CN208346438U - Pattern cloth winding displacement production line - Google Patents

Abstract

The utility model discloses a kind of selection that can disposably complete colo(u)r streak, bracing wire, interception, arrangement while guaranteeing that intercepted length is consistent and completes the pattern cloth winding displacement production line of the multistation of colo(u)r streak arrangement.The pattern cloth winding displacement production line, including installation pedestal, belt conveyor, threading all-in-one machine；The threading all-in-one machine is mounted on the side of installation pedestal, and is distributed along the equal spacing in length direction of installation pedestal；The wiring plate is located at below bracket；The faller gill assembly is mounted on wiring plate, and is located at the side of wiring plate；The wire-clamping device is located at the other side of wiring plate；The horizontal step drive device is mounted in installation pedestal, and drives the horizontal stepping of wiring plate mobile.Multistation while winding displacement on wiring plate can be realized using the pattern cloth winding displacement production line, easy to produce is carried out continuously, and improves work efficiency, and reduces production cost, while being convenient for automation control.

Description

Pattern cloth winding displacement production line

Technical field

The utility model relates to field of textiles, especially a kind of pattern cloth winding displacement production line.

Background technique

It is well known: for different decorative patterns or the pattern of weaving during to cloth, perhaps carpet is weaved, therefore to need The colo(u)r streak for selecting multiple color needs to intercept corresponding length after the colo(u)r streak for choosing corresponding color, then arranges.It passes The solution of system is by the colo(u)r streak needed by manually choosing, and the colo(u)r streak by manually intercepting corresponding length, is cut Colo(u)r streak after taking is by manually arranging.There is no the automatic choosings that any equipment can be realized colo(u)r streak in the prior art It takes, intercept and arranges.Existing technological means is then to be intercepted colo(u)r streak corresponding by manually choosing to required colo(u)r streak Length, then arrange.Therefore working efficiency is low while complicated for operation, and production cost is higher；It is unfavorable for automated production.

Utility model content

The technical problem to be solved by the utility model is to provide one kind can disposably complete the selection of colo(u)r streak, bracing wire, Interception arranges while guaranteeing that intercepted length is consistent and completes the pattern cloth winding displacement production line of the multistation of colo(u)r streak arrangement.

The technical scheme adopted by the utility model to solve the technical problem is as follows: pattern cloth row provided by the utility model Line production line, including installation pedestal, belt conveyor, threading all-in-one machine；

The threading all-in-one machine is mounted on the side of installation pedestal, and is distributed along the equal spacing in length direction of installation pedestal；

The threading all-in-one machine includes including select switch, bracing wire hooking thread cutter, wafer breaker and faller gill assembly；

The bracing wire hooking thread cutter includes pedestal, anchoring, and vertical mounting plate is provided on the pedestal；It is described perpendicular Line outlet is provided on mounting plate；The pedestal is fixedly mounted in installation pedestal；

The anchoring includes the bracket being arranged on balladeur train, wire-clamping device and pedestal, and the support vertical is in vertical Mounting plate；The balladeur train is slidably mounted on bracket along stent length direction, and the wire-clamping device is arranged on balladeur train, the folder Line apparatus is located at the front of line outlet；

It is provided on the vertical mounting plate and adjusts colo(u)r streak in the wire fixing device of line outlet outgoing line position；The vertical installation The thread cutter of colo(u)r streak on cutting wire fixing device is provided on plate；Hook device is provided on the vertical mounting plate；

The select switch is located at the side of vertical mounting plate, and the select switch has the first line outlet；First outlet Mouth is aligned with line outlet；

The faller gill assembly includes horizontal support and the parallel faller gill of multi-disc, and the faller gill is on horizontal support along cross It is uniformly distributed to the length direction of bracket；Described faller gill one end is fixed on horizontal support, and the other end is provided with threading hole；

The wafer breaker is arranged below faller gill assembly, and is located at below bracing wire hooking thread cutter；The wafer breaker is used It is pushed aside in by the faller gill of the monolithic faller gill two sides on faller gill assembly；

The hook device includes telescopic device and hooking bar, and the fixing end that the telescopic device has is mounted on vertical peace In loading board, one end of the hooking bar is connect with the telescopic end that telescopic device has；The other end is provided with hooking slot；

The hooking bar is located above faller gill assembly, and the angle having between the hooking bar and horizontal plane is sharp Angle；The telescopic end of the telescopic device extends so that hooking bar passes through the threading hole of monolithic faller gill on faller gill assembly；

The vertical mounting plate, which is additionally provided with, is pressed into the crimping in the hooking slot on the hooking bar of threading hole for colo(u)r streak Device；

The wiring plate is located at below bracket；The faller gill assembly is mounted on wiring plate, and is located at the one of wiring plate Side；The wire-clamping device is located at the other side of wiring plate；The horizontal step drive device is mounted in installation pedestal, and is driven The horizontal stepping of wiring plate is mobile.

Further, the select switch includes rotary base, the first route selection disk, the second route selection disk, draw drum, rotate driving Device；The rotary base is fixedly connected with installation pedestal；The pedestal and rotary base are fixedly connected to form entirety；

First route selection is coiled its axis and is rotatably installed on rotary base, and the first route selection disk passes through rotate driving Device driving rotation；

The second route selection disk is mounted on the top of the first route selection disk, has between the second route selection disk and the first route selection disk Support block；The second route selection disk and the first route selection disk are coaxial；

The draw drum is mounted on the top of the second route selection disk, is provided with support between the second route selection disk and draw drum Column；

At least provided with first cable-through hole of circle on the first route selection disk；First cable-through hole circumferentially uniformly divides Cloth；A circle is provided with the second cable-through hole on the second route selection disk, second cable-through hole circumferentially uniformly divides Cloth；The unidirectional wire feeder that colo(u)r streak passes through from top to bottom is installed on second cable-through hole；Unwrapping wire is provided on the draw drum Hole；Second cable-through hole is corresponded with the first cable-through hole and unwrapping wire hole；

Outlet board is provided on the rotary base, the outlet board is located at the side of the first route selection disk, and the outlet Line outlet is provided on plate, the cross central line of the line outlet is located at the lower section of the first route selection disk.

Further, the wafer breaker includes mounting seat；The mounting seat is fixedly mounted in installation pedestal；It is described It is provided with the pedestal that slides laterally for sliding along the transverse direction installation in mounting seat, is provided with driving in the mounting seat and slides laterally First sliding driving device of pedestal sliding；

It is described slide laterally be provided on pedestal be vertically slidably installed slide vertically pedestal；It is described to slide vertically pedestal On be provided with slicing apparatus；Described slide laterally is provided with the second sliding driving dress that driving slides vertically pedestal sliding on pedestal It sets；

The slicing apparatus includes the first sliding plectrum component and the second sliding plectrum component；The first sliding plectrum group Part includes the first sliding block and the first plectrum；First sliding block, which is slidably mounted on, to slide vertically on pedestal；Second sliding is dialled Piece component includes the second sliding block and the second plectrum；Second sliding block, which is slidably mounted on, to slide vertically on pedestal；Described first is sliding Block and the second sliding block are symmetrical arranged about the middle section for sliding vertically pedestal transverse direction；Described slide vertically is provided with driving on pedestal The third sliding driving device of first sliding block sliding and the 4th sliding driving device of driving the second sliding block sliding；

First plectrum is vertically installed at the top of the first sliding block one end opposite with the second sliding block, second plectrum It is vertically installed at the top of the second sliding block one end opposite with the first sliding block, first plectrum and the second plectrum are parallel；

Limited block is provided between first sliding block and the second sliding block；The limited block limits the first sliding block and second and slides Minimum range between block；So that the minimum range between the first plectrum and the second plectrum is more than or equal to the thickness of faller gill； The faller gill assembly is located at slicing apparatus side, and is located at the top of slicing apparatus.

