CN207159518U

CN207159518U - A kind of socks half sole port sewing machine

Info

Publication number: CN207159518U
Application number: CN201721130052.6U
Authority: CN
Inventors: 钱建根
Original assignee: FUJIAN HUAKE MOULD TECHNOLOGY Co Ltd
Current assignee: FUJIAN HUAKE MOULD TECHNOLOGY Co Ltd
Priority date: 2017-09-05
Filing date: 2017-09-05
Publication date: 2018-03-30
Anticipated expiration: 2027-09-05

Abstract

The utility model discloses a kind of socks half sole port sewing machine, including support supports socks assembly, exhausting system, control system, sewing machine with transmission mechanism, the turn-over being arranged on support；The transmission mechanism is used for the action for being driven turn-over support socks assembly, the turn-over support socks assembly is used for socks turn-over and strutted for sewing machine sewing port, the exhausting system exhausting connection turn-over support socks assembly carries out auxiliary turn-over, the work of the control system control complete machine.The machinery can be achieved to occupy little space socks automatic turnover and sewing socks port, machinery, has the work of multistation drop-over, reduces the artificial amount of labour, substantially increase operating efficiency.

Description

A kind of socks half sole port sewing machine

Technical field

Socks mechanical field is the utility model is related to, can be by socks automatic turnover and by before socks more particularly to one kind Slap the machinery of port suture.

Background technology

Needed in silk stocking production process by sole one end sewing conjunction close, due to weave come tubular sock body positive and negative be with It is consistent when finished product dress uses, first sock body front is turned over before sewing as reverse side, then one end by sock body sole Sewing conjunction is closed, and again turns over socks reverse side for the suture in front, i.e. completing port after the completion of sewing.At present, socks positive and negatives turns over Face is all the then turn-over again by the way that manually come turn-over, then the good end of manual sorting is sewed again, and so manually turn-over is sewed Efficiency is low, generally just needs more people manually to carry out on socks positive and negative turn-over, this procedure of sewing, can increase Productive statistics Cost, the production efficiency of socks finished product also are difficult to be lifted.

Utility model content

The purpose of this utility model is before providing a kind of achievable automatic turnover and a kind of socks for socks port of sewing Slap port sewing machine.

To achieve the above object, the technical solution of the utility model is：A kind of socks half sole port sewing machine, its feature exist In：Including support and the transmission mechanism being arranged on support, turn-over support socks assembly, exhausting system, control system, sewing machine；Institute The action that transmission mechanism is used to be driven turn-over support socks assembly is stated, the turn-over support socks assembly is used for socks turn-over and strutted for seam Machine of threading sewing port, the exhausting system exhausting connection turn-over support socks assembly carry out auxiliary turn-over, and the control system control is whole The work of machine.

Turn-over support socks assembly includes fixed mount, turn-over support socks device, rail mechanism and auxiliary turn-over mechanism, institute's turn-over Support socks device is multigroup unified direction and interval activity connection is arranged on fixed mount and drives it around fixation by transmission mechanism Frame rotates, and the rail mechanism fixed setting realizes that turn-over support socks device extend out to sewing machine seam for turn-over support socks device walking Thread position and retract action, it is described auxiliary turn-over mechanism be arranged on fixed mount be used for aid in turn-over support socks device realizes socks Turn-over, the turn-over support socks device can be connected when rotating with exhausting system exhausting.

The turn-over support socks device includes exhaust column, contiguous block, support socks lengthy motion picture, sliding shoe and drive link, the contiguous block It is fixedly installed on exhaust column and supplies to be rotatablely connected with fixed mount, the drive link is arranged on contiguous block for being connected with transmission mechanism Transmission, one end of the exhaust column is air port end, and the other end is that exhausting end supplies to be connected with exhausting system exhausting, the support socks lengthy motion picture To support socks end towards air port end, the other end is connection end for one end, and the sliding shoe is set in connection support socks lengthy motion picture on exhaust column Connection end, the sliding shoe are provided with rail wheel and rotate walking on rail mechanism around fixed mount as turn-over supports socks device, Realize that promoting sliding shoe to slide realizes that support socks lengthy motion picture stretches out or retracted to air port end during walking.

The support socks lengthy motion picture is two, is separately positioned on the outside of exhaust column in relative direction, and the two support socks lengthy motion picture stretches out When can by socks port support be flat, it is described two support socks lengthy motion picture connection ends be connected by connecting connecting rod with sliding shoe.

The sliding shoe is provided with rotatable shifting disc, and the shifting disc is provided with the movement of two connecting rods of correspondence two Groove, projection is convexly equipped with two connecting rod respectively, and two projection is embedded in two shifting chutes and be limited in its and moves respectively Dynamic, the exhaust column is provided with slip cap, and two connecting rod is respectively hinged on slip cap, the structure of two shifting chutes For two connecting rods can be realized when rotating shifting disc by axis of rotation of its pin joint on slip cap so as to drive two supports Do the action of expansion and contraction in the support socks end of socks lengthy motion picture.

Between two connecting rod back-moving spring is provided with one end close to sliding shoe.

The corresponding two supports socks lengthy motion picture of air port end lateral wall of the exhaust column is fixedly installed front end and struts thin bar respectively, is used for The stocking blank being enclosed on the end of exhaust column air port is strutted, the support socks end end of the two supports socks lengthy motion picture is enclosed on front end support for ease of penetrating Open the pyramidal structure in the socks in thin bar.

Runner block is also fixed with the exhaust column, the runner block is provided with chute respectively for two support socks lengthy motion picture insertions Slided in it.

The catch for blocking and putting socks thereon is respectively provided with the two supports socks lengthy motion picture.

Gliding movement targeting structure is additionally provided between the sliding shoe and contiguous block.

