CN104264363B - The stitching devices of differing needles spacing fabric - Google Patents
The stitching devices of differing needles spacing fabric Download PDFInfo
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- CN104264363B CN104264363B CN201410547186.2A CN201410547186A CN104264363B CN 104264363 B CN104264363 B CN 104264363B CN 201410547186 A CN201410547186 A CN 201410547186A CN 104264363 B CN104264363 B CN 104264363B
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- fixed
- pin rake
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- pin
- rake
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04B—KNITTING
- D04B39/00—Knitting processes, apparatus or machines not otherwise provided for
- D04B39/08—Sewing machines modified for knitting
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- Textile Engineering (AREA)
- Sewing Machines And Sewing (AREA)
Abstract
The invention discloses a kind of stitching devices of differing needles spacing fabric, comprise mair motor, rotating ratio conversion equipment, transfer device, move tie pin rake and disk sewing machine; Described rotating ratio conversion equipment comprises a main driving wheel be enclosed within the motor shaft of mair motor, and on described main driving wheel, cover has the first conveyer belt and the second conveyer belt; The other end of described first conveyer belt is enclosed within pin rake head, and the other end of the second conveyer belt is enclosed within disk head; Described pin rake head has the 3rd gear driving and move tie pin rake; Described disk head is fixed on the disk of disk sewing machine, disk head has the 4th gear of disc rotated; Described transfer device is arranged on the pedestal of pin rake head.The present invention not only eliminates in prior art the manpower manually overlapped needed for coil, and avoids knitting, the snagging of generation when fabric docks, and considerably increases stitching efficiency and the suture quality of fabric.
Description
Technical field
The invention belongs to technical field of knitting machinery, particularly the stitching devices of differing needles spacing fabric.
Background technology
In prior art, the woven fabric of flat machine can be retained in and move on tie pin rake, transfers on same pin rake by professional device by multiple fabric moved on tie pin rake, and then direct being put on special sewing machine by the pin rake with fabric is directly sewed up.But the pin spacing moved on tie pin rake that this method is only applicable to narrow fabrics is all identical, can directly dock between pin with pin.When the fabric pin spacing needing to sew up is different, moves tie pin rake and also cannot dock, by fabric take-down, by manual, the fabric sleeve of two panels differing needles spacing can only be sewed up on disk.This method is very waste of manpower, inefficiency not only, and the phenomenon of knitting, dropped stitch easily occurs, and greatly affects quality and the aesthetics of fabric.
Summary of the invention
The object of the invention is to solve the problem, providing a kind of and the fabric of differing needles spacing can be transferred to successively stitching devices disk carrying out sew up.
For this reason, technical scheme of the present invention is: the stitching devices of differing needles spacing fabric, is characterized in that: it comprises mair motor, rotating ratio conversion equipment, transfer device, move tie pin rake, pin rake track and disk sewing machine; Described mair motor is fixed on pin rake track side surfaces by motor mount; Described rotating ratio conversion equipment comprises a main driving wheel be enclosed within the motor shaft of mair motor, and on described main driving wheel, cover has the first conveyer belt and the second conveyer belt; Described rotating ratio conversion equipment also comprises pin rake head and disk head, and the other end of described first conveyer belt is enclosed within pin rake head, and the other end of the second conveyer belt is enclosed within disk head; The described tie pin rake that moves is placed on pin rake track, and described pin rake track is fixed on disk sewing machine side, and pin rake track has a side lever; Described pin rake head is fixed on by a pedestal on the side lever of pin rake track, and pin rake head has the 3rd gear driving and move tie pin rake; Described disk head is fixed on the disk of disk sewing machine, disk head has the 4th gear of disc rotated; The described tie pin that moves is harrowed with disk position tangent, and the tie pin that moves moved on tie pin rake connects at tangent place with the pin on disk; Described transfer device comprises barring-on motor and push jack wheel, and barring-on motor is arranged on the pedestal of pin rake head, and push jack wheel is fixed on the motor shaft of barring-on motor; Described push jack wheel is positioned at and moves directly over tie pin rake harrows with the tangent time shift tie pin of disk.
