CN208326943U

CN208326943U - Horizontal Quilling device

Info

Publication number: CN208326943U
Application number: CN201820868401.2U
Authority: CN
Inventors: 李敬鹏; 佟浩; 王飞龙; 候锡洋; 杨林
Original assignee: Xuzhou Sanhuan Industrial Technology Co Ltd
Current assignee: Xuzhou Sanhuan Industrial Technology Co Ltd
Priority date: 2018-06-06
Filing date: 2018-06-06
Publication date: 2019-01-04
Anticipated expiration: 2028-06-06

Abstract

A horizontal weft winding device includes a frame, a yarn release frame, a sliding table and a spool; the upper part of the yarn release frame is provided with a first yarn guide wheel, and the sliding table is provided with a swing frame, which is driven by a driving device The bottom slides along the length direction of the sliding table; the tube is rotatably connected to the upper part of the frame, and one end of the tube is connected to the rotating motor; the frame is fixedly connected with a tension frame on the side close to the yarn release frame, and at least A tension device, the tension device includes a third yarn guide wheel, an electronic tensioner and a second yarn guide wheel arranged in sequence from left to right, and the electronic tension device is mainly composed of an electromagnetic brake and a tension sensor; the yarn wound on the bobbin One end is first led out by the first guide wheel, and then wound around the second yarn guide wheel, the electronic tensioner and the third yarn guide wheel in turn, and is led out to the lower part by the guiding mechanism arranged on the swing frame, and then wrapped around the tube. on the periphery of the cylinder. The device has a simple structure, a high degree of automation of yarn tension control, and high work efficiency.

Description

Horizontal quilling device

Technical field

The utility model relates to field of textile equipment, and in particular to a kind of horizontal quilling device.

Background technique

Currently, requirement of the domestic felt enterprise to papermaking fleece is higher and higher, to spacer screen tension, institutional framework etc. has Strict requirements, the weft tension requirement that such ring knits spacer screen is higher and higher, and the requirement to pirn winding machine is also higher and higher, in city Relatively conventional on field is bowl formula and textile machines, and structure is complicated, low efficiency, to the degree of automation of yarn tension control Difference.

Summary of the invention

In view of the above-mentioned problems of the prior art, the utility model provides a kind of horizontal quilling device, the apparatus structure Simply, to the high degree of automation of yarn tension control, work efficiency is high.

The utility model provides a kind of horizontal quilling device, including rack, yarn releasing frame that rack side is arranged in, at least One slide unit and at least one quill below slide unit；For placing spool on yarn releasing frame, the top of yarn releasing frame is provided with First yarn guiding wheel,

Extend to the slide unit and the equal left and right directions of quill；Swinging frame is provided on slide unit, swinging frame is in driving device It is slided under driving along the length direction of slide unit；Quill is rotatably connected to the top of rack, and one end connects rotating electric machine；

Rack is fixedly connected with tension bracket in the side close to yarn releasing frame, fills in tension bracket at least provided with a tension It sets, the tensioner includes by the left-to-right third yarn guiding wheel set gradually, electronic tensile device and the second yarn guiding wheel, electronics Power device is mainly made of electromagnetic brake and tension sensor；

One end of the yarn on spool is wound around to be exported by the first yarn guiding wheel first, then successively winding cross the second yarn guiding wheel, Electronic tensile device and third yarn guiding wheel, and the guiding mechanism by being arranged on swinging frame export to the lower part after be wrapped in quill cylinder On periphery.

For the quilling device by the way that tensioner is arranged between spool and quill, the electronic tensile device in tensioner can be right The tension of winding yarn therein is measured in real time, and carries out closed-loop control, to can ensure that the tension of yarn can be stable Maintain setting value；The reciprocal transhipment of slide unit is driven by decelerating motor, and then drives swinging frame in the lateral direction past Multiple operation can be convenient for the real-time adjustment of quill winding position.Compared with prior art, present apparatus structure is simple, the degree of automation Height, yarn winding are high-efficient.

Further, in order to can guarantee quill can under the drive of the other end rotating electric machine high speed, smoothly operate；Quill is remote One end from rotating electric machine is connect by bearing with one end of floating rotating connector, the other end of floating rotating connector and laterally branch The tailpiece of the piston rod for being located at the clamping cylinder of upper rack is hinged.

As a preference, the driving device includes decelerating motor；The slide unit is belt conveyor, swinging frame and skin One section of connection with conveyer top；Pass through pulley drive pair between the central axis and geared motor output shaft of slide unit driving wheel Or sprocket wheel transmission connection；

Pulley drive is secondary or the connection of sprocket wheel transmission is by the drive pulley being assemblied in geared motor output shaft or master Movable sprocket, the driven pulley being assemblied on the central axis of chain transfer driving wheel or driven sprocket and connection drive pulley Or belt or sprocket wheel composition between drive sprocket and driven pulley or driven sprocket.

