CN208328285U - A kind of system for weaving for flat braiding machine - Google Patents
A kind of system for weaving for flat braiding machine Download PDFInfo
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- CN208328285U CN208328285U CN201820476866.3U CN201820476866U CN208328285U CN 208328285 U CN208328285 U CN 208328285U CN 201820476866 U CN201820476866 U CN 201820476866U CN 208328285 U CN208328285 U CN 208328285U
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Abstract
The utility model relates generally to a kind of system for weaving for flat braiding machine, including left pedestal and Right socle, front and back is symmetrically arranged with two groups of head slide track components between left pedestal and Right socle, is respectively equipped with preceding nose assembly and rear nose assembly on forward and backward two groups of head slide track components；The independent driving device of nose assembly connection one realizes horizontal reciprocating movement afterwards；Nose assembly after preceding nose assembly is connected by head connector；Preceding nose assembly includes that yarn control triangle is cut equipped with rise cam, middle mountain triangle, sealing triangle, density triangular, point finger triangle, upper fixed triangle, elastic trigonometric sum, and rear nose assembly includes being equipped with a point finger triangle, rise cam, middle mountain triangle, density triangular, upper fixed triangle, elastic trigonometric sum to cut yarn control triangle.The design structure is simpler, and gently, energy consumption substantially reduces, and working efficiency is greatly improved, and maintenance and debugging is simple and convenient, is greatly improved the economic benefit of enterprise for stable, load.
Description
Technical field
The utility model relates to a kind of system for weaving for flat braiding machine, belong to technical field of knitting machinery.
Background technique
Braiding of the flat braiding machine for knitted glove, socks and other items, the system for weaving of existing flat braiding machine, structure are multiple
Miscellaneous, transmission and work parts and components are various, cooperate required precision higher between component, not only noise is big during organisation operations, energy
Source consumption is big, and working efficiency is low, braiding speed is slow, once a point tolerance or failure occurs in a certain component, then will lead to whole
There are serious problems in a flat braiding machine, substantially reduces the service life of machine, and repair trouble, and repair cost is high, influences to look forward to
The economic benefit of industry.
Utility model content
To solve the above problems, the utility model provides a kind of system for weaving for flat braiding machine, the design structure
Simpler, gently, energy consumption substantially reduces, and working efficiency is greatly improved, and maintenance and debugging is simple for stable, load
It is convenient, it is greatly improved the economic benefit of enterprise.
To achieve the above objectives, the present invention adopts the following technical solutions:
A kind of system for weaving for flat braiding machine, including left pedestal and Right socle, front and back between left pedestal and Right socle
Two groups of head slide track components are symmetrically arranged with, are respectively equipped with preceding nose assembly and rear head group on forward and backward two groups of head slide track components
Part；The independent driving device of nose assembly connection one realizes horizontal reciprocating movement afterwards；Preceding nose assembly passes through head connector
Nose assembly after connection, nose assembly synchronous reciprocating movement before head connector drives for realizing rear nose assembly；Preceding machine
Head assembly includes equipped with rise cam, middle mountain triangle, sealing triangle, density triangular, point finger triangle, upper fixed triangle, elastic three
Finger a triangle, rise cam, middle mountain triangle, density triangular, upper fixation are divided including being equipped with yarn control triangle, rear nose assembly is cut in angle
Triangle, elastic trigonometric sum cut yarn control triangle.
The preceding nose assembly includes front shroud, is equipped with front shoe on the inside of front shroud, along inlet wire side on front shoe
To be successively coupled equipped with rise cam, middle mountain triangle, sealing triangle, density triangular and point refer to triangle, rise cam, middle mountain
The top of trigonometric sum sealing triangle is equipped with upper fixed triangle, and the top of upper fixed triangle is equipped with elastic triangle, elastic triangle top
Equipped with yarn control triangle is cut, cuts yarn and control triangle for assisting control shear mechanism, a point finger triangle setting position height is lower than it
His triangle, sealing triangle are arranged that position height is identical as point finger triangle, and middle mountain triangle is structure as a whole with sealing triangle, sealing three
Angle thickness is less than middle mountain triangle thickness；Divide and refers to that triangle is fixed on front shoe by screw adjusting.