Further, described pin rake head also comprises the first drive that cover has the first conveyer belt, and described first drive is arranged on one end of the first worm screw; Described first worm set, on the first support, is fixed on below the first support on pedestal; Described pedestal have three axle installing holes; There is below described first worm screw the first turbine matched; Described first turbine is fixed on the first turning cylinder away from one end of disk, is also fixed with the first gear, the second gear that the first gear both sides all has to be engaged with in the middle of the first turning cylinder; Described two the second gears are separately fixed at two the second turning cylinders away from one end of disk; Described first turning cylinder and two the second turning cylinders are all through the axle installing hole of pedestal, and the first turning cylinder is positioned in the middle of two the second turning cylinders; Described first turning cylinder is fixed with a pressure harrowing wheel near one end of disk, and described 3rd gear is fixed on one end of the close disk of two the second turning cylinders.
Further, described disk head also comprises the second drive that cover has the second conveyer belt, and described second drive is arranged on one end of the second worm screw; Described second worm set on the secondary support bracket, is fixed on the disk of disk stitching devices below the second support; Described second worm screw side has the second turbine matched with it, and the second turbine is fixed on the 3rd power transmission shaft upper end; Described 4th gear is fixed on the 3rd power transmission shaft lower end.
Further, described transfer device also comprises a motor mounting plate, and described motor mounting plate one end is fixed on the first support side of pin rake head, the other end is fixed barring-on motor; Described push jack wheel is oval column structure, and bottom surface is ellipsoid.
Further, on described pin rake track, the side of side lever is fixed with some fixed axis; Described fixed axis one end is fixed on side lever, and the other end is fixed with two fixed bars vertical with fixed axis, two fixed bar upper ends have trundle; On described fixed axis, also cover has cylindrical roller, is positioned in the middle of two fixed bars; Be fixed with some fixed blocks above described side lever, fixed block front end has leads harrowing wheel; The described tie pin rake that moves is placed on the cylindrical roller of fixed axis, and two fixed bars are spacing; Described pressure harrowing wheel of leading on harrowing wheel and pin rake head is pressed in and moves tie pin rake top; The mouth place of entering to harrow of described pin rake track has the pressure rake plate be fixed on above side lever, and pressure rake front edge of board is tilted to down, is pressed in and moves the moving on tie pin of tie pin rake.
Further, described in move tie pin rake and comprise pin rake base and cover plate, described pin rake front, pedestal upper end has a rectangular recess, and described rectangular recess side has some peace needle trays be arranged in order; Have the locating hole of some equidistant arrangement in described rectangular recess, described locating hole is positioned at peace needle tray rear, locating hole and peace needle tray quantity, the equal one_to_one corresponding in position; The described tie pin end that moves is put in locating hole, and front end is placed in peace needle tray, is fixed on pin rake pedestal by cover plate; Described pin rake rear, pedestal upper end has a tooth bar, and pin rake pedestal two ends all have a connection crotch, and the bending direction that described pin rake pedestal two ends connect crotch is contrary; The described tie pin rake that moves is placed on pin rake track, and the tooth bar moved on tie pin rake is meshed with two the 3rd gears that pin is harrowed on head.
