Triangle device capable of conveniently adjusting density
By synchronously adjusting the density triangle device through a density cam and balance plate system, the problem of inconsistent density triangles was solved, achieving density consistency between the upper and lower rows of gloves, reducing production costs and improving efficiency.
Patent Information
- Application Number
- CN202511121750.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-08-12
- Publication Date
- 2025-10-24
AI Technical Summary
In existing technologies, the density triangle device cannot be precisely adjusted to the same density, resulting in uneven tightness between the upper and lower rows of knitted gloves, which increases production costs and wastes time.
An adjustment device is used to achieve synchronous adjustment of two density triangles through a density cam and a balance plate system. The balance plate and density clamp are driven by a knob to achieve synchronous adjustment of the density triangles.
This achieves density consistency between the two density triangles, simplifies the operation process, reduces production costs and time consumption, and improves work efficiency.
Smart Images
Figure CN120830179A_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The present application relates to a cam device, in particular to a cam device convenient for adjusting density, which is mainly applied to a textile flat knitting machine and belongs to one of the components of the textile flat knitting machine. BACKGROUND
[0002] The cam device is one of the important components of the textile flat knitting machine. When knitting gloves, the density of the density cam often needs to be adjusted according to actual needs. In the prior art, the density cam is generally symmetrically arranged on the left and right sides, and the device for adjusting the density cam almost all adopts the mode of one density cam and one adjusting device. However, this arrangement mode often makes the left and right cams unable to be accurately adjusted to the same density, resulting in that the tightness of the gloves knitted between the upper and lower rows is not the same, and finally causing the waste of gloves. Therefore, the enterprises producing gloves need to disassemble the cam device and hire technicians of the glove machine manufacturer to adjust the device whenever the enterprises change a glove product, which causes great waste of time and cost and greatly increases the production cost.
[0003] Therefore, it is a technical problem to be urgently solved by those skilled in the art to develop a device capable of accurately adjusting the density of two density cams to the same.
[0004] Based on this, the present application is proposed. SUMMARY
[0005] In view of the above technical problems of the prior art, the present application aims to provide a cam device convenient for adjusting density, which can quickly adjust the density of two density cams to the same by using one adjusting device to control the two density cams.
[0006] To achieve the above-mentioned purpose, the present application is implemented by the following technical scheme: A cam device convenient for adjusting density, comprising a density cam with a knob, a density cam adjusting screw is arranged on the side of the density cam, a balance plate is connected to the density cam adjusting screw, a contact screw is arranged on one side of the balance plate, a density clamp block is connected to the contact screw, and a density cam is connected to the density clamp block.
[0007] The balance plate includes balance plate one and balance plate two, and the balance plate one and the balance plate two are located on both sides of the density cam adjusting screw; the contact screw includes contact screw one and contact screw two, the contact screw one is located on one side of the balance plate one, and the contact screw two is located on one side of the balance plate two; the density clamp block includes density clamp block one and density clamp block two, the density clamp block one is connected with the contact screw one, and the density clamp block two is connected with the contact screw two; the density triangle includes density triangle one and density triangle two, the density triangle one is connected with the density clamp block one, and the density triangle two is connected with the density clamp block two.
[0008] The contact screw one is connected with a density tension spring one, the contact screw two is connected with a density tension spring two, and the end of the density tension spring one and the end of the density tension spring two are connected to the mounting plate.
[0009] The balance plate one is provided with an inner recess one, the balance plate two is provided with an inner recess two, the contact screw one is located in the inner recess one, and the contact screw two is located in the inner recess two.
[0010] The balance plate one is provided with a balance plate sliding groove one, the balance plate two is provided with a balance plate sliding groove two, the balance plate sliding groove one is provided with a balance plate sliding pin clamp block one in the balance plate sliding groove one, and the balance plate sliding groove two is provided with a balance plate sliding pin clamp block two in the balance plate sliding groove two.
[0011] The balance plate sliding pin clamp block one is connected with the density clamp block one, and the balance plate sliding pin clamp block two is connected with the density clamp block two.
[0012] The beneficial effects of the present application are as follows: The present application is a density adjusting triangular device, which is connected with the density cam, and the balance plate one and the balance plate two are installed on the density cam adjusting screw, one knob is rotated to drive the balance plate one and the balance plate two, the density of the density triangle one and the density triangle two is adjusted at the same time, the density of the density triangle one and the density triangle two is consistent, and the upper and lower rows of the knitted gloves are consistent. The present application is very simple to operate, and any operator can adjust according to the density requirement, thereby saving the time cost and the labor cost of the glove production enterprise, improving the work efficiency, and reducing the production cost. BRIEF DESCRIPTION OF DRAWINGS
[0013] Fig. 1 It is a front structure schematic diagram of the present application; Fig. 2 It is a back structure schematic diagram of the present application; Fig. 3 It is a connection relationship schematic diagram between the contact screw and the density tension spring in the present application; Wherein, 1 is density triangle one, 2 is density triangle two, 3 is density clamp block one, 4 is density clamp block two, 5 is balance plate one, 6 is balance plate two, 7 is density cam, 8 is density cam adjusting screw, 9 is density tension spring one, 10 is density tension spring two, 11 is contact screw one, 12 is contact screw two, 13 is balance plate sliding pin clamp block one, 14 is balance plate sliding pin clamp block two, 15 is mounting plate, 16 is knob, 17 is balance plate sliding slot one, 18 is balance plate sliding slot two, 19 is inner recess one, 20 is inner recess two. DETAILED DESCRIPTION
[0014] The application will be further described below in connection with specific embodiments, but the scope of protection of the application is not limited thereto.