The rail mechanism is enclosed in rail ring, track contiguous block and slide block outside multigroup turn-over support socks device, The rail ring is fixedly installed on support, and it includes telescopic section and parallel-segment, and the telescopic section is center section to exhaust column The bending of the side direction protrusion of air port end one, the both ends of the telescopic section are staggeredly spaced apart setting simultaneously with the both ends of parallel-segment respectively Connected respectively by track contiguous block, the slide block is set in two connectivity ports of telescopic section and parallel-segment respectively, described group Be convexly equipped with right angle convex edge on Moving plate, the rail wheel walking in parallel-segment towards walking on the side at exhaust column exhausting end, OK Walk and walked in telescopic section towards the side at the air port end of exhaust column, walking stirs right angle convex edge so as to realize when passing through slide block Shifting disc rotates.

The reset that back-moving spring is used to aid in sliding shoe is arranged with the exhaust column.

The support bar that the fixed mount includes the two corresponding fixed disks for being spaced apart setting, is supported on fixed disk on support, The outline of the fixed disk is runway shape structure, and the contiguous block is arranged at intervals with two pieces on exhaust column, the sliding shoe Slide between two contiguous blocks, be hinged two-by-two between contiguous block corresponding to exhaust column by chain piece, on two fixed disk respectively Chute circle is offered, pulley is respectively equipped with two contiguous blocks of each exhaust column and corresponds to the cunning in the chute circle of two fixed disks respectively It is dynamic.

The transmission mechanism includes driving motor, driving gear set, gear frame and the travelling gear being located on support, described Driving motor is arranged on support, the gear frame be erected at fixed disk and with fixed disk runway shape structure side arc is concentric sets Put, the gear frame includes the fixing axle being arranged on fixed disk, the drive socket and the transmission that are rotatably set in fixing axle The drive plate being fixedly installed respectively on sleeve both ends, the travelling gear are fixedly installed on drive socket, the travelling gear Group, which is arranged between the output shaft of driving motor and travelling gear, connects transmission, and the outer edge of the drive plate uniformly offers confession The drive link insertion transmission teeth groove of exhaust column, drives each turn-over to support socks device around rotation so as to be rotated by gear frame.

The auxiliary turn-over mechanism includes auxiliary and turns over the right-side-out of socks for the first outside auxiliary turnover machine of reverse side Structure and auxiliary are by turned-out the second auxiliary body for right-side-out of the reverse side of socks.

First auxiliary body includes rotary shaft, body cradle, three end hinge bars, first turns over socks wheel, first promotes cylinder, the One transmission mechanism and rotation uncoupling rigging, the rotary shaft axle are rotatably erected between fixed disk and support, described be hinged Frame set on the rotating shaft, described first promote cylinder be hinged on the rotating shaft, the first end of three end hinge bar is hinged on Connecing on frame, its second end is hinged on first and turned on socks wheel, and its 3rd end is hinged on the piston rod of the first promotion cylinder, and described first Turn over socks wheel it is corresponding at the air port end of exhaust column and by the first promotion cylinder push-and-pull, it presses close to or left exhaust column lateral wall, described first Transmission mechanism, which is set, to be used to be driven the first rotation for turning over socks wheel on the rotating shaft, and the rotation uncoupling rigging is used to drive rotary shaft One section is rotated with each turn-over support socks device and then is broken off relations.

The rotation uncoupling rigging includes receiver, sleeve, release spring, center-pole and tripping-bar, the receiver and consolidated Fixed to set on the rotating shaft, the sleeve is fixedly installed on receiver, and it is drive that the center-pole, which is located in one end in sleeve, Sleeve is stretched out at end, and its other end is that unhook end is provided with pulling axle, and the release spring is set on center-pole, and its both ends is pushed up respectively On band moved end and sleeve, described tripping-bar one end is hinged on receiver, and its other end offers U-type groove, the pulling axle It is embedded and is slided in U-type groove, driven rod is fixed with the contiguous block, it is described when the turn-over support socks assembly is around rotation Driven rod can catch on the band moved end of center-pole so as to drive the first auxiliary body to rotate one section together, and drawing is pulled when tripping-bar rotates Moving axis retracts center-pole so as to realize the unhook of the first auxiliary body with moved end.

Second auxiliary body include the second body cradle, the two or three end hinge bar, second turn over socks wheel, second promote cylinder and Second transmission mechanism, second body cradle are fixedly installed on support bar, and the second promotion cylinder is hinged on support bar, institute The first end for stating the two or three end hinge bar is hinged on the second body cradle, and its second end is hinged on second and turned on socks wheel, and it the 3rd End is hinged on the piston rod of the second promotion cylinder, and described second, which turns over socks wheel, corresponds at the air port end of exhaust column and promote cylinder by second It presses close to or left exhaust column lateral wall for push-and-pull, and second transmission mechanism is arranged on support bar turns over socks wheel for being driven second Rotation.

The exhausting system includes extractor fan and connects the airduct of extractor fan, and the port of the airduct is corresponding by socks The exhaust column turned position setting for reverse side is turned in sub- front, and when turn-over support socks assembly rotates, the exhausting end of its exhaust column can be distinguished Connect the port of airduct.

The extractor fan is also associated with the second airduct, and the port of second airduct is corresponding to be turned over as just by socks turn-over The exhaust column turned position in face is set, and when turn-over support socks assembly rotates, the exhausting end of its exhaust column can connect the second airduct respectively Port, row's socks pipe that the extractor fan is also associated with being connected with the second airduct be used for directly socks are extracted out in exhausting.

The sewing machine is provided with blower mechanism, and the blower mechanism includes the blowpipe being arranged on sewing machine and connection The blowning installation of blowpipe one end supply, the other end of the blowpipe are correspondingly arranged at support socks lengthy motion picture and strut the half sole port of socks In position during flat, the edge of the half sole port of socks is blown to the direction that support socks lengthy motion picture stretches out when the blowpipe is blown.