Further, the wire fixing device includes the first telescopic device and the first sliding block；First sliding block is along vertical Direction is slidably mounted on vertical mounting plate；First sliding block is slided along the vertical direction by the driving of the first telescopic device；Institute State the cable-through hole that own centre line and line outlet centerline parallel are set on the first sliding block；Cable-through hole on first sliding block is located at Line outlet.

Further, the thread cutter includes the second telescopic device and the second sliding block；Second sliding block is along vertical Direction is slidably mounted on vertical mounting plate；Second sliding block is slided along the vertical direction by the driving of the second telescopic device；Institute It states and is provided with slice on the second sliding block；The top for being sliced the notch having and being located at cable-through hole.

Further, the cord grip includes third telescopic device and third sliding block；The third sliding block is along vertical Direction is slidably mounted on vertical mounting plate；The third sliding block is slided along the vertical direction by the driving of the second telescopic device；Institute It states and is provided with line pressing rod on third sliding block, the line pressing rod extends to above line outlet, and the line pressing rod is located at cable-through hole Top.

Further, the select switch further includes the limiting device for limiting the first route selection disk and rotating forward each 180 ° of rotation of reversion； The limiting device includes support rod and limited block；The limited block is mounted on one end of support rod, the support rod other end It is fixedly mounted on rotary base；

The draw drum and the second route selection disk are coaxial；180 ° of semi-ring limiting slot is provided on the outer of the draw drum, The limited block is extended radially into limiting slot by draw drum.

Further, the unidirectional wire feeder includes bottom plate, is provided with inlet wire boss on described bottom plate one end, on the other end It is provided with outlet boss, is provided with cable-through hole on the inlet wire boss and outlet boss；

Pressure roller is provided on the bottom plate, the pressure roller is between inlet wire boss and outlet boss；The pressure roller and bottom There is spacing, flexible fin is arranged in described state between pressure roller and plate upper surface, the elasticity fin one between plate upper surface End is fixedly connected with bottom plate, and the other end is tangent with pressure roller.

Further, the slicing apparatus further includes fixing clip component；The fixing clip component include supporting block and Faller gill folder, the faller gill sandwiched are set in supporting block upper end, and the lower end of the supporting block is fixedly connected with pedestal is slid vertically, and position In the front of limited block；Faller gill folder includes the intermediate plate that two panels is parallel to each other, the spacing between two panels intermediate plate be greater than or Equal to the thickness of faller gill；The two panels intermediate plate is parallel with the first plectrum, and the upper end of the upper end of two panels intermediate plate and the first plectrum Concordantly.

Further, the upper end of first plectrum, the second plectrum and two panels intermediate plate is provided with taper section.

The beneficial effects of the utility model are: pattern cloth winding displacement production line described in the utility model, the utility model The pattern cloth winding displacement production line, due to including installation pedestal, wiring plate, threading all-in-one machine and horizontal stepper drive dress It sets；It realizes that the horizontal stepping of wiring plate is mobile by horizontal step drive device, is realized by threading all-in-one machine in wiring plate position The selection, bracing wire of colo(u)r streak 5, threading, tangent line and wiring when moving on to corresponding station.Therefore pattern cloth described in the utility model Winding displacement production line can be realized multistation while winding displacement on wiring plate, and easy to produce is carried out continuously, and improve work efficiency, Production cost is reduced, while being convenient for automation control.

Detailed description of the invention

Fig. 1 is the perspective view of pattern cloth winding displacement production line in the utility model embodiment；

Fig. 2 is the main view of pattern cloth winding displacement production line in the utility model embodiment；

Fig. 3 is the top view of pattern cloth winding displacement production line in the utility model embodiment；

Fig. 4 is the perspective view of threading all-in-one machine in the utility model embodiment；

Fig. 5 is the perspective view of select switch in the utility model embodiment；

Fig. 6 is the main view of select switch in the utility model embodiment；

Fig. 7 is the side view of select switch in the utility model embodiment；

Fig. 8 is the top view of select switch in the utility model embodiment；

Fig. 9 is the structural schematic diagram of unidirectional wire feeder in the utility model embodiment；

Figure 10 is the perspective view of bracing wire hooking thread cutter in the utility model embodiment；

Figure 11 is the main view that bracing wire hooking thread cutter removes after anchoring in the utility model embodiment；

Figure 12 is the top view of bracing wire hooking thread cutter in the utility model embodiment；

Figure 13 is the side view of bracing wire hooking thread cutter in the utility model embodiment；

Schematic diagram when Figure 14 is bracing wire hooking thread cutter progress crimping in the utility model embodiment；

Figure 15 is the partial enlargement diagram of B in Figure 14；

Figure 16 is the perspective view of wafer breaker in the utility model embodiment；

Figure 17 is the top view of wafer breaker in the utility model embodiment；

Figure 18 is the main view of wafer breaker in the utility model embodiment；

Figure 19 is the side view of wafer breaker in the utility model embodiment；

Perspective view when Figure 20 is slicing apparatus progress fragment position in the utility model embodiment；

Figure 21 is the perspective view of slicing apparatus in the utility model embodiment；

Figure 22 is the main view of slicing apparatus in the utility model embodiment；

Figure 23 is the C-C cross-sectional view in Figure 22；

It is indicated in figure: 100- select switch, 11- rotary base, 12- the first route selection disk, the first cable-through hole of 121-, 122- guiding Mouth, 13- the second route selection disk, the second cable-through hole of 131-, 14- draw drum, 141- unwrapping wire hole, 142- semi-ring limiting slot, 15- support Block, 16- support column, 17- limiting device, 171- support rod, 172- limited block, the unidirectional wire feeder of 18-, 19- outlet board, 191- First line outlet, 110- device of rotation driving；

200- bracing wire hooking thread cutter, 21- pedestal, the vertical mounting plate of 22-, 221- line outlet, 23- wire fixing device, 231- First telescopic device, the first sliding block of 232-, 233- cable-through hole, 24- thread cutter, the second telescopic device of 241-, 242- second are sliding Block, 243- slice, 25- cord grip, 251- third telescopic device, the second sliding block of 252-, 253- line pressing rod, 254- pressuring line groove, 26- hook device, the 4th telescopic device of 261-, 262- Four-slider, 263- hooking bar, 264- hooking slot, 27- bracket, 28- are sliding Frame, 29- wire-clamping device；

300- wafer breaker, 31- mounting seat, 311- cross slide way, the first limit plate of 312-, 32- slide laterally pedestal, 321- vertical guide, the second limit plate of 322-, 33- slide vertically pedestal, 331- third guide rail, 332- third limit plate, 333- Limited block, 34- slicing apparatus, 341- first slide plectrum component, the first sliding block of 3411-, the first plectrum of 3412-, 3413- the Three sliding driving devices, 342- second slide plectrum component, the second sliding block of 3421-, the second plectrum of 3422-, the sliding of 3423- the 4th Driving device, 343- fixing clip component, 3431- supporting block, 3432- faller gill folder, the first sliding driving device of 35-, 36- the Two sliding driving devices；4- faller gill assembly, 41- faller gill, 42- threading hole, 43- horizontal support, 5- colo(u)r streak, 6- installation pedestal, 7- belt conveyor, 71- rack, 72- conveyer belt, 8- threading all-in-one machine, 9- wiring plate.

Specific embodiment

The present invention will be further described with reference to the accompanying drawings and examples.