When the present invention works, be placed on the cylindrical roller of several fixed axis on pin rake track by the tie pin rake that moves with fabric, the fixed bar restriction at cylindrical roller two ends moves the front and back position of tie pin rake; Move to tooth bar be meshed moving tie pin rake with the 3rd gear that head harrow by pin, pressure harrowing wheel is pressed in and moves on tie pin rake, limits moving up and down of moving that tie pin harrows; The connection crotch and the next one that move tie pin rake end move the connection crotch that tie pin harrow front end and are connected, and the next one can be driven to move tie pin and harrow; Then open mair motor, mair motor drives main driving wheel, thus drives the first conveyer belt and the second conveyer belt; Main driving wheel drives two lines simultaneously:
The other end of route one: the first conveyer belt is enclosed within the first drive, drives the first drive; Then the first drive is arranged on one end of the first worm screw, drives the first worm screw to rotate; First worm screw drives below to have the first turbine matched, and the first turbine and the first gear are fixed on the first turning cylinder simultaneously, drive the first gear; Then the first gear driven both sides the second gear of all having one to be engaged with, two the second gears drive again two coaxial the 3rd gears; Last 3rd gear moves tie pin rake along the orbital motion of pin rake by the rack drives of engagement;
Route two: the second conveyer belt other end is enclosed within the second drive, drives the second drive; Then the second drive is arranged on one end of the second worm screw, drives the second worm screw to rotate; Second worm screw drives side to have the second turbine matched with it; Then the second turbine and the 4th gear are fixed on the 3rd power transmission shaft simultaneously, drive the 4th gear; The disk rotational of last 4th gear driven disk sewing machine;
When moving tie pin rake and disk is synchronized with the movement, on pin and disk on pin rake for when connecing, open barring-on motor, barring-on driven by motor push jack wheel rotates, and the bottom surface of push jack wheel is ellipsoid, so center is very intensive when push jack takes turns rotation, edge is relatively sparse; The described fabric moved on tie pin rake is slight push jack when taking turns close to push jack, along with the movement moving tie pin rake, fabric on rake is slowly mobile toward moving tie pin outside, when fabric is more close to push jack wheel pivot, the extruding force that fabric is subject to push jack wheel is larger, enter on the pin of the disk of docking until last fabric departs from the tie pin that moves moving tie pin rake, realize the conversion from straight line needle gage to disk needle gage; When the pin spacing that the next one moves tie pin rake with previous move tie pin harrow inconsistent time, change the gear of suitable rotating ratio, make the continuation of the pin on disk and next move the tie pin that moves that tie pin harrows and dock; Thus make the fabric sleeve of two differing needles spacing on same disk sewing machine, can directly sew up.
The present invention, by driving pulley overlapping the first conveyer belt and the second conveyer belt that have, makes the pin moved on tie pin and disk moved on tie pin rake be synchronized with the movement, reaching pin for connecing, avoiding the situation occurring dropped stitch; Utilizing push jack to take turns transfers on disk by the fabric moved on tie pin rake, very accurately, fast; When needing the fabric moved on tie pin rake of differing needles spacing all to transfer on disk, as long as change the gear of corresponding rotating ratio, the pin on disk and each tie pin that moves moving that tie pin harrows is made to reach respectively and be synchronized with the movement, successively the fabric of differing needles spacing is set on disk, can sews up; This not only eliminates in prior art the manpower manually overlapped needed for coil, and avoids knitting, the snagging of generation when fabric docks, and considerably increases stitching efficiency and the suture quality of fabric.
Accompanying drawing explanation
Be described in further details below in conjunction with accompanying drawing and embodiments of the present invention.
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation of rotating ratio conversion equipment of the present invention.
Fig. 3 is the structural representation of transfer device of the present invention.
Fig. 4 is the structural representation of pin of the present invention rake track.
Fig. 5 is the partial enlarged drawing of Fig. 4.
Fig. 6 is the structural representation that the present invention moves tie pin rake.
Fig. 7 is the partial enlarged drawing of Fig. 6.
