Garnfuehrergetriebe fuer Kreuzspulmaschinen

GARNWICKELVORRICHTUNG UND GARNWICKELVERFAHREN

Die Erfindung umfasst eine Traversierführung, die angepasst ist, um ein Garn, das in einen Garnkörper zu wickeln ist, während einer Wickelperiode des Garnkörpers zu traversieren, und um während einer Wickelstoppperiode des Garnkörpers an einer Bereitschaftsposition bereitzustehen; und einen Positionsbestimmungsabschnitt, der angepasst ist, um die Bereitschaftsposition der Traversierführung während der Wickelstoppperiode gemäß einer Traversierendposition der Traversierführung zu bestimmen.

Verfahren zur Herstellung einer Färbespule sowie Vorrichtung zum Aufspulen eines kontinuierlich zulaufenden Fadens

Die vorliegende Erfindung betrifft ein Verfahren zur Herstellung einer Färbespule, bei dem ein kontinuierlich zulaufender Faden (16) auf einer Spulstelle einer eine Mehrzahl von Spulstellen (2) aufweisenden Textilmaschine auf einer Hülse zu einer Kreuzspule (5) aufgespult wird, die anschließend einem Färbeprozess unterzogen wird, wobei zum Schutz der aufzuspulenden Fadenlagen zunächst eine Polsterwicklung auf die Hülse aufgebracht wird, die den Hülsenmantel über den Changierbereich hinweg abdeckt, und dass nach dem Aufspulen der Polsterwicklung zum Aufspulen des Fadens (16) zur Kreuzspule (5) auf ein anderes Wicklungsverfahren umgeschaltet wird, wobei die Polsterwicklung mit konstantem Windungsverhältnis aufgespult wird.

Method for monitoring transverse movement of threads of winding head of cross wound bobbin producing machine, involves evaluating measurement signal from spectrum of measurement signals of thread tensile force sensor

The method involves detecting thread tensile force deviation occurring during transverse movement of threads (16) using a thread tensile force sensor (20). The thread tensile force deviation is processed in a control device (28). A measurement signal is evaluated from spectrum of measurement signals of the thread tensile force sensor, where the measurement signal contains output of operation mode of a thread transversing device. The spectrum of measurement signals is subjected to a frequency analysis process i.e. Fourier transformation, in the control device.

PROCEDURE AND DEVICE FOR ROLLING A THREAD UP ON A COIL

BEARING HOUSE FOR A DRIVING DEVICE KREUZSPULEN OF A MANUFACTURE TEXTILE MACHINE

REELING DEVICE FOR KREUZSPULEN A MANUFACTURE TEXTILE MACHINE

Antriebsvorrichtung für die die Fadenführer tragende Spindel von Spulmaschinen.

Dispositif de commande d'au moins un guide-fil pour l'envidage de fils ou filaments, spécialement de la soie artificielle.

Dispositif de bobinage.

Fadenführer-Antriebsanordnung für Textilmaschinen, insbesondere für Kunstseide.

Verfahren und Einrichtung zum Verlegen des Fadens beim Wickeln von Kötzerspulen

Kurbelantrieb

Dispositif pour l'enroulage de rubans de fibres textiles en bobines croisées

Flaring aggregate.

Electrical rotary motor in particular for a textile machine.

Reciprocating yarn guide arm has structured mounting and end yarn guide sections, with an intermediate carrier section, of a material which withstands the yarn draw forces and alternating speed changes

The arm for a reciprocating yarn guide has a mounting section (216), a yarn guide section (217) with a yarn guide slit (224), and a connecting carrier section (218). A drilling (223) at the mounting section takes the motor axis, for the yarn guide movements. The arm material is at least partially of fibers of carbon, boron, or a hybrid compound fiber material. The mounting section is wider than the yarn guide section, and the tapering of the carrier section is in the shape of a polynome at least of the first degree.

Procedure for the controlling of a flaring mechanism at a device, propelled by a singlemotor drive, for the winding of conical Kreuzspulen as well as Kreuzspulen a manufacturing textile machine.

Die Erfindung betrifft ein Verfahren zur Steuerung einer von einem einzelmotorischen Antrieb angetriebenen Changiereinrichtung an einer Vorrichtung zum Wickeln konischer Kreuzspulen auf eine konische Hülse, wobei die konischen Kreuzspulen jeweils von einer Spulenantriebswalze reibschlüssig angetrieben werden, wobei in Abhängigkeit von der festgelegten Spulengeometrie ein so genannter Konizitätsfaktor (K) bestimmt wird, der das Verhältnis der Fadenverlegegeschwindigkeiten an den Stirnseiten der Kreuzspule wiedergibt, um den festgelegten Spulenaufbau zu erreichen, wobei zu Beginn der Spulenreise ein modifizierter Konizitätsfaktor (K´) zur Ansteuerung des Antriebes eingestellt wird, dessen Wert oberhalb des Wertes des vorgegebenen Konizitätsfaktors (K) liegt, der sich aus der Geometrie des Spulenkörpers ergibt, und wobei im Verlauf der Spulenreise der Wert des modifizierten Konizitätsfaktors (K´) an den Wert des vor Beginn des Spulenaufbaus bestimmten Konizitätsfaktors (K) zumindest angenähert ...

Procedure for the controlling of a flaring mechanism at a device, propelled by a singlemotor drive, for the winding of conical Kreuzspulen as well as Kreuzspulen a manufacturing textile machine.

Die Erfindung betrifft ein Verfahren zur Steuerung einer von einem einzelmotorischen Antrieb angetriebenen Changiereinrichtung an einer Vorrichtung zum Wickeln konischer Kreuzspulen auf eine konische Hülse, wobei die konischen Kreuzspulen jeweils von einer Spulenantriebswalze reibschlüssig angetrieben werden, wobei in Abhängigkeit von der festgelegten Spulengeometrie ein so genannter Konizitätsfaktor (K) bestimmt wird, der das Verhältnis der Fadenverlegegeschwindigkeiten an den Stirnseiten der Kreuzspule wiedergibt, um den festgelegten Spulenaufbau zu erreichen, wobei zu Beginn der Spulenreise ein modifizierter Konizitätsfaktor (K´) zur Ansteuerung des Antriebes eingestellt wird, dessen Wert oberhalb des Wertes des vorgegebenen Konizitätsfaktors (K) liegt, der sich aus der Geometrie des Spulenkörpers ergibt, und wobei im Verlauf der Spulenreise der Wert des modifizierten Konizitätsfaktors (K´) an den Wert des vor Beginn des Spulenaufbaus bestimmten Konizitätsfaktors (K) zumindest angenähert ...

Procedure for winding a thread up on a spool for a Kreuzspule.

Die vorliegende Erfindung betrifft ein Verfahren zum Aufspulen eines Fadens auf eine Spulenhülse zu einer Kreuzspule, wobei die in einem Spulenrahmen gehalterte Spulenhülse durch eine einzelmotorisch antreibbare Vorrichtung angetrieben wird und der Faden auf der Kreuzspule zum Spulenaufbau mittels einer einzelmotorisch antreibbaren Changiereinrichtung verlegt wird, wobei zur Ansteuerung eines einzelmotorischen Antriebes der Changiereinrichtung ein so genannter Konizitätsfaktor (K) verwendet wird, der das Verhältnis der Fadenverlegegeschwindigkeit an den Stirnseiten der Kreuzspule wiedergibt, wobei auf der zylindrischen Spulenhülse in Abhängigkeit von der Garndrehungsrichtung der Konizitätsfaktor (K) ausgehend von dem Wert 1 während der Spulenreise der Kreuzspule angehoben oder abgesenkt wird, wobei am Spulenrahmen eine mit dem durch die Änderung des Konizitätsfaktors asymmetrischen Garnauftrag zumindest in ihrer Richtung übereinstimmende Zusatzkonizität eingestellt wird, um die der Spulenrahmen ...

Procedure for winding a thread up on a coil case for a Kreuzspule.

Die vorliegende Erfindung betrifft ein Verfahren zum Aufspulen eines Fadens auf eine Spulenhülse zu einer Kreuzspule, wobei die in einem Spulenrahmen gehalterte Spulenhülse durch eine einzelmotorisch antreibbare Vorrichtung angetrieben wird und der Faden auf der Kreuzspule zum Spulenaufbau mittels einer einzelmotorisch antreibbaren Changiereinrichtung verlegt wird, wobei zur Ansteuerung eines einzelmotorischen Antriebes der Changiereinrichtung ein so genannter Konizitätsfaktor (K) verwendet wird, der das Verhältnis der Fadenverlegegeschwindigkeit an den Stirnseiten der Kreuzspule wiedergibt, wobei auf der zylindrischen Spulenhülse in Abhängigkeit von der Garndrehungsrichtung der Konizitätsfaktor (K) ausgehend von dem Wert 1 während der Spulenreise der Kreuzspule angehoben oder abgesenkt wird, wobei am Spulenrahmen eine mit dem durch die Änderung des Konizitätsfaktors asymmetrischen Garnauftrag zumindest in ihrer Richtung übereinstimmende Zusatzkonizität eingestellt wird, um die der Spulenrahmen zur Horizontalen geneigt wird.

Air spinning machine for producing a yarn from a filamentary fiber assembly.

Die Erfindung betrifft eine Luftspinnmaschine zur Herstellung eines Garns (14) aus einem strangförmigen Faserverband, wobei die Luftspinnmaschine für die Herstellung des Garns (14) notwendige Funktionseinheiten, wie beispielsweise ein Streckwerk zum Verfeinern des Faserverbands und eine Luftspinndüse, aufweist, und wobei die Luftspinnmaschine für das Aufspulen des Garns (14) auf eine Hülse (8) notwendige Funktionseinheiten in Form einer Spulvorrichtung und einer dieser zugeordneten Changiereinheit (10) umfasst, wobei die Changiereinheit (10) ein Changierelement (19) mit einer Anpressfläche (26) zum Führen des Garns (14) beim Aufspulen auf die Hülse (8) aufweist, und wobei das Changierelement (19) derart über eine Führung (20) beweglich gelagert ist, dass es gemeinsam mit der Anpressfläche (26) parallel zu einer Längsachse (33) einer sich in der Spulvorrichtung befindlichen Hülse (8) bewegbar ist. Erfindungsgemäss ist vorgesehen, dass die Führung (20) des Changierelements (19) beweglich ...

Improvements with the revolving funnels used for the winding of the fibre ribbons in cross reels

Placement device on coil for machine building cables

[...] self-moving for spun, relates, cotton, andc.

모헤어 자동 권취장치

... 본 발명은 털부재가 눌리지 않도록 모헤어를 자동으로 보빈에 권취할 수 있도록 된 새로운 구조의 모헤어 자동 권취장치에 관한 것이다. 본 발명에 따른 모헤어 자동 권취장치는 상기 가이드부재(40)가 하강된 상태에서, 상기 가이드부재(40)의 선단부로 연장된 모헤어(1)의 선단부를 상기 회전구동수단(30)에 고정된 보빈(10)의 권취부(11)에 고정한 후, 상기 구동모터(35)를 구동시키면, 상기 왕복구동수단(50)에 의해 가이드부재(40)가 측방향으로 이동하면서 상기 모헤어(1)가 상기 권취부(11)에 나선형으로 엉키지 않도록 감기도록 한다. 그리고, 가이드부재(40)가 끝까지 이동하면, 상기 승강구동수단(60)에 의해 가이드부재(40)가 상승함과 동시에 왕복구동수단(50)에 의해 가이드부재(40)가 반대방향으로 이동하는 과정을 반복하여, 상기 모헤어(1)가 상기 보빈(10)의 둘레면에 여러층을 이루면서 상호 엉키지 않도록 권취되도록 한다. 따라서, 작업자가 모헤어(1)를 손으로 잡아서 모헤어(1)가 감기는 정도를 조절하는 종래의 방법과 달리, 별도의 인력이 필요하지 않으면서, 더욱 효과적이면서 빠른 속도로 모헤어(1)를 권취할 수 있어서, 생산성이 높은 장점이 있다.

