METHOD AND APPARATUS FOR IMPARTING FALSE TWIST TO YARN BEFORE RING SPINNING

A method and apparatus for imparting false twist to a short staple yarn delivered from a nip of a pair of front drafting rollers before ring spinning. Downstream of the nip, the twisted yarn is drawn sequentially across first and second runs of travelling endless belts, such that the yarn wraps about a first convex surface of the first run, then passes between the first and second runs, before wrapping about a second convex surface of the second run. Friction between each of the first and second convex surfaces and the yarn imparts the false twist in a common direction. Maintaining a differential between first and second linear speeds of the first and second runs, respectively, has been found to reduce yarn defects, particularly the nep count. 1. A method of imparting a false twist to a short staple yarn delivered from a nip of two front drafting rollers , before ring spinning of the yarn , the method comprising:drawing the yarn sequentially across first and second runs of travelling endless belts, such that the yarn sequentially exits from the nip and wraps about a first convex surface of the first run, then passes between the first and second runs, and thereafter wraps about a second convex surface of the second run, whereby friction between the yarn and each of the first and second convex surfaces applies a respective torque to the yarn, each torque tending to twist the yarn in a common direction, andmaintaining the first and second runs at different respective first and second linear speeds.2. The method of wherein both the first and second runs are substantially parallel to the two front drafting rollers claim 1 , and the yarn is drawn transversely across the first and second runs claim 1 , and further including maintaining a substantially constant difference between the first and second linear speeds of the first and second runs when the two front drafting rollers are rotated at a constant speed.3. The method of wherein the first and second convex surfaces ...

Composite Low-twist Yarn Towel and Production Method Thereof

A composite low-twist towel that is formed of three parts: terry yarn, ground warp yarn and weft yarn. The ground warp yarn and the weft yarn are normal towel yarns and the terry yarn is a composite low-twist yarn. The composite low-twist yarn is composed of two yarns of different thickness, among them, the spun yarn is synthetic fiber spun yarn or filament yarn, and the thick yarn is the pure cotton yarn or the blended yarn of pure cotton and other fibers. The composite low-twist yarn is made into a warp beam through warping and sizing. Then, it interweaves with ground warp yarns and weft yarns through a towel loom or warp loom to form terry fabrics.

Spinning Preparation Machine

The invention relates to a spinning preparation machine having at least one consolidating means for producing a roving () that has a protective twist and that is made of a fiber bundle () supplied to the consolidating means, having a drafting system () for drafting the fiber bundle () before the latter enters the consolidating means, wherein the drafting system () is arranged upstream of the consolidating means in a transport direction (T) of the drafting system (), having a guide () arranged upstream of the drafting system () in the aforesaid transport direction (T) for guiding the fiber bundle () between a container () providing the fiber bundle () and the drafting system (), wherein the guide () has a feed segment () facing away from the drafting system () for the fiber bundle () originating from the container () when the spinning preparation machine () is in operation, and has a delivery segment () facing the drafting system () for the fiber bundle (), wherein the spinning preparation machine () has a winding device () for winding the roving () onto a tube (), and wherein the spinning preparation machine () has a tube transport device () for providing empty tubes () and/or for removing tubes () loaded with roving () by means of the winding device (). In accordance with the invention it is suggested that the tube transport device () comprises at least one conveyor () for transporting empty tubes () and/or tubes () loaded with roving (), wherein the conveyor(s) (), in a top view of the spinning preparation machine (), are arranged at least in part between the feed segment () of the guide () and the drafting system (). 212-. (canceled) The present invention relates to a spinning preparation machine having at least one consolidating means for producing a roving that has a protective twist and that is made of a fiber bundle supplied to the consolidating means, having a drafting system for drafting the fiber bundle before the latter enters the consolidating means, ...

Spinning Preparation Machine

The invention relates to a spinning preparation machine having at least one consolidating means for producing a roving () that has a protective twist and that is made of a fiber bundle () supplied to the consolidating means, having a drafting system () that is arranged upstream of the consolidating means in a running direction (L) of the roving () and that serves for drafting the fiber bundle () before the latter enters the consolidating means, having winding device () that is arranged downstream of the consolidating means in the aforesaid running direction (L) and that serves for winding the roving () onto a tube (), and having a movably mounted traversing element () arranged in the region of the winding device () that serves for guiding the roving () while the latter is being wound onto the tube (). In accordance with the invention it is suggested that, in a side view of the spinning preparation machine (), the consolidating means is arranged vertically between at least one feed roller () of the drafting system () and the traversing element () mounted vertically therebelow, wherein the feed roller () and the traversing element (), in the aforesaid side view, are arranged on the same side of the consolidating means so that when the spinning preparation machine () is operating, the roving () experiences a change in direction after exiting the consolidating means and prior to being wound onto the tube (). 212-. (canceled) The present invention relates to a spinning preparation machine having at least one consolidating means for producing a roving that has a protective twist and that is made of a fiber bundle supplied to the consolidating means, having a drafting system that is arranged upstream of the consolidating means in a running direction of the roving and that is for drafting the fiber bundle before the latter enters the consolidating means, having a winding device that is arranged downstream of the consolidating means in the aforesaid running direction and ...

Combined frictional false twisting device for ring spinning frame

A frictional false twister is disclosed. The twister has a plurality of rotating friction plates located between the nip of the front rollers and the yarn guide. The friction plates are staggeringly arranged for rubbing a twisted yarn. The spinning direction of the twisted yarn is opposite to the rotating direction of the friction plates. Through the action of the frictional false twister, the twist of the yarn between the false twisting device to the front nip can be increased, shortening the twisting triangle height, and increasing the spinning strength. As the yarn and the outer surface of the friction plate make relative sliding and rubbing, the friction damping force correspondingly reduces the spinning tension in the twisting triangle. 13-. (canceled)4. A frictional false twisting device , comprising:{'b': 1', '2', '3', '15', '16', '17, 'a plurality of friction plates (′, ′, ′), located between a roller nip (/) and a yarn guide () in a ring spinning machine, each friction plate comprising a peripheral outer surface, wherein the roller nip is arranged to output a yarn toward the yarn guide, the yarn is arranged to spin in a spinning direction; and'}{'b': 9', '1', '2', '1', '3, 'a movement mechanism () arranged to rotate the friction plates in a rotating direction different from the spinning direction, wherein at least two of said plurality of friction plates (′, ′ or ′, ′) are located adjacent to each other but on different planes and rotated about different axes such that a segment of the yarn between the roller nip and the yarn guide is arranged to rub against the peripheral outer surfaces of said at least two friction plates.'}5. The frictional false twisting device according to claim 4 , further comprising{'b': 1', '2', '3', '4, 'a plurality of mandrels (, , ), each of the mandrel having a shaft for mounting a different one of said plurality of friction plate for rotation, wherein the movement mechanism comprises a driving belt () configured to rotate said ...

Method for Preparing a Workstation for the Resumption of the Spinning Process on an Air-Jet Spinning Machine and an Air-Jet Spinning Machine for Performing the Method

The invention relates to a method for preparing a workstation for the resumption of the spinning process on an air-jet spinning machine, in which after an interruption of spinning, the yarn () is guided back into its working path behind a spinning nozzle (), or the yarn () is stopped in controlled manner in its working path with the end of yarn () situated behind the spinning nozzle (), the end of yarn () is introduced into an outlet opening () of the spinning nozzle (), whereupon the yarn () is transported by the reverse motion with the aid of the spinning nozzle () and a feeding device () of fibers as far as to a guide channel () in front of the spinning nozzle (), whereupon a spinning-in end of yarn () is formed on the yarn () in the guide channel () and simultaneously the formation of yarn reserve is started in an underpressure yarn storage device () in front of a winding device () of yarn (). The reverse motion of the yarn () to the guide channel () is performed by the reverse motion of a drawing-off mechanism () of yarn () of the workstation. 15265. A method for preparing of a workstation for the resumption of the spinning process on an air-jet spinning machine , in which after an interruption of spinning , the yarn is guided back to its working path behind a spinning nozzle , or the yarn is stopped in a controlled manner in the working path with the end of yarn situated behind the spinning nozzle , the end of yarn being inserted into an inlet opening of the spinning nozzle , whereupon the yarn is transported by a reverse motion with the aid of the spinning nozzle and a feeding device of fibers as far as to a guide channel before the spinning nozzle , where a spinning-in end of yarn is formed on the yarn in the guide channel and the formation of yarn reserve is started in an underpressure yarn storage device in front of a winding device of yarn , characterized by that the reverse motion of the yarn () to the guide channel () is performed by the reverse motion ...

