CN205934302U - Computer knitting knitting machine's three angle driving devices of pushing pin - Google Patents
Computer knitting knitting machine's three angle driving devices of pushing pin Download PDFInfo
- Publication number
- CN205934302U CN205934302U CN201620926534.1U CN201620926534U CN205934302U CN 205934302 U CN205934302 U CN 205934302U CN 201620926534 U CN201620926534 U CN 201620926534U CN 205934302 U CN205934302 U CN 205934302U
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- China
- Prior art keywords
- triangle
- pushing pin
- pin
- guide pillar
- guide plate
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Abstract
The utility model provides a computer knitting knitting machine's three angle driving devices of pushing pin, does computer knitting knitting machine include the triangular bottom plate and the triangle of pushing pin, the three angle driving devices of pushing pin include a pair of triangle lift guide rod seat that pushes pin, establish the triangle lifting guide pillar of pushing pin on it, the round pin is dialled to the triangle lifting guide pillar of pushing pin on the lifting guide pillar, the triangle baffle of pushing pin is established between a pair of triangle lift guide rod seat that pushes pin, and the zigzag groove is established to left end and each end of the triangle baffle of pushing pin, and the triangle lifting guide pillar of pushing pin is dialled the round pin and is passed the zigzag groove, and the triangle of pushing pin is fixed with the bottom of the triangle lifting guide pillar of pushing pin, characteristics: the key seat is still dialled including push pin the triangle baffle driving motor and the triangle baffle of pushing pin to the three angle driving devices of pushing pin, and the triangle baffle driving motor that pushes pin fixes on triangular bottom plate, has the shift fork on its motor shaft, and the triangle baffle of pushing pin is dialled the key seat and is fixed at the middle part of pushing pin the triangle baffle, and there are the key seat pole of dialling, group key seat pole and shift fork cooperation in one side that the key seat was dialled to the triangle baffle of pushing pin. Avoided and the guide rail between the friction, the efficiency of weave is improved.
Description
Technical field
This utility model belongs to technical field of knitting machinery and in particular to a kind of triangle of pushing pin of computer plain flat knitter drives
Dynamic device.
Background technology
Aforesaid triangle driving means of pushing pin are also referred to as lifts pin triangle driving means, and its structure and working principle can be found in China
" the commutation magnet stand structure of computer plain flat knitter " that license notification number CN202644081U recommends, this patent is by magnetic
The guide rail adhesive that ferrum is run with the straight-bar machines head for computer plain flat knitter across the magnetic receiver body being made by politef, and
Magnetic receiver body is fixed on guide plate of pushing pin（Also referred to as push pin moving lever）Towards the side of aforementioned guide rail, pushing pin, Z is opened up on guide plate
Font groove（Also referred to as zigzag groove）, and extending composition in the position corresponding to aforementioned zigzag groove in cam base plate has one to push away
Pin triangle lifting guide pillar finger, this triangle lifting guide pillar finger of pushing pin is insinuated in zigzag groove, pushes pin triangle and triangle liter of pushing pin
The bottom of fall guide rod is fixed.It is fixed on the cam base plate also corresponding sports on head when running about head, be fixed on triangle
Triangle lifting guide pillar seat also corresponding sports of pushing pin on base plate, before being arranged on up or down on triangle lifting guide pillar seat of pushing pin
State the same example of triangle lifting guide pillar of pushing pin, be formed in, due to extending, the triangle lifting guide pillar finger of pushing pin pushed pin on triangle lifting guide pillar
Probe in zigzag groove, thus when triangle lifting guide pillar finger of pushing pin is in a high position in zigzag groove, make triangle liter of pushing pin
Move on fall guide rod（I.e. mobile extremely high-order）, drive the direction displacement of three angular cam base plate of pushing pin（I.e. upper shifting）, and when pushing pin three
When angle lifting guide pillar finger is in the low level of zigzag groove, triangle lifting guide pillar of pushing pin moves down（Move to low level）, drive pushes pin
Triangle is towards the direction displacement deviating from cam base plate, thus realizing pushing pin triangle with respect to cam base plate turnover.
