the holder;a separating tool for separating the two substrates, the separating tool also mounted on the holder, the separating tool comprising a leading edge having, in cross-section, in succession from a tip or a front edge thereof to a back thereof, a tapered portion that is extended by a flared portion; andmoving means for moving the separating tool and/or moving means for moving the retaining member, the moving means making it possible to move the tool and/or member relative to the holder so as to bring them closer together or move them farther apart from each other.16. The device of claim 15 , wherein the tapered portion of the separating tool has an isosceles-triangle-shaped cross-section claim 15 , an angle at a tip of the isosceles-triangle-shaped cross-section being lower than 30° claim 15 , and wherein the flared portion has an isosceles-trapezium-shaped cross-section claim 15 , an angle at a tip of the isosceles-trapezium-shaped cross-section being larger than 30°.17. The device of claim 16 , wherein a height of the isosceles-triangle-shaped cross-section of the tapered portion is between 2 mm and 20 mm claim 16 , wherein a height of the isosceles-trapezium-shaped cross-section of the flared portion is between 10 mm and 100 mm claim 16 , and wherein a thickness of the separating tool measured level with a base of the isosceles-trapezium-shaped cross-section of the flared portion is ...

MODULAR UNITS, CLAMPING ASSEMBLIES, AND SLICING MACHINES EQUIPPED THEREWITH

A modular unit configured for mounting to a cutting head of a slicing machine and for securing a knife to the cutting head, and slicing machines equipped with one or more of such modular units. The modular unit includes mounting blocks adapted to be spaced apart in an axial direction of the cutting head, and a clamping assembly assembled with the mounting blocks so as to be between the mounting blocks. The clamping assembly is configured to secure a knife to the cutting head, and at least portions of the clamping assembly may be removable from the cutting head by disassembling the clamping assembly from the mounting blocks without removing the mounting blocks from the cutting head. 1. A slicing machine comprising a cutting head and a modular unit mounted to the cutting head , the modular unit comprising:mounting blocks that are spaced apart in an axial direction of the cutting head; anda clamping assembly assembled with the mounting blocks so as to be between the mounting blocks, the clamping assembly being configured to secure a knife to the cutting head.2. The slicing machine according to claim 1 , wherein at least portions of the clamping assembly are removable from the cutting head by disassembling the clamping assembly from the mounting blocks without removing the mounting blocks from the cutting head.3. The slicing machine according to claim 1 , wherein the clamping assembly comprises a knife holder claim 1 , a knife supported by the knife holder claim 1 , a clamp overlying the knife holder so that the knife is between the knife holder and the clamp claim 1 , and a cam rod that secures the clamp to the knife holder and clamps the knife therebetween claim 1 , the cam rod having a camming portion that contacts the clamp claim 1 , the cam rod being rotatable to have a clamping position and a release position claim 1 , the camming portion applying a force that clamps the clamp against the knife holder when the cam rod is in the clamping position claim 1 , the ...

Mandolin slicer

The present invention provides a mandolin slicer adjustable for slicing item in variable thicknesses and variable shapes, wherein the adjustment is enabled by a ballpoint pen ratchet mechanism provided on the mandolin slicer. The mandolin slicer of the present invention further comprises an indicating mechanism to clearly indicate the selected thickness and shape of the sliced item.

SLICED FOOD PORTIONS

The invention relates to a device for slicing one or more food products, in particular sausage, ham and/or cheese, wherein a respective track is provided for each food product, along which the food product is transported in the direction of a moving blade, said blade cutting off food slices from the front end of the food product and configuring said food slices on a storage table to form a portion consisting of a plurality of food slices. The present invention further relates to a method for slicing one or more food products, in particular sausage, ham and/or cheese, into food slices which are configured to form portions.

APPARATUS AND METHOD FOR WEEDING A MULTILAYER SHEET COMPRISING A SUPPORT LINER AND AT LEAST ONE ADHESIVE FILM COUPLED WITH THE LINER