As shown in Fig. 1 to Figure 22, pattern cloth winding displacement production line described in the utility model, including installation pedestal 6, belt Conveyer 7, threading all-in-one machine 8；

The threading all-in-one machine 8 is mounted on the side of installation pedestal 6, and along the equal spacing in length direction of installation pedestal 6 point Cloth；

The threading all-in-one machine 8 includes select switch 100, bracing wire hooking thread cutter 200, wafer breaker 300 and faller gill combination Body 4；

The bracing wire hooking thread cutter 200 includes pedestal 21, anchoring, is provided with vertical mounting plate on the pedestal 21 22；Line outlet 221 is provided on the vertical mounting plate 22；

The anchoring includes the bracket 27 being arranged on balladeur train 28, wire-clamping device 29 and pedestal 21, the bracket 27 Perpendicular to vertical mounting plate 22；The balladeur train 28 is slidably mounted on bracket 27 along 27 length direction of bracket, the wire-clamping device 29 are arranged on balladeur train 28, and the wire-clamping device 29 is located at the front of line outlet 221；

It is provided on the vertical mounting plate 22 and adjusts colo(u)r streak 5 in the wire fixing device 23 of 21 outgoing line position of line outlet；It is described The thread cutter 24 of colo(u)r streak 212 on cutting wire fixing device 23 is provided on vertical mounting plate 22；It is set on the vertical mounting plate 22 It is equipped with hook device 26；

The select switch 100 is located at the side of vertical mounting plate 22, and the select switch 100 has the first line outlet 191；Institute The first line outlet 191 is stated to be aligned with line outlet 21；

The faller gill assembly 4 faller gill 41 parallel including horizontal support 43 and multi-disc, the faller gill 41 is in lateral branch Transversely the length direction of bracket 43 is uniformly distributed on frame 43；Described 41 one end of faller gill is fixed on horizontal support 43, the other end It is provided with threading hole 42；

The wafer breaker 300 is arranged below faller gill assembly 4, and is located at 200 lower section of bracing wire hooking thread cutter；Described point Piece device 300 is for pushing the faller gill 41 of 41 two sides of monolithic faller gill on faller gill assembly 4 aside；

The hook device 26 includes telescopic device and hooking bar 263, and the fixing end that the telescopic device has is mounted on On vertical mounting plate 22, one end of the hooking bar 263 is connect with the telescopic end that telescopic device has；The other end is provided with hooking Slot 264；

The hooking bar 263 is located at 4 top of faller gill assembly, and the folder having between the hooking bar 263 and horizontal plane Angle is acute angle；The telescopic end of the telescopic device extends so that hooking bar 263 passes through wearing for monolithic faller gill 41 on faller gill assembly 4 String holes 42；

The vertical mounting plate 22, which is additionally provided with, is pressed into the hooking slot on the hooking bar 63 of threading hole 42 for colo(u)r streak 5 Cord grip 25 in 263；

The wiring plate 7 is located at 27 lower section of bracket；The faller gill assembly 4 is mounted on wiring plate 7, and is located at wiring plate 7 side；The wire-clamping device 29 is located at the other side of wiring plate 7；The horizontal step drive device 9 is mounted on installation base On seat 6, and drive the horizontal stepping of wiring plate 7 mobile.

In the process of work:

The horizontal step drive device 9 of starting first moves horizontally wiring plate 7, when wiring plate 7 is moved to threading one Belt conveyor 7 is braked when 8 lower section of machine.

Then starting threading all-in-one machine 8 realizes the wiring on wiring plate 9；Specific wiring process:

Required colo(u)r streak 5 is chosen by select switch 100, the colo(u)r streak after selection is released by the first line outlet 191； Then colo(u)r streak 5 is released by line outlet 221, is first passed around wire fixing device 23 and is adjusted outgoing line position, after the completion of adjusting and fixes Line position.Then by sliding of the balladeur train 28 on bracket 27 so that wire-clamping device 29 is located at 5 wire outlet position of colo(u)r streak of line outlet 221 It sets, specifically, sliding of the balladeur train 28 on bracket 27 can be realized by slide unit；The line of colo(u)r streak 5 is clamped by wire-clamping device 29 Then head makes wire-clamping device 29 draw colo(u)r streak 5 and pulls out colo(u)r streak 5 by slides carriage 28.

As shown in figure 13, after colo(u)r streak 5 pulls out specific length, i.e. the side that is moved to wiring plate 9 of wire-clamping device 29；By opening Dynamic wafer breaker 300, is pushed aside the faller gill of 41 two sides of faller gill by wafer breaker 300；

Then the telescopic device started on hook device 26 makes hooking bar 263 pass through threading hole 42, and makes hooking Slot 264 is located at the lower section of colo(u)r streak 5, and then as shown in figure 14, colo(u)r streak 5 is pressed into hooking slot 264 by cord grip 25； Starting telescopic device is shunk so that hooking bar 263 is withdrawn, so that colo(u)r streak 5 is pulled through threading hole 42 at this time；To realize faller gill 41 Threading.By thread cutter 24 after the completion of threading, colo(u)r streak 5 on wire fixing device 23 is cut off, to realize secant.After the completion of secant The end of a thread of colo(u)r streak 5 is located on wire fixing device 23, and the outgoing line position of colo(u)r streak 5 is still determined by wire fixing device 3 at this time.Then braking point Piece device 300, so that wafer breaker 300 and faller gill assembly 4 are detached from；And wire-clamping device 29 is made to unclamp colo(u)r streak.Colo(u)r streak 5 at this time One end is clamped by the adjacent faller gill 41 of two panels on faller gill assembly 4.

Restarting horizontal step drive device 9 makes wiring plate 7 that faller gill assembly 4 be driven to move horizontally, so that faller gill group Fit about 4 a piece of faller gills 41 are moved between colo(u)r streak 5 and hook device 26；It repeats the above steps, may be implemented to colo(u)r streak 5 Rotary hunting, bracing wire, threading, tangent line；It is eventually until faller gill assembly 4 on the wiring plate 7 for being located at 8 lower section of threading all-in-one machine Colo(u)r streak is accompanied between upper adjacent two panels faller gill 41, to complete the wiring on wiring plate 7.Specifically, due to every subtangent The tangent position of device 23 is identical, therefore the length that can guarantee that colo(u)r streak 5 is intercepted is identical.

Then, restarting horizontal step drive device 9 makes wiring plate be moved to next station, logical in next station It crosses another threading all-in-one machine 8 and realizes wiring.

Since wiring plate 7 is with integral slab, and the moving distance at each station is identical, therefore ensure that each work Threading all-in-one machine 8 at position can carry out winding displacement simultaneously, realize multistation winding displacement simultaneously.

Specifically, horizontal 9 main function of step drive device is to realize that the horizontal stepping of faller gill assembly 4 is mobile, it is horizontal Step drive device 9 can be using the slide unit using stepper motor.

In conclusion pattern cloth winding displacement production line described in the utility model, due to including installation pedestal 6, wiring plate 7, threading all-in-one machine 8 and horizontal step drive device 9；The horizontal stepping of wiring plate 7 is realized by horizontal step drive device 9 It is mobile, by threading all-in-one machine 8 realize when wiring plate 7 is displaced to corresponding station the selection, bracing wire of colo(u)r streak 5, threading, tangent line with And wiring.Therefore pattern cloth winding displacement production line described in the utility model, can be realized multistation on wiring plate 7 while arranging Line, easy to produce is carried out continuously, and improves work efficiency, and reduces production cost, while being convenient for automation control.

