Precision non-circular curved surface track grinding method
A non-circular and curved surface technology, which is applied in the field of grinding, can solve the problems of inability to solve the problem of efficiency tool consumption, inability to meet the needs, inability to solve the problem of part accuracy, etc., to reduce the expenditure of consumables, improve the service life, and have a long service life. Effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0030] Such as figure 2 As shown in a, it is the overall structure diagram of the part. After analysis, the forming part of the part is processed by three clampings, such as figure 2 b shows the grinding part and the moving track of the grinding wheel after the first clamping process, where S 1 Point is the starting position of processing, E 1 Point is the end position of processing; such as figure 2 c shows the grinding part and the moving track of the grinding wheel after the second clamping process, where S 2 Point is the starting position of processing, E 2 Point is the end position of processing; such as figure 2 d shows the grinding position and the moving track of the grinding wheel after the third clamping process, where S 3 Point is the starting position of processing, E 3 The point is the end position of processing, and the processing of the part is completed. After the processing is completed, the tangent points of the angles and arcs of the part are smooth, and the...
Embodiment 2
[0032] Such as image 3 The part shown in a is the bending punch in the automobile guide rail mold. The length of the part is 530.0mm, the part hardness is required (HRC60-62), the surface roughness is required to be mirrored, and the relevant angles and arc tangent positions are different. Abnormal shape. After analysis, the forming part of the part is processed by two clampings, such as image 3 b shows the grinding part and the moving track of the grinding wheel after the first clamping process, where S 1 Point is the starting position of processing, E 1 Point is the end position of processing; such as image 3 c shows the grinding part and the moving track of the grinding wheel after the second clamping process, where S 2 Point is the starting position of processing, E 2 The point is the end position of processing, and the processing of the part is completed. The forming part of the bending punch is completed by grinding wheel track grinding method. The tangent points of eac...
Embodiment 3
[0034] Such as Figure 4 The part shown in a is the core part of the air conditioner fin mold. The main technical requirements: the shape is symmetrical, the straight side is tangent to the angle, and the distance tolerance between the two straight sides is 0.005mm. The part has high hardness (HRC62-64), and it is difficult to control the shape of the head, especially the straight edge of the part close to the included angle is easy to tilt, and the flatness is difficult to guarantee. Choose a grinding wheel with single V high temperature resin bond. The angle and sharp arc of the grinding wheel should be less than the requirements in the figure. Choose a 30V grinding wheel. The cutting edge of the part is a symmetrical part. Two clampings are required to complete the head. shape. Such as Figure 4 b is the movement trajectory of the single V grinding wheel in one clamping. After the surface is processed, the part is clamped in the opposite direction to complete the head shap...
PUM
| Property | Measurement | Unit |
|---|---|---|
| Granularity | aaaaa | aaaaa |
| Outer diameter | aaaaa | aaaaa |
Abstract
Description
Claims
Application Information
Login to View More