CN207878009U - A kind of dual system Computerized flat knitting machine mountain plate - Google Patents
A kind of dual system Computerized flat knitting machine mountain plate Download PDFInfo
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- CN207878009U CN207878009U CN201721911648.XU CN201721911648U CN207878009U CN 207878009 U CN207878009 U CN 207878009U CN 201721911648 U CN201721911648 U CN 201721911648U CN 207878009 U CN207878009 U CN 207878009U
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- 238000010586 diagram Methods 0.000 description 4
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Abstract
The utility model is related to a kind of dual system Computerized flat knitting machine mountain plate, auxiliary degree mesh and auxiliary degree mesh transmission mechanism are provided on triangle motherboard；Auxiliary degree mesh transmission mechanism includes auxiliary degree mesh motor, motor cabinet, auxiliary degree mesh draw runner, draw runner gear, draw runner fixed seat, auxiliary degree mesh clip and auxiliary degree mesh sliding block；Motor cabinet is fixed on triangle motherboard；Auxiliary degree mesh motor is fixedly connected on motor cabinet；The output shaft of auxiliary degree mesh motor is connect with draw runner gear；Draw runner gear is connected by meshing transmission with auxiliary degree mesh draw runner；The both sides of two groups of splayed sliding slots are respectively set for one group with two in four auxiliary degree mesh clips, and are fixedly connected on triangle motherboard, and rotation strip is connected with auxiliary degree mesh sliding block；Draw runner fixed seat is fixedly connected on triangle motherboard, and auxiliary degree mesh draw runner is placed in draw runner fixed seat, and is placed in the holding tank of auxiliary degree mesh clip.Auxiliary degree mesh transmission mechanism in the utility model has the characteristics that precision is high, it is simple to adjust simple and drive mechanism.
Description
Technical field
The utility model is related to knitting technology fields, in particular, being related to a kind of dual system Computerized flat knitting machine mountain plate.
Background technology
Straight-bar machines mountain plate is one of important component of Computerized flat knitting machine at present, to the quality important of knitting.It is existing double
That there are structures is not compact for system straight-bar machines mountain plate, working efficiency is low, transmission is unstable, noise is big, elastic nonadjustable disadvantage of hanging mesh,
In addition, auxiliary degree mesh drive mechanism has that structure design is unreasonable, precision is low.
Such as application No. is 2017107048081 Chinese invention patents：A kind of Computerized flat knitting machine mountain plate, in the technical solution
Auxiliary degree mesh drive mechanism is designed as：It is oriented to cushion block to be arranged on triangle motherboard, auxiliary degree mesh rod slide is arranged in guiding pad
On block, inclined auxiliary degree mesh connecting rod sliding slot is provided on auxiliary degree mesh connecting rod, auxiliary degree mesh sliding block is slidably connected at auxiliary degree
On mesh connecting rod sliding slot, auxiliary degree mesh sliding block is connected with auxiliary degree mesh, and motor connects poke rod, and poke rod and auxiliary degree mesh connecting rod connect
It connects, is moved by motor band dynamic auxiliary degree mesh connecting rod, and then with dynamic auxiliary degree mesh oriented sliding, there are following for such drive mechanism
Problem：1, it is oriented to cushion block to be fixed by screws on triangle motherboard, screw absent-mindedness, easily causes the movement of auxiliary degree mesh connecting rod and occur partially
Difference, and then influence auxiliary degree purpose transmission accuracy；2, it is driven by designing inclined auxiliary degree mesh connecting rod sliding slot and is located at it
Interior auxiliary degree mesh sliding block displacement, in practical process, sliding slot is easy to wear, causes control accuracy not high.
Utility model content
The purpose of the utility model is to overcome above-mentioned deficiencies existing in the prior art, and provide a kind of structure design conjunction
Reason, stable drive, the dual system Computerized flat knitting machine mountain plate of auxiliary degree mesh high transmission accuracy.