In the particular embodiment:

The effect of the wire fixing device 23 is to adjust colo(u)r streak 5 in the outgoing line position of line outlet 221, can pass through various structures It realizes, for example driving lever is set in line outlet 221, colo(u)r streak 212 is stirred by driving lever, adjust colo(u)r streak 212 to realize Outgoing line position.

One such preferred embodiment is that the wire fixing device 23 includes the first telescopic device 231 and the first sliding block 232；First sliding block 232 is slidably mounted on along the vertical direction on vertical mounting plate 22；First sliding block 232 passes through first The driving of telescopic device 31 is slided along the vertical direction；Own centre line is set on first sliding block 232 and 221 center line of line outlet is flat Capable cable-through hole 233；Cable-through hole 233 on first sliding block 232 is located at line outlet 221.

As shown in figure 9, specifically, first telescopic device 231 is mounted vertically on vertical mounting plate 22；Described first The fixing end that telescopic device 231 has is fixedly connected with vertical mounting plate 22；First sliding block 232 is along the first telescopic device 231 telescopic direction is slidably mounted on vertical mounting plate 22；Specifically, can be arranged on vertical mounting plate 22 vertically First sliding block 232 is slidably mounted on guide rail by guide rail；It is stretched with the first telescopic device 231 one end of first sliding block 232 Contracting end is fixedly connected；The other end of first sliding block 232 is provided with cable-through hole 233；And cable-through hole 233 is located at line outlet 221；When 5 position of colo(u)r streak is adjusted, the colo(u)r streak come out by line outlet 221 is made to pass through cable-through hole 233 first；Then lead to The flexible of the first telescopic device 231 is crossed, so that the position of cable-through hole 233 on the first sliding block 232 is adjusted, to realize to colo(u)r streak 5 Position adjust, while there is certain guiding role, the outlet point of fixed colo(u)r streak 5 to colo(u)r streak 5.

The main function of the thread cutter 24 is to cut off color 5 on wire fixing device 23, and the thread cutter can be adopted With scissors, by driving by an arm of scissors, fixed another arm passes through driving device, driving rotation, to realize to colo(u)r streak 5 It cuts.One such preferred embodiment is that the thread cutter 24 includes the second telescopic device 241 and the second sliding block 242；Institute The second sliding block 242 is stated to be slidably mounted on along the vertical direction on vertical mounting plate 22；Second sliding block 242 passes through the second flexible dress 241 drivings are set to slide along the vertical direction；Slice 243 is provided on second sliding block 242；The notch that the slice 243 has Positioned at the top of cable-through hole 233.

As shown in figure 9, specifically, second telescopic device 241 is mounted vertically on vertical mounting plate 22；Described second The fixing end that telescopic device 241 has is fixed on vertical mounting plate 22；Second sliding block 242 is along the second telescopic device 241 Telescopic direction be slidably mounted on vertical mounting plate 22；Specifically, vertical guide rail can be set on vertical mounting plate 22, Second sliding block 242 is slidably mounted on guide rail；

Second sliding block 242 is fixedly connected with the telescopic end of the first telescopic device 241, is set on second sliding block 242 It is equipped with slice 243；The notch that the slice 243 has is located at the top of cable-through hole 233.

When carrying out tangent line, since the notch that slice 243 has is located at the top of cable-through hole 233, stretched by second Compression apparatus 241 extends downwards, so that the second sliding block 242 moves down, drives slice 243 to move down, in mobile mistake Slice 243 passes through cable-through hole 233 in journey, and the colo(u)r streak 12 in cable-through hole 233 is cut off.

The main function of the cord grip 25 is the hook being pressed into colo(u)r streak 5 on the hooking bar 263 of threading hole 42 In wire casing 264.The cord grip 5 can use various ways, one such preferred embodiment are as follows: the cord grip 5 wraps Include third telescopic device 51 and third sliding block 52；The third sliding block 52 is slidably mounted on vertical mounting plate 2 along the vertical direction On；The third sliding block 52 is slided along the vertical direction by the driving of the second telescopic device 41；It is provided on the third sliding block 42 Line pressing rod 53, the line pressing rod 53 extends to 21 top of line outlet, and the line pressing rod 53 is located at the top of cable-through hole 33.

In order to avoid colo(u)r streak 5 during being pressed downward by line pressing rod 253, the position of colo(u)r streak 5 is slided, further , one end of the line pressing rod 253 is provided with pressuring line groove 254；The pressuring line groove is located at the top of cable-through hole 233.

The main function of the hook device 26 is that colo(u)r streak 5 is passed through threading hole 42, and the hook device 26 can use One kind passing through threading hole 42, and transportable wire-clamping device, presss from both sides in the side for the faller gill 41 for needing threading hole 42 to penetrate colo(u)r streak 5 Then tight colo(u)r streak pulls in colo(u)r streak in threading hole 42, for ease of operation, while structure is simple, one such preferred embodiment It include the 4th telescopic device 261 and Four-slider 262 for the telescopic device that the hook device 26 has；Described 4th is flexible The fixing end that device 261 has is fixedly mounted on vertical mounting plate 22；The Four-slider 262 is along the second telescopic device 241 Telescopic direction be slidably mounted on vertical mounting plate 22；Described 263 one end of hooking bar is fixedly connected with Four-slider 262；Institute Angle and the hooking bar 263 for stating 261 telescopic direction of the 4th telescopic device and horizontal plane are identical as the angle of horizontal plane.

As shown in figure 14, it during colo(u)r streak 5 is passed through threading hole 42, is driven first by the 4th telescopic device 261 Four-slider 262 is mobile, and drives hooking bar 263 to pass through cable-through hole 233, and hooking slot 264 is made to be located at the one of faller gill 41 Then colo(u)r streak is pressed into hooking slot 264 by cord grip 25, is shunk at this time by the 4th telescopic device 261 by side, so that hooking Colo(u)r streak is hooked into threading hole 42 by line bar 263, so that colo(u)r streak 5, which passes through, realizes threading.

The main function of the wire-clamping device 29 is the end of a thread for clamping colo(u)r streak 5, and the clamping device 29 can use a variety of Device, such as clamp are easily installed to simplify structure, while convenient for control, the wire-clamping device 29 uses clamp head.Tool Body, the clamp head 29 includes two clamp arm that can be slided, and the clamp arm is slided by sliding driving device, the sliding Driving device can use slide unit, and when needing to clamp colo(u)r streak, sliding driving device drives two clamp arm sliding closures to clamp colo(u)r streak.

First telescopic device 231, the second telescopic device 241, third telescopic device 251 and the 4th telescopic device 261 can use cylinder, and for the ease of control, one of preferred embodiment is the flexible dress of first telescopic device 231, second It sets 241, third telescopic device 251 and the 4th telescopic device 261 is all made of hydraulic cylinder.

The main function of the select switch 100 is the selection realized to colo(u)r streak, can be released at the first line outlet 191 pair Answer the colo(u)r streak of color.The select switch 100 can use various ways, one such preferred embodiment are as follows: the select switch 100 Including rotary base 11, the first route selection disk 12, the second route selection disk 13, draw drum 14, device of rotation driving 110；The turntable bottom Seat 11 is fixedly connected with installation pedestal 6；The pedestal 21 is fixedly connected to form entirety with rotary base 11；

The first route selection disk 12 is rotatable around its axis to be mounted on rotary base 11, and the first route selection disk 12 is by turning The dynamic driving of driving device 110 rotation；

The second route selection disk 13 is mounted on the top of the first route selection disk 12, the second route selection disk 13 and the first route selection disk Have between 12 and supports block 15；The second route selection disk 13 and the first route selection disk 12 are coaxial；

The draw drum 14 is mounted on the top of the second route selection disk 13, sets between the second route selection disk 13 and draw drum 14 It is equipped with support column 16；

At least provided with first cable-through hole 121 of circle on the first route selection disk 12；First cable-through hole 121 is circumferentially It is uniformly distributed；A circle is provided with the second cable-through hole 131, second cable-through hole on the second route selection disk 13 131 are circumferentially uniformly distributed；The unidirectional wire feeder 18 that colo(u)r streak passes through from top to bottom is installed on second cable-through hole 131；Institute It states and is provided with unwrapping wire hole 141 on draw drum 14；Second cable-through hole 131 and the first cable-through hole 121 and unwrapping wire hole 141 are uniform One is corresponding；

The rotary base 11 be above provided with outlet board 19, the outlet board 19 is located at the side of the first route selection disk 12, And the first line outlet 191 is provided on the outlet board 19, the cross central line of first line outlet 191 is located at the first route selection The lower section of disk 12.

