CN206467417U - A kind of feed device of full-automatic many panel sewing devices - Google Patents

Abstract

The utility model discloses a kind of feed device of full-automatic many panel sewing devices, its main points is：Including material platform component, feeding platform component, presser foot component and presser feet secondary drive component；Material platform component includes discharging frame and blowing panel；Blowing panel can be moved forward and backward and is arranged on discharging frame；Feeding platform component includes feeding platform mounting bracket and feeding deck plate；Feeding deck plate is fixedly installed on feeding platform mounting bracket；Feeding platform mounting bracket left part is fixedly connected with the right part of the first workbench, and feeding platform mounting bracket right part is fixedly connected with the left part rear portion of discharging frame；The first panel and blowing panel of the corresponding apparatus for sewing of the full-automatic many panel sewing devices of feeding table top connection；Presser foot component includes presser feet；Presser feet by presser feet secondary drive component can side-to-side movement be arranged on blowing panel, above feeding deck plate and first panel, for will be on blowing panel the cloth after sewing ornamental strip push down after through feeding deck plate be delivered to first panel.

Description

A kind of feed device of full-automatic many panel sewing devices

Technical field

The utility model is related to clothes process equipment field, more specifically a kind of to be set for full-automatic many panels sewings Standby feed device.

Background technology

In daily life, we are frequently seen on the lateral surface of the sleeve of some clothes and trousers and are sewed with what is be parallel to each other A plurality of ornamental strip, these ornamental strips cause clothes to seem more dynamic and attractive in appearance, and these ornamental strips are sewed by many panels What equipment was sewed.Current many panel sewing devices have multineedle sewing machine, corresponding ornamental strip feed device and tugboat Mechanism.When carrying out many panel sewing operations, first by manually the cloth for sewing ornamental strip will be needed to send into multineedle sewing machine, while by Corresponding panel feed device is by a plurality of ornamental strip feeding to be sewed to multineedle sewing machine, and multineedle sewing machine is by a plurality of ornamental strip The upper cloth that will have sewed ornamental strip by corresponding dragging wheel mechanism again later on the upside of corresponding cloth is sewn into pull out.Existing market Upper many panel sewing devices with dragging wheel mechanism, substantially using the active of upper tugboat, lower tugboat it is driven by the way of, when running into When needing the cloth for sewing ornamental strip softer or elastic preferable, ornamental strip and cloth motion simulation can be caused asynchronous, on cloth The ornamental strip of side is by the normal operation of upper tugboat dragging, and the cloth on lower tugboat then passively drags and causes stretching, has sewed Fold is caused into rear cloth contraction, crudy has been had a strong impact on.Secondly, not only efficiency is low for artificial feeding, and feeding process In easy bias effect product quality.

Utility model content

The purpose of this utility model be to provide it is a kind of simple in construction, can greatly improve production and processing efficiency be used for it is full-automatic The feed device of many panel sewing devices.

Realizing the basic technical scheme of the utility model purpose is：A kind of feeding dress of full-automatic many panel sewing devices Put, it is structurally characterized in that：Including material platform component, feeding platform component, presser foot component and presser feet secondary drive component；Material platform group Part includes discharging frame and blowing panel；Blowing panel can be moved forward and backward and is arranged on discharging frame；Feeding platform component includes feeding platform Mounting bracket and feeding deck plate；Feeding deck plate is fixedly installed on feeding platform mounting bracket；Feeding platform mounting bracket left part and first The right part of workbench is fixedly connected, and feeding platform mounting bracket right part is fixedly connected with the left part rear portion of discharging frame；Feeding table top is connected The first panel and blowing panel of the corresponding apparatus for sewing of full-automatic many panel sewing devices；Presser foot component includes presser feet；Pressure Pin by presser feet secondary drive component can side-to-side movement be arranged on blowing panel, above feeding deck plate and first panel, be used for After the cloth after sewing ornamental strip on blowing panel is pushed down first panel is delivered to through feeding deck plate.

Technical scheme based on above-mentioned basic technical scheme is：Material platform component also includes blowing platen and air draught is filled Put；Air intake device is fixedly installed on the bottom of discharging frame；Blowing platen can be moved forward and backward and is arranged on discharging frame；Blowing panel It is provided with some wind inlets；Blowing panel sealing is connected on blowing platen, forms corresponding between blowing panel and blowing platen Air draught storehouse, air draught storehouse be provided with bleeding point；Bleeding point is connected by the way that corresponding pipeline and air intake device are closed.

Technical scheme based on techniques described above scheme is：The air draught storehouse has 3,3 air draught storehouses from left to right according to It is secondary to set；The difference of right position of 3 air draught storehouses as residing for it is divided into the first air draught storehouse, the second air draught storehouse and the 3rd suction Wind cabin；A corresponding bleeding point is equipped with the corresponding blowing platen in each air draught storehouse；Bleeding point by corresponding pipeline with The closed connection of air intake device.

Technical scheme based on above-mentioned appropriate technical solution is：Material platform component is also led including the first blowing straight line Rail, the second blowing line slideway and blowing drive cylinder；Corresponding castor is provided with the downside of discharging frame, is easy to movement；First puts Material line slideway is fixedly installed on the left part of discharging frame from its guide rail before and after to level；Second blowing line slideway is led by it Rail is fixedly installed on the right part of discharging frame before and after to level；Blowing platen is fixedly installed on the cunning of the first blowing line slideway On the sliding block of block and the second blowing line slideway；Blowing drive cylinder is fixedly installed on the upper of discharging frame before and after to by its cylinder body In portion, the cylinder rod of blowing drive cylinder stretches out backward；The cylinder rod of blowing drive cylinder is fixedly connected with blowing platen, by putting Expect the flexible drive material platform plate of cylinder rod of drive cylinder along before and after the first blowing line slideway and the second blowing line slideway Motion；

Feeding platform component also includes connection panel；Corresponding castor is provided with the downside of feeding platform mounting bracket, is easy to movement；On The upper surface of material deck plate is with the upper surface of blowing panel in same level；Connection panel be used for connect feeding deck plate and The first panel of the corresponding apparatus for sewing of full-automatic many panel sewing devices；The upper surface of first panel, connection panel it is upper Surface and the upper surface of feeding deck plate are in same level.

Technical scheme based on above-mentioned appropriate technical solution is：Feed device also includes presser feet and transmits holder assembly and pressure Pin one-level drive component；Presser feet transmission holder assembly includes presser feet mounting seat, presser feet connecting seat and presser feet first straight line guide rail；Presser feet Connecting seat is along left and right to horizontally disposed；Presser feet first straight line guide rail is from its guide rail along left and right to being fixedly installed on presser feet connecting seat On downside；Presser feet mounting seat is fixedly connected with the sliding block of presser feet first straight line guide rail；

Presser foot component has 2 groups, and the structure of 2 groups of presser foot components is identical；2 groups of presser foot components are successively set on presser feet from front to back In mounting seat, and distance each other is adjustable；2 groups of presser foot components also include presser feet adjustable plate, presser feet connecting plate, presser feet and adjusted Save frame and presser feet regulation cylinder；Presser feet adjustable plate is rotatably arranged in presser feet mounting seat by its middle part, its rotary shaft along it is front and rear to Set；Presser feet is fixedly installed on by presser feet connecting plate on the left part of presser feet adjustable plate, lower surface and the feeding deck plate of presser feet The distance between upper surface can adjust；Presser feet is along left and right to setting；Presser feet convey cloth in use, the lower surface of presser feet with The upper surface of the feeding deck plate of feeding platform component is parallel to each other；Presser feet adjusting bracket is slidably arranged in pressure by the corresponding axis of guide In pin mounting seat；The right-hand member of presser feet adjustable plate is hinged on presser feet adjusting bracket；Presser feet regulation cylinder is fixedly installed on presser feet installation On seat, its cylinder rod is extended downwardly from, and is fixedly connected with presser feet adjusting bracket, so as to be lifted and be pressed by presser feet regulation cylinder driving presser feet Under；

Presser feet one-level drive component includes the motor of presser feet first, the synchronous pulley of presser feet first, the timing belt of presser feet second Wheel, the timing belt of presser feet first, the synchronous pulley of presser feet the 3rd, the synchronous pulley of presser feet the 4th and the timing belt of presser feet second；Presser feet first On motor is fixedly installed on the upside of the right part of presser feet connecting seat；The motor shaft of the motor of presser feet first is forward extended out；Pressure The synchronous pulley of pin first is fixedly installed on the motor shaft of the motor of presser feet first；The synchronous pulley of presser feet second is rotatably arranged on On the right part of presser feet connecting seat, the timing belt of presser feet first is set around the synchronous pulley of presser feet first and the synchronous pulley of presser feet second； The synchronous pulley of presser feet the 3rd is connected with presser feet the second synchronous pulley coaxial transmission and is arranged on presser feet connecting seat；Presser feet the 4th is synchronous Belt wheel is rotatably arranged on by corresponding backstand on the left end of presser feet connecting seat；The timing belt of presser feet second is same around presser feet the 3rd Walk belt wheel and the synchronous pulley of presser feet the 4th is set；Presser feet mounting seat is fixed by corresponding synchronous clamping with the timing belt of presser feet second Connection, so as to drive presser feet mounting seat along presser feet first straight line guide rail side-to-side movement by the motor of presser feet first；So as to presser feet The presser feet of component by presser feet transmit holder assembly again by presser feet secondary drive component can side-to-side movement be arranged on blowing panel, feeding Above deck plate and first panel.