As a preference, guiding mechanism on swinging frame is by being arranged in side flap edge and the guide branch that extends horizontally outward Frame and the 4th yarn guiding wheel composition for being rotatably connected to yarn carrier outer end.

Further, in order to precisely control movement speed and the position of swinging frame, the decelerating motor is servo motor.

Further, in order to improve winding efficiency, the quantity of the slide unit and electronic tensile device is two, and front and back is simultaneously The setting of row ground；The central axis between driving wheel in two slide units；The quantity of the quill is four, and front and back is abreast Setting；Each slide unit is correspondingly arranged at the top between two quills；Each swinging frame is fixedly connected in its front and rear sides Guiding mechanism；Abreast there are four the first yarn guiding wheels for setting for front and back on the rack；The corresponding electronic tensile device of each spool and One swinging frame.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the top view after the utility model removal yarn releasing frame.

In figure: 1, clamping cylinder, 2, floating rotating connector, 3, quill, the 4, first yarn guiding wheel, 5, swinging frame, 6, electric rotating Machine, 7, slide unit, 8, rack, 9, decelerating motor, 10, spool, 11, yarn releasing frame, 12, yarn, 13, electromagnetic brake, 14, tension biography Sensor, 15, tension bracket, 16, yarn carrier, the 17, second yarn guiding wheel, 18, third yarn guiding wheel, the 19, the 4th yarn guiding wheel.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing.

As depicted in figs. 1 and 2, a kind of horizontal quilling device, including rack 8, yarn releasing frame 11 that 8 side of rack is set, At least one slide unit 7 and at least one quill 3 below slide unit 7；For placing spool 10, yarn releasing frame 11 on yarn releasing frame 11 Top be provided with the first yarn guiding wheel 4,

Extend to the slide unit 7 and the equal left and right directions of quill 3；Swinging frame 5 is provided on slide unit 7, swinging frame 5 is filled in driving It is slided under the driving set along the length direction of slide unit 7；Quill 3 is rotatably connected to the top of rack 8, and one end connection rotation Rotating motor 6；

Rack 8 is fixedly connected with tension bracket 15 in the side close to yarn releasing frame 11, at least provided with one in tension bracket 15 Tensioner, the tensioner include by the left-to-right third yarn guiding wheel 18 set gradually, electronic tensile device and the second guide Wheel 17, electronic tensile device is mainly made of electromagnetic brake 13 and tension sensor 14, electronic tensile device further include respectively with electricity The controller that magnetic brake 13 and tension sensor 14 connect, controller are used to control the stabilization of output 12 tension of yarn；

The one end for the yarn 12 being wound around on spool 10 is exported by the first yarn guiding wheel 4 first, then successively winding is crossed second and led Yarn wheel 17, electronic tensile device and third yarn guiding wheel 18, and the guiding mechanism by being arranged on swinging frame 5 export to the lower part after wind On 3 cylinder periphery of quill.

In order to can guarantee that quill can operate at a high speed, smoothly under the drive of other end rotating electric machine；Quill 3 is far from rotation One end of motor 6 is connect by bearing with one end of floating rotating connector 2, and the other end of floating rotating connector 2 is installed with lateral It is hinged in the tailpiece of the piston rod of the clamping cylinder 1 on 8 top of rack.

As a preference, the driving device includes decelerating motor 9；The slide unit 7 is belt conveyor, swinging frame 5 It is connect with one section of belt conveyor top；Pass through belt pulley between 9 output shaft of central axis and decelerating motor of 7 driving wheel of slide unit Transmission or the connection of sprocket wheel transmission；

Pulley drive is secondary or the connection of sprocket wheel transmission is by the drive pulley being assemblied on 9 output shaft of decelerating motor or master Movable sprocket, the driven pulley being assemblied on the central axis of chain transfer driving wheel or driven sprocket and connection drive pulley Or belt or sprocket wheel composition between drive sprocket and driven pulley or driven sprocket.

Guiding mechanism on swinging frame 5 is by being arranged in side flap edge and the yarn carrier 16 that extends and can be rotated horizontally outward Ground is connected to the 4th yarn guiding wheel 19 composition of 16 outer end of yarn carrier.

In order to precisely control movement speed and the position of swinging frame, the decelerating motor 9 is servo motor.Servo electricity Machine by each traverse of pulse control swinging frame, grade rises and swing speed.Not only speed is fast, but also high-efficient.