During application:

As shown in figure 4, specifically, colo(u)r streak 5 is incited somebody to action in such a way that each colo(u)r streak 5 passes through a unwrapping wire hole 141 first One end of colo(u)r streak 5 passes through draw drum 14；Then the colo(u)r streak 5 in unwrapping wire hole 141 is passed through, unwrapping wire hole on the second route selection disk 13 is passed through Unidirectional wire feeder 18 on 141 corresponding second route selection holes 131, and guarantee that the direction that passes through of colo(u)r streak 5 is by the second route selection disk 13 upper surfaces pass through to lower surface.The colo(u)r streak 5 for passing through the second route selection hole 131 passes through the second route selection hole on the first route selection disk 12 131 corresponding first route selection holes 121；So that one end of colo(u)r streak 5 is located at the lower section of the lower surface of the first route selection disk 12；

When carrying out route selection, the rotation of the first route selection disk 12 is driven by device of rotation driving 110, until the color for needing to choose Line 5 is located at the first line outlet 191 on one end face outlet board 19 of 12 lower section of the first route selection disk, then passes through line taking device, The colo(u)r streak 5 for needing to choose is pulled out in outlet hole.When passing through the second route selection disk 13 due to colo(u)r streak 5, colo(u)r streak 5 passes through the second choosing Unidirectional wire feeder 18 on drum 13 on 141 corresponding second route selection hole 131 of unwrapping wire hole, and guarantee colo(u)r streak 5 pass through direction To be passed through from 13 upper surface of the second route selection disk to lower surface；Unidirectional 18 permission colo(u)r streaks 5 of wire feeder are entered by a direction, and one Direction send out, therefore can be avoided colo(u)r streak 5 by return pull.

Due to enclosing the first cable-through hole 121 at least provided with one on the first route selection disk 12；First cable-through hole, 121 edge Even circumferential distribution；Therefore different colo(u)r streaks 5 can be made to be located at 191 face of the first outlet hole by rotating the first route selection disk 12 Position.Simultaneously as being provided with the second cable-through hole 131, second mistake at least provided with a circle on the second route selection disk 13 String holes 131 is circumferentially uniformly distributed；The unidirectional wire feeder that colo(u)r streak 5 passes through from top to bottom is installed on second cable-through hole 131 18；Unwrapping wire hole 141 is provided on the draw drum 14；Second cable-through hole 131 and the first cable-through hole 121 and unwrapping wire hole 141 correspond；Therefore can be avoided in 12 rotation process of the first route selection disk the first route selection disk 12 and the second route selection disk 13 it Between colo(u)r streak 5 knot or interfere；Simultaneously can to avoid the colo(u)r streak 5 between draw drum 4 and the second route selection disk 3 knot or Person interferes.

Specifically, the unidirectional wire feeder 18 includes bottom plate 181, inlet wire boss is provided on described 181 one end of bottom plate 182, outlet boss 183 is provided on the other end, is provided with cable-through hole on the inlet wire boss 182 and outlet boss 183 186；

Be provided with pressure roller 184 on the bottom plate 181, the pressure roller 184 be located at inlet wire boss 182 and outlet boss 183 it Between；There is spacing, described state sets between 181 upper surface of pressure roller 184 and bottom plate between 181 upper surface of the pressure roller 184 and bottom plate It is equipped with elastic fin 185,185 one end of the elasticity fin is fixedly connected with bottom plate 181, and the other end and pressure roller 184 are tangent.

In threading process, colo(u)r streak 11 is penetrated by the cable-through hole 186 of inlet wire boss 182, colo(u)r streak is by elastic fin 185 And elastic fin 185 is squeezed, it is passed through between elastic fin 185 and the outer circumference surface of pressure roller 184, finally from outlet boss 183 On cable-through hole 186 be pierced by.

Since elastic fin 185 is upturned, and it is upturned from inlet wire boss 182 to outlet boss 183, therefore color When line is using between elastic fin 185 and the outer circumference surface of pressure roller 184, it can only be moved along the direction that elastic fin 185 tilts Dynamic, when reverse movement, can be stuck, to realize unidirectionally passing through for colo(u)r streak, prevent colo(u)r streak 5 to be reversed and pull back.

In conclusion above-mentioned select switch, due to being provided with the first route selection disk 12 being rotatably installed on pedestal, the second route selection Disk 13 and draw drum 14 carry out unwrapping wire by the way that unwrapping wire hole 141 is arranged on draw drum 14, pass through on the first route selection disk 12 First cable-through hole 121 is set, so that a cable-through hole is provided with unidirectionally by a kind of colo(u)r streak 5, and on the second route selection disk 13 Wire feeder 18, so that colo(u)r streak 5 be avoided to be reversed extraction from the second route selection disk 13；Therefore need to only make during carrying out route selection It obtains on the first route selection disk 12 by needing to select the first cable-through hole 121 of colo(u)r streak 5 to turn to corresponding line position, then passes through Line taking device pulls out the colo(u)r streak 5 in first cable-through hole, and intercepting corresponding length i.e. realizes the route selection of colo(u)r streak 5.Therefore, on It is easy to operate to state select switch route selection, convenient for improving route selection efficiency, improves production efficiency, reduces production cost；Be conducive to simultaneously certainly Dynamicization control.

In order to avoid the first route selection disk 12 is rotated to a direction always, the colo(u)r streak 5 of 13 upper end of draw drum is caused to knot；Into One step, the select switch further includes the limiting device 17 for limiting the first route selection disk 12 and rotating forward each 180 ° of rotation of reversion.Pass through Limiting device 17, which limits the first route selection disk 12, can only rotate 180 ° of positive and negative rotation back and forth, so that the first route selection disk 12 rotated It is formed and is stirred around then 180 ° of reverse rotation returns to colo(u)r streak 5 originally again after the colo(u)r streak 5 of 13 upper end of draw drum rotates 180 ° in journey Position, thus avoid colo(u)r streak 5 knot.Simultaneously by being limited to 180 ° of positive and negative rotation, can guarantee each on the first route selection disk 12 Route selection position is able to rotate to the position of the first line outlet 191.

The limiting device 7 can use various ways, for example use sensor limit switch；In order to simplify structure, drop Low cost, one such preferred embodiment are that the limiting device 7 includes support rod 71 and limited block 72；The limited block 72 It is mounted on one end of support rod 71,71 other end of support rod is fixedly mounted on pedestal 1；

The draw drum 4 and the second route selection disk 3 are coaxial；180 ° of semi-ring limit is provided on the outer of the draw drum 4 Slot 42, the limited block are extended radially into semi-ring limiting slot 42 by draw drum 4.During the rotation of the first route selection disk 2 Draw drum 4 follows to be rotated together, due to limited block extending radially into semi-ring limiting slot 42 therefore, when first by draw drum 4 At at most 180 ° of rotation of route selection disk 2, that is, it is limited block 72 and blocks, can not be rotated again to the same direction, pass through control system at this time System the first route selection disk 4 of control rotates backward.It rotates backward at most when turning to 180 °, that is, is limited block 72 and blocks；Then again Control reversely rotates, and and so on realizes the control to 180 ° of 2 positive and negative rotation of the first route selection disk rotation.