Spring is equipped on rear side of the elastic triangle, rise cam rear side also equally is provided with spring, starting with elastic triangle
Trigonometric sum elastic triangle is intracavitary up and down in the card perpendicular to fixed plate, remaining triangle is to be fixed in fixed plate,
Elastic triangular surface is successively arranged slope, the first plane and the second plane, is additionally provided with transition between the first plane and the second plane
Slope, the second level be lower than the first plane.
The rear nose assembly includes back shroud, is equipped with rear fixed plate on the inside of back shroud, along inlet wire side on rear fixed plate
Point refer to a triangle, rise cam, middle mountain trigonometric sum density triangular to being successively coupled to be equipped with, rise cam and middle mountain triangle it is upper
Side is equipped with upper fixed triangle, and the top of upper fixed triangle is equipped with elastic triangle, is equipped with above elastic triangle and cuts yarn control triangle, cuts
Yarn controls triangle for assisting control shear mechanism, without sealing triangle, in addition to cutting yarn control triangle, rear head on rear nose assembly
Remaining triangle of component its structure of identical triangle corresponding with preceding nose assembly and mounting means are all identical；Preceding nose assembly is with after
Yarn control its structure of triangle of cutting of nose assembly is mirror image, and then realizes that inlet wire route is symmetrical, but cut the installation of yarn control triangle
Mode is identical.
The head slide track component includes upper slide bar and glidepath, upper slide bar and glidepath be installed on up and down respectively it is left,
On the support slot of Right socle, nose assembly is set between upper slide bar and glidepath, and upper slide bar and glidepath are for positioning its head
The direction that component parallel moves back and forth.
It is equipped with sliding block on rear side of the density triangular, is equipped with density regulating apparatus, sliding block and head cover board with sliding block cooperation
Between be connected with tension spring and realize and tense, density regulating apparatus is moved up and down for controlling sliding block, and then controls density triangular, density
Regulating device includes manual density regulating apparatus and automatic density regulating device.
The manual density regulating apparatus includes turbine and knob, and turbine is coupled with sliding block, is fixed on turbine
Knob, by rotating knob, turbine band movable slider is moved up and down；The turbine is planar spiral structures, and spiral is gradually expanded, spiral shell
Radial facing contradicts sliding block, and band movable slider is mobile.
The automatic density regulating device includes control-rod, and control-rod one end is coupled with sliding block, and control-rod is another
End rotation is fixed on head cover board, and idler wheel is equipped among control-rod, is equipped with interlocking bar in glidepath, interlocking bar is matched with idler wheel
It closes, interlocking bar one end is equipped with driving device, and driving device drives interlocking bar, and interlocking bar gang control lever realizes control sliding block or more
It is mobile.
Several inclined strip grooves are equipped in the interlocking bar, driving device passes through a snail turntable and interlocking bar top
Strip groove be coupled, remaining strip groove be equipped with guiding bolt.
The head connector includes that preceding head connecting rod, rear head connecting rod connect with block, preceding head is fixedly connected with
Extension bar is fixed with one end of rear head connecting rod by being fixedly connected with block, and the other end of preceding head connecting rod is connect with front shroud,
The other end of head connecting rod is connect with back shroud afterwards.
The utility model has the following beneficial effects:
A kind of system for weaving for flat braiding machine, including left pedestal and Right socle, front and back between left pedestal and Right socle
Two groups of head slide track components are symmetrically arranged with, are respectively equipped with preceding nose assembly and rear head group on forward and backward two groups of head slide track components
Part；The independent driving device of nose assembly connection one realizes horizontal reciprocating movement afterwards；Preceding nose assembly passes through head connector
Nose assembly after connection, nose assembly synchronous reciprocating movement before head connector drives for realizing rear nose assembly；Preceding machine
Head assembly includes equipped with rise cam, middle mountain triangle, sealing triangle, density triangular, point finger triangle, upper fixed triangle, elastic three
Finger a triangle, rise cam, middle mountain triangle, density triangular, upper fixation are divided including being equipped with yarn control triangle, rear nose assembly is cut in angle
Triangle, elastic trigonometric sum cut yarn control triangle.The design structure is simpler, and gently, energy consumption drops significantly for stable, load
Low, working efficiency is greatly improved, and maintenance and debugging is simple and convenient, is greatly improved the economic benefit of enterprise.