Detailed description of the invention
See accompanying drawing.The present embodiment comprises mair motor 1, rotating ratio conversion equipment 2, transfer device 3, move tie pin rake 4, pin rake track 5 and disk sewing machine 6; Described mair motor 1 is fixed on pin rake track 5 side by motor mount 11; Described rotating ratio conversion equipment 2 comprises the main driving wheel 21 on a motor shaft being enclosed within mair motor 1, and on described main driving wheel 21, cover has the first conveyer belt 22 and the second conveyer belt 23; Described rotating ratio conversion equipment 2 also comprises pin rake head and disk head, and the other end of described first conveyer belt 22 is enclosed within pin rake head, and the other end of the second conveyer belt 23 is enclosed within disk head; The described tie pin rake 4 that moves is placed on pin rake track 3, and described pin rake track 3 is fixed on disk sewing machine 6 side, and pin rake track 5 has a side lever 51; Described pin rake head is fixed on by a pedestal 24 on the side lever 51 of pin rake track 5, and pin rake head has the 3rd gear 25 driving and move tie pin rake 4; Described disk head is fixed on the disk 61 of disk sewing machine 6, disk head has the 4th gear 26 driving disk 61 to rotate; Described move tie pin rake 4 with disk 61 position tangent, move tie pin rake 4 on the tie pin 41 that moves connect at tangent place with the pin on disk 61; Described transfer device 3 comprises barring-on motor 31 and push jack wheel 32, and barring-on motor 31 is arranged on the pedestal 24 of pin rake head, and push jack wheel 32 is fixed on the motor shaft of barring-on motor 31; Described push jack wheel 32 is positioned at and moves tie pin rake 4 and harrow directly over 4 with the tangent time shift tie pin of disk 61.
The pin rake head of the present embodiment also comprises the first drive 27 that cover has the first conveyer belt 22, and described first drive 27 is arranged on one end of the first worm screw 28; Described first worm screw 28 is enclosed within the first support 29, is fixed on pedestal 24 below the first support 29; Described pedestal 24 have three axle installing holes; There is below described first worm screw 28 the first turbine 210 matched; Described first turbine 210 is fixed on the first turning cylinder one end away from disk 61, is also fixed with the second gear 212 that the first gear 211, first gear 211 both sides all has to be engaged with in the middle of the first turning cylinder; Described two the second gears 212 are separately fixed on two the second turning cylinders one end away from disk 61; Described first turning cylinder and two the second turning cylinders are all through the axle installing hole of pedestal 24, and the first turning cylinder is positioned in the middle of two the second turning cylinders; Described first turning cylinder is fixed with a pressure harrowing wheel 213 near one end of disk 61, and described 3rd gear 25 is fixed on one end of the close disk 61 of two the second turning cylinders.
The disk head of the present embodiment also comprises the second drive 214 that cover has the second conveyer belt 23, and described second drive 214 is arranged on one end of the second worm screw 215; Described second worm screw 215 is enclosed within the second support 216, is fixed on the disk 61 of disk stitching devices 6 below the second support 216; Described second worm screw 215 side has the second turbine 217, second turbine 217 matched with it and is fixed on the 3rd power transmission shaft upper end; Described 4th gear 26 is fixed on the 3rd power transmission shaft lower end.
The transfer device 3 of the present embodiment also comprises a motor mounting plate 33, and described motor mounting plate 33 one end is fixed on the first support 29 side of pin rake head, the other end is fixed barring-on motor 31; Described push jack wheel 32 is oval column structure, and bottom surface is ellipsoid.
On the pin rake track 5 of the present embodiment, the side of side lever 51 is fixed with some fixed axis 52; Described fixed axis 52 one end is fixed on side lever 51, the other end is fixed with two fixed bar 53, two fixed bar 53 upper ends vertical with fixed axis 52 and has trundle 54; On described fixed axis 52, also cover has cylindrical roller 55, is positioned in the middle of two fixed bars 53; Be fixed with some fixed blocks 56 above described side lever 51, fixed block 56 front end has leads harrowing wheel 57; The described tie pin rake 4 that moves is placed on the cylindrical roller 55 of fixed axis 52, and two fixed bars 53 are spacing; Described pressure harrowing wheel 213 of leading on harrowing wheel 57 and pin rake head is pressed in and moves above tie pin rake 4; The mouth place of entering to harrow of described pin rake track 5 has the pressure rake plate 58 be fixed on above side lever 51, and pressure rake plate 58 front end is tilted to down, is pressed in and moves the moving on tie pin 41 of tie pin rake 4.