Technical scheme based on above-mentioned appropriate technical solution is：Feed device also includes presser feet slider assembly and presser feet Guidance set；

Presser feet slider assembly includes the cantilever of presser feet first, the cantilever of presser feet second and the cantilever of presser feet the 3rd；The cantilever of presser feet first It is fixedly installed on the rear portion left part of feeding platform mounting bracket；The rear portion that the cantilever of presser feet second is fixedly installed on feeding platform mounting bracket is right In portion；The cantilever of presser feet the 3rd is fixedly installed on the rear portion left part of the discharging frame of material platform component；

Presser feet guidance set includes the mounting seat of presser feet second, presser feet second straight line guide rail, presser feet first straight line bearing, presser feet Second straight line bearing and linear bearing installation axle；The mounting seat of presser feet second along left and right to be fixedly installed on the cantilever of presser feet first, pressure On the cantilever of pin second and the cantilever of presser feet the 3rd；Presser feet second straight line guide rail is from its guide rail along left and right to being fixedly installed on presser feet second On the downside of mounting seat；Presser feet first straight line bearing and presser feet second straight line bearing coaxially pass sequentially through corresponding straight from left to right Line bearing mounting base is fixedly installed on the right part of presser feet connecting seat；Linear bearing installation axle is along left and right to horizontally disposed, straight line Bearing installation axle left end is fixedly installed on the cantilever of presser feet second, and the right-hand member of the cantilever of presser feet second is fixedly installed on material platform component Discharging frame right side rear portion on；Presser feet first straight line bearing and presser feet second straight line bearing are slidably arranged in linear bearing installation On axle；

Presser feet secondary drive component includes the motor of presser feet second, the synchronous pulley of presser feet the 5th, the timing belt of presser feet the 6th Wheel, the timing belt of presser feet the 3rd, the synchronous pulley of presser feet the 7th, the synchronous pulley of presser feet the 8th and the timing belt of presser feet the 4th；Presser feet second Motor is fixedly installed on the left side of the cantilever of presser feet first, and its motor shaft is towards front；The synchronous pulley of presser feet the 5th is fixed On the motor shaft for being arranged on the motor of presser feet second；The synchronous pulley of presser feet the 6th and the synchronous pulley coaxial transmission of presser feet the 7th connect Connect, the synchronous pulley of presser feet the 6th and the synchronous pulley of presser feet the 7th are rotatably arranged on and be fixed on the left end of the mounting seat of presser feet second In corresponding mounting seat；The timing belt of presser feet the 3rd is set around the synchronous pulley of presser feet the 5th and the synchronous pulley of presser feet the 6th；Presser feet 8th synchronous pulley is rotatably arranged on the cantilever of presser feet the 3rd by corresponding backstand；The timing belt of presser feet the 4th is around presser feet the Seven synchronous pulleys and the synchronous pulley of presser feet the 8th are set；Presser feet connecting seat passes through corresponding synchronous clamping and the timing belt of presser feet the 4th It is fixedly connected, so as to drive presser feet connecting seat along presser feet second straight line guide rail side-to-side movement by the motor of presser feet second.

The utility model has positive effect：（1）The feeding dress of full-automatic many panel sewing devices of the present utility model Put simple in construction, feeding platform can be then passed through by being manually placed in cloth on the blowing panel of material platform component when using Cloth is delivered to apparatus for sewing from blowing panel and sewed by the presser foot component of component, until sewing finishing, presser foot component enters Row feeding operation next time.Presser foot component is when delivering to apparatus for sewing from blowing panel by cloth and being sewed, and workman can be with A piece of cloth puts under progress.This feed device greatly improves production efficiency, and the synchronous feeding during sewing, The quality of sewing is further increased, while original multineedle sewing machine work feed tooth structure can be cancelled, cloth is protected.

（2）The feed device of full-automatic many panel sewing devices of the present utility model uses two-stage conveying mode, first by pressing Pin secondary drive component delivers to presser foot component along presser feet guidance set on the right side of apparatus for sewing, then presser feet one-level drive component will Presser foot component continues to convey to the left, can ensure that the synchronous feeding of cloth up to sewing finishing, and cause the mounting seat of presser feet second Length can greatly shorten, be easy to split transport.Presser feet guidance set employs line slideway, linear bearing and linear bearing Installation axle, it is ensured that presser feet operates steadily, registration.

（3）The blowing panel of material platform component of the present utility model is provided with wind inlet, passes through corresponding air draught storehouse and air draught Cloth can be firmly absorbed and fixed on blowing panel by device, it is ensured that accurate positioning during presser foot component feeding, be conducive to improving and stitched Precision processed.Air draught storehouse has 3, the size of corresponding selection adsorption area can be carried out according to the size of cloth, it is ensured that absorption is firm While can reduce energy consumption, be conducive to energy-conservation.

（4）Material platform component of the present utility model drives blowing panel along the first blowing line slideway by blowing drive cylinder Moved with the second blowing line slideway, feeding speed is fast and steady.

（5）The presser feet of presser foot component of the present utility model is rotatably arranged on presser feet by presser feet connecting plate and presser feet adjustable plate In mounting seat, and it is adjusted by presser feet regulation cylinder and is made to lift and push thereon, the lower surface of presser feet is upper with feeding deck plate The distance between surface can be adjusted, and adapt to the cloth of different-thickness, and pushed and can be kept and feeding when pushing down cloth The upper surface of deck plate is parallel to each other, and feeding is smooth reliable.

（6）The feed device of full-automatic many panel sewing devices of the present utility model is provided with 2 groups of presser foot components, 2 groups of presser feets The distance of component each other is adjustable, adapts to the cloth of different in width, applied widely.Using cantilever mounting means, it is easy to Observation, Operation and maintenance maintenance.

Brief description of the drawings

Fig. 1 is the structural representation of full-automatic many panel sewing devices using feed device of the present utility model；

Fig. 2 is Fig. 1 left view schematic diagram；

Fig. 3 regards schematic diagram for Fig. 1 right side；

Fig. 4 is Fig. 1 schematic rear view；

Fig. 5 is Fig. 1 schematic top plan view；

Fig. 6 is Fig. 1 elevational schematic view；

Structural representation when Fig. 7 is from Fig. 1 front upper right；

Structural representation when Fig. 8 is from Fig. 1 left back lower section；

Fig. 9 is apparatus for sewing in Fig. 1, the mplifying structure schematic diagram of material collecting device and protector；

Figure 10 is Fig. 9 left view schematic diagram；

Figure 11 regards schematic diagram for Fig. 9 right side；

Structural representation when Figure 12 is from Fig. 9 front upper right；

Structural representation when Figure 13 is from Figure 10 right back upper place；

The mplifying structure schematic diagram of the lower tugboat component of apparatus for sewing when Figure 14 is from Fig. 1 front upper right；

Figure 15 be Fig. 1 in feed device mplifying structure schematic diagram；

Structural representation when Figure 16 is from Figure 15 left anterior-superior part；

Structural representation when Figure 17 is from Figure 15 right back upper place；

The structural representation removed after blowing panel when Figure 18 is from Figure 14 front upper right；

The mplifying structure schematic diagram of presser foot component when Figure 19 is from Figure 15 left anterior-superior part；

The mplifying structure schematic diagram of presser foot component when Figure 20 is from Figure 15 right back lower place；

Figure 21 is the feeding device and the mplifying structure schematic diagram of the feeding platform component of feed device in Fig. 1；

Structural representation when Figure 22 is from Figure 21 front upper right；

Structural representation when Figure 23 is from Figure 21 left anterior-superior part；

Structural representation when Figure 24 is from Figure 21 right back upper place；

Structural representation when Figure 25 is from Figure 21 right back lower place；

The mplifying structure schematic diagram of the first material fetching mechanism when Figure 26 is from Figure 21 right front lower place；

The mplifying structure schematic diagram of Anchor plate kit when Figure 27 is from Figure 21 left anterior-superior part；

The mplifying structure schematic diagram of material collecting device when Figure 28 is from Fig. 9 front upper right；

The mplifying structure schematic diagram of material collecting device when Figure 29 is from Fig. 9 left back top.

