Chamfering machine and chamfering machining method

Abstract

The invention discloses a chamfering machine and a chamfering machining method. The chamfering machine and the chamfering machining method can measure the size of a workpiece to be machined in advanceand adjust the azimuth, and accurately chamfer the workpiece to be machined according to the size of the workpiece to be machined. According to the key points of the technical scheme, the chamferingmachine comprises a controller, a measurement positioning mechanism and a machining mechanism; the measurement positioning mechanism is provided with two moving parts, the controller sends a command to move the moving parts toward each other, the two moving parts move toward each other to enable the workpiece to be machined to be located at the midpoint of the connection line of the geometric centers of the two moving parts, and the controller measures to obtain machining parameters of the workpiece to be machined according to the positions of the two moving parts; and the machining mechanismis provided with a machining assembly, a pressing component and a displacement compensating component, the controller moves the displacement compensating component according to the machining parameters of the workpiece to be machined, and the displacement of the displacement