The technical scheme in the invention for solving the above technical problem is：
A kind of dual system Computerized flat knitting machine mountain plate, including triangle motherboard and needle selection motherboard, triangle motherboard are connected with needle selection motherboard
Mountain board bottom plate is formed together；It is provided on triangle motherboard in a shield mountain left side, needle overturning triangle one, sharp mountain one, upper shield mountain, sharp mountain
Two, needle overturning triangle two, the upper shield mountain right side, a back-stitching cam left side, a No.1 degree mesh triangle left side, knitting cam one, the No.1 degree mesh triangle right side, peach
Shape Hu Shan, No. two degree mesh triangles are left, two, No. two degree mesh triangles of knitting cam are right, the back-stitching cam right side, dish mountain one, dish mountain two, hang mesh
Leg pressing connects needle leg pressing, does not knit tabletting, a reservation shield mountain left side, retain the shield mountain right side, retain and protect in mountain；A upper shield mountain left side, sharp mountain one, upper shield
In mountain, sharp mountain two and the upper shield mountain right side set gradually from a left side from the right side；Upper shield mountain is left, back-stitching cam is left and retains a shield mountain left side from top to bottom
It sets gradually；Upper shield mountain is right, back-stitching cam is right and retains the shield mountain right side sets gradually from top to bottom；Needle overturning triangle one is arranged in Jian Shan
One lower section；Knitting cam one is located at the lower section of needle overturning triangle one；Dish mountain one is located at the lower section of knitting cam one；Needle overturning triangle two
Lower section on sharp mountain two is set；Knitting cam two is located at the lower section of needle overturning triangle two；Dish mountain two is located at the lower section of knitting cam two；
A No.1 degree mesh triangle left side and No.1 degree mesh triangle is right is arranged in the both sides of knitting cam one；A No. two degree mesh triangle left sides and No. two degree mesh
Triangle is right to be arranged in the both sides of knitting cam two；Peach-shaped shield mountain is located between the No.1 degree mesh triangle right side and a No. two degree mesh triangle left sides,
Retain the lower section for being arranged in shield mountain and protecting mountain in peach-shaped；The lower section on dish mountain one and dish mountain two, which is both provided with, hangs mesh leg pressing, connects needle leg pressing
Tabletting is not knitted, wherein hang mesh leg pressing and to connect needle leg pressing horizontally disposed, tabletting is not knitted and is located at and hang mesh leg pressing and connect under needle leg pressing
Side；It is provided on needle selection motherboard in left long shield mountain, long shield mountain one, long shield mountain, long shield mountain two, long shield mountain are right, small red flag one, small red
Flag two, No.1 push pin that triangle is left, No.1 is pushed pin, and triangle is right, No. two triangles of pushing pin are left, No. two triangles of pushing pin are right, a lower shield mountain left side, under
Protect in mountain, the lower shield mountain right side, resetting guide block one and resetting guide block two；A long shield mountain left side, length are protected in mountain one, long shield mountain, length protects mountain two,
The long shield mountain right side is set gradually from a left side from the right side；Small red flag one is located at the lower section on a long shield mountain left side, under small red flag two is right positioned at long shield mountain
Side；Lower shield mountain is left, in lower shield mountain, the lower shield mountain right side is successively set on from a left side from the right side from needle selection motherboard lower edges；Resetting guide block one
Junction in a lower shield mountain left side and lower shield mountain is set；Resetting guide block two is arranged in lower shield mountain and the junction on the lower shield mountain right side；
No.1 is pushed pin, and triangle is left, No.1 is pushed pin, and triangle is right, No. two triangles of pushing pin are left, No. two triangle right sides of pushing pin are successively set on from a left side from the right side
On needle selection motherboard；It is characterized in that：Be additionally provided on triangle motherboard left No.1 auxiliary degree mesh, the No.1 auxiliary degree mesh right side, No. two it is auxiliary
Degree of helping mesh is left, No. two auxiliary degree mesh are right and auxiliary degree mesh transmission mechanism；Auxiliary degree mesh transmission mechanism includes that auxiliary degree mesh electricity is mechanical, electrical
Engine base, auxiliary degree mesh draw runner, draw runner gear, draw runner fixed seat, four auxiliary degree mesh clips and four auxiliary degree mesh sliding blocks；Auxiliary
The one end for spending mesh draw runner is rack structure, and from one end with rack structure, the structure of auxiliary degree mesh draw runner is followed successively by first