Yarn winding machine

An automatic winder includes a yarn supplying section (11), a cradle (23), a contact roller (29), a traverse arm (74), a traverse driving motor (76), a splicer device (14), and an upper yarn catching member (26). The cradle 23 rotatably supports a winding bobbin. The contact roller (29) rotates while making contact with a package (30). The traverse arm (74) traverses yarn using a yarn guide section (73) located at a tip end thereof. The traverse driving motor (76) rotationally drives the traverse arm (74). The splicer device (14) connects yarn ends. The upper yarn catching member (26) can catch the yarn end from the package (30). When viewed from an axial direction of the contact roller (29), a rotational axis line (L1) of the traverse arm (74) and a yarn path line (L3), which is formed by extending a yarn path near the yarn guide section (73) at a traverse end, intersect while forming an acute angle or are parallel to each other.

Steuereinrichtung für eine Traversiervorrichtung

Steuereinrichtung (80) für eine Traversiervorrichtung (34), umfassend:eine Garnführung (33), die geeignet ist, ein laufendes Garn (Y) zu führen;ein Garnführungsantriebsmittel zum Hin- und Herbewegen der Garnführung (33);ein Ist-Positionserkennungsmittel zum Erkennen einer Ist-Position der Garnführung (33),wobei die Traversiervorrichtung (34) so konfiguriert ist, das Garn, das um eine Garnspule gewickelt wird, zu überführen, wobei die Steuereinrichtung (80) dadurch gekennzeichnet ist, dass sie umfasst:ein Musterliefermittel (60) zum Liefern eines Positions-Geschwindigkeitsmusters, das für eine Beziehung zwischen der Position der Garnführung (33) und der Laufgeschwindigkeit der Garnführung (33) an dieser Position bezeichnend ist;ein Zielgeschwindigkeitsberechnungsmittel (61) zum Berechnen einer Ziellaufgeschwindigkeit der Garnführung (33), basierend auf dem Positions-Geschwindigkeitsmuster, das durch die Musterliefermittel (60) geliefert wurde, und der Ist-Position der Garnführung (33), die ...

Spulvorrichtung für eine Arbeitsstelle einer Kreuzspulen herstellenden Textilmaschine

Die Erfindung betrifft eine Spulvorrichtung für eine Arbeitsstelle einer Kreuzspulen herstellenden Textilmaschine mit einem Spulenrahmen zum Haltern einer Hülse einer Kreuzspule zwischen Hülsenaufnahmetellern, einer in den Spulenrahmen integrierten, drehzahlregelbaren Antriebseinrichtung, die an einen der Hülsenaufnahmeteller angeschlossen ist sowie einer einen separaten Antrieb aufweisenden Fadenchangiereinrichtung. Erfindungsgemäß ist vorgesehen, dass die Spulvorrichtung (4) eine definiert ansteuerbare, einzelmotorisch beaufschlagte Spulenrahmen-Positioniereinrichtung (38) aufweist, die eine im Spulenrahmen gehalterte Kreuzspule (5), beabstandet zu der Fadenchangiereinrichtung (10), in einer Schwebestellung hält, so dass während der Spulenreise der Kreuzspule (5) der Abstand (a) zwischen der Oberfläche (39) der Kreuzspule (5) und der Fadenchangiereinrichtung (10) konstant gehalten wird.

Verfahren zur Herstellung einer Kreuzspule

Die vorliegende Erfindung betrifft eine Verfahren zur Herstellung einer Kreuzspule (3), wobei eine Verlegeeinrichtung (12) einen ersten Verlegehub (41, 51) einer ersten Hublänge (h1) und einen zweiten Verlegehub (44, 54) einer zweiten, unterschiedlichen Hublänge (h2) ausführt. Erfindungsgemäß wird die Länge (h1, h2) der Umkehrstrecken (41.1, 44.1, 51.1, 54.1, 41.2, 44.2, 51.2, 54.2) des ersten und zweiten Verlegehubes (41, 51, 44, 54) so aufeinander abgestimmt, dass bei gleicher Verlegegeschwindigkeit des ersten und zweiten Verlegehubes (41, 51, 44, 54) in einem Mittenbereich (45, 55) zwischen den Umkehrstrecken (41.1, 44.1, 51.1, 54.1, 41.2, 44.2, 51.2, 54.2) die Verlegefrequenzen des ersten und zweiten Verlegehubes (41, 51, 44, 54) übereinstimmen.

Kurbelantrieb fuer den Fadenfuehrer einer Kreuzspulmaschine

Improvements in cam motions

... 157,274. Nuttall, J. H. March 21, 1916, [Convention date]. Void [Published under Sect. 91 of the Act]. Winding-machines.-In cam mechanism for operating the thread-guiding lever in bobbin-winding machines and for other purposes, a cam e of constant diameter is engaged at opposing points by rollers d, i carried on spindles c, h carried in the forked ends of levers a, f, two double-armed levers k, m loose on each of the spindles c, h being cross connected by rods o to maintain constant engagement between the cam and rollers. In bobbin-winding machines, the spindle b of the lever a carries the thread-guiding lever, and the lever f is idle.

YARN COIL DEVICE AND YARN COIL PROCEDURE

FADENFÜHRER FOR TRAVERSIERENDEN SUPPLYING A THREAD TO A ROTATING PROPELLING ACCUMULATING COIL

FADENFÜHRER FOR TRAVERSIERENDEN SUPPLYING A THREAD TO A ROTATING PROPELLING ACCUMULATING COIL

Thread guide for traversing thead in rotating winding bobbin

Cable guide

Driving mechanism of the cable guide of the textile machinery in particular for rayon

DEVICE OF TO AND FROM HAS OSCILLATING ARM

Le dispositif de va-et-vient à bras oscillant (5) est équipé d'un guide-fil (4) pour le bobinage d'une matière filiforme sur un support entraîné en rotation, ledit bras étant assujetti à des moyens aptes à lui conférer un mouvement de rotation alternative entre deux positions angulaires. Le bras oscillant (5) présente une largeur (L) apte à lui conférer une raideur élevée dans son plan d'oscillation et une épaisseur (t) apte à lui conférer une raideur faible dans un plan perpendiculaire audit plan d'oscillation, ledit bras (5) étant monté en combinaison avec des moyens de guidage (9), (10) conformés pour limiter ou interdire toute déformation dans ledit plan perpendiculaire tout en permettant le mouvement de rotation alternative entre deux positions angulaires.

THREAD GUIDE

Thread guide (1) which, for the purpose of laying a thread on a rotating reel (4), guides the thread parallel to the reel axis, over a traversing-lift extent, in a thread-guide fork (5), the finger-like thread guide (1) being connected at the end to a drive device (3), and two hollow-cylindrical guide elements (6, 7), which form the thread-guide fork (5), being arranged at the free end of the thread guide (1).

CROSS WINDING PACKAGE, AND MANUFACTURING METHOD FOR CROSS WINDING PACKAGE

PROBLEM TO BE SOLVED: To improve a cross winding package structure having precision winding or step-precision winding, by improving a cross winding package form where it is formed by the precision winding or step-precision winding, respective rhombic parts formed in winding are arranged tightly or are blocked by thread section wound up in parallel with relative interval, and a thread layer is formed. SOLUTION: In the cross winding package, the width of a partial thread layer is different from the width of the other partial thread layer. COPYRIGHT: (C)2005,JPO&NCIPI ...

FADENVERLEGEANTRIEB, INSBESONDERE FÜR EINE ARBEITSSTELLE EINER TEXTILMASCHINE

Pipe dispensing apparatus

CHANGIERVORRICHTUNG WITH ROCKER

S conical cross-wound bobbin of the device for preventing the production of

本发明涉及S加捻纱的锥形交叉卷绕筒子的生产。根据本发明，S加捻纱卷绕在管上，使得形成p卷绕并且使得对称比在所述筒运转期间增大，所述对称比也是从操作侧观察时所述交叉卷绕筒子(5)的左手端面和右手端面之间的移动速度比。本发明还涉及利用该方法生产的交叉卷绕筒子(5)以及执行该方法的卷绕装置(4)。

Method and device for operating station of textile machine for manufacturing cross-wound spools and station for executing the method

The present invention relates to a method for operating a station of textile machine for manufacturing cross-wound spools and the station for executing the method. The station is provided with a bobbin creel, an independent motor drive device, a yarn cleaner and a winding station computer, wherein the bobbin creel is used for rotatably holding the cross-wound spools. The independent motor drive device is used for rotating the cross-wound spools or transversely operating the yarn on the cross-wound spools. The yarn cleaner is used for detecting the yarn defect. The winding station computer is used for controlling the independent motor drive device of the station. According to the invention, when the winding is stopped, the drive device of the yarn transverse moving device is controlled at a state the position of a free thrum of the yarn connected with the cross-wound spools is coordinated with a following mode, namely, the yarn guider of the yarn transverse moving device causes the free ...

Improvements in the manufacture of artificial silk

Device of trancanage

RECIPROCATING DEVICE WITH OSCILLATING ARM

The invention concerns an oscillating arm (5) having a length (L) suitable to provide it with high stiffness in its oscillation plane and a thickness (t) suitable for providing it with a low stiffness in a plane perpendicular to said oscillation plane, said arm (5) being mounted in combination with guide means (9), (10) configured to limit or prevent, in said perpendicular plane, deformations resulting from the low stiffness of the arm in said plane and to enable the alternating rotational movement of said arm between two angular positions.

Method and device for the operation of a workstation of a textile machine producing crosswound bobbins

WIRE GUIDE DEVICE

PURPOSE: To dispense with any complex control by letting a swing arm naturally follow in the displacement of a release line position at the supplying reel of a wire at the time of delivery of this wire. CONSTITUTION: When a wire 2 is supplied, an actuator 6 is set up in a state of being unexcited, and simultaneously a clutch 15 cuts off any transmission of driving force of the actuator 6 to a swing shaft 3, making a swing arm 7 set free around this swing shaft 3. With this, any restraint against the swing arm 7 is released. Consequently, the swing arm 7 comes free. In this state intact, a reel 4 is driven in the delivery direction of the wire 2 by the driving means 6. At this time, with the movement of a release line position of the wire 2, the swing arm 7 is automatically followed in the movement of this release line position of the wire 2 on a peripheral surface of the reel 4 by dint of torque in the rocking direction to be produced in a groove part of a first roller 8. COPYRIGHT: (C) ...

Drehtrichteranordnung zur Aufwicklung von Faserbaendern zu Kreuzspulen

Improved process and apparatus for winding freshly spun artificial silk on spinning bobbins and the like

... 395,954. Winding artificial silk in bobbin spinning machines. ALGEMEENE KUNSTZIJDE UNIE NAAMLOOZE VENNOOTSCHAP, Arnhem, Holland. Jan. 13, 1933, No. 1252. Convention date, Jan. 13, 1932. [Class 120 (ii).] In winding freshly spun artificial silk an irregular oscillation is imparted to the filament guide in addition to its normal oscillation to lay the filament by means of an elastic connecting member between the guide and its operating mechanism. The filament guide 3 is mounted in a pendulum, which is constituted by a resilient wire 6 with an adjustable weight 7 and carried by an oscillating traverse shaft 4 or by a reciprocating slide, or the shaft 4 may be divided and the parts connected by an elastic coupling; or the driving- member of the shaft 4 may be resiliently connected thereto.

Improvements in Rotary Funnels Employed for Winding Fibre Slivers in Crossed Reels

1,165,392. Winding slivers; twist tubes. N. SCHLUMBERGER & CIE. 11 Jan., 1967 [21 Jan., 1966], No. 1528/67. Headings DID and D1N. A false twist tube funnel 1 for traversing a sliver onto a cross-wound reel has a reciprocating rotational movement about its axis, a pivotal movement about an axis 3 at right angles to the axis of the winding-on roll 9 and a movement parallel to the axis of roll 9, the latter movements being synchronised so that the delivery end of the funnel moves along a line e-e 1 parallel to the axis of the roll 9. Twist tube 1 is rotatably mounted in a support (2), Figs. 2, 4 not shown, pivoted about an axis 3 on an arm 4 pivotally mounted on the machine frame at 5. Arm 4 is rocked to and fro by a crank mechanism (7, 36, 27) Fig. 3 not shown, and support (2) is rigidly attached to a rod 10 pivoted at 13 to a rod 11 pivotally mounted on the m/c frame at 12; thus the central point of the twist tube follows a path d while the tube itself is rocked by arm 10 to cause the delivery end to follow line e-e 1 . An oscillating rotary drive is transmitted to false twist tube 1 from a crank mechanism (16, 17, 31), Fig. 3 not shown via a toothed sector (15) rockable about shaft 5, gears (18, 21), chain (22), gear (23) on shaft 3 and finally via a bevel gear arrangement (24, 25) Fig. 2 not shown, to the twist tube. The crank mechanisms for arm 4 and the twist tube rotation are both adjustable for different length of package and different degree of twist; it is preferably arranged that the twist tube does not reverse its direction of rotation as the direction of traverse of the twist tube reverses. The twist tube is mounted in an easily releasable mounting to be replaceable for different materials. The simple harmonic motion of the rockerarm is accelerated in the region of its reversal point and slowed in the region of its central position to make the traversing speed of the funnel more nearly uniform; this is done by driving the crank mechanism through ...