The present invention concerns the field of graphic apparatuses and in particular its object is an apparatus and a relative method for the so-called “weeding” of plastic or paper films having or more self-adhesive, double sided adhesive or electrostatic layers coupled with a support liner treated with a non-stick agent. The apparatus comprises analysis and cutting means adapted to map and execute weeding assisting cuts. 1. A weeding apparatus for weeding of a multilayer sheet comprising a support liner and at least one adhesive film coupled with the liner , the film comprising a plurality of graphic elements peripherally encircled by cuts and a weed among said graphic elements , the apparatus comprising: a sheet support plane defining a sheet feeding direction (X); a fine weeding device adapted to work on said plane to individually remove parts of the weed delimited by respective closed cut boundaries; a rough weeding device adapted to remove in a single passage a unitary main part of the weed; and control means adapted to acquire and/or receive and/or store information on the shape and distribution on said sheet of said weed parts delimited by closed cut boundaries , and to control the operation of said fine weeding device as a function of said information , the apparatus further comprising or being associated to weed analysis means and cutting means for analyzing the shape and distribution of said graphic elements , said analysis and cutting means being adapted to transmit said information to said control means , wherein said analysis and cutting means are adapted to map and execute weeding assisting cuts that cut the same weed intersecting with one or more edges of said graphic elements.2. The apparatus according to claim 1 , wherein said weeding assisting cuts comprise cuts adapted to increase the number of parts of the weed that are defined by closed cut peripheries claim 1 , to be removed by said fine weeding device.3. The apparatus according to claim 1 , ...

FIBER OPTIC CABLE BUFFER TUBE MID-SPAN ACCESS TOOL

A tool for removing insulation in mid-span of a cable carrying a signal-transmitting conduit comprising a lower body section and an upper body section movable toward and away from the lower body section. The tool includes a curved mandrel disposed on the lower body section, the curved mandrel having a central peak portion and adjacent portions curving downward away from the peak portion, to present a mid-span portion of the cable insulation on a side away from the mandrel peak portion. The tool includes a blade disposed on the upper body section, the blade movable toward and away from the curved mandrel. The cable is securable in the curved mandrel in a curved position, allowing the blade to shave the cable insulation allowing access to the signal-transmitting conduit. The tool may include an adjustment barrel having a plurality of height adjustment surfaces disposed at a different distance from the barrel axis, each height adjustment surface positioning the blade a different distance from the mandrel. 1. A tool for removing insulation in mid-span of a cable carrying a signal-transmitting conduit comprising:a lower body section and an upper body section movable toward and away from the lower body section;a curved mandrel disposed on the lower body section, the curved mandrel having a central peak portion and adjacent portions curving downward away from the peak portion, to present a mid-span portion of the cable insulation on a side away from the mandrel peak portion;a blade disposed on the upper body section, the blade movable toward and away from the curved mandrel;wherein the cable is securable in the curved mandrel in a curved position, allowing the blade to shave the cable insulation allowing access to the signal-transmitting conduit.2. The tool of including an adjustment barrel having a length and a central axis extending the length of the barrel and including a plurality of height adjustment surfaces each adjustment surface disposed at a different distance ...

RE-CUTTING DEVICE FOR WIPER BLADES

A re-cutting device for wiper blades has a guide slot () conformed to the cross-sectional profile of the wiper blade (W) and having guide rails () that engage with lateral grooves of the base of the wiper blade. A cutting blade () for re-cutting the wiper blade edge is arranged in an angled transverse position on a cutting block () that is displaceable in the transverse direction between at least two positions in a housing (), wherein, in the at least two positions, the distance between the guide rails () and the blade region of the cutting blade () respectively located in the guide slot region is of different size. 2. The re-cutting device according to claim 1 , wherein the cutting block is displaceable in a transverse duct of the housing.3. The re-cutting device according to claim 1 , wherein the cutting block can be locked in its at least two positions.4. The re-cutting device according to claim 1 , wherein the cutting block is arranged in the housing in such a way that it can be displaced in the transverse direction by means of a screw spindle drive in a continuously variable manner.5. The re-cutting device according to claim 1 , wherein claim 1 , in addition to the guide slot claim 1 , a cleaning slot is formed in the housing claim 1 , through which the wiper blade can be passed to scrape off any adhering dirt.6. The re-cutting device according to claim 5 , wherein the cleaning slot is arranged opposite the guide slot on the upper side of the housing.7. The re-cutting device according to claim 1 , wherein a trough for inserting a sponge is formed on the upper side of the housing. This application claims the priority of German Patent Application No. 20 2017 002 690.2, filed May 19, 2017, which is incorporated by reference herein in its entirety.The invention relates to a device for the re-cutting of windscreen wiper blades when the edge of the wiper blade is worn out, in order to create a clean wiper blade edge by re-cutting the wiper blade, which makes it ...

Blade and machine for cutting or slitting flat materials

A cutter blade and a machine for cutting or slicing flat materials such as leather, is claimed. A drive device (56) causes the cutter blade to move relative to the workpiece. Novelty is that the cutter blade (10) is a razor-thin band housed in a cassette (10) similar to that of a printer ribbon; the working length of the cutter is clamped, and the drive device (56) causes the clamped length of the cutter blade to reciprocate (57) with respect to the workpiece.

