CN208183252U - A kind of support hosiery machine structure of turn-over support socks device - Google Patents
A kind of support hosiery machine structure of turn-over support socks device Download PDFInfo
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- CN208183252U CN208183252U CN201721130177.9U CN201721130177U CN208183252U CN 208183252 U CN208183252 U CN 208183252U CN 201721130177 U CN201721130177 U CN 201721130177U CN 208183252 U CN208183252 U CN 208183252U
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- 230000008602 contraction Effects 0.000 claims abstract description 8
- 238000005452 bending Methods 0.000 claims description 5
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- 238000009958 sewing Methods 0.000 description 46
- 230000005540 biological transmission Effects 0.000 description 41
- 238000010586 diagram Methods 0.000 description 5
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- 238000003756 stirring Methods 0.000 description 4
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- 238000009434 installation Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
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- 241001416181 Axis axis Species 0.000 description 1
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Abstract
The utility model discloses the support hosiery machine structure of turn-over support socks device, the turn-over support socks device includes exhaust column, link block, support socks lengthy motion picture and sliding shoe, the link block is fixed on exhaust column for being rotatablely connected with fixed frame, one end of the exhaust column is air port end, the other end is exhausting end for connecting with exhausting system exhausting, described support socks lengthy motion picture one end is to support socks end towards air port end, the other end is connecting pin, the sliding shoe is set in the connecting pin of connection support socks lengthy motion picture on exhaust column, the support socks lengthy motion picture is two, it is separately positioned on the outside of exhaust column in relative direction, the connecting pin of the two supports socks lengthy motion picture is connect by connecting connecting rod with sliding shoe, the sliding shoe is equipped with rotatable shifting disc, the support hosiery machine structure is to be arranged between two connecting rods and shifting disc for driving the support socks end of two support socks lengthy motion pictures to do expansion and contraction Movement.The mechanism, which can be realized, to be strutted socks and stretches out automatically, and mechanical mechanism is reasonable, and it is good that turn-over supports socks effect.
Description
Technical field
It, can be by socks automatic turnover and will be before socks more particularly to one kind the utility model relates to socks machinery field
Slap the machinery of port suture.
Background technique
Needed in silk stocking production process by sole one end sew close close, due to weave come tubular sock body front and back sides be with
It is consistent when finished product dress uses, first sock body front to be turned over before sewing as reverse side, then by one end of sock body sole
Sewing is closed and is closed, and again turns over socks reverse side for front, the i.e. suture of completing port after the completion of sewing.Currently, socks front and back sides are turned 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 manually turn-over is sewed in this way
Low efficiency carries out with regard to needing everybody more works usually on socks front and back sides turn-over, this procedure of sewing, can increase production investment
Cost, the production efficiency of socks finished product are also difficult to be promoted.
Utility model content
The purpose of this utility model is to provide before a kind of achievable automatic turnover and a kind of socks of sewing socks port
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, feature exist
In: including base and the transmission mechanism being arranged on base, turn-over support socks assembly, exhausting system, control system, sewing machine；Institute
It states transmission mechanism and is used for socks turn-over and struts for seam for being driven the movement of turn-over support socks assembly, the turn-over support socks assembly
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 frame, turn-over support socks device, rail mechanism and auxiliary turn-over mechanism, institute's turn-over
Support socks device is multiple groups unification direction and interval activity connection is arranged on fixed frame and drives it around fixation by transmission mechanism
Frame rotation, the rail mechanism fixed setting realize that turn-over support socks device extend out to sewing machine seam for turn-over support socks device walking
It threads the movement of position and retraction, the auxiliary turn-over mechanism is arranged on fixed frame for assisting turn-over support socks device to realize socks
Turn-over, the turn-over support socks device can be connect when rotating with exhausting system exhausting.
The turn-over support socks device includes exhaust column, link block, support socks lengthy motion picture, sliding shoe and drive rod, the link block
It is fixed on exhaust column for being rotatablely connected with fixed frame, the drive rod is arranged on link block for connecting with transmission mechanism
Transmission, one end of the exhaust column are air port end, and the other end is exhausting end for connecting with exhausting system exhausting, the support socks lengthy motion picture
One end is support socks end towards air port end, and the other end is connecting pin, and the sliding shoe is set in connection support socks lengthy motion picture on exhaust column
Connecting pin, the sliding shoe are equipped with rail wheel and walk on rail mechanism as turn-over support socks device is rotated around fixed frame,
It is realized when walking and sliding shoe sliding is pushed to realize that support socks lengthy motion picture is stretched out or retracted to air port end.
The support socks lengthy motion picture is two, is separately positioned on the outside of exhaust column in relative direction, and the two supports socks lengthy motion picture stretches out
When socks port can be supportted to be flat, it is described two support socks lengthy motion picture connecting pins by connect connecting rod connect with sliding shoe.