Apparatus for sewing 1, multineedle sewing machine 11, panel feed device 12, the first workbench 13, the first frame 13-1, first Platen 13-2, first panel 13-3, second panel 13-4, upper tugboat component 14, upper tugboat 14-1, lower tugboat component 15, under drag Take turns 15-1, lower tugboat mounting seat 15-2, lower tugboat motor 15-3, lower the first synchronous pulley of tugboat 15-4, lower tugboat second Synchronous pulley 15-5, tugboat timing belt 15-6,

Feed device 2, material platform component 21, discharging frame 21-1, blowing platen 21-2, blowing panel 21-3, wind inlet 21- 3a, the first blowing line slideway 21-4, the second blowing line slideway 21-5, blowing drive cylinder 21-6, air intake device 21-7, inhale Wind cabin 21-8, the first air draught storehouse 21-8a, the second air draught storehouse 21-8b, the 3rd air draught storehouse 21-8c, bleeding point 21-8-1,

Feeding platform component 22, feeding platform mounting bracket 22-1, feeding deck plate 22-2 connect panel 22-3,

Presser foot component 23, presser feet 23-1, presser feet adjustable plate 23-2, presser feet connecting plate 23-3, presser feet adjusting bracket 23-4, presser feet Adjust cylinder 23-5, presser feet transmission holder assembly 24, presser feet mounting seat 24-1, presser feet connecting seat 24-2, presser feet first straight line guide rail 24-3, presser feet one-level drive component 25, presser feet the first motor 25-1, presser feet the first synchronous pulley 25-2, presser feet second is same Walk belt wheel 25-3, presser feet the first timing belt 25-4, the synchronous pulley 25-5 of presser feet the 3rd, the synchronous pulley 25-6 of presser feet the 4th, presser feet Second timing belt 25-7, presser feet slider assembly 26, presser feet the first cantilever 26-1, presser feet the second cantilever 26-2, the cantilever of presser feet the 3rd 26-3, presser feet guidance set 27, presser feet the second mounting seat 27-1, presser feet second straight line guide rail 27-2, presser feet first straight line bearing 27-3, presser feet second straight line bearing 27-4, linear bearing installation axle 27-5, presser feet secondary drive component 28, presser feet second drives Motor 28-1, the synchronous pulley 28-2 of presser feet the 5th, the synchronous pulley 28-3 of presser feet the 6th, the timing belt 28-4 of presser feet the 3rd, presser feet Seven synchronous pulley 28-5, the synchronous pulley 28-6 of presser feet the 8th, the timing belt 28-7 of presser feet the 4th,

Feeding device 3, main frame body 31, lifting platform component 32, lifting platform main frame body 32-1,

Motor 32-2-1, screw mandrel 32-2-2, screw rodb base 32- before and after lifting platform fore-andaft drive component 32-2, lifting platform 2-3, lifting platform first straight line guide rail 32-2-4, lifting platform second straight line guide rail 32-2-5, the first synchronous pulley of lifting platform 32-2- Timing belt 32-2-8 before and after 6, lifting platform the second synchronous pulley 32-2-7, lifting platform,

Motor 32-3-1 above and below drive component 32-3 above and below lifting platform, lifting platform, drive shaft 32-3-2, lifting platform Timing belt 32-3-5, the first drive gear above and below three synchronous pulley 32-3-3, the synchronous pulley 32-3-4 of lifting platform the 4th, lifting platform 32-3-6, the first rack 32-3-7, the second drive gear 32-3-8, the second rack 32-2-9, the straight line of the 3rd lifting platform the 3rd is led Rail 32-3-10, the line slideway 32-3-11 of lifting platform the 4th, rise frame 32-4, put flitch 32-5,

First material fetching mechanism 33a, the second material fetching mechanism 33b, material fetching mechanism mounting seat 33-1, material fetching mechanism installation axle 33- 2, feeding swing arm 33-3, crochet hook 33-4, feeding presser feet 33-5, feeding cylinder 33-6, feeding lift cylinder 33-7,

Material fetching mechanism adjusting part 34, material fetching mechanism connecting plate 34-1, material fetching mechanism regulation motor 34-2, material fetching mechanism is adjusted First straight line guide rail 34-3 is saved, material fetching mechanism regulation second straight line guide rail 34-4, material fetching mechanism adjusts the first synchronous pulley 34-5, Material fetching mechanism adjusts the second synchronous pulley 34-6, material fetching mechanism regulation timing belt 34-7,

Feeding drive component 35, material fetching mechanism mounting bracket 35-1, feeding motor 35-2, material fetching mechanism connecting plate 35- 3, feeding the first cantilever 35-4, feeding the second cantilever 35-5, feeding the first synchronous pulley 35-6, the second synchronous pulley of feeding 35- 7, feeding timing belt 35-8, feeding first straight line guide rail 35-9, feeding second straight line guide rail 35-10,

Anchor plate kit 36, pressing plate 36-1, swing arm 36-1-1, pressing plate connecting shaft 36-2, pressing plate drive cylinder 36-3, pressing plate Motor 36-4, pressing plate the first synchronous pulley 36-5, pressing plate the second synchronous pulley 36-6, pressing plate timing belt 36-7, pressing plate One line slideway 36-8, pressing plate second straight line guide rail 36-9, pressing plate the first connecting plate 36-10, pressing plate the second connecting plate 36-11,

Shear 4, cutter 41, dynamic cutting knife 42, cutter driving cylinder 43,

Material collecting device 5, rewinding mounting bracket 51, discharging frame 52, linear bearing 52a, linear bearing mounting seat 52b, linear axis Hold installation axle 52c, material folding frame 53, material toggling frame 54, discharging frame drive cylinder 55, material folding frame linking arm 56, material folding frame drive cylinder 57, material toggling frame drive cylinder 58, protector 6.

Embodiment

The description in orientation of the present utility model is carried out according to the orientation shown in Fig. 1, namely the direction up and down shown in Fig. 1 The direction up and down as described, a side of court of Fig. 1 institutes is front, is rear away from a Fig. 1 side.

（Embodiment 1）

Fig. 1 to Fig. 8 and Figure 15 are seen to Figure 20, and the feed device 2 of full-automatic many panel sewing devices of the present utility model is wrapped Include material platform component 21, feeding platform component 22, presser foot component 23, presser feet transmission holder assembly 24, presser feet one-level drive component 25, pressure Pin slider assembly 26, presser feet guidance set 27 and presser feet secondary drive component 28.

Figure 15 to Figure 18 and Figure 21 are seen to Figure 25, and material platform component 21 includes discharging frame 21-1, blowing platen 21-2, blowing Panel 21-3, the first blowing line slideway 21-4, the second blowing line slideway 21-5, blowing drive cylinder 21-6 and air intake device 21-7.Corresponding castor is provided with the downside of discharging frame 21-1, is easy to movement.Air intake device 21-7 is fixedly installed on discharging frame 21-1 Bottom on.First blowing line slideway 21-4 is fixedly installed on discharging frame 21-1 left part from its guide rail before and after to level On；Second blowing line slideway 21-5 is fixedly installed on discharging frame 21-1 right part from its guide rail before and after to level.Blowing Platen 21-2 is fixedly installed on the first blowing line slideway 21-4 sliding block and the second blowing line slideway 21-5 sliding block.Put Material drive cylinder 21-6 is fixedly installed on discharging frame 21-1 top along front and rear to by its cylinder body, blowing drive cylinder 21-6's Cylinder rod stretches out backward.Blowing drive cylinder 21-6 cylinder rod is fixedly connected with blowing platen 21-2, by blowing drive cylinder The flexible drive material platform plate 21-2 of 21-6 cylinder rod is along the first blowing line slideway 21-4 and the second blowing line slideway 21- 5 move forward and backward.Blowing panel 21-3 is provided with some wind inlet 21-3a.Blowing panel 21-3 is sealedly connected on blowing platen 21- On 2, corresponding air draught storehouse 21-8 is formed between blowing panel 21-3 and blowing platen 21-2, there are 3,3 suctions in the air draught storehouse Wind cabin 21-8 is set gradually from left to right.The difference of right positions of 3 air draught storehouse 21-8 as residing for it is divided into the first suction Wind cabin 21-8a, the second air draught storehouse 21-8b and the 3rd air draught storehouse 21-8c.On blowing platen 21-2 corresponding each air draught storehouse 21-8 It is equipped with a corresponding bleeding point 21-8-1.Bleeding point 21-8-1 passes through corresponding pipeline and the closed companies of air intake device 21-7 It is logical.

Fig. 1 to Fig. 8 and Figure 15 are seen to Figure 18, and feeding platform component 22 includes feeding platform mounting bracket 22-1, feeding deck plate 22- 2 and connection panel 22-3.Feeding platform mounting bracket 22-1, which is fixedly connected, to be arranged on discharging frame 21-1 left back.Feeding platform is pacified Shelve and be provided with corresponding castor on the downside of 22-1, be easy to movement.Feeding deck plate 22-2 is fixedly installed on feeding platform mounting bracket 22- On 1, feeding deck plate 22-2 upper surface is with blowing panel 21-3 upper surface in same level.