Apparatus for skiving the edges of leather blanks

The device (10) tapers the edges of leather blanks. The device comprises a machine frame (1) holding a work table plate (1'); and drive motors (3,11) associated with a rotating, endless band knife (4) and a roller (6) feeding against the cutting edge (4'). The knife runs over a drive disc (2') and working disc (2), with a guide foot (7, 7'). The surface (5) of the working disc (2) adjacent to the cutting edge (4') is profiled to eject cuttings.

야채 절단기

Food cutting apparatus

A controlled cleavage process

Pipe wrap removal tool

A specialty tool designed for the efficient removal of strips of the outer sheathing (or "wrap") from underground pipe, consisting of a slotted cylindrical steel shaft (10) with female ratchet drive couplings (16) matched into each end, and having cutting discs (14) seated slightly inward from each end. Upon insertion into the slot (12) of a small loosened portion of the wrap and the engagement of the ratchets (18), a strip of wrap is simultaneously cut, pulled loose, and wrapped around the shaft (10) of the tool between the cutting discs (14), as the tool is directed by means of the ratchets (18) around the circumference of the pipe.

带刀及其输送装置以及装拆带刀的方法

一种用于剖层机的环式旋转带刀，包括实施为刀刃的前端部和至少两个用于容纳保持件的开口。本发明还涉及一种用于旋转带刀的输送装置，包括壳体件和至少两个接合在旋转带刀的开口内的保持件。另外，本发明涉及用于安全地安装和拆下旋转带刀，特别是锋利的旋转带刀的方法。由于旋转带刀配设有用于容纳保持件的开口，于是可以利用接合到或引入到开口内的保持件对旋转带刀进行保持。通过这种方式，当将旋转带刀在剖层机上拆下时，利用与开口接合的保持件对旋转带刀进行可靠的保持。由此在无需接触旋转带刀本身，特别是刀刃的情况下即可将旋转带刀从剖层机上拆下。

一种切片切丝机械装置

本发明公开了一种切片切丝机械装置，它包括储物筒以及与储物筒的下端筒口连接的切片切丝机构。所述切片切丝机构包括切板座及切板，所述切板座包括与储物筒的下端筒口配合的通孔，还包括分置在通孔两侧的滑动导轨，所述切板上设有切刀，所述切板与滑动导轨配合连接。本发明在切板座上设置滑动导轨，通过切刀的往复运动实现对食材的加工，同时利用储物筒将操作者的手与食材隔离，共同提高操作中的安全和卫生性，结构简单，操作方便，体积小。

야채 절단기

내용 없음.

Meat thickness adjust plate control device for meat cutter

본 고안은 절단할 고기를 적재하여 좌, 우 왕복운동으로 적재된 고기를 절단하도록 한 육절기에 있어서, 고기적재부에 적재된 고기를 소망하는 크기의 두께로 절단하기 위하여 두께판을 전후이동시키는 육절기의 고기두께 조절판 조절장치에 관한 것이다. The present invention is a meat seasoning machine to load the meat to be cut to cut the meat loaded in the left and right reciprocating motion, to move the thickness plate back and forth to cut the meat loaded in the meat loading to the desired size thickness The meat thickness control plate control device of the meat seasoning. 종래의 웜과 웜휠 또는 랙의 구성에서의 문제점은 작동손잡이의 연동을 바로 이동체로 전달시켜 급속한 이송력이 부여된다. The problem with the conventional worm and the configuration of the worm wheel or rack is to transfer the linkage of the operation handle directly to the moving body is given a rapid feed force. 따라서 급격한 이동에 따른 문제점과 함께 미세조절이 이루워지지 않게 되는 것이며, 또 한편으로는 조절판 즉, 이송되는 고기로부터 압력을 받고 있는 조절판은 그 압력으로 밀림 현상이 일어나 상기 조절장치의 작동간을 밀게될 때에 기어 맞물림에서 기어가 역회전되는 문제가 발생하게 되는 것으로 설정된 두께가 변경되는 폐단이 있어왔다. Therefore, fine control is not achieved with the problem of rapid movement, and on the other hand, the control plate, that is, the control plate that is under pressure from the meat to be delivered, is pushed by the pressure to push the operation of the control device. There has been a closed end in which the set thickness is changed to cause a problem that the gear is reversed at gear engagement. 본 고안은 상기한 종래의 단점을 시정하기 위하여 안출된 것으로서 작동손잡이와 일체로 연동되는 웜을 형성하되, 연동되는 웜휠은 내측중앙축공에 나사선으로 형성된 축공을 구성시켜 이송나봉을 체결하여 나공에 체결된 이송나봉이 전후로 이동될 때에 이 이송나봉에 고정된 조절판을 연동하도록 3단기어 구성으로 이루어진다. The present invention forms a worm that is interlocked with the operating handle as one that is devised to correct the above-mentioned disadvantages, the interlocking worm wheel is fastened to the hole by forming a shaft hole formed by a screw thread in the inner central shaft hole It consists of a three-stage gear configuration to interlock the throttle fixed to the conveying rod when the conveying rod is moved back and forth.