The sliding shoe is equipped with rotatable shifting disc, and the shifting disc is equipped with the movement of two corresponding two connecting rods
Slot is convexly equipped with convex block in two connecting rod respectively, and two convex block, which is embedded in two shifting chutes respectively and is limited in it, to be moved
Dynamic, the exhaust column is equipped with sliding sleeve, and two connecting rod is respectively hinged on sliding sleeve, the structure of two shifting chutes
It rotates to drive two supports to can be realized two connecting rods when rotating shifting disc by shaft of its hinge joint on sliding sleeve
Do the movement of expansion and contraction in the support socks end of socks lengthy motion picture.
Back-moving spring is equipped in one end close to sliding shoe between two connecting rod.
The corresponding two supports socks lengthy motion picture of the air port end lateral wall of the exhaust column is fixedly installed front end respectively and struts thin bar, is used for
The stocking blank covered on the end of exhaust column air port is strutted, the support socks end end of the two supports socks lengthy motion picture is convenient for penetrating to cover and support in front end
Open the pyramidal structure in the socks in thin bar.
Runner block is also fixed on the exhaust column, the runner block is equipped with sliding slot and two support socks lengthy motion pictures is supplied to be embedded in respectively
Sliding in it.
The two supports long on piece of socks is respectively provided with the baffle for blocking and putting on socks thereon.
Gliding movement targeting structure is additionally provided between the sliding shoe and link block.
The rail mechanism includes rail ring, track link block and the slide block being enclosed in outside multiple groups turn-over support socks device,
The rail ring is fixed on base comprising telescopic segment and parallel-segment, the telescopic segment are middle section to exhaust column
The bending of one side direction of air port end protrusion, the both ends of the telescopic segment are staggeredly spaced apart setting simultaneously with the both ends of parallel-segment respectively
It being connected respectively by track link block, the slide block is arranged in two connectivity ports of telescopic segment and parallel-segment respectively, and 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, row
It walks and walks in telescopic segment towards the side at the air port end of exhaust column, walking is by stirring right angle convex edge to realize when slide block
Shifting disc rotation.
Reset spring is arranged on the exhaust column for assisting the reset of sliding shoe.
The fixed frame includes the two corresponding support rods for being spaced apart the fixed disks being arranged, being supported on fixed disk on base,
The outer profile of the fixed disk is runway shape structure, and the link block is arranged at intervals with two pieces on exhaust column, the sliding shoe
Sliding is hinged by chain piece between the corresponding link block of exhaust column two-by-two between two link blocks, in two fixed disk respectively
Sliding slot circle is offered, pulley is respectively equipped on two link blocks of each exhaust column and respectively corresponds the cunning in the sliding slot circle of two fixed disks
It is dynamic.
The transmission mechanism includes the driving motor being located on base, driving gear set, gear frame and transmission gear, described
Driving motor is arranged on base, the gear frame be erected at fixed disk and with fixed disk runway shape structure side arc is concentric sets
It sets, the gear frame includes the fixing axle being arranged in fixed disk, the drive socket being rotatably set in fixing axle and transmission
The drive plate being fixedly installed respectively on sleeve both ends, the transmission gear are fixed on drive socket, the transmission gear
Group, which is arranged between the output shaft of driving motor and transmission gear, connects transmission, and the outer edge of the drive plate uniformly offers confession
The drive rod of exhaust column is embedded in transmission slot, to drive each turn-over to support socks device around rotation by gear frame rotation.
The auxiliary turn-over mechanism includes assisting turning over the right-side-out of socks into the first auxiliary turnover machine outside for 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 rotation axis, body cradle, three end hinge bars, first turns over socks wheel, first pushes cylinder, the
One transmission mechanism and rotation uncoupling rigging, the rotation axis axis are rotatably erected between fixed disk and base, described hinged
Frame be arranged on the rotating shaft, described first push cylinder hingedly on the rotating shaft, the first end of three end hinge bar is hinged on
It connecing on frame, second end is hinged on first and turns on socks wheel, and third end is hinged on the piston rod of the first promotion cylinder, and described first
Turn over the corresponding air port end in exhaust column of socks wheel and by the first promotion cylinder push and pull its close to or leave exhaust column lateral wall, described first
Transmission mechanism setting is on the rotating shaft for being driven the first rotation for turning over socks wheel, and the rotation uncoupling rigging is for driving rotation axis
One section is rotated with each turn-over support socks device then to break off relations.
The rotation uncoupling rigging includes receiver, sleeve, releases spring, center-pole and tripping-bar, and the receiver is solid
On the rotating shaft, the sleeve is fixed on receiver for fixed setting, and it is drive that the center-pole, which is threaded through one end in sleeve,
Sleeve is stretched out at end, and the other end is that unhook end is equipped with pulling axis, and the release spring is set on center-pole, and both ends are pushed up respectively
On band moved end and sleeve, described tripping-bar one end is hinged on receiver, and the other end offers U-type groove, the pulling axis
It is embedded and is slided in U-type groove, driven rod is fixed on the link 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 to drive the first auxiliary body to rotate together one section, pull and draw when tripping-bar rotates
Moving axis is retracted center-pole with moved end to the unhook of the first auxiliary body of realization.
