CN209010709U - A kind of three system flat braiding machine cam base plates - Google Patents
A kind of three system flat braiding machine cam base plates Download PDFInfo
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- CN209010709U CN209010709U CN201821402001.9U CN201821402001U CN209010709U CN 209010709 U CN209010709 U CN 209010709U CN 201821402001 U CN201821402001 U CN 201821402001U CN 209010709 U CN209010709 U CN 209010709U
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- tight mesh
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- mesh
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Abstract
A kind of three system flat braiding machine cam base plates, the tight mesh transmission mechanism of tight mesh trigonometric sum is set in the cam base plate, tight mesh transmission mechanism includes tight mesh pull rod, tight mesh fork, tight mesh draw-bar seat, tight mesh cam guide block and tight mesh guide block baffle, tight mesh cam guide block is successively fixed on tight mesh triangle, tight mesh guide block baffle, six tight mesh cam guide blocks are separately positioned in three groups of splayed sliding slots of cam base plate with two for one group, tight mesh draw-bar seat is fixed in cam base plate, tight mesh pull rod and tight mesh draw-bar seat are cooperatively connected, bearing on tight mesh guide block baffle is arranged in the sliding slot of tight mesh pull rod, tight mesh fork is connected on the bearing of tight mesh pull rod, it is connected with the output shaft of motor.The tight mesh transmission mechanism of the cam base plate of the three system flat braiding machines of the utility model is more simpler than existing tight mesh transmission mechanism structure, and more rationally, low energy consumption for transmission, and rotation precision is higher.
Description
Technical field
The utility model relates to flat braiding machine technical field, specifically a kind of three system flat braiding machine cam base plates.
Background technique
In production and living now, computer flat-bed knitting machine using more and more extensive, with its full automatic production capacity
Obtain being widely used for people.However cam base plate is often equipped on computer flat-bed knitting machine, the working efficiency of cam base plate
Just, the length of service life, the probability that failure occurs in use often will have a direct impact on the work effect of computer flat-bed knitting machine
Rate influences the use of user, reduces the efficiency of production.
Utility model content
The utility model be provide a kind of structure it is simpler, using more easily, more reasonable structure, service life
The cam base plate of longer, more efficient and energy-saving and emission-reduction three system flat braiding machine.
To achieve the goals above, the technical solution adopted in the utility model is as follows:
A kind of three system flat braiding machine cam base plates, are arranged the tight mesh driver of tight mesh trigonometric sum in the cam base plate
Structure, tight mesh transmission mechanism include tight mesh pull rod, tight mesh fork, tight mesh draw-bar seat, tight mesh cam guide block and tight mesh guide block baffle,
Tight mesh cam guide block, tight mesh guide block baffle are successively fixed on the tight mesh triangle, six tight mesh cam guide blocks are with two for one
Group is separately positioned in three groups of splayed sliding slots of cam base plate, and the tight mesh draw-bar seat is fixed in cam base plate, described tight
Mesh pull rod and tight mesh draw-bar seat are cooperatively connected, and the bearing on the tight mesh guide block baffle is arranged in the sliding slot of tight mesh pull rod, institute
It states tight mesh fork to be connected on the bearing of tight mesh pull rod, be connected with the output shaft of motor.
Further, the cam base plate includes triangle supporting plate and needle selection supporting plate,
It is set on the upside of triangle supporting plate there are three upper needle bell control assembly, the adjacent between upper needle bell control assembly is by shield needle three
Angle connection, two sides also respectively connect a shield needle triangle；
Set with the upper needle bell control assembly corresponding position that there are three knit stitch bell control assembly, knit stitch on the downside of triangle supporting plate
For adjacent between bell control assembly by clear needle triangle joint, two sides also respectively connect a clear needle triangle；
Position is respectively equipped with back-stitching cam between triangle supporting plate two sides middle position and knit stitch bell control assembly；
It is set above needle selection supporting plate there are four needle selection shield needle triangle, protects needle triangle pair with the needle selection below needle selection supporting plate
The position answered is set there are four needle selection rise cam, is equipped with reset triangle in adjacent needle selection rise cam junction；It is selecting
Set that there are three components of pushing pin in the middle part of needle supporting plate.