By using above-mentioned technical proposal, the beneficial effects of the utility model are：

1st, the socks turn-over of mechanical automation can be achieved, the turn-over that socks are manually enclosed on to turn-over support socks assembly supports socks device On, there is the work of multistation drop-over, by mechanical action, coordinate exhausting system exhausting and human assistance to realize and automatically turn over socks Face；

2nd, socks half sole port can be strutted automatically to sewing machine automatic sewing, directly supportted socks by turn-over support socks device State to sewing machine is sewed, and direct mechanical action is complete without manual operation, the closure sewing of socks port；

3rd, the socks that complete sewing turn-over can be collected together automatically, exhausting system can will also complete the socks of sewing turn-over Son is uniformly collected together, and further lifting automation effect, reduces the artificial amount of labour；

4th, there is the work of multistation drop-over, compared to manually turn-over is sewed one by one, substantially increase operating efficiency；

5th, machinery occupies little space, and a machinery only needs 1-2 is artificial to carry out simple operations, complementary operation, manually Labor intensity is small, indefatigability；

6th, mechanical structure work is smooth is less prone to failure, and the modular construction of turn-over support socks device will not cause socks Damage.

Brief description of the drawings

Fig. 1,2,3 are a kind of structural representations for the socks half sole port sewing machine that the utility model is related to.

Fig. 4,5,6 are that the structure of turn-over support socks device in a kind of socks half sole port sewing machine that the utility model is related to is shown It is intended to.

Fig. 7,8,9 are fixed mount, the knot of transmission mechanism in a kind of socks half sole port sewing machine that the utility model is related to Structure schematic diagram.

Figure 10,11,12 are the knots that reverse side mechanism is aided in a kind of socks half sole port sewing machine that the utility model is related to Structure schematic diagram.

Figure 13,14 are a kind of structural representations for the socks half sole port sewing machine middle orbit mechanism that the utility model is related to Figure.

Figure 15 is a kind of structural representation for the socks half sole port sewing machine medium wave Moving plate that the utility model is related to.

In figure：

Support A1；Transmission mechanism A2；Driving motor 51；Driving gear set 52；Gear frame 53；Fixing axle 531；Drive socket 532；Drive plate 533；It is driven teeth groove 5331；Travelling gear 54；Turn-over support socks assembly A3；Fixed mount 1；Fixed disk 11；Chute circle 111；Support bar 12；Turn-over support socks device 2；Exhaust column 21；Air port end 211；Exhausting end 212；Contiguous block 22；Driven rod 222；It is sliding Wheel 221；Support socks lengthy motion picture 23；Support socks end 231；Connection end 232；Catch 233；Sliding shoe 24；Rail wheel 241；Drive link 25；Connection Bar 26；Projection 261；Back-moving spring 262；Shifting disc 27；Shifting chute 271；Right angle convex edge 272；Slip cap 28；Front end struts thin bar 291；Runner block 292；Back-moving spring 293；Rail mechanism 3；Rail ring 31；Telescopic section 311；Parallel-segment 312；Track contiguous block 32；Slide block 33；Aid in turn-over mechanism 4；First auxiliary turn-over mechanism 41；Rotary shaft 411；Body cradle 412；Three end hinge bars 413；First turns over socks wheel 414；First promotes cylinder 415；Rotate uncoupling rigging 417；Receiver 4171；Sleeve 4172；Release spring 4173；Center-pole 4174；Band moved end 4174a；Unhook end 4174b；Pull axle 4174c；Tripping-bar 4175；Second auxiliary body 42；Second body cradle 421；Two or three end hinge bar 422；Second turns over socks wheel 423；Second promotes cylinder 424；Second transmission mechanism 425；Sewing machine A4；Airduct 61；Blower mechanism 7；Blowpipe 71.

Embodiment

In order to which the technical solution of the utility model is explained further, come below by a kind of specific embodiment new to this practicality Type is described in detail.

A kind of socks half sole port sewing machine disclosed in the utility model, as shown in figures 1-15, including support A1 and setting Transmission mechanism A2, turn-over support socks assembly A3 on support A1, exhausting system (not shown), control system (are not shown in figure Go out), sewing machine A4；The transmission mechanism A2 is used for the action for being driven turn-over support socks assembly A3, and the turn-over support socks assembly A3 is used Sewed port for sewing machine A4 in by socks turn-over and strutting, exhausting system exhausting connection turn-over support socks assembly A3 carries out auxiliary Help turn-over, the work of the control system control complete machine, i.e. control system control turn-over support socks assembly A3, exhausting system, transmission Mechanism A2 carries out the turn-over of socks and socks port is pushed into the sewing work at sewing machine, specifically describes this below in conjunction with the accompanying drawings The mechanical structure of embodiment, the course of work principle of complete machine and turns over socks support socks bind to describe complete machine concrete structure laggard Row is described in detail.

Turn-over supports socks assembly A3, as shown in Figure 1,2 and 3, including fixed mount 1, turn-over support socks device 2, rail mechanism 3 and auxiliary Help turn-over mechanism 4, the turn-over support socks device 2 for it is multigroup it is unified towards and interval activity connection be arranged on fixed mount 1 and by Transmission mechanism A2 drives it to be rotated around fixed mount 1, and the fixed setting of rail mechanism 3 is walked for turn-over support socks device 2 and realized Turn-over support socks device 2 extend out to sewing machine A4 sewing positions and the action retracted, and the auxiliary turn-over mechanism 4 is arranged on fixation It is used to aid in turn-over support socks device 3 to realize socks turn-over on frame 1, the turn-over support socks device 2 can be taken out when rotating with exhausting system Wind connects.