Method for the Resumption of the Spinning Process on an Air-Jet Spinning Machine and an Air-Jet Spinning Machine for Performing the Method

The invention relates to a method for the resumption of the spinning process on an air-jet spinning machine, in which after an interruption in the spinning process has occurred, yarn () is guided back to its working path behind a spinning nozzle (), or the yarn is stopped in a controlled manner in the working path with the end of yarn behind the spinning nozzle, the end of yarn () being introduced to the outlet opening () of the spinning nozzle (), whereupon the yarn () is transported by a reverse motion by means of the spinning nozzle () and a feeding device () of sliver () as far as to a guide channel () before the spinning nozzle (), where on the yarn () in the guide channel () a spinning-in end of yarn is formed and the yarn () reserve starts to be created in an underpressure yarn storage device () in front of the winding device () of yarn. Before, simultaneously with or after the formation of the spinning-in end of yarn () the winding of the yarn () on the bobbin () is started, whereupon before the yarn () reserve from the underpressure yarn storage device () is used up, the yarn starts to be withdrawn () by the drawing-off mechanism (), whereby following the start of the withdrawal of the yarn () the yarn is clamped by the rotating feeding device () of sliver () and the feed of new fibers through the drafting device () to the feeding device () of sliver () is started. 1545414543024552739590573565530130. A method for the resumption of the spinning process on an air-jet spinning machine , in which after an interruption of spinning has occurred , the yarn () is guided back to its working path behind a spinning nozzle () , or the yarn is stopped in a controlled manner in the working path with the end of yarn situated behind the spinning nozzle , the end of yarn () being introduced into an inlet opening () of the spinning nozzle () , whereupon the yarn () is transported by a reverse motion with the aid of the spinning nozzle () and a feeding device () of sliver () ...

Device and Method for Producing Knitted Fabric

The invention relates to a device for producing knitted fabric comprising a knitting machine and at least one roving drawing and strengthening unit. The at least one roving drawing and strengthening unit has a roving supply unit, by means of which a roving can be provided in the form of a fiber bundle that has not been strengthened, a stretching unit, to which the roving can be fed in a roving conveying direction in the form of at least one sliver, and a spinning nozzle device, by means of which compressed air can he applied to a drawn roving exiting the stretching unit in a fiber strengthening segment. The invention further relates to methods for producing knitted fabric by means of a knitting machine and at least one roving drawing and strengthening unit. By means of the at least one roving drawing and strengthening unit, a roving is provided by a roving supply unit in the form of a fiber bundle that has not been strengthened, the roving is fed in a roving conveying direction in the form of at least one sliver, the roving is drawn by the stretching unit, and compressed air is applied to the drawn roving exiting the stretching unit by a spinning nozzle device in a fiber strengthening segment and said roving is thus strengthened.

YARN MANUFACTURING

A process for manufacturing a yarn includes twisting the yarn in a first direction for a predefined number of twists. The method also includes, after the predefined number of twists, twisting the yarn in a second direction for a predefined number of twists, the predefined number of twists for the second yarn is same as the predefined number of twists for the first yarn. The twisting of the yarn in the second direction creates an air bed within the yarn's fibers. 1. A process for manufacturing a yarn , comprising:twisting a plurality of fibers in a first direction; andtwisting the plurality of fibers in the second direction, whereina change of twisting from the first direction to the second direction or vice versa creates an air gap between the plurality of fibers, andthe air gap is configured to provide the effect of a thicker yarn upon completion of manufacturing.2. The process of claim 1 , wherein the twisting of the plurality of fibers in the first direction is for a predefined number of twists.3. The process of claim 2 , wherein the twisting of the plurality of fibers in the second direction is for a predefined number of twists claim 2 , the predefined number of twists in the second direction being same as the predefined number of twists in the first direction.4. The process of claim 1 , wherein the twisting of the plurality of fibers in the first direction is based on a twist per meter.5. The process of claim 4 , wherein the twisting of the plurality of fibers in the second direction is based on a twist per meter claim 4 , the twist per meter in the second direction being the same as the twist per meter of the first direction.6. The process of claim 1 , wherein the twisting of the plurality of fibers in the first direction is in a ‘S’ direction or ‘Z’ direction.7. The process of claim 1 , wherein the twisting of the plurality of fibers in the second direction is in a direction opposite to the twisting of the plurality of the fibers in the first direction.8. A ...

DEVICE AND METHOD FOR PRODUCING FANCY YARNS

The device () comprises a first roller () rotatable about a first rotation axis (A) and a second roller () rotatable about a second rotation axis (A), parallel to the first rotation axis (A). The two are in mutual contact and define between them a yarn passage () and at least of them is motorized. The device further comprises guide members () defining a feed path of at least a yarn (F; F, F, F, F), associated with the yarn passage () between the first roller () and the second roller (). The guide members () are movable with respect to the rollers () in a direction substantially parallel to the first rotation axis (A) and to the second rotation axis (A), so as to take the yarn path temporarily outside the mutual contact area between the rollers. 1. A device for generating variable drawing effects on a yarn the device comprising:a first roller rotatable about a first rotation axis;a second roller rotatable about a second rotation axis, parallel to the first rotation axis, wherein the first roller and the second roller are in contact with each other and define between them, in the mutual contact area, a yarn passage, and wherein at least one of said first roller and second roller is motorized; andat least a guide member defining a feed path for at least one yarn, associated with the yarn passage between the first roller and the second roller, wherein the guide member and said first roller and second roller are provided with a relative movement in a direction approximately parallel to the first rotation axis (and to the second rotation axis, said movement being such as to take the yarn feed path outside the yarn passage between the first roller and the second roller.2. The device of claim 1 , comprising a further guide member movable synchronously with the guide member.3. The device of claim 2 , wherein the guide member and the further guide member are positioned one upstream and the other downstream of the yarn passage between the first roller and the second roller ...

Method for Processing a Strand-Shaped Fiber Sliver, and Roving Frame Machine

A method for processing a strand-type fiber bundle includes sending the fiber bundle to an air nozzle of a pre-spinning machine used to produce roving. During normal operation, a twist is imparted to the fiber bundle via a vortex air current within the air nozzle to form the roving, wherein the roving leaves the air nozzle through an outlet and is deposited in or on a receptacle. Normal operation of the pre-spinning machine is interrupted in a stop phases during which roving is not produced by the air nozzle. A start-up phase is commenced between the stop phase and subsequent normal operation wherein the roving produced during the stop phase is discarded via a roving discharge after leaving the air nozzle when quality of the roving does not meet a desired specification. The roving discharge is deactivated when the quality of the roving meets the desired specification and the roving removed by the roving discharge is separated from the roving.

Bobbin Winding Machine

A device and a method for winding a roving onto bobbin tubes using a turret winding head is provided. The turret winding head has a turret base plate having a first and a second spindle that are held in the turret base plate and are provided for receiving the bobbin tubes. The turret base plate and the spindles are each provided with their own drive. The longitudinal axes of the spindles are aligned in the vertical direction.

Device for generating a false twist at a strand

Systems for controlling the movement of threads in systems for treating threads for carpets. Disclosed is a device for guiding a strand of at least two threads on a transporter structure, characterized in that the device employs a mechanism for generating false twists between the at least two threads of the strand.

Textile Machine and Method for Operating Same

A method and associated textile machine are provided to produce a roving having a protective twist from a fiber bundle fed to a consolidating means. The produced roving is wound with a winding device onto a tube arranged at a winding position. After the wound tube has been fully or partially wound with the roving, a tube change is initiated. During the tube change, the wound tube is removed from the winding position and an empty tube is moved into the winding position. During the tube change, the roving is wound onto the wound tube at least until the roving comes into contact with the empty tube as a result of the tube change such that the production of the roving is not interrupted during the tube change. During the tube change, the roving is wound onto the wound tube in a region that lies outside a region last wound prior to the tube change.