HOSE ROLLING UP SYSTEM

Method and device for positioning a finger yarn guide of a textile machine for creating cross-wound spools

The invention relates to a method and a device for positioning a winding head of a textile machine. The textile machine comprises a finger-type yarn guiding device for transversely arriving at yarn of spinning barrel and a suction nozzle. The finger-type yarn guiding device is driven by a separate motor and is equipped with an energy storage device. The suction nozzle can be pivoted in a surface region of the spinning barrel to pick-up thread end. According to the present invention, the finger-type yarn guiding device (13) is positioned in an end position (E) in a reliable way of avoiding impact with the suction nozzle (17) before the suction nozzle engages a thread end pick-up position (I).

Textile strip guide control system - has mounting accommodating tubular rotary guide member and is driven to=and=fro

Direction changer aid for yarn winder, has additional aerodynamic and/or pneumatic forces applied by compressed air nozzles

Le dispositif comprend des moyens (8, 9) aptes à créer, au niveau des zones d'inversion du sens de déplacement de l'élément mobile (6), des forces additionnelles du type aérodynamique et/ ou pneumatique opposées au sens lu déplacement dudit élément, pour lui imposer des inversions de sens plus rapide, sans intervenir sur les moyens de déplacement.

Cable guide for winding-machines

Verfahren und Vorrichtung zum Betreiben einer Spulstelle einer Kreuzspulen herstellenden Textilmaschine

Die Erfindung betrifft ein Verfahren und eine Vorrichtung zum Betreiben einer Spulstelle einer Kreuzspulen herstellenden Textilmaschine, die zum Traversieren eines auf eine Textilspule auflaufenden Fadens einen einzelmotorisch angetriebenen, mit einem Energiespeicher ausgestatteten Fingerfadenführer aufweist und mit einer Saugdüse ausgestattet ist, die zum Aufnehmen eines Fadenendes in den Bereich der Oberfläche der Textilspule schwenkbar ist. Erfindungsgemäß ist vorgesehen, dass der Fingerfadenführer (13), bevor die Saugdüse (17) ihre Fadenendaufnahmestellung (I) einnimmt, in einer Endlage (E) so positioniert ist, dass eine Kollision mit der Saugdüse (17) zuverlässig vermieden wird.

Fadenführungselement für einen Fingerfadenführer

Die vorliegende Erfindung betrifft ein Fadenführungselement für einen Fingerfadenführer einer Fadenchangiereinrichtung, das auf Tragstäben, welche in einem Grundkörper des Fingerfadenführers festgelegt sind, angeordnet ist und während des Spulbetriebes einen auf die Oberfläche einer Kreuzspule auflaufenden Faden reibschlüssig im Sinne traversieren beaufschlagt. Erfindungsgemäß ist vorgesehen, dass das Fadenführungselement (11) ein auswechselbar auf den Tragstäben (15, 16) positionierbares, dünnwandiges Prägeteil (19) ist, das aus einem metallischen Werkstoff besteht und zwei durch einen Verbindungssteg (21) gekoppelte, geschlitzte Hülsen (20A, 20B) aufweist.

Destranding optical fibre cable

Equipment to remove helically wrapped wrapping tape (3) and unstrand optical fibres (4) helically laid around a central member (5, 6) uses slipping drives taken from the planetary rotation of the take up spools to drive the wrapping tape take up spool (22) and the take up spools (23) for the optical fibres. The slipping drives are slipping belt drives. Traversal onto spools 23 is produced by an orbited pin engaged in a slot in a pivoted, fibre- guiding link. ...

Method and device for winding a thread onto a bobbin

Winding device, in particular for hoses and cables

A device is proposed to automatically wind hoses and cables by utilizing both an actuating motor unit and a particular guide unit so that the present device permits to wind hoses and cables by simply pushing a button while in the known solutions hoses and cables are usually winded manually. Generally, the winding device according to the present invention is provided with a motor (4) to actuate both the rotation of a winding drum (2) and the angular displacement of a guide and distribution unit (6). The distribution unit (6) is supported by a hanger (S). Two swinging arms (13) are hinged to the hanger (S) and are operated by an arm (12). A 360° articulated guide cone (14) is fixed to the ends of both swinging arms (13).

DEVICE FOR LAYING A THREAD

Die Erfindung betrifft eine Vorrichtung zum Verlegen eines Fadens mit einem schwenkbaren Führungsstab (1). Der Führungsstab (1) weist ein Führungsende (2) mit einem Fadenführer (3) und ein Antriebsende (5) auf, wobei der Führungsstab (1) an einer ortsfesten Schwenkachse (4) drehbar gelagert ist. Zum Antrieb des Führungsstabes (1) ist das Antriebsende (5) des Führungsstabes mit einem Antrieb (9) gekoppelt. Um eine definierte und änderbare Verlegung eines Fadens zu erhalten, ist erfindungsgemäß der Antrieb (9) als ein oszillierender Linearantrieb (6) ausgebildet, der durch ein Koppelglied (7) mit dem Antriebsende (5) des Führungsstabes (1) verbunden ist.

VERFAHREN UND VORRICHTUNG ZUM BETREIBEN EINER ARBEITSSTELLE EINER KREUZSPULEN HERSTELLENDEN TEXTILMASCHINE

Improvements relating to yarn winding machines

... 663,802. Winding yarn. ARUNDEL, COULTHARD & CO., Ltd., and PILKING- TON, F. April 6, 1950 [July 18, 1949], No. 18822/49. Class 120(ii) A yarn winding machine having upright spindles and one or more rocker shafts a carrying arms c upon which are secured the traverse rods d, is provided with means, e.g. an arm f fixed to the rocker shaft a and having pivotally attached at its ends piston rods g having pistons operating in fixed liquid-filled cylinders h, to damp out detrimental low-frequency vibrations. The pistons are preferably each provided with a spring-urged plate i controlling a passage through the piston, the plate being adjustable by a screw j.

Improvements in machines for winding thread, yarn and the like

... 778,783. Winding yarn. FRASER & SONS, Ltd., D. Oct. 7, 1955 [Oct. 11, 1954]. No. 29181/54. Class 120 (2). A drum winding machine in which at least one thread guide bar is connected to a rocking lever pivoted to the machine frame and carrying a cam follower in engagement with a cam, and in which the stroke of the thread guide bar is variable by altering the positions of the rocking lever and of the cam follower relatively to the frame has means provided for altering the positions of the rocking lever and cam follower in such a way that during operation of the machine the axis of the cam follower when prolonged intersects the axis of the cam at the points of reversal of the throw of the cam. In one embodiment, Fig. 1, the pivot 5 of the lever 4 is fixed and the cam axle 2 is slidably mounted between plates 9 so that the cam 1 is adjustable in the frame 3 towards or away from the pivot 5. The cam follower 8 is adjustably mounted in a slot 10 in the lever 4. In a second embodiment, Fig. 5 ( ...

LEVELWIND SYSTEM FOR COILED TUBING REEL

A levelwind system for a coiled tubing reel (26) including an arcuate guide arm (48) extending over the upper surface of the reel (26). A universal joint (50) mounts the lower end of the arm (48) for pivotal movement both vertically and horizontally. A guide member (52) is supported on the free end of the guide arm (48) for guiding the coiled tubing T on and off reel (26). A lift cylinder (54) is effective to raise and lower guide arm (48). A balancing cylinder (60) is effective for moving guide arm (48) laterally. A hydraulic fluid circuit responsive to a position sensor (111) and a microprocessor (112) as shown in Figure 12 is effective for controlling the movement of the coiled tubing guide arm (48).

DEVICE OF TO AND FROM HAS OSCILLATING ARM

DEVICE Of ASSISTANCE TO the INVERSION OF SENS Of a BACK AND FORTH PASS

Mechanism of drive for a cable guide of a cross winding-machine

DISPOSITIF DE COMMANDE DU MOUVEMENT ALTERNATIF D'UN GUIDE-RUBAN TUBULAIRE POUR LA FORMATION DE BOBINES DE RUBANS EN FIBRES

Dispositif de commande du mouvement alternatif rectiligne d'un guide-ruban tubulaire pour la formation de bobines de fibres textiles, naturelles ou artificielles, à la sortie de bancs d'étirage ou autres. Le dispositif comprend un guide-ruban constitué par un support tubulaire dans lequel est monté un guide-ruban tubulaire. Des moyens permettent de faire tourner continuellement ce guide-ruban dans le support autour d'un axe commun. Un systeme de bielle-manivelle permet d'obtenir des vitesses de translation élevées. Application aux machines textiles.

Equipment for the wiring of drivers with random step

WINDER

METHOD AND DEVICE FOR OPERATING A WORK STATION OF A TEXTILE MACHINE THAT PRODUCES CROSS-WOUND BOBBINS

Verfahren und Vorrichtung zum Betreiben einer Arbeitsstelle einer Kreuzspulen herstellenden Textilmaschine

Die Erfindung betrifft ein Verfahren bzw. eine Vorrichtung zum Betreiben einer Arbeitsstelle einer Kreuzspulen herstellenden Textilmaschine, mit einem Spulenrahmen zum drehbaren Haltern einer Kreuzspule, einer Fadenverlegeeinrichtung zum Changieren eines auf die Kreuzspule auflaufenden Fadens sowie einer Einrichtung, die verhindert, dass bei einer Spulunterbrechung das mit der Kreuzspule verbundene Fadenende neben die Oberfläche der Kreuzspule gelangen kann. DOLLAR A Erfindungsgemäß ist vorgesehen, dass der Antrieb der Fadenverlegeeinrichtung durch einen Spulstellenrechner derart angesteuert wird, dass der Fadenführer der Fadenverlegeeinrichtung im Falle einer Spulunterbrechung sofort in eine Position verlagert wird, in der sichergestellt ist, dass das mit der Kreuzspule verbundene Fadenende zuverlässig auf die Oberfläche der Kreuzspule aufläuft.

Verfahren zum Einfädeln eines Fadens

Die vorliegende Erfindung betrifft ein Verfahren zum Einfädeln eines Fadens (16) in einen Führungsschlitz (21) eines einzeln angetriebenen, fingerförmigen Fadenführers (13) einer Textilmaschine, der zur Verlegung eines Fadens (16) auf einer rotierenden Spule (5) den Faden (16) parallel zur Spulenachse über eine Changierhubbreite führt, wobei DOLLAR A - vor Beginn der Einfädelung der Fadenführer (13) in eine Ausgangsposition (A) überführt wird; DOLLAR A - dann der Fadenführer (13) in eine Einfädelposition (E) überführt wird und den einzufädelnden Faden (16) übernimmt; DOLLAR A - dabei zwischen dem Fadenführer (13) und dem Faden (16) eine Relativbewegung erzeugt wird, um den Faden (16) in den Fadenführer (16) einzufädeln; und DOLLAR A - der Faden (16) für die Einfädelung unter Spannung gehalten wird. The invention relates to a method for threading a thread (16) into a guide slot (21) of an individually driven, finger-shaped thread guide (13) of a textile machine ) leads parallel to the bobbin axis over a traverse stroke width, with DOLLAR A - before threading begins, the thread guide (13) is transferred to a starting position (A); DOLLAR A - then the thread guide (13) is transferred into a threading position (E) and takes over the thread (16) to be threaded; DOLLAR A - a relative movement is generated between the thread guide (13) and the thread (16) in order to thread the thread (16) into the thread guide (16); and DOLLAR A - the thread (16) for threading is kept under tension.