The turn-over support socks device 2, as shown in figures 1 to 6, including exhaust column 21, contiguous block 22, support socks lengthy motion picture 23, sliding shoe 24 and drive link 25, the contiguous block 22 is fixedly installed on exhaust column 21 for being rotatablely connected with fixed mount 1, the drive link 25 It is arranged on contiguous block 22 for being connected transmission with transmission mechanism A2, one end of the exhaust column 21 is air port end 211, and the other end is For being connected with exhausting system exhausting, described one end of support socks lengthy motion picture 23 is another to support socks end 231 towards air port end 211 at exhausting end 212 Hold and be set in the connection end of connection support socks lengthy motion picture 23 on exhaust column 21, the sliding shoe 24 for connection end 232, the sliding shoe 24 It is provided with rail wheel 241 and rotates walking on rail mechanism 3 around fixed mount 1 as turn-over supports socks device 2, realizes during walking and push away Dynamic sliding shoe 24, which slides, realizes that support socks lengthy motion picture 23 stretches out or retracted to air port end 211.

In the present embodiment, the support socks lengthy motion picture 23 is two, is separately positioned in the outside relative direction of exhaust column 21, described It is flat that two support socks lengthy motion pictures 23, which can support socks port when stretching out, and the connection end 232 of the two support socks lengthy motion picture 23 passes through connection Connecting rod 26 is connected with sliding shoe 24, as shown in Figures 4 and 5.

The sliding shoe 24 is provided with rotatable shifting disc 27, and the shifting disc 27 is provided with two connecting rods of correspondence two 26 shifting chute 271, projection 261 is convexly equipped with two connecting rod 26 respectively, and two projection 261 is embedded in two movements respectively In groove 271 and its interior movement is limited in, the exhaust column 21 is provided with slip cap 28, and two connecting rod 26 is respectively hinged at cunning On dynamic set 28, the structures of two shifting chutes 271 is can realize two connecting rods 26 with it in cunning when rotating shifting disc 27 Pin joint on dynamic set 28 is axis of rotation so as to drive the support socks end 231 of two support socks lengthy motion pictures 23 to do the action of expansion and contraction, As shown in Figure 4 and Figure 5, Fig. 4 is expansion state, you can the state for strutting socks, Fig. 5 are contraction state,.

As shown in FIG., back-moving spring 262 can be provided with one end close to sliding shoe 27 between two connecting rod 26, had Two connecting rods 26 mutually tense when being shunk beneficial to expansion.

The corresponding two support socks lengthy motion picture 23 of the lateral wall of air port end 211 of the exhaust column 21 is fixedly installed front end and strutted carefully respectively Bar 291, for the stocking blank being enclosed on the air port end 211 of exhaust column 21 to be strutted, the structure design can socks strut one section, be easy to Socks lengthy motion picture 23 is supportted below to be easier to pierce into socks when stretching out, the end of support socks end 231 of the two support socks lengthy motion picture 23 for ease of Penetrate and be enclosed on front end and strut pyramidal structure in the socks in thin bar 291, as shown in Figures 4 and 5.

As shown in FIG., runner block 292 is also fixed with the exhaust column 21, the runner block 292 is provided with chute It is embedded within sliding for two support socks lengthy motion pictures 23 respectively, is advantageous to slide it is also possible that the stationarity of support socks lengthy motion picture 23, is not easy to shake It is dynamic.In addition, be respectively equipped with catch 233 on the two supports socks lengthy motion picture 23, by socks front turn over for turn-over when socks toward exhaust column Covered on 21 and continue to pack into exhaust column 21 for blocking socks.

Gliding movement targeting structure is additionally provided between the sliding shoe 24 and contiguous block 22, the stationarity for providing sliding shoe 24, As shown in Figure 6.

In the present embodiment, the rail mechanism 3, as shown in Fig. 1,2,3,13 and 14, Figure 14 is rough structure schematic diagram, bag Rail ring 31, track contiguous block 32 and the slide block 33 being enclosed in outside multigroup turn-over support socks device 2 are included, the rail ring 31 is fixed It is arranged on support A1, it includes telescopic section 311 and parallel-segment 312, and the telescopic section 311 is center section to the wind of exhaust column 21 The bending of mouth end 211 1 side direction protrusion, the both ends of the telescopic section 311 interlock with the both ends of parallel-segment 312 respectively to be spaced Open up and put and connected respectively by track contiguous block 32, the slide block 33 is respectively in two companies of telescopic section 311 and parallel-segment 312 Port setting is connect, is convexly equipped with right angle convex edge 272 on the shifting disc 27, as shown in figure 15, the rail wheel 241 is walked parallel Towards walking on the side at the exhausting end 212 of exhaust column 21 in section 312, walk in telescopic section 311 towards the air port of exhaust column 21 The side walking at end 211, walking stirs right angle convex edge 272 so as to realize that shifting disc 27 rotates when passing through slide block 33, described to take out The reset that back-moving spring 293 is used to aid in sliding shoe 24 is arranged with airduct 21.

In the present embodiment, the fixed mount 1, as shown in Fig. 1,2,3,7 and 8, including the two corresponding fixations for being spaced apart setting Disk 11, the support bar 12 being supported on fixed disk 11 on support A1, the outline of the fixed disk 11 is runway shape structure, is such as schemed Shown in 8, the contiguous block 22 is arranged at intervals with two pieces on exhaust column 21, the sliding shoe 24 slide two contiguous blocks 22 it Between, it is hinged two-by-two between contiguous block 22 corresponding to exhaust column 21 by chain piece, chute is offered respectively on two fixed disk 11 Circle 111, pulley 221 is respectively equipped with two contiguous blocks 22 of each exhaust column 21 and corresponds to chute circle 111 in two fixed disks 11 respectively Interior slip.