Straight portion, the first projection portion, the second straight portion, the second projection portion, third straight portion and third protrusion part；It is auxiliary
Holding tank is provided on degree of helping mesh clip, the side of holding tank is provided with fixing axle, rotation strip is housed in fixing axle；Triangle motherboard
On be provided with two groups of splayed sliding slots, first group of splayed sliding slot is arranged in the both sides of needle overturning triangle one, and second group of splayed is slided
Slot is arranged in the both sides of needle overturning triangle two；Auxiliary degree mesh sliding block is slidably mounted in splayed sliding slot；A No.1 auxiliary degree mesh left side, one
Number auxiliary degree mesh is right, No. two auxiliary degree mesh are left and No. two auxiliary degree mesh right sides and four auxiliary degree mesh sliding blocks one-to-one correspondence, and fixes
Connection；Motor cabinet is fixed on triangle motherboard；Auxiliary degree mesh motor is fixedly connected on motor cabinet；The output of auxiliary degree mesh motor
Axis is connect with draw runner gear；The gear parts of draw runner gear are engaged transmission with the rack structure on auxiliary degree mesh draw runner and connect
It connects；The both sides of two groups of splayed sliding slots are respectively set for one group with two in four auxiliary degree mesh clips, and are fixedly connected on triangle
On motherboard, one end of rotation strip is connect with auxiliary degree mesh sliding block；Draw runner fixed seat is fixedly connected on triangle motherboard, auxiliary degree
The sliding of mesh draw runner is placed in draw runner fixed seat, and is placed in the holding tank of four auxiliary degree mesh clips.
Preferably, auxiliary degree mesh motor described in the utility model is stepper motor.
Preferably, motor cabinet described in the utility model is fixed to by screw on triangle motherboard.
Preferably, the width of triangle motherboard described in the utility model is 300mm.
Preferably, being also fixedly connected on triangle motherboard described in the utility model there are three guide positioning plate, setting exists
The both sides of auxiliary degree mesh draw runner.
The utility model compared with prior art, has the following advantages and effect：
1, using the driving auxiliary degree mesh draw runner movement of draw runner gear in auxiliary degree mesh transmission mechanism, by the way that auxiliary degree mesh is arranged
Clip, and then auxiliary degree mesh is driven to be oriented movement, has that precision is high, adjusting is simple and entire drive mechanism is simply special
Point；
2, the width of dual system mountain board bottom plate reduces 40mm, overall structure compared to the baseplate width of existing dual system
Compacter, head weight mitigates, and working efficiency improves.
Description of the drawings
Fig. 1 is the positive structure schematic of the utility model embodiment straight-bar machines mountain plate.
Fig. 2 is the structure schematic diagram of the utility model embodiment straight-bar machines mountain plate.
Fig. 3 is the structural schematic diagram of auxiliary degree mesh transmission mechanism in the utility model embodiment.
Fig. 4 is the structural schematic diagram of auxiliary degree mesh draw runner in the utility model embodiment.
Fig. 5 is the structural schematic diagram of auxiliary degree mesh clip in the utility model embodiment.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings and by embodiment, and following embodiment is pair
The explanation of the utility model and the utility model is not limited to following embodiment.
Embodiment.
Referring to Fig. 1 to Fig. 5.
A kind of dual system Computerized flat knitting machine of the utility model embodiment mountain plate, including triangle motherboard 1 and needle selection motherboard 2, triangle
Motherboard 1 and needle selection motherboard 2, which link together, forms mountain board bottom plate.
A shield mountain left side 3, needle overturning triangle 1, sharp mountain 1, upper shield are provided on the utility model embodiment intermediate cam motherboard 1
8 in mountain, sharp mountain 2 10, needle overturning triangle 2 11, the upper shield mountain right side 13, a back-stitching cam left side 14, a No.1 degree mesh triangle left side 15, knitting cam
One 16,2 20, No. two the No.1 degree mesh triangle right side 17, the degree mesh triangle left side 19 of peach-shaped shield mountain 18, two, knitting cam degree mesh triangles are right
21, the back-stitching cam right side 22, dish mountain 1, dish mountain 2 24, hang mesh leg pressing 25, connect needle leg pressing 26, not knitting that tabletting 27, to retain shield mountain left
28, retain shield the mountain right side 29, retain shield mountain in 46, a No.1 auxiliary degree mesh left side 4, the auxiliary degree mesh left side 9 of the No.1 auxiliary degree mesh right side 7, two,
No. two auxiliary degree mesh right sides 12 and auxiliary degree mesh transmission mechanism.