Bandknife type cutter

Patent DE3922756C2

Meat slicer

고기상자 이동시의 덜거덕거림의 발생을 적게 하고, 고기상자의 앞쪽끝면과 둥근칼의 절단칼날 끝의 위치 관계를 일정하게 유지할 수가 있고, 부드러운 생고기나 근육이 많은 식육 블록을, 확실하게 떼어낼 수 있고, 진동이나 소음 등이 적고, 원료인 고기 블록의 공급을 쉽게 행할 수 있는 둥근 칼날을 사용한 식육 슬라이서를 제공한다. It is possible to reduce the occurrence of rattling during the movement of the meat box, to maintain the positional relationship between the front end surface of the meat box and the cutting blade tip of the round knife, and to remove the raw meat and the meat-rich meat block reliably. Provided is a meat slicer using a round blade that can be easily supplied with a raw meat block with little vibration or noise. 수평축(3) 둘레로 수직면 내를 회전하는 둥근칼(4)과, 둥근칼(4)의 회전면내에 앞쪽끝면을 접하면서, 수평지지축(13)의 축심을 중심으로 해서, 왕복 요동 가능하게 요동체(9)에 지지된 고기상자(5)를 구비한다. The round knife 4 which rotates in a vertical plane around the horizontal axis 3 and the front end surface in the rotating surface of the round knife 4, and make it possible to reciprocate oscillation centering on the axis center of the horizontal support shaft 13 A meat box 5 supported on the body 9 is provided. 왕복이동, 소음, 둥근 칼, 슬라이스두께 Reciprocating, Noise, Round Knife, Slice Thickness

A kind of pork slices across machine

本发明公开了一种猪肉横向切片机，包括横向切片机上机体、横向切片机切割刀组件、限位机构安装组件、横向切片机出料机构、横向切片机储料机构以及切割刀组件横移机构，横向切片机上机体内部设有横向切片机切割刀组件，横向切片机切割刀组件一侧设有切割刀横切限位槽，切割刀横切限位槽通过限位机构安装组件固定于横向切片机上机体内部，横向切片机上机体下方设有横向切片机下机体，本发明结构紧凑、使用方便、功能实用，方便实现对冻猪肉的横切功能的同时，兼具防止碎屑横飞、降低噪音污染、稳定性高、使用安全且绿色环保的优点。

Device for reducing thickness of band material during its transfer

In the manufacture of a packing container laminated packing material is used which with the help of a rotating cylindrical cutter is made thinner within a limited longitudinal region. This reduction of thickness has been difficult to realize up to now with the desirable accuracy, since the specified depth of cut that has been set may readily be influenced by vibrations in the moving material or in the cutter. These difficulties are overcome by a guiding device, arranged in the immediate vicinity of the edge of the cutter, which limits the thickness of the strip cut away. The guiding device is suspended in contact with the cutter in such a manner that not only are the vibrations reduced, but also the influence of the remaining vibrations on the depth of cut is minimized. The guide is adjustable to vary the depth of cut and includes air outlets for cooling the cutter and for guiding the cut strip away from the packing material.

Band-knife and its conveying device and method for mounting and dismounting band-knife

一种用于剖层机的环式旋转带刀，包括实施为刀刃的前端部和至少两个用于容纳保持件的开口。本发明还涉及一种用于旋转带刀的输送装置，包括壳体件和至少两个接合在旋转带刀的开口内的保持件。另外，本发明涉及用于安全地安装和拆下旋转带刀，特别是锋利的旋转带刀的方法。由于旋转带刀配设有用于容纳保持件的开口，于是可以利用接合到或引入到开口内的保持件对旋转带刀进行保持。通过这种方式，当将旋转带刀在剖层机上拆下时，利用与开口接合的保持件对旋转带刀进行可靠的保持。由此在无需接触旋转带刀本身，特别是刀刃的情况下即可将旋转带刀从剖层机上拆下。

Broiling apparatus

A drum of meat, consisting of an assembly of layers of meat chunks is rotated on a vertical spit, cooked by radiant heat supplied by a plurality of heating elements, and sliced by an automatically advancing paring apparatus. Certain of the heating elements are moved automatically toward the spit axis, and certain groups of heating elements are automatically deenergized as the diameter of the meat drum decreases.