Although aforementioned CN202644081U has the technique effect that the technique effect hurdle of description is recorded, because it is
By Magnet（Also magnet steel can be claimed）It is pulled on guide rail, thus there is the technical problem of following two aspects：Although first, Magnet
Across magnetic receiver body and guide rail adhesive it can be avoided that the direct friction of Magnet and guide rail, but because material is politef
Magnetic receiver body still need to touch with guide rail patch and produce sliding friction each other, thus finally do not break away from the contact with guide rail
The friction of Magnet and guide rail is only married again the friction giving magnetic receiver body and guide rail by frottage；Second, due in order to full
Lifting of triangle of pushing pin enough requires that is to say, that in order that triangle lifting guide pillar finger of pushing pin is able to the high displacement from zigzag groove
Move to low level or move paramount position from low level, thus the bilateral reciprocation stroke of head is relatively long, thus to a certain degree
Upper impact braid efficiency.
For above-mentioned prior art it is necessary to be improved, make beneficial designing and defining for this applicant
Technical scheme described below.
Content of the invention
Task of the present utility model be to provide a kind of contribute to abandoning rely on Magnet and the adhesive of guide rail and use raising
The triangle driving means of pushing pin of the computer plain flat knitter of braid efficiency
Task of the present utility model is performed by, a kind of triangle driving means of pushing pin of computer plain flat knitter,
Described computer plain flat knitter includes the cam base plate being fixed in a state of use on head and passes in and out pushing away of cam base plate
Pin triangle, described triangle driving means of pushing pin include be arranged in described cam base plate corresponding to the position of triangle of pushing pin one
To triangle lifting guide pillar seat of pushing pin, respectively it is provided with one on this is to triangle lifting guide pillar seat of pushing pin up or down and pushes pin triangle liter
Fall guide rod, is extended with one and pushes pin triangle lifting guide pillar finger pushing pin on triangle lifting guide pillar；One pushes pin triangle guide plate, and this is pushed pin
Triangle guide plate is movably arranged on a pair pushes pin between triangle lifting guide pillar seat, in the left end of this triangle guide plate of pushing pin and each
End respectively offers a zigzag groove, and described triangle lifting guide pillar finger of pushing pin passes through this zigzag groove, and described triangle of pushing pin is in institute
State the lower section of cam base plate and the described bottom pushing pin triangle lifting guide pillar is fixed, be characterised by：Described triangle of pushing pin drives
Device also includes a triangle driving guide plate motor and of pushing pin and pushes pin triangle guide plate finger seat, this triangle driving guide plate electricity of pushing pin
Machine is fixed in described cam base plate in the position between triangle lifting guide pillar seat of pushing pin corresponding to described a pair, and at this
Push pin triangle driving guide plate motor motor shaft on be fixed with a shift fork, triangle guide plate finger seat of pushing pin is in the position corresponding to shift fork
Put the middle part of triangle guide plate of pushing pin described in being fixed on, receive one group in this triangle guide plate finger seat of pushing pin towards the side of shift fork
Key seat bar, this finger seat bar is matched with shift fork.
In a specific embodiment of the present utility model, push pin back to described in described triangle lifting guide pillar seat of pushing pin
The side of triangle guide plate is extended with a lifting guide pillar seat fixed support plate, and this lifting guide pillar seat fixed support plate passes through fixation and supports
Plate bolt is fixed with described cam base plate.
In another specific embodiment of the present utility model, described triangle lifting guide pillar seat of pushing pin is constituted pushes pin
Triangle lifting guide pillar sliding eye, this push pin triangle lifting guide pillar sliding eye from push pin triangle lifting guide pillar seat upper end insertion under
End, push pin triangle lifting guide pillar seat towards described triangle guide plate of pushing pin side and corresponding to the position of triangle guide plate of pushing pin
Put and constitute the triangle guide plate sliding cavity of pushing pin having a surface being depressed in triangle lifting guide pillar seat of pushing pin, in this triangle guide plate of pushing pin
The one finger groove being communicated with triangle lifting guide pillar sliding eye of pushing pin is offered on the bottom of chamber wall of sliding cavity, and corresponding to pushing pin three
The position of the accent of angle guide plate sliding cavity is fixed with a slide plate, described push pin triangle lifting guide pillar and leads with triangle lifting of pushing pin
Bar sliding eye is slidably matched, and described triangle lifting guide pillar finger of pushing pin is passing through described zigzag groove after described finger groove
And also probe into the lifting guide pillar finger guide groove being opened on slide plate, described push pin triangle guide plate and lead with triangle of pushing pin
Plate sliding cavity is slidably matched.
