CN208995691U - Without Piao's sleeve side organisation of working - Google Patents

Abstract

The utility model discloses a kind of without Piao's sleeve side organisation of working.This includes board, sleeve side machine and transfer device without Piao's sleeve side organisation of working, further includes out button hole machine and/or button-sewing machine；It is described sleeve side machine quantity be it is multiple, the sleeve side machine for the folded sleeve cut-parts of joint close and sleeve side panel formation joint close cut-parts；The button hole machine of opening is located on the board for opening button hole to the joint close cut-parts；The button-sewing machine is located on the board for the joint close cut-parts buttoning；Transfer device is for shifting joint close cut-parts.This can improve production efficiency without Piao's sleeve side organisation of working.

Description

Without Piao's sleeve side organisation of working

Technical field

The utility model relates to field of textiles, more particularly to a kind of without Piao's sleeve side organisation of working.

Background technique

Currently, for no FUSIBLE INTERLINING, without the sleeve side style processin of setting, the sewing of side of tucking inside the sleeve, buttoning, open button hole be three solely Vertical process is respectively completed by three workers.It tucks inside the sleeve in the production of side sewing, starting device carries out sleeve side behind laying sleeve side on side machine of tucking inside the sleeve Sewing, the sewing of the sleeve side need the regular hour, namely need worker to wait one in the process of former and later two sleeve side sewings The sewing time of fixed time, the time namely side of tucking inside the sleeve, when side processing quantity of tucking inside the sleeve is enough, the waiting time of accumulation is one Immeasurable numerical value, therefore current sleeve side manufacturing procedure will cause a large amount of time waste of worker, reduce life indirectly Produce efficiency.

Utility model content

Based on this, it is necessary to provide it is a kind of can make full use of free time with improve production efficiency without Piao sleeve side processing Mechanism.

It is a kind of to tuck inside the sleeve side organisation of working, including board, sleeve side machine and transfer device without Piao, further include out button hole machine and/or Button-sewing machine；

It is described sleeve side machine quantity be it is multiple, the sleeve side machine for the folded sleeve cut-parts of joint close and tuck inside the sleeve side panel Form joint close cut-parts；

The button hole machine of opening is located on the board for opening button hole to the joint close cut-parts；

The button-sewing machine is located on the board for the joint close cut-parts buttoning；

The transfer device includes rollway, material folding component and material folding driving part, and the rollway is for described in confession Joint close cut-parts are placed, and the material folding driving part is located on the board and is connected to the material folding component, the material folding component For obtaining the joint close cut-parts on the rollway, the material folding driving part is used to drive the material folding component mobile, The material folding driving part opens button to described for driving joint close cut-parts described in material folding component retrieval and shifting the joint close cut-parts Door machine is opened at button station and at the buttoning station of the button-sewing machine.

The material folding component includes material folding seat and the first folder being located on the material folding seat in one of the embodiments, Plate, second clamping plate, material folding driving element, institute's material folding seat are connected on the material folding driving part, and the material folding driving element connects It is connected to the first clamping plate and/or the second clamping plate, the material folding driving element is for driving the first clamping plate and institute Second clamping plate is stated mutually to clamp or discharge.

The quantity of the material folding component is multiple in one of the embodiments, is had between the adjacent material folding component There is interval.

The transfer device further includes compacting part in one of the embodiments,；The rollway mask of the rollway There are at least two strips and parallel resigning through slot and the cropping slot between two adjacent resigning through slots, phase Spacing between the adjacent material folding component is equal with the spacing between two adjacent resigning through slots, the compression Component is connected on the rollway, and the compacting part is used to compress the joint close cut-parts on the rollway.

The compacting part includes pressed seat, compressor arm and compresses driving element in one of the embodiments, described Pressed seat is connected on the rollway, and the compression driving element is located on the pressed seat and is connected to the compressor arm, The compression driving element is for driving the compressor arm to move playing surface towards the feed to compress the joint close cut-parts.