NANOFIBER YARN BASED ELECTROCHEMICAL SENSOR

Nanofiber based sensors are described that can be used to detect analytes in biological or non-biological contexts. Each sensor includes at least two nanofiber yarns that are spaced apart from one another so as to avoid electrical (or physical) contact. Each nanofiber yarn of the nanofiber sensor includes a sensing region that is in electrical contact with the rest of the corresponding nanofiber yarn. The sensing regions of the at least two nanofibers are treated with complementary sensing agents so that when the sensing regions (and the corresponding sensing agents) are exposed to the analyte to be detected, an electrical response is detected. This response is then communicated through one or more of the nanofiber yarns for interpretation by a processor. 1. A sensor comprising:a substrate;an electrically conductive first nanofiber yarn having a first substrate connected portion connected to the substrate and a first exposed portion, the first exposed portion including a first sensing region;a first sensing agent in contact with the first sensing region of the first nanofiber yarn;an electrically conductive reference nanofiber yarn having a second substrate connected portion connected to the substrate and a second exposed portion, the second exposed portion including a reference sensing region; anda second sensing agent in contact with the reference sensing region of the reference nanofiber yarn,wherein the first sensing agent and the second sensing agent are selected to generate an electrical potential when both the first sensing agent and the second sensing agent are in electrical contact with each other via a first analyte.2. The sensor of claim 1 , wherein the first substrate connected portion and the second substrate connected portion are embedded in the substrate.3. The sensor of claim 1 , wherein the first substrate connected portion and the second substrate connected portion are adhered to an outer surface of the substrate.4. The sensor of claim 1 , wherein ...

Linear Fibrous Formation with a Coating of Polymeric Nanofibers Enveloping a Supporting Linear Formation Constituting a Core, a Method and a Device for Producing It

A method, system, and resulting linear fibrous formation are provided wherein a supporting linear formation defines a core that is transported through a spinning chamber. A coating of polymeric nanofibers enveloping the supporting linear formation in the spinning chamber. The coating of polymeric nanofibers comprises a flat stripe wound around the core into a helical form, the flat stripe created from a hollow electrically neutral nanofibrous plume generated in a spinning space above a spinning electrode during spinning by AC electric voltage in the spinning chamber.

FRICTION DISC FOR A FALSE-TWIST DEVICE

Friction disc for a false-twist device, comprising an annular hub, on which it is possible to fix a circular race formed by a polyurethane (PU) layer and has a minimum wall thickness required for a secure interlocking fit, the hub having a circumferential support ring and a central hole, by which the friction disc is fixed on one of the shafts of the false-twist device. To ensure better dimensional and form stability over a long service life of the friction disc, the formed race fixed on the hub is ground according to a predefinable profile such that the flanks of the race have a predefinable width dimension following the grinding process, and/or in that the hub has, at a spacing from the support ring, a circumferential shoulder for abutment for the fixable PU layer, a cross-sectional width of the shoulder being smaller than a cross-sectional width of the support ring. 1. A friction disc for a false-twist device , comprising an annular hub , on which a circular race is fixable that is formed by a polyurethane (PU) layer and has a minimum wall thickness required for a secure interlocking fit , the hub having a circumferential support ring and a central hole , by which the friction disc is fixable on one of the shafts of the false-twist device ,characterized in thatthe formed race fixed on the hub is ground according to a predefinable profile such that the flanks of the race have a predefinable width dimension following the grinding process; and/orthe hub has, at a spacing from the support ring, a circumferential shoulder for abutment for the fixable PU layer, a cross-sectional width of the shoulder being smaller than a cross-sectional width of the support ring.2. The friction disc according to claim 1 , characterized in that the width dimension of the flanks of the formed race fixed on the hub is equal to or smaller than the maximum cross-sectional width of the hub.3. The friction disc according to claim 2 , characterized in that the wall thickness of the PU layer of ...

精紡糸の製造方法、精紡機及び精紡機用の毛羽制御装置

(57)【要約】 【課題】 リング精紡糸の毛羽の発生を抑制し、糸の強 力を上げることができるリング精紡糸の製造方法、及び 毛羽制御装置等を提供する。 【解決手段】 回転軸２２ａに対して対称形状となる曲 面２２ｂを有した高摩擦材からなるＤ型ロータ２２と、 回転軸２３ａに対して対称な鼓形曲面２３ｂを有した高 摩擦材からなるＳ型ロータ２３とをロータケース２１に 取り付ける。ロータケースにはガイドノーズ２１ｂも形 成されている。曲面２２ｂと鼓型曲面２３ｂ上をフロン トローラから紡出される加撚中の糸ｂが偏心接触するよ うに配置し、これらの曲面で加撚中の糸に仮撚りを与え る。撚りは、ガイドノーズ２１ｂで押さえられたフリー スに達し、本来の撚りとロータによる仮撚りとでフリー スに強い撚りを与え、繊維の端部を巻き込んで毛羽の発 生を抑制する。

Successive production of twisted yarn hardly causing snarl

(57)【要約】 【課題】 スナール発生の少ない撚糸の製造方法の提 供。 【解決手段】 中断しない供給方法で紡績プロセスを直 接撚糸プロセスに接続し、紡績プロセスの終了と撚糸プ ロセスの終了との間の時間間隔を１秒より短く設定し、 紡績プロセスの終了時の糸張力と撚糸プロセスの終了時 の糸張力を実質的に等しく設定するスナール発生の少な い撚糸の連続製造方法。

Air false-twisting nozzle

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Spinning device of spinning frame

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Preparation of spun yarn of bind spinning

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Machine for making hard twist yarns

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Spinning of spun yarn

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Improvements made to rotary and profiled devices to obtain a false twist producing the stretching of the wicks during the formation of the textile yarns

Torsion device using a turbine

Textile stretching

Cylinder press of cradle yarn twisting machine

PURPOSE: A cylinder plasten of a cradle of a twisting machine is provided to quickly and simply fix thread wound around a cylinder. CONSTITUTION: A cylinder plasten of a cradle of a twisting machine comprises a thread inlet groove(103) and a thread guiding unit(104). One or more thread inlet grooves are formed at the edge of a disk. A thread guiding unit has the thread guiding unit protruded to the outside of the disk. A thread fixing device is used for coupling and fixing the thread fixing disk(4) to a coupling hole.

Stopping and restarting of fine spinning frame

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

METHOD AND DEVICE FOR MANUFACTURING COMBINED FANCY YARNS

La présente invention concerne un procédé de fabrication de fils fantaisie combinés, selon lequel les fibres coupées séparées sont amenées jusqu'à un fil guipé 18 subissant une fausse torsion et sont ensuite fixés sur celui-ci à l'aide d'un fil fixateur 20 qui se torsade autour d'eux. Les fibres coupées sont amenées en continu, à l'état libre, sur le fil guipé 18 et se fixent sur lui au moment de la torsion par le fil fixateur 20. Le dispositif pour mettre en oeuvre ce procédé comprend une microcardeuse 1 qui est reliée à une chambre conique 6 dont l'ouverture de sortie effilée 22 est disposée dans un cône chevauchant 10, formé à l'extrémité antérieure d'un fuseau creux 8, tandis qu'à l'extrémité opposée du fuseau, est placée une buse d'injection rotative 12 pour fausse torsion. A la chambre conique 6, est reliée latéralement un guide-fils 7 pour le fil guipé 18. Le procédé et le dispositif selon l'invention trouvent application dans l'industrie textile.

Method and device for twisting yarns

Single head drafting mechanism

A mechanism for sliver or roving, of the intersecting type, has a sliver guide funnel device which 'compensates' during winding, moving backwards and forwards in a direction parallel to the winding mandrel. It also confers false twist to the sliver or roving, to conserve its circular cross-section, and to help subsequent winding and unwinding. - The compensation and false twist of the sliver is effected by simple, cheap means which are specially adapted for bobbin winding at high speeds. GBAB- GB2104923 B A single-head drawing device having a bobbin take-up and wherein a sliver-guide device, located immediately upstream of the drive roller of the spindle on which the bobbin is formed, is constituted by roving or sliver twister shaped as a helix supported by slider mounted slidably along a guide parallel to the axis of the drive roller; the sliver guide device on its slider being controlled in such a way as to perform alternating displacements along the guide parallel to the axis of the drive roller by a control lever supported by a shaft perpendicular to the axis of the drive roller; characterised in that the twister comprises an intermediate section formed by a round bar shaped as a helix, one end of which is fixed to a funnel in the form of a ring with a radial through slot and that the other end is fixed to a condenser constituted by a bushing having its aperture co-axial with the said helix and with the funnel.