Further, the upper needle bell control assembly includes transfer cam, the bridge being arranged in above the transfer cam three
Angle, the tight mesh triangle that the transfer cam two sides are arranged in, the shield needle triangle joint is on the tight mesh cam guide block；
The knit stitch bell control assembly includes butterfly mountain triangle, the knitting cam being arranged in above the triangle of the butterfly mountain, setting
Density triangular in butterfly mountain triangle two sides；
The component of pushing pin is two triangles of pushing pin being oppositely arranged.
Further, Anchor plate kit is additionally provided between triangle supporting plate and needle selection supporting plate, the Anchor plate kit includes fixing
Pressing plate, what is be arranged in hanging above fixation clip mesh pressing plate and being arranged in hangs mesh pressing plate two sides connects needle pressing plate.
Further, the width of the cam base plate is 400-430mm, the distance between described two knitting cam centers
For 116-126mm.
Further, cam base plate machining control sliding slot on tight mesh pull rod, for controlling tight mesh triangle along eight words
Tight mesh control is realized in slot movement.
Further, the tight mesh pull rod of the cam base plate is bolted on tight mesh draw-bar seat.
Further, the tight mesh motor of cam base plate is installed on aluminium case, is driven tight mesh pull rod by tight mesh fork, is realized
Tight mesh control.
The beneficial effects of the utility model can be summarized as follows:
1. in the utility model, the cam base plate width of the three systems flat braiding machine is 400-430mm, than existing three
System cam base plate width reduces 60-120mm, saves steel in the production process, saves process time, reaches energy-saving and emission-reduction
Effect.
2, in the utility model, each system spacing of the cam base plate of the three systems flat braiding machine is 116-126mm, than existing
Each system spacing of three system cam base plates having reduces 5-30mm, in the case where same uniform velocity same energy consumption, the work of machine
It is more efficient.
3. in the utility model, the tight mesh transmission mechanism of the cam base plate of the three systems flat braiding machine is than existing tight mesh
Transmission mechanism structure is simpler, and more rationally, low energy consumption for transmission, and rotation precision is higher.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the cam base plate of three systems flat braiding machine described in the utility model.
Fig. 2 is the structure schematic diagram of the cam base plate of three systems flat braiding machine described in the utility model.
Fig. 3 is the tight mesh schematic diagram of transmission mechanism of the cam base plate of three systems flat braiding machine described in the utility model.
Fig. 4 is the tight mesh triangular element structural schematic diagram of the cam base plate of three systems flat braiding machine described in the utility model.
Fig. 5 is tightly hanging mesh, tightly weaving, pine braiding track for the cam base plate of three systems flat braiding machine described in the utility model
Schematic diagram.
Label declaration: triangle supporting plate 1 and needle selection supporting plate 2, left shield needle triangle 3, left tight mesh triangle 4, bridge triangle 5, barring-on three
Angle 6, right tight mesh triangle 7, middle shield needle triangle 8, right shield needle triangle 9, left back-stitching cam 10, Zuo Qingzhen triangle 11, left density triangular
12, knitting cam 13, butterfly mountain triangle 14, connect needle pressing plate 15, hang mesh pressing plate 16, fixation clip 17, left needle selection shield needle triangle 18, in
Needle selection protects needle triangle 19, right needle selection shield needle triangle 20, right clear needle triangle 21, right back-stitching cam 22, reset triangle 23, left needle selection and rises
It pushes pin triangle 26, middle needle selection rise cam 27, right density triangular 28, middle back-stitching cam on push pin triangle 25, a left side of needle triangle 24, the right side
29, right needle selection rise cam 30, in clear needle triangle 31, tight mesh motor 59, tight mesh draw-bar seat 60, tight mesh control-rod 61, tight mesh are drawn
Rod bearing 62, tight mesh guide block baffle 63, tight mesh guide block 64, needle jack 66, needle jack knit stitch bell 67, needle bell 68 on needle jack.