The quantity of the compacting part is multiple in one of the embodiments, and the outside of the resigning through slot is at least divided It is furnished with the compacting part.

The folding material device includes the first shovel board, the second shovel board, third shovel board, folds pressure in one of the embodiments, Plate, the first shovel folding driving part, the second shovel folding driving part, third shovel folding driving part and pressing plate driving part；

The first shovel folding driving part, the second shovel folding driving part and third shovel folding driving part are all provided with On the bottom plate and driving first shovel board, second shovel board and the third shovel board can be respectively corresponded；It is described First shovel board is located at the opposite two sides of hopper of setting with second shovel board and is protruded with rolling over the sleeve cut-parts for shovel In the part for setting hopper two sides, third shovel board is located at the one end of hopper of setting with prominent for shoveling the folding sleeve cut-parts For the part for setting the hopper end；The pressing plate driving part is located on the bottom plate and is connected to the folding pressing plate For driving the folding pressing plate to push down the sleeve side panel for being overlapped and putting in the sleeve cut-parts after folding.

The shifting material device includes moving flitch and moving to expect driving part, the shifting flitch in one of the embodiments, Be located on the board, the bottom plate is located on the shifting flitch, shifting material driving part be connected to the shifting flitch with It is mobile in the driving shifting flitch.

The material pressing device has pressure plate and binder driving part in one of the embodiments, and the binder drives Dynamic component is connected to the pressure plate, the binder driving part for drive the pressure plate be moved to it is described set in hopper with Push down the sleeve cut-parts.

The sleeve side machine includes the bottom plate being located on the board, material pressing device, folding material dress in one of the embodiments, It sets, move material device and sleeve side sewing device, have on the bottom plate and set hopper for what is placed for part sleeve cut-parts；It is described For material pressing device for pushing down the sleeve cut-parts set in hopper, the folding material device is prominent for shoveling the folding sleeve cut-parts For the part for setting hopper, the folding material device is also used to push down the sleeve that overlapping is placed in the folded sleeve cut-parts Side panel, the shifting material device are connected to the bottom plate so that for driving the bottom plate mobile, sleeve side sewing device is used for The folded sleeve cut-parts and the sleeve side panel that shifting material device is sent described in joint close form joint close cut-parts.

The above-mentioned vacant waiting time that can make full use of operator without Piao's sleeve side organisation of working, to improve production effect Rate.Specifically, on worker's laying sleeve side to first sleeve side machine after start the sleeve side machine and carry out side sewing of tucking inside the sleeve, the then right sleeve of laying On side to second sleeve side machine, start the sleeve side machine and carry out sleeve side sewing, at this point, first sleeve side locomotive seam finishes, worker will The joint close cut-parts that first sleeve side locomotive seam finishes are laid in predeterminated position for downstream process, and worker, which repaves, puts next sleeve side To first sleeve side machine, second sleeve side machine completes sewing at this time, and worker cuts out second joint close that locomotive seam in side finishes of tucking inside the sleeve Piece is laid in predeterminated position for downstream process, and worker, which repaves, puts on next sleeve side to second sleeve side machine, is thusly-formed sleeve Former existing process middle berth is utilized in the circulation action of side laying, the laying of joint close cut-parts, sleeve side laying, the laying of joint close cut-parts Waiting time after putting sleeve side；Then, when joint close cut-parts carry out out button hole, buttoning, the conjunction is obtained by transfer device Seam cut-parts simultaneously shift the joint close cut-parts and open the opening at button station and at the buttoning station of the button-sewing machine of button hole machine to described, On the one hand setting transfer device has saved manpower, has improved working efficiency, on the other hand realizing each transfer joint close cut-parts can Precisely reach out at button station or buttoning station, improves product quality.