Second auxiliary body include the second body cradle, the two or three end hinge bar, second turn over socks wheel, second push cylinder and
Second transmission mechanism, second body cradle are fixed on support rod, and the second promotion cylinder is hinged on support rod, institute
The first end for stating the two or three end hinge bar is hinged on the second body cradle, and second end is hinged on second and turns on socks wheel, third
End is hinged on the piston rod of the second promotion cylinder, and described second, which turns over socks wheel, corresponds to the air port end in exhaust column and push cylinder by second
Push and pull its close to or leave exhaust column lateral wall, second transmission mechanism, which is arranged on support rod, turns over socks wheel for being driven second
Rotation.
The exhausting system includes the air hose of extractor fan and connection extractor fan, and the port of the air hose is corresponding by socks
The exhaust column turned position setting that sub- front is turned over as reverse side, in turn-over support socks assembly rotation, the exhausting end of its exhaust column can be distinguished
Connect the port of air hose.
The extractor fan is also connected with the second air hose, and the port of second air hose is corresponding to be positive turning over socks turn-over
The exhaust column turned position in face is arranged, and in turn-over support socks assembly rotation, the exhausting end of its exhaust column can be separately connected the second air hose
Port, the extractor fan is also connected with row's socks pipe for connecting with the second air hose for directly extracting socks out in exhausting.
The sewing machine is equipped with blower mechanism, and the blower mechanism includes the blowpipe being arranged on sewing machine and connection
The blowning installation of blowpipe one end gas 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 it is flat when position, the blowpipe blow when by the edge of the half sole port of socks to support socks lengthy motion picture stretch out direction blow.
The utility model, which also resides in, provides a kind of support hosiery machine structure of turn-over support socks device, without human intervention, socks port
Closure sewing is complete.
The utility model provides a kind of support hosiery machine structure of turn-over support socks device, in which: the turn-over support socks device includes taking out
Air hose, link block, support socks lengthy motion picture and sliding shoe, the link block are fixed on exhaust column for being rotatablely connected with fixed frame,
One end of the exhaust column is air port end, and the other end is exhausting end for connecting with exhausting system exhausting, support socks lengthy motion picture one end
It is support socks end towards air port end, the other end is connecting pin, and the sliding shoe is set in the connection of connection support socks lengthy motion picture on exhaust column
End, the support socks lengthy motion picture are two, are separately positioned on the outside of exhaust column in relative direction, and the connecting pin of the two supports socks lengthy motion picture is logical
It crosses connection connecting rod to connect with sliding shoe, the sliding shoe is equipped with rotatable shifting disc, and the support hosiery machine structure is that setting exists
For driving the support socks end of two support socks lengthy motion pictures to do the movement of expansion and contraction between two connecting rods and shifting disc.
Further, the support hosiery machine structure is the shifting chute that shifting disc is equipped with two corresponding two connecting rods, two connection
Convex block is convexly equipped on bar respectively, two convex block, which is embedded in two shifting chutes respectively and is limited in it, to be moved, the exhaust column
It is equipped with sliding sleeve, two connecting rod is respectively hinged on sliding sleeve, and the structure of two shifting chutes is to stir in rotation
It can be realized two connecting rods when disk to rotate to drive the support socks of two support socks lengthy motion pictures using its hinge joint on sliding sleeve as shaft
Do the movement of expansion and contraction in end.
Further, the sliding shoe is equipped with rail wheel, is equipped with rail mechanism for track around the turn-over support socks device
Wheel walking, the rail mechanism includes rail ring, track link block and slide block, on the rail ring is fixed comprising flexible
Section and parallel-segment, the telescopic segment are the bending that middle section is protruded to one side direction of exhaust column air port end, the telescopic segment
Both ends be staggeredly spaced apart with the both ends of parallel-segment respectively and be arranged and connected respectively by track link block, the slide block is distinguished
It is arranged in two connectivity ports of telescopic segment and parallel-segment, right angle convex edge is convexly equipped on the shifting disc, the rail wheel walking exists
Towards walking on the side at exhaust column exhausting end in parallel-segment, walking is in telescopic segment towards a skidding at the air port end of exhaust column
It walks, walking realizes that shifting disc rotates, and is arranged with reset spring on the exhaust column by stirring right angle convex edge when slide block
For assisting the reset of sliding shoe.