APPARATUS AND METHOD FOR WINDING FLEXIBLE MATERIAL FOR TWISTLESS PAYOUT THROUGH A STRAIGHT RADIAL OPENING

... 1431926 Apparatus for winding packages with radial openings WINDINGS Inc 5 July 1973 32025/73 Heading D1J An apparatus of the kind in which a yarn is traversed onto a rotating spindle 2 by a guide element 6 that is pivotally mounted to allow for increasing package diameter, is characterized in that the yarn is wound onto the package in figure-8 windings, there being means for causing successively formed crossover of alternate layers to be angularly spaced around the package in opposite circumferential directions and for the total angular distance from the first cross-over to the last cross-over thereof in the direction of progression of the cross-overs around the package to be less than 360‹ so as to define a radial opening 10 in the package as distinct from the curved opening 8 that would otherwise occur due to the swing of the guide element 6 about its pivotal axis. Thus, for example, the cross overs may extend around 345‹, so that a gap of 15‹ is left in which there are no cross-overs ...

Yarn changing method

Levelwind system for coiled tubing reel

Thread laying drive, especially for working station of textile machine, has controller comprising multivariable control system to accurately control actual angular position of thread guide by at least one correcting variable

The thread laying drive, especially for a working station of a textile machine, with a thread guide and an electric motor powered dedicated drive for it, has a controller (4) which comprises a multivariable control system in order to accurately control the actual angular position of the thread guide by means of at least one correcting variable. Input variables into the controller include the predetermined angular position, the corresponding torque, the corresponding angular acceleration, and the corresponding angular speed of the thread guide.

FADENCHANGIERUNG

THREAD PACKAGE BUILDING

LEVELWIND SYSTEM FOR COILED TUBING REEL

A levelwind system for a coiled tubing reel (26) including an arcuate guide arm (48) extending over the upper surface of the reel (26). A universal joint (50) mounts the lower end of the arm (48) for pivotal movement both vertically and horizontally. A guide member (52) is supported on the free end of the guide arm (48) for guiding the coiled tubing T on and off reel (26). A lift cylinder (54) is effective to raise and lower guide arm (48). A balancing cylinder (60) is effective for moving guide arm (48) laterally. A hydraulic fluid circuit responsive to a position sensor (111) and a microprocessor (112) as shown in Figure 12 is effective for controlling the movement of the coiled tubing guide arm (48).

Mechanism of winding-machine for textile machinery

System of winding-machine with cross wire

RECIPROCATING DEVICE WITH OSCILLATING ARM

The invention concerns an oscillating arm (5) having a length (L) suitable to provide it with high stiffness in its oscillation plane and a thickness (t) suitable for providing it with a low stiffness in a plane perpendicular to said oscillation plane, said arm (5) being mounted in combination with guide means (9), (10) configured to limit or prevent, in said perpendicular plane, deformations resulting from the low stiffness of the arm in said plane and to enable the alternating rotational movement of said arm between two angular positions.

LEVELWIND SYSTEM FOR COILED TUBING REEL

A levelwind system for a coiled tubing reel (26) including an arcuate guide arm (48) extending over the upper surface of the reel (26). A universal joint (50) mounts the lower end of the arm (48) for pivotal movement both vertically and horizontally. A guide member (52) is supported on the free end of the guide arm (48) for guiding the coiled tubing T on and off reel (26). A lift cylinder (54) is effective to raise and lower guide arm (48). A balancing cylinder (60) is effective for moving guide arm (48) laterally. A hydraulic fluid circuit responsive to a position sensor (111) and a microprocessor (112) as shown in Figure 12 is effective for controlling the movement of the coiled tubing guide arm (48).

THREAD GUIDE

Vorrichtung zum Changieren

Die Erfindung betrifft eine Vorrichtung zum Changieren mehrerer Fäden mit mehreren Führungsstäben, die jeweils ein Führungsende an einem Führungseinschnitt zur Aufnahme eines Fadens und ein Lagerende aufweisen. Die Führungsstäbe sind über das Lagerende an mehreren Schwenkachsen drehbar gelagert und mit einem Gruppenantrieb zum Hin- und Herführen verbunden. Um schnelle und synchrone Bewegungen ausführen zu können, ist der Gruppenantrieb erfindungsgemäß durch eine Antriebsstange gebildet, die durch mehrere Drehgelenke mit den Führungsstäben verbunden ist und die durch ein Antriebsmittel oszillierend antreibbar ist.

Bobbin winder, to produce cross wound bobbins, has a friction roller against the bobbin with a core fitted with underpressure channels and suction openings at the rotating mantle to prevent hairy bobbin flanks

The bobbin winder, to produce cross wound bobbins, has a roller (9) in friction contact with the bobbin surface at the winding frame. The roller has a static core (17) with channels (19), and a rotating mantle (18). The core channels are linked by a pneumatic line (20) to an underpressure, and the mantle is fitted with suction openings (29) over the core channels.

Kreuzspule und Verfahren zu ihrer Herstellung

Method and apparatus for winding a thread onto a bobbin

... 791,896. Winding yarns. SOC. RHODIACETA. May 7, 1956 [June 8, 1955], No. 14126/56. Class 120(2) Thread is fed to a bobbin having conical end checks through a guide slot in a thread guide adapted to oscillate with constant amplitude about a fixed point and the thread guide given a sudden appreciable increase in angular velocity slightly before the points at which its direction of motion is reversed, and 'rapidly restored to its initial angular velocity slightly after the change of direction has occurred. A thread guide lever 1, pivoted at 2, is connected by means of a slit 4 and pin 5 with a member 6 pivoted at 7 on a reciprocating rod 8 which oscillates the guide 1. A roller 10 is rotatably mounted on the member 6 and engages with one of the abutments 14, 15 on a fixed member 13 when the guide approaches a reversal point. This engaging of the roller 10 causes the member 6 to pivot about 10 and thus gives increased angular velocity to the guide 1 through the pin and slot connections 4, 5 ...

Improvements in or relating to traverse mechanisms for use in winding packages of yarn or like materials

... 1,118,115. Preventing lubricant escape in traverse mechanisms. GIDDINGS & LEWISFRASER Ltd. 30 Dec., 1966 [2 March, 1966], No. 9087/66. Heading D1J. A traverse mechanism includes a cylindrical rotatable cam 1 mounted within an enclosed casing 6, a follower 3 for the cam pivotally mounted on a first arm 4 which is rigidly mounted on a shaft 5 extending into the casing, and a second arm 7 rigidly mounted on the shaft 5 outside the casing and carrying a yarn guide 8, a seal being provided between the casing and the shaft. Due to the total enclosure of the cam 1 and arm 4 no lubricant present in sump 11 can escape and soil the yarn and no dirt can enter casing to foul the bearings and the helical grooves 10 of cam 1. In the embodiment of Figure 1, the follower is also slidably mounted on arm 4 with the bearing 16 for the shaft 5 rigidly mounted in the casing. In preferred embodiments, the shaft 5 is journalled in a horizontally slidable bearing 19 and either linear motion of the cam follower ...

Automatic Cable Spooling Device

An automatic cable spooling device is provided, comprising a frame adapted to rotatably hold a spooling drum; a drum motor operatively connected to the drum; and a levelwind arm positioned adjacent to the drum. The levelwind arm is movable in a plane aligned with the rotational axis of the drum. The system further includes an arm motor operatively connected to the levelwind arm; and a microcontroller in communication with the arm motor. An arm encoder is adapted to sense a position of the arm motor and is in communication with the microcontroller. Likewise, a drum encoder is adapted to sense a position of the drum motor and is also in communication with the microcontroller. The position of the levelwind arm is controlled by the microcontroller based on the position of the drum, the spooling width, and a predetermined cable diameter. 1. An automatic spooling system , comprising:a frame adapted to rotatably hold a spooling drum, wherein the spooling drum includes a rotational axis, and a spooling width bounded by a first flange and a second flange;a drum motor operatively connected to the drum;a levelwind arm positioned adjacent to the drum, wherein the levelwind arm is moved in a plane aligned with the rotational axis of the drum;an arm motor operatively connected to the levelwind arm;a microcontroller in communication with the arm motor;an arm encoder adapted to sense a position of the arm motor and in communication with the microcontroller;a drum encoder adapted to sense a position of the drum motor and in communication with the microcontroller; andwherein the position of the levelwind arm is controlled by the microcontroller based on the position of the drum, the spooling width, and a predetermined cable diameter.2. The spooling system of claim 1 , wherein the levelwind arm includes a plurality of sheaves adapted to guide a cable from a cable source into the drum.3. The spooling system of claim 1 , wherein the levelwind arm is mounted to a slew bearing adapted to ...

WINDING MACHINE

The invention relates to a winding machine (). According to the invention a winding material supply guide () is guided for being displaced with a degree of freedom () relative to a frame () of the winding machine (). When a winding material guiding structure () executes a compensating movement () along a degree of freedom () during the winding process due to an increase of the diameter of a wound package formed on a spindle (), a corresponding movement of the winding material supply guide () along the degree of freedom () can be induced in a way such that a supply angle β of the winding material () to the winding material guiding structure () does not change during the winding process. 1. A winding machine comprisinga) a frame,b) a spindle, ca) comprises a traversing winding material guide which is driven for executing a traversing movement,', 'cb) comprises a bail means which is pressed against an outer surface of a wound package wound on the spindle and', 'cc) is moved during a winding process according to an increasing diameter of the wound package for providing a compensating movement relative to the spindle,, 'c) a winding material guiding structure which'}d) a winding material supply guide arranged upstream from the traversing winding material guide, the winding material supply guide being located at a position of the frame remote from the winding material guiding structure and a winding material being transferred directly from the winding material supply guide to the winding material guiding structure,e) the winding material supply guide being moveable dependent on the compensating movement.2. The winding machine of claim 1 , wherein the movement of the winding material supply guide is such that a supply angle β of the winding material into the winding material guiding structure does not change in a plane (x-z-plane) having an orientation transvers to a traversing axis of the traversing winding material guide.3. The winding machine of claim 1 , wherein it is ...

WINCH FAIRLEAD GUIDE

An apparatus for guiding a flexible elongate tension member onto a spool comprises a pivot located in front of the spool extending along a vertical axis and a head extending between proximate and distal ends wherein the proximate end is rotatably supported by the pivot along the vertical axis. The apparatus further includes a fairlead located in the distal end of the head, the fairlead defining an opening for passing the flexible elongate tension member therethrough, the opening extending along a plane which is parallel to and spaced apart from the vertical axis. 1. An apparatus for guiding a flexible elongate tension member onto a spool , the apparatus comprising:a pivot located in front of said spool extending along a vertical axis;a head extending between proximate and distal ends wherein said proximate end is rotatably supported by said pivot along said vertical axis; anda fairlead located in said distal end of said head, said fairlead defining an opening for passing said flexible elongate tension member therethrough, said opening extending along a plane which is parallel to and spaced apart from said vertical axis.2. The apparatus of wherein said plane of said opening extends along a tangent of a radius defined by rotating said head about said vertical axis.3. The apparatus of wherein said fairlead includes top and bottom rollers and first and second side rollers defining said opening therebetween.4. The apparatus of wherein said bottom roller is supported within slots in said head so as to be vertically translatable therein.5. The apparatus of further comprising at least one biasing spring adapted to selectably bias said bottom roller to a topmost position within said slots.6. The apparatus of wherein said at least one biasing spring comprises one biasing spring.7. The apparatus of wherein said one biasing spring extends between first and second ends of said bottom roller so as to be extendable over said head so as to bias said bottom roller to said topmost ...

Winding device for a textile machine producing crosswound bobbins

The bobbin winder, to form cross wound bobbins, has a brake unit (20) at the support and clamping roller (9) which is in friction contact with the cross wound bobbin (8). The cross wound bobbin winder has a support and clamping roller, in friction contact with the bobbin, which is automatically brought to rest by a brake when it is moved clear of the bobbin. If the support and clamping roller is laid against the bobbin with an insufficient pressure, the bobbin moves the roller against the brake component (16) of the brake unit. The support and clamping roller rotates freely on a mounting arm (12), which swings on a pivot axis (13) at static mounting brackets (14), with a spring (15) acting on it. The static brake component is fitted to one of the mounting brackets, as an exchangeable unit, on the opposite side of the support and clamping roller to the reciprocating yarn guide (10).