Specific embodiment
The technical issues of in order to keep the utility model solved, technical solution and beneficial effect are more clearly understood, below
In conjunction with accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific implementation described herein
Example only to explain the utility model, is not used to limit the utility model.
Embodiment 1
As shown in Figure 2-5, tight mesh triangle 4 and tight is arranged in a kind of three system flat braiding machine cam base plates in cam base plate
Mesh transmission mechanism, tight mesh transmission mechanism include tight mesh pull rod 61, tight mesh fork 63, tight mesh draw-bar seat 60, tight mesh cam guide block 65
With tight mesh guide block baffle 64, tight mesh cam guide block, tight mesh guide block baffle, six tight mesh triangles are successively fixed on tight mesh triangle
Guide block is separately positioned in two groups of splayed sliding slots of cam base plate with two for one group, and tight mesh draw-bar seat is fixed on cam base plate
On, tight mesh pull rod and tight mesh draw-bar seat are cooperatively connected, and the bearing on tight mesh guide block baffle is arranged in the sliding slot of tight mesh pull rod, tightly
Mesh fork is connected on the bearing of tight mesh pull rod, is connected with the output shaft of motor.
Preferably, in the utility model embodiment, cam base plate machining control sliding slot on tight mesh pull rod 61, for controlling
Tight mesh triangle is moved along the Eight Character trough.It controls sliding slot and guiding role, tight mesh guide block gear is carried out to the bearing on tight mesh guide block baffle 64
Bearing on plate 64 horizontally slips in control sliding slot, drives tight mesh cam guide block 65 to slide in splayed sliding slot, to control
Make the sliding of tight mesh triangle 4.
The tight mesh pull rod 61 of three system cam base plates is bolted on tight mesh draw-bar seat 60.Tight draw-bar seat 60, mesh
Stretching mesh pull rod 61 moves left and right, and controls the smoothness of tight mesh pull rod 61.The tight mesh motor of three system cam base plates is installed on
On aluminium case, tight mesh pull rod is driven by tight mesh fork, realizes tight mesh control.The output shaft and tight mesh fork 63 of tight mesh motor 59 connect
It connects, tight mesh fork 63 is rotated together with output shaft, and the bearing on tight mesh pull rod 61 is connect with tight mesh fork 63, to drive tight mesh
Pull rod 61 moves left and right.Bearing on tight mesh guide block baffle 64 horizontally slips in the control sliding slot of tight mesh pull rod 61, drives tight
Mesh cam guide block 65 slides in splayed sliding slot, to control the sliding of tight mesh triangle 4.
Three system cam base plates can realize that triangular web weaves two kinds of skill of handling needles of bulk density and tightness.Needle jack 66 can be along
Tightly hang mesh track, tightly weave track, pine braiding track moved, design herein enables the braiding of three system flat braiding machines
Power is more powerful, can knit out the design of more complexity.
Embodiment 2
As shown in Figure 1, cam base plate includes triangle supporting plate and needle selection supporting plate.
It is set on the upside of triangle supporting plate there are three upper needle bell control assembly, the adjacent between upper needle bell control assembly is by shield needle three
Angle connection, two sides also respectively connect a shield needle triangle；It is set on the downside of triangle supporting plate with the upper needle bell control assembly corresponding position
There are three knit stitch bell control assembly, for the adjacent between knit stitch bell control assembly by clear needle triangle joint, two sides also respectively connect one
Clear needle triangle；Position is respectively equipped with back-stitching cam between triangle supporting plate two sides middle position and knit stitch bell control assembly.
Upper needle bell control assembly includes transfer cam, the bridge triangle being arranged in above transfer cam, is arranged in transfer cam
The tight mesh triangle of two sides protects needle triangle joint on tight mesh cam guide block；Knit stitch bell control assembly include butterfly mountain triangle, setting exist
Knitting cam above the triangle of butterfly mountain, the density triangular that butterfly mountain triangle two sides are set.