By using above-mentioned technical proposal, the beneficial effects of the utility model are:
1, the socks turn-over of mechanical automation can be achieved, socks are manually covered to the turn-over support socks device in turn-over support socks assembly
On, there is the work of multistation drop-over, by mechanical action, exhausting system exhausting and human assistance realization is cooperated automatically to turn over socks
Face；
2, 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 without human intervention, the closure sewing of socks port is complete for direct mechanical action；
3, the socks for completing 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 is further promoted automation effect, is reduced the artificial amount of labour；
4, there is the work of multistation drop-over, sew, greatly improve work efficiency compared to artificial turn-over one by one；
5, 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, not easy to fatigue；
6, mechanical structure work is smooth is less prone to failure, and the modular construction of turn-over support socks device not will cause socks
Damage.
Detailed description of the invention
Fig. 1,2,3 be the utility model relates to a kind of socks half sole port sewing machine structural schematic diagram.
Fig. 4,5,6 be the utility model relates to a kind of socks half sole port sewing machine in turn-over support socks device structure show
It is intended to.
Fig. 7,8,9 be the utility model relates to a kind of socks half sole port sewing machine in fixed frame, transmission mechanism knot
Structure schematic diagram.
Figure 10,11,12 be the utility model relates to a kind of socks half sole port sewing machine in assist reverse side mechanism knot
Structure schematic diagram.
Figure 13,14 be the utility model relates to a kind of socks half sole port sewing machine middle orbit mechanism structural representation
Figure.
Figure 15 be the utility model relates to a kind of socks half sole port sewing machine medium wave Moving plate structural schematic diagram.
In figure:
Base A1；Transmission mechanism A2；Driving motor 51；Driving gear set 52；Gear frame 53；
Fixing axle 531；Drive socket 532；Drive plate 533；Transmission slot 5331；Transmission gear 54；
Turn-over supports socks assembly A3；Fixed frame 1；Fixed disk 11；Sliding slot circle 111；Support rod 12；
Turn-over supports socks device 2；Exhaust column 21；Air port end 211；Exhausting end 212；Link block 22；
Driven rod 222；Pulley 221；Support socks lengthy motion picture 23；Support socks end 231；Connecting pin 232；
Baffle 233；Sliding shoe 24；Rail wheel 241；Drive rod 25；Connecting rod 26；Convex block 261；
Back-moving spring 262；Shifting disc 27；Shifting chute 271；Right angle convex edge 272；Sliding sleeve 28；
Front end struts thin bar 291；Runner block 292；Reset spring 293；Rail mechanism 3；Rail ring 31；
Telescopic segment 311；Parallel-segment 312；Track link block 32；Slide block 33；
Assist turn-over mechanism 4；First auxiliary turn-over mechanism 41；Rotation axis 411；Body cradle 412；
Three end hinge bars 413；First turns over socks wheel 414；First pushes cylinder 415；
Rotate uncoupling rigging 417；Receiver 4171；Sleeve 4172；Release spring 4173；
Center-pole 4174；Band moved end 4174a；Unhook end 4174b；Pull axis 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 pushes cylinder 424；Second transmission mechanism 425；
Sewing machine A4；Air hose 61；Blower mechanism 7；Blowpipe 71.
Specific embodiment
In order to which the technical solution of the utility model is explained further, come below by a kind of specific embodiment practical new to this
Type is described in detail.
A kind of socks half sole port sewing machine, as shown in figures 1-15, including base A1 and the transmission being arranged on base A1
Mechanism A2, turn-over support socks assembly A3, exhausting system (not shown), control system (not shown), sewing machine A4；It is described
Transmission mechanism A2 is used to be driven the movement of turn-over support socks assembly A3, and the turn-over support socks assembly A3 is used for socks turn-over and struts
For sewing machine A4 sewing port, the exhausting system exhausting connection turn-over support socks assembly A3 carries out auxiliary turn-over, the control system
The work of system control complete machine, i.e. control system control turn-over support socks assembly A3, exhausting system, transmission mechanism A2 carry out turning over for socks
Face and socks port is pushed into the sewing work at sewing machine, specifically describes the mechanical structure of the present embodiment with reference to the accompanying drawing,
The course of work principle of complete machine is described in detail after describing complete machine specific structure with socks support socks bind is turned over.
Turn-over supports socks assembly A3, as shown in Figure 1,2 and 3, including fixed frame 1, turn-over support socks device 2, rail mechanism 3 and auxiliary
Help turn-over mechanism 4, the turn-over support socks device 2 be multiple groups it is unified towards and interval activity connection be arranged on fixed frame 1 and by
Transmission mechanism A2 drives it to rotate around fixed frame 1, and the fixed setting of rail mechanism 3 is realized for the turn-over support walking of socks device 2
Turn-over support socks device 2 extend out to the movement of sewing machine A4 sewing position and retraction, and the auxiliary turn-over mechanism 4 is arranged in fixation
For assisting turn-over support socks device 3 to realize that socks turn-over, the turn-over support socks device 2 can be taken out when rotating with exhausting system on frame 1
Wind connection.