Feeding type processing device for traditional Chinese medicine decoction pieces

本发明涉及可进给式中药饮片加工装置，包括固定架和可竖向滑动的压杆，固定架上有与压杆同轴的刀架，压杆上有螺旋设置的凸轮槽，刀架上有与凸轮槽匹配的推杆，刀架上有圆周分布的多个水平刀片，固定架上有圆周分布的多个出料孔和多个进料孔，固定架上有多个进料筒，进料筒的内孔与进料孔一一同轴连通；进料筒上有与进料筒的内孔连通的滑槽，滑槽内有滑块和第一弹簧，滑块在第一弹簧的弹力作用下在滑槽内向进料筒的内孔方向滑动；滑块上有沿垂直于滑块的滑动方向水平贯穿滑块的导槽；进料筒上有沿垂直于滑块的滑动方向水平贯穿进料筒的竖向设置的贯穿槽，贯穿槽内有可竖向滑动的导杆，导杆的一部分置于导槽内，导杆与压杆之间经直杆连接。

Slicing compressed blocks

On place un bloc de matière stratifiée comprimée tel qu'une balle (10) de tabac, dans un réceptacle (40) exécutant un mouvement de va-et-vient. Le mouvement dudit réceptacle (40) amène la balle (10) en contact avec une lame fixe (46) laquelle coupe ladite balle (10) entre des strates, le poids non supporté de la tranche (48) qui est en train d'être séparée aidant la coupe. Un photodétecteur (62) déclenche le chargement d'une autre balle (10) lorsqu'il n'est pas couvert. L'autre balle (10) est portée par un convoyeur d'indexage (42) monté sur un châssis à roues (64) lequel déplace ledit convoyeur (42) sur le reste de ladite balle dans le cadre (40), puis se retire en laissant l'autre balle (10) au-dessus du reste. A block of compressed laminated material such as a tobacco bale (10) is placed in a receptacle (40) performing a reciprocating movement. The movement of said receptacle (40) brings the ball (10) into contact with a fixed blade (46) which cuts said ball (10) between strata, the unsupported weight of the wafer (48) which is being separate helping the cut. A photodetector (62) triggers the loading of another bale (10) when it is not covered. The other bale (10) is carried by an indexing conveyor (42) mounted on a wheeled chassis (64) which moves said conveyor (42) over the rest of said bale in the frame (40), then withdraws leaving the other ball (10) above the rest.

Advanced slicer

Patent FR2474931B1

Apparatus for the separation of floor coverings on raised floor panels or the like

Abstract Apparatus for the Separation of Floor Coverings on Raised Floor Panels or the Like In order to rapidly and automatically separate especially worn floor coverings (12) of raised floor panels (10), preferably three separating apparatuses (17) are incorporated with motor powered cutting blades (18) in a device (13) which beneath the separating apparatuses (17) has a carriage (29) with holders (31) for the raised floor panel (10) which is to be treated. The carriage (29) can be moved by motor back and forth transverse to the cutting blades (18) of the separating apparatuses (17) or parallel to the longitudinal axis of the device (13). The separating apparatuses (17) are in turn fixed pivotally around a horizontal axis (19) on a base plate (21). Base plates (21), while being provided with springs and thus shock-absorbing, are in turn fixed on a transverse, portal-like frame part (15) movable to a limited extent in the direction of the longitudinal axis of the device (13). Carriage (29) is moved back and forth over a running nut (38) by a threaded spindle (39), which is fixed rotary movably on the frame (14) of the device (13), but is axially immovable and; is driven alternately in either direction of rotation.

Rod coating stripper

A stripper for stripping coating off of coated sucker rod is provided. The stripper can have a frame having spaced-apart and opposing end plates with a passageway for receiving the coated rod. Rollers located in the frame guide the coated rod as it passes through the passageway. A cutting bar contacts the coated rod to cut a strip off of the coated rod, leaving a remainder of coating that can be deflected off of the coated rod by a deflector as the coated rod passes through the stripper.