Method and device for continuously crimping threads or cords of synthetic thermoplastics, and products obtained by this method

Wire guide tube for twisting looms

A friction false twist apparatus

In a friction false twist apparatus the yarn is twisted by being clamped between a moving surface (2) and the front face of a rotating disc (1), the disc (1) being mounted resiliently with respect to its shaft (8). In their operational position, the shaft (8) of the disc (1) is inclined with respect to a perpendicular to the moving surface (2), and the disc (1) and the surface (2) in this operational position are positioned relative to each other such that the annular friction area (3) of the disc in the twisting area resiliently deflected out of its normal rotational plane by contact with said moving surface (2) or the yarn respectively and that the disc (1) clamps the yarn resiliently against said moving surface (2). <IMAGE>

Pin device for stretching and twisting carded roving

Torsion device for spinning machines

PROCESS FOR PRODUCING DISCONTINUOUS FIBER YARNS

DEVICE FOR FALSE FRICTION TORSION FOR SYNTHETIC YARNS

DISPOSITIF DE FAUSSE TORSION A FRICTION POUR FILS SYNTHETIQUES. DISPOSITIF DE FAUSSE TORSION A FRICTION COMPRENANT DEUX DISQUES 1, 2 TOURNANT EN SENS INVERSE AUTOUR D'AXES 8, 9 NON PARALLELES. LES DISQUES 1, 2 SONT POUSSES AXIALEMENT L'UN CONTRE L'AUTRE DE MANIERE A FORMER UNE ZONE DE TORSION. L'UN DES DISQUES EST ELASTIQUE DE MANIERE QU'IL SOIT DEVIE HORS DE SON PLAN NORMAL DE ROTATION SOUS L'EFFET D'UNE FORCE DE PRESSION PRODUITE PAR LE RESSORT 20 APPUYANT LE CARTER 10 DU DISQUE 1 CONTRE UNE BUTEE 21. FRICTIONAL FALSE TORSION DEVICE FOR SYNTHETIC WIRES. FRICTIONAL FALSE TORSION DEVICE INCLUDING TWO DISCS 1, 2 ROTATING IN REVERSE DIRECTION AROUND NON-PARALLEL AXLES 8, 9. THE DISCS 1, 2 ARE PUSHED AXIALLY AGAINST THE OTHER TO FORM A ZONE OF TORSION. ONE OF THE DISCS IS ELASTIC SO THAT IT BECOMES OUT OF ITS NORMAL ROTATION PLAN UNDER THE EFFECT OF A PRESSURE FORCE PRODUCED BY THE SPRING 20 PRESSING THE CASING 10 OF THE DISC 1 AGAINST A STOP 21.

For processing the method and roving frame of linear fiber sliver

本发明涉及一种加工线型纤维束（1）的方法，其中，将纤维束（1）送至用于生产粗纱（3）的预纺纱机的空气喷嘴（2），其中，在空气喷嘴（2）的正常操作期间纤维束（1）借助于空气喷嘴（2）内的涡流气流加捻，从而由纤维束（1）形成粗纱（3），并且其中，粗纱（3）最终通过空气喷嘴（2）中的出口（4）离开空气喷嘴（2）。根据本发明提出，离开空气喷嘴（2）的粗纱（3）应该沉积在设置在预纺纱机区域中的接纳部（5）中或接纳部（5）上。另外，提出了一种用于从线型纤维束（1）生产粗纱（3）的预纺纱机。

spinning machine

In einer Spinnmaschine, insbesondere Ringspinnmaschine mit einer Vielzahl nebeneinander angeordneter Spinneinheiten, wobei jede Spinneinheit ein Streckwerk (2) mit einem Ausgangszylinder (4) zum Verziehen eines Faserbandes, eine Spinneinrichtung zum Verdrehen des verzogenen Faserbandes zu einem Faden (1) sowie eine zwischen dem Streckwerk (2) und der Spinneinrichtung angeordnete Falschdralleinrichtung (3) aufweist, hat die Falschdralleinrichtung (3) zumindest einen mittels einer Antriebseinrichtung angetriebenen Riemen (11), wobei zwei gegenläufige Riementrums (14a, 14b), die im Wesentlichen quer zum Faden (1) verlaufen, von dem Faden (1) Z- oder S-förmig umschlungen werden. Die Hauptrichtung der Riementrums (14a, 14b) verläuft insbesondere im Bereich der Fadenumschlingung im Wesentlichen quer zur Achse des Ausgangszylinders (4). In a spinning machine, in particular ring spinning machine with a plurality of juxtaposed spinning units, each spinning unit a drafting (2) with an output cylinder (4) for warping a sliver, a spinning device for rotating the warped sliver to a thread (1) and between the drafting (2) and the spinning device arranged false twist device (3), the false twist device (3) at least one driven by a drive means belt (11), wherein two opposing Riementrums (14a, 14b), which extend substantially transversely to the thread (1) , are wrapped by the thread (1) Z- or S-shaped. The main direction of the belt rums (14a, 14b) extends in particular in the region of the thread loop substantially transversely to the axis of the output cylinder (4).

Improvements in or relating to ring spinning

Apparatus and method for winding a roving onto a bobbin

The invention relates to an apparatus for winding a roving provided with a protective twist onto a roving bobbin, containing a bobbin mounting for the rotatable mounting of a roving bobbin and a traversing device for traversing in the bobbin axial direction the roving to be wound. The traversing device comprises a driven pair of winding delivery rollers arranged directly in front of the roving bobbin and having a nip line through which the roving to be wound is guided.

Method and spinning machine for introducing a false twist into a yarn and device for introducing a false twist into a yarn

对于用于将假捻导入到纱线(7)中的方法以及纺纱机来说，通过纱线(7)的、在俯视图中在很大程度上直接的、穿过牵伸装置(3)直至纺纱机构的走向来构成纱线运行平面(20)并且所述纱线(7)在由上辊(4)和/或下辊(5)构成的输出夹紧位(6)处离开所述牵伸装置(3)。所述纱线(7)在所述输出夹紧位(6)与纺纱位之间通过围绕着斜向于纱线运行平面(20)的旋转轴(15)旋转的辊筒(8)来运行。所述纱线(7)在此同时围绕着其纵轴线旋转并且在此将第一假捻加入到所述纱线(7)中。通过所述辊筒(8)使所述纱线(7)侧向地从所述纱线运行平面(20)中运动出来，并且所述纱线(7)在此在所述输出夹紧位(6)之后如此与所述上辊(4)和/或所述下辊(5)相接触，使得所述上辊(4)和/或下辊(5)将第二假捻加入到所述纱线(7)中。用于在纺纱机上将假捻导入到纱线(7)中的装置具有装置支座(21)，以用于将辊筒固定在纺纱机的结构上。

Continuous rubbing or twisting device for spinning machines

Twisting device

본 발명의 이송가닥 트위스팅장치는 회전축X-X 주위로 회전할 수 있는 회전구조물(12) 및 회전축X-X에 평행하며 구조물(12)의 회전시 그 축주위로 운동하는 풀리회전의 각각의 축주위로 회전하기위해, 각 풀리가 일렬로 구조물(12)에 회전가능하게 설치되어 회전축X-X 주위에 배치되어 구조물(12)에 일렬로 설치된 일련의 풀리들(48,52,54 및 65)로 구성되어 있다. 투입가닥안내풀리(60)는 투입가닥이 꼬여져 풀리들(48,50,52,54 및 56)에 연속적으로 맞물리는 통로로 안내하며, 가닥출구안내풀리(62)는 그 통로로부터 출구통로로 축X-X을 따라 가닥을 안내한다. 회전구조물(12)은 구동축(16)을 통해 구동되며 풀리들(48,50,52,54 및 56)은 기어(32)에 의해 회전된다. The feed strand twisting device of the present invention is for rotating around each axis of the pulley rotation that is parallel to the rotating structure 12 and the rotating axis XX that can rotate around the axis of rotation XX and move around the axis when the structure 12 is rotated. Each pulley is rotatably installed in the structure 12 in a row and is disposed around the axis of rotation XX and consists of a series of pulleys 48, 52, 54 and 65 arranged in line in the structure 12. The input strand guide pulley 60 guides the passage strands twisted and continuously engages the pulleys 48, 50, 52, 54 and 56, and the strand exit guide pulley 62 passes from the passage to the exit passageway. Guide the strands along axis XX. The rotating structure 12 is driven through the drive shaft 16 and the pulleys 48, 50, 52, 54 and 56 are rotated by the gear 32.