For the ease of the arrangement of colo(u)r streak 5, interfering with each other between colo(u)r streak 5 is avoided, further, on the draw drum 4 Unwrapping wire hole 41 is circumferentially uniformly distributed, and at least has a circle.Due to being arranged on the second route selection disk 3 at least provided with a circle There is the second cable-through hole 31, second cable-through hole 31 is circumferentially uniformly distributed；The unwrapping wire hole 41 and the second cable-through hole 31 are one by one It is corresponding, therefore colo(u)r streak 5 is enabled to be evenly distributed between unwrapping wire hole 41 and the second cable-through hole 31, avoid the phase between colo(u)r streak 5 Mutually interference.

There is certain flexibility due to colo(u)r streak 5, after the end of a thread of colo(u)r streak 5 passes through the first cable-through hole 21, the end of a thread is not One is positioned at the underface of the first cable-through hole 121, in order to fix the direction of the end of a thread, so that the end of a thread is always positioned at the first cable-through hole 21 Underface be further provided with guiding mouth 122 in first cable-through hole 121, by guiding mouth 122 to the end of a thread carry out Guiding, so that the end of a thread is always positioned at immediately below the first cable-through hole 121, consequently facilitating clamping of the curve device to the end of a thread.

The main function of the supporting block 15 is the support realized to the second route selection disk 13, and makes the first route selection disk 12 And second have spacing between route selection disk 13, the supporting block 15 can use one or more, for the ease of processing, simultaneously Convenient for the second route selection disk 13 is fixed on the first route selection disk 12, it is preferred that the supporting block 15 uses support cylinder, and at least There are three tools.

The device of rotation driving 17 can use manual driving device, such as rotating handle, automatic for the ease of realizing Change control, it is preferred that the device of rotation driving 17 uses motor.

The main function of the wafer breaker 300 is realized the faller gill 41 of 41 two sides of monolithic faller gill on faller gill assembly 4 It pushes aside；The wafer breaker 300 can use various structures, one such preferred embodiment are as follows: including mounting seat 31；The peace Dress pedestal 31 is fixedly mounted in installation pedestal 6；It is provided in the mounting seat 31 and slides along the transverse direction sliding laterally for installation Pedestal 32 is provided with the first sliding driving device 35 that driving slides laterally the sliding of pedestal 32 in the mounting seat 31；

It is described slide laterally be provided on pedestal 32 be vertically slidably installed slide vertically pedestal 33；It is described to slide vertically Slicing apparatus 34 is provided on pedestal 33；It is described slide laterally be provided on pedestal 32 driving slide vertically pedestal 33 sliding Second sliding driving device 36；

The slicing apparatus 34 includes the first sliding plectrum component 341 and the second sliding plectrum component 342；Described first is sliding Dynamic plectrum component 341 includes the first sliding block 3411 and the first plectrum 3412；First sliding block 3411 is slidably mounted on vertical cunning On dynamic pedestal 33；The second sliding plectrum component 342 includes the second sliding block 3421 and the second plectrum 3412；Second sliding block 3421 are slidably mounted on and slide vertically on pedestal 33；First sliding block 3411 and the second sliding block 3421 are about sliding vertically bottom The lateral middle section of seat 33 is symmetrical arranged；Described slide vertically is provided with the of driving the first sliding block 3411 sliding on pedestal 33 Three sliding driving devices 3413 and the 4th sliding driving device 3423 of driving the second sliding block 3421 sliding；

First plectrum 3412 is vertically installed at the top of the first sliding block 3411 one end opposite with the second sliding block 3412, Second plectrum 3422 is vertically installed at the top of the second sliding block 3421 one end opposite with the first sliding block 3411, and described first Plectrum 3412 is parallel with the second plectrum 3422；

Limited block 333 is provided between first sliding block 3411 and the second sliding block 3412；The limited block 333 limitation the Minimum range between one sliding block 3411 and the second sliding block 3412；So that between the first plectrum 3412 and the second plectrum 3422 most Small distance is more than or equal to the thickness of faller gill 41；The faller gill assembly 4 is located at 34 side of slicing apparatus, and is located at fragment and fills Set 34 top.

Specifically, the main function of first sliding driving device 36 is that driving slides laterally pedestal 32 and slides laterally, The main function of second sliding driving device 37 is that driving slides vertically pedestal 33 and slides vertically, the third sliding driving The main function of device 3413 is driving the first sliding block 3411 sliding, the main function of the 4th sliding driving device 3423 It is driving the second sliding block 3421 sliding；First sliding driving device 36, the second sliding driving device 37, third sliding driving Device 3413, the 4th sliding driving device 3423 can use oil cylinder, pneumatic cylinder, stepper motor or slide unit structure.

During the work time, it successively carries out in accordance with the following steps:

1) faller gill assembly 4 is moved to 34 side of slicing apparatus first, and is located at the top of slicing apparatus 34.

2) start third sliding driving device 3413, so that the first sliding block 3411 slides, while starting the 4th sliding driving Device 3423 slides the second sliding block 3421；And the sliding of the first sliding block 3411 and the opposite sliding of the second sliding block 3421, until First sliding block 3411 and the second sliding block 3421 contact limited block 333, at this time between the first plectrum 3412 and the second plectrum 3422 Horizontal space it is minimum.The position of faller gill assembly 35 is adjusted, so that a piece of faller gill 41 in faller gill assembly 4 is located just at point In sheet devices 34 between first plectrum 3412 and the second plectrum 3422 spacing top.

3) to slide laterally a sidesway of the pedestal 32 to faller gill assembly 4 by starting the first sliding driving device 36 It is dynamic, until slicing apparatus 34 is located at the underface in 4 middle position of faller gill assembly.

4) to slide vertically pedestal 33 by starting the second sliding driving device 7 and move up, until slicing apparatus 34 In the first plectrum 3412 and the second plectrum 3422 be inserted into faller gill assembly 4, a piece of faller gill 412 is located at the first plectrum at this time 3412 and second between plectrum 3422.

5) starting to slide laterally pedestal 32 to faller gill assembly 4 to the left by starting the first sliding driving device 36 It is mobile, until the first plectrum 3412 and the second plectrum 3422 are located at the end of faller gill 412.

6) start third sliding driving device 3413, so that the first sliding block 3411 slides, while starting the 4th sliding driving Device 3423 slides the second sliding block 3421；And the sliding of the first sliding block 3411 and 3421 dorsal glide of the second sliding block, thus So that the first plectrum 3412 and the second plectrum 3422 push the faller gill of 41 two sides of faller gill aside respectively, until the faller gill of 41 two sides of faller gill is dialled Open certain distance.

7) by after 4 plectrum of faller gill assembly, so that the needle between the first plectrum 3412 and the second plectrum 3422 41 two sides of piece have threading space, consequently facilitating being threaded on faller gill 41.

When a piece of faller gill 41 threads needs under, a piece of faller gill 41 is located at fragment dress under mobile faller gill assembly 4 Set the top of spacing between the first plectrum 412 and the second plectrum 422 in 4；Then step 3 is repeated to 7, it is and so on final real The threading of all faller gills 41 on existing faller gill assembly 4.

