CN207244124U - Computerized flat knitting machine mountain plate - Google Patents
Computerized flat knitting machine mountain plate Download PDFInfo
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- CN207244124U CN207244124U CN201721028838.7U CN201721028838U CN207244124U CN 207244124 U CN207244124 U CN 207244124U CN 201721028838 U CN201721028838 U CN 201721028838U CN 207244124 U CN207244124 U CN 207244124U
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- mountain
- degree mesh
- needle track
- butterfly
- triangle
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Abstract
The utility model provides a kind of Computerized flat knitting machine mountain plate so that is sized to adjust with a line adjacent windings, can also complete to weave in different needle tracks, can be worked with segmental structure, fabric changes, and increases stereovision.One of auxiliary degree mesh be located above the upper shield mountain on the left of butterfly mountain and degree mesh triangle, and the needle track that needle track under the degree mesh triangle of butterfly mountain left side, left needle track two, left needle track one, the upper shield mountain on the left of butterfly mountain and reservation are protected between mountain is sequentially communicated；Another auxiliary degree mesh, which is located on the right side of butterfly mountain, to be protected mountain and spends the top of mesh triangle, needle track under the degree mesh triangle of butterfly mountain right side, right needle track two, right needle track one, on the right side of butterfly mountain on protect mountain and retain the needle track protected between mountain and be sequentially communicated；Auxiliary degree mesh is installed on auxiliary degree mesh sliding block；Auxiliary degree mesh rod slide, which is installed on, to be oriented on cushion block, is oriented to cushion block and is fixedly connected on triangle motherboard；Auxiliary degree mesh sliding block is slidably connected on auxiliary degree mesh connecting rod sliding slot；Poke rod one end is connected with auxiliary degree mesh connecting rod, and the other end is connected with stepper motor.
Description
Technical field
It the utility model is related to a kind of Computerized flat knitting machine mountain plate.
Background technology
The Computerized flat knitting machine mountain plate of the prior art, as shown in the Chinese patent of Application No. 201120361313.1, is weaving
When, it cannot be adjusted with a line adjacent windings size, even if mesh is hung in increase, can only also complete to weave in same needle track, can not be segmented
Arrangement works, fabric is unchanged, and stereovision is dull.
Utility model content
The purpose of the utility model is to overcome above-mentioned deficiency existing in the prior art, and a kind of structure design is provided and is closed
The Computerized flat knitting machine mountain plate of reason so that be sized to adjust with a line adjacent windings, can also complete to weave in different needle tracks, Ke Yifen
Segment structure works, and fabric changes, and increases stereovision.
The technical scheme in the invention for solving the above technical problem is：A kind of Computerized flat knitting machine mountain plate, including butterfly mountain, turn over
Pin guide block, upper shield mountain, retain shield mountain, degree mesh triangle, the right side connect pin tabletting, hang mesh tabletting, a left side connects pin tabletting, triangle motherboard；Butterfly mountain,
Upper shield mountain, retain shield mountain, degree mesh triangle, the right side connect pin tabletting, hang mesh tabletting, a left side connects pin tabletting and is installed on triangle motherboard；Turn over
Pin guide block is located at the top on butterfly mountain；It is upper to protect mountain with two as one group, respectively positioned at the left and right sides on butterfly mountain；Retain shield mountain with two
For one group, respectively positioned at the left and right sides on butterfly mountain, and retain shield mountain positioned at the lower section on upper shield mountain；Mesh triangle is spent with two for one
Group, respectively positioned at the left and right sides on butterfly mountain；The right side connect pin tabletting, hang mesh tabletting, a left side connects pin tabletting and is arranged in order, and be respectively positioned on butterfly mountain
Between reservation shield mountain on the right side of the reservation shield mountain in left side and butterfly mountain；It is characterized in that：Further include auxiliary degree mesh, auxiliary degree mesh slides