Detailed description of the invention

Fig. 1 is described in an embodiment without Piao's sleeve side organisation of working schematic diagram；

Fig. 2 is the sleeve side machine schematic diagram shown in FIG. 1 without Piao's sleeve side organisation of working；

Fig. 3 is the schematic top plan view of sleeve side machine shown in Fig. 2；

Fig. 4 is figure transfer device part-structure enlarged diagram；

Fig. 5 is state diagram when joint close cut-parts are laid on feed table top；

Fig. 6 is the material folding component material folding schematic diagram of transfer device；

Fig. 7 is that material folding component and button-sewing machine cooperate schematic diagram；

Fig. 8 is material folding component and opens button hole machine cooperation schematic diagram.

Description of symbols

10, without Piao's sleeve side organisation of working；100: sleeve side machine；110: the first boards；111: work top；112: bottom plate； 1121: setting hopper；120: material pressing device；121: pressure plate；122: guide rail；123: binder driving part；1231: the first binders drive Dynamic element；1232: the second binder driving elements；131: the first shovel boards；132: the second shovel boards；133: third shovel board；134: folding Pressing plate；135: the first shovel folding driving parts；136: the second shovel folding driving parts；137: third shovel folding driving part；138: pressing plate Driving part；140: moving material device；141: moving flitch；142: moving material driving part；150: sleeve side sewing device；200, the second machine Platform；300: opening button hole machine；400: button-sewing machine；500: transfer device；510: material folding driving part；520: material folding component；521: folder Expect seat；522: first clamping plate；523: second clamping plate；524: material folding driving element；530: compacting part；531: pressed seat；532: Compressor arm；533: compressing driving element；540: rollway；541: feed table top；5411: resigning through slot；5412: cropping slot；20: Joint close cut-parts；201；Buttoning side；202: opening button hole side.

Specific embodiment

The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model, It states.The preferred embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms in fact It is existing, however it is not limited to embodiment described herein.On the contrary, purpose of providing these embodiments is makes public affairs to the utility model The understanding for opening content is more thorough and comprehensive.

It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to To another element or it may be simultaneously present centering elements.

Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein "and/or" includes Any and all combinations of one or more related listed items.

Shown in Figure 1, an embodiment of the present invention provides a kind of without Piao's sleeve side organisation of working 10 comprising machine Platform, opens button hole machine 300, button-sewing machine 400, transfer device 500 and control device at sleeve side machine 100.Wherein board is divided into the first machine Platform 110, the second board 200, the first board is equipped with work top 111, wherein opening button hole machine 300 can be same with button-sewing machine 400 When exist can also individually select a presence.

It is shown in Figure 2, the quantity of sleeve side machine 100 be it is multiple, sleeve side machine 100 includes the bottom that is located on the first board 110 Plate 112, folding material device, moves material device 140 and sleeve side sewing device 150 at material pressing device 120, has on bottom plate 112 for supplying What part sleeve cut-parts were placed sets hopper 1121；Material pressing device 120 is for pushing down the sleeve cut-parts set in hopper 1121, folding material dress It sets to protrude from for shoveling folding sleeve cut-parts and sets the part of hopper 1121, folding material device is also used to push down overlapping and is placed on folded sleeve Sleeve side panel in cylinder cut-parts moves material device 140 and is connected to bottom plate 112 with for driving bottom plate 112 mobile, side sewing device of tucking inside the sleeve 150 move the folded sleeve cut-parts and sleeve side panel formation joint close cut-parts 20 that material device 140 is sent for joint close.

Button hole machine 300 is opened to be located on the second board 200 for opening button hole to joint close cut-parts 20.Control device is electrically connected In opening button hole machine 300.

Button-sewing machine 400 is located on the second board 200 for 20 buttoning of joint close cut-parts.Control device is electrically connected at nail Button machine 400.

Transfer device 500 is located on the second board 200, and transfer device 500 is for obtaining joint close cut-parts 20 and shifting joint close Cut-parts 20 are to opening the opening at button station and at the buttoning station of button-sewing machine 400 of button hole machine 300.Control device, which is electrically connected at, to be turned Moving device 500.