Fig. 1 to Fig. 8 and Figure 15 are seen to Figure 20, and presser foot component 23 there are 2 groups, and the structure of 2 groups of presser foot components 23 is identical.2 groups of pressures Pin component 23 is successively set on presser feet mounting seat 24-1 from front to back, and distance each other is adjustable.2 groups of presser foot components are equal Including presser feet 23-1, presser feet adjustable plate 23-2, presser feet connecting plate 23-3, presser feet adjusting bracket 23-4 and presser feet regulation cylinder 23-5. Presser feet adjustable plate 23-2 is rotatably arranged on presser feet mounting seat 24-1 by its middle part, and its rotary shaft is along front and rear to setting.Presser feet 23- 1 is fixedly installed on presser feet adjustable plate 23-2 left part by presser feet connecting plate 23-3, presser feet 23-1 lower surface and feeding platform The distance between panel 22-2 upper surface can be adjusted.Presser feet 23-1 is along left and right to setting.Presser feet 23-1 conveying clothes are used When, the upper surface of presser feet 23-1 lower surface and the feeding deck plate 22-2 of feeding platform component 22 is parallel to each other.Presser feet adjusting bracket 23-4 is slidably arranged on presser feet mounting seat 24-1 by the corresponding axis of guide.Presser feet adjustable plate 23-2 right-hand member is hinged on presser feet On adjusting bracket 23-4.Presser feet regulation cylinder 23-5 is fixedly installed on presser feet mounting seat 24-1, and its cylinder rod is extended downwardly from, with pressure Pin adjusting bracket 23-4 is fixedly connected, and is lifted and is depressed so as to adjust cylinder 23-5 drivings presser feet 23-1 by presser feet.Presser feet transmission base Component 24 includes presser feet mounting seat 24-1, presser feet connecting seat 24-2 and presser feet first straight line guide rail 24-3.Presser feet connecting seat 24-2 Along left and right to horizontally disposed.Presser feet first straight line guide rail 24-3 is from its guide rail along left and right to being fixedly installed on presser feet connecting seat 24-2 Downside on.Presser feet mounting seat 24-1 is fixedly connected with presser feet first straight line guide rail 24-3 sliding block.

Fig. 1 to Fig. 8 and Figure 15 are seen to Figure 18, and presser feet one-level drive component 25 includes the first motor of presser feet 25-1, pressure The first synchronous pulley of pin 25-2, the second synchronous pulley of presser feet 25-3, the first timing belt of presser feet 25-4, the synchronous pulley of presser feet the 3rd 25-5, the synchronous pulley 25-6 of presser feet the 4th and the second timing belt of presser feet 25-7.The first motor of presser feet 25-1 is fixedly installed on On on the upside of presser feet connecting seat 24-2 right part.The first motor of presser feet 25-1 motor shaft is forward extended out.Presser feet first is synchronous Belt wheel 25-2 is fixedly installed on the first motor of presser feet 25-1 motor shaft.The second synchronous pulley of presser feet 25-3, which is rotated, to be set On presser feet connecting seat 24-2 right part, the first timing belt of presser feet 25-4 surrounds presser feet the first synchronous pulley 25-2 and presser feet second Synchronous pulley 25-3 is set, and presser feet the first synchronous pulley 25-2 and the second synchronous pulley of presser feet 25-3 gear ratio is 9:25.Pressure The synchronous pulley 25-5 of pin the 3rd is connected with presser feet the second synchronous pulley 25-3 coaxial transmissions and is arranged on presser feet connecting seat 24-2, pressure Pin the second synchronous pulley 25-3 and synchronous pulley 25-5 of presser feet the 3rd gear ratio is 5:2.The synchronous pulley 25-6 of presser feet the 4th leads to Corresponding backstand is crossed to be rotatably arranged on presser feet connecting seat 24-2 left end.The second timing belt of presser feet 25-7 surrounds presser feet the 3rd The synchronous pulley 25-5 and synchronous pulley 25-6 of presser feet the 4th is set, the synchronous pulley 25-5 of presser feet the 3rd and the synchronous pulley of presser feet the 4th 25-6 gear ratio is 1:1.Presser feet mounting seat 24-1 is fixed by corresponding synchronous clamping and the second timing belt of presser feet 25-7 to be connected Connect, so as to drive presser feet mounting seat 24-1 to be transported along presser feet first straight line guide rail 24-3 or so by the first motor of presser feet 25-1 It is dynamic.

Fig. 1 to Fig. 8 and Figure 15 are seen to Figure 18, and presser feet slider assembly 26 includes the first cantilever of presser feet 26-1, presser feet second and hanged The arm 26-2 and cantilever 26-3 of presser feet the 3rd.The first cantilever of presser feet 26-1 is fixedly installed on feeding platform mounting bracket 22-1 rear portion left part On.The second cantilever of presser feet 26-2 is fixedly installed on feeding platform mounting bracket 22-1 rear portion right part.The cantilever 26-3 of presser feet the 3rd consolidates Surely on the rear portion left part for being arranged on the discharging frame 21-1 of material platform component 21.

Figure 15 to Figure 20, presser feet guidance set 27 include the second mounting seat of presser feet 27-1, presser feet second straight line guide rail 27-2, Presser feet first straight line bearing 27-3, presser feet second straight line bearing 27-4 and linear bearing installation axle 27-5.The mounting seat of presser feet second 27-1 is along left and right to being fixedly installed on the first cantilever of presser feet 26-1, presser feet the second cantilever 26-2 and the cantilever 26-3 of presser feet the 3rd. Presser feet second straight line guide rail 27-2 is from its guide rail along left and right to being fixedly installed on the second mounting seat of presser feet 27-1 downside.Presser feet First straight line bearing 27-3 and presser feet second straight line bearing 27-4 coaxially pass sequentially through corresponding linear bearing and installed from left to right Seat is fixedly installed on presser feet connecting seat 24-2 right part.Linear bearing installation axle 27-5 is along left and right to horizontally disposed, linear axis Hold installation axle 27-5 left ends to be fixedly installed on the second cantilever of presser feet 26-2, the second cantilever of presser feet 26-2 right-hand member is fixedly installed on On the discharging frame 21-1 of material platform component 21 right side rear portion.Presser feet first straight line bearing 27-3 and presser feet second straight line bearing 27-4 is slidably arranged on linear bearing installation axle 27-5.

Fig. 1 to Fig. 8 and Figure 15 are seen to Figure 18, and presser feet secondary drive component 28 includes the second motor of presser feet 28-1, pressure The synchronous pulley 28-2 of pin the 5th, the synchronous pulley 28-3 of presser feet the 6th, the timing belt 28-4 of presser feet the 3rd, the synchronous pulley of presser feet the 7th 28-5, the synchronous pulley 28-6 of presser feet the 8th and the timing belt 28-7 of presser feet the 4th.The second motor of presser feet 28-1 is fixedly installed on On the first cantilever of presser feet 26-1 left side, its motor shaft is towards front.The synchronous pulley 28-2 of presser feet the 5th is fixedly installed on presser feet On second motor 28-1 motor shaft.The synchronous pulley 28-3 of presser feet the 6th and the synchronous pulley 28-5 coaxial transmissions of presser feet the 7th Connection, the synchronous pulley 28-3 of presser feet the 6th and the synchronous pulley 28-5 of presser feet the 7th are rotatably arranged on and are fixed on the mounting seat of presser feet second In corresponding mounting seat on 27-1 left end.The timing belt 28-4 of presser feet the 3rd surrounds the synchronous pulley 28-2 of presser feet the 5th and presser feet 6th synchronous pulley 28-3 is set.The 5th synchronous pulley 28-2 and synchronous pulley 28-3 of presser feet the 6th gear ratio is 23:50.Pressure The synchronous pulley 28-6 of pin the 8th is rotatably arranged on the cantilever 26-3 of presser feet the 3rd by corresponding backstand.The timing belt of presser feet the 4th 28-7 is set around the synchronous pulley 28-5 of presser feet the 7th and synchronous pulley 28-6 of presser feet the 8th.The synchronous pulley 28-3 of presser feet the 6th with The synchronous pulley 28-5 of presser feet the 7th gear ratio is 5:2.The synchronous pulley 28-5 of presser feet the 7th and synchronous pulley 28-6 of presser feet the 8th Gear ratio be 1:1.Presser feet connecting seat 24-2 is fixedly connected by corresponding synchronous clamping with the timing belt 28-7 of presser feet the 4th, from And presser feet connecting seat 24-2 is driven along presser feet second straight line guide rail 27-2 side-to-side movements by the second motor of presser feet 28-1.

（Application examples 1）

See Fig. 1 to Fig. 8, full-automatic many panel sewing devices of the application example include apparatus for sewing 1, feed device, feeding Device 3, shear 4, material collecting device 5 and protector 6.Feed device is using the feed device 2 described in embodiment 1.

See Fig. 1 to Figure 14, apparatus for sewing 1 include multineedle sewing machine 11, panel feed device 12, the first workbench 13, on Tugboat component 14 and lower tugboat component 15.