SCHLAUCHAUFWICKELSYSTEM

Control device of a transversing gear

一种横动装置的控制装置，消除卷装的密度在轴向上的不均匀性。横动装置(34)的横动控制部(80)具备：位置-速度模式生成部(60)，供给导纱器(33)的位置与上述导纱器(33)在该位置上的行走速度之间的关系即位置-速度模式；目标速度计算部(61)，根据位置-速度模式生成部(60)供给的位置-速度模式和由编码器(49)检测到的上述导纱器(33)的当前位置，计算上述导纱器(33)作为目标的行走速度；以及驱动控制单元，根据由上述目标速度计算部(61)计算出的行走速度，控制上述导纱器驱动单元的动作。

Method and device for operating a work station of a textile machine that produces cross-wound bobbins

本发明提供一种用于操作生产交叉卷绕筒子的纺织机(1)的工作站(2)的方法和装置，该工作站包括：用于可旋转地保持交叉卷绕筒子(5)的筒子架(8)、用于使卷绕到交叉卷绕筒子(5)上的纱线(16)交叉卷绕的纱线铺设装置(10)、以及在卷绕中断的情况下防止掉纱的装置。本发明设置成所述纱线铺设装置的所述装置(14)由卷绕头计算机(28)控制，使得所述纱线铺设装置(10)的所述导纱器(13)在卷绕中断的情况下立即移动到确保连接到所述交叉卷绕筒子(5)上的线头可靠地卷绕到所述交叉卷绕筒子(5)的表面上的位置。

Method and device of driving forming cross traverse winding bobbing mechanical loom collecting device

本发明涉及一种驱动形成交叉卷绕筒子织机卷绕装置的方法和装置，包括一转动地保持筒子的筒子架、一电动驱动的导纱器，其导纱器使得在卷绕时卷绕到筒子上的纱线往复运动，以及一用于导纱器驱动装置的控制装置，其控制装置可以确定地调节导纱器往复行程的宽度和导纱器的加速度，其特征在于：其导纱器(7)的加速度取决于往复行程的宽度，其中，导纱器(7)的电动驱动装置(8)借助控制装置(10)这样被控制，使得导纱器(7)只在往复行程的卷绕筒子(3)筒子侧面(15)区域的转向点(14)处于最大的加速度，即短时间施加电机电流，其电机电流是驱动装置(8)稳定运行热许可电流的3-5倍，优选4倍，而在短的往复行程时，导纱器(7)的加速度减小，其中驱动装置(8)被短时间施加电机电流，其电机电流是驱动装置(8)稳定运行热许可电流的1.5-2.5倍，优选2倍。

Method for controlling traversing gear and spinner for manufacturing intersected coiled bobbin

本发明涉及控制横动装置的方法及制造交叉卷绕筒的纺织机。一种对用于将锥形交叉卷绕筒(5)卷绕到锥形筒管(18)上的机构上的由单独马达驱动装置(14)驱动的横动装置(10)进行控制的方法中，所述锥形交叉卷绕筒(5)分别由筒子驱动辊(9)以摩擦接合的方式驱动，根据固定的筒子几何形状确定所谓的锥度系数(K)，该锥度系数(K)代表了在所述交叉卷绕筒(5)端面处的纱线移位速度的比率，以实现固定的筒子结构，在筒子运转开始时调为修正锥度系数(K′)来致动驱动装置(14)，所述修正锥度系数的值大于根据所述筒子体(18)的几何形状得到的预定锥度系数(K)的值，并且，在筒子运转期间，使所述修正锥度系数(K′)的值至少接近在筒子逐渐形成之前确定的锥度系数(K)的值。

Method and device for operating station of textile machine for manufacturing cross-wound spools and station for executing the method

本发明涉及一种操作制造交叉卷绕筒子的纺织机的工位的方法以及执行所述方法的工位。所述工位配备有筒子架、独立马达驱动装置、清纱器以及卷绕工位计算机，其中筒子架用于可转动地保持交叉卷绕筒子，独立马达驱动装置用于旋转交叉卷绕筒子或者横动运行到交叉卷绕筒子上的纱线，清纱器用于检测纱疵，卷绕工位计算机用于以预定方式控制工位的独立马达驱动装置。根据本发明，在卷绕中断时，在与所述交叉卷绕筒子连接的纱线的自由纱头的位置协调的情况下如此控制纱线横动装置的驱动装置，即，所述纱线横动装置的导纱器使得自由纱头朝向所述交叉卷绕筒子的其中一个筒子端面的方向移位并且以预定长度定位在所述交叉卷绕筒子的其中一个筒子端面的外部。

Yarn winding apparatus

本发明提供一种纱线卷绕机，能够高效地形成更高质量的卷装。自动络纱机通过卷装驱动电动机旋转驱动卷绕有纱线的卷取管，并且通过横动导纱器使纱线往复动，由此形成卷装。通过横动导纱器驱动电动机往复驱动横动导纱器，作为其往复驱动的基准的控制原点，由原点计算部决定并且由原点存储部存储。电动机控制部，从卷装的卷绕开始起至卷绕完成为止，持续使用在开始向该卷装卷绕纱线之前由原点计算部决定并存储在原点存储部中的控制原点，而控制横动导纱器驱动电动机。

Winding device for a textile machine producing crosswound bobbins

Die Erfindung betrifft eine Spuleinrichtung (1) für eine Kreuzspulen (8) herstellende Textilmaschine mit einem einen Hülsenaufnahmeteller (6) beaufschlagenden Spulenantrieb (5), einer separat antreibbaren Fadenchangiereinrichtung (10) sowie einer mit der Kreuzspule (8) über Reibkontakt verbundenen Stütz-und Klemmwalze (9). The invention relates to a winding device (1) for a Cross-wound bobbins (8) producing textile machine with one Sleeve drive plate (6) acting coil drive (5), a separately drivable thread traversing device (10) and a supporting and connected to the cheese (8) via friction contact Pinch roller (9). Erfindungsgemäß ist vorgesehen, daß der Stütz- und Klemmwalze (9) eine Bremseinrichtung (20) zugeordnet ist. According to the invention, a braking device (20) is assigned to the support and clamping roller (9).

Winding device for a textile machine producing cross-wound bobbins

Die Erfindung betrifft eine Spuleinrichtung (1) für eine Kreuzspulen (8) herstellende Textilmaschine mit einem einen Hülsenaufnahmeteller (6) beaufschlagenden Spulenantrieb (5), einer separat antreibbaren Fadenchangiereinrichtung (10) sowie einer mit der Kreuzspule (8) über Reibkontakt verbundenen Stütz- und Klemmwalze (9). DOLLAR A Erfindungsgemäß ist vorgesehen, daß der Stütz- und Klemmwalze (9) eine Bremseinrichtung (20) zugeordnet ist. The invention relates to a winding device (1) for a textile machine producing cross-wound bobbins (8) with a bobbin drive (5) acting on a sleeve-receiving plate (6), a separately drivable thread-traversing device (10) and a support and Pinch roller (9). DOLLAR A According to the invention, it is provided that the support and clamping roller (9) is assigned a braking device (20).

Winding device for a cheese-producing textile machine

A winding device ( 1 ) for a textile machine producing cheeses ( 8 ), having a cheese drive mechanism ( 5 ) acting on a tube receiving plate ( 6 ), a separately driveable yam cross-winding device ( 10 ), and a support and clamping roller ( 9 ), in frictional contact with the cheese ( 8 ) during winding operation. A braking device ( 20 ) is assigned for braking the support and clamping roller ( 9 ) when the winding operation is interrupted.

Winder for making cross-tube used by spinning machine

本发明涉及制造交叉筒子(8)的纺织机用的络筒装置(1),具有一个驱动筒管接收盘(6)的筒子驱动器(5),一个可独立驱动的纱线横动装置(10)及一个在络筒工作时通过摩擦接触与交叉筒子(8)连接的支承及夹持辊(9)。根据本发明提出:对支承及夹持辊(9)设置了一个制动装置(20)。

Cone-winding apparatus for textile machines producing cross-wound bobbins

The bobbin winder, to form cross wound bobbins, has a brake unit (20) at the support and clamping roller (9) which is in friction contact with the cross wound bobbin (8). The cross wound bobbin winder has a support and clamping roller, in friction contact with the bobbin, which is automatically brought to rest by a brake when it is moved clear of the bobbin. If the support and clamping roller is laid against the bobbin with an insufficient pressure, the bobbin moves the roller against the brake component (16) of the brake unit. The support and clamping roller rotates freely on a mounting arm (12), which swings on a pivot axis (13) at static mounting brackets (14), with a spring (15) acting on it. The static brake component is fitted to one of the mounting brackets, as an exchangeable unit, on the opposite side of the support and clamping roller to the reciprocating yarn guide (10).

Winding device for a cheese-producing textile machine

A winding device ( 1 ) for a textile machine producing cheeses ( 8 ), having a cheese drive mechanism ( 5 ) acting on a tube receiving plate ( 6 ), a separately driveable yarn cross-winding device ( 10 ), and a support and clamping roller ( 9 ), in frictional contact with the cheese ( 8 ) during winding operation. A braking device ( 20 ) is assigned for braking the support and clamping roller ( 9 ) when the winding operation is interrupted.

An apparatus for arraying and winding automatically the cable for easy error correction

본 발명은 오차보정이 용이한 케이블 자동 정렬권취 시스템에 관한 것으로서, 보다 상세하게는 회전되는 보빈의 일측에 설치되어 후단에서 공급되는 케이블을 트레버스 시키면서 상기 보빈에 다층으로 정렬권취되도록 하는 케이블 자동 정렬권취 시스템에 있어서, 상기 보빈의 일측에 일정 축방향으로 회동가능하게 설치되는 가이드로봇과, 일단이 상기 가이드로봇의 일측에 고정되고 타측으로 연장되어 상기 보빈의 좌우방향으로 트레버스되는 가이드암과, 상기 가이드암의 타단에 설치되어 상기 케이블이 안착지지되는 가이드롤러와, 상기 가이드암의 타단에 설치되어, 상기 가이드암이 트레버스되면서 상기 보빈상에 케이블이 감겨질 수 있는 잔여폭을 실시간으로 검출하도록 하는 간격검출부와, 상기 보빈과 케이블의 규격정보에 의해 자동 정렬권취 정보를 미리 생성시켜, 상기 자동 정렬권취 정보에 기초하여 상기 가이드로봇 및 가이드암의 동작을 제어하되, 상기 간격검출부에서 검출된 값이 상기 자동 정렬권취 정보값의 허용범위를 초과할 경우, 상기 가이드로봇 및 가이드암의 동작을 보정하도록 보정제어명령을 생성시키는 동작제어부를 포함하여 제공된다. 상기와 같은 본 발명에 따르면, 보빈에 케이블이 권취되는 잔여폭을 실시간으로 검출하고, 기설정된 정렬권취 정보를 보정하여 작업자의 육안 관리감독이 이루어지지 않더라도 케이블이 자동으로 정렬권취됨에 의해, 케이블 권취 공정에서의 인건비를 절감시킬 수 있으며, 보다 정확한 정렬권취가 이루어질 수 있는 효과가 있다. 또한, 가이드 롤러가 설치되는 가이드 암 및 가이드 로봇이 다양한 각도 및 축으로 이동가능하여, 기존에 설치된 보빈의 교체없이 설치 운용가능하여, 케이블 권취공정 시스템 구축 비용을 절감시킬 수 있으며, 다양한 현장에 폭넓게 사용할 수 있는 효과가 있다. 또한, 보빈의 권취 전환구간이 단부 부분에서는 플랜지의 간섭없이 가이드 롤러가 정확한 권취점으로 안내되도록 가이드암을 길이방향을 축으로 회전시켜 보빈 내측으로 가이드롤러를 진입시키도록 하며, 더욱이, 권취 전환구간에서 발생되는 공극을 최소화하기 위해 본 발명에서는 케이블을 다수회 권취시키면서 공극을 분산시키도록 하여, 정렬권취 정밀도를 더욱 향상시킬 수 있는 효과가 있다.