Shown in Figure 1, in a specific example, transfer device 500 includes rollway, material folding component 520 and material folding Driving part 510, rollway are used to place for joint close cut-parts 20, and material folding driving part 510 is located on the second board 200 and connects In material folding component 520, material folding component 520 is used to obtain the joint close cut-parts 20 on rollway, and material folding driving part 510 is for driving Material folding component 520 is mobile.Control device is electrically connected at material folding driving part 510.Material folding driving part 510 multi-faceted can be transported It is dynamic.Material folding driving part 510 can be manipulator.

Shown in Figure 4, in a specific example, the transfer device 500 further includes compacting part 530；The confession Expect that the feed table top 541 of platform 540 has at least two strips and parallel resigning through slot 5411, the adjacent resigning through slot Between 5411 have interval, the feed table top 541 of the rollway 540 also have positioned at two adjacent resigning through slots 5411 it Between cropping slot 5412.The compacting part 530 is connected on the rollway 540, and the compacting part 530 is for compressing institute State the joint close cut-parts 20 on rollway 540.The quantity of resigning through slot 5411 is preferably two.

The compacting part 530 includes pressed seat 531, compressor arm 532 and compression driving element 533.The pressed seat 531 are connected on the rollway 540, and the compression driving element 533 is located on the pressed seat 531 and is connected to the pressure Tight bar 532, the compression driving element 533 is for driving the compressor arm 532 mobile to compress towards the feed table top 541 The joint close cut-parts 20.

Preferably, the quantity of the compacting part 530 is multiple, and the two sides of two resigning through slots 5411 are distributed respectively There is at least one described compacting part 530.

Shown in Figure 1, in a specific example, material folding component 520 is including material folding seat 521 and is located at material folding seat 521 On first clamping plate 522, second clamping plate 523 and material folding driving element 524.Institute's material folding seat 521 is connected to material folding driving part On 510, material folding driving element 524 is connected to first clamping plate 522 and/or second clamping plate 523, and material folding driving element 524 is for driving Dynamic first clamping plate 522 and second clamping plate 523 are mutually clamped or are discharged.First clamping plate 522 is set with the equal level of second clamping plate 523 It sets.For example, material folding driving element 524 is connected to first clamping plate 522, material folding driving element 524 is for driving 522 court of first clamping plate It is mobile to realize that first clamping plate 522 and second clamping plate 523 are mutually clamped or discharged to second clamping plate 523.Control device is electrical It is connected to material folding driving element 524.

In a specific example, the quantity of material folding component 520 is multiple.The quantity of material folding component 520 is preferably two.Two A material folding component 520 is connected to side by side on material folding driving part.There is interval, and the interval can between two material folding components 520 It adjusts.

Preferably, the quantity of sleeve side machine 100 is two, and transfer device 500 is located between two sleeve side machines 100.

Referring to fig. 2 and shown in Fig. 3, in a specific example, folding material device include the first shovel board 131, the second shovel board 132, Third shovel board 133 folds the shovel folding shovel folding of driving part 135, second of pressing plate 134, first driving part 136, third shovel folding driving Component 137 and pressing plate driving part 138.Control device is electrically connected at the folding shovel folding driving of driving part 135, second of the first shovel Component 136, third shovel folding driving part 137 and pressing plate driving part 138.

The first shovel folding shovel of driving part 135, second folding driving part 136 and third shovel folding driving part 137 are each provided at On bottom plate 112 and the first shovel board 131 of driving, the second shovel board 132 and third shovel board 133 can be respectively corresponded.Preferably, first Shovel board 131, the second shovel board 132 and third shovel board 133 are close to the upper surface of bottom plate 112.

First shovel board 131 is located at the second shovel board 132 sets the opposite two sides of hopper 1121 to cut out for shoveling folding sleeve Piece protrudes from the part for setting 1121 two sides of hopper, and third shovel board 133 is located at the one end for setting hopper 1121 for shoveling folding sleeve Cut-parts protrude from the part for setting 1121 end of hopper；Pressing plate driving part 138 is located on bottom plate 112 and is connected to folding pressing plate 134 for driving folding pressing plate 134 to push down the sleeve side panel for being overlapped and putting in sleeve cut-parts after folding.