Apparatus and method for imparting false twist to a yarn

An apparatus for imparting false twist to a staple yarn comprising a yarn guide for guiding a staple yarn along a path and a false twist device comprising a convex surface for engagement with a staple yarn so as to impart a force to the staple yarn when the staple yarn engages with and traverses the convex surface of the false twist device, and wherein the relative positioning between the yarn guide and the convex surface of the false twist device is adjustable such that, when a staple yarn is engaged with the convex surface of the false twist device and extends between the yarn guide and the false twist device, the amount of contact between the staple yarn and the convex surface of the false twist device can be controlled.

Complexed yarn's processing method of a fiber for bath glove

본 발명은 목욕용 원단 또는 때밀이용 장갑에 사용되는 섬유사의 가공방법 및 이를 사용한 목욕용 장갑에 관한 것으로서, 본 발명은 120데니어의 인견사 2가닥 및 75데니어의 인견사 1가닥을 S방향 또는 Z방향으로 동일한 방향으로 꼬이도록 1차 연사하고, 상기 1차 연사된 3가닥의 인견사를 한 가닥이 되도록 상기 꼬임 방향과 반대되는 방향으로 2차 연사하되, 1,2차 연사가 이태리 연사기 및 링 연사기의 조합으로 이루어진 연속복합연사기에 의해 연속적으로 수행되고, 1차 연사는 이태리 연사 공법에 의해, 2차 연사는 링 연사 공법에 의해 수행되는 것을 특징으로 하는 가공방법이다. 본 발명에 따른 때밀이 장갑용 섬유사의 가공방법은, 표면이 부드러워 피부 손상을 최소화 하고, 때를 잘 밀리게 하는 효과가 있다. 또한, 본 발명의 가공방법에 따른 섬유사를 이용하여 루프 구조로 제작한 때밀이 장갑은 습윤 수축율이 작아서 물에 젖어도 손가락이 잘 들어가기 때문에 사용이 편리한 이점도 있다. The present invention relates to a method of processing a fiber yarn used in a bath fabric or a glove compartment, and a glove for bath using the same. The present invention relates to a method of processing a yarn of 120 denier and two denier of 75 denier in the S direction or the Z direction And the second and third yarns are made of a combination of an Italian twist yarn and a ring twist yarn in a direction opposite to the twist direction so that the three yarns of the first yarn are twisted into one strand. Wherein the first continuous yarn is performed by the Italian yarn method, and the second yarn yarn is performed by the ring continuous yarn method. The method of processing a textile fiber for a glove for a glove according to the present invention has an effect of minimizing skin damage and smoothly pushing the surface with a soft surface. In addition, the hourglass gloves made of the loop structure using the fiber yarn according to the processing method of the present invention have a small wet shrinkage ratio and are advantageous in that they are easy to use because the fingers penetrate well even when wet.

It is a kind of to synchronize incorgruous twisting spinning apparatus and Yarn spinning method

本发明给出一种同步异向加捻纺纱装置和纺纱方法，包括牵伸机构和卷绕机构，在两者之间设置有导纱装置，在牵伸机构和导纱装置之间设置有假捻捻度装置，装置的上边带和下边带分别与经牵伸后由前罗拉牵伸对输出的纤维须条相接触，从而分别形成预加捻度和平衡捻度工作面，分别对与之接触的纤维须条产生捻向相反、大小相等的捻度，从而对牵伸后的双喂入的须条采用钢丝圈纱管转速差产生的捻度和加捻点与导纱装置之间的上、下工作面同步产生的反向捻度的同步加捻，实现假捻捻度装置对纱线成形区产生捻度作用而对最终成纱捻度没有影响，在不改变最终成纱捻度的同时使得牵伸后的双须条直接汇合加捻成纱，改善成纱质量、提高纺纱效率。

Improvements in staple spinning process and apparatus and in ring spinning frame

Improvements in conventional ring spinning processes of the type wherein a strand (1) of staple fibers is drafted, twisted and collected on a ring spinning frame are obtained by the added step of subjecting the strand to the twisting action of a pneumatic false twister (6) between the drafting (4) and collecting (11) steps. The added step improves performance and/or permits the process to be operated at higher front roll (5) delivery speeds for any given spindle speed without sacrificing performance. The higher delivery speeds results in improvements in the productivity of the process and the apparent value of staple yarn produced thereby.

Spinning machine and false-twist device

In a spinning machine, in particular a ring spinning machine having a multiplicity of units (1) arranged alongside one another, wherein each unit (1) has a drafting unit for drafting a sliver and a spinning device for twisting the drafted sliver to form a thread (3) and also a false-twist device (9) arranged between the drafting unit and the spinning device, the false-twist device (9) has at least one belt (11) driven by a drive device, said belt (11) running substantially transversely to the thread (3). The thread (3) wraps around two opposed strands (4, 5) of the belt(s) (11) in particular in a Z or S shape and the at least one belt (11) extends between the drive device and a deflection device along a plurality of units (1) of the spinning machine (10). The belt (11) is assigned at least two non-return devices (20), between which a plurality of the units (1) are located. The invention also relates to a corresponding false-twist device having belts and a drive device.

Folded yarn process - has a false-twist unit between drafting zone and ring spinning spindle, giving fewer breaks

A folded yarn has a drafting zone for two rovings to be drawn to a triangular configuration. The junction point at the apex is influenced by a false-twist unit. The two-fold yarn produced is then spun on a ring spinning spindle. The appts. is also claimed. Pref. the rovings are taken off the bobbins and through the drafting zone. The triangle has to have sides which do not exceed half the average staple length, in order to avoid excessive breakages. The prodn. speed and amount of twist inserted also affects the final quality. By means of a false-twist unit the apex can be correctly positioned. The unit may be an airjet twister, a friction device, or a false-twist spindle. The two-fold false-twisted thread is then spun on the ring spindle. ADVANTAGE - There are fewer breaks between drafting zone and twsit point, and the relative factors for quality prodn. are controlled.

Improvements in machines for continuously spinning textile fibres

642,246. Spinning textile yarns. SOC. PER AZIONI OFFICINE GALILEO. Jan. 10, 1947, No. 859. Convention date, Aug. 2, 1946. [A Specification was laid open to inspection under Sect. 91 of the Acts, July 22, 1947.] [Classes 120(ii) and 120(iii)] A textile spinning machine wherein false twist is inserted in a roving or slubbing between pairs of drawing rollers has the delivery rollers constructed as solids of revolution generated by a flat curve formed by two circular arcs of equal radius joined to lie on opposite sides of the common tangent at their junction, which is a point of inflexion. Preferably, the convex surface of one delivery roller fits into the concave surface of the other. The delivery rollers 15, 16 may be mounted on brackets 17, 18 pivoted at 19, so as to be adjustable in inclination. Pointers 39, 40 on the brackets 17, 18 indicate the angular displacements on a dial 41. Drive to the rollers 15, 16 is by hollow. flexible driving shafts 28, 29 and the rollers are urged together by a spring 33 adjusted by a stop 34. Feed rollers 11, 12 are adjustable relatively to the delivery rollers 15, 16, the distance between the two pairs being indicated on a scale by a pointer 37. Two or more pairs of rollers shaped in a similar manner to the rollers 15, 16 may be arranged in succession, in order to provide two or more drafting stages. The rollers may be made of a ceramic composition or a plastic material. The Specification as open to inspection under Sect. 91 comprises also an arrangement wherein the, rollers 15, 16 are replaced by a pair of rollers, each of which is composed of a cylindrical part and a solid of revolution generated by a segment of an ellipse. This subject-matter does not appear in the Specification as accepted.

Improvements in Drawing Tubes or Twist Tubes for Ring Spinning Machines.