In conclusion above-mentioned wafer breaker 300, slides laterally pedestal 32 due to being provided on pedestal and slide vertically bottom Seat 33, and slicing apparatus 34 is provided on sliding vertically pedestal 33；Therefore in the process for carrying out fragment to faller gill assembly 4 In, the lower section of faller gill assembly 4 is moved to by sliding laterally pedestal 32 for slicing apparatus 4, then by sliding vertically pedestal 3 Slicing apparatus 34 is inserted into faller gill assembly, and clamps wherein a piece of faller gill 41, then make score by sliding laterally pedestal 32 Sheet devices 34 are moved to the end of faller gill 41；Then pass through the first sliding plectrum component 341 of slicing apparatus 34 and the second sliding Plectrum component 342 is mobile to two sides, to push the faller gill for clamping 41 two sides of faller gill aside.Therefore, above-mentioned wafer breaker 300 can pass through Machinery is realized to the fragment of faller gill assembly, while Fragmentation is simple, so as to avoid manually-operated cumbersome, is improved point Piece efficiency improves production efficiency, reduces production cost；Be conducive to automation control simultaneously.

In order to avoid using time longer rear 41 end of faller gill the Bending Deviation to two sides occurs for faller gill assembly 4, thus So that faller gill 41 is to curving after plectrum.Further, as shown in Figure 19,20,21 and Figure 22, the slicing apparatus 34 is also Including fixing clip component 343；The fixing clip component 343 includes supporting block 3431 and faller gill folder 3432, the faller gill folder 3432 are arranged in 3431 upper end of supporting block, and the lower end of the supporting block 3431 is fixedly connected with pedestal 33 is slid vertically, and is located at The front of limited block 333；The faller gill folder 3432 includes the intermediate plate that two panels is parallel to each other, and the spacing between two panels intermediate plate is greater than Or the thickness equal to faller gill 41；The two panels intermediate plate is parallel with the first plectrum 3412, and the upper end of two panels intermediate plate and first The upper end of plectrum 3412 is concordant.

It is therefore as shown in figure 19 by setting fixing clip component 343, in starting third sliding driving device 3413, so that The sliding of first sliding block 3411, while starting the 4th sliding driving device 3423 and second sliding block 3421 is slided；And first is sliding The sliding of block 3411 and 3421 dorsal glide of the second sliding block, so that the first plectrum 3412 and the second plectrum 3422 are pushed aside respectively The faller gill of 41 two sides of faller gill, when the faller gill of 41 two sides of faller gill pushes certain distance aside, the faller gill of fixing clip component 343 at this time Folder 3432 clamps the end of faller gill 41, slides vertically on pedestal 33 since fixing clip component 343 is fixed at, fixed Clip assemblies 343 can position the end of faller gill 41, the lateral deviation after avoiding faller gill 41 from being bent into 41 two sides of faller gill From.

It is inserted into faller gill assembly 4 for the ease of the first plectrum 3412, the second plectrum 3422, further, described The upper end of one plectrum 3412, the second plectrum 3422 and two panels intermediate plate is provided with taper section 344.

For the ease of being oriented to the transverse shifting for sliding laterally pedestal 32, guarantee the precision of transverse shifting, specifically, Cross slide way 311 is provided in the mounting seat 31, the pedestal 32 that slides laterally is slidably mounted on cross slide way 311.

For the ease of being oriented to the transverse shifting for sliding vertically pedestal 33, guarantee vertically movable precision, specifically, Described slide laterally is provided with vertical guide 321 on pedestal 32, the pedestal 3 that slides vertically is slidably mounted on vertical guide 321 On.

It is further, described in order to avoid sliding laterally pedestal 32, sliding vertically the sliding of pedestal 33 beyond position restriction One end of faller gill assembly 4 is provided with the first limit plate 312 to cross slide way 311 and 321 upper end of vertical guide is provided with Second limit plate 322.

For the ease of guaranteeing the sliding precision and glide direction of the first sliding block 3411 and the second sliding block 3412, further, The pedestal 33 that slides vertically is provided with and vertical guide 321 and cross slide way 311 mutually vertical third guide rail 331； First sliding block 3411 and the second sliding block 3412 are slidably mounted on third guide rail 331.

In order to avoid the first sliding block 3411 and 3412 transition of the second sliding block slide, slid on pedestal 33 from sliding vertically, into One step, 331 both ends of third guide rail are provided with third limit plate 332.

Claims (10)

1. pattern cloth winding displacement production line, it is characterised in that: including installation pedestal (6), wiring plate (7), threading all-in-one machine (8) with And horizontal step drive device (9)；

The threading all-in-one machine (8) is mounted on the side of installation pedestal (6), and the equal spacing in length direction along installation pedestal (6) Distribution；

The threading all-in-one machine (8) includes select switch (100), bracing wire hooking thread cutter (200), wafer breaker (300) and faller gill Assembly (4)；

The bracing wire hooking thread cutter (200) includes pedestal (21), anchoring, is provided with vertical installation on the pedestal (21) Plate (22)；Line outlet (221) are provided on the vertical mounting plate (22)；The pedestal (21) is fixedly mounted on installation pedestal (6) on；

The anchoring includes the bracket (27) being arranged on balladeur train (28), wire-clamping device (29) and pedestal (21), the branch Frame (27) is perpendicular to vertical mounting plate (22)；The balladeur train (28) is slidably mounted on bracket (27) along bracket (27) length direction On, the wire-clamping device (29) is arranged on balladeur train (28), and the wire-clamping device (29) is located at the front of line outlet (221)；

It is provided on the vertical mounting plate (22) and adjusts colo(u)r streak (5) in the wire fixing device (23) of line outlet (221) outgoing line position； The thread cutter (24) of colo(u)r streak (212) in cutting wire fixing device (23) is provided on the vertical mounting plate (22)；It is described vertical Hook device (26) are provided on mounting plate (22)；

The select switch (100) is located at the side of vertical mounting plate (22), and the select switch (100) has the first line outlet (191)；First line outlet (191) is aligned with line outlet (221)；

The faller gill assembly (4) includes horizontal support (43) and the parallel faller gill (41) of multi-disc, and the faller gill (41) is in cross Transversely the length direction of bracket (43) is uniformly distributed on bracket (43)；Described faller gill (41) one end is fixed on horizontal support (43) on, the other end is provided with threading hole (42)；

Wafer breaker (300) setting is located at below bracing wire hooking thread cutter (200) below faller gill assembly (4)；It is described Wafer breaker (300) is for pushing the faller gill (41) of monolithic faller gill (41) two sides on faller gill assembly (4) aside；

The hook device (26) includes telescopic device and hooking bar (263), and the fixing end that the telescopic device has is mounted on On vertical mounting plate (22), one end of the hooking bar (263) is connect with the telescopic end that telescopic device has；The other end is provided with Hooking slot (264)；

The hooking bar (263) is located above faller gill assembly (4), and have between the hooking bar (263) and horizontal plane Angle is acute angle；The telescopic end of the telescopic device extends so that hooking bar (263) passes through monolithic faller gill on faller gill assembly (4) (41) threading hole (42)；

The vertical mounting plate (22), which is additionally provided with, is pressed into the hook on the hooking bar (263) of threading hole (42) for colo(u)r streak (5) Cord grip (25) in wire casing (264)；

The wiring plate (7) is located at below bracket (27)；The faller gill assembly (4) is mounted on wiring plate (7), and is located at cloth The side of line plate (7)；The wire-clamping device (29) is located at the other side of wiring plate (7)；Horizontal step drive device (9) peace On installation pedestal (6), and drive wiring plate (7) horizontal stepping mobile.