In the present embodiment, the transmission mechanism A2, as shown in Fig. 1,2,3,7 and 9, including the transmission electricity being located on support A1 Machine 51, driving gear set 52, gear frame 53 and travelling gear 54, the driving motor 51 are arranged on support A1, the transmission Frame 53 is erected at fixed disk 11 and is arranged concentrically with the runway shape structure side arc of fixed disk 11, and the gear frame 53 includes setting Fixing axle 531, rotatable drive socket 532 and the both ends of drive socket 532 being set in fixing axle 531 on fixed disk 11 The upper drive plate 533 being fixedly installed respectively, the travelling gear 51 are fixedly installed on drive socket 532, the travelling gear Group 52, which is arranged between the output shaft of driving motor 51 and travelling gear 54, connects transmission, and the outer edge of the drive plate 533 is equal Cloth offers the insertion transmission teeth groove 5331 of drive link 25 for exhaust column 21, drives each turn-over to support so as to be rotated by gear frame 53 Socks device 2 is around rotation.

In the present embodiment, the auxiliary turn-over mechanism 4, as shown in Fig. 2,3,10,11 and 12, it includes auxiliary by socks Right-side-out turn over for the first outside auxiliary turn-over mechanism 41 of reverse side and auxiliary by the reverse side of socks it is turned-out be right-side-out Second auxiliary body 42, concrete structure is described below in detail.

Socks wheel turns over including rotary shaft 411, body cradle 412, three end hinge bars 413, first in first auxiliary body 41 414th, first cylinder 415, the first transmission mechanism (not shown) is promoted and rotates uncoupling rigging 417, the axle of rotary shaft 411 can What is rotated is erected between fixed disk 11 and support A1, and the body cradle 412 is arranged in rotary shaft 411, described first promotes Cylinder 415 is hinged in rotary shaft 411, and the first end of three end hinge bar 413 is hinged on body cradle 412, its second end hinge It is connected on first to turn on socks wheel 414, its 3rd end is hinged on the piston rod of the first promotion cylinder 415, and described first to turn over socks wheel 414 right Should at the air port end 211 of exhaust column 21 and by the first promotion cylinder 415 push-and-pull, it presses close to or left the lateral wall of exhaust column 21, described the One transmission mechanism (not shown), which is arranged in rotary shaft 411, to be used to be driven the first rotation for turning over socks wheel 414, its concrete structure It can be driven using existing motor belt belt pulley, do not limited specifically here, the rotation uncoupling rigging 417 is used for band turn Moving axis 411 supports socks device 2 with each turn-over and rotates one section and then unhook.

The rotation uncoupling rigging 417 includes receiver 4171, sleeve 4172, releases spring 4173, the and of center-pole 4174 Tripping-bar 4175, the receiver 4172 are fixedly installed in rotary shaft 411, and the sleeve 4172 is fixedly installed on receiver On 4172, it is that band moved end 4174a stretches out sleeve that the center-pole 4174, which is located in one end in sleeve 4172, and its other end is unhook Hold 4174b to be provided with and pull axle 4174c, the release spring 4173 is set on center-pole 4174, and its both ends withstands on drive respectively To hold on 4174a and sleeve 4172, described one end of tripping-bar 4175 is hinged on receiver 4172, and its other end offers U-type groove, The pulling axle 4174c is embedded to be slided in U-type groove, and driven rod 222 is fixed with the contiguous block 22, and the turn-over supports socks For assembly A3 around when rotating, the driven rod 222 can catch on the band moved end 4174a of center-pole 4174 so as to drive the first auxiliary machine Structure 41 rotates one section together, pulls axle 4174c that the band moved end 4174a of center-pole 4174 retracts when tripping-bar 4175 rotates So as to realize the unhook of the first auxiliary body 41, the mechanism structure is ingenious in design simple, is less prone to failure, turn-over support socks device Broken off relations around not influenceing to drive the first auxiliary body to rotate together when rotating, during unhook flexible, the rotation of the tripping-bar can lead to Cross and fixed projection is set on fixed disk, when the first auxiliary body is with rotating, projection blocks tripping-bar, so that breaking off relations Bar relatively rotates axle and rotates realization unhook, tripping-bar homing, unhook in the case where releasing tension force of spring effect after unhook The pyramidal structures that can for the benefit of break off relations of end 4174b, stroke wheel can be also provided with the receiver 4172, is set on the fixed disk 11 There is the stroke block for the walking of stroke wheel, the structure setting is advantageous in the rotation process of the first auxiliary body 41 and in reseting procedure Stability of rotation.

Second auxiliary body 42 include the second body cradle 421, the two or three end hinge bar 422, second turn over socks wheel 423, Second promotes the transmission mechanism 425 of cylinder 424 and second, and second body cradle 421 is fixedly installed on support bar 12, and described second Cylinder 424 is promoted to be hinged on support bar 12, the first end of the two or the three end hinge bar 422 is hinged on the second body cradle 421, Its second end is hinged on second and turned on socks wheel 423, and its 3rd end is hinged on the piston rod of the second promotion cylinder 424, and described second Turning over socks wheel 423, correspondingly at the air port end 211 of exhaust column 21 and by the second promotion cylinder 424 push-and-pull, it is pressed close to or left on the outside of exhaust column Wall, second transmission mechanism 425, which is arranged on support bar 12, to be used to be driven the second rotation for turning over socks wheel 423.

In the present embodiment, the exhausting system includes extractor fan (visual angle is invisible in figure) and connects the wind of extractor fan Pipe 61, the port of the airduct 61 is corresponding to turn over socks front the turned position of exhaust column 21 setting for reverse side, in each turn-over The exhausting end 212 of its exhaust column 21 can connect the port of airduct 61 respectively when support socks assembly A3 is rotated.The extractor fan also connects The second airduct (visual angle is invisible in figure) is connected to, the port of second airduct is corresponding to be turned over as positive exhausting by socks turn-over The turned position of pipe 21 is set, and when turn-over support socks assembly A3 is rotated, the exhausting end 212 of its exhaust column 21 can connect the second wind respectively The port of pipe, row's socks pipe that the extractor fan is also associated with being connected with airduct are used to directly extract socks out in exhausting.