The turn-over supports socks device 2, as shown in figures 1 to 6, including exhaust column 21, link block 22, support socks lengthy motion picture 23, sliding shoe
24 and drive rod 25, the link block 22, which is fixed on exhaust column 21, to be supplied and fixed frame 1 is rotatablely connected, the drive rod 25
It is arranged on link block 22 for connecting transmission with transmission mechanism A2, one end of the exhaust column 21 is air port end 211, and the other end is
For connecting with exhausting system exhausting, described 23 one end of support socks lengthy motion picture is support socks end 231 towards air port end 211, another at exhausting end 212
End is connecting pin 232, and the sliding shoe 24 is set in the connecting pin of connection support socks lengthy motion picture 23 on exhaust column 21, the sliding shoe 24
Be equipped with rail wheel 241 with turn-over support socks device 2 around the rotation walking of fixed frame 1 on rail mechanism 3, realize when walking and push away
The dynamic sliding of sliding shoe 24 realizes that support socks lengthy motion picture 23 is stretched 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 21 outside relative direction of exhaust column, described
Two support socks lengthy motion pictures 23 can support socks port when stretching out to be flat, and the connecting pin 232 of the two supports socks lengthy motion picture 23 passes through connection
Connecting rod 26 is connect with sliding shoe 24, as shown in Figures 4 and 5.
The sliding shoe 24 is equipped with rotatable shifting disc 27, and the shifting disc 27 is equipped with two corresponding two connecting rods
26 shifting chute 271, convex block 261 is convexly equipped in two connecting rod 26 respectively, and two convex block 261 is embedded mobile two respectively
In slot 271 and it is limited in movement in it, the exhaust column 21 is equipped with sliding sleeve 28, and two connecting rod 26 is respectively hinged at cunning
On dynamic set 28, the structure of two shifting chutes 271 is that can be realized two connecting rods 26 when rotating shifting disc 27 with it in cunning
Hinge joint on dynamic set 28 is that shaft rotates the movement for driving the support socks end 231 of two support socks lengthy motion pictures 23 to do expansion and contraction,
As shown in Figure 4 and Figure 5, Fig. 4 is expansion state, can be contraction state by the distracted state of socks, Fig. 5.
As shown in the figure, it can be equipped with back-moving spring 262 in one end close to sliding shoe 27 between two connecting rod 26, had
Two connecting rods 26 mutually tense when shrinking conducive to expansion.
The corresponding two supports socks lengthy motion picture 23 of 211 lateral wall of air port end of the exhaust column 21 is fixedly installed front end respectively and struts carefully
Bar 291, for the stocking blank covered on 21 air port end 211 of exhaust column to be strutted, the structure design can socks strut one section, be convenient for
Below support socks lengthy motion picture 23 stretch out when be easier to pierce into socks, it is described two support socks lengthy motion picture 23 231 end of support socks end be convenient for
The pyramidal structure for covering and being strutted in the socks in thin bar 291 in front end is penetrated, as shown in Figures 4 and 5.
As shown in the figure, runner block 292 is also fixed on the exhaust column 21, the runner block 292 is equipped with sliding slot
It is embedded within sliding for two support socks lengthy motion pictures 23 respectively, is conducive to sliding it is also possible that supportting the stationarity of socks lengthy motion picture 23, is not easy to shake
It is dynamic.In addition, be respectively equipped with baffle 233 on the two supports socks lengthy motion picture 23, when turning in socks front for turn-over, socks are toward exhaust column
Set continues to pack into exhaust column 21 for blocking socks on 21.
It is additionally provided with gliding movement targeting structure between the sliding shoe 24 and link block 22, for providing the stationarity of 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, packet
Rail ring 31, track link block 32 and the slide block 33 being enclosed in outside multiple groups turn-over support socks device 2 are included, the rail ring 31 is fixed
It is arranged on base A1 comprising telescopic segment 311 and parallel-segment 312, the telescopic segment 311 are middle section to exhaust column 21
The bending of 211 1 side direction of air port end protrusion, between the both ends of the telescopic segment 311 interlock with the both ends of parallel-segment 312 respectively
It is spaced apart and is connected respectively by track link block 32, the slide block 33 is respectively the two of telescopic segment 311 and parallel-segment 312
Connectivity port is arranged, and is convexly equipped with right angle convex edge 272 on the shifting disc 27, and as shown in figure 15, the walking of rail wheel 241 is flat
Towards walking on the side at 21 exhausting end 212 of exhaust column in row section 312, walking is in telescopic segment 311 towards the wind of exhaust column 21
The side walking at mouth end 211, the rotation of shifting disc 27 is realized in walking by stirring right angle convex edge 272 when slide block 33, described
Reset spring 293 is arranged on exhaust column 21 for assisting the reset of sliding shoe 24.
