CN204982262U - Multi -functional automatic intarsia of full -computerized machine - Google Patents
Multi -functional automatic intarsia of full -computerized machine Download PDFInfo
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- CN204982262U CN204982262U CN201520492733.1U CN201520492733U CN204982262U CN 204982262 U CN204982262 U CN 204982262U CN 201520492733 U CN201520492733 U CN 201520492733U CN 204982262 U CN204982262 U CN 204982262U
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- yarn
- yarning
- guide rail
- needle
- knitting
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Abstract
The utility model discloses a multi -functional automatic intarsia of full -computerized machine, it includes: a frame, the faller subassembly, it includes: one installs needle plate base on the frame, first, a second faller and a drive arrangement, and first, second faller is provided with plural needle groove and knitting needle in the interval respectively, play yarn mouth subassembly, it includes: install portal frame on the frame, install leading the yarn rail and lieing in on the portal frame and lead getting of yarn rail side and put the yarn valve spud of beating that yarn guide rail, installation led on the yarn rail and reach and beat the yarn mouth, install and beat yarn mechanism and the 2nd drive arrangement, the 3rd drive arrangement in getting on putting the yarn guide rail, weave head assembly, aircraft nose and fourth drive arrangement are woven to its first, second including installing on first, second faller, first, second braider is overhead still to be provided with the activity respectively and to press the angle, should activity pressure minute do not be located between dozen yarn mouth and first, the second faller. The utility model discloses a weave the intarsia and all adopt full automated control system, reduce the input of manpower resources, improve production efficiency.
Description
Technical field:
The utility model relates to braiding machine product technical field, refers in particular to the multi-functional automatic applique machine of a kind of full-computerized.
Background technology:
In general, what there was a dotted line at the jacquard weave back side more than single knitting cloth 2 colors is called INTARSIA/ embossing.And single needle wrench shakes the INTARSIA/ embossing of flat knitting machine, cry again and hang hair, flower pilot Fu will two dyed yarns cross-connection system braiding by hand of colour changing handing-over, and woven style just can effect as colour painting.Due in manufacturing process, dyed yarn hangs on needle plate by the dyed yarn hand that every a line will weave by drawing style must made, then to be turned right by head pulling woven with hand; The dyed yarn of next line hangs over yarn on needle plate with hand again, and then helps pulling woven with hand past from the right side for head; A line a line like this extension wool yarn braiding, in dyed yarn and dyed yarn junction, flower pilot Fu will colour changing handing-over two dyed yarns by hand cross-connection system weave, woven style just can have effect as colour painting.
At present, the multiple yarn seat of the many employings of existing automanual flat knitting machine, yarn seat there is front and back yarning nozzle assembly, assembly is each stepper motor drive before and after utilizing, the yarn mouth that any needs can be woven is with braiding, the yarn mouth do not woven puts back to yarn seat, and the swing characteristic of yarn-guide mouth of recycling yarn seat can step back a yarn mouth position, and makes a pin position make the dyed yarn yarn cross braiding of two colour changings.This kind of way is the control yarn seat utilizing stepper motor computer, meanwhile, also has a stepper motor to drive head braiding in addition.But, this kind of known technology adopts single needle plate mostly, can not weave rib-loop, must first with the ribbed knitting machine of a crosspointer plate by ribbed knitting well after, be enclosed within shuttle plate, and then took shuttle plate pivoted housing on the semiautomatic computer applique machine of single needle plate.Meanwhile, this type of machine can not move needle knitting, can stop need moving pin place machine, makes that to subtract pin shaping with manually moving pin.In addition, this type of machine does not have granny rag roller yet, must hammer or arrange extension into shape cloth toward drop-down by lift heavy.Therefore, this type of machine is semiautomatic computer applique machine.
Utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of full-computerized multi-functional automatic applique machine.