Apparatus and method for removing a release sheet from a workpiece

An apparatus and method are disclosed for removing a sheet such as a release sheet (18) in adherence with a workpiece such as a foam pad (12). The release sheet is contacted with a knife to form a slit, a needle then enters and engages the slit to lift a portion (102) of the release sheet, and a peeler (48) then grasps the lifted portion and peels the release sheet from the workpiece.

Splitting pressure regulator for splitting machines

VEGETABLE CUTTER SECURITY MANUAL

Coupe-légumes manuel de sécurité comportant :- un châssis (1) reposant sur des pieds (21, 22) et muni de deux montants longitudinaux parallèles (31, 32) définissant deux rails de guidage d'un chariot (5) mobile en translation en va et vient, et reliés d'autre part par un plateau (4) de réglage de la hauteur de coupe, et- au moins une lame de coupe (11) montée transversalement entre les montants longitudinaux (31, 32),caractérisé en ce qu'il est équipé d'au moins une cartouche de découpe en rondelles (15) amovible susceptible d'être insérée longitudinalement entre les montants (31, 32) du châssis (1) et comportant un premier bord (14) sur lequel est montée la lame de coupe (11), cette cartouche de découpe en rondelles (15) étant munie de moyens de préhension coopérant avec des moyens de positionnement prévus sur le châssis (1).

CUTTING OR POLISHING TOOL SUITABLE FOR CONFORMING TO THE PROFILE OF A RIGHT SECTION

OUTIL DE COUPE OU DE POLISSAGE APTE A SE CONFORMER AU PROFIL D'UNE SECTION DROITE, PAR EXEMPLE LAME DE COUPE DEFORMABLE 18 DESTINEE A L'ENLEVEMENT DE LA BARDIERE SUR LES LONGES DE PORC. LA LAME 18 EST DEFORMEE PAR DES GUIDES-SUPPORTS 361, 362, 363... SE DEPLACANT SELON DES DIRECTIONS 37 ORTHOGONALES A LA LAME 18. LA LAME EST TENDUE PAR LE CHASSIS SUPPORT DE LAME 25, QUI DESCEND SOUS L'ACTION DE SON PROPRE POIDS ET D'UN RESSORT 39. LES PATINS 36 SUIVENT UN DEPLACEMENT QUI LEUR EST COMMANDE PAR DES DETECTEURS DE L'INTERFACE MAIGRE-GRAS. CUTTING OR POLISHING TOOL SUITABLE TO CONFORM TO THE PROFILE OF A STRAIGHT SECTION, FOR EXAMPLE DEFORMABLE CUTTING BLADE 18 INTENDED FOR THE REMOVAL OF THE BARRIER ON PIG TONGS. THE BLADE 18 IS DEFORMED BY GUIDES-SUPPORTS 361, 362, 363 ... MOVING IN DIRECTIONS 37 ORTHOGONAL TO THE BLADE 18. THE BLADE IS TENSION BY THE BLADE SUPPORT FRAME 25, WHICH LOWS UNDER THE ACTION OF ITS OWN WEIGHT AND OF A SPRING 39. THE SKATES 36 FOLLOW A MOVEMENT WHICH THEY ARE CONTROLLED BY DETECTORS OF THE LEAN-FAT INTERFACE.

BARDEN MACHINE

LA PRESENTE INVENTION EST RELATIVE A UNE MACHINE A BARDES. CETTE MACHINE EST CARACTERISEE EN CE QU'ELLE COMPORTE UN MOYEN DE DEPOSE 12 A 19, SUR LE PLATEAU DE RECEPTION 20 DES BARDES, D'UNE FEUILLE DE MATIERE NON ADHERENTE 8 ENTRE DEUX BARDES SUCCESSIVES 5 DECOUPEES. APPLICATION: INDUSTRIE ALIMENTAIRE.

Bacon slicer with endless band saw - has roller to move work towards blade mounted on pivotable jack-actuated height adjustable table

The cutter slices slabs of bacon,using a band saw of which the endless blade traverses a motor pulley and a return pulley. A drive roller moves the work towards the blade mounted on a pivotable table by which it is raised or lowered. A group of individually sprung presses acts in the direction of the drive roller. The table comprises a second order lever of which the inclination is modified by a jack, and the drive roller is positioned between the table fulcrum and the jack.