[0015] As shown in the figure, the density-adjustable triangular device of the application comprises a density cam 7 with a knob 16, the side of the density cam 7 is provided with a density cam adjusting screw 8, the density cam adjusting screw 8 is connected with a balance plate, the balance plate comprises a balance plate one 5 and a balance plate two 6, and the balance plate one 5 and the balance plate two 6 are respectively located on the two sides of the density cam adjusting screw 8. Turning the knob 16, the density cam 7 rotates, and the density cam adjusting screw 8 is rotated to drive the balance plate one 5 and the balance plate two 6 to rotate simultaneously. Figs. 1-3 The balance plate one 5 is provided with an inner recess one 19, the balance plate two 6 is provided with an inner recess two 20, the contact screw comprises a contact screw one 11 and a contact screw two 12, the contact screw one 11 is located in the inner recess one 19, and the contact screw two 12 is located in the inner recess two 20. When the balance plate one 5 and the balance plate two 6 rotate simultaneously, the inner recess one 19 drives the contact screw one 11 to rotate, and the inner recess two 20 drives the contact screw two 12 to rotate.
[0016] The density clamp block comprises a density clamp block one 3 and a density clamp block two 4, the density clamp block one 3 is connected with the contact screw one 11, and the density clamp block two 4 is connected with the contact screw two 12; the density triangle comprises a density triangle one 1 and a density triangle two 2, the density triangle one 1 is connected with the density clamp block one 3, and the density triangle two 2 is connected with the density clamp block two 4. When the contact screw one 11 and the contact screw two 12 rotate simultaneously, the density clamp block one 3 and the density clamp block two 4 are driven to move simultaneously, and finally the density triangle one 1 and the density triangle two 2 are driven to move simultaneously, so that the density of the density triangle one 1 and the density triangle two 2 is adjusted to be the same.
[0017] Further, the contact screw one 11 in the application is connected with a density tension spring one 9, the contact screw two 12 is connected with a density tension spring two 10, and the ends of the density tension spring one 9 and the density tension spring two 10 are connected on the mounting plate 15, which is used for resetting after the density triangle one 1 and the density triangle two 2 are adjusted.
[0018]
[0019] Further set, the balance plate one 5 in the application is provided with a balance plate sliding groove one 17, the balance plate two 6 is provided with a balance plate sliding groove two 18, the balance plate sliding groove one 17 is provided with a balance plate sliding pin clamp block one 13, the balance plate sliding groove two 18 is provided with a balance plate sliding pin clamp block two 14, the balance plate sliding pin clamp block one 13 is connected with the density clamp block one 3, the balance plate sliding pin clamp block two 14 is connected with the density clamp block two 4, for realizing the positioning of the density clamp block one 3 and the density clamp block two 4, finally realizing the positioning of the density triangle one 1 and the density triangle two 2.
[0020] The application is through the density cam 7 abutting the density cam adjusting screw 8, and installing the balance plate one 5 and the balance plate two 6 on the density cam adjusting screw 8, through rotating a knob 16, simultaneously driving the balance plate one 5 and the balance plate two 6, finally simultaneously adjusting the density of the density triangle one 1 and the density triangle two 2, so that the density of the density triangle one 1 and the density triangle two 2 is consistent, finally the upper and lower rows of the knitted gloves are consistent.
[0021] The application is very simple to operate, any operator can adjust according to the density requirement, saves the time cost and the manpower cost of glove production enterprises, improves the work efficiency, also reduces the production cost.
[0022] The above embodiment is only used for explaining the inventive concept of the application, and is not limited to the protection of the application, and any non-essential modification of the application using the concept should fall within the protection scope of the application.
Claims
1. A triangular device for facilitating density adjustment, characterized in that: The application relates to a density cam with a knob, the side of the density cam is provided with a density cam adjusting screw, the density cam adjusting screw is connected with a balance plate, one side of the balance plate is provided with a contact screw, the contact screw is connected with a density clamp block, and the density clamp block is connected with a density triangle.
2. The delta device for facilitating density adjustment of claim 1, wherein: The balance plate comprises a balance plate one and a balance plate two, the balance plate one and the balance plate two are respectively located on the two sides of the density cam adjusting screw; the contact screw comprises a contact screw one and a contact screw two, the contact screw one is located on one side of the balance plate one, and the contact screw two is located on one side of the balance plate two; the density clamp block comprises a density clamp block one and a density clamp block two, the density clamp block one is connected with the contact screw one, and the density clamp block two is connected with the contact screw two; and the density triangle comprises a density triangle one and a density triangle two, the density triangle one is connected with the density clamp block one, and the density triangle two is connected with the density clamp block two.
3. The pitch adjusting device of claim 2, wherein: The contact screw one is connected with a density tension spring one, the contact screw two is connected with a density tension spring two, and the ends of the density tension spring one and the density tension spring two are connected with a mounting plate.
4. The triangular device for facilitating density adjustment according to claim 2, characterized in that: The balance plate one is provided with an inner recess one, the balance plate two is provided with an inner recess two, the contact screw one is located in the inner recess one, and the contact screw two is located in the inner recess two.
5. The delta device for facilitating density adjustment of claim 2, wherein: The balance plate one is provided with a balance plate sliding groove one, the balance plate two is provided with a balance plate sliding groove two, the balance plate sliding groove one is provided with a balance plate sliding pin clamp block one, and the balance plate sliding groove two is provided with a balance plate sliding pin clamp block two.
6. The triangular device for facilitating density adjustment of claim 5, wherein: The balance plate sliding pin clamp block one is connected with the density clamp block one, and the balance plate sliding pin clamp block two is connected with the density clamp block two.