Component and auxiliary degree mesh drive component；With two for one group, one of auxiliary degree mesh is located at upper on the left of butterfly mountain auxiliary degree mesh
Protect mountain and spend the top of mesh triangle, and the auxiliary degree mesh and this on protect between mountain and form left needle track one, the auxiliary degree mesh and the degree
Form left needle track two between mesh triangle, the lower needle track of the degree mesh triangle on the left of butterfly mountain, left needle track two, left needle track one, on the left of butterfly mountain
Upper shield mountain and retain shield mountain between needle track be sequentially communicated；Another auxiliary degree mesh is located at upper shield mountain and degree mesh on the right side of butterfly mountain
The top of triangle, and the auxiliary degree mesh and this on protect mountain between form right needle track one, between the auxiliary degree mesh and the degree mesh triangle
Form right needle track two, the lower needle track of the degree mesh triangle on the right side of butterfly mountain, right needle track two, right needle track one, the upper shield mountain on the right side of butterfly mountain with
The needle track retained between shield mountain is sequentially communicated；Two auxiliary degree mesh in same group are set in triangle motherboard in splayed；Triangle
Auxiliary degree mesh sliding slot is provided with motherboard, auxiliary degree mesh sliding slot is set with two for one group in splayed, and the two auxiliary degree
Auxiliary degree mesh sliding block is slidably fitted with mesh sliding slot respectively；Auxiliary degree mesh is installed on auxiliary degree mesh sliding block；Auxiliary degree mesh slides
Component includes being oriented to cushion block and auxiliary degree mesh connecting rod, and auxiliary degree mesh rod slide, which is installed on, to be oriented on cushion block, is oriented to cushion block and is fixed
It is connected on triangle motherboard；Inclined auxiliary degree mesh connecting rod sliding slot is provided with auxiliary degree mesh connecting rod, auxiliary degree mesh sliding block slides
It is connected on auxiliary degree mesh connecting rod sliding slot；Auxiliary degree mesh drive component includes poke rod and stepper motor；Poke rod one end with it is auxiliary
Degree of helping mesh connecting rod connects, and the other end is connected with stepper motor.
Auxiliary degree mesh sliding block described in the utility model is slidably connected at auxiliary degree mesh connecting rod by bearing assembling assembly and slides
On groove, bearing assembling assembly includes deep groove ball bearing and bearing rivet, and deep groove ball bearing is installed on auxiliary degree mesh by bearing rivet
On sliding block, deep groove ball bearing is slidably mounted on auxiliary degree mesh connecting rod sliding slot.
The utility model degree of further including mesh inductor, degree mesh inductor are connected with auxiliary degree mesh connecting rod.
Braiding track one on the utility model triangle motherboard from right to left sequentially passes through the upper Hu Shan and guarantor on the right side of butterfly mountain
Stay needle track between the needle track between shield mountain, the lower needle track of the degree mesh triangle on the right side of butterfly mountain, butterfly mountain and degree mesh triangle on the right side of it,
The lower needle track of degree mesh triangle on the left of needle track, butterfly mountain between needle overturning guide block and butterfly mountain, left needle track two, left needle track one, butterfly mountain are left
Needle track between the upper shield mountain and reservation shield mountain of side；
Braiding track one on triangle motherboard from left to right sequentially passes through the upper shield mountain on the left of butterfly mountain and retains and protects between mountain
Needle track, the lower needle track of degree mesh triangle on the left of butterfly mountain, the needle track between butterfly mountain and degree mesh triangle on the left of it, needle overturning guide block with
The upper shield mountain on the right side of the lower needle track for spending mesh triangle, right needle track two, right needle track one, butterfly mountain on the right side of needle track, butterfly mountain between butterfly mountain
With retaining the needle track protected between mountain.