Detailed description of the invention
Fig. 1 is the three-dimensional structure diagram of the utility model；
Fig. 2 is the three-dimensional structure diagram at another visual angle of the utility model；
Fig. 3 is the perspective view of nose assembly before the utility model；
Fig. 4 is the perspective view of the utility model elastic triangle；
Fig. 5 is the perspective view of nose assembly after the utility model；
Fig. 6 is the perspective view of the utility model density regulating apparatus；
Fig. 7 is the perspective view of another visual angle density regulating apparatus of the utility model；
Fig. 8 is the perspective view of the manual density regulating apparatus of the utility model；
Fig. 9 is the perspective view of the utility model automatic density regulating device.
Figure label: 1, left pedestal；2, Right socle；3, head slide track component；31, upper slide bar；32, glidepath；33, it props up
Support slot；4, preceding nose assembly；41, front shroud；42, front shoe；5, rear nose assembly；51, back shroud；52, rear fixed plate；6,
Driving device；7, head connector；71, preceding head connecting rod；72, rear head connecting rod；73, it is fixedly connected with block；11, starting
Triangle；12, middle mountain triangle；13, sealing triangle；14, density triangular；141, sliding block；142, tension spring；15, divide and refer to triangle；16, on
Fixed triangle；17, elastic triangle；171, spring；172, slope；173, the first plane；174, the second plane；18, yarn control is cut
Triangle；8, density regulating apparatus；81, manual density regulating apparatus；811, turbine；812, knob；82, automatic density adjusts dress
It sets；821, control-rod；822, idler wheel；823, interlocking bar；824, strip groove；825, snail turntable；826, bolt.
Specific embodiment
The utility model can be explained in more detail by following embodiment:
As shown in Fig. 1,2,3,5, a kind of system for weaving for flat braiding machine, including left pedestal 1 and Right socle 2, Zuo Ji
Front and back is symmetrically arranged with two groups of head slide track components 3 between seat 1 and Right socle 2, sets respectively on forward and backward two groups of head slide track components 3
There are preceding nose assembly 4 and rear nose assembly 5；The independent driving device 6 of the connection of nose assembly 5 one realizes horizontal reciprocating movement afterwards；
Nose assembly 5 after preceding nose assembly 4 is connected by head connector 7, head connector 7 is for realizing rear nose assembly 5
4 synchronous reciprocating of nose assembly movement before driving；Preceding nose assembly 4 includes being equipped with rise cam 11, middle mountain triangle 12, sealing triangle
13, density triangular 14, point refer to triangle 15, upper fixed triangle 16, elastic triangle 17 and cut yarn control triangle 18, rear nose assembly 5
Including being equipped with point finger a triangle 15, rise cam 11, middle mountain triangle 12, density triangular 14, upper fixed triangle 16,17 and of elastic triangle
Cut yarn control triangle 18.The design structure is simpler, and gently, energy consumption substantially reduces, and working efficiency obtains for stable, load
It is improved to great, maintenance and debugging is simple and convenient, is greatly improved the economic benefit of enterprise.