In the present embodiment, the sewing machine A4 is provided with blower mechanism 7, and the blower mechanism 7, which includes, is arranged on sewing The blowning installation (not shown) of blowpipe 71 and connection blowpipe 71 one end supply on machine A4, the other end pair of the blowpipe 71 Support socks lengthy motion picture 23 should be arranged on to strut the half sole port of socks in position during flat, by socks when the blowpipe 71 is blown Half sole port edge to support socks lengthy motion picture 23 stretch out direction blow.

A kind of course of work principle of socks half sole port sewing machine of the present utility model, initially, control system control pass Dynamic motor 51 starts, and being driven gear frame 53 by driving gear set 52 rotates, and drive link 25 is driven so as to band by drive plate 533 Dynamic turn-over support socks device 2 rotates around fixed disk 11, during the start and stop of driving motor 51 according to turning over socks, support socks, sew Work has carried out control system control start and stop.Control system controls exhausting system in the airduct of airduct 61 and second and exhaust column 21 The start and stop of exhausting are carried out when exhausting end 212 is relative.

When the turn-over support socks device 2 of each group surrounds, the rail wheel 241 of each group turn-over support socks device 2 is walked in parallel-segment 212 On, while driven rod 222 has hooked the first auxiliary body 41 with moved end 4174a, therefore driven whole first auxiliary body 41 Follow rotation, while the first transmission mechanism work of the first auxiliary body 41 has driven first to turn over socks wheel 414 to rotate that (first turns over socks The rotation direction of wheel 414 is that can pack into socks to exhausting end 212 from the air port end 211 of exhaust column 21), while first promotes cylinder 415 actions turn over socks wheel 414 by first and press close to the lateral wall of exhaust column 21, the first auxiliary body 41 with the position for turning to restriction, In the presence of rotatory force, tripping-bar 4175, which rotates, pulls center-pole 4174 so that and its unhook end 4174b disengages driven rod 222, First promotion cylinder 415, which acts, to be turned over socks wheel 414 by first and is pulled away from the lateral wall of exhaust column 21, and the first auxiliary body 41 resets back originally Position, then, rail wheel 241 enter back into parallel-segment 312 from parallel-segment 312 into telescopic section 311, when being initially entered telescopic section 311, Rail wheel 241 is transitioned into telescopic section 311, and the slide block 33 at the transition position is by this is stirred right angle convex edge 272 and rotated, and makes support socks Lengthy motion picture 23 is softened state, with rail wheel 241 in bending section walking of the telescopic section 311 to protrusion by sliding shoe 22 to exhaust column 21 air port end 211 is released, and is pushed out to the 231 corresponding sewing position to sewing machine A4 of support socks end for making support socks lengthy motion picture 23, now Control system control sewing machine A4 starts sewing work, and the airduct 71 of blower mechanism 7 starts air-out, and rail wheel 241 is then walked Go out telescopic section 311, promote sliding shoe 22 to go back to origin-location under the elasticity tension of back-moving spring 293, also rail wheel 241 is protected Walking is held in telescopic section 311, sliding shoe 22, which resets, also retracts the support socks lengthy motion picture 23 of stretching, as rail wheel 241 is walked Transition enters parallel-segment 312, and the slide block 33 at the transition position is by this is stirred right angle convex edge 272 and rotated, and walks on flat When row section 312 reaches the second 42 position of auxiliary body, at this position turn-over support socks device 2 around rotate pause it is a bit of when Between, the work of the second transmission mechanism 425 of the second auxiliary body 42 has driven second to turn over socks wheel 423 and has rotated that (second turns over socks wheel 423 Rotation direction is that can deviate from socks to air port end 211 from the exhausting end 212 of exhaust column 21), while the second promotion cylinder 424 acts Socks wheel 423 is turned over by second and presses close to the lateral wall of exhaust column 21, and turn-over support socks device 2, which continues around, to be rotated back to, while second promotes cylinder 424 actions turn over socks wheel 423 by second and are pulled away from the lateral wall of exhaust column 21, so go round and begin again around rotation.

A kind of socks half sole port sewing machine of the present utility model turns over socks bind, and its step is as follows：

1), hand inspection debugging machine, machine is opened, now machine sections are original state；

2), manually by the half sole end plug air inlet end of the inside socks of right-side-out reverse side, by inside anti-in stocking blank end Face turn-over goes out to be enclosed on the exhaust column air port end of turn-over support socks device, and struts thin bar by front end and strut；

3), turn-over supports socks device during around rotation, and the exhausting end of its exhaust column is corresponding with airduct to connect exhausting, Support the pause of socks device to rotate, exhausting system starts exhausting, and the socks half sole end filled in air inlet end is inhaled and for ease of socks continued The smooth-going state packed into, turn-over support socks device recovers around rotation, while the first of the first auxiliary body turns over socks wheel and press close to be pressed in Rotated on socks and continue to pack into by socks, and be enclosed on outside support socks lengthy motion picture；Stretch out and expand to air port end by supportting socks lengthy motion picture simultaneously Open to strut at the half sole end of socks and correspond to the sewing position in sewing machine for flat, the half sole port of socks, now socks are The outside state of just inward-facing reverse side；

4), sewing machine starts the sewing work of socks half sole port, at the same airduct air-out socks half sole port is blown it is smooth Sewed, rotate sewing machine as turn-over support socks device continues around and sewed the half sole ports of socks；

5), support socks device continues around rotation, and support socks lengthy motion picture, which resets, retracts, by the half sole end plug for manually having sutured socks In air inlet end；

6), support socks device continues around when turning to corresponding second auxiliary body, and pause rotates, and exhausting system starts exhausting The exhausting end of exhaust column is corresponding with the second airduct to connect exhausting, and the second of the second auxiliary body, which turns over socks wheel, presses close to be pressed in and turn on socks Dynamic to exit the socks being enclosed on exhaust column, the second airduct is discharged in socks inspiration exhaust column through the second airduct, row's socks pipe, Now socks are the inside state of right-side-out reverse side.