The tie pin rake 4 that moves of the present embodiment comprises pin rake pedestal 42 and cover plate 43, and described pin rake front, pedestal 42 upper end has a rectangular recess 46, and described rectangular recess 46 side has some peace needle trays 47 be arranged in order; Have the locating hole 48 of some equidistant arrangement in described rectangular recess 46, described locating hole 48 is positioned at peace needle tray 47 rear, locating hole 48 and peace needle tray 47 quantity, the equal one_to_one corresponding in position; Described tie pin 41 end that moves is put in locating hole 48, and front end is placed in peace needle tray 47, is fixed on pin rake pedestal 42 by cover plate 43; Described pin rake rear, pedestal 42 upper end has a tooth bar 44, and pin rake pedestal 42 two ends all have a connection crotch 45, and the bending direction that described pin rake pedestal 42 two ends connect crotch 45 is contrary; The described tie pin rake 4 that moves is placed on pin rake track 5, and the tooth bar 44 moved on tie pin rake 4 is meshed with two the 3rd gears 25 that pin is harrowed on head.
During the present embodiment work, be placed on the cylindrical roller 55 of several fixed axis 52 on pin rake track 5 by the tie pin rake 4 that moves with fabric, fixed bar 53 restriction at cylindrical roller 55 two ends moves the front and back position of tie pin rake 4; Move to tooth bar 44 be meshed moving tie pin rake 4 with the 3rd gear 25 that head harrow by pin, pressure harrowing wheel 213 is pressed in and moves on tie pin rake 4, limits to move tie pin and harrow 4 moving up and down; Move connection crotch 45 that tie pin harrows 4 ends and the next one to move the connection crotch 45 that tie pin harrows 4 front ends and be connected, the next one can be driven to move tie pin rake 4; Then open mair motor 1, mair motor 1 drives main driving wheel 21, thus drives the first conveyer belt 22 and the second conveyer belt 23; Main driving wheel 21 drives two lines simultaneously:
The other end of route one: the first conveyer belt 22 is enclosed within the first drive 27, drives the first drive 27; Then the first drive 27 is arranged on one end of the first worm screw 28, drives the first worm screw 28 to rotate; First worm screw 28 drives below to have the first turbine 210, first turbine 210 of matching and the first gear 211 is fixed on the first turning cylinder simultaneously, drives the first gear 211; Then the second gear 212, two the second gears 212 that the first gear 211 drives both sides all to have to be engaged with drive again two coaxial the 3rd gears 25; Last 3rd gear 25 moves tie pin rake 4 by tooth bar 44 drive of engagement and moves along pin rake track 5;
Route two: the second conveyer belt 23 other end is enclosed within the second drive 214, drives the second drive 214; Then the second drive 214 is arranged on one end of the second worm screw 215, drives the second worm screw 215 to rotate; The second turbine 217 that second worm screw 215 drives side to have to match with it; Then the second turbine 217 and the 4th gear 26 are fixed on the 3rd power transmission shaft simultaneously, drive the 4th gear 26; Last 4th gear 26 drives the disk 61 of disk sewing machine 6 to rotate;
When moving tie pin rake 4 and disk 61 is synchronized with the movement, move on tie pin rake 4 move tie pin 41 with on disk 61 for when connecing, open barring-on motor 31, barring-on motor 31 drives push jack to take turns 32 rotations, the bottom surface of push jack wheel 32 is ellipsoid, so center is very intensive when push jack wheel 32 rotates, edge is relatively sparse; The described fabric moved on tie pin rake 4 is slight push jacks when taking turns 32 close to push jack, along with the movement moving tie pin rake 4, fabric on rake is slowly mobile toward moving tie pin 41 outside, when fabric more takes turns 32 pivots close to push jack, the extruding force that fabric is subject to push jack wheel is larger, enter on the pin of disk 61 of docking until last fabric departs from the tie pin 41 that moves moving tie pin rake 4, realize the conversion from straight line needle gage to disk needle gage; When the pin spacing that the next one moves tie pin rake 4 with previous move tie pin harrow 4 inconsistent time, change the gear of suitable rotating ratio, make the continuation of the pin on disk 61 and next move the tie pin 41 that moves that tie pin harrows 4 and dock; Thus make the fabric sleeve of two differing needles spacing on same disk sewing machine 6, can directly sew up.