See Fig. 9 to Figure 12, the first workbench 13 include the first frame 13-1, the first platen 13-2, first panel 13-3 and Second panel 13-4.Corresponding castor is provided with the downside of first frame 13-1, is easy to movement.First platen 13-2 is fixedly installed on On first frame 13-1.First panel 13-3 is fixedly installed on the first platen 13-2, and first panel 13-3 is provided with corresponding Eedle hole and tugboat hole.Multineedle sewing machine 11 is fixedly installed on the first platen 13-2, and eedle is located at first panel 13-3 phase At the eedle hole answered.Second panel 13-4 is fixedly installed on first panel 13-3 left end, in the low right high setting in a left side.Panel is sent Material device 12 is fixedly installed on the first frame 13-1 left back, for 1 to 3 ornamental strip to be sewed to be delivered into spininess seam Thread at the eedle of machine 11.

Fig. 9 is seen to Figure 12, upper tugboat component 14 includes upper tugboat 14-1, upper tugboat 14-1 is driving wheel.Upper tugboat 14-1 It is rotatably arranged on multineedle sewing machine 11, and by corresponding motor（The motor is not drawn into Figure of description）Drive it to rotate. Upper tugboat 14-1 is located at first panel 13-3 tugboat hole.Upper tugboat 14-1 upper-lower position can be adjusted.Lower tugboat component 15 can set the lower corresponding rotating speeds of tugboat 15-1 when using according to the cloth of different ornamental strips to be sewed.Upper tugboat component 14 can set the upper corresponding rotating speeds of tugboat 14-1 when using according to the cloth of different ornamental strips to be sewed.

Fig. 9 is seen to Figure 14, and lower tugboat component 15 includes lower tugboat 15-1, lower tugboat mounting seat 15-2, lower tugboat driving electricity Machine 15-3, the first synchronous pulley of lower tugboat 15-4, lower tugboat the second synchronous pulley 15-5 and tugboat timing belt 15-6.

See that Fig. 9 to Figure 14, lower tugboat 15-1 are rotatably arranged on first panel 13-3's by corresponding bearing and bearing block On downside.Lower tugboat 15-1 is driving wheel.Lower tugboat 15-1 is located at first panel 13-3 tugboat hole, with upper tugboat 14-1 phases Correspondence.Lower tugboat mounting seat 15-2 is fixedly installed on the first platen 13-2, positioned at first panel 13-3 downside.Lower tugboat drives Dynamic motor 15-3 is fixed on lower tugboat mounting seat 15-2.Lower tugboat the first synchronous pulley 15-4 and lower tugboat 15-1 coaxial transmissions Connection.Lower the second synchronous pulley of tugboat 15-5 is fixedly installed on lower tugboat motor 15-3 motor shaft.Tugboat timing belt 15-6 is set around lower tugboat the first synchronous pulley 15-4 and lower the second synchronous pulley of tugboat 15-5, so as to drive electricity by lower tugboat The lower tugboat 15-1 of machine 15-3 drivings is rotated.Lower tugboat component 15 when using can according to the cloth of different ornamental strips to be sewed come The lower corresponding rotating speeds of tugboat 15-1 of setting.

See Fig. 1 to Fig. 8 and Figure 15 to Figure 18, the feeding platform mounting bracket 22-1 of the feeding platform component 22 of feed device 2 left side End is fixedly connected with the first frame 13-1 of the first workbench 13 right-hand member.Connection panel 22-3 is fixedly installed on feeding platform installation On frame 22-1, positioned at feeding deck plate 22-2 left side.Connection panel 22-3 is used to connect feeding deck plate 22-2 and the first work Make the first panel 13-3 of platform 13.First panel 13-3 upper surface, connection panel 22-3 upper surface and feeding deck plate 22- 2 upper surface is in same level.

Fig. 1 to Fig. 8 and Figure 21 are seen to Figure 26, and feeding device 3 includes main frame body 31, lifting platform component 32, the first reclaimer Structure 33a, the second material fetching mechanism 33b, material fetching mechanism adjusting part 34, feeding drive component 35 and Anchor plate kit 36.

Fig. 1 to Fig. 8 and Figure 21 are seen to Figure 26, and main frame body 31 is fixedly connected on discharging frame 21-1 right front.Body frame The downside of body 31 is provided with corresponding castor, is easy to movement.

Figure 21 to Figure 25, lifting platform component 32 includes lifting platform main frame body 32-1, lifting platform fore-andaft drive component 32-2, risen Drop drive component 32-3 above and below platform, rise frame 32-4 and put flitch 32-5.Driven and lifted by lifting platform fore-andaft drive component 32-2 Platform main frame body 32-1 is moved forward and backward, and drive component 32-3 drivings rise frame 32-4 and moved up and down above and below lifting platform.Put flitch 32- 5 levels are fixedly installed on the top for rising frame 32-4, the cloth for putting ornamental strip to be sewed.Driving group before and after lifting platform Part 32-2 includes motor 32-2-1, screw mandrel 32-2-2, screw rodb base 32-2-3, lifting platform first straight line guide rail before and after lifting platform 32-2-4, lifting platform second straight line guide rail 32-2-5, the first synchronous pulley of lifting platform 32-2-6, the synchronous pulley of lifting platform second Timing belt 32-2-8 before and after 32-2-7 and lifting platform.Motor 32-2-1 is fixedly installed on after main frame body 31 before and after lifting platform In subordinate portion.Screw mandrel 32-2-2 is by corresponding screw mandrel shaft block along front and rear to being rotatably arranged on the bottom of main frame body 31.Silk Pole socket 32-2-3 is fixedly installed on lifting platform main frame body 32-1 downside, is engaged with screw mandrel 32-2-2.Lifting platform first is straight Line guide rail 32-2-4 is from its guide rail along front and rear on the bottom left part for being fixedly installed on main frame body 31.Lifting platform second straight line guide rail 32-2-5 is from its guide rail along front and rear on the bottom right part for being fixedly installed on main frame body 31.Lifting platform main frame body 32-1 is fixedly installed On lifting platform main frame body 32-1 sliding block and lifting platform second straight line guide rail 32-2-5 sliding block.The synchronous pulley of lifting platform first 32-2-6 is fixedly installed on before and after lifting platform on motor 32-2-1 motor shaft.The second synchronous pulley of lifting platform 32-2-7 consolidates Surely on the rear end for being arranged on screw mandrel 32-2-2.Timing belt 32-2-8 surrounds the first synchronous pulley of lifting platform 32-2-6 before and after lifting platform Set with the second synchronous pulley of lifting platform 32-2-7.So as to which motor 32-2-1 drives lifting platform main frame body before and after lifting platform 32-1 is moved forward and backward along lifting platform first straight line guide rail 32-2-4 and lifting platform second straight line guide rail 32-2-5.Driven above and below lifting platform Dynamic component 32-3 include motor 32-3-1 above and below lifting platform, drive shaft 32-3-2, the synchronous pulley 32-3-3 of lifting platform the 3rd, Timing belt 32-3-5, the first drive gear 32-3-6, the first rack above and below the synchronous pulley 32-3-4 of lifting platform the 4th, lifting platform 32-3-7, the second drive gear 32-3-8, the second rack 32-2-9, the line slideway 32-3-10 of the 3rd lifting platform the 3rd and lifting The line slideway 32-3-11 of platform the 4th.Motor 32-3-1 is fixedly installed on lifting platform main frame body 32-1 above and below lifting platform.Drive Moving axis 32-3-2 is rotatably arranged on lifting platform main frame body 32-1 by corresponding bearing and bearing block, and drive shaft 32-3-2 is along a left side Dextrad is horizontally disposed with.The synchronous pulley 32-3-3 of lifting platform the 3rd is fixedly installed on the motor of motor 32-3-1 above and below lifting platform On axle.The synchronous pulley 32-3-4 of lifting platform the 4th is fixedly installed on drive shaft 32-3-2 middle part, timing belt above and below lifting platform 32-3-5 is set around the synchronous pulley 32-3-3 of lifting platform the 3rd and synchronous pulley 32-3-4 of lifting platform the 4th.First drive gear 32-3-6 is fixedly installed on drive shaft 32-3-2 left end.First rack 32-3-7 vertically rises frame 32-4 to being fixedly installed on Rear portion left part on, engaged with the first drive gear 32-2-6.Second drive gear 32-3-8 is fixedly installed on drive shaft 32-3- 2 right-hand member.On the rear portion right part that second rack 32-2-9 vertically rises frame 32-4 to being fixedly installed on, with the second drive gear 32-3-8 is engaged.The line slideway 32-3-10 of 3rd lifting platform the 3rd is fixedly installed on lifting platform main frame body 32-1's by its guide rail On left part, the line slideway 32-3-10 of the 3rd lifting platform the 3rd sliding block is fixedly connected with rising frame 32-4 left part.Lifting platform Four line slideway 32-3-11 are fixedly installed on lifting platform main frame body 32-1 right part by its guide rail, and the straight line of lifting platform the 4th is led Rail 32-3-11 sliding block is fixedly connected with rising frame 32-4 right part.So as to which motor 32-3-1 drives above and below lifting platform Rise frame 32-4 and put flitch 32-5 along the line slideway 32-3-10 of the 3rd lifting platform the 3rd and the line slideway 32- of lifting platform the 4th 3-11 moves up and down.