Coiler device for the station of the weaving loom that produces cross winding bobbin

本发明涉及一种用于生产交叉卷绕筒子的纺织机的工位的卷绕装置，该卷绕装置具有：将交叉卷绕筒子的套筒夹持在套筒夹持盘之间的筒子架；集成在筒子架中的能够调节转数的驱动装置，该驱动装置与其中一个套筒夹持盘相连接；以及具有单独驱动器的纱线横动装置。根据本发明，卷绕装置(4)具有一个受单个马达驱动的限定可控的筒子架定位装置(38)，该筒子架定位装置将使支承在筒子架上的交叉卷绕筒子(5)与纱线横动装置(10)保持隔开，并保持悬浮状态，以在交叉卷绕筒子(5)卷绕的过程中使交叉卷绕筒子(5)的表面(39)与纱线横动装置(10)之间保持恒定的距离(a)。

Improvement in reciprocating mechanisms for winding bundles of wire

Yarn coiler

本实用新型提供一种纱线卷绕机。作为纱线卷绕机的自动络纱机包括：摇架、接触罗拉(29)、和横动装置。摇架将供纱线的卷装(30)卷绕的卷绕纱管(22)以能够旋转的方式支承。接触罗拉(29)与卷装(30)接触并旋转。横动装置与接触罗拉(29)独立地设置，使纱线在卷装(30)的表面横动。接触罗拉(29)形成为锥形状。该接触罗拉(29)的大小直径比(d 2 /d 1 )比卷绕纱管(22)的大小直径比(D 2 /D 1 )小。

Bearing housing for a drive device of a textile machine producing cross-wound bobbins

Levelwind system for coiled tubing reel

A levelwind system for a coiled tubing reel (26) including an arcuate guide arm (48) extending over the upper surface of the reel (26). A universal joint (50) mounts the lower end of the arm (48) for pivotal movement both vertically and horizontally. A guide member (52) is supported on the free end of the guide arm (48) for guiding the coiled tubing T on and off reel (26). A lift cylinder (54) is effective to raise and lower guide arm (48). A balancing cylinder (60) is effective for moving guide arm (48) laterally. A hydraulic fluid circuit responsive to a position sensor (111) and a microprocessor (112) as shown in Figure 12 is effective for controlling the movement of the coiled tubing guide arm (48).

Traverse device for yarn, and textile machinery including the same

A traverse device (3) has an arm driving part (7) which rotatively reciprocates an arm (6) having a yarn guide (6a) to traverse a yarn (1) on a takeup bobbin (2) that winds the yarn (1). The arm driving part (7) comprises an electrical coil (12) provided in the arm (6), two yokes (14a, 14b) formed into arc shapes around the center of axis of an arm shaft (9) as the center of rotative movement of the arm (6), and an air gap (15) that is sandwiched between the two yokes (14a, 14b) and has magnetic fields formed inside, and a part of the electrical coil (12) is inserted in the air gap (15). The respective two yokes (14a, 14b) are provided with permanent magnets (16a, 16b), a central yoke (14m) that divides the air gap (15) into two rows is provided, and in the respective two-row air gaps (15a, 15b), magnetic lines (17a, 17b) turned in the radial direction and being opposite each other are formed by the permanent magnets (16a, 16b). A part of the electrical coil (12) is inserted in the respective two-row air gaps (15a, 15b) so as to surround the central yoke (14m).

Yarn changing method

The aim of the invention is to change the yarn (F) in a winding frame (1) within a traverse (H) and at a high speed by using a pointer-shaped yarn guide, hereafter referred to as the pointer. To this end, the pointer is tapered with regard to shape and weight toward the free end, whereby in a preferred embodiment, a polynomial of at least one degree is used. In addition, the yarn is guided on a guide plate (6). The control (12) of the motor (8) is provided such that the pointer (7) can not only be provided for guiding the yarn (F) within the traverse (H), but such that the pointer stops in a position (C) within the changing traverse (H) in order to form an end bead on a ready-made spool. The pointer also stops in a position (A and B) outside the changing traverse (H) in order to permit the yarn to be grasped by a new core when drawn in (8) during a changing of the spool, whereas in position (B), the yarn is wound on said core to form a yarn reserve winding before the yarn is driven back once again in the traverse (H) by the pointer (7). The selected reverse points can be entered into the control, and the control and the motor are able to reverse the pointer at a selected reverse point. For that purpose, reverse means are provided which preferably operate in a contactless manner, e.g. electromagnetically. The same principles can also be used for other applications in which a lever must effect a swiveling movement over a predetermined traverse.

High-speed winding and coiling device

本发明公开了一种高速绕线成卷装置，包括放线机构、排线支撑机构、升降式排线臂、排线监控机构、走行机构和绕线机构；将线缆从放线组件上，穿过排线支撑结构固定在绕线机构上，绕线机构转动连接在走行机构上，走行机构通过第一驱动组件提供的动力能够做往复直线运动，且通过走行机构与升降气缸、升降大臂、升降小臂和导向轮组的配合设置，能够保证线缆在绕线机构上的紧密绕线和多层绕线，同时通过排线监控机构能够对线缆绕线过程中的倾斜角度进行检测，便于工作人员及时修正线缆的角度，提升线缆绕线质量；本发明结构简单，具备防止线缆发生叠线、塌边而造成的线缆挤压、摩擦，提升线缆品质及使用寿命的性能。

Winding device, in particular for hoses and cables

A device is proposed to automatically wind hoses and cables by utilizing both an actuating motor unit and a particular guide unit so that the present device permits to wind hoses and cables by simply pushing a button while in the known solutions hoses and cables are usually winded manually. Generally, the winding device according to the present invention is provided with a motor (4) to actuate both the rotation of a winding drum (2) and the angular displacement of a guide and distribution unit (6). The distribution unit (6) is supported by a hanger (S). Two swinging arms (13) are hinged to the hanger (S) and are operated by an arm (12). A 360° articulated guide cone (14) is fixed to the ends of both swinging arms (13).

Thread traversing device for a winding device in a textile machine producing crosswound bobbins

本发明涉及一种用于生产交叉卷绕筒子的纺织机的卷绕装置的纱线横动装置。该纱线横动装置包括用于将纱线横动馈送到可旋转驱动的引导筒子上的导纱器。在这种情况下，该导纱器设计成指状导纱器的形式，该指状导纱器安装成在枢转轴线的定界内运动并由电机驱动器驱动。根据本发明，至少一个支撑轨(20)布置在距所述指状导纱器(13)的纱线放置臂(18)一段距离处，使得当在纱线横动期间所述纱线放置臂(18)发生垂直于其运动平面(E)的移位或者存在所述纱线放置臂(18)的扭转时，所述纱线放置臂(18)抵靠所述支撑轨(20)。

Mechanism for controlling a thread displacement, in particular for a textile machine work station

Die Erfindung betrifft einen Fadenverlegeantrieb, insbesondere für eine Arbeitsstelle einer Textilmaschine, mit einem Fadenführer und einem dafür vorgesehenen elektromotorischen Einzelantrieb sowie einem Winkelgeber zur Erfassung der tatsächlichen Winkelposition (11) (φ_ist) des Fadenführers und einem Regler (4), durch den zumindest eine Stellgröße (9) (u) für eine Endstufe des elektromotorischen Einzelantriebes vorgebbar ist, um den Fadenführer anzutreiben. Der Fadenverlegeantrieb ermöglicht hohe Verlegefrequenzen bei Vermeidung von Verlegefehlern, wobei der Regler (4) eine Mehrgrößenregelung umfasst, um die zumindest eine Stellgröße (9) (u) und somit die tatsächliche Winkelposition (11) (φ_ist) des Fadenführers präzise zu regeln. Es wird ein Zustandsbeobachter (12) eingesetzt, um die inneren Zustände, wie sie in der realen Regelstrecke (10) vorliegen, mit genügender Genauigkeit zu bestimmen und dem Regler (4) zur Verfügung zu stellen.

Yarn winding device

本发明提供一种纱线卷绕机。作为纱线卷绕机的自动络纱机包括将卷绕纱管以能够旋转的方式支承的摇架(23)、与卷装(30)接触并旋转的接触罗拉(29)、横动臂(74)、对横动臂(74)进行旋转驱动的横动驱动电机(76)。在横动臂(74)的前端侧，配置有用于引导纱线的导纱部(73)。通过导纱部(73)使纱线横动。导纱部(73)具有在前端侧限制纱线的终端部和以将纱线引导至该终端部的方式向横动臂(74)的基端侧开口的开放部。在接触罗拉(29)的轴方向上观察时，横动臂(74)的旋转轴线(L1)与将横动的端部处的导纱部(73)附近的纱道延长而得到的纱道线(L3)呈锐角地相交或是平行。

Yarn winder and winding method

本发明提供纱线卷取机以及卷取方法。自动络纱机(1)具备横动臂(71)和单元控制部(51)。横动臂(71)使卷绕于锥形状的卷装(30)的纱线(20)横动。当卷取阶段进展时，单元控制部(51)使小径侧区域的横动臂(71)的横动速度相对于大径侧区域的横动臂(71)的横动速度之比、即横动速度比增加。

Yarn winding machine

一种自动络纱机，具备筒管设置部、摇架(23)、接触辊(29)、横动导纱器(28)以及导丝板(75、76)。筒管设置部供给供纱管的纱线。摇架(23)能够旋转地保持卷装(30)，该卷装(30)卷绕从筒管设置部供给的纱线(20)。接触辊(29)与卷装(30)接触而旋转。横动导纱器(28)与接触辊(29)相独立地设置。此外，横动导纱器(28)与卷装(30)所卷绕的纱线(20)卡合，使该纱线(20)横动。导丝板(75、76)在横动导纱器(28)卡合纱线(20)之前的阶段，与被赋予张力的纱线(20)接触，由此使该纱线(20)向卷装(30)的卷绕宽度方向中央侧靠近。

Thread traversing device

A textile machine thread traversing device includes a traversing arm and a holding device to retain the arm as it moves in a back and forth motion. A drive mechanism is connected to the holding device to rotate the holding device relative to a turning axis. A programmable control system is configured with the drive mechanism and includes a detecting device disposed to detect the angular position of the traversing arm and to control the drive mechanism as a function of the angular position.

Yarn winding device

An automatic winder includes a cradle (23) that rotatably supports a winding bobbin, a contact roller (29) that rotates while making contact with a package (30), a traverse arm (74), and a traverse driving motor (76) that rotationally drives the traverse arm (74). A yarn guide section (73) is arranged at a tip end of the traverse arm (74) in order to guide yarn, and the yarn guide section (73) traverses the yarn. The yarn guide section (73) includes a terminal section and an opened section. The terminal section regulates the yarn on the tip end of the yarn guide section (73). The opened section is formed facing towards a base end of the traverse arm (74) so as to guide the yarn to the terminal section. When viewed from an axial direction of the contact roller (29), a rotational axis line (L1) of the traverse arm (74) and a yarn path line (L3), which is formed by extending a yarn path near the yarn guide section (73) at a traverse end, intersect while forming an acute angle or are parallel to one another.

Method and apparatus for operating textile machine platform for producing crossed curling barrel

本发明涉及用于操作生产交叉卷绕筒子的纺织机工作台的方法和装置，该工作台包括：用于保持可旋转的卷绕筒子的筒子架；由单独的电机驱动的纱线往复横动机构；以及传感器元件，可以确保传感器元件(19)的正确操作模式，其中在可预定的时间间隔和/或与事件相关地，在由传感器元件(19)提供的测量值和导纱器(13)的规定位置之间进行调节。

Traverse device for yarn, and textile machinery including the same

一种纱线横动装置(3)具有使得带有导纱器(6a)的臂(6)往复转动以使在卷绕筒管(2)上卷绕的纱线横动的臂驱动部(7)。臂驱动部(7)包括在臂(6)上设置的电线圈(12)、绕着作为臂(6)转动中心的臂轴(9)的中心轴线形成弧形的两个轭架(14a)和(14b)、以及夹在两个轭架(14a)和(14b)之间并且在其内形成磁场的气隙(15)，并且电线圈(12)的一部分设置在气隙(15)内。两个轭架(14a)和(14b)分别具有永久磁铁(16a)和(16b)，设置了中心轭架14m将气隙(15)分隔为两排气隙，并且在相应的两排气隙(15a)和(15b)中通过永久磁铁(16a)和(16b)形成沿着径向转向并且彼此相反的磁力线(17a)和(17b)。电线圈(12)的一部分设置在相应的两排气隙(15a)和(15b)内，从而环绕着中心轭架14m。

Thread guide drive for winding machines

Bearing casing for the driving device of the spinning machine for manufacturing the Ayanaki package

Pipe dispensing apparatus

There is disclosed an apparatus for storing a coil of pipe (3) and for dispensing the pipe. The apparatus comprises a frame (11) which defines an interior volume for receiving the pipe coil. The frame is provided with a dispensing arm (17) pivotally mounted about a horizontal axis to extend outwardly from the frame. The dispensing arm is provided with a pipe restraining means for restricting movement of the pipe in directions transverse to the pipe while allowing dispensation of the pipe in the longitudinal direction of the pipe. The apparatus may be carried by a powered or unpowered vehicle. Also disclosed is a method of dispensing a pipe from the apparatus.