In the present embodiment, the fixed frame 1, as shown in Fig. 1,2,3,7 and 8, including the two corresponding fixations for being spaced apart setting
Fixed disk 11 is supported on the support rod 12 on base A1 by disk 11, and the outer profile of the fixed disk 11 is runway shape structure, such as
Shown in Fig. 8, the link block 22 is arranged at intervals with two pieces on exhaust column 21, the sliding of sliding shoe 24 two link blocks 22 it
Between, it is hinged by chain piece between the corresponding link block 22 of exhaust column 21 two-by-two, sliding slot is offered respectively in two fixed disk 11
Circle 111 is respectively equipped with pulley 221 on two link blocks 22 of each exhaust column 21 and respectively corresponds sliding slot circle 111 in two fixed disks 11
Interior sliding.
In the present embodiment, the transmission mechanism A2, as shown in Fig. 1,2,3,7 and 9, including the transmission being located on base A1
Motor 51, driving gear set 52, gear frame 53 and transmission gear 54, the driving motor 51 are arranged on base A1, the biography
Moving frame 53 is erected at fixed disk 11 and is arranged concentrically with 11 runway shape structure side arc of fixed disk, and the gear frame 53 includes setting
Set in fixed disk 11 fixing axle 531, be rotatably set in drive socket 532 in fixing axle 531 and 532 liang of drive socket
The drive plate 533 being fixedly installed respectively on end, the transmission gear 51 are fixed on drive socket 532, the driving cog
Wheel group 52, which is arranged between the output shaft of driving motor 51 and transmission gear 54, connects transmission, the outside of the drive plate 533
It is embedded in transmission slot 5331 along the drive rod 25 uniformly offered for exhaust column 21, is respectively turned over to be driven by the rotation of gear frame 53
Socks device 2 is supportted around rotation in face.
In the present embodiment, the auxiliary turn-over mechanism 4, as shown in Fig. 2,3,10,11 and 12 comprising assist 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, specific structure is described below in detail.
Socks wheel turns over including rotation axis 411, body cradle 412, three end hinge bars 413, first in first auxiliary body 41
414, first cylinder 415, the first transmission mechanism (not shown) and rotation uncoupling rigging 417 are pushed, 411 axis of rotation axis can
Rotation is erected between fixed disk 11 and base A1, and the body cradle 412 is arranged in rotation axis 411, described first pushes
Cylinder 415 is hinged in rotation axis 411, and the first end of three end hinge bar 413 is hinged on body cradle 412, second end hinge
It connects and is turned on socks wheel 414 first, third end is hinged on the piston rod of the first promotion cylinder 415, and described first to turn over socks wheel 414 right
Should exhaust column 21 air port end 211 and by the first promotion cylinder 415 push and pull its close to or leave 21 lateral wall of exhaust column, described the
One transmission mechanism (not shown) is arranged in rotation axis 411 for being driven the first rotation for turning over socks wheel 414, specific to tie
Existing motor belt belt pulley can be used to be driven in structure, does not limit specifically here, and the rotation uncoupling rigging 417 is for driving
Rotation axis 411 rotates one section with each turn-over support socks device 2 and then breaks off relations.
The rotation uncoupling rigging 417 includes receiver 4171, sleeve 4172, releases spring 4173,4174 and of center-pole
Tripping-bar 4175, the receiver 4172 are fixed in rotation axis 411, and the sleeve 4172 is fixed at receiver
On 4172, it is band moved end 4174a stretching sleeve that the center-pole 4174, which is threaded through one end in sleeve 4172, and the other end is to break off relations
It holds 4174b to be equipped with and pulls axis 4174c, the release spring 4173 is set on center-pole 4174, and both ends withstand on drive respectively
It holds on 4174a and sleeve 4172, described 4175 one end of tripping-bar is hinged on receiver 4172, and the other end offers U-type groove,
The pulling axis 4174c is embedded to be slided in U-type groove, and driven rod 222 is fixed on the link block 22, and the turn-over supports socks
When assembly A3 is around rotation, the driven rod 222 can catch on the band moved end 4174a of center-pole 4174 to drive the first auxiliary
Mechanism 41 rotates together one section, and band moved end 4174a of the axis 4174c by center-pole 4174 is pulled when tripping-bar 4175 rotates
Retract the unhook to realize the first auxiliary body 41, the pyramidal structure that the unhook end 4174b can for the benefit of break off relations, the set
Stroke wheel can be also equipped on cylinder base 4172, the fixed disk 11 is equipped with the stroke block walked for stroke wheel, which has
Conducive to the stability of rotation in the rotation process of the first auxiliary body 41 and in reseting procedure.