Braiding track two on the utility model triangle motherboard from right to left sequentially passes through the upper Hu Shan and guarantor on the right side of butterfly mountain
Stay needle track between the needle track between shield mountain, the lower needle track of the degree mesh triangle on the right side of butterfly mountain, butterfly mountain and degree mesh triangle on the right side of it,
Auxiliary degree on the left of the lower needle track of degree mesh triangle on the left of the needle track of shaped form between needle overturning guide block and butterfly mountain, butterfly mountain, butterfly mountain
Needle track between mesh and degree mesh triangle, the auxiliary degree mesh on the left of butterfly mountain and the needle track between upper shield mountain, the upper shield mountain on the left of butterfly mountain
With retaining the needle track protected between mountain；
Braiding track two on triangle motherboard from left to right sequentially passes through the upper shield mountain on the left of butterfly mountain and retains and protects between mountain
Needle track, the lower needle track of degree mesh triangle on the left of butterfly mountain, the needle track between butterfly mountain and degree mesh triangle on the left of it, needle overturning guide block with
Auxiliary degree mesh and degree mesh three on the right side of the lower needle track of degree mesh triangle on the right side of the needle track of shaped form between butterfly mountain, butterfly mountain, butterfly mountain
Auxiliary degree mesh on the right side of needle track, butterfly mountain and the needle track between upper shield mountain, the upper shield mountain on the right side of butterfly mountain between angle is with retaining shield mountain
Between needle track.
The utility model compared with prior art, has the following advantages and effect：
1st, auxiliary degree target structure and its motion mode, add the variable needle track of spacing so that with a line adjacent lines
Circle is sized to adjust, and can also complete to weave in different needle tracks, can be worked with segmental structure, fabric changes, and increases stereovision.
2nd, realize auxiliary degree purpose oriented sliding by degree of auxiliary mesh drive component and auxiliary degree mesh slide assemblies, and slide
Adjusting can arbitrarily be coordinated, process can be simplified, reduce cost, braid movement can be completed in different needle tracks, and practicality is high, should
It is wide with scope, the different braidings for requiring fabric have been adapted to, can also complete the braiding of the fabric of multi-level density；
3rd, oriented sliding of the auxiliary degree mesh in fixation locus, ensure that the stationarity of action, ensure that the reliable of braiding
Property, improve establishment efficiency；
4th, availability mesh inductor realizes that the zero-bit of auxiliary degree mesh drive component is found, and the small control accuracy of error is high, into one
Step improves the quality of fabric.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model embodiment.
Fig. 2 is the partial structural diagram one faced of the utility model embodiment, in figure arrow line for auxiliary hanging mesh with
The Cam Track of establishment mixing pin.
Fig. 3 is the partial structural diagram two faced of the utility model embodiment, and arrow line is braiding and auxiliary in figure
Spend the Cam Track of mesh mixing pin.
Fig. 4 is that the structure that the deep groove ball bearing of the utility model embodiment is slidably mounted in auxiliary degree mesh connecting rod sliding slot is shown
It is intended to one.
Fig. 5 is that the structure that the deep groove ball bearing of the utility model embodiment is slidably mounted in auxiliary degree mesh connecting rod sliding slot is shown
The position that two, Fig. 5 of intention compares deep groove ball bearing with Fig. 4 is changed.
Embodiment
Below in conjunction with the accompanying drawings and the utility model is described in further detail by embodiment, and following embodiments are pair
The explanation of the utility model and the utility model is not limited to following embodiments.
Referring to Fig. 1-Fig. 5, the utility model includes butterfly mountain 1, needle overturning guide block 2, upper shield mountain 3, reservation shield mountain 4, degree mesh triangle
5th, auxiliary degree mesh 6, gear pin triangle 7, the right side connect pin tabletting 8, hang mesh tabletting 9, a left side connects pin tabletting 10, triangle motherboard 11, degree mesh sensing
Device 20, auxiliary degree mesh slide assemblies and auxiliary degree mesh drive component.