Referring to fig. 2 and shown in Fig. 3, further, moving material device 140 includes moving flitch 141 and shifting material driving part 142, it moves flitch 141 and is located on board, bottom plate 112, which is located at, to be moved on flitch 141, is moved material driving part 142 and is connected to shifting flitch 141 To move the movement of flitch 141 for driving.Control device is electrically connected at shifting material driving part 142.

Material pressing device 120 has pressure plate 121 and binder driving part 123, and binder driving part 123 is connected to binder Plate 121, binder driving part 123 are set in hopper 1121 for driving pressure plate 121 to be moved to push down sleeve cut-parts.Control dress It sets and is electrically connected at binder driving part 123.

Preferably, the shape of pressure plate 121, size and shape, the size fit for setting hopper 1121.

Referring to fig. 2 and shown in Fig. 3, binder driving part 123 has the first binder driving element 1231 and the second binder Driving element 1232, the second binder driving element 1232 are connected to pressure plate 121 for driving pressure plate 121 to vertically move； First binder driving element 1231 is located on the first board 110 and is connected to the second binder driving element 1232 for driving the Two binder driving elements 1232 and 121 transverse shifting of pressure plate.Control device is electrically connected at the first binder driving element 1231 And the second binder driving element 1232.

In a specific example, material pressing device 120 also has guide rail 122, and guide rail 122 is located on the first board 110, and second Binder driving element 1232 is slidably connected on guide rail 122.Guide rail 122 is parallel with bottom plate 112.

It is above-mentioned to include the following steps: without Piao's sleeve side organisation of working 10 in production

It is shown in Figure 2, it is placed in the middle part of sleeve cut-parts when setting in hopper 1121, the two sides of sleeve cut-parts protrude from Hopper 1121 is set, when the material pressing device 120 of control device control at this time pushes down the sleeve cut-parts set in hopper 1121, enables to tuck inside the sleeve Four sides of cylinder cut-parts tilt, in order to which the shovel of shovel board is rolled over.Control device control the first shovel folding shovel folding of driving part 135, second drives Dynamic component 136 and third shovel folding driving part 137 can respectively correspond the first shovel board 131 of driving, the second shovel board 132 and the Three shovel boards 133；First shovel board 131 is located at the second shovel board 132 sets the opposite two sides of hopper 1121 for shoveling folding sleeve Cut-parts protrude from the two side portions for setting hopper 1121, and third shovel board 133 is located at the one end for setting hopper 1121 and cuts out for shoveling folding sleeve Piece protrudes from the one end for setting hopper 1121；It can be real above by the first shovel board 131, the second shovel board 132 and third shovel board 133 Sleeve side panel is placed in folded sleeve cut-parts again at this time, then passes through control by the folding at three edges of existing sleeve cut-parts The device control driving of pressing plate driving part 138 folds sleeve cut-parts and the sleeve side panel that pressing plate 134 pushes down overlapping, the first shovel board 131, the second shovel board 132 and third shovel board 133 are extracted out, can be used to sewing；Control device control moves material device 140 and drives bottom Plate 112 is moved at sleeve side sewing device 150 along work top 111；Control device control sleeve 150 joint close of side sewing device moves The folded sleeve cut-parts and sleeve side panel that material device 140 is sent, can be completed the folding of a sleeve cut-parts simultaneously above With the joint close of sleeve side panel, time power is saved, production stability and efficiency improve.

Then, transfer device 500 obtains joint close cut-parts 20 to specifically comprising the following steps: when opening button hole, buttoning

Shown in Figure 5, joint close cut-parts 20 are placed on feed table top 541 according to the state.