Above-described embodiment and schema and non-limiting product form of the present utility model and style, any art The appropriate change or modification that those of ordinary skill is done to it, all should be regarded as not departing from patent category of the present utility model.

Claims

A kind of 1. socks half sole port sewing machine, it is characterised in that：Including support and the transmission mechanism, the turn-over that are arranged on support Support socks assembly, exhausting system, control system, sewing machine；The transmission mechanism is used for the action for being driven turn-over support socks assembly, described Turn-over support socks assembly is used for socks turn-over and strutted for sewing machine sewing port, the exhausting system exhausting connection turn-over support socks Assembly carries out auxiliary turn-over, the work of the control system control complete machine.
A kind of 2. socks half sole port sewing machine as claimed in claim 1, it is characterised in that：Turn-over support socks assembly includes fixing Frame, turn-over support socks device, rail mechanism and auxiliary turn-over mechanism, and the turn-over support socks device is lived for multigroup unified direction and interval Dynamic connection is arranged on fixed mount and drives it to be rotated around fixed mount by transmission mechanism, and the rail mechanism fixed setting is for turning over Face support socks device walking realizes that turn-over support socks device extend out to sewing machine sewing position and the action retracted, the auxiliary turn-over Mechanism, which is arranged on fixed mount, to be used to aid in turn-over support socks device to realize socks turn-over, can be with when the turn-over support socks device rotates Exhausting system exhausting connects.
A kind of 3. socks half sole port sewing machine as claimed in claim 2, it is characterised in that：The turn-over support socks device includes Exhaust column, contiguous block, support socks lengthy motion picture, sliding shoe and drive link, the contiguous block, which is fixedly installed on exhaust column, to be supplied and fixed mount Rotation connection, the drive link are arranged on contiguous block for being connected transmission with transmission mechanism, and one end of the exhaust column is air port Hold, the other end is that exhausting end supplies to be connected with exhausting system exhausting, and described support socks lengthy motion picture one end is another to support socks end towards air port end Hold and be set in the connection end of connection support socks lengthy motion picture on exhaust column for connection end, the sliding shoe, the sliding shoe is provided with track Wheel rotates walking on rail mechanism as turn-over supports socks devices around fixed mount, realizes that promoting sliding shoe to slide realizes during walking Socks lengthy motion picture is supportted to stretch out or retract to air port end.
A kind of 4. socks half sole port sewing machine as claimed in claim 3, it is characterised in that：The fixed mount includes two correspondences The support bar for being spaced apart the fixed disk of setting, being supported on fixed disk on support, the outline of the fixed disk is runway shape knot Structure, the contiguous block are arranged at intervals with two pieces on exhaust column, and the sliding shoe is slided between two contiguous blocks, two exhaust columns pair It is hinged between the contiguous block answered by chain piece, offers chute circle, two contiguous blocks of each exhaust column on two fixed disk respectively On be respectively equipped with pulley and correspond to respectively and slided in the chute circle of two fixed disks.
A kind of 5. socks half sole port sewing machine as claimed in claim 4, it is characterised in that：The auxiliary turn-over mechanism includes Auxiliary turns over the right-side-out of socks Second auxiliary body of right-side-out.
A kind of 6. socks half sole port sewing machine as claimed in claim 5, it is characterised in that：The support socks lengthy motion picture is two, It is separately positioned on the outside of exhaust column in relative direction, it is flat that can support socks port when the two support socks lengthy motion picture stretches out, institute The connection end for stating two support socks lengthy motion pictures is connected by connecting connecting rod with sliding shoe, and the sliding shoe is provided with and rotatably stirred Disk, the shifting disc is provided with the shifting chute of two connecting rods of correspondence two, projection is convexly equipped with respectively in two connecting rod, described Two projections are embedded in two shifting chutes and are limited in movement in it respectively, and the exhaust column is provided with slip cap, two connection Bar is respectively hinged on slip cap, and the structure of two shifting chutes is that when rotating shifting disc two connecting rods can be realized with it Pin joint on slip cap is axis of rotation so as to drive the support socks end of two support socks lengthy motion pictures to do the action of expansion and contraction.
A kind of 7. socks half sole port sewing machine as claimed in claim 6, it is characterised in that：The rail mechanism includes surrounding Rail ring, track contiguous block and slide block outside multigroup turn-over support socks device, the rail ring are fixedly installed on support, its Including telescopic section and parallel-segment, the telescopic section is the bending that is protruded to the side direction of exhaust column air port end one of center section, institute The both ends for stating telescopic section are staggeredly spaced apart setting with the both ends of parallel-segment respectively and connected respectively by track contiguous block, described group Motion block is set in two connectivity ports of telescopic section and parallel-segment respectively, and right angle convex edge, the track are convexly equipped with the shifting disc Wheel walking, towards walking on the side at exhaust column exhausting end, is walked in telescopic section towards the air port end of exhaust column in parallel-segment Side walking, walking stirs right angle convex edge when pass through slide block so as to realize shifting disc rotation, is arranged with the exhaust column Back-moving spring is used for the reset for aiding in sliding shoe.