In another specific embodiment of the present utility model, described shift fork is constituted a fork slot, described pushes pin
The top of triangle guide plate finger seat pass through finger seat screw the middle part corresponding to described triangle guide plate of pushing pin position with push pin
Triangle guide plate is fixed back to the side of described shift fork, and the bottom of triangle guide plate finger seat of pushing pin leans out and pushes pin under triangle guide plate
Edge, described finger seat bar is formed in triangle guide plate finger seat of pushing pin and towards the side of shift fork and is insinuated into horizontal boom state
In described fork slot.
In another specific embodiment of the present utility model, described triangle driving guide plate motor of pushing pin is just to have
The servomotor of reverse function.
The having technical effect that of technical scheme that this utility model provides；Due to triangle of pushing pin being additionally arranged on cam base plate
Driving guide plate motor and secure one at the middle part of triangle guide plate of pushing pin and push pin triangle guide plate finger seat, triangle guide plate of pushing pin
Finger seat bar on finger seat is matched with the shift fork on the motor shaft being fixed on triangle driving guide plate motor of pushing pin, thus need not
Triangle guide plate of pushing pin as prior art passes through Magnet and guide rail adhesive, it is to avoid the friction and guide rail between；Due to pushing away
The motion of pin triangle guide plate and the bilateral reciprocation of head are not directly related, and straight by triangle driving guide plate motor of pushing pin
Connect and so that it is moved, thus can significantly shorten the reciprocating stroke of head, be conducive to improving braid efficiency.
Brief description
Fig. 1 is example structure figure of the present utility model.
Specific embodiment
In the following description every be related to left, right, front and rear, upper and lower directivity or claim directionality concept be all
For Fig. 1 location state, thus the spy to the technical scheme that this utility model provides can not be understood as
Do not limit.
Refer to Fig. 1, show the structural system belonging to computer plain flat knitter is fixed on head in a state of use
On cam base plate 1 and turnover cam base plate 1 triangle 2 of pushing pin.Show the structural system belonging to triangle driving means of pushing pin
As lower component：The triangle lifting guide pillar seat 3 of pushing pin for a pair being arranged in cam base plate 1 corresponding to the position of triangle 2 of pushing pin,
This is pushed pin triangle lifting guide pillar 31 to being respectively provided with one on triangle lifting guide pillar seat 3 of pushing pin up or down, in triangle liter of pushing pin
It is extended with one on fall guide rod 31 to push pin triangle lifting guide pillar finger 311；One pushes pin triangle guide plate 4, this triangle guide plate 4 about of pushing pin
It is movably arranged at a pair and pushes pin between triangle lifting guide pillar seat 3, respectively offer in the left end of this triangle guide plate 4 of pushing pin and each end
One zigzag groove 41, aforesaid triangle lifting guide pillar finger 311 of pushing pin passes through this zigzag groove 41, and aforementioned triangle 2 of pushing pin is aforementioned
The lower section of cam base plate 1 is fixed with the aforementioned bottom pushing pin triangle lifting guide pillar 31.
The technical essential of the technical scheme providing as this utility model, in the structure of aforementioned triangle driving means of pushing pin
Also include a triangle driving guide plate motor 5 and of pushing pin in system to push pin triangle guide plate finger seat 6, this triangle driving guide plate of pushing pin
Motor 5 is fixed in aforementioned cam base plate 1 in the position pushed pin between triangle lifting guide pillar seat 3 corresponding to aforesaid a pair, and
And it is fixed with a shift fork 511 by shift fork fixing screws 5112 on the motor shaft 51 of this triangle driving guide plate motor 5 of pushing pin, push away
Pin triangle guide plate finger seat 6 is fixed on the middle part of aforementioned triangle guide plate 4 of pushing pin in the position corresponding to shift fork 511, pushes pin at this
Triangle guide plate finger seat 6 has received a finger seat bar 61 towards the side of shift fork 511, and this finger seat bar 61 is matched with shift fork 511
Close.
It is extended with a lifting guide pillar in aforementioned triangle lifting guide pillar seat 3 of pushing pin back to the aforementioned side pushing pin triangle guide plate 4
Seat fixed support plate 32, it is solid with aforementioned cam base plate 1 that this lifting guide pillar seat fixed support plate 32 passes through fixed support plate screw 321
Fixed.
Aforementioned triangle lifting guide pillar seat 3 of pushing pin constitutes triangle lifting guide pillar sliding eye 33 of pushing pin, this triangle liter of pushing pin
Fall guide rod sliding eye 31 from the upper end insertion of triangle lifting guide pillar seat 3 of pushing pin to lower end, in triangle lifting guide pillar seat 3 direction of pushing pin
The side of aforementioned triangle guide plate 4 of pushing pin and corresponding to push pin triangle guide plate 4 position constitute have one to be depressed in triangle of pushing pin
The triangle guide plate sliding cavity 34 of pushing pin on the surface of lifting guide pillar seat 3, opens on the bottom of chamber wall that this pushes pin triangle guide plate sliding cavity 34
It is provided with a finger groove 341 communicating with triangle lifting guide pillar sliding eye 33 of pushing pin, and corresponding to triangle guide plate sliding cavity of pushing pin
The position of 34 accent is fixed with a slide plate 35, aforesaid pushes pin triangle lifting guide pillar 31 and triangle lifting guide pillar of pushing pin slides
Hole 33 is slidably matched, and aforesaid triangle lifting guide pillar finger 311 of pushing pin is passing through aforementioned zigzag after aforementioned finger groove 341
Groove 41 and also probe into the lifting guide pillar finger guide groove 351 being opened on slide plate 35, aforesaid push pin triangle guide plate 4 with
Triangle guide plate sliding cavity 34 of pushing pin is slidably matched.Also show in FIG to be opened in a pair and push pin on triangle lifting guide pillar seat 3
A pair of slide plate fixing screw hole 36, slide plate 35 passes through a pair of slide plate fixing screws 352 and triangle lifting guide pillar seat 3 of pushing pin
Fixing.
As shown in Figure 1, aforesaid shift fork 511 is constituted a fork slot 5111, aforementioned the upper of triangle guide plate finger seat 6 of pushing pin
Portion passes through finger seat screw 62（A pair）Position in the finger seat screw hole 42 corresponding to the middle part being preset in triangle guide plate 4 of pushing pin
Put and fix back to the side of aforementioned shift fork 511 with triangle guide plate 4 of pushing pin, and the bottom of triangle guide plate finger seat 6 of pushing pin leans out and pushes away
The lower edge of pin triangle guide plate 4, aforementioned finger seat bar 61 be fixed on horizontal boom state push pin triangle guide plate finger seat 6 towards dial
Pitch 511 side and be insinuated in aforementioned fork slot 5111.
In the present embodiment, aforesaid triangle driving guide plate motor 5 of pushing pin is the servomotor with positive and negative rotating function.
According to professional general knowledge, computer plain flat knitter has single system, two systems, three systems, etc., illustrated due in figure
It is two systems, thus triangle driving guide plate motor 5 of pushing pin has two, triangle guide plate 4 of pushing pin has two pieces, and applicant is superincumbent to retouch
State is for a system.Additionally, also show slide cam selector 7 in FIG, this slide cam selector 7 is by slide cam selector fixing screws
71 in the position corresponding to the slide cam selector installing hole 11 being opened in cam base plate 1 and the screw 12 being preset in cam base plate 1
Fixing.With regard to its literal paraphrase, the function of slide cam selector 7 has understood that needle selection acts on, the knitting needle needing to participate in braiding is selected and so that it is entered
Enter working condition.
When triangle driving guide plate motor 5 of pushing pin works, shift fork 511 is driven by motor shaft 511, due to leading with triangle of pushing pin
The finger seat bar 61 of the fixing triangle guide plate finger seat 6 of pushing pin of plate 4 corresponds to the fork slot 5111 of shift fork 511, and due to pushing pin
Triangle lifting guide pillar finger 311 probes in zigzag groove 41, due also to pushing pin triangle 2 and pushing pin under triangle lifting guide pillar 31
Portion is fixed, thus drives finger seat bar 61 by shift fork 511, is driven by finger seat bar 61 and pushes pin triangle guide plate finger seat 6, by pushing pin
Triangle guide plate finger seat 6 drives triangle guide plate 4 of pushing pin to move in triangle guide plate sliding cavity 34 of pushing pin, and is passed through by zigzag groove 41
Push pin triangle lifting guide pillar finger 311 the position change on zigzag groove 41 make to push pin triangle lifting guide pillar 31 rise or under
Fall, so that triangle 2 of pushing pin accordingly rises or falls.Specifically, when triangle lifting guide pillar finger 311 of pushing pin is in zigzag groove
When being in a high position in 41, then triangle lifting guide pillar 31 of pushing pin is up together with triangle 2 of pushing pin, on the contrary same example.Push pin triangle guide plate 4 to
Left or motion to the right decides the position that triangle lifting guide pillar finger 311 of pushing pin is in a high position or low level in zigzag groove 41,
And triangle guide plate 4 motion to the left or to the right of pushing pin drives the rotation direction of the motor shaft 51 of electricity 5 depending on triangle of pushing pin, such as suitable
Hour hands or rotate counterclockwise.
Claims (5)
1. the triangle driving means of pushing pin of a kind of computer plain flat knitter, described computer plain flat knitter is included in use state
Under the cam base plate (1) that is fixed on head and turnover cam base plate (1) triangle of pushing pin (2), described triangle of pushing pin drives
Device includes the triangle lifting guide pillar of pushing pin for a pair being arranged in described cam base plate (1) corresponding to the position of triangle of pushing pin (2)
Seat (3), this upper to triangle lifting guide pillar seat (3) of pushing pin respectively be provided with one up or down and push pin triangle lifting guide pillar (31),
It is extended with one on triangle lifting guide pillar (31) and pushes pin triangle lifting guide pillar finger (311) pushing pin；One pushes pin triangle guide plate (4),
This triangle guide plate (4) of pushing pin movably is arranged on a pair pushes pin between triangle lifting guide pillar seat (3), leads in this triangle of pushing pin
The left end of plate (4) and each end respectively offer a zigzag groove (41), and described triangle lifting guide pillar finger (311) of pushing pin passes through this Z
Font groove (41), described triangle of pushing pin (2) is in the lower section of described cam base plate (1) and described triangle lifting guide pillar (31) of pushing pin
Bottom fix it is characterised in that：Described triangle driving means of pushing pin also include one push pin triangle driving guide plate motor (5) and
One pushes pin triangle guide plate finger seat (6), and this triangle driving guide plate motor (5) of pushing pin is corresponding to described a pair triangle liter of pushing pin
Position between fall guide rod seat (3) is fixed in described cam base plate (1), and in this triangle driving guide plate motor (5) of pushing pin
Motor shaft (51) on be fixed with a shift fork (511), triangle guide plate finger seat (6) of pushing pin is in the position corresponding to shift fork (511)
Push pin described in being fixed on the middle part of triangle guide plate (4), in this side towards shift fork (511) for triangle guide plate finger seat (6) of pushing pin
Receive finger seat bar (61), this finger seat bar (61) is matched with shift fork (511).
2. the triangle driving means of pushing pin of computer plain flat knitter according to claim 1 are it is characterised in that push away described
Pin triangle lifting guide pillar seat (3) is extended with a lifting guide pillar seat fixed support plate back to the described side pushing pin triangle guide plate (4)
(32), this lifting guide pillar seat fixed support plate (32) passes through fixed support plate screw (321) and described cam base plate (1) is fixing.
3. the triangle driving means of pushing pin of computer plain flat knitter according to claim 1 are it is characterised in that described push pin
Triangle lifting guide pillar seat (3) constitutes triangle lifting guide pillar sliding eye (33) of pushing pin, this triangle lifting guide pillar sliding eye of pushing pin
(33) certainly push pin triangle lifting guide pillar seat (3) upper end insertion to lower end, pushing pin, triangle lifting guide pillar seat (3) pushes away towards described
The side of pin triangle guide plate (4) and corresponding to push pin triangle guide plate (4) position constitute have one to be depressed in triangle liter of pushing pin
Triangle guide plate sliding cavity (34) of pushing pin on the surface of fall guide rod seat (3), in this bottom of chamber wall of triangle guide plate sliding cavity (34) of pushing pin
On offer a finger groove (341) communicating with triangle lifting guide pillar sliding eye (33) of pushing pin, and leading corresponding to triangle of pushing pin
The position of the accent of plate sliding cavity (34) is fixed with a slide plate (35), described push pin triangle lifting guide pillar (31) and pushes pin three
Angle lifting guide pillar sliding eye (33) is slidably matched, and described triangle lifting guide pillar finger (311) of pushing pin is by way of described finger groove
(341) pass through described zigzag groove (41) afterwards and also probe into the lifting guide pillar finger guide groove being opened on slide plate (35)
(351), in, described push pin triangle guide plate (4) and be slidably matched with triangle guide plate sliding cavity (34) of pushing pin.
4. the triangle driving means of pushing pin of computer plain flat knitter according to claim 1 are it is characterised in that described dials
Fork (511) is constituted a fork slot (5111), and finger seat screw (62) is passed through on the top of described triangle guide plate finger seat (6) of pushing pin
The middle part corresponding to described triangle guide plate (4) of pushing pin position with triangle guide plate (4) of pushing pin back to the one of described shift fork (511)
Side is fixed, and the bottom of triangle guide plate finger seat (6) of pushing pin leans out the lower edge of triangle guide plate (4) of pushing pin, described finger seat bar
(61) it is formed in triangle guide plate finger seat (6) of pushing pin with horizontal boom state and towards the side of shift fork (511) and be insinuated into institute
State in fork slot (5111).
5. the triangle driving means of pushing pin of computer plain flat knitter according to claim 1 are it is characterised in that described pushes away
Pin triangle driving guide plate motor (5) is the servomotor with positive and negative rotating function.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620926534.1U CN205934302U (en) | 2016-08-24 | 2016-08-24 | Computer knitting knitting machine's three angle driving devices of pushing pin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620926534.1U CN205934302U (en) | 2016-08-24 | 2016-08-24 | Computer knitting knitting machine's three angle driving devices of pushing pin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205934302U true CN205934302U (en) | 2017-02-08 |
Family
ID=57951224
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620926534.1U Withdrawn - After Issue CN205934302U (en) | 2016-08-24 | 2016-08-24 | Computer knitting knitting machine's three angle driving devices of pushing pin |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205934302U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106087229A (en) * | 2016-08-24 | 2016-11-09 | 江苏金龙科技股份有限公司 | The triangle driving means of pushing pin of computer plain flat knitter |
-
2016
- 2016-08-24 CN CN201620926534.1U patent/CN205934302U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106087229A (en) * | 2016-08-24 | 2016-11-09 | 江苏金龙科技股份有限公司 | The triangle driving means of pushing pin of computer plain flat knitter |
| CN106087229B (en) * | 2016-08-24 | 2017-09-01 | 江苏金龙科技股份有限公司 | The triangle drive device of pushing pin of computer plain flat knitter |
| WO2018036331A1 (en) * | 2016-08-24 | 2018-03-01 | 江苏金龙科技股份有限公司 | Needle-pushing cam driving device for computerized flat knitting machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170208 Effective date of abandoning: 20170901 |
|
| AV01 | Patent right actively abandoned |