Traverse arm and yarn winding machine

本发明涉及一种横动臂及纱线卷绕机，横动臂(30)具有主体部(31)，该主体部(31)具有用于引导纱线(Y)的纱线引导部(35)，在主体部(31)的至少包括纱线引导部(35)的表面(31a)，通过表面处理而形成有硬度比主体部(31)的硬度高的表面层(44)。

Method and apparatus for yarn traverse

An apparatus for arraying and winding automatically the cable for easy error correction

본 발명은 오차보정이 용이한 케이블 자동 정렬권취 시스템에 관한 것으로서, 보다 상세하게는 회전되는 보빈의 일측에 설치되어 후단에서 공급되는 케이블을 트레버스 시키면서 상기 보빈에 다층으로 정렬권취되도록 하는 케이블 자동 정렬권취 시스템에 있어서, 상기 보빈의 일측에 일정 축방향으로 회동가능하게 설치되는 가이드로봇과, 일단이 상기 가이드로봇의 일측에 고정되고 타측으로 연장되어 상기 보빈의 좌우방향으로 트레버스되는 가이드암과, 상기 가이드암의 타단에 설치되어 상기 케이블이 안착지지되는 가이드롤러와, 상기 가이드암의 타단에 설치되어, 상기 가이드암이 트레버스되면서 상기 보빈상에 케이블이 감겨질 수 있는 잔여폭을 실시간으로 검출하도록 하는 간격검출부와, 상기 보빈과 케이블의 규격정보에 의해 자동 정렬권취 정보를 미리 생성시켜, 상기 자동 정렬권취 정보에 기초하여 상기 가이드로봇 및 가이드암의 동작을 제어하되, 상기 간격검출부에서 검출된 값이 상기 자동 정렬권취 정보값의 허용범위를 초과할 경우, 상기 가이드로봇 및 가이드암의 동작을 보정하도록 보정제어명령을 생성시키는 동작제어부를 포함하여 제공된다. 상기와 같은 본 발명에 따르면, 보빈에 케이블이 권취되는 잔여폭을 실시간으로 검출하고, 기설정된 정렬권취 정보를 보정하여 작업자의 육안 관리감독이 이루어지지 않더라도 케이블이 자동으로 정렬권취됨에 의해, 케이블 권취 공정에서의 인건비를 절감시킬 수 있으며, 보다 정확한 정렬권취가 이루어질 수 있는 효과가 있다. 또한, 가이드 롤러가 설치되는 가이드 암 및 가이드 로봇이 다양한 각도 및 축으로 이동가능하여, 기존에 설치된 보빈의 교체없이 설치 운용가능하여, 케이블 권취공정 시스템 구축 비용을 절감시킬 수 있으며, 다양한 현장에 폭넓게 사용할 수 있는 효과가 있다. 또한, 보빈의 권취 전환구간이 단부 부분에서는 플랜지의 간섭없이 가이드 롤러가 정확한 권취점으로 안내되도록 가이드암을 길이방향을 축으로 회전시켜 보빈 내측으로 가이드롤러를 진입시키도록 하며, 더욱이, 권취 전환구간에서 발생되는 공극을 최소화하기 위해 본 발명에서는 케이블을 다수회 권취시키면서 공극을 분산시키도록 하여, 정렬권취 정밀도를 더욱 향상시킬 수 있는 효과가 있다. The present invention relates to an automatic alignment winding system for easy error correction, and more particularly, to an automatic alignment winding system installed on one side of a bobbin that rotates and traversing a cable supplied from the rear end so that the cable is automatically aligned and wound on the bobbin in multiple layers. In the system, a guide robot installed rotatably in a certain axial direction on one side of the bobbin, a guide arm having one end fixed to one side of the guide robot and extending to the other side to traverse in the left and right directions of the bobbin, and the guide A guide roller installed at the other end of the arm for seating and supporting the cable, and a gap installed at the other end of the guide arm to detect in real time the remaining width at which the cable can be wound on the bobbin while the guide arm traverses A detecting unit ...

Winding head and its use

The winder head, to wind a yarn on to a bobbin (7), has a bobbin drive (2,3) and a yarn layer with a reciprocating lever (5) on a pivot axis (10) to lay the yarn along the length of the bobbin. The bobbin drive has a friction roller (3) with a roller drive (2). The yarn laying lever (5) has a separate drive (4). Both drives (2,4) are linked to a common winding head control (6). The friction roller (3) and the yarn laying unit are combined into a winding head module, mounted to a common carrier (1), which also has the winding head control (6). The winding head is fitted to the textile machine by a simple mounting e.g. a bayonet fitting. The pivot axis (10) for the yarn laying lever (5) is within a dust-proof housing, which contains at least a part of the drive for the yarn laying lever (5). The yarn laying lever drive has a unit (13) fitted to the pivot axis (10), working with a motor drive (14), with a reduction between them. The drive unit on the axis (10) is an angle segment (13), and the motor drive is a toothed pinion (14) acting on a toothed belt of the axis drive (13) within the dust-proof housing. The friction roller (3) is fitted directly to its drive (2), within the interior of the friction roller (3). A sensor registers the passage of the yarn laying lever (5) through the center of the stroke movement path. The sensor is a transmitter at the angle segment, and a detector fixed at the center of the stroke movement path. A sensor registers the rotary speed of the friction roller (3), and a sensor monitors the rotary speed of the bobbin (7). Each winding head or winding head module is linked by a bus (16) to a bi-directional interface (17) to a control.

Thread traversing device and textile machine with the like

THREAD LEADER FOR TRAVERSINGLY ADDING A THREAD TO A ROTATING DRIVE COIL

A yarn guide imparts a traversing motion to a yarn being delivered to a rotationally driven takeup bobbin in a textile yarn winding operation to create a cross-wound bobbin, or cheese. The yarn guide includes a fork-like yarn guide pivoted about a pivot axis substantially perpendicular to the axis of the takeup bobbin, and an electromagnetic mechanism for driving the guide. The electromagnetic mechanism includes an air gap, a plurality of magnets disposed along the air gap, a plurality of yokes and at least one electrical coil extending into and moveable along the air gap with the traversing yarn guide. The magnets are disposed along the air gap and generate magnetic field lines which extend in a substantially perpendicular direction through the air gap.

Method and apparatus for operating a winding machine producing crosswound bobbins

Die Erfindung betrifft ein Verfahren und eine Vorrichtung zum Betreiben einer Spuleinrichtung einer Kreuzspulen herstellenden Textilmaschine, mit einem Spulenrahmen zum rotierbaren Haltern einer Spule, mit einem elektromotorisch angetriebenen Fadenführer, der einen auf die Spule auflaufenden Faden während des Aufwickelns changiert, sowie einer Steuereinrichtung für den Antrieb des Fadenführers, die sowohl eine definierte Einstellung der Breite der Changierhübe des Fadenführers als auch der Beschleunigung des Fadenführers ermöglicht. The invention relates to a method and an apparatus for operating a winding device of a cross-wound textile machine, with a coil frame for rotatably supporting a coil, with an electric motor driven yarn guide, which alternates a running up to the coil thread during winding, and a control device for the drive the thread guide, which allows both a defined adjustment of the width of the traverse strokes of the thread guide and the acceleration of the thread guide. Erfindungsgemäß ist vorgesehen, dass die Beschleunigung des Fadenführers (7) in Abhängigkeit von der Breite der Changierhübe erfolgt, wobei der elektromotorische Antrieb (8) des Fadenführers (7) mittels der Steuereinrichtung (10) derart angesteuert wird, dass der Fadenführer (7) nur bei Changierhüben, deren Umkehrpunkte (14) im Bereich der Spulenflanken (15) der Kreuzspule (3) liegen, einer maximalen Beschleunigung unterworfen wird. According to the invention, the acceleration of the thread guide (7) takes place as a function of the width of the traversing strokes, wherein the electromotive drive (8) of the thread guide (7) is controlled by the control device (10) such that the thread guide (7) only at traversing strokes whose reversal points (14) in the region of the coil edges (15) of the cheese (3) are subjected to a maximum acceleration. Das heißt, der Antrieb (8) wird kurzzeitig mit einem Motorstrom beaufschlagt, der das 3- bis 5fache, vorzugsweise das 4fache, des für einen ...

Macchina per avvolgere nastro

糸を綾振りするための装置

Fadenführer zum traversierenden zuführen eines fadens zu einer rotierend angetriebenen auflaufspule

Spulvorrichtung für eine Arbeitsstelle einer Kreuzspulen herstellenden Textilmaschine

Spulvorrichtung (4) für eine Arbeitsstelle (2) einer Kreuzspulen herstellenden Textilmaschine mit einem Spulenrahmen (8) zum Haltern einer Hülse einer Kreuzspule (5) zwischen Hülsenaufnahmetellern (15), einer in den Spulenrahmen integrierten, drehzahlregelbaren Antriebseinrichtung (19) , die an einen der Hülsenaufnahmeteller angeschlossen ist sowie einer einen separaten Antrieb (14) aufweisenden Fadenchangiereinrichtung (10), dadurch gekennzeichnet, dass die Spulvorrichtung (4) eine definiert ansteuerbare, einzelmotorisch beaufschlagte Spulenrahmen-Positioniereinrichtung (38) aufweist, die eine im Spulenrahmen (8) gehalterte Kreuzspule (5), beabstandet zu der Fadenchangiereinrichtung (10), in einer Schwebestellung hält, so dass während der Spulenreise der Kreuzspule (5) ein vorgebbarer Abstand a zwischen der Oberfläche (39) der Kreuzspule (5) und der Fadenchangiereinrichtung (10) konstant gehalten wird.

Changiervorrichtung mit schwenkhebel

巻取機

와인딩 머신

본 발명은 와인딩 머신(1)에 관한 것이다. 본 발명에 따라서, 상부 실 가이드(14)는 와인딩 머신(1)의 프레임(2)에 대하여 하나의 자유도(19)를 가지고 슬라이딩 방식으로 안내된다. 만약, 스핀들(3)에서 형성되는 권취부의 직경이 증가함에 따라서 실 가이드 유닛(4)이 권취사이클중에 자유도(6)를 따라 보상운동(23)을 수행하는 경우, 자유도(19)에 따라 상부 실 가이드(14)의 상응하는 운동이 실 가이드 유닛(4)으로 향하는 피권취물(11)의 진입각도 β가 권취사이클중에 변하지 않도록 수행된다.

一种导爆管收管机

本发明公开了一种导爆管收管机，包括机架、电机、线盘轴、线盘和光杆排线器，所述电机和线盘轴均设置于所述机架上，所述电机带动所述线盘轴转动；所述线盘可拆卸地固定于线盘轴上；所述排线器连接于所述电机，且设置于所述线盘的上方。本发明使用电机带动线盘转动能够自动实现收圈长米数的导爆管，并使用排线器将导爆管整齐均匀地缠绕于线盘上，减少人力，极大地提高生产效率。

Oscillating traverse coiler

The present invention is an oscillating traverse coiler for flexible elongated materials apparatus, system, and method for use. The invention may include a reel having a first flange, a second flange, and a barrel between. The invention may include a take-up machine having a computer control that works in communication with a positioning system, which may include a frame, guide rails that traverse the frame with a motor, a computer controller, and a rotating materials guide for rotating pipe flexible elongated materials on the barrel of a reel.