In the utility model embodiment in a upper shield mountain left side 3, sharp mountain 1, upper shield mountain 8, point mountain 2 10 and the upper shield mountain right side 13 from
A left side is set gradually from the right side.A upper shield mountain left side 3, a back-stitching cam left side 14 and a reservation shield mountain left side 28 are set gradually from top to bottom.Upper shield mountain is right
13, the back-stitching cam right side 22 and the reservation shield mountain right side 29 are set gradually from top to bottom.The lower section on sharp mountain 1 is arranged in needle overturning triangle 1；
Knitting cam 1 is located at the lower section of needle overturning triangle 1；Dish mountain 1 is located at the lower section of knitting cam 1.Needle overturning triangle 2 11
Lower section on sharp mountain 2 10 is set；Knitting cam 2 20 is located at the lower section of needle overturning triangle 2 11；Dish mountain 2 24 is located at knitting cam
2 20 lower section.A No.1 degree mesh triangle left side 15 and the No.1 degree mesh triangle right side 17 are arranged in the both sides of knitting cam 1；No. two degree
A mesh triangle left side 19 and No. two degree mesh triangle right sides 21 are arranged in the both sides of knitting cam 2 20.Peach-shaped shield mountain 18 is located at No.1 degree mesh three
Between the angle right side 17 and a No. two degree mesh triangle left sides 19,46 are arranged the lower section that mountain 18 is protected in peach-shaped in reservation shield mountain.Dish mountain 1 and dish
The lower section on mountain 2 24, which is both provided with, hangs mesh leg pressing 25, connects needle leg pressing 26 and does not knit tabletting 27, wherein hanging mesh leg pressing 25 and connecing needle pressure
Leg 26 is horizontally disposed, does not knit tabletting 27 and is located to hang and mesh leg pressing 25 and connects the lower section of needle leg pressing 26.
Be provided on needle selection motherboard 2 in the utility model embodiment 32 in a long shield mountain left side 30, long shield mountain 1, long shield mountain,
A push pin triangle left side 37, No.1 of long shield mountain 2 33, the long shield mountain right side 34, small red flag 1, small red flag 2 36, No.1 is pushed pin the triangle right side
38,42, the lower shield mountain right side 43, playback are led in No. two push pin the triangle right side 40 of pushing pin of a triangle left side 39, two, a lower shield mountain left side 41, lower shield mountains
Block 1 and resetting guide block 2 45.
It is long in the utility model embodiment to protect 32, length shield mountain 2 33, long shield mountain in a mountain left side 30, long shield mountain 1, long shield mountain
The right side 34 is set gradually from a left side from the right side.Small red flag 1 is located at the lower section on a long shield mountain left side 30, and small red flag 2 36 is located at the long shield mountain right side 34
Lower section.42, the lower shield mountain right side 43 is successively set on from a left side from the right side from 2 lower edges of needle selection motherboard in a lower shield mountain left side 41, lower shield mountain.
In a lower shield mountain left side 41 and lower shield mountain 42 junction is arranged in resetting guide block 1；Resetting guide block 2 45 is arranged 42 in lower shield mountain
With the junction on the lower shield mountain right side 43.It pushes pin a triangle left side 39, two on a No.1 triangle left side 37, No.1 the triangle right side 38, two of pushing pin of pushing pin
The triangle right side 40 of pushing pin is successively set on from a left side from the right side on needle selection motherboard 2.
Auxiliary degree mesh transmission mechanism includes auxiliary degree mesh motor 47, motor cabinet 48, auxiliary degree in the utility model embodiment
Mesh draw runner 49, draw runner gear 50,51, four auxiliary degree mesh clips 52 of draw runner fixed seat and four auxiliary degree mesh sliding blocks 56.
Two groups of splayed sliding slots are provided on the utility model embodiment intermediate cam motherboard 1, first group of splayed sliding slot is set
It sets in the both sides of needle overturning triangle 1, second group of splayed sliding slot is arranged in the both sides of needle overturning triangle 2 11；Auxiliary degree mesh sliding block 56
It is slidably mounted in splayed sliding slot；A No.1 auxiliary degree mesh left side 4, the auxiliary degree mesh left side 9 of the No.1 auxiliary degree mesh right side 7, two and No. two
The auxiliary degree mesh right side 12 and four auxiliary degree mesh sliding blocks 56 correspond, and are fixedly connected.
One end of auxiliary degree mesh draw runner 49 is rack structure 49-1 in the utility model embodiment, from rack structure
One end of 49-1 is risen, and the structure of auxiliary degree mesh draw runner 49 is followed successively by the first straight portion 49-2, the first projection portion 49-3, second
Straight portion 49-4, the second projection portion 49-5, third straight portion 49-6 and third protrusion part 49-7.Auxiliary degree mesh clip
Holding tank 52-1 is provided on 52, the side of holding tank 52-1 is provided with fixing axle 52-3, rotation strip is housed on fixing axle 52-3
52-2。
Motor cabinet 48 is fixed by screws on triangle motherboard 1 in the utility model embodiment, and auxiliary degree mesh motor 47 is
Stepper motor is fixedly connected on motor cabinet 48, and the output shaft of auxiliary degree mesh motor 47 is connect with draw runner gear 50, draw runner gear
50 gear parts are engaged drive connection with the rack structure 49-1 on auxiliary degree mesh draw runner 49.Four auxiliary degree mesh clips
52 are respectively set the both sides of two groups of splayed sliding slots with two for one group, and are fixedly connected on triangle motherboard 1, rotation strip
One end of 52-2 is connect with auxiliary degree mesh sliding block 56.Draw runner fixed seat 51 is fixedly connected on triangle motherboard 1, auxiliary degree mesh draw runner
49 slidings are placed in draw runner fixed seat 51, and are placed in the holding tank 52-1 of four auxiliary degree mesh clips 52.
In the utility model embodiment, engage respectively in the holding tank 52-1 of initial position, four auxiliary degree mesh clips 52
To excessive junction a, the third flat part of the third protrusion part 49-7 and third straight portion 49-6 of auxiliary degree mesh draw runner 49
Divide the excessive junction b of 49-6 and the second projection portion 49-5, the mistake of the second projection portion 49-5 and the second straight portion 49-4
Spend the excessive junction d of junction c, the second straight portion 49-4 and the first projection portion 49-3.
In the utility model embodiment, the width of triangle motherboard 1 is 300mm, be also fixedly connected on triangle motherboard 1 there are three
Guide positioning plate 57 is arranged in the both sides of auxiliary degree mesh draw runner 49, when auxiliary degree mesh draw runner 49 drives in auxiliary degree mesh motor 47
Under when moving left and right, guiding role is carried out to it.
In the utility model embodiment, the course of work of auxiliary degree mesh transmission mechanism is：Auxiliary degree mesh motor 47, which drives, to be slided
50 left-right rotation of gear, draw runner gear 50 are engaged transmission with the rack structure 49-1 on auxiliary degree mesh draw runner 49, in turn
Band dynamic auxiliary degree mesh draw runner 49 moves left and right, since auxiliary degree mesh draw runner 49 is provided with the first projection portion 49-3, the second protrusion
Part 49-5 and third protrusion part 49-7, when auxiliary degree mesh draw runner 49 moves left and right, to drive four auxiliary degree mesh clips
52 rotation strip 52-2 is oriented rotation, and the directional rotating of rotation strip 52-2 drives the auxiliary degree mesh sliding block 56 being attached thereto to exist
Displacement in splayed sliding slot, and then drive the auxiliary degree mesh displacement being connect with auxiliary degree mesh sliding block 56；Pass through auxiliary
The rotational angle of degree mesh motor 47 controls the shift motion of auxiliary degree mesh draw runner 49, to control auxiliary degree purpose station, by
This realizes that auxiliary degree purpose is arbitrarily adjusted, and precision is high, and effect is good.
Furthermore, it is necessary to illustrate, the specific embodiment described in this specification, the shape of parts and components is named
Claiming etc. can be different, described in this specification above content is only to the utility model structure example explanation.
The equivalence changes or simple change that all structure, feature and principles according to described in the utility model patent concept are done, are wrapped
It includes in the protection domain of the utility model patent.Those skilled in the art of the present invention can be to described
Specific embodiment does various modifications or additions or substitutes by a similar method, without departing from the knot of the utility model
Structure or beyond the scope defined by this claim, all should belong to the protection range of the utility model.
Claims (5)
1. a kind of dual system Computerized flat knitting machine mountain plate, including triangle motherboard and needle selection motherboard, triangle motherboard and needle selection motherboard are connected to
Mountain board bottom plate is formed together；Be provided on triangle motherboard in shield mountain left side, needle overturning triangle one, sharp mountain one, upper shield mountain, point mountain two,
Needle overturning triangle two, the upper shield mountain right side, a back-stitching cam left side, a No.1 degree mesh triangle left side, knitting cam one, the No.1 degree mesh triangle right side, peach-shaped
Hu Shan, No. two degree mesh triangles are left, two, No. two degree mesh triangles of knitting cam are right, the back-stitching cam right side, dish mountain one, dish mountain two, hang mesh pressure
Leg connects needle leg pressing, does not knit tabletting, a reservation shield mountain left side, retain the shield mountain right side, retain and protect in mountain；A upper shield mountain left side, sharp mountain one, upper shield mountain
In, sharp mountain two and the upper shield mountain right side set gradually from a left side from the right side；Upper shield mountain is left, back-stitching cam is left and retain a shield mountain left side from top to bottom according to
Secondary setting；Upper shield mountain is right, back-stitching cam is right and retains the shield mountain right side sets gradually from top to bottom；Needle overturning triangle one is arranged on sharp mountain one
Lower section；Knitting cam one is located at the lower section of needle overturning triangle one；Dish mountain one is located at the lower section of knitting cam one；Needle overturning triangle two is set
Set the lower section on sharp mountain two；Knitting cam two is located at the lower section of needle overturning triangle two；Dish mountain two is located at the lower section of knitting cam two；One
A number degree mesh triangle left side and No.1 degree mesh triangle is right is arranged in the both sides of knitting cam one；A No. two degree mesh triangle left sides and No. two degree mesh three
Angle is right to be arranged in the both sides of knitting cam two；Peach-shaped shield mountain is located between the No.1 degree mesh triangle right side and a No. two degree mesh triangle left sides, protects
Stay the lower section for being arranged in shield mountain and protecting mountain in peach-shaped；The lower section on dish mountain one and dish mountain two is both provided with and hangs mesh leg pressing, connect needle leg pressing and
Tabletting is not knitted, wherein hang mesh leg pressing and connect that needle leg pressing is horizontally disposed, tabletting is not knitted and is located at and hang mesh leg pressing and connect the lower section of needle leg pressing；
It is provided on needle selection motherboard in a long shield mountain left side, length shield mountain one, long shield mountain, length protects mountain two, long shield mountain is right, small red flag one, small red flag
Two, No.1 is pushed pin, and triangle is left, No.1 is pushed pin, and triangle is right, No. two triangles of pushing pin are left, No. two triangles of pushing pin are right, lower shield mountain is left, lower shield
In mountain, lower shield mountain is right, resetting guide block one and resetting guide block two；A long shield mountain left side, length are protected in mountain one, long shield mountain, length protects mountain two, length
The shield mountain right side is set gradually from a left side from the right side；Small red flag one is located at the lower section on a long shield mountain left side, and small red flag two is located at the lower section on the long shield mountain right side；
Lower shield mountain is left, in lower shield mountain, the lower shield mountain right side is successively set on from a left side from the right side from needle selection motherboard lower edges；Resetting guide block one is arranged
Junction in a lower shield mountain left side and lower shield mountain；Resetting guide block two is arranged in lower shield mountain and the junction on the lower shield mountain right side；No.1
Triangle of pushing pin is left, No.1 is pushed pin, and triangle is right, No. two triangles of pushing pin are left, No. two triangle right sides of pushing pin are successively set on needle selection from a left side from the right side
On motherboard；It is characterized in that：Left No.1 auxiliary degree mesh, the No.1 auxiliary degree mesh right side, No. two auxiliary degree are additionally provided on triangle motherboard
Mesh is left, No. two auxiliary degree mesh are right and auxiliary degree mesh transmission mechanism；Auxiliary degree mesh transmission mechanism includes auxiliary degree mesh motor, motor
Seat, auxiliary degree mesh draw runner, draw runner gear, draw runner fixed seat, four auxiliary degree mesh clips and four auxiliary degree mesh sliding blocks；Auxiliary degree
One end of mesh draw runner is rack structure, and from one end with rack structure, it is flat that the structure of auxiliary degree mesh draw runner is followed successively by first
Straight part, the first projection portion, the second straight portion, the second projection portion, third straight portion and third protrusion part；Auxiliary
Holding tank is provided on degree mesh clip, the side of holding tank is provided with fixing axle, rotation strip is housed in fixing axle；On triangle motherboard
Two groups of splayed sliding slots are provided with, first group of splayed sliding slot is arranged in the both sides of needle overturning triangle one, second group of splayed sliding slot
It is arranged in the both sides of needle overturning triangle two；Auxiliary degree mesh sliding block is slidably mounted in splayed sliding slot；A No.1 auxiliary degree mesh left side, No.1
Auxiliary degree mesh is right, No. two auxiliary degree mesh are left and No. two auxiliary degree mesh right sides are corresponded with four auxiliary degree mesh sliding blocks, and the company of fixation
It connects；Motor cabinet is fixed on triangle motherboard；Auxiliary degree mesh motor is fixedly connected on motor cabinet；The output shaft of auxiliary degree mesh motor
It is connect with draw runner gear；The gear parts of draw runner gear are engaged drive connection with the rack structure on auxiliary degree mesh draw runner；
The both sides of two groups of splayed sliding slots are respectively set for one group with two in four auxiliary degree mesh clips, and are fixedly connected on triangle motherboard
On, one end of rotation strip is connect with auxiliary degree mesh sliding block；Draw runner fixed seat is fixedly connected on triangle motherboard, and auxiliary degree mesh is slided
Item sliding is placed in draw runner fixed seat, and is placed in the holding tank of four auxiliary degree mesh clips.
2. a kind of dual system Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：The auxiliary degree mesh motor
For stepper motor.
3. a kind of dual system Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：The motor cabinet passes through spiral shell
Nail is fixed on triangle motherboard.
4. a kind of dual system Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：The width of the triangle motherboard
Degree is 300mm.
5. a kind of dual system Computerized flat knitting machine mountain according to claim 1 plate, it is characterised in that：On the triangle motherboard also
Guide positioning plate there are three being fixedly connected, is arranged in the both sides of auxiliary degree mesh draw runner.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721911648.XU CN207878009U (en) | 2017-12-30 | 2017-12-30 | A kind of dual system Computerized flat knitting machine mountain plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721911648.XU CN207878009U (en) | 2017-12-30 | 2017-12-30 | A kind of dual system Computerized flat knitting machine mountain plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207878009U true CN207878009U (en) | 2018-09-18 |
Family
ID=63505108
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721911648.XU Withdrawn - After Issue CN207878009U (en) | 2017-12-30 | 2017-12-30 | A kind of dual system Computerized flat knitting machine mountain plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207878009U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108085856A (en) * | 2017-12-30 | 2018-05-29 | 桐乡市强隆机械有限公司 | Dual system Computerized flat knitting machine mountain plate |
-
2017
- 2017-12-30 CN CN201721911648.XU patent/CN207878009U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108085856A (en) * | 2017-12-30 | 2018-05-29 | 桐乡市强隆机械有限公司 | Dual system Computerized flat knitting machine mountain plate |
| CN108085856B (en) * | 2017-12-30 | 2023-11-07 | 桐乡市强隆机械有限公司 | Double-system computerized flat knitting machine cam plate |
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