2. pattern cloth winding displacement production line as described in claim 1, it is characterised in that: the select switch (100) includes turntable Pedestal (11), the first route selection disk (12), the second route selection disk (13), draw drum (14), device of rotation driving (110)；The turntable Pedestal (11) is fixedly connected with installation pedestal (6)；The pedestal (21) and rotary base (11) are fixedly connected to form entirety；

The first route selection disk (12) is rotatable around its axis to be mounted on rotary base (11), and the first route selection disk (12) passes through Device of rotation driving (110) driving rotation；

The second route selection disk (13) is mounted on the top of the first route selection disk (12), the second route selection disk (13) and the first route selection There are support block (15) between disk (12)；The second route selection disk (13) and the first route selection disk (12) are coaxial；

The draw drum (14) is mounted on the top of the second route selection disk (13), the second route selection disk (13) and draw drum (14) it Between be provided with support column (16)；

At least provided with a circle the first cable-through hole (121) on the first route selection disk (12)；First cable-through hole (121) is along circle Week is uniformly distributed；At least provided with a circle the second cable-through hole (131), second cable-through hole on the second route selection disk (13) (131) it is circumferentially uniformly distributed；The unidirectional wire feeder that colo(u)r streak passes through from top to bottom is installed on second cable-through hole (131) (18)；Unwrapping wire hole (141) are provided on the draw drum (14)；Second cable-through hole (131) and the first cable-through hole (121) with And unwrapping wire hole (141) correspond；

It the rotary base (11) and is above provided with outlet board (19), the outlet board (19) is located at the one of the first route selection disk (12) Side, and the first line outlet (191) are provided on the outlet board (19), the cross central line position of first line outlet (191) In the lower section of the first route selection disk (12).

3. pattern cloth winding displacement production line as claimed in claim 2, it is characterised in that: the wafer breaker (300) includes installation Pedestal (31)；The mounting seat (31) is fixedly mounted on installation pedestal (6)；

It is provided on the mounting seat (31) and slides along the transverse direction sliding laterally pedestal (32) for installation, the mounting seat (31) On be provided with driving slide laterally pedestal (32) sliding the first sliding driving device (35)；

It is described slide laterally be provided on pedestal (32) be vertically slidably installed slide vertically pedestal (33)；It is described to slide vertically Slicing apparatus (34) are provided on pedestal (33)；Described slide laterally is provided with driving and slides vertically pedestal (33) on pedestal (32) The second sliding driving device (36) of sliding；

The slicing apparatus (34) includes the first sliding plectrum component (341) and the second sliding plectrum component (342)；Described first Sliding plectrum component (341) includes the first slide unit (3411) and the first plectrum (3412)；First slide unit (3411) the sliding peace Mounted in sliding vertically on pedestal (33)；Second sliding plectrum component (342) includes the second slide unit (3421) and the second plectrum (3422)；Second slide unit (3421), which is slidably mounted on, to be slid vertically on pedestal (33)；First slide unit (3411) and Two slide units (3421) are symmetrical arranged about the middle section for sliding vertically pedestal (33) transverse direction；Described slide vertically sets on pedestal (33) It is equipped with third sliding driving device (3413) and driving the second slide unit (3421) sliding of driving the first slide unit (3411) sliding The 4th sliding driving device (3423)；

First plectrum (3412) is vertically installed at the upper of the first slide unit (3411) one end opposite with the second slide unit (3421) Side, second plectrum (3422) are vertically installed at the upper of the second slide unit (3421) one end opposite with the first slide unit (3411) Side, first plectrum (3412) are parallel with the second plectrum (3422)；

The second limited block (333) are provided between first slide unit (3411) and the second slide unit (3421)；Second limit Block (333) limits the minimum range between the first slide unit (3411) and the second slide unit (3421)；So that the first plectrum (3412) with Minimum range between second plectrum (3422) is more than or equal to the thickness of faller gill (41)；The faller gill assembly (4) is located at Slicing apparatus (34) side, and it is located at the top of slicing apparatus (34).

4. pattern cloth winding displacement production line as described in claim 1, it is characterised in that: the wire fixing device (23) includes first Telescopic device (231) and the first sliding block (232)；First sliding block (232) is slidably mounted on vertical installation along the vertical direction On plate (22)；First sliding block (232) is slided along the vertical direction by the first telescopic device (231) driving；Described first is sliding The cable-through hole (233) of own centre line and line outlet (221) centerline parallel is set on block (232)；On first sliding block (232) The first sliding block (233) be located at line outlet (221).

5. pattern cloth winding displacement production line as claimed in claim 4, it is characterised in that: the thread cutter (24) includes second Telescopic device (241) and the second sliding block (242)；Second sliding block (242) is slidably mounted on vertical installation along the vertical direction On plate (22)；Second sliding block (242) is slided along the vertical direction by the second telescopic device (241) driving；Described second is sliding Slice (243) are provided on block (242)；The notch that the slice (243) has is located at the top of cable-through hole (233).

6. pattern cloth winding displacement production line as claimed in claim 5, it is characterised in that: the cord grip (25) includes third Telescopic device (251) and third sliding block (252)；The third sliding block (252) is slidably mounted on vertical installation along the vertical direction On plate (22)；The third sliding block (252) is slided along the vertical direction by the second telescopic device (241) driving；The third is sliding It is provided on block (252) line pressing rod (253), the line pressing rod (253) extends to above line outlet (221), and the line pressing rod (253) it is located at the top of cable-through hole (233).

7. pattern cloth winding displacement production line as claimed in claim 2, it is characterised in that: the select switch (100) further includes limit Make the limiting device (17) that the first route selection disk (12) rotates forward each 180 ° of rotation of reversion；The limiting device (17) includes support rod (171) and the first limited block (172)；First limited block (172) is mounted on one end of support rod (171), the support rod (171) other end is fixedly mounted on rotary base (11)；

The draw drum (14) and the second route selection disk (13) are coaxial；180 ° of semi-ring is provided on the outer of the draw drum (14) Limiting slot (142), the limited block are extended radially into limiting slot (142) by draw drum (14).

8. pattern cloth winding displacement production line as claimed in claim 7, it is characterised in that: the unidirectional wire feeder (18) includes bottom Plate (181) is provided with inlet wire boss (182) on described bottom plate (181) one end, outlet boss (183), institute is provided on the other end It states and is provided with third cable-through hole (186) on inlet wire boss (182) and outlet boss (183)；

It is provided with pressure roller (184) on the bottom plate (181), the pressure roller (184) is located at inlet wire boss (182) and outlet boss (183) between；There are spacing, the pressure roller (184) and bottom plate (181) between the pressure roller (184) and bottom plate (181) upper surface It is arranged between upper surface flexible fin (185), described elasticity fin (185) one end is fixedly connected with bottom plate (181), the other end It is tangent with pressure roller (184).

9. pattern cloth winding displacement production line as claimed in claim 3, it is characterised in that: the slicing apparatus (34) further includes solid Determine clip assemblies (343)；The fixing clip component (343) includes supporting block (3431) and faller gill folder (3432), the faller gill (3432) setting is pressed from both sides in supporting block (3431) upper end, company is fixed with pedestal (33) are slid vertically in the lower end of the supporting block (3431) It connects, and is located at the front of the second limited block (333)；The faller gill folder (3432) includes the intermediate plate that two panels is parallel to each other, two panels Spacing between intermediate plate is more than or equal to the thickness of faller gill (41)；The two panels intermediate plate is parallel with the first plectrum (3412), And the upper end of two panels intermediate plate is concordant with the upper end of the first plectrum (3412).

10. pattern cloth winding displacement production line as claimed in claim 9, it is characterised in that: first plectrum (3412), second The upper end of plectrum (3422) and two panels intermediate plate is provided with taper section (344).