Assigfob of two

卷收装置

本发明提供一种卷收装置，能够以结构简单将导入孔配置于靠近卷筒的位置，从而能够使装置整体紧凑，将被卷收构件以并行的方式卷收。卷收装置(10)具有导入线状被卷收构件(90)的导入孔(100)并能够卷收被卷收构件，具有：卷筒(20)，在主体(22)的轴方向两端部具有凸缘(24、26)，并能够围绕主体的轴线(28)而旋转；驱动源(30)，使卷筒旋转；第一引导部(40)，沿着以与主体的轴线大致垂直且扭转的关系进行配置的第一轴线(48)而导入被卷收构件；摆动构件(60)，能够围绕第一轴线(48)而摆动；以及第二引导部(50)，安装于摆动构件的前端，并用于将来自第一引导部的被卷收构件引导至卷筒，第二引导部以使得卷收于卷筒的卷收部被卷收构件与第一轴线大致平行的方式安装于摆动构件。

Schlauchaufwickelsystem

糸巻取機

【課題】パッケージ端部の品質低下を防止しつつ、綾振アームと糸案内手段との衝突を確実に防止できる糸巻取機を提供する。 【解決手段】自動ワインダは、給糸部と、クレードル２３と、接触ローラ２９と、トラバースアーム７４と、トラバース駆動モータ７６と、スプライサ装置と、上糸捕捉部材２６と、を備える。クレードル２３は、巻取ボビンを回転可能に支持する。接触ローラ２９は、パッケージ３０と接触して回転する。トラバースアーム７４は、その先端側の糸ガイド部７３によって糸を綾振りする。トラバース駆動モータ７６は、トラバースアーム７４を回転駆動する。スプライサ装置は、糸端同士を繋ぐ。上糸捕捉部材２６は、パッケージ３０側の糸端を捕捉可能である。接触ローラ２９の軸方向で見た場合、トラバースアーム７４の回転軸線Ｌ１と、綾振り幅の端部における糸ガイド部７３近傍の糸道を延長した糸道線Ｌ３と、が鋭角をなして交わるか平行である。 【選択図】図３

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Guia de hilo para la alimentacion transversal de un hilo hacia una bobina de devanado..

Guía de hilo (33) para la alimentación transversal de un hilo (5) hacia una bobina de devanado accionada de forma giratoria para la generación de una bobina en cruz (1) en una instalación bobinadora de una máquina textil, donde la guía de hilo (33) presenta un linguete (6) de la guía de hilo y es giratoria alrededor de un eje orientado esencialmente perpendicular al eje de la bobina, donde la guía de hilo (33) posee un accionamiento electromecánico (35), que imprime al sistema de forma selectiva los pares motores necesarios para la generación de una oscilación predeterminable y donde al menos un acumulador de energía mecánico (20, 21, 30, 31) está acoplado con la guía del hilo para el apoyo de la inversión de la dirección del movimiento de manera duradera durante todo el movimiento transversal, caracterizada porque la guía del hilo (33) está conectada directamente con al menos un acumulador de energía mecánico (20, 21, 30, 31), cuya energía potencial aumenta constantemente después de los puntos muertos de la región transversal, y que forma de esta manera con la guía de hilo (33) un sistema mecánico oscilante esencialmente armónico.

Garnwicklungsvorrichtung und garnwicklungsverfahren

Fadenführer zum traversierenden zuführen eines fadens zu einer rotierend angetriebenen auflaufspule

Dispositivo di comando del moto alternativo di un guidanastro tubolare per formare bobine di nastri difibre tessili applicabile su stiratori o simili

Vodič nití k příčnému přívodu nitě k rotující předlohové cívce

一种纺织机械用丝线缠绕装置

本发明公开了一种纺织机械用丝线缠绕装置，包括缠绕装置工作台，所述第二放线底座的底部活动连接有第一滑轨，所述滑块的底部固定连接有第一连接杆，所述第二滑轨的顶部活动连接有收卷底座，所述螺纹杆的外表面活动连接有收线卷筒。该一种纺织机械用丝线缠绕装置设置有放线卷筒轴套，放线卷筒轴套的背面固定连接有第二放线底座，第二放线底座的底部活动连接有第一滑轨，当工作人员将第二放线底座向后移动从而带动放线卷筒轴套的移动，之后将放线卷筒套入放线卷筒轴中，之后往前移动第二放线底座，使得放线卷筒轴套与放线卷筒轴套接，使得该一种纺织机械用丝线缠绕装置，可以方便的放入或者取出放线卷筒，方便使用者的使用。

丝线铺放装置

本发明涉及一种丝线铺放装置，其具有可枢转的导杆(1)。该导杆(1)具有带有导丝器(3)的导向端(2)和驱动端(5)，该导杆(1)可转动地安装在固定不动的枢轴(4)上。为了驱动该导杆(1)，导杆的驱动端(5)被接合至驱动装置(9)。本发明的目的是以规定和可变的方式铺放丝线，这如此实现，即，驱动装置(9)设计为往复运动的线性驱动装置(6)的形式，它通过接合件(7)联接至导杆(1)的驱动端(5)。

糸を綾振りするための装置

本発明は、旋回可能なガイドロッド（１）を備えた、糸を綾振りするための装置に関する。ガイドロッド（１）は、糸ガイド（３）を備えたガイド端部（２）と、駆動端部（５）とを有しており、ガイドロッド（１）は、定置の旋回軸（４）に回動可能に支承されている。ガイドロッド（１）を駆動するために、ガイドロッドの駆動端部（５）が駆動装置（９）に連結されている。糸を定義して変更可能に綾振りするために、本発明によれば、駆動装置（９）は往復式のリニア駆動装置（６）として構成されており、リニア駆動装置（６）は、１つの連結部材（７）によりガイドロッド（１）の駆動端部（５）に結合されている。

Verfahren und vorrichtung zum aufwickeln eines fadens auf eine spule

Aufbau eines fadenwickels

Spulmaschine

Die Erfindung betrifft eine Spulmaschine (1). Erfindungsgemäß ist ein Kopffadenführer (14) verschieblich mit einem Freiheitsgrad (19) gegenüber einem Rahmen (2) der Spulmaschine (1) geführt. Führt ein Fadenleitwerk (4) während der Spulreise infolge einer Vergrößerung des Durchmessers einer auf einer Spindel (3) gebildeten Wicklung eine Ausgleichsbewegung (23) entlang eines Freiheitsgrads (6) aus, kann eine entsprechende Bewegung des Kopffadenführers (14) entlang des Freiheitsgrads (19) derart erfolgen, dasssich ein Einlaufwinkel β des Spulguts (11) in das Fadenleitwerk (4) über die Spulreise nicht ändert.

Winding device

[Problem] To provide a winding device configured to wind a winding target member in parallel so that an inlet can be arranged at a position close to a drum and the entirety of the device can be compactified by a simple structure. [Solution] A winding device 10 provided with an inlet 100 for drawing a string-shaped winding target member 90 and configured to wind the winding target member includes: a drum 20 having flanges 24, 26 at both end portions of a body 22 in an axial direction thereof and provided rotatably about an axis 28 of the body; a drive source 30 configured to rotate the drum, a first guide portion 40 configured to draw the winding target member along a first axis 48 arranged substantially perpendicularly to the axis of the body in a skew relationship, a swing member 60 provided swingably about the first axis 48, and a second guide portion 50 attached to a tip end of the swing member to guide the winding target member from the first guide portion to the drum. The second guide portion is attached to the swing member such that a winding-portion winding target member to be wound around the drum is substantially parallel with the first axis.

Improvement in machines for winding yarn

Garnwickelvorrichtung

Garnwickelvorrichtung (100), die folgende Merkmale aufweist: eine Traversierführung (17), die angepasst ist, um ein Garn (Y), das um einen Garnkörper (P) zu wickeln ist, während einer Wickelperiode des Garnkörpers (P) zu traversieren, und um während einer Wickelstoppperiode des Garnkörpers (P) an einer Bereitschaftsposition (SP) bereitzustehen; und einen Positionsbestimmungsabschnitt (45), der angepasst ist, um die Bereitschaftsposition (SP) der Traversierführung (17) während der Wickelstoppperiode gemäß einer Traversierendposition (EP) der Traversierführung (17) zu bestimmen.

니들 권취 장치 및 니들 권취 방법

니들 권취 장치는 제 1 니들 권취기(10) 및 와이어 배출 노즐(310)을 가진 노즐 헤드(300)를 포함한다. 제 1 니들 권취기(10)는 노즐 헤드(300)를 수용할 수 있는 제 1 노즐 헤드 수용부(131)를 갖는다. 제 1 니들 권취기(10)는, 노즐 헤드(300)에 권취 와이어(40)를 공급하도록 설계된다. 니들 권취 장치는 제 2 니들 권취기(20)를 포함하고, 상기 니들 권취기는 노즐 헤드(300)를 수용할 수 있는 제 2 노즐 헤드 수용부(231)를 갖는다.

Dispositivo di bobinatura per un punto di lavoro di una

Aufbau eines Fadenwickels

Aufbau eines fadenwickels

横动臂及具备该横动臂的绕线机

本发明提供一种横动臂。横动臂(28)具备：在与横动臂(28)往复移动的方向正交的方向上相面对地配置的第一平板(61)及第二平板(62)、将第一平板(61)及第二平板(62)连接而构成桁架结构的横梁(64)。此外，构成桁架结构的横梁(64)间的间隙作为用于使空气在横动臂(28)往复移动的方向通过的空间(67)(通孔)发挥作用。

Verfahren und Vorrichtung zum Positionieren eines Fingerfadenführers einer Kreuzspulen herstellenden Textilmaschine

Die Erfindung betrifft ein Verfahren und eine Vorrichtung zum Betreiben einer Spulstelle einer Kreuzspulen herstellenden Textilmaschine, die zum Traversieren eines auf eine Textilspule auflaufenden Fadens einen einzelmotorisch angetriebenen, mit einem Energiespeicher ausgestatteten Fingerfadenführer aufweist und mit einer Saugdüse ausgestattet ist, die zum Aufnehmen eines Fadenendes in den Bereich der Oberfläche der Textilspule schwenkbar ist. Erfindungsgemäß ist vorgesehen, dass der Fingerfadenführer (13), bevor die Saugdüse (17) ihre Fadenendaufnahmestellung (I) einnimmt, in einer Endlage (E) so positioniert wird, dass eine Kollision mit der Saugdüse (17) zuverlässig vermieden wird.

Yarn traverse apparatus

The present invention provides a yarn traverse apparatus comprising a driving device for reciprocating a yarn guide to guide a yarn, wherein quick turns are achieved at the opposite ends of a stroke of the yarn guide. A driving device 2 for a yarn traverse apparatus 1 in accordance with the present invention includes a rotating shaft 28 associated with the yarn guide 32 and rotating clockwise and counterclockwise to reciprocate the yarn guide 32, a cylindrical permanent magnet 20 mounted around an outer periphery of the rotating shaft 28, and a group of electromagnets 21 arranged around an outer periphery of the permanent magnet 20 via a gap 25 to generate a magnetic flux between the electromagnets 21 and the permanent magnet 20 through the gap 25 (Fig.1).

拨线机构和并纱机

本发明公开一种拨线机构和并纱机，其中，拨线机构包括固定座、驱动组件、转动组件以及拨杆，驱动组件连接于固定座；转动组件转动设于固定座；拨杆具有相对设置的连接端和拨线端，转动组件连接于连接端和拨线端之间，驱动组件与连接端连接，以驱动连接端摆动以带动拨线端沿转动组件的转动中心同步摆动。本发明技术方案旨在可以在固定的时间内增大拨线的跨度以提高拨线的效率。

トラバースガイド、糸巻取機、及びトラバースガイドの製造方法

【課題】接着剤を塗布することなくガイド部材をアーム本体部材に確実に固定できるトラバースガイド、糸巻取機、及びトラバースガイドの製造方法を提供する。【解決手段】トラバースガイド３０は、鉤状に湾曲する形状とされた先端部３４を有し、金属材料で構成されるアーム本体部材３１と、アーム本体部材３１の先端部３４に一体的に固定されたガイド部材５１と、を備える。ガイド部材５１は、糸を掛けるための糸掛け部５１ａを有する。ガイド部材５１の硬度は、アーム本体部材３１の硬度よりも高くされている。ガイド部材５１における糸掛け部５１ａ以外の少なくとも一部には、先端部３４に埋め込まれる埋込部が形成されている。【選択図】図５

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