Butterfly mountain 1, needle overturning guide block 2, upper shield mountain 3, reservation shield mountain 4, degree mesh triangle 5, auxiliary degree mesh 6, gear pin triangle 7, the right side connect
Pin tabletting 8, hang mesh tabletting 9, a left side connects pin tabletting 10 and is installed on triangle motherboard 11.
Needle overturning guide block 2 is located at the top on butterfly mountain 1.
It is upper to protect mountain 3 with two as one group, respectively positioned at the left and right sides on butterfly mountain 1.
Retain shield mountain 4 with two for one group, respectively positioned at the left and right sides on butterfly mountain 1, and retain shield mountain 4 positioned at upper shield mountain 3
Lower section.
Mesh triangle 5 is spent with two for one group, respectively positioned at the left and right sides on butterfly mountain 1.
Pin triangle 7 is kept off positioned at the top of butterfly mountain 1.
The right side connect pin tabletting 8, hang mesh tabletting 9, a left side connects pin tabletting 10 and is arranged in order, and be respectively positioned on the reservation shield in the left side of butterfly mountain 1
Between mountain 4 and the reservation shield mountain 7 on the right side of butterfly mountain 1.
Auxiliary degree mesh 6 is with two for one group, and one of auxiliary degree mesh 6 is positioned at the upper shield mountain 3 in the left side of butterfly mountain 1 and degree mesh three
The top at angle 5, and the auxiliary degree mesh 6 and this on protect between mountain 3 and form left needle track one, the auxiliary degree mesh 6 and the degree mesh triangle 5 it
Between form left needle track two；Another auxiliary degree mesh 6 is located at the upper shield mountain 3 on the right side of butterfly mountain 1 and the top of degree mesh triangle 5, and this is auxiliary
Degree of helping mesh 6 and this on protect mountain 3 between form right needle track one, form right needle track two between the auxiliary degree mesh 6 and the degree mesh triangle 5.
The two auxiliary degree mesh 6 are set in triangle motherboard 1 in splayed.
Auxiliary degree mesh sliding slot 18 is provided with triangle motherboard 1, auxiliary degree mesh sliding slot 18, for one group, is set with two in splayed
Put,
And auxiliary degree mesh sliding block 14 is slidably fitted with respectively in the two auxiliary degree mesh sliding slots 18.Auxiliary degree mesh 6 is installed on
On auxiliary degree mesh sliding block 14.
Auxiliary degree mesh slide assemblies include being oriented to cushion block 12 and auxiliary degree mesh connecting rod 13, and auxiliary degree mesh connecting rod 13 is slidably installed
On cushion block 8 is oriented to, it is oriented to cushion block 8 and is fixedly connected on triangle motherboard 1.Inclined auxiliary is provided with auxiliary degree mesh connecting rod 13
Mesh connecting rod sliding slot 19 is spent, auxiliary degree mesh sliding block 14 is slidably connected on auxiliary degree mesh connecting rod sliding slot 19 by bearing assembling assembly,
Bearing assembling assembly includes spring washer 15, deep groove ball bearing 16 and bearing rivet 17, and bearing rivet 17 is by 15 He of spring washer
Deep groove ball bearing 16 is installed on auxiliary degree mesh sliding block 14, and deep groove ball bearing 16 is slidably mounted on auxiliary degree mesh connecting rod sliding slot 19
On.
Degree mesh inductor 20 for finding zero-bit is connected by inductor installed part 21 with auxiliary degree mesh connecting rod 13.When being
During system initialization, the searching of zero-bit is realized by spending mesh inductor 20.
Auxiliary degree mesh drive component includes poke rod 23 and stepper motor 22.