A kind of 8. socks half sole port sewing machine as claimed in claim 7, it is characterised in that：First auxiliary body includes Rotary shaft, body cradle, three end hinge bars, first turn over socks wheel, the first promotion cylinder, the first transmission mechanism and rotate uncoupling rigging, institute Rotary shaft is stated rotatably to be erected between fixed disk and support, the body cradle set on the rotating shaft, described first promote Cylinder is be hinged on the rotating shaft, and the first end of three end hinge bar is hinged on body cradle, and its second end is hinged on first and turns over socks On wheel, its 3rd end is hinged on the piston rod of the first promotion cylinder, and described first, which turns over socks wheel, corresponds at the air port end of exhaust column simultaneously By the first promotion cylinder push-and-pull, it presses close to or left exhaust column lateral wall, and first transmission mechanism, which is set, to be used to pass on the rotating shaft Dynamic first turns over the rotation of socks wheel, and the rotation uncoupling rigging is used to drive rotary shaft to support one section of socks device rotation then with each turn-over Break off relations；Second auxiliary body includes the second body cradle, the two or three end hinge bar, second turns over socks wheel, second promotes cylinder and the Two transmission mechanisms, second body cradle are fixedly installed on support bar, and the second promotion cylinder is hinged on support bar, described The first end of two or three end hinge bar is hinged on the second body cradle, and its second end is hinged on second and turned on socks wheel, its 3rd end It is hinged on the piston rod of the second promotion cylinder, described second, which turns over socks wheel, corresponds at the air port end of exhaust column and pushed away by the second promotion cylinder It is drawn to press close to or leave exhaust column lateral wall, second transmission mechanism is arranged on support bar turns over socks wheel for being driven second Rotate.
A kind of 9. socks half sole port sewing machine as claimed in claim 8, it is characterised in that：The rotation uncoupling rigging includes Receiver, sleeve, spring, center-pole and tripping-bar are released, on the rotating shaft, the sleeve is fixed for the receiver fixed setting It is arranged on receiver, it is that sleeve is stretched out in band moved end that the center-pole, which is located in one end in sleeve, and its other end is that unhook end is set There is pulling axle, the release spring is set on center-pole, and its both ends is withstood on band moved end and sleeve respectively, the tripping-bar one End is hinged on receiver, and its other end offers U-type groove, and the pulling axle is embedded to be slided in U-type groove, on the contiguous block Be fixed with driven rod, the turn-over support socks assembly around when rotating, the driven rod can catch on the band moved end of center-pole so as to Drive the first auxiliary body to rotate one section together, pull axle that the band moved end of center-pole is retracted so as to real when tripping-bar rotates The unhook of existing first auxiliary body.
A kind of 10. socks half sole port sewing machine as claimed in claim 9, it is characterised in that：The transmission mechanism includes setting Driving motor, driving gear set, gear frame and travelling gear on support, the driving motor is arranged on support, described Gear frame is erected at fixed disk and is arranged concentrically with fixed disk runway shape structure side arc, and the gear frame includes being arranged on admittedly Fixing axle, the rotatable drive socket being set in fixing axle and the biography being fixedly installed respectively on drive socket both ends on price fixing Moving plate, the travelling gear are fixedly installed on drive socket, the driving gear set be arranged on driving motor output shaft and Transmission is connected between travelling gear, the outer edge of the drive plate uniformly offers the drive link insertion driving cog for exhaust column Groove, rotated so as to drive each turn-over support socks device to surround by gear frame rotation.
A kind of 11. socks half sole port sewing machine as described in claim 1-10 any one, it is characterised in that：The exhausting System includes extractor fan and connects the airduct of extractor fan, and the port of the airduct is corresponding to be turned over as reverse side by socks front Exhaust column turned position is set, and when turn-over support socks assembly rotates, the exhausting end of its exhaust column can connect the port of airduct respectively.
A kind of 12. socks half sole port sewing machine as claimed in claim 11, it is characterised in that：The extractor fan is also connected with There is the second airduct, the port of second airduct is corresponding to be set for positive exhaust column turned position socks turn-over is turned over, The exhausting end of its exhaust column can connect the port of the second airduct respectively when turn-over support socks assembly rotates, and the extractor fan is also connected with There is the row's socks pipe being connected with the second airduct to be used to directly extract socks out in exhausting.
A kind of 13. socks half sole port sewing machine as described in claim 1-10 any one, it is characterised in that：The sewing Machine is provided with blower mechanism, and the blower mechanism includes the blowpipe being arranged on sewing machine and connects blowing for blowpipe one end supply Device of air, the other end of the blowpipe are correspondingly arranged at support socks lengthy motion picture and strut the half sole port of socks in position during flat Put, blow at the edge of the half sole port of socks to the direction that support socks lengthy motion picture stretches out when the blowpipe is blown.
A kind of 14. socks half sole port sewing machine as claimed in claim 6, it is characterised in that：Between two connecting rod Back-moving spring is provided with close to one end of sliding shoe.
A kind of 15. socks half sole port sewing machine as claimed in claim 6, it is characterised in that：The air port end of the exhaust column The corresponding two supports socks lengthy motion picture of lateral wall is fixedly installed front end and struts thin bar respectively, for the stocking blank that will be enclosed on the end of exhaust column air port Strut, the support socks end end of the two supports socks lengthy motion picture is enclosed on front end and struts taper knot in the socks in thin bar for ease of penetrating Structure.
A kind of 16. socks half sole port sewing machine as claimed in claim 6, it is characterised in that：Divide on the two supports socks lengthy motion picture It She You not be used to block the catch for putting socks thereon.
A kind of 17. socks half sole port sewing machine as claimed in claim 6, it is characterised in that：It is also fixed on the exhaust column Provided with runner block, the runner block is provided with chute and is embedded within sliding for two support socks lengthy motion pictures respectively.
A kind of 18. socks half sole port sewing machine as claimed in claim 3, it is characterised in that：The sliding shoe and contiguous block Between be additionally provided with gliding movement targeting structure.