By the buttoning side 201 of joint close cut-parts 20 with open the feed table top 541 that button hole side 202 is laid in rollway 540 respectively On, the buttoning side 201 of the joint close cut-parts 20 is located at the upper of two adjacent resigning through slots 5411 with button hole side 202 is opened Side, the big side of the joint close cut-parts 20 sagging cropping out of cropping slot 5412.

It is shown in Figure 6, drive two adjacent material folding components 520 to be respectively moved to phase by material folding driving part 510 In two adjacent resigning through slots 5411, the material folding component 520 of adjacent two clamps the joint close cut-parts 20 respectively Buttoning side 201 and open button hole side 202.

It is shown in Figure 7, drive the material folding component 520 to be moved to button-sewing machine 400 by the material folding driving part 510 Buttoning station at, buttoning is carried out to the buttoning sides 201 of the joint close cut-parts 20 by the button-sewing machine 400.

It is shown in Figure 8, it drives the material folding component 520 to overturn 180 ° by the material folding driving part 510, passes through institute Stating material folding driving part 510 drives the material folding component 520 to be moved to out the opening at button station of button hole machine 300, is opened by described Button hole machine 300 carries out out button hole to the buttoning side 201 of the joint close cut-parts 20.

The above-mentioned vacant waiting time that can make full use of operator without Piao's sleeve side organisation of working 10, to improve production effect Rate.Specifically, specifically, worker's laying sleeve side to first sleeve side machine 100 on after start the sleeve side machine 100 carry out tuck inside the sleeve side vehicle Seam then on the right sleeve side of laying to second sleeve side machine 100, starts the sleeve side machine 100 and carries out sleeve side sewing, at this point, first Sleeve 100 sewing of side machine finishes, and the joint close cut-parts 20 that first sleeve 100 sewing of side machine finishes are laid under predeterminated position confession by worker Process is swum to use, worker, which repaves, puts on next sleeve side to first sleeve side machine 100, and second sleeve side machine 100 completes sewing at this time, The joint close cut-parts 20 that second sleeve 100 sewing of side machine finishes are laid in predeterminated position for downstream process by worker, and worker repaves It puts on next sleeve side to second sleeve side machine 100, is thusly-formed sleeve side laying, the laying of joint close cut-parts 20, sleeve side laying, closes The waiting time in former existing process behind laying sleeve side is utilized in the circulation action for stitching the laying of cut-parts 20；In joint close cut-parts 20 When carrying out out button hole, buttoning, joint close cut-parts 20 are obtained by transfer device 500 and shift joint close cut-parts 20 to opening button hole machine 300 open at button station and at the buttoning station of button-sewing machine 400, is arranged transfer device 500 and has on the one hand saved manpower, improved Working efficiency, on the other hand realizing transfer joint close cut-parts 20 every time can precisely reach out at button station or buttoning station, Improve product quality.

Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, all should be considered as described in this specification.

Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.

Claims (10)

1. a kind of without Piao's sleeve side organisation of working, which is characterized in that including board, sleeve side machine and transfer device, further include out button Door machine and/or button-sewing machine；

It is described sleeve side machine quantity be it is multiple, the sleeve side machine for the folded sleeve cut-parts of joint close and tuck inside the sleeve side panel formed Joint close cut-parts；

The button hole machine of opening is located on the board for opening button hole to the joint close cut-parts；

The button-sewing machine is located on the board for the joint close cut-parts buttoning；

The transfer device includes rollway, material folding component and material folding driving part, and the rollway is used to supply the joint close Cut-parts are placed, and the material folding driving part is located on the board and is connected to the material folding component, and the material folding component is used for The joint close cut-parts on the rollway are obtained, the material folding driving part is described for driving the material folding component mobile Material folding driving part opens button hole machine to described for driving joint close cut-parts described in material folding component retrieval and shifting the joint close cut-parts Open at button station and at the buttoning station of the button-sewing machine.

2. according to claim 1 tuck inside the sleeve side organisation of working without Piao, which is characterized in that the material folding component include material folding seat with And it is located at first clamping plate, second clamping plate, material folding driving element on the material folding seat, institute's material folding seat is connected to the material folding driving On component, the material folding driving element is connected to the first clamping plate and/or the second clamping plate, and the material folding driving element is used It mutually clamps or discharges in the driving first clamping plate and the second clamping plate.

3. according to claim 2 without Piao's sleeve side organisation of working, which is characterized in that the quantity of the material folding component is more It is a, there is interval between the adjacent material folding component.

4. according to claim 1 without Piao's sleeve side organisation of working, which is characterized in that the transfer device further includes compressed part Part；The rollway face of the rollway is at least two strips and parallel resigning through slot and positioned at two adjacent institutes The cropping slot between resigning through slot is stated, the spacing between the adjacent material folding component and two adjacent described step down are led to Spacing between slot is equal, and the compacting part is connected on the rollway, and the compacting part is for compressing the feed Joint close cut-parts on platform.

5. it is according to claim 4 without Piao tuck inside the sleeve side organisation of working, which is characterized in that the compacting part include pressed seat, Compressor arm and compression driving element, the pressed seat are connected on the rollway, and the compression driving element is located at described On pressed seat and it is connected to the compressor arm, the compression driving element is for driving the compressor arm towards the feed table top Movement is to compress the joint close cut-parts.

6. according to claim 4 without Piao's sleeve side organisation of working, which is characterized in that the quantity of the compacting part is more A, the compacting part is at least distributed in the outside of the resigning through slot.

7. tucking inside the sleeve side organisation of working described in -6 any one without Piao according to claim 1, which is characterized in that sleeve side machine includes Bottom plate, material pressing device, folding material device, shifting material device and the side sewing device of tucking inside the sleeve being located on the board, have on the bottom plate Have and sets hopper for what is placed for part sleeve cut-parts；The material pressing device is used to push down the sleeve set in hopper and cuts out Piece, the folding material device are used to shovel the folding sleeve cut-parts and protrude from the part for setting hopper, and the folding material device is also used to The sleeve side panel that overlapping is placed in the folded sleeve cut-parts is pushed down, the shifting material device is connected to the bottom plate to be used for Drive the bottom plate mobile, the sleeve side sewing device is cut out for moving the folded sleeve that material device is sent described in joint close Piece and the sleeve side panel form joint close cut-parts.

8. according to claim 7 without Piao's sleeve side organisation of working, which is characterized in that the folding material device includes the first shovel Plate, third shovel board, folds pressing plate, the first shovel folding driving part, the second shovel folding driving part, third shovel folding driving at the second shovel board Component and pressing plate driving part；

The first shovel folding driving part, the second shovel folding driving part and third shovel folding driving part are each provided at institute It states on bottom plate and driving first shovel board, second shovel board and the third shovel board can be respectively corresponded；Described first Shovel board is located at the opposite two sides of hopper of setting with second shovel board and protrudes from institute to roll over the sleeve cut-parts for shovel The part for setting hopper two sides is stated, third shovel board is located at the one end of hopper of setting and protrudes to roll over the sleeve cut-parts for shovel The part for setting the hopper end；The pressing plate driving part be located on the bottom plate and be connected to the folding pressing plate with The sleeve side panel for being overlapped and putting in the sleeve cut-parts after folding is pushed down in the driving pressing plate that folds.

9. according to claim 7 tuck inside the sleeve side organisation of working without Piao, which is characterized in that shiftings material device include shifting flitch with And material driving part is moved, the shifting flitch is located on the board, and the bottom plate is located on the shifting flitch, the shifting material driving Component is connected to the shifting flitch for driving the shifting flitch mobile.

10. according to claim 7 without Piao's sleeve side organisation of working, which is characterized in that the material pressing device has pressure plate And binder driving part, the binder driving part are connected to the pressure plate, the binder driving part is for driving institute It states pressure plate and is moved to described set in hopper to push down the sleeve cut-parts.