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 promotion cylinder 424 and the second transmission mechanism 425, second body cradle 421 are fixed on support rod 12, and described second
Cylinder 424 is pushed to be hinged on support rod 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 turns on socks wheel 423, and third end is hinged on the piston rod of the second promotion cylinder 424, and described second
Turn over the corresponding air port end 211 in exhaust column 21 of socks wheel 423 and by the second promotion cylinder 424 push and pull its close to or leave on the outside of exhaust column
Wall, second transmission mechanism 425 are arranged on support rod 12 for being 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 the wind for connecting extractor fan
Pipe 61, the port of the air hose 61 is corresponding to turn over socks front 21 turned position of the exhaust column setting for reverse side, in each turn-over
The exhausting end 212 of its exhaust column 21 can be separately connected the port of air hose 61 when support socks assembly A3 rotation.The extractor fan also connects
It is connected to the second air hose (visual angle is invisible in figure), the port correspondence of second air hose is turned over by socks turn-over as positive exhausting
The setting of 21 turned position of pipe, in turn-over support socks assembly A3 rotation, the exhausting end 212 of its exhaust column 21 can be separately connected the second wind
The port of pipe, the extractor fan are also connected with the row's socks pipe connecting with air hose for directly extracting socks out in exhausting.
In the present embodiment, the sewing machine A4 is equipped with blower mechanism 7, and the blower mechanism 7 includes that setting is being sewed
The blowning installation (not shown) of blowpipe 71 and connection 71 one end of blowpipe gas supply on machine A4, the other end pair of the blowpipe 71
Should be arranged in support socks lengthy motion picture 23 by the half sole port of socks strut in it is flat when position, 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 utility model, initially, control system control pass
Dynamic motor 51 starts, and is driven gear frame 53 by driving gear set 52 and rotates, by drive plate 533 drive drive rod 25 to
Drive turn-over support socks device 2 around fixed disk 11 rotation rotation, in the process 51 start and stop of driving motor according to turn over socks, support socks, sew
Work carried out control system control start and stop.Control system controls exhausting system in air hose 61 and the second air hose and exhaust column 21
Exhausting end 212 it is opposite when carry out exhausting start and stop.
When the turn-over support socks device 2 of each group surrounds, the rail wheel 241 that each group turn-over supports socks device 2 is walked in parallel-segment 212
On, while driven rod 222 is hooked to the first auxiliary body 41 with moved end 4174a, therefore has driven entire first auxiliary body 41
Follow rotation, at the same the first transmission mechanism work of the first auxiliary body 41 driven first to turn over the rotation of socks wheel 414 (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 pushes cylinder
415 movements turn over socks wheel 414 close to 21 lateral wall of exhaust column for first, the first auxiliary body 41 with the position for turning to restriction,
Under the action of rotatory force, the rotation of tripping-bar 4175 pulls center-pole 4174, so that its unhook end 4174b disengages driven rod 222,
The first promotion movement of cylinder 415 turns over socks wheel 414 for first and is pulled away from 21 lateral wall of exhaust column, 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 segment 311, are initially entered telescopic segment 311
When, rail wheel 241 is transitioned into telescopic segment 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, as rail wheel 241 is walked sliding shoe 22 to the bending section of protrusion to pumping in telescopic segment 311
The air port end 211 of air hose 21 is released, and the corresponding sewing position to sewing machine A4 in support socks end 231 for making to support socks lengthy motion picture 23 is pushed out to,
The sewing machine A4 of control system control at this time starts sewing work, and the air hose 71 of blower mechanism 7 starts outlet air, and rail wheel 241 is then
Telescopic segment of walking out 311 pushes sliding shoe 22 to go back to origin-location, but also rail wheel under the elasticity tension of reset spring 293
241 keep walking in telescopic segment 311, and the reset of sliding shoe 22 also retracts the support socks lengthy motion picture 23 of stretching, with rail wheel 241
Walking in 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, after continuing
It walks when parallel-segment 312 reaches the second 42 position of auxiliary body, at this position, turn-over support socks device 2 is around rotation pause one
Short time, the second auxiliary body 42 the second transmission mechanism 425 work driven second turn over socks wheel 423 rotation (second turns over socks
The rotation direction of wheel 423 is that can deviate from socks to air port end 211 from the exhausting end 212 of exhaust column 21), while second pushes cylinder
424 movements turn over socks wheel 423 close to 21 lateral wall of exhaust column for second, and turn-over support socks device 2, which continues around, to be rotated back to, while second
It pushes the movement of cylinder 424 to turn over socks wheel 423 for second and is pulled away from 21 lateral wall of exhaust column, so in cycles around rotation.