23 one end of poke rod is connected with auxiliary degree mesh connecting rod 13, and the other end is connected with stepper motor 22,22 band of stepper motor
Dynamic poke rod 23 is swung, and poke rod 23 moves back and forth horizontally with dynamic auxiliary degree mesh connecting rod 13, due to auxiliary degree mesh connecting rod sliding slot 19
It is inclined, auxiliary degree mesh connecting rod sliding slot 19 passes through bearing assembling assembly band dynamic auxiliary during auxiliary degree mesh connecting rod 13 moves
Degree mesh sliding block 14 moves in auxiliary degree mesh sliding slot 18, and auxiliary degree mesh sliding block 14 does displacement with dynamic auxiliary degree mesh 6；Pass through step
The rotational angle of stepper motor 22 controls the sliding stroke of auxiliary degree mesh connecting rod 13, so as to control the station of auxiliary degree mesh 6, thus
Realize the random adjusting of auxiliary degree mesh 6, driving effect is good.
As shown in Fig. 2, the braiding track on triangle motherboard 1 from right to left sequentially passes through the upper shield mountain 3 on the right side of butterfly mountain 1 with protecting
Stay the needle track between shield mountain 4, the lower needle track for spending mesh triangle 5 on the right side of butterfly mountain 1, butterfly mountain 1 and spending between mesh triangle 5 on the right side of it
Lower needle track, left needle track two, the left needle track of the degree mesh triangle 5 of needle track, the left side of butterfly mountain 1 between needle track, needle overturning guide block 2 and butterfly mountain 1
First, the needle track between the upper shield mountain 3 in the left side of butterfly mountain 1 and reservation shield mountain 4；
Braiding track on triangle motherboard 1 from left to right sequentially pass through the upper shield mountain 3 in the left side of butterfly mountain 1 with retain shield mountain 4 it
Between needle track, the lower needle track of degree mesh triangle 5 in the left side of butterfly mountain 1, the needle track between butterfly mountain 1 and degree mesh triangle 5 on the left of it, needle overturning
The lower needle track of the degree mesh triangle 5 of needle track, the right side of butterfly mountain 1 between guide block 2 and butterfly mountain 1, right needle track two, right needle track one, butterfly mountain 1 are right
Needle track between the upper shield mountain 3 and reservation shield mountain 4 of side；
A, when auxiliary hanging mesh spring needle walks H by a needle selection are walked by secondary needle selection when weaving spring needle, wherein
A left side connects pin tabletting 10 and lifts, and hangs mesh tabletting 9 and the right side connects pin tabletting 8 and depresses.
As shown in figure 3, the braiding track on triangle motherboard 1 sequentially passes through the upper shield mountain 3 on the right side of butterfly mountain 1 with protecting from right to left
Stay the needle track between shield mountain 4, the lower needle track for spending mesh triangle 5 on the right side of butterfly mountain 1, butterfly mountain 1 and spending between mesh triangle 5 on the right side of it
The needle track of shaped form between needle track, needle overturning guide block 2 and butterfly mountain 1, the lower needle track of the degree mesh triangle 5 in the left side of butterfly mountain 1, butterfly mountain 1 are left
Needle track, butterfly between the auxiliary degree mesh 6 of needle track, the left side of butterfly mountain 1 between the auxiliary degree mesh 6 and degree mesh triangle 5 of side and upper shield mountain 3
Needle track between the upper shield mountain 3 and reservation shield mountain 4 in the left side of mountain 1；
Braiding track on triangle motherboard 1 from left to right sequentially pass through the upper shield mountain 3 in the left side of butterfly mountain 1 with retain shield mountain 4 it
Between needle track, the lower needle track of degree mesh triangle 5 in the left side of butterfly mountain 1, the needle track between butterfly mountain 1 and degree mesh triangle 5 on the left of it, needle overturning
The needle track of shaped form between guide block 2 and butterfly mountain 1, the lower needle track of the degree mesh triangle 5 on the right side of butterfly mountain 1, the auxiliary degree on the right side of butterfly mountain 1
On the right side of needle track, butterfly mountain 1 between the auxiliary degree mesh 6 of needle track, the right side of butterfly mountain 1 between mesh 6 and degree mesh triangle 5 and upper shield mountain 3
Needle track between upper shield mountain 3 and reservation shield mountain 4；
A, when auxiliary hanging mesh spring needle walks H by a needle selection are walked by secondary needle selection when weaving spring needle, wherein
A left side connects pin tabletting 10 and lifts, and hangs mesh tabletting 9 and the right side connects pin tabletting 8 and depresses.