Figure 21 to Figure 26, the first material fetching mechanism 33a and the second material fetching mechanism 33b structure are identical, including material fetching mechanism Mounting seat 33-1, material fetching mechanism installation axle 33-2, feeding swing arm 33-3, crochet hook 33-4, feeding presser feet 33-5, feeding cylinder 33-6 and feeding lift cylinder 33-7.Material fetching mechanism installation axle 33-2 is rotatably arranged on feeding by corresponding bearing and bearing block On mechanism mounting seat 33-1 downside.Feeding swing arm 33-3 is fixedly installed on material fetching mechanism installation axle 33-2 front end.Hook Pin 33-4 has 2 to 10, and the present embodiment is 3.3 crochet hook 33-4 are fixedly installed on feeding swing arm 33-3 successively from front to back On, and towards outside.Crochet hook 33-4 is in circular arc, and the crochet hook 33-4 center of circle is located on material fetching mechanism installation axle 33-2 axis. Feeding presser feet 33-5 has 3 to 12, and the present embodiment is 6.6 feeding presser feet 33-5 are set gradually from front to back.Feeding cylinder 33-6 is hingedly fixed on material fetching mechanism mounting seat 33-1 by its cylinder body.Feeding cylinder 33-6 cylinder rod and feeding swing arm 33-3, which is hinged, to be fixedly connected.So as to drive material fetching mechanism installation axle 33-2 to rotate by feeding cylinder 33-6, and then drive crochet hook 33- 4 rotate, and are formed tangent with cloth and hook cloth.Feeding lift cylinder 33-7 has 2,2 feeding lift cylinder 33-7 from A-P is successively set on material fetching mechanism mounting seat 33-1.Feeding lift cylinder 33-7 cylinder rod and material fetching mechanism mounting seat 33-1 is fixedly connected.First material fetching mechanism 33a feeding lift cylinder 33-7 cylinder body passes through corresponding connecting plate and reclaimer Structure mounting bracket 35-1 is fixedly connected.First material fetching mechanism 33a is fixedly installed on material fetching mechanism mounting bracket 35-1 downside left part.

See Figure 21 to Figure 25, material fetching mechanism adjusting part 34 includes material fetching mechanism connecting plate 34-1, material fetching mechanism regulation electricity Machine 34-2, material fetching mechanism regulation first straight line guide rail 34-3, material fetching mechanism regulation second straight line guide rail 34-4, material fetching mechanism regulation First synchronous pulley 34-5, material fetching mechanism adjust the second synchronous pulley 34-6 and material fetching mechanism regulation timing belt 34-7.Reclaimer Structure adjusts first straight line guide rail 34-3 from its guide rail along front and rear to the downside right part for being fixedly installed on material fetching mechanism mounting bracket 35-1 On front side.Material fetching mechanism adjusts second straight line guide rail 34-4 from its guide rail along front and rear to being fixedly installed on material fetching mechanism mounting bracket On on rear side of 35-1 downside right part.Material fetching mechanism connecting plate 34-1 is fixedly installed on material fetching mechanism regulation first straight line guide rail 34-3 Sliding block and material fetching mechanism regulation second straight line guide rail 34-4 sliding block on.Material fetching mechanism regulation motor 34-2, which is fixedly installed on, to be taken On the downside left part for expecting mechanism mounting bracket 35-1, its motor shaft is towards rear.Material fetching mechanism adjusts the first synchronous pulley 34-5 and consolidated Surely on the motor shaft for being arranged on material fetching mechanism regulation motor 34-2.The second synchronous pulley 34-6 of material fetching mechanism regulation passes through corresponding Backstand is rotatably arranged on material fetching mechanism mounting bracket 35-1 downside right part.Material fetching mechanism regulation timing belt 34-7 surrounds feeding Mechanism adjusts the first synchronous pulley 34-5 and material fetching mechanism adjusts the second synchronous pulley 34-6 and set.Material fetching mechanism connecting plate 34-1 Timing belt 34-7 is adjusted by corresponding synchronous clamping and material fetching mechanism to be fixedly connected.So as to by material fetching mechanism regulation motor 34-2 Driving material fetching mechanism connecting plate 34-1 adjusts first straight line guide rail 34-3 along material fetching mechanism and material fetching mechanism regulation second straight line is led Rail 34-4 side-to-side movements.Fixed after second material fetching mechanism 33b horizontal rotation 180 degrees by its feeding lift cylinder 33-7 cylinder body Connection is arranged on the material fetching mechanism connecting plate 34-1 downside of material fetching mechanism adjusting part 34.

See Figure 21 to Figure 25, feeding drive component 35 includes material fetching mechanism mounting bracket 35-1, feeding motor 35-2, taken Expect mechanism connecting plate 35-3, the first cantilever of feeding 35-4, the second cantilever of feeding 35-5, the first synchronous pulley of feeding 35-6, feeding Second synchronous pulley 35-7, feeding timing belt 35-8, feeding first straight line guide rail 35-9 and feeding second straight line guide rail 35-10. The first cantilever of feeding 35-4 is fixedly installed on the left part rear portion of main frame body 31.The second cantilever of feeding 35-5 is fixedly installed on body frame On the right part rear portion of body 31.Material fetching mechanism connecting plate 35-3 pacifies along left and right to the feeding platform for being fixedly installed on feeding platform component 22 Shelve on 22-1 left part, feeding the first cantilever 35-4 and the second cantilever of feeding 35-5.Feeding motor 35-2 is fixedly installed On the second cantilever of feeding 35-5.The first synchronous pulley of feeding 35-6 is fixedly installed on feeding motor 35-2 motor shaft On.Feeding the second synchronous pulley 35-7 rotates the rear side left part for being located at material fetching mechanism connecting plate 35-3 by corresponding backstand On.Feeding timing belt 35-8 is set around feeding the first synchronous pulley 35-6 and the second synchronous pulley of feeding 35-7.Feeding first Line slideway 35-9 is from its guide rail along left and right to being fixedly installed on material fetching mechanism connecting plate 35-3 lower lateral front.Feeding second Line slideway 35-10 is from its guide rail along left and right to being fixedly installed on material fetching mechanism connecting plate 35-3 rear underside.Reclaimer Structure mounting bracket 35-1 is fixedly installed on feeding first straight line guide rail 35-9 sliding block and feeding second straight line guide rail 35-10 sliding block On.Material fetching mechanism mounting bracket 35-1 is fixedly connected by corresponding synchronous clamping with feeding timing belt 35-8.So as to pass through feeding Motor 35-2 drives material fetching mechanism mounting bracket 35-1 along feeding first straight line guide rail 35-9 and feeding second straight line guide rail 35- 10 side-to-side movements.

Figure 21 is seen to Figure 25 and Figure 27, and Anchor plate kit 36 includes pressing plate 36-1, pressing plate connecting shaft 36-2, pressing plate drive cylinder 36-3, pressing plate motor 36-4, the first synchronous pulley of pressing plate 36-5, the second synchronous pulley of pressing plate 36-6, pressing plate timing belt 36- 7th, pressing plate first straight line guide rail 36-8 and pressing plate second straight line guide rail 36-9.Pressing plate first straight line guide rail 36-8 is left by its guide rail edge On the right side is fixedly installed in the middle part of the top of main frame body 31.Pressing plate second straight line guide rail 36-9 is fixedly installed on by its guide rail along left and right On the top rear portion of main frame body 31.Pressing plate connecting shaft 36-2 is anterior to be rotatably arranged on pressing plate the by corresponding bearing and bearing block On one connecting plate 36-10.The first connecting plate of pressing plate 36-10 is fixedly installed on pressing plate first straight line guide rail 36-8 sliding block.Pressure Plate connecting shaft 36-2 rear portions are rotatably arranged on the second connecting plate of pressing plate 36-11 by corresponding bearing and bearing block.Pressing plate Two connecting plate 36-11 are fixedly installed on pressing plate second straight line guide rail 36-9 sliding block.Pressing plate 36-1 is along front and rear to being fixedly installed On pressing plate connecting shaft 36-2.Pressing plate connecting shaft 36-2 front ends are fixed with swing arm 36-1-1.Pressing plate drive cylinder 36-3 by Its cylinder body is hinged on the first connecting plate of pressing plate 36-10.Pressing plate drive cylinder 36-3 cylinder rod is hinged with swing arm 36-1-1 It is fixedly connected.So as to be rotated by pressing plate drive cylinder 36-3 drivings pressing plate 36-1 by rotary shaft of pressing plate connecting shaft 36-2.Pressing plate Motor 36-4 is fixedly installed on the rear portion left part of main frame body 31.Pressing plate motor 36-4 motor shaft is forward extended out. The first synchronous pulley of pressing plate 36-5 is fixedly installed on pressing plate motor 36-4 motor shaft.The second synchronous pulley of pressing plate 36-6 It is rotatably arranged on by corresponding backstand on the right part rear portion of main frame body 31.Pressing plate timing belt 36-7 is synchronous around pressing plate first Belt wheel 36-5 and the second synchronous pulley of pressing plate 36-6 is set.Pressing plate the second connecting plate 36-11 passes through corresponding synchronous clamping and pressure Plate timing belt 36-7 is fixedly connected.So as to drive pressing plate 36-1 along pressing plate first straight line guide rail 36-8 by pressing plate motor 36-4 With pressing plate second straight line guide rail 36-9 side-to-side movements.