Claims (6)
1. the stitching devices of differing needles spacing fabric, is characterized in that: it comprises mair motor, rotating ratio conversion equipment, transfer device, move tie pin rake, pin rake track and disk sewing machine; Described mair motor is fixed on pin rake track side surfaces by motor mount; Described rotating ratio conversion equipment comprises a main driving wheel be enclosed within the motor shaft of mair motor, and on described main driving wheel, cover has the first conveyer belt and the second conveyer belt; Described rotating ratio conversion equipment also comprises pin rake head and disk head, and the other end of described first conveyer belt is enclosed within pin rake head, and the other end of the second conveyer belt is enclosed within disk head; The described tie pin rake that moves is placed on pin rake track, and described pin rake track is fixed on disk sewing machine side, and pin rake track has a side lever; Described pin rake head is fixed on by a pedestal on the side lever of pin rake track, and pin rake head has the 3rd gear driving and move tie pin rake; Described disk head is fixed on the disk of disk sewing machine, disk head has the 4th gear of disc rotated; The described tie pin that moves is harrowed with disk position tangent, and the tie pin that moves moved on tie pin rake connects at tangent place with the pin on disk; Described transfer device comprises barring-on motor and push jack wheel, and barring-on motor is arranged on the pedestal of pin rake head, and push jack wheel is fixed on the motor shaft of barring-on motor; Described push jack wheel is positioned at and moves directly over tie pin rake harrows with the tangent time shift tie pin of disk.
2. the stitching devices of differing needles spacing fabric as claimed in claim 1, is characterized in that: described pin rake head also comprises the first drive that cover has the first conveyer belt, and described first drive is arranged on one end of the first worm screw; Described first worm set, on the first support, is fixed on below the first support on pedestal; Described pedestal have three axle installing holes; There is below described first worm screw the first turbine matched; Described first turbine is fixed on the first turning cylinder away from one end of disk, is also fixed with the first gear, the second gear that the first gear both sides all has to be engaged with in the middle of the first turning cylinder; Described two the second gears are separately fixed at two the second turning cylinders away from one end of disk; Described first turning cylinder and two the second turning cylinders are all through the axle installing hole of pedestal, and the first turning cylinder is positioned in the middle of two the second turning cylinders; Described first turning cylinder is fixed with a pressure harrowing wheel near one end of disk, and described 3rd gear is fixed on one end of the close disk of two the second turning cylinders.
3. the stitching devices of differing needles spacing fabric as claimed in claim 1, is characterized in that: described disk head also comprises the second drive that cover has the second conveyer belt, and described second drive is arranged on one end of the second worm screw; Described second worm set on the secondary support bracket, is fixed on the disk of disk stitching devices below the second support; Described second worm screw side has the second turbine matched with it, and the second turbine is fixed on the 3rd power transmission shaft upper end; Described 4th gear is fixed on the 3rd power transmission shaft lower end.
4. the stitching devices of the differing needles spacing fabric as described in claim 1 or 2 or 3, it is characterized in that: described transfer device also comprises a motor mounting plate, described motor mounting plate one end is fixed on the first support side of pin rake head, the other end is fixed barring-on motor; Described push jack wheel is oval column structure, and bottom surface is ellipsoid.