Bacon slicer machine

New equipment for unwinding natural rubber

Manufacturing process of flexible material objects

DEVICE FOR CUTTING PLATES FROM A BLOCK OF FLEXIBLE MATERIAL, IN PARTICULAR MACHINE FOR CUTTING BARDS

Rubber sawing machine

Material making it possible to afford isothermal protection, method for obtaining it and isothermal protective packaging produced from such a material

Material 1 making it possible to afford isothermal protection, in the form of panels of large surface area and constant thickness. It is obtained by cutting into the mass of a block of polystyrene 2, the cutting operation being effected, cold, by compressing the upper face 3 of the material and this being substantially above the cutting zone, thus making it possible to give the sheet 1 obtained flexibility characteristics allowing it to be rolled up on itself and/or folded without breaking.

DEVICE FOR CUTTING PLATES FROM FLEXIBLE MATERIAL, IN PARTICULAR MACHINE FOR CUTTING BARDS AND CUTTING OUT

Patent FR1576628A

IMPROVEMENTS RELATING TO RIBBON KNIFE SLOTTING MACHINES

L'invention concerne une machine à fendre à couteau ruban dans laquelle le couteau ruban 10 est maintenu dans un dispositif de guidage déformable s'étendant sur la largeur du travail, comprenant une partie inférieure 7 résistant à la flexion et une partie supérieure 8 déformable, portant le dispositif de guidage du couteau et reliée à la partie inférieure par des dispositifs de réglage La partie supérieure 8 est constituée par des sections 11, 12, 13 reliées respectivement les unes aux autres par des articulations 20, 21. The invention relates to a band knife slitting machine in which the band knife 10 is held in a deformable guide device extending over the width of the work, comprising a lower part 7 resistant to bending and a deformable upper part 8, carrying the knife guide device and connected to the lower part by adjusting devices The upper part 8 is formed by sections 11, 12, 13 respectively connected to each other by articulations 20, 21.

Cutting blade for carpet removing machines

A cutting attachment for a carpet stripping tool whereby the carpeting being removed from a floor area is simultaneously cut into strips as the adhesive bond between the carpet and the floor is separated.

A kind of angular sponge gourd automatic peeling slicing device

本发明公开了一种有棱丝瓜自动去皮切片装置，包括机架、送料机构、去皮机构、切片机构、PLC和料箱。设置送料机构安装在机架安装板左端，其后侧依次安装去皮机构和切片机构。设置送料机构包括传送带、电机、A液压缸、料斗，设置传送带坚向安装，电机带其转动，表面用方板格成若干方格，其左端安装A液压缸，上方设有料斗。设置切片机构固定在去皮机构上，下方装有料箱。设置PLC专门控制各电机和液压缸运动。采用上述结构，有棱丝瓜从料斗进传送带方格，当方格中心与去皮机构一致时A液压缸推丝瓜前进，去皮机构将皮去除，切片机构将其斜切成片，掉进料箱内。本装置能自动送料、去皮和切片，经过两次去皮，去皮更干净，斜向切片增大受热面积。

Device for splitting foam bodies

The invention relates to splitting off a thin layer (16) from a foam body (11) by means of a band knife (12). A removal device (20) lifting and removing the layer (16) from the cutting point comprises a belt conveyor (21) having a conveyor element (22) that can be electrostatically charged. Lifting and removing the layer (16) from the cutting point is done by the electrostatic attraction to the conveyor element.

Squeegee blade trimmer

SQUEEGEE BLADE TRIMMER ABSTRACT OF THE DISCLOSURE The squeegee blade trimmer of the pre-sent invention includes a pair of back to back C-channels having mounted along one side thereof a pair of shear bars, along with a pair of parallel extending tracks. The C-channels are hinged to-gether on their opposite side and a press clamp mechanism is provided for selectively drawing the channels together. A blade holder is provided with a pair of runners for running along the tracks such that a worn, flexible squeegee blade may be placed between the shear bars and the blade holder run along the tracks causing a laterally extending blade edge to sever a worn edge of the squeegee blade from the body of the squeegee thus leaving a fresh, clean straight edge.

PERFORMED SPLIT MACHINE

Vegetable slicer with thickness adjustment

A vegetable slicer has an integral body with a generally flat portion, a diagonally arranged opening partially transversely of said top portion and a section of said top portion on one side of said opening separated from the remainder of the top portion by longitudinal cutaway areas so that said section may be moved up and down relative to a knife positioned longitudinally of said diagonal opening. A cam device is provided for moving the section of the top portion vertically.