See Fig. 1 to Figure 12, shear 4 includes cutter 41, dynamic cutting knife 42 and cutter driving cylinder 43.Cutter 41 is consolidated Surely it is arranged on the first platen 13-2 of the first workbench 13.Cutter driving cylinder 43 is fixedly installed on the of the first workbench 13 On one frame 13-1.Dynamic cutting knife 42 is fixedly installed on the cylinder rod of cutter driving cylinder 43, cutter driving cylinder 43 drive by Dynamic cutting knife 42 moves up and down and the formation cutting mechanism of cutter 41, for ornamental strip to be cut off.

Fig. 1 is seen to Figure 12, Figure 28 and Figure 29, and material collecting device 5 includes rewinding mounting bracket 51, discharging frame 52, material folding frame 53, dialled Bin 54, discharging frame drive cylinder 55, material folding frame linking arm 56, material folding frame drive cylinder 57 and material toggling frame drive cylinder 58.

Rewinding mounting bracket 51 is fixedly installed on the first frame 13-1 rear portion left part of the first workbench 13.Discharging frame 52 Rewinding is slidably arranged in by corresponding linear bearing 52a, linear bearing mounting seat 52b and linear bearing installation axle 52c levels On mounting bracket 51.Discharging frame drive cylinder 55 is fixedly installed on rewinding mounting bracket 51 by its cylinder body.Discharging frame drive cylinder 55 Cylinder rod be fixedly connected by corresponding buffer with discharging frame 52.So as to drive discharging frame 52 by discharging frame drive cylinder 55 Move left and right.Material folding frame linking arm 56 is rotatably arranged in the rear lower of discharging frame 52 by its middle part.Material folding frame 53 is fixed and set Put on the left end of material folding frame linking arm 56.Material folding frame drive cylinder 57 is hingedly fixed on the rear portion of discharging frame 52 by its cylinder body In portion.Material folding frame drive cylinder 57 is hingedly fixed on the right-hand member of material folding frame linking arm 56 by its cylinder rod, so that by material folding frame The upper cross bar of the driving material folding of drive cylinder 57 frame 53 and the upper cross bar of discharging frame 52 formation clamping device.Material toggling frame 54, which is rotated, to be set On rewinding mounting bracket 51.Material toggling frame drive cylinder 58 is hingedly fixed on rewinding mounting bracket 51 by its cylinder body, the driving of material toggling frame The cylinder rod of cylinder 58 is fixedly connected with the lower hinge of material toggling frame 54.54 turns of material toggling frame is driven by material toggling frame drive cylinder 58 It is dynamic, so as to form corresponding material toggling action.The upper cross bar of material toggling frame 54 is located at second panel 13-4 lower section.

See Fig. 1 to Fig. 8, protector 6 is protective frame, and protective frame is fixedly installed on the first frame of the first workbench 13 On 13-1 left part, for stopping that personnel are strayed into the job area of material collecting device 5, it is to avoid cause personnel to injure.

When full-automatic many panel sewing devices of the application example are used：First by the neat ornamental strip to be sewed in heaps of code Cloth is placed on the put flitch 32-5 of the lifting platform component 32 of feeding device 3.Make to put material by lifting platform fore-andaft drive component 32-2 Plate 32-5 moves to the first material fetching mechanism 33a and the second material fetching mechanism 33b lower section from front to back.Driven again above and below lifting platform Component 32-3 makes put flitch 32-5 move from bottom to top to put corresponding feeding position.When next feeding, according to cloth thickness, material Plate 32-5 rises corresponding height.Feeding lift cylinder 33-7 drives material fetching mechanism mounting seat 33-1 downward motions, and by taking Material presser feet 33-5 pushes down cloth.Crochet hook 33-4 is driven to turn by rotary shaft of material fetching mechanism installation axle 33-2 by feeding cylinder 33-6 It is dynamic, formed tangent with cloth and hook cloth.After cloth is hooked by crochet hook 33-4, taken by feeding lift cylinder 33-7 drivings Material presser feet 33-5 and crochet hook 33-4 is moved upwards.By material fetching mechanism adjusting part 34 make the second material fetching mechanism 33b be moved to the left 5 to 20 centimetres.Then pressing plate drive cylinder 36-3 drives the cloth that pressing plate 36-1 is not hooked downwardly against remaining by crochet hook 33-4.Again By the feeding motor 35-2 drivings material fetching mechanism mounting bracket 35-1 of feeding drive component 35 drive the first material fetching mechanism 33a and Second material fetching mechanism 33b delivers to cloth on the blowing panel 21-3 of the material platform component 21 of feed device 2 from right to left, cloth It is absorbed and fixed on blowing panel 21-3.Cloth is sent from front to back by blowing drive cylinder 21-6 drivings blowing panel 21-3 To presser feet feeding position.Cloth is pushed down downwards by the presser feet regulation cylinder 23-5 drivings presser feet 23-1 of presser foot component 23.First by The second motor of presser feet 28-1 driving presser feet connecting seats 24-2 of presser feet secondary drive component 28 drives presser foot component 23 by cloth Material from right to left, is delivered on the blowing panel 21-3 of material platform component 21 from blowing panel 21-3.Driven again by presser feet one-level The driving presser feet of component 25 23-1 continues cloth from right to left, the first panel 13- of apparatus for sewing 1 to be delivered to from blowing panel 21-3 3, ornamental strip is sewed on cloth by multineedle sewing machine 11, now continue to push down cloth by presser feet 23-1 conveys until seam to the left System terminates.

When being ready for rewinding operation, the cylinder rod of discharging frame drive cylinder 55 is in stretching state, makes discharging frame 52 Upper cross bar and second panel 13-4 left end reserve a segment distance upwards in left and right.When the cloth for sewing on ornamental strip left end from Second panel 13-4 left end slides the upper cross bar and the first frame 13-1 phase for the rewinding mounting bracket 51 for falling into material collecting device 5 After answering between position, discharging frame 52 is driven to move right by discharging frame drive cylinder 55, by its upper cross bar by cloth presser Fasten on the first frame 13-1.Now the cylinder rod of material folding frame drive cylinder 57 is in retracted mode, i.e. material folding frame 53 Upper cross bar and the upper cross bar of discharging frame 52 are in opened condition.After sewing finishing, each ornamental strip is cut by shear 4 It is disconnected.Being retracted again from the cylinder rod of material toggling frame drive cylinder 58 makes the upper cross bar of material toggling frame 54 to left movement, so that cloth is right Portion is bypassed between the upper cross bar that discharging frame 52 is fallen into after the upper cross bar of discharging frame 52 and material folding frame 53.Then material folding frame 53 Upper cross bar steps up cloth to left movement to be fixed in the upper cross bar of discharging frame 52, after the completion of rewinding, discharging frame driving gas The cylinder rod of cylinder 55 stretches out, and waits rewinding operation next time.

Above example is only for illustration of the utility model, rather than to limitation of the present utility model, relevant technical field Technical staff in the case where not departing from spirit and scope of the present utility model, various conversion and change can also be made, have Can also accordingly it be transformed according to the inspiration of above-described embodiment in body application process, therefore all equivalent technical schemes are equal It should be included within scope of patent protection of the present utility model.

Claims (6)

1. a kind of feed device of full-automatic many panel sewing devices, it is characterised in that：Including material platform component, feeding platform group Part, presser foot component and presser feet secondary drive component；Material platform component includes discharging frame and blowing panel；Blowing panel front and rear can be transported It is dynamic to be arranged on discharging frame；Feeding platform component includes feeding platform mounting bracket and feeding deck plate；Feeding deck plate is fixedly installed on On feeding platform mounting bracket；Feeding platform mounting bracket left part is fixedly connected with the right part of the first workbench, feeding platform mounting bracket right part with The left part rear portion of discharging frame is fixedly connected；The of the corresponding apparatus for sewing of the full-automatic many panel sewing devices of feeding table top connection One panel and blowing panel；Presser foot component includes presser feet；Presser feet by presser feet secondary drive component can side-to-side movement be arranged on and put Above charge level plate, feeding deck plate and first panel, for the cloth of the ornamental strip to be sewed on blowing panel to be pushed down First panel is delivered to by feeding deck plate.