It is set above needle selection supporting plate there are four needle selection shield needle triangle, it is corresponding with needle selection shield needle triangle below needle selection supporting plate
Position is set there are four needle selection rise cam, is equipped with reset triangle in adjacent needle selection rise cam junction；In needle selection supporting plate
Portion sets that there are three push pin component.Component of pushing pin is two triangles of pushing pin being oppositely arranged.
Anchor plate kit is additionally provided between triangle supporting plate and needle selection supporting plate, Anchor plate kit includes fixation clip, and setting is solid
Mesh pressing plate and being arranged in hangs mesh pressing plate two sides to hanging above fixed pressuring plate connects needle pressing plate.
Specifically, on flat braiding machine, cam base plate to include triangle supporting plate 1 and needle selection supporting plate 2, triangle supporting plate 1
Top be successively arranged from left to right right upper guard cam 3, right tight mesh triangle 1, bridge triangle 1, left tight mesh triangle 1, on
Protect needle triangle 1, right tight mesh triangle 29, bridge triangle 2 10, left tight mesh triangle 2 12, middle upper guard cam 2 13, right tight mesh three
Angle 3 14, bridge triangle 3 15, left tight mesh triangle 3 17, left upper guard cam 18, one 5 lower section of bridge triangle are equipped with transfer cam 1,
2 10 lower section of bridge triangle is equipped with transfer cam 2 11, and 3 15 lower section of bridge triangle is equipped with transfer cam 3 16；The middle part of triangle supporting plate 1 from
Left-to-right is successively arranged right back-stitching cam 19, right density triangular 1, knitting cam 1, left density triangular 1, middle back stitching
Triangle 1, right density triangular 2 24, knitting cam 2 25, left density triangular 2 26, middle back-stitching cam 2 27, right density triangular
3 28, knitting cam 3 29, left density triangular 3 30, left back-stitching cam 31；1 lower part of triangle supporting plate is successively arranged the right side from left to right
Clear needle triangle 32, butterfly mountain triangle 1, in clear needle triangle 1, butterfly mountain triangle 2 35, in clear needle triangle 2 36, butterfly mountain triangle three
37, Zuo Qingzhen triangle 38；
2 top of needle selection supporting plate is successively arranged fixation clip 1, fixation clip 2 40, fixation clip 3 41 from left to right,
One 39 lower section of fixation clip is successively arranged right needle selection shield needle triangle 42, middle needle selection shield needle triangle 1, middle needle selection shield from left to right
Needle triangle 2 44, left needle selection protect needle triangle 45, and 42 lower section of right needle selection shield needle triangle is successively arranged the right side from left to right and pushes pin triangle one
46, left side triangle 1, the right side triangle 2 48, a left side push pin triangle 3 50, a left side of triangle 2 49, the right side of pushing pin of pushing pin of pushing pin is pushed pin triangle three
51, the right side push pin the lower section of triangle 1 be successively arranged from left to right right needle selection rise cam 52, middle needle selection rise cam 1,
Middle needle selection rise cam 2 54, Zuo Xuanzhen rise cam 55, right 52 lower section of needle selection rise cam are successively arranged reset from left to right
Triangle 1, reset triangle 2 57, reset triangle 3 58.Cam base plate width is 400-430mm, preferably 427mm.Herein
Design, reduces 60-120mm than existing three systems cam base plate width, saves steel in the production process, when saving processing
Between, achieve the effect that energy-saving and emission-reduction.
The knitting cam center spacing of three system cam base plates be 116-126mm, preferably 126mm, design herein, than
Each system spacing 132mm of the existing the smallest three systems cam base plate of spacing reduces 6mm, reduces 18mm in total, in same constant speed
In the case where degree braiding and energy consumption, the braid efficiency of machine is higher.
The utility model is described in detail above by specific and preferred embodiment, but those skilled in the art answer
This understands that the utility model is not limited to embodiment described above, within the spirit and principle of the utility model, is made
Any modification, equivalent replacement etc., should be included within the scope of protection of this utility model.