5. the stitching devices of the differing needles spacing fabric as described in claim 1 or 2 or 3, is characterized in that: on described pin rake track, the side of side lever is fixed with some fixed axis; Described fixed axis one end is fixed on side lever, and the other end is fixed with two fixed bars vertical with fixed axis, two fixed bar upper ends have trundle; On described fixed axis, also cover has cylindrical roller, is positioned in the middle of two fixed bars; Be fixed with some fixed blocks above described side lever, fixed block front end has leads harrowing wheel; The described tie pin rake that moves is placed on the cylindrical roller of fixed axis, and two fixed bars are spacing; Described pressure harrowing wheel of leading on harrowing wheel and pin rake head is pressed in and moves tie pin rake top; The mouth place of entering to harrow of described pin rake track has the pressure rake plate be fixed on above side lever, and pressure rake front edge of board is tilted to down, is pressed in and moves the moving on tie pin of tie pin rake.
6. the stitching devices of the differing needles spacing fabric as described in claim 1 or 2 or 3, it is characterized in that: described in move tie pin rake and comprise pin rake base and cover plate, described pin rake front, pedestal upper end has a rectangular recess, and described rectangular recess side has some peace needle trays be arranged in order; Have the locating hole of some equidistant arrangement in described rectangular recess, described locating hole is positioned at peace needle tray rear, locating hole and peace needle tray quantity, the equal one_to_one corresponding in position; The described tie pin end that moves is put in locating hole, and front end is placed in peace needle tray, is fixed on pin rake pedestal by cover plate; Described pin rake rear, pedestal upper end has a tooth bar, and pin rake pedestal two ends all have a connection crotch, and the bending direction that described pin rake pedestal two ends connect crotch is contrary; The described tie pin rake that moves is placed on pin rake track, and the tooth bar moved on tie pin rake is meshed with two the 3rd gears that pin is harrowed on head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410547186.2A CN104264363B (en) | 2014-10-16 | 2014-10-16 | The stitching devices of differing needles spacing fabric |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410547186.2A CN104264363B (en) | 2014-10-16 | 2014-10-16 | The stitching devices of differing needles spacing fabric |
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| CN104264363A CN104264363A (en) | 2015-01-07 |
| CN104264363B true CN104264363B (en) | 2016-04-13 |
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| CN201410547186.2A Active CN104264363B (en) | 2014-10-16 | 2014-10-16 | The stitching devices of differing needles spacing fabric |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105113110B (en) * | 2015-09-30 | 2016-08-24 | 冯加林 | Can needle space changable knit seam all-in-one |
| CN113026220B (en) * | 2021-03-03 | 2022-08-05 | 浙江金河制衣有限公司 | Linking machine and sweater manufacturing process applying same |
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| CN204080347U (en) * | 2014-10-16 | 2015-01-07 | 宁波慈星股份有限公司 | The stitching devices of differing needles spacing fabric |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JPS57106749A (en) * | 1980-12-24 | 1982-07-02 | Brother Ind Ltd | Linking knitting method and apparatus in knitting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2512795Y (en) * | 2001-08-31 | 2002-09-25 | 李木吉 | Novel rotary hook straight needle table type sewing disc machine |
| CN201144332Y (en) * | 2007-12-18 | 2008-11-05 | 李安建 | Improved structure of baffle of sewing dish machine |
| CN202466122U (en) * | 2012-02-28 | 2012-10-03 | 廖甜甜 | Dial Linking machine with wear-reducing yarn-picking device |
| CN202519437U (en) * | 2012-03-17 | 2012-11-07 | 寿县利丰织造有限公司 | Linking machine |
| CN102953234A (en) * | 2012-11-01 | 2013-03-06 | 东莞市缝神机械有限公司 | High-efficiency dial linking machine |
| CN203530599U (en) * | 2013-08-23 | 2014-04-09 | 东莞市缝神机械有限公司 | Adjustable variable speed linking machine |
| CN204080347U (en) * | 2014-10-16 | 2015-01-07 | 宁波慈星股份有限公司 | The stitching devices of differing needles spacing fabric |
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| CN104264363A (en) | 2015-01-07 |
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