Apparatus for separating the covering layers from conveyor belts

The invention relates to a movable apparatus for separating the covering layers from conveyor belts with reinforcement inserts, especially steel cables. The object of the invention is to devise an apparatus for separating the covering layers from conveyor belts, which apparatus operates at high cutting speeds and ensures stable running of the equipment. The object is essentially achieved according to the invention in that the apparatus continuously separates the covering layer from the carcass, at an adjustable thickness, using a rotating belt knife, and automatically moves forwards in the working direction on the conveyor belt.

Slicing compressed blocks

Mandoline type food slicer

一种食物切片器，其包括用于支撑平台和滑道的框架，滑道可相对于所述平台移动。切割刀片固定在平台的上游端。单独的切割刀可移动地连接至框架上。连接在框架上的调整机构用于调节切割刀片和滑道之间的偏移。调整机构包括分别设置在第一和第二凸轮板上的第一和第二导轨，以及用于沿着食物切片器的长度方向移动第一和第二凸轮板的齿轮机构。

Skinning blade clamp with fat relief grooves

A meat skinning device (10) having a clamp (16) and a shoe (14) that holds a blade (18) therebetween, the clamp having at least one groove (22) that extends from one edge of the clamp to the other.

Method for obtaining shoulder pads and similar objects from cellular or fibrous materials, and installation for implementing it

Procédé perfectionné permettant d'obtenir, par découpe, des objets de profils prédéterminés à partir de nappes ou feuilles de matériaux souples, consistant à conformer et densifier provisoirement les nappes ou feuilles préalablement à l'opération de découpe. Il se caractérise en ce que la conformation est obtenue par action d'une dépression au travers d'une matrice concave, la découpe éliminant la partie en saillie de la matrice.

Production of porous polytetrafluoroethylene article

Kitchen food slicer has baseboard for the food with a side-mounted slide and blade moving with respect to fixed board

A kitchen slicer has a baseboard for the food with a side-mounted slide (11) with a blade (7) that moves with respect to the fixed board.

Peeling and cutting tool

Schäl- und Schneidwerkzeug und ein damit verbundenes Verfahren zum Abisolieren und Schälen von vorisolierten Rohrenden insbesondere des Aussendurchmessers des Mediumrohres beinhaltend eine Spanneinheit zur Aufnahme des Rohrendes, eine Führungseinheit zur Vorschubbeweg und der Abisolier- und Schäleinheit, wobei sich die Führungseinheit durch die Spanneinheit erstreckt, eine Schneideinheit zum Abtrennen des Aussenrohres und der Isolationsschicht, einen Träger und eine Abisolier-und Schäleinheit, wobei die Abisolier- und Schäleinheit ein Schälelement vorzugsweise eine Schälklinge und ein Abisolierelement vorzugsweise eine Abisolierkontur aufweist zum gleichzeitigen Abisolieren und Schälen des Rohrendes insbesondere des Mediumrohrendes. Peeling and cutting tool and a method associated therewith for stripping and peeling of pre-insulated pipe ends in particular the outer diameter of the carrier pipe containing a clamping unit for receiving the pipe end, a guide unit for feed movement and the stripping and peeling unit, wherein the guide unit extends through the clamping unit, a Cutting unit for separating the outer tube and the insulating layer, a carrier and a stripping and peeling unit, wherein the stripping and peeling unit has a peeling blade preferably a peeling blade and a stripping preferably a stripping contour for simultaneous stripping and peeling the pipe end, in particular the medium pipe end.

PROCEDURE AND DEVICE FOR THE MANUFACTURE OF BAN-SHAPED PACKAGING MATERIAL FOR CONTAINERS

Tool for stripping elastomeric material from reinforced hose - has curved support for hose and knife mounted to move along path concentric with curved support

The tool prepares an elastomeric item (16) having embedded longitudinal flexible reinforcing elements, e.g. a fabric reinforced irrigation hose, for splicing. It has a supporting surface on which the item may be placed and a knife (60). The knife has a straight edge extending transverse to and parallel to the supporting surface. A clamp bar (72) holds the item on the support. The knife is supported so that it is movable towards and along the item to strip the elastomeric material from the reinforcing elements. The supporting surface (14) is curved, with an axis of curvature parallel to the knife edge. The knife support has an arm (56) which pivots about the centre of curvature of the curved surface, and which moves in a curved path concentric with the curved supporting surface.

A method and device for cutting objects into fixed portions

The invention relates to a method and device for cutting objects, such as chicken breast in a portion with fixed weight and fixed shape. This is done by situating an object into a mould defining a predetermined shape, applying under-pressure in the mould for positioning the object in a fixed position, and cutting the part of the object extending over the mould so that the remaining part of the object is essentially the part filling the mould.</SDO AB>