As shown in connection with fig. 3, preceding nose assembly 4 includes front shroud 41, is equipped with front shoe 42, preceding fixation on the inside of front shroud 41
It is successively coupled along inlet wire direction equipped with rise cam 11, middle mountain triangle 12, sealing triangle 13,14 and of density triangular on plate 42
Divide and refer to triangle 15, the top of rise cam 11, middle mountain triangle 12 and sealing triangle 13 is equipped with upper fixed triangle 16, upper fixed triangle
16 top is equipped with elastic triangle 17, is equipped with above elastic triangle 17 and cuts yarn control triangle 18, cuts yarn control triangle 18 for auxiliary
Control shear mechanism is helped, a point finger triangle 15 is arranged position height and is lower than other triangles, and sealing triangle 13 is arranged position height and divides
Refer to that triangle 15 is identical, middle mountain triangle 12 is structure as a whole with sealing triangle 13, and it is thick that 13 thickness of sealing triangle is less than middle mountain triangle 12
Degree, the unidirectional starting from rise cam 11 under general state, knitting needle does not work with sealing triangle 13 at this time, when needing sealing to move
When making, stitch is improved with high needle selection stick, line is knitted and is run simultaneously along the track of sealing triangle 13, realize two-way starting, complete
Sealing movement；Divide and refers to that triangle 15 is fixed on front shoe 42 by screw adjusting, point finger triangle 15 and 13 principle of sealing triangle
It is identical, knitting needle is improved with high needle selection stick when needing point finger to act, carries out a point finger job；
As shown in connection with fig. 4, spring 171 is equipped on rear side of elastic triangle 17,11 rear side of rise cam is as with elastic triangle 17
It is intracavitary up and down in the card perpendicular to fixed plate also to be provided with spring 171, rise cam 11 and elastic triangle 17, remaining triangle is equal
To be fixed in fixed plate, 17 surface of elastic triangle is successively arranged slope 172, the first plane 173 and the second plane 174,
The slope 172 of transition is additionally provided between first plane 173 and the second plane 174, when stitch passes through, slope 172 can be needle
Foot plays the role of buffering transition, prevents stitch bending damage, 174 height of the second plane is lower than the first plane 173, when stitch pressure
Firmly when the first plane 173, elastic triangle 17 is in off working state, and the setting of the second plane 174 is in order to prevent due to stitch
There is subtle being uneven to lead to the mistake starting of elastic triangle 17, when stitch passes through elastic triangle 17 completely, stitch is not pushed down
Elastic triangle 17, elastic triangle 17 pops up, in running order, completes the elastic establishment of gloves, socks and other items rib collar
Work.
As shown in connection with fig. 5, rear nose assembly 5 includes back shroud 51, and rear fixed plate 52 is equipped on the inside of back shroud 51, rear fixed
It is successively coupled on plate 52 along inlet wire direction and is equipped with point finger triangle 15, rise cam 11, middle mountain triangle 12 and a density triangular 14,
The top of rise cam 11 and middle mountain triangle 12 is equipped with upper fixed triangle 16, and the top of upper fixed triangle 16 is equipped with elastic triangle
17, it is equipped with above elastic triangle 17 and cuts yarn control triangle 18, cut yarn control triangle 18 for assisting control shear mechanism, rear head
Without sealing triangle 13 on component 5, in addition to cutting yarn control triangle 18, remaining triangle of rear nose assembly 5 is corresponding with preceding nose assembly 4
Its structure of identical triangle and mounting means it is all identical.
Yarn control its structure of triangle 18 of cutting of preceding nose assembly 4 and rear nose assembly 5 is mirror image, and then realizes inlet wire route
Symmetrically, but cut yarn control triangle 18 mounting means it is identical.
Head slide track component 3 includes upper slide bar 31 and glidepath 32, and upper slide bar 31 is installed on up and down respectively with glidepath 32
On the support slot 33 of left and right pedestal 2, nose assembly is set between upper slide bar 31 and glidepath 32, upper slide bar 31 and glidepath 32
The direction moved back and forth in parallel for positioning its head part, prevents head part from shifting；
In conjunction with shown in Fig. 6,7, it is equipped with sliding block 141 on rear side of density triangular 14, is equipped with density regulating apparatus with the cooperation of sliding block 141
8, it is connected with tension spring 142 between sliding block 141 and head cover board and realizes tension, density regulating apparatus 8 is for controlling about 141 sliding block
It is mobile, and then the length of 14 woven stitch of density triangular is controlled, realize the purpose for adjusting count, density regulating apparatus 8 wraps
Include manual density regulating apparatus 818 and automatic density regulating device 828.
As shown in connection with fig. 8, manual density regulating apparatus 818 includes turbine 811 and knob 812, turbine 811 and sliding block 141
It is coupled, knob 812 is fixed on turbine 811, by rotating knob 812, turbine 811 is able to drive on sliding block 141 and moves down
It is dynamic, and then the length of 14 woven stitch of density triangular is controlled, realize the purpose for manually adjusting count.
The turbine 811 is planar spiral structures, and spiral is gradually expanded, and helicoid contradicts sliding block 141, band movable slider 141
It is mobile.