Above content described in this specification is only to the utility model structure example explanation；Moreover,
The title that the utility model each several part is taken can not also be same, all constructions according to described in the utility model patent concept, feature and
The equivalent or simple change that principle is done, is included in the protection domain of the utility model patent.
Claims (5)
1. a kind of Computerized flat knitting machine mountain plate, including butterfly mountain, needle overturning guide block, upper shield mountain, retain shield mountain, degree mesh triangle, the right side connect pin tabletting,
Hang mesh tabletting, a left side connects pin tabletting, triangle motherboard；Butterfly mountain, upper shield mountain, reservation shield mountain, degree mesh triangle, the right side connect pin tabletting, hang mesh pressure
Piece, a left side connect pin tabletting and are installed on triangle motherboard；Needle overturning guide block is located at the top on butterfly mountain；Upper shield mountain, for one group, is divided with two
Not Wei Yu butterfly mountain the left and right sides；Retain shield mountain with two for one group, respectively positioned at the left and right sides on butterfly mountain, and retain shield mountain position
In the lower section on upper shield mountain；Mesh triangle is spent with two for one group, respectively positioned at the left and right sides on butterfly mountain；The right side connects pin tabletting, hangs mesh pressure
Piece, a left side connect pin tabletting and are arranged in order, and are respectively positioned between the reservation shield mountain on the right side of reservation shield mountain and butterfly mountain on the left of butterfly mountain；It is special
Sign is：Further include auxiliary degree mesh, auxiliary degree mesh slide assemblies and auxiliary degree mesh drive component；Auxiliary degree mesh is with two for one
Group, one of auxiliary degree mesh are located at the upper shield mountain on the left of butterfly mountain and the top of degree mesh triangle, and the auxiliary degree mesh and shield on this
Left needle track one is formed between mountain, forms left needle track two between the auxiliary degree mesh and the degree mesh triangle, the degree mesh triangle on the left of butterfly mountain
Lower needle track, left needle track two, left needle track one, the upper shield mountain on the left of butterfly mountain and the needle track that retains between shield mountain be sequentially communicated；It is another
A auxiliary degree mesh is located at upper shield mountain on the right side of butterfly mountain and the top of degree mesh triangle, and the auxiliary degree mesh and this on protect between mountain and formed
Right needle track one, forms right needle track two between the auxiliary degree mesh and the degree mesh triangle, the lower needle track of the degree mesh triangle on the right side of butterfly mountain, the right side
Needle track two, right needle track one, the upper shield mountain on the right side of butterfly mountain and the needle track that retains between shield mountain are sequentially communicated；Two in same group are auxiliary
Degree of helping mesh is set in triangle motherboard in splayed；Auxiliary degree mesh sliding slot is provided with triangle motherboard, auxiliary degree mesh sliding slot is with two
For one group, set in splayed, and auxiliary degree mesh sliding block is slidably fitted with respectively in the two auxiliary degree mesh sliding slots；Auxiliary degree mesh
On auxiliary degree mesh sliding block；Auxiliary degree mesh slide assemblies include being oriented to cushion block and auxiliary degree mesh connecting rod, auxiliary degree mesh connecting rod
It is slidably mounted on and is oriented on cushion block, is oriented to cushion block and is fixedly connected on triangle motherboard；It is provided with auxiliary degree mesh connecting rod inclined
Auxiliary degree mesh connecting rod sliding slot, auxiliary degree mesh sliding block are slidably connected on auxiliary degree mesh connecting rod sliding slot；Auxiliary degree mesh drive component bag
Include poke rod and stepper motor；Poke rod one end is connected with auxiliary degree mesh connecting rod, and the other end is connected with stepper motor.
2. Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：The auxiliary degree mesh sliding block is filled by bearing
Distribution assembly is slidably connected on auxiliary degree mesh connecting rod sliding slot, and bearing assembling assembly includes deep groove ball bearing and bearing rivet, bearing
Deep groove ball bearing is installed on auxiliary degree mesh sliding block by rivet, and deep groove ball bearing is slidably mounted on auxiliary degree mesh connecting rod sliding slot.
3. Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：Degree of further including mesh inductor, spends mesh inductor
It is connected with auxiliary degree mesh connecting rod.
4. Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：
Braiding track one on triangle motherboard from right to left sequentially passes through the upper shield mountain on the right side of butterfly mountain and retains the pin between shield mountain
Needle track, needle overturning guide block and butterfly mountain between the lower needle track for spending mesh triangle, butterfly mountain on the right side of road, butterfly mountain and the degree mesh triangle on the right side of it
Between needle track, the lower needle track of degree mesh triangle on the left of butterfly mountain, left needle track two, left needle track one, the upper Hu Shan on the left of butterfly mountain is with protecting
Stay the needle track between shield mountain；
Braiding track one on triangle motherboard from left to right sequentially passes through the upper shield mountain on the left of butterfly mountain and retains the pin between shield mountain
Needle track, needle overturning guide block and butterfly mountain between the lower needle track for spending mesh triangle, butterfly mountain on the left of road, butterfly mountain and the degree mesh triangle on the left of it
Between needle track, the lower needle track of degree mesh triangle on the right side of butterfly mountain, right needle track two, right needle track one, the upper Hu Shan on the right side of butterfly mountain is with protecting
Stay the needle track between shield mountain.
5. Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：
Braiding track two on triangle motherboard from right to left sequentially passes through the upper shield mountain on the right side of butterfly mountain and retains the pin between shield mountain
Needle track, needle overturning guide block and butterfly mountain between the lower needle track for spending mesh triangle, butterfly mountain on the right side of road, butterfly mountain and the degree mesh triangle on the right side of it
Between the needle track of shaped form, the lower needle track of degree mesh triangle on the left of butterfly mountain, auxiliary degree mesh and degree mesh triangle on the left of butterfly mountain it
Between needle track, the auxiliary degree mesh on the left of butterfly mountain and it is upper shield mountain between needle track, the upper shield mountain on the left of butterfly mountain and retain shield mountain between
Needle track；
Braiding track two on triangle motherboard from left to right sequentially passes through the upper shield mountain on the left of butterfly mountain and retains the pin between shield mountain
Needle track, needle overturning guide block and butterfly mountain between the lower needle track for spending mesh triangle, butterfly mountain on the left of road, butterfly mountain and the degree mesh triangle on the left of it
Between the needle track of shaped form, the lower needle track of degree mesh triangle on the right side of butterfly mountain, auxiliary degree mesh and degree mesh triangle on the right side of butterfly mountain it
Between needle track, the auxiliary degree mesh on the right side of butterfly mountain and it is upper shield mountain between needle track, the upper shield mountain on the right side of butterfly mountain and retain shield mountain between
Needle track.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721028838.7U CN207244124U (en) | 2017-08-17 | 2017-08-17 | Computerized flat knitting machine mountain plate |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721028838.7U CN207244124U (en) | 2017-08-17 | 2017-08-17 | Computerized flat knitting machine mountain plate |
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| Publication Number | Publication Date |
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| CN207244124U true CN207244124U (en) | 2018-04-17 |
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ID=61880621
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107326519A (en) * | 2017-08-17 | 2017-11-07 | 桐乡市强隆机械有限公司 | A kind of Computerized flat knitting machine mountain plate |
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2017
- 2017-08-17 CN CN201721028838.7U patent/CN207244124U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107326519A (en) * | 2017-08-17 | 2017-11-07 | 桐乡市强隆机械有限公司 | A kind of Computerized flat knitting machine mountain plate |
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