In order to solve the problems of the technologies described above, the utility model have employed following technical proposals: the multi-functional automatic applique machine of this full-computerized comprises: a support, needle plate assembly, it comprises: one be installed on pin holder on support, symmetry is installed on the first needle plate on pin holder and the second needle plate and the first drive unit of waving in support for driving needle panel seat, the knitting needle that described first needle plate and the second needle plate are arranged at intervals with plural needle tray respectively and are installed in needle tray, yarning nozzle assembly, it comprises: be installed on the portal frame on support, what be installed on guide rail on portal frame and be positioned at guide trackside side picks and places yarn guide rail, to install on guide rail and can slide on guide rail beat yarn seat and be installed on the yarning mouth beaten on yarn seat and be installed on pick and place on yarn guide rail and the yarning mechanism coordinated with yarning mouth with to be installed on portal frame and the second drive unit for driving yarning mechanism to move forward and backward, to be installed on portal frame and for driving the 3rd drive unit beaten yarn seat and slide on guide rail, wherein, picking and placeing yarn guide rail two ends is installed on support respectively by a cylinder, knitting head assembly, it comprises and is installed on the first knitting head on the first needle plate and the second needle plate and the second knitting head respectively and for driving the four-drive device of the first knitting head and the second knitting head movement on first, second needle plate respectively, described first knitting head and the second knitting head are also respectively arranged with and hang over yarn between yarning mouth and first, second needle plate for pushing down position is more perfectly movable press angle to make embossing join, this activity presses angle to lay respectively between yarning mouth and first, second needle plate.
Furthermore, in technique scheme, the second described drive unit comprise be installed on portal frame get yarn conveyer belt, put yarn conveyer belt and for drive get yarn conveyer belt and put yarn conveyer belt rotate pick and place yarn CD-ROM drive motor; Described yarning mechanism gets yarn conveyer belt with this or puts yarn conveyer belt and is connected.
Furthermore, in technique scheme, described in pick and place yarn CD-ROM drive motor there are two driving shafts, this driving shaft is connected with getting yarn conveyer belt and put yarn conveyer belt respectively.
Furthermore, in technique scheme, described picking and placeing on yarn guide rail is also provided with moveable screw thread yarn mouth.
Furthermore, in technique scheme, described knitting needle end has a crotch.
Furthermore, in technique scheme, the first described knitting head comprises a braiding seat, the crochet be installed in braiding seat, the braiding motor being installed on crochet both sides, the order that hangs be installed on outside crochet being pressed angle, being connect pin triangle and the slide cam selector for selecting knitting needle for overturning the pin that turns over of weaving cotton cloth.
Furthermore, in technique scheme, described first needle plate is provided with the first slide rail, weaves in described first knitting head bottom seat side and be provided with slide block, and be installed on this first slide rail by this slide block; Weave seat side in described first knitting head and also a plate is installed, and be connected with described four-drive device by this connecting plate.
Furthermore, in technique scheme, described four-drive device comprises: being installed on first, second power transmission shaft of described pin holder both sides, being connected to the feed belt between first, second power transmission shaft and the mair motor for driving the first power transmission shaft or second driving shaft to rotate, the first described knitting head is connected with feed belt by described connecting plate.
Furthermore, in technique scheme, the structure of described second knitting head is consistent with the structure of the first knitting head.
Furthermore, in technique scheme, described yarning mechanism comprises: be installed on the sliding seat picked and placeed on yarn guide rail, be installed on cylinder and the stepper motor on sliding seat and be installed on piston rod end in cylinder and the yarning part coordinated with described yarning mouth, stepper motor shaft end is provided with a drive block, and this drive block is connected with yarning part.
After adopting technique scheme, the utility model has following beneficial effect compared with prior art: the course of work of the present utility model is: mair motor is opened and made first, second knitting head and yarning mechanism reset, meanwhile, shaking table motor, start after roller motor and guide rail motor receive reset instruction, first, second knitting head all starts by first, one end of second needle plate moves to the other end and has carried out knitting needle, the knitting needle chosen is then automatic by first, second knitting head has carried out needle knitting, unchecked knitting needle does not just go out pin and does not reach the height hanging yarn, again by yarning mechanism also from first, one end of second needle plate moves to the other end and carries out the work of extension yarn.In moving process, selected yarning mouth to push in yarning part 364 and traversing to corresponding knitting position by yarning mechanism, so, the yarning mouth beaten on yarn seat is sequentially fixed in yarning part 364 and pushes and traversing to corresponding knitting position by yarning mechanism, again the yarning mouth of execution is put back to and beat yarn seat, push yarning mouth so back and forth and come first, second knitting head walk after operating needles pinhock on the action of extension yarn, after extension yarn completes, yarning mouth on guide rail motor adjustment guide rail is to first, the opposite direction that second knitting head is about to walking moves to correct position, yarn is made to form best angle of weave, again by first, second knitting head walking, movable pressure angle has pressed down the knitting of knocking over and lopping, from with the job step of cocycle, get ahead first, second knitting head goes out pin, the braiding of various embossing is jointly completed again by yarning mechanism and the work picking and placeing yarn CD-ROM drive motor, therefore, first, second knitting head carries out front and back braiding respectively, and various different braid movement can be carried out, such as, can weave, can one side jacquard weave (embossing) double-faced jacquard, can not weave, pin can be moved, can shaking table, pin can be turned in front and back, in braiding screw thread Shi Yekeshi yarning, mechanism rests in rightmost, and coordinate described screw thread yarn mouth to complete braiding screw thread, also can add pin to subtract pin and weave.Driven by stepper motor owing to beating yarn seat and swing, therefore, beating yarn seat and by the dyed yarn interlacing of different colours, can knit out more complicated embossing flower pattern.