As shown in connection with fig. 9, automatic density regulating device 828 includes control-rod 821, and 821 one end of control-rod is matched with sliding block 141
Installation is closed, the rotation of 821 other end of control-rod is fixed on head cover board, and idler wheel 822, glidepath 32 are equipped among control-rod 821
Interior to be equipped with interlocking bar 823, interlocking bar 823 and idler wheel 822 cooperate, and 823 one end of interlocking bar is equipped with driving device 6, and driving device 6 is driven
Dynamic interlocking bar 823 is mobile, and 823 pushing rolling wheels 822 of interlocking bar, idler wheel 822 jacks up control-rod 821, and control-rod 821 is with movable slider
141 move up and down, and then control the length of 14 woven stitch of density triangular, which is controlled by control computer, realize certainly
The dynamic purpose for adjusting count.
Several inclined strip grooves 824 are equipped in interlocking bar 823, driving device 6 passes through a snail turntable 825 and interlocking bar
The strip groove 824 on 823 tops is coupled, remaining strip groove 824 is equipped with the bolt 826 of guiding, and driving device 6 starts
When, driving device 6 drives interlocking bar 823 mobile towards assigned direction by snail turntable 825.
Head connector 7 includes that preceding head connecting rod 71, rear head connecting rod 72 connect with block 73, preceding head is fixedly connected with
Extension bar 71 is fixed with one end of rear head connecting rod 72 by being fixedly connected with block 73, the other end and front cover of preceding head connecting rod 71
Plate 41 connects, and the other end of rear head connecting rod 72 is connect with back shroud 51, nose assembly 4 before nose assembly 5 drives after realization
Synchronous reciprocating moves together.
Claims (9)
1. a kind of system for weaving for flat braiding machine, it is characterised in that: including left pedestal and Right socle, left pedestal and Right socle
Between front and back be symmetrically arranged with two groups of head slide track components, be respectively equipped on forward and backward two groups of head slide track components before nose assembly and
Nose assembly afterwards；The independent driving device of nose assembly connection one realizes horizontal reciprocating movement afterwards；Preceding nose assembly passes through head
Nose assembly after attachment device connection, nose assembly synchronous reciprocating fortune before head connector drives for realizing rear nose assembly
It is dynamic；Preceding nose assembly include equipped with rise cam, middle mountain triangle, sealing triangle, density triangular, point refer to triangle, upper fixed triangle,
Elastic trigonometric sum cut yarn control triangle, rear nose assembly include be equipped with point refer to a triangle, rise cam, middle mountain triangle, density triangular,
Upper fixed triangle, elastic trigonometric sum cut yarn control triangle；
It is equipped with sliding block on rear side of the density triangular, density regulating apparatus is equipped with sliding block cooperation, between sliding block and head cover board
It is connected with tension spring and realizes tension, density regulating apparatus is moved up and down for controlling sliding block, and then controls density triangular, Auto-regulating System of Density of Heavy Medium
Device includes manual density regulating apparatus and automatic density regulating device.
2. a kind of system for weaving for flat braiding machine according to claim 1, it is characterised in that: the preceding head group
Part includes front shroud, and front shoe is equipped on the inside of front shroud, is successively coupled along inlet wire direction equipped with starting on front shoe
Triangle, middle mountain triangle, sealing triangle, density triangular and point refer to triangle, sets above rise cam, middle mountain trigonometric sum sealing triangle
There is upper fixed triangle, the top of upper fixed triangle is equipped with elastic triangle, is equipped with above elastic triangle and cuts yarn control triangle, cuts yarn control
Triangle processed is for assisting control shear mechanism, and a point finger triangle setting position height is lower than other triangles, and position is arranged in sealing triangle
Height is identical as point finger triangle, and middle mountain triangle is structure as a whole with sealing triangle, and sealing triangle thickness is less than middle mountain triangle thickness；
Divide and refers to that triangle is fixed on front shoe by screw adjusting.
3. a kind of system for weaving for flat braiding machine according to claim 1, it is characterised in that: the elastic triangle
Rear side is equipped with spring, on rear side of rise cam with elastic triangle also equally be provided with spring, rise cam and elastic triangle perpendicular to
The card of fixed plate is intracavitary up and down, remaining triangle is to be fixed in fixed plate, and elastic triangular surface is successively arranged tiltedly
Slope, the first plane and the second plane, are additionally provided with the slope of transition between the first plane and the second plane, the second level is lower than
First plane.