16,585. Josephy's (Erben), G. July 2, [Convention date]. [Addition to 16,495/12.] Twist tubes.-The conical bore of the twist tube described in the parent Specification, wherein the roving is automatically fed by centrifugal force through the bore to the drawing-rollers, is replaced by a cylindrical bore inclined to the axis of the tube so that it diverges therefrom from the inlet end R to the outlet U. The inclined bore can also be applied to tubes which are pointed at both ends.

Improvements relating to sliver winding mechanisms

1,105,607. Forming sliver rolls; twist tubes. JAMES MACKIE & SONS Ltd. 20 May, 1965 [8 June, 1964], No. 23636/64. Headings D1D, D1J and DIN. In a sliver-ballingunit the sliver is passed through a false-twist tube 1 that is turned in alternate directions as it is traversed across the sliver ball, the entry end of the false twist tube being fitted with a die 17 that grips the sliver in a manner substantially eliminating rotary slip of the sliver as it passes therethrough. The die 17 is interchangeable with others according to the size of the opening required and may be held in place 'by a screw cap 19. Alternatively a single die with an adjustable opening may be used. The false twist tube 1 is surrounded by a gear wheel 12 meshing with one of a plurality of different diameter pinions 6, 7 on a common shaft 14. A single rack 8 is adjustable to mesh with any of the pinions 6, 7 to vary the rotational speed of the tube 1.

One-process twisting machine for the production of twine from two strands

A linear fibre formation with a case of polymeric nanofibres enveloping the supporting linear formation constituting the core, the method and equipment for its production

Lineární vlákenný útvar s nanovlákenným pláštěm obsahuje jádro tvořené nosným lineárním útvarem (3) a polymerní nanovlákna. Polymerní nanovlákna obalují nosný lineární útvar (3) tvořící jádro (31) výsledného lineárního vlákenného útvaru (30) nanovlákenným pláštěm (32) tvořeným plochým útvarem vytvořeným z nanovlákenné vlečky (6) s uspořádanou strukturou nanovláken vznikající při zvlákňování střídavým vysokým elektrickým napětím. Nanovlákenný plášť (32) je kolem jádra (31) ovinut v pásu ve tvaru šroubovice. Při způsobu výroby lineárního vlákenného útvaru se na zvlákňovací elektrodě (5) napájené střídavým napětím vytváří nanovlákenná vlečka (6), která se ve zvlákňovacím prostoru (41) mění na plochý pás s uspořádanou strukturou nanovláken, který se přivádí k obvodu nosného lineárního útvaru (3) rotujícího ve zvlákňovacím prostoru (41) kolem vlastní osy a/nebo balonujícího ve zvlákňovacím prostoru (41) s alespoň jednou kmitnou. Pás vytvořený z nanovlákenné vlečky (6) se kolem lineárního nosného útvaru (3) ovíjí a kolem nosného lineárního útvaru (3) vytváří šroubovici. Zařízení k výrobě lineárního vlákenného útvaru obsahuje podávací ústrojí (1) nosného lineárního útvaru (3) do zvlákňovací komory (4), v níž je uspořádána alespoň jedna zvlákňovací elektroda (5), odtahové zařízení (8) a sušicí a fixační zařízení (7). The linear fibrous formation with the nanofibrous sheath contains a core formed by a supporting linear formation (3) and a polymer nanofiber. Polymer nanofibers coat the supporting linear formation (3) forming the core (31) of the resulting linear fibrous formation (30) with a nanofibrous sheath (32) formed by a flat formation formed from a nanofiber siding (6) with an ordered structure of nanofibres produced by spinning by alternating high electrical voltage. The nanofibrous jacket (32) is wrapped around the core (31) in a helix-shaped belt. In the method of producing the linear fiber formation, a nanofibrous siding (6) is formed at the spinning electrode (5) ...

Hairiness supressing device for automatic winder

The present invention provides a hairiness suppressing device for an automatic winder that can perfectly balloon a spun yarn using a whirling current in a yarn passage. In a hairiness suppressing device 1 comprising a yarn inserting opening 9 that extends and opens in an axial direction of a yarn passage 8 in which a whirling current acts on a spun yarn, a cover member 29 is provided that can open and close the yarn inserting opening 9. When a swiveling body 26 is swivellably moved to open the cover member 29, the yarn can be introduced into the yarn passage 8 through the yarn inserting opening 9. When the swiveling body 26 is swivellably moved to close the cover member 29, the whirling current in the yarn passage 8 is prevented from leaking from a side of the yarn passage 8.

Rotating device for wrong wire drawing of the stretch roving in the drafting systems of spinning machines

Spinning machine with false twisting device

Spinning nozzle of pneumatic spinning machine and spinning section provided with the spinning nozzle

Device and method for the production of rove by means of a pneumatic spinning process

The invention relates to a slubbing machine, the use of a twist application means, and a method for the manufacture of a roving yarn ( 9 ). The roving yarn ( 9 ) is manufactured according to the invention from a fibre assembly ( 3 ), which undergoes a true twist application (rotation) by means of one or more air flows.

Filoplume flattening device for automatic bobbin winder

本发明提供一种自动络筒机的毛羽倒伏装置,可由纱通道内的回旋流产生的细纱的回旋完全充分。该毛羽倒伏装置具有纱插入用开口部,设有开能关上述纱插入用开口部的盖体构件,该开口部沿回旋流作用的纱通道的轴心方向延伸开口。当将盖体构件借助回旋体的旋转而打开时,能将纱经过纱插入用开口部而导入纱通道。当借助回旋体将盖体构件旋转而关闭时,确实消除回旋流从纱通道内的侧面的泄漏。

Yarn-twisting device

Spinning machine.

Wire manufacturing process

Production process of environment-friendly denim fabric and production line thereof

The present invention provides a production process characterized in that a false twisting process is added between a spinning process and a winding process so that yarn slivers undergo excessive pre-torsion in an axial direction and twists which are same in quantity but different in twisting direction are generated on the yarn slivers. Absorption of glucose-containing sulfur dyestuff is performed in a dyeing process. An ammonia removal process is performed in a high-temperature and high-pressure tank so that residual ammonia in a fabric is evaporated. The evaporated ammonia is collected and then fed back to a mercerizing process for continuous use. The present invention also provides a production line including a spinning unit having a false twisting device, a dyeing unit configured to realize the dyeing process, and a liquid ammonia finishing unit consisting of a fabric mercerizing device, an ammonia removal device, an ammonia recycling device and a controller.

Procedure and device for producing a twisted yarn

Doubled yarn is produced from fibre by integrated spinning and doubling. Two side by side spinning units (R1,R2) are placed within the yarn balloons of a two-for-one twister and supply singles yarn (F1,F2) to a hollow central spindle (11,29). The yarns then go through a radially outward channel (27) to a guide element (7) and the doubled yarn (F3) is drawn off at a central guide (37) and taken to a windup. The fibre opening sections (14,15) of the spinning units are outside the yarn balloons and the fibre supply ducts (3,4) line up with the feed ducts (5,6) of the spinning units.

METHOD AND DEVICE FOR TRANSFORMING A FILE OF TEXTILE FIBERS

LE PROCEDE DE TRANSFORMATION D'UN FILE DE FIBRES TEXTILES AYANT PREALABLEMENT SUBI UNE MISE EN TORSION CONSISTE A SOUMETTRE UNE MEME PORTION DU FILE EN DEFILEMENT A DEUX ACTIONS COMBINEES ET SIMULTANEES, L'UNE DE DETORSION PARTIELLE ET MOMENTANEE, SUFFISANTE POUR PERMETTRE LE GLISSEMENT DES FIBRES LES UNES PAR RAPPORT AUX AUTRES ET L'AUTRE D'ETIRAGE. LE DISPOSITIF COMPREND UNE PAIRE DE CYLINDRES D'ENTREE 2, 2 DELIVRANT LE FIL 1 A UNE VITESSE V, UNE BROCHE DE FAUSSE TORSION 3 TOURNANT EN SENS INVERSE DE LA TORSION DU FILE 1 ET UNE PAIRE DE CYLINDRES DE SORTIE 5, 5 DELIVRANT LE FIL TRANSFORME 1A A UNE VITESSE V SUPERIEURE A V. LA BROCHE DE FAUSSE TORSION 3 EST PREFERENTIELLEMENT UNE TIGE VRILLEE EN HELICE LE LONG DE SON AXE LONGITUDINAL, LOGEE A L'INTERIEUR ET SOLIDAIRE D'UN TUBE CYLINDRIQUE 6 ENTRAINE EN ROTATION. THE PROCESS FOR TRANSFORMATION OF A THREAD OF TEXTILE FIBERS WHICH HAS BEEN PREVIOUSLY TORSIONED CONSISTS OF SUBJECTING A SAME PORTION OF THE SCREENING THREAD TO TWO COMBINED AND SIMULTANEOUS ACTIONS, ONE OF PARTIAL AND MOMENTARY DETORSION, SUFFICIENT TO ALLOW IT TO SLIP. FIBERS THE ONE IN RELATION TO THE OTHERS AND THE OTHER FOR STRETCHING. THE DEVICE INCLUDES A PAIR OF INPUT CYLINDERS 2, 2 DELIVERING THE WIRE 1 AT A SPEED V, A FALSE TORSION PIN 3 TURNING IN THE REVERSE DIRECTION OF THE TORSION OF THE THREAD 1 AND A PAIR OF OUTPUT CYLINDERS 5, 5 DELIVERING THE WIRE TRANSFORMS 1A AT A SPEED V GREATER THAN V. THE FALSE TORSION PIN 3 IS PREFERENTIALLY A ROD TWISTED IN A PROPELLER ALONG ITS LONGITUDINAL AXIS, HOSTED INSIDE AND SOLIDARITY OF A CYLINDRICAL TUBE 6 DRIVEN IN ROTATION.

Combined roving frame

Disclosed is a combined roving frame, comprising a power output mechanism (1) and two sets of spinning mechanisms (2). Two ends of the power output mechanism (1) are integrally connected to the spinning mechanisms (2) respectively, the power output mechanism (1) is provided with two sets of power output units, and one set of spinning mechanisms (2) is adapted to one set of power output units. The power output mechanism (1) further comprises a supporting frame (3), wherein two ends of the supporting frame (3) are integrally connected to the spinning mechanisms (2) respectively, and the two sets of power output units are symmetrically placed on the supporting frame (3). The combined roving frame is provided with the two sets of spinning mechanisms (2), wherein each set of spinning mechanisms (2) is adapted to one set of power output units, independently providing power to one of the sets of spinning mechanisms (2) that do not affect each other, rough yarns of different types can be separately spun by the two sets of spinning mechanisms (2), and rough yarns of the same type can also be spun at the same time. The number of spindles of the two sets of spinning mechanisms (2) is two times that of the original roving frame, the single-machine yield and the production efficiency of the roving frame can be greatly increased, and when spinning rough yarns of different types, the power output unit independently drives one set of spinning mechanisms (2), thereby providing good stability.

Twisting tube assembly for textile machinery

Patent BE729315A

Method for producing a roving

The invention discloses a method for producing a roving (10), comprising a producer twist for further processing into a yarn or twisted thread (51, 52) in a fine spinning machine, a device for producing a roving (10), a method for producing a yarn or twisted thread (51, 52) by means of a fine spinning machine using a roving (10), and a fine spinning machine for producing a yarn or twisted thread (51, 52). The invention is characterized in that the roving (10) is produced by means of a self-twisting method.

PROCEDURE AND EQUIPMENT FOR PREPARING BANDED FIBER YARN

Patent FR2534284B3

Method and apparatus for transforming an open-ended yarn

The process for transforming a yarn of fibres which is obtained by spinning with released fibres consists in subjecting the same single portion of the continuously running yarn to three combined and simultaneous actions, the first of partial and momentary untwisting sufficient to allow the fibres to slide relative to each other, the second of reduced drawing to a ratio of between 1.10 and 1.25, and the third of controlling the fibres while they slide. The device comprises a pair of input rolls (2, 2') delivering the yarn (1) at a speed V1, a rod (3) twisted about itself into a helix along its lengthwise axis, and movable in rotation about the said axis, and a pair of output rolls (5, 5') delivering the converted yarn (1a) at a speed V2 of between 1.10 and 1.25 V1. <IMAGE>

"FRICTION WRAPPER"

Patent GR3007076T3

Improvements in or relating to the production of textile yarns

878,671. Winding draw frame sliver; creels; twist tubes. TWEEDALES & SMALLEY, Ltd. Dec. 6, 1957 [Dec. 7, 1956], No. 37444/56. Classes 120(1), 120(2), and 120(3) In the production of packages of draw. frame slivers, sliver delivered from the draw frame drafting system is passed through a uni-directionally driven rotatable twist tube, the drive to which is interrupted intermittently whereby oppositely handed false twists are imparted to the sliver along alternate predetermined lengths of sliver, the sliver then being wound on to a spindle or bobbin to form cross-wound packages. As shown Fig. 1, Sliver 28 from a draw frame head 10 is delivered by calender rollers 30 to an intermittently rotated twist tube 12, situated about 15 inches from rollers 30, followed by calender rollers 14, 16, 18. Tube 12 is belt driven from an electric motor which is stopped and started at intervals by a cam-operated switch. The tube is rotated while about 11 inches of sliver are fed to the sliver passing through rollers 14, 16, 18 having a right hand twist and about 11 inches of sliver extending from tube 12 towards rollers 30 having a left hand twist. The tube is then stopped while the 11 inches of left hand twisted sliver is fed through the tube, after which it is caused to rotate again and repeat the sequence. The sliver with alternate lengths of opposite twist is then cross-wound on to a bobbin 66 held by brackets 62 pivoted to a reciprocating support 60, the wound sliver package being urged by springs 71 towards a driving roller 68. Each drawing head 10 produces two slivers which are wound into two separate packages on a single bobbin. The packages are used in the creel of a ring spinning frame 80, Fig. 3. The creel consists of two vertical pillars 82 carrying brackets 88 which support the packages so that they bear against driven let-off rollers 90. The sliver passes over deflector rods 86, 84, the distance between rod 84 and the rest of the drafting head 92 of the frame being ...

Spinning nozzle and spinning station of an air-jet spinning machine fitted therewith

A spinning nozzle for an air-jet spinning machine has a base body with an internal turbulence chamber, an inlet opening for the fiber sliver which enters the turbulence chamber and a fiber guide channel for guiding the fiber sliver entering the inlet opening. A thread-forming element extends at least partially into the turbulence chamber and has an inlet mouth as well as an adjoining take-off channel for the thread in the transport direction. Air nozzles are directed into the turbulence chamber. The spinning nozzle has an extension piece that is releasably fixed to the base body in the region of the inlet opening, wherein the fiber guide channel adjoining the inlet opening is formed at least partially by a channel section of the extension piece.

Method for inserting a false twist into a thread and spinning machine and device for inserting a false twist into a thread

Bei einem Verfahren zur Falschdrahteinleitung in einen Faden (7) sowie einer Spinnmaschine wird eine Fadenlaufebene (20) durch den in Draufsicht weitgehend direkten Verlauf des Fadens (7) durch ein Streckwerk (3) zu einer Spinneinrichtung gebildet und der Faden (7) verlässt das Streckwerk (3) an einer von einer Oberwalze (4) und/oder einer Unterwalze (5) gebildeten Ausgangsklemmstelle (6). Der Faden (7) läuft zwischen der Ausgangsklemmstelle (6) und der Spinnstelle über eine sich um eine schräg zur Fadenlaufebene (20) stehende Drehachse (15) drehende Rolle (8). Der Faden (7) dreht sich dabei gleichzeitig um seine Längsachse und bringt dabei einen ersten Falschdraht in den Faden (7) ein. Der Faden (7) wird durch die Rolle (8) seitlich aus der Fadenlaufebene (20) herausbewegt und der Faden (7) kontaktiert dabei nach der Ausgangsklemmstelle (6) die Oberwalze (4) oder die Unterwalze (5) derart, dass diese einen zweiten Falschdraht in den Faden (7) einbringt. Eine Vorrichtung zur Falschdrahteinleitung in einen Faden (7) an einer Spinnmaschine weist einen Vorrichtungsträger (21) auf zur Befestigung der Rolle an einer Struktur der Spinnmaschine. In the case of a method for guiding false wires into a thread (7) and a spinning machine, a thread running plane (20) is formed by the thread (7), which is largely direct in plan view, through a drafting device (3) to a spinning device and the thread (7) leaves it Drafting unit (3) at an exit nip (6) formed by an upper roller (4) and / or a lower roller (5). The thread (7) runs between the exit clamping point (6) and the spinning point via a roller (8) rotating about an axis of rotation (15) which is at an angle to the thread running plane (20). The thread (7) rotates simultaneously about its longitudinal axis and introduces a first false wire into the thread (7). The thread (7) is moved laterally out of the thread running plane (20) by the roller (8) and the thread (7) contacts the top roller (4) or the bottom roller (5) after the ...

Yarn manufacturing apparatus and method

The present invention is an apparatus and method of making yarn for carpet that exhibits a high degree of color pop. More specifically, in one aspect, the present invention comprises an apparatus and method that comprises supplying a plurality of yarns, false-twist the plurality of yarns, and passing the consolidated yarn through a downstream entangling assembly (20) to tack at least a portion of the consolidated yarn. Another aspect of the present invention passes at least one of the plurality of yarns through one of a plurality of second entangling assemblies (30) positioned upstream of the false-twist apparatus (10).

Twister mechanism

Twisting fibres

False twist device which can be used in particular for improving the operation of textile yarn manufacturing turbines

Device for spinning, drawing and simultaneous false twisting of textile yarns

Twisting head

A kind of ring spindle yarn companion Yarn spinning method

一种环锭细纱伴侣纺纱方法，在环锭细纱机的每一个纺纱锭位上，一根粗纱经牵伸机构牵伸，其牵伸后的纤维须条L 甲 从前罗拉输出，同时伴纺长丝L 乙 相距短纤维须条L 甲 一定的间距、从前罗拉的钳口同步输出，在假捻器作用下，短纤维须条L 甲 与伴纺长丝L 乙 构成加捻三角，成股纱状捻合，伴纺长丝L 乙 与短纤维须条L 甲 之间的捻度是假捻，在假捻退捻后，短纤维须条L 甲 与伴纺长丝L 乙 相互分离，分离后的短纤维须条L 甲 在锭子与钢丝圈的回转作用下，获得真捻，卷绕至纱管上。

Patent FR2024634A1

Spinning unit of a spinning machine

The spinning station (1) has a spinning nozzle (5) with a housing (6), a yarn formation element (7) and a nozzle inner space (20). The spinning nozzle is provided for supplying fiber composite (2) to a pair of delivery roller (4). The vortex flow is generated through pressurized air injection (13) by the yarn formation element, such that a yarn (3) is formed from the fiber composite. A metering pump (18) is provided for conveying an additive supply with a dosage containing dosage of additive into a compressed air supply line (11) for a compressed air feed circuit (12). An independent claim is included for a method for supplying additive into compressed air feed circuit of spinning nozzle at spinning location of air jet spinning machine.

Method of handling a sliver

Turning head for spinning and twisting machines

Improvements made to the heads of spinning machines

Longitudinal rolling of staple fibre yarn

Longitudinal rolling of staple fibre yarn. Method consists of rolling a yarn or ribbon-shaped structure around its centre line in a linear zone between two friction bodies, the surfaces of which are moved transversely to the structure whilst moving in their longitudinal direction. A friction body with friction elements works in conjunction with another friction body. Whilst operating together they are moved transversely to the feed direction of the structure. The friction elements are returned to their starting point when not co-operating with the other friction body.

New device intended to replace buffaloes in the preparation of wicks of wool

Viscose artificial silk yarn production device and spinning method thereof

本发明公开了粘胶仿真丝纱生产装置及其纺纱方法，粘胶粗纱经牵伸得纤维须条，而后经卷绕系统产生的捻度在初始加捻点处加捻成初始粘胶细纱，在前罗拉前部设置环形搓捻带，粘胶细纱在初始加捻点处穿过搓捻带的前、后边带之间，电机带动搓捻带转动继而对穿过的粘胶细纱产生搓捻作用，搓捻捻度分别向上、下传递，上传递对纤维须条进行与加捻捻度捻向相反的预反向加捻，使初始加捻点上移，制得第一纤维束，改善初捻段强力、减少断头，下传递对纺纱段产生预正向加捻，实现纺纱段捻度大幅增强，第一纤维束穿过搓捻带后其自身的预反向加捻捻度立即与纺纱段的预正向加捻捻度相抵消，而后立即再被加捻捻度重新加捻，制得高强力、少毛羽的最终粘胶细纱。

A linear fibre formation with a case of polymeric nanofibres enveloping the supporting linear formation constituting the core, the method and equipment for its production

A linear fibre formation with a nanofibre case contains a core formed by the supporting linear formation (3), and polymeric nanofibres. The polymeric nanofibres envelope the linear supporting formation (3) constituting the core (31) of the resultant linear fibre formation (30) of the nanofibre case (32) formed with the flat formation formed from the nanofibrous plume (6) having an arranged structure of nanofibres produced during spinning with high alternating voltage. The nanofibre case (32) is enveloped around the core (31) in a belt having the shape of a helix. When applying the production method of the linear fibre formation on the spinning electrode (5) supplied with alternating voltage, the nanofibrous plume (6) is formed which is, in the spinning space (41), changed into the flat belt having the arranged structure of nanofibres and this belt is fed to the periphery of the linear supporting formation (3) rotating in the spinning space (41) around its own axis and/or ballooning in the spinning space (41) with at least one antinode. The belt formed from the nanofibrous plume (6) is enveloped around the linear supporting unit (3) and forms a helix around the supporting linear formation (3). The equipment for production of the linear fibre formation contains the feeding device (1) of the supporting linear formation (3) into the spinning chamber (4), in which there is arranged at least one spinning electrode (5), the exhaust equipment (8) and the drying and fixation equipment (7).

Improved false-twist device for spun fibres

The improved false-twist device for spun fibres carries out both the false twist and the control of the fibres. It consists of a rod 3 twisted helically on itself along its longitudinal axis and movable in rotation about said longitudinal axis. A baffle 4 located at the downstream end of the rod 3 makes it easier to twist the spun yarn 1. The surface of the rod in close contact with the fibres ensures the control of the latter, particularly when they must slide relative to one another. The rod is seated on the inside of and is fixed to a tube driven in rotation about its longitudinal axis.

The rotary non-twist spindle of drawing-off type cam

本发明涉及纺织技术领域，尤其是一种牵伸型凸轮旋转式无捻纱锭子，针筒上套设有带凸轮的外转凸轮座，外转凸轮座上具有带动其转动的皮带轮；锭子座上还安装有支架，支架上安装有斜出纱的斜出纱假捻器，斜出纱假捻器包括假捻空心锭杆，假捻空心锭杆位于针筒的上方，假捻空心锭杆的出线端通过柔性件连接有斜出纱管，斜出纱管与假捻空心锭杆同步旋转，外转凸轮座的顶端安装斜撑，斜撑上具有支撑斜出纱管旋转的轴承座，斜出纱管的轴线倾斜于针筒的轴线；本申请制作出不带芯线的无捻性纱的锭子，采用同一动力，纤维牵伸下来直接编织成纱，不易堵塞导纱杆，从而引导出一种新型纺纱工艺，所生产的纱线结构蓬松，手感柔软，调干均匀，弹性强，外观漂亮。

Creel with twisting units

A creel 1 with twisting devices is capable of directly supplying twisted yarns from bobbins carrying non-twisted yarns to a loom or a warper, and of producing not only normal fabric but also a fabric having a low weft density woven at a higher rate or a fabric using hard-twist yarns as warps. A plurality of rotatable spindles 8, each carrying a bobbin 3 on which a non-twisted yarn 2 is wound, are arranged on a frame 18. The yarns 2 withdrawn from the bobbins 3 on the spindles 8 are twisted and arranged to form a yarn sheet 19. The spindles 8 are rotatably secured via bearings to the frame 18 of the creel 1 at the center of a rotary shaft section 8' which is arranged in a horizontal direction. On both ends of the rotary shaft section 8', a section for supporting the bobbin 3 carrying the non-twisted yarn 2 is formed, on which a two-for-one twisting device 21 is provided.