Claims (8)
1. a kind of three system flat braiding machine cam base plates, are arranged the tight mesh transmission mechanism of tight mesh trigonometric sum in the cam base plate,
It is characterized by: tight mesh transmission mechanism includes that tight mesh pull rod, tight mesh fork, tight mesh draw-bar seat, tight mesh cam guide block and tight mesh are led
Block baffle, is successively fixed with tight mesh cam guide block, tight mesh guide block baffle on the tight mesh triangle, six tight mesh cam guide blocks with
Two are separately positioned in three groups of splayed sliding slots of cam base plate for one group, and the tight mesh draw-bar seat is fixed on cam base plate
On, the tight mesh pull rod and tight mesh draw-bar seat are cooperatively connected, and tight mesh pull rod is arranged in the bearing on the tight mesh guide block baffle
In sliding slot, the tight mesh fork is connected on the bearing of tight mesh pull rod, is connected with the output shaft of motor.
2. cam base plate according to claim 1, it is characterised in that: the cam base plate includes triangle supporting plate and needle selection branch
Plate,
It is set on the upside of triangle supporting plate there are three upper needle bell control assembly, the adjacent between upper needle bell control assembly is connected by shield needle triangle
It connects, two sides also respectively connect a shield needle triangle；
Set with the upper needle bell control assembly corresponding position that there are three knit stitch bell control assembly, knit stitch bell controls on the downside of triangle supporting plate
The adjacent of inter-module processed also respectively connects a clear needle triangle by clear needle triangle joint, two sides；
Position is respectively equipped with back-stitching cam between triangle supporting plate two sides middle position and knit stitch bell control assembly；
It is set above needle selection supporting plate there are four needle selection shield needle triangle, it is corresponding with needle selection shield needle triangle below needle selection supporting plate
Position is set there are four needle selection rise cam, is equipped with reset triangle in adjacent needle selection rise cam junction；In needle selection branch
Set that there are three components of pushing pin in the middle part of plate.
3. cam base plate according to claim 2, it is characterised in that: the upper needle bell control assembly include transfer cam,
The tight mesh triangle that bridge triangle above the transfer cam is set, the transfer cam two sides are set, the shield needle
Triangle joint is on the tight mesh cam guide block；
The knit stitch bell control assembly includes butterfly mountain triangle, the knitting cam being arranged in above the triangle of the butterfly mountain, is arranged in butterfly
The density triangular of mountain triangle two sides；
The component of pushing pin is two triangles of pushing pin being oppositely arranged.
4. cam base plate according to claim 2, it is characterised in that: be additionally provided with pressure between triangle supporting plate and needle selection supporting plate
Board group part, the Anchor plate kit include fixation clip, and hanging mesh pressing plate and being arranged above fixation clip is arranged in and is hanging mesh pressing plate
Two sides connect needle pressing plate.
5. cam base plate according to claim 3, it is characterised in that: the width of the cam base plate is 400-430mm, institute
Stating the distance between two knitting cam centers is 116-126mm.
6. cam base plate according to claim 1, it is characterised in that: cam base plate machining control on tight mesh pull rod
Sliding slot is moved for controlling tight mesh triangle along the Eight Character trough, realizes tight mesh control.
7. cam base plate according to claim 1, it is characterised in that: the tight mesh pull rod of the cam base plate is solid by bolt
It is scheduled on tight mesh draw-bar seat.
8. cam base plate according to claim 1, it is characterised in that: the tight mesh motor of cam base plate is installed on aluminium case,
Tight mesh pull rod is driven by tight mesh fork, realizes tight mesh control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821402001.9U CN209010709U (en) | 2018-08-27 | 2018-08-27 | A kind of three system flat braiding machine cam base plates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821402001.9U CN209010709U (en) | 2018-08-27 | 2018-08-27 | A kind of three system flat braiding machine cam base plates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209010709U true CN209010709U (en) | 2019-06-21 |
Family
ID=66831948
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821402001.9U Active CN209010709U (en) | 2018-08-27 | 2018-08-27 | A kind of three system flat braiding machine cam base plates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209010709U (en) |
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2018
- 2018-08-27 CN CN201821402001.9U patent/CN209010709U/en active Active
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