4. a kind of system for weaving for flat braiding machine according to claim 1, it is characterised in that: the rear head group
Part includes back shroud, and rear fixed plate is equipped on the inside of back shroud, is successively coupled on rear fixed plate along inlet wire direction and is equipped with a point finger
The top of triangle, rise cam, middle mountain trigonometric sum density triangular, rise cam and middle mountain triangle is equipped with upper fixed triangle, upper solid
The top for determining triangle is equipped with elastic triangle, is equipped with above elastic triangle and cuts yarn control triangle, cuts yarn control triangle for assisting control
Shear mechanism processed, without sealing triangle, in addition to cutting yarn control triangle, remaining triangle and preceding machine of rear nose assembly on rear nose assembly
Corresponding its structure of identical triangle of head assembly and mounting means are all identical；The yarn of cutting of preceding nose assembly and rear nose assembly controls three
Its structure of angle is mirror image, and then realizes that inlet wire route is symmetrical, but the mounting means for cutting yarn control triangle is identical.
5. a kind of system for weaving for flat braiding machine according to claim 1, it is characterised in that: the head sliding rail
Component includes upper slide bar and glidepath, and upper slide bar and glidepath are installed on the support slot of left and right pedestal up and down respectively, head group
Part is set between upper slide bar and glidepath, and upper slide bar and glidepath are used to position the parallel direction moved back and forth of its head part.
6. a kind of system for weaving for flat braiding machine according to claim 1, it is characterised in that: the manual density
Regulating device includes turbine and knob, and turbine is coupled with sliding block, and knob is fixed on turbine, by rotating knob, turbine
Band movable slider moves up and down；The turbine is planar spiral structures, and spiral is gradually expanded, and helicoid contradicts sliding block, band movable slider
It is mobile.
7. a kind of system for weaving for flat braiding machine according to claim 1, it is characterised in that: the automatic density
Regulating device includes control-rod, and control-rod one end is coupled with sliding block, and the rotation of the control-rod other end is fixed on head cover board,
It is equipped with idler wheel among control-rod, interlocking bar is equipped in glidepath, interlocking bar and idler wheel cooperate, and interlocking bar one end is equipped with driving dress
It sets, driving device drives interlocking bar, and interlocking bar gang control lever realizes that control sliding block moves up and down.
8. a kind of system for weaving for flat braiding machine according to claim 7, it is characterised in that: in the interlocking bar
Equipped with several inclined strip grooves, driving device is coupled by a snail turntable and the strip groove on interlocking bar top, remaining
Strip groove is equipped with the bolt of guiding.
9. a kind of system for weaving for flat braiding machine according to claim 1, it is characterised in that: the head connection
Device includes preceding head connecting rod, rear head connecting rod and is fixedly connected with block, and the one of preceding head connecting rod and rear head connecting rod
End fixed by being fixedly connected with block, the other end of preceding head connecting rod is connect with front shroud, the other end of rear head connecting rod and
Back shroud connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820476866.3U CN208328285U (en) | 2018-04-04 | 2018-04-04 | A kind of system for weaving for flat braiding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820476866.3U CN208328285U (en) | 2018-04-04 | 2018-04-04 | A kind of system for weaving for flat braiding machine |
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| Publication Number | Publication Date |
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| CN208328285U true CN208328285U (en) | 2019-01-04 |
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ID=64780184
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820476866.3U Active CN208328285U (en) | 2018-04-04 | 2018-04-04 | A kind of system for weaving for flat braiding machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108374231A (en) * | 2018-04-04 | 2018-08-07 | 浙江睿丰智能科技有限公司 | A kind of system for weaving for flat braiding machine |
-
2018
- 2018-04-04 CN CN201820476866.3U patent/CN208328285U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108374231A (en) * | 2018-04-04 | 2018-08-07 | 浙江睿丰智能科技有限公司 | A kind of system for weaving for flat braiding machine |
| CN108374231B (en) * | 2018-04-04 | 2024-03-22 | 浙江睿丰智能科技有限公司 | Knitting system for flat knitting machine |
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