2. the feed device of full-automatic many panel sewing devices according to claim 1, it is characterised in that：Material platform component Also include blowing platen and air intake device；Air intake device is fixedly installed on the bottom of discharging frame；Blowing platen can be moved forward and backward It is arranged on discharging frame；Blowing panel is provided with some wind inlets；Blowing panel sealing is connected on blowing platen, blowing panel Corresponding air draught storehouse is formed between blowing platen, air draught storehouse is provided with bleeding point；Bleeding point passes through corresponding pipeline and air draught The closed connection of device.

3. the feed device of full-automatic many panel sewing devices according to claim 2, it is characterised in that：The air draught storehouse There are 3,3 air draught storehouses are set gradually from left to right；The difference of right position of 3 air draught storehouses as residing for it is divided into first Air draught storehouse, the second air draught storehouse and the 3rd air draught storehouse；A corresponding pumping is equipped with the corresponding blowing platen in each air draught storehouse Mouthful；Bleeding point is connected by the way that corresponding pipeline and air intake device are closed.

4. the feed device of full-automatic many panel sewing devices according to Claims 2 or 3, it is characterised in that：Material platform Component also includes the first blowing line slideway, the second blowing line slideway and blowing drive cylinder；Phase is provided with the downside of discharging frame The castor answered, is easy to movement；First blowing line slideway is fixedly installed on the left part of discharging frame from its guide rail before and after to level On；Second blowing line slideway is fixedly installed on the right part of discharging frame from its guide rail before and after to level；Blowing platen is fixed On the sliding block for being arranged on the sliding block of the first blowing line slideway and the second blowing line slideway；Blowing drive cylinder along it is front and rear to by Its cylinder body is fixedly installed on the top of discharging frame, and the cylinder rod of blowing drive cylinder stretches out backward；The gas of blowing drive cylinder Cylinder rod is fixedly connected with blowing platen, by blowing drive cylinder cylinder rod flexible drive material platform plate along the first blowing straight line Guide rail and the second blowing line slideway are moved forward and backward；

Feeding platform component also includes connection panel；Corresponding castor is provided with the downside of feeding platform mounting bracket, is easy to movement；Feeding platform The upper surface of panel is with the upper surface of blowing panel in same level；Connection panel be used to connecting feeding deck plate and it is complete from Move the first panel of the corresponding apparatus for sewing of many panel sewing devices；The upper surface of first panel, the upper surface for connecting panel Upper surface with feeding deck plate is in same level.

5. the feed device of full-automatic many panel sewing devices according to Claims 2 or 3, it is characterised in that：Feeding is filled Putting also includes presser feet transmission holder assembly and presser feet one-level drive component；Presser feet transmission holder assembly includes presser feet mounting seat, presser feet and connected Joint chair and presser feet first straight line guide rail；Presser feet connecting seat is along left and right to horizontally disposed；Presser feet first straight line guide rail is by its guide rail edge Left and right is to being fixedly installed on the downside of presser feet connecting seat；The sliding block of presser feet mounting seat and presser feet first straight line guide rail, which is fixed, to be connected Connect；

Presser foot component has 2 groups, and the structure of 2 groups of presser foot components is identical；2 groups of presser foot components are successively set on presser feet installation from front to back On seat, and distance each other is adjustable；2 groups of presser foot components also include presser feet adjustable plate, presser feet connecting plate, presser feet adjusting bracket Cylinder is adjusted with presser feet；Presser feet adjustable plate is rotatably arranged in presser feet mounting seat by its middle part, and its rotary shaft is along front and rear to setting； Presser feet is fixedly installed on by presser feet connecting plate on the left part of presser feet adjustable plate, the lower surface of presser feet and the upper table of feeding deck plate The distance between face can be adjusted；Presser feet is along left and right to setting；Presser feet conveys cloth in use, the lower surface and feeding platform of presser feet The upper surface of the feeding deck plate of component is parallel to each other；Presser feet adjusting bracket is slidably arranged in presser feet by the corresponding axis of guide and installed On seat；The right-hand member of presser feet adjustable plate is hinged on presser feet adjusting bracket；Presser feet regulation cylinder is fixedly installed in presser feet mounting seat, its Cylinder rod is extended downwardly from, and is fixedly connected with presser feet adjusting bracket, so as to be lifted and be depressed by presser feet regulation cylinder driving presser feet；

Presser feet one-level drive component includes the motor of presser feet first, the synchronous pulley of presser feet first, the synchronous pulley of presser feet second, pressure The timing belt of pin first, the synchronous pulley of presser feet the 3rd, the synchronous pulley of presser feet the 4th and the timing belt of presser feet second；Presser feet first drives electricity On machine is fixedly installed on the upside of the right part of presser feet connecting seat；The motor shaft of the motor of presser feet first is forward extended out；Presser feet first Synchronous pulley is fixedly installed on the motor shaft of the motor of presser feet first；The synchronous pulley of presser feet second is rotatably arranged on presser feet company On the right part of joint chair, the timing belt of presser feet first is set around the synchronous pulley of presser feet first and the synchronous pulley of presser feet second；Presser feet Three synchronous pulleys are connected with presser feet the second synchronous pulley coaxial transmission and are arranged on presser feet connecting seat；The synchronous pulley of presser feet the 4th leads to Corresponding backstand is crossed to be rotatably arranged on the left end of presser feet connecting seat；The timing belt of presser feet second surrounds the synchronous pulley of presser feet the 3rd Set with the synchronous pulley of presser feet the 4th；Presser feet mounting seat is fixedly connected by corresponding synchronous clamping with the timing belt of presser feet second, So as to drive presser feet mounting seat along presser feet first straight line guide rail side-to-side movement by the motor of presser feet first；So as to presser foot component Presser feet by presser feet transmit holder assembly again by presser feet secondary drive component can side-to-side movement be arranged on blowing panel, feeding deck plate With first panel top.

6. the feed device of full-automatic many panel sewing devices according to claim 5, it is characterised in that：Feed device is also Including presser feet slider assembly and presser feet guidance set；

Presser feet slider assembly includes the cantilever of presser feet first, the cantilever of presser feet second and the cantilever of presser feet the 3rd；The cantilever of presser feet first is fixed It is arranged on the rear portion left part of feeding platform mounting bracket；The cantilever of presser feet second is fixedly installed on the rear portion right part of feeding platform mounting bracket On；The cantilever of presser feet the 3rd is fixedly installed on the rear portion left part of the discharging frame of material platform component；

Presser feet guidance set includes the mounting seat of presser feet second, presser feet second straight line guide rail, presser feet first straight line bearing, presser feet second Linear bearing and linear bearing installation axle；The mounting seat of presser feet second is along left and right to being fixedly installed on the cantilever of presser feet first, presser feet the On two cantilevers and the cantilever of presser feet the 3rd；Presser feet second straight line guide rail is installed from its guide rail along left and right to being fixedly installed on presser feet second On the downside of seat；Presser feet first straight line bearing and presser feet second straight line bearing coaxially pass sequentially through corresponding linear axis from left to right Mounting seat is held to be fixedly installed on the right part of presser feet connecting seat；Linear bearing installation axle is along left and right to horizontally disposed, linear bearing Installation axle left end is fixedly installed on the cantilever of presser feet second, and the right-hand member of the cantilever of presser feet second is fixedly installed on putting for material platform component On the right side rear portion of bin；Presser feet first straight line bearing and presser feet second straight line bearing are slidably arranged in linear bearing installation axle On；

Presser feet secondary drive component includes the motor of presser feet second, the synchronous pulley of presser feet the 5th, the synchronous pulley of presser feet the 6th, pressure The timing belt of pin the 3rd, the synchronous pulley of presser feet the 7th, the synchronous pulley of presser feet the 8th and the timing belt of presser feet the 4th；Presser feet second drives electricity Machine is fixedly installed on the left side of the cantilever of presser feet first, and its motor shaft is towards front；The synchronous pulley of presser feet the 5th is fixedly installed on On the motor shaft of the motor of presser feet second；The synchronous pulley of presser feet the 6th and the connection of the synchronous pulley coaxial transmission of presser feet the 7th, pressure The synchronous pulley of pin the 6th and the synchronous pulley of presser feet the 7th be rotatably arranged on be fixed on it is corresponding on the left end of the mounting seat of presser feet second Mounting seat in；The timing belt of presser feet the 3rd is set around the synchronous pulley of presser feet the 5th and the synchronous pulley of presser feet the 6th；Presser feet the 8th Synchronous pulley is rotatably arranged on the cantilever of presser feet the 3rd by corresponding backstand；The timing belt of presser feet the 4th is same around presser feet the 7th Walk belt wheel and the synchronous pulley of presser feet the 8th is set；Presser feet connecting seat is fixed by corresponding synchronous clamping with the timing belt of presser feet the 4th Connection, so as to drive presser feet connecting seat along presser feet second straight line guide rail side-to-side movement by the motor of presser feet second.