A kind of socks half sole port sewing machine of the utility model turns over socks bind, and its step are as follows:
1) debugging machine, is manually checked, machine is opened, machine sections are original state at this time；
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, which goes out, to be covered on the exhaust column air port end of turn-over support socks device, and is strutted thin bar by front end and strutted；
3), for turn-over support socks device during around rotation, the exhausting end of exhaust column and air hose are correspondingly connected with exhausting,
The pause rotation of socks device is supportted, exhausting system starts exhausting, will fill in the socks half sole end in air inlet end and inhales for convenient for socks continuation
The smooth state packed into, turn-over supports socks device and restores around rotation, while the first of the first auxiliary body turns over socks wheel close to being pressed in
Socks are continued to pack by rotation on socks, and are covered outside support socks lengthy motion picture；It stretches out and expands to air port end by supportting socks lengthy motion picture simultaneously
It opens and struts at the half sole end of socks to be flat, the half sole port of socks corresponds to the sewing position in sewing machine, and socks are at this time
The outside state of just inward-facing reverse side；
4), sewing machine starts the sewing work of socks half sole port, at the same air hose outlet air socks half sole port is blown it is smooth
It sews, has sewed the half sole ports of socks as turn-over support socks device continues around rotation sewing machine；
5), support socks device continues around rotation, and support socks lengthy motion picture, which resets, to be retracted, 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 rotation, exhausting system starts exhausting
The exhausting end of exhaust column and the second air hose are correspondingly connected with exhausting, and the second of the second auxiliary body turns over socks wheel and turn close to being pressed on socks
Dynamic to exit the socks covered on exhaust column, the second air hose is discharged in socks inspiration exhaust column through the second air hose, row's socks pipe,
Socks are the inside state of right-side-out reverse side at this time.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (3)
1. a kind of support hosiery machine structure of turn-over support socks device, it is characterised in that: the turn-over support socks device includes exhaust column, connection
Block, support socks lengthy motion picture and sliding shoe, the link block are fixed on exhaust column for being rotatablely connected with fixed frame, the exhaust column
One end be air port end, the other end is exhausting end for connect with exhausting system exhausting, and socks end court is is supportted in described support socks lengthy motion picture one end
To air port end, the other end is connecting pin, and the sliding shoe is set in the connecting pin of connection support socks lengthy motion picture on exhaust column, the support socks
Lengthy motion picture is two, is separately positioned on the outside of exhaust column in relative direction, and the connecting pin of the two supports socks lengthy motion picture passes through connection connection
Bar is connect with sliding shoe, and the sliding shoe is equipped with rotatable shifting disc, the support hosiery machine structure be setting in two connecting rods and
For driving the support socks end of two support socks lengthy motion pictures to do the movement of expansion and contraction between shifting disc.
2. a kind of support hosiery machine structure of turn-over support socks device as described in claim 1, it is characterised in that: the support hosiery machine structure is to dial
Moving plate is equipped with the shifting chute of two corresponding two connecting rods, is convexly equipped with convex block, two convex block point in two connecting rod respectively
It is not embedded in two shifting chutes and is limited in it and move, the exhaust column is equipped with sliding sleeve, and two connecting rod is cut with scissors respectively
It connects on sliding sleeve, the structure of two shifting chutes is that can be realized two connecting rods when rotating shifting disc with it in sliding sleeve
On hinge joint be that shaft rotates that the support socks ends of two support socks lengthy motion pictures is driven to do the movements of expansion and contraction.
3. a kind of support hosiery machine structure of turn-over support socks device as claimed in claim 2, it is characterised in that: the sliding shoe is equipped with
Rail wheel, the turn-over, which supports, is equipped with rail mechanism for rail wheel walking around socks device, the rail mechanism includes rail ring, rail
Road link block and slide block, on the rail ring is fixed comprising telescopic segment and parallel-segment, the telescopic segment be middle section to
The bending of one side direction of exhaust column air port end protrusion, the both ends of the telescopic segment are staggeredly spaced apart with the both ends of parallel-segment respectively
It is arranged and is connected respectively by track link block, the slide block is arranged in two connectivity ports of telescopic segment and parallel-segment respectively,
Right angle convex edge is convexly equipped on the shifting disc, the rail wheel walking is in parallel-segment towards the side uplink at exhaust column exhausting end
Walk, walk and walk in telescopic segment towards the side at the air port end of exhaust column, stirred when walking is by slide block right angle convex edge from
And realize that shifting disc rotates, reset spring is arranged on the exhaust column for assisting the reset of sliding shoe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721130177.9U CN208183252U (en) | 2017-09-05 | 2017-09-05 | A kind of support hosiery machine structure of turn-over support socks device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721130177.9U CN208183252U (en) | 2017-09-05 | 2017-09-05 | A kind of support hosiery machine structure of turn-over support socks device |
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| Publication Number | Publication Date |
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| CN208183252U true CN208183252U (en) | 2018-12-04 |
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|---|---|---|---|
| CN201721130177.9U Expired - Fee Related CN208183252U (en) | 2017-09-05 | 2017-09-05 | A kind of support hosiery machine structure of turn-over support socks device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111972762A (en) * | 2020-08-27 | 2020-11-24 | 李国军 | Panty hose turn-over device |
-
2017
- 2017-09-05 CN CN201721130177.9U patent/CN208183252U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111972762A (en) * | 2020-08-27 | 2020-11-24 | 李国军 | Panty hose turn-over device |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181204 |