In order to further increase winding efficiency, the quantity of the slide unit 7 and electronic tensile device is two, and front and back is simultaneously The setting of row ground；The central axis between driving wheel in two slide units 7；The quantity of the quill 3 is four, and front and back is side by side Ground setting；Each slide unit 7 is correspondingly arranged at the top between two quills 3；Each swinging frame 5 is in the fixed company in its front and rear sides It is connected to guiding mechanism；Abreast there are four the first yarn guiding wheels 4 for setting for front and back in rack 8；Each spool 10 in rack 8 is corresponding Using a tensioner and a swinging frame 5, wherein the yarn 12 in each spool 10 is respectively by the guiding of 5 two sides of swinging frame Mechanism is oriented to quill 3.

When work, the yarn 12 on spool 10 placed on yarn releasing frame 11 is exported by the first yarn guiding wheel 4, then successively winding Second yarn guiding wheel 17, electromagnetic brake 13, tension sensor 14 and third yarn guiding wheel 18, tension sensor 14 are used for real-time detection The tension value size of yarn 12, and the controller in Real-time Feedback electron tensioner, when tension is less than setting value, internally Controller control electromagnetic brake 13 to yarn carry out certain pressure braking, to increase the tension of yarn 12, when tension reaches When to setting value, stops the braking of electromagnetic brake, ensure that the tension stability of yarn 12；Around electronic tensile device yarn again Extend and be set around the outside of quill 3 to the lower part by the 4th yarn guiding wheel 19, swinging frame 5 on slide unit 7 is driven by decelerating motor 9 Reciprocal operation and the adjusting of different location, thus it is possible to vary the not position of Co-wound coil on quill 3 of yarn 12.

Claims

1. A horizontal weft winding device, comprising a frame (8) and a yarn release frame (11) arranged on one side of the frame (8), the yarn release frame (11) is used for placing a yarn bobbin (10), The upper part of the yarn unwinding rack (11) is provided with a first yarn guide wheel (4), which is characterized in that,

Also includes at least one sliding table (7) and at least one tube (3) below the sliding table (7);

The sliding table (7) and the tube (3) both extend in the left-right direction; the sliding table (7) is provided with a swing frame (5), and the swing frame (5) is driven along the sliding table (7) by the driving device. Sliding in the longitudinal direction of the pipe; the tube (3) is rotatably connected to the upper part of the frame (8), and one end thereof is connected to the rotating motor (6);

The frame (8) is fixedly connected with a tension frame (15) on the side close to the yarn release frame (11), and at least one tension device is arranged in the tension frame (15), and the tension device includes a tension device arranged in sequence from left to right. The third yarn guide wheel (18), the electronic tensioner and the second yarn guide wheel (17), the electronic tensioner is mainly composed of an electromagnetic brake (13) and a tension sensor (14);

One end of the yarn (12) wound on the bobbin (10) is firstly led out by the first yarn guide wheel (4), and then wound around the second yarn guide wheel (17), the electronic tensioner and the third yarn guide in turn The wheel (18) is led out to the lower part by the guide mechanism arranged on the swing frame (5), and then wound around the outer circumference of the cylinder of the tube (3).

2. a kind of horizontal weft winding device according to claim 1 is characterized in that, one end of the hoist tube (3) away from the rotary motor (6) is connected with one end of the floating rotary joint (2) through a bearing, and the floating rotary joint The other end of (2) is hinged with the piston rod end of the clamping cylinder (1) laterally supported on the upper part of the frame (8).

3. A horizontal weft winding device according to claim 1 or 2, characterized in that the drive device comprises a deceleration motor (9); the sliding table (7) is a belt conveyor, and the swing frame (5) ) is connected with the upper part of the belt conveyor; the central shaft of the driving wheel of the sliding table (7) and the output shaft of the deceleration motor (9) are connected by a pulley drive pair or a sprocket drive pair;

The pulley drive pair or sprocket drive pair is connected by the drive pulley or drive sprocket assembled on the output shaft of the reduction motor (9), the driven pulley or driven sprocket assembled on the central shaft of the chain conveyor drive pulley, and the connection The drive pulley or the drive sprocket and the driven pulley or the belt or sprocket between the driven sprockets.

4. A horizontal weft winding device according to claim 3, characterized in that, the guiding mechanism on the swing frame (5) consists of a yarn guide bracket (16) arranged on the edge of the side wing and extending horizontally outwards and a rotatable It is composed of a fourth yarn guide wheel (19) connected to the outer end of the yarn guide bracket (16).

5. A horizontal weft winding device according to claim 4, characterized in that the deceleration motor (9) is a servo motor.

6. A horizontal weft winding device according to claim 5, characterized in that the number of the sliding table (7) and the electronic tensioner is two, and both are arranged side by side; The central axes between the driving wheels in (7) are coaxial; the number of the tubes (3) is four, and they are arranged side by side; each slide (7) is correspondingly arranged on two tubes (3) ); each swing frame (5) is fixedly connected with a guide mechanism on its front and rear sides; four first yarn guide wheels (4) are arranged side by side on the frame (8); each The yarn bobbin (10) corresponds to an electronic tensioner and a swing frame (5).