Accompanying drawing illustrates:
Fig. 1 is stereogram of the present utility model;
Fig. 2 is the stereogram at another visual angle of the utility model;
Fig. 3 is front view of the present utility model;
Fig. 4 is the close-up schematic view of part A in Fig. 2;
Fig. 5 is the close-up schematic view of part B in Fig. 2.
Detailed description of the invention:
Below in conjunction with specific embodiments and the drawings, the utility model is further illustrated.
See shown in Fig. 1-5, be the multi-functional automatic applique machine of a kind of full-computerized, it comprises: a support 1, the needle plate assembly 2 be installed on support 1, yarning nozzle assembly 3 and knitting head assembly 4.
Described needle plate assembly 2 comprises: one be installed on pin holder 21 on support 1, symmetry is installed on the first needle plate 22 on pin holder 21 and the second needle plate 23 and the first drive unit 24 of waving in support 1 for driving needle panel seat 21, the knitting needle 26 that described first needle plate 22 and the second needle plate 23 are arranged at intervals with plural needle tray 25 respectively and are installed in needle tray, this knitting needle 26 end has a crotch, and described first needle plate 22 and the second needle plate 23 are installed on support 1 in "eight" shape mutually.
The first described drive unit 24 comprise a shaking table motor and coordinate with shaking table motor wave assembly, this waves assembly and pin holder 21 assembles.
Described yarning nozzle assembly 3 comprises: be installed on the portal frame 31 on support 1, what be installed on guide rail on portal frame 31 32 and be positioned at guide rail 32 side picks and places yarn guide rail 35, to install on guide rail 32 and can slide on guide rail 32 beat yarn seat 33 and be installed on the yarning mouth 34 beaten on yarn seat 33 and be installed on pick and place on yarn guide rail 35 and the yarning mechanism 36 coordinated with yarning mouth 34 with to be installed on portal frame 31 and the second drive unit 39 for driving yarning mechanism 36 to move forward and backward, to be installed on portal frame 31 and for driving the 3rd drive unit 37 beaten yarn seat 33 and slide on guide rail 32, wherein, picking and placeing yarn guide rail 35 two ends is installed on support 1 respectively by a cylinder 38, in addition, described picking and placeing on yarn guide rail 35 is also provided with moveable screw thread yarn mouth 351.
The second described drive unit 39 comprise be installed on portal frame 31 get yarn conveyer belt 391, put yarn conveyer belt 392 and for drive get yarn conveyer belt 391 and put yarn conveyer belt 392 rotate pick and place yarn CD-ROM drive motor 393; Described yarning mechanism 36 gets yarn conveyer belt 391 with this or puts yarn conveyer belt 392 and is connected.Wherein, described in pick and place yarn CD-ROM drive motor 393 there are two driving shafts, this driving shaft is connected with getting yarn conveyer belt 391 and put yarn conveyer belt 392 respectively.
Described yarning mechanism 36 comprises: be installed on the sliding seat 361 picked and placeed on yarn guide rail 35, be installed on cylinder 362 and the stepper motor 363 on sliding seat 361 and be installed on piston rod end in cylinder 362 and the yarning part 364 coordinated with described yarning mouth 34, stepper motor 363 shaft end is provided with a drive block 365, and this drive block 365 is connected with yarning part 364.Described yarning part 364 pushes to crochet 413 for the yarning mouth 34 that will weave.
Described 3rd drive unit 37 is arranged at the screw mandrel on described portal frame 31 and the guide rail motor 371 with screw mandrel adaptation, wherein, guide rail motor 371 is stepper motor, this screw mandrel and described beat yarn seat 33 interlock, the position of the yarning mouth on this guide rail motor adjustment guide rail, make yarning mouth aim at knitting needle, realize Automated condtrol.
The quantity of described yarning nozzle assembly 3 is two groups, and it is arranged on the first needle plate 22 and the second needle plate 23 respectively.
Described knitting head assembly 4 comprises and is installed on the first knitting head 41 on the first needle plate 22 and the second needle plate 23 and the second knitting head 42 respectively and for driving the four-drive device 43 of the first knitting head 41 and the second knitting head 42 movement on first, second needle plate 22,23 respectively; Described first knitting head 41 and the second knitting head 42 are also respectively arranged with and hang over yarn between yarning mouth 34 and first, second needle plate 22,23 for pushing down position is more perfectly movable press angle 401 to make embossing join, this activity presses angle 401 to lay respectively between yarning mouth 34 and first, second needle plate 22,23.
The first described knitting head 41 comprises a braiding seat 411, the crochet 413 be installed in braiding seat 411, the braiding motor 414 being installed on crochet both sides, the order that hangs be installed on outside crochet 413 being pressed angle 415, being connect pin triangle 416 and the slide cam selector 417 for selecting knitting needle for overturning the pin that turns over of weaving cotton cloth.
Described slide cam selector 417 is for selecting being installed on the knitting needle installed in the first needle plate 22, and chosen knitting needle can pass through crochet 413 automatically, realizes braid movement, and not selected knitting needle is just without braid movement.The described order that hangs presses angle 415 that crochet 413 can be made to realize hanging order braiding.
Described first needle plate 22 is provided with the first slide rail 221, weaves in described first knitting head 41 bottom seat 411 side and be provided with slide block, and be installed on this first slide rail 221 by this slide block; Weave seat 411 side in described first knitting head 41 and a plate 412 is also installed, and be connected with described four-drive device 43 by this connecting plate 412.
Described four-drive device 43 comprises: be installed on first, second power transmission shaft 431 of described pin holder 21 both sides, 432, be connected to the feed belt 433 between first, second power transmission shaft 431,432 and the mair motor 434 for driving the first power transmission shaft 431 or second driving shaft 432 to rotate, the first described knitting head 41 is connected with feed belt 433 by described connecting plate 418.
The mair motor 434 that the utility model adopts is single shaft motor, and that is, the utility model controls the first power transmission shaft 431 by a mair motor 434 or second driving shaft 432 rotates, and can save the use of the energy.
The structure of described second knitting head 42 is consistent with the structure of the first knitting head 41, and this is no longer going to repeat them.
The course of work of the present utility model is: mair motor 434 is opened and made first, second knitting head 41, 42 and yarning mechanism 36 reset, meanwhile, shaking table motor, start after roller motor and guide rail motor 371 receive reset instruction, first, second knitting head 41, 42 all start by first, second needle plate 22, one end of 23 moves to the other end and has carried out knitting needle, the knitting needle chosen is then automatic by first, second knitting head has carried out needle knitting, unchecked knitting needle does not just go out pin and does not reach the height hanging yarn, again by yarning mechanism 36 also from first, second needle plate 22, one end of 23 moves to the other end and carries out the work of extension yarn.In moving process, selected yarning mouth to push in yarning part 364 and traversing to corresponding knitting position by yarning mechanism 36, so, the yarning mouth beaten on yarn seat is sequentially fixed in yarning part 364 and pushes and traversing to corresponding knitting position by yarning mechanism 36, again the yarning mouth of execution is put back to and beat yarn seat, push yarning mouth so back and forth and come first, second knitting head 41, 42 walk after operating needles pinhock on the action of extension yarn, after extension yarn completes, yarning mouth on guide rail motor adjustment guide rail is to first, second knitting head 41, 42 opposite directions being about to walking move to correct position, yarn is made to form best angle of weave, again by first, second knitting head 41, 42 walkings, movable pressure angle 401 has pressed down the knitting of knocking over and lopping, from with the job step of cocycle, get ahead first, second knitting head 41, 42 go out pin, the braiding of various embossing is jointly completed again by yarning mechanism 36 and the work picking and placeing yarn CD-ROM drive motor, therefore, first, second knitting head 41, 42 carry out front and back braiding respectively, and various different braid movement can be carried out, such as, can weave, can one side jacquard weave (embossing) double-faced jacquard, can not weave, pin can be moved, can shaking table, pin can be turned in front and back, rightmost is rested in braiding screw thread Shi Yekeshi yarning mechanism 36, and coordinate described screw thread yarn mouth to complete braiding screw thread, also can add pin to subtract pin and weave.Driven by stepper motor owing to beating yarn seat and swing, therefore, beating yarn seat and by the dyed yarn interlacing of different colours, can knit out more complicated embossing flower pattern.
Certainly, the foregoing is only specific embodiment of the utility model, be not limit the utility model practical range, all equivalences done according to structure, feature and principle described in the utility model claim change or modify, and all should be included in the utility model claim.
Claims (10)
1. the multi-functional automatic applique machine of full-computerized, is characterized in that: comprising:
One support (1);
Needle plate assembly (2), it comprises: one be installed on the upper pin holder (21) of support (1), symmetry is installed on the first needle plate (22) on pin holder (21) and the second needle plate (23) and the first drive unit (24) of waving in support (1) for driving needle panel seat (21), described first needle plate (22) and the second needle plate (23) are arranged at intervals with plural needle tray (25) respectively and are installed on the knitting needle (26) in needle tray;
Yarning nozzle assembly (3), it comprises: be installed on the portal frame (31) on support (1), what be installed on the guide rail (32) on portal frame (31) and be positioned at guide rail (32) side picks and places yarn guide rail (35), install guide rail (32) upper and can guide rail (32) upper slide beat yarn seat (33) and be installed on the yarning mouth (34) beaten on yarn seat (33) and be installed on and pick and place the upper and yarning mechanism (36) coordinated with yarning mouth (34) of yarn guide rail (35) and be installed on second drive unit (39) of portal frame (31) above and for driving yarning mechanism (36) to move forward and backward, be installed on portal frame (31) upper and make three drive unit (37) of yarn seat (33) in the upper slip of guide rail (32) for driving, wherein, picking and placeing yarn guide rail (35) two ends is installed on support (1) respectively by a cylinder (38),
Knitting head assembly (4), it comprises and is installed on the first knitting head (41) on the first needle plate (22) and the second needle plate (23) and the second knitting head (42) respectively and for driving the first knitting head (41) and the second knitting head (42) respectively at the four-drive device (43) of the upper movement of first, second needle plate (22,23); Described first knitting head (41) and the second knitting head (42) are also respectively arranged with movable pressure angle (401), and this activity pressure angle (401) lays respectively between yarning mouth (34) and first, second needle plate (22,23).
2. the multi-functional automatic applique machine of a kind of full-computerized according to claim 1, is characterized in that: described the second drive unit (39) comprise be installed on portal frame (31) get yarn conveyer belt (391), put yarn conveyer belt (392) and for drive get yarn conveyer belt (391) and put that yarn conveyer belt (392) rotates pick and place yarn CD-ROM drive motor (393); Described yarning mechanism (36) is got yarn conveyer belt (391) with this or is put yarn conveyer belt (392) and is connected.
3. the multi-functional automatic applique machine of a kind of full-computerized according to claim 2, it is characterized in that: described in pick and place yarn CD-ROM drive motor (393) there are two driving shafts, this driving shaft is connected with getting yarn conveyer belt (391) and put yarn conveyer belt (392) respectively.
4. the multi-functional automatic applique machine of a kind of full-computerized according to claim 1, is characterized in that: described picking and placeing on yarn guide rail (35) is also provided with moveable screw thread yarn mouth (351).
5. the multi-functional automatic applique machine of a kind of full-computerized according to claim 1, is characterized in that: described knitting needle (26) end has a crotch.
6. the multi-functional automatic applique machine of a kind of full-computerized according to claim 1, is characterized in that: described the first knitting head (41) comprises a braiding seat (411), the crochet (413) be installed in braiding seat (411), the braiding motor (414) being installed on crochet both sides, the order that hangs be installed on outside crochet (413) being pressed angle (415), being connect pin triangle (416) and the slide cam selector (417) for selecting knitting needle for overturning the pin that turns over of weaving cotton cloth.
7. the multi-functional automatic applique machine of a kind of full-computerized according to claim 6, it is characterized in that: described first needle plate (22) is provided with the first slide rail (221), be provided with slide block bottom braiding seat (411) side in described first knitting head (41), and be installed on this first slide rail (221) by this slide block; In described first knitting head (41), braiding seat (411) side is also provided with a plate (412), and is connected with described four-drive device (43) by this connecting plate (412).
8. the multi-functional automatic applique machine of a kind of full-computerized according to claim 7, it is characterized in that: described four-drive device (43) comprising: be installed on first of described pin holder (21) both sides, second driving shaft (431, 432), be connected to first, second driving shaft (431, 432) feed belt (433) between and the mair motor (434) for driving the first power transmission shaft (431) or second driving shaft (432) to rotate, described the first knitting head (41) is connected with feed belt (433) by described connecting plate (418).
9. the multi-functional automatic applique machine of a kind of full-computerized according to claim 8, is characterized in that: the structure of described second knitting head (42) is consistent with the structure of the first knitting head (41).
10. the multi-functional automatic applique machine of a kind of full-computerized according to claim 1-9 any one, it is characterized in that: described yarning mechanism (36) comprising: be installed on the sliding seat (361) picked and placeed on yarn guide rail (35), be installed on cylinder (362) and the stepper motor (363) on sliding seat (361) and be installed on the middle piston rod end of cylinder (362) and the yarning part (364) coordinated with described yarning mouth (34), stepper motor (363) shaft end is provided with a drive block (365), this drive block (365) is connected with yarning part (364).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520492733.1U CN204982262U (en) | 2015-07-08 | 2015-07-08 | Multi -functional automatic intarsia of full -computerized machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520492733.1U CN204982262U (en) | 2015-07-08 | 2015-07-08 | Multi -functional automatic intarsia of full -computerized machine |
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| Publication Number | Publication Date |
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| CN204982262U true CN204982262U (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520492733.1U Expired - Fee Related CN204982262U (en) | 2015-07-08 | 2015-07-08 | Multi -functional automatic intarsia of full -computerized machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106400290A (en) * | 2016-11-11 | 2017-02-15 | 冯加林 | Yarn nozzle carrying device on Intasia horizontal knitter |
| CN106702585A (en) * | 2016-12-27 | 2017-05-24 | 冯加林 | Movable pressing-yarn plate mechanism used for intarsia knitting on double-needle-plate intarsia cross-knitting machine |
| CN109090739A (en) * | 2018-10-18 | 2018-12-28 | 振德医疗用品股份有限公司 | A kind of knee-pad and its method for weaving |
| CN110409045A (en) * | 2019-08-30 | 2019-11-05 | 深圳市怡诚科技有限公司 | A kind of automatic Pai Sha mechanism |
-
2015
- 2015-07-08 CN CN201520492733.1U patent/CN204982262U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106400290A (en) * | 2016-11-11 | 2017-02-15 | 冯加林 | Yarn nozzle carrying device on Intasia horizontal knitter |
| CN106400290B (en) * | 2016-11-11 | 2019-10-11 | 冯加林 | A kind of yarn mouth carrying device drawn on tower summer flat braiding machine |
| CN106702585A (en) * | 2016-12-27 | 2017-05-24 | 冯加林 | Movable pressing-yarn plate mechanism used for intarsia knitting on double-needle-plate intarsia cross-knitting machine |
| CN106702585B (en) * | 2016-12-27 | 2017-11-07 | 冯加林 | Crosspointer plate, which draws, is used for the movable tension disc mechanism that embossing weaves on tower summer flat braiding machine |
| CN109090739A (en) * | 2018-10-18 | 2018-12-28 | 振德医疗用品股份有限公司 | A kind of knee-pad and its method for weaving |
| CN110409045A (en) * | 2019-08-30 | 2019-11-05 | 深圳市怡诚科技有限公司 | A kind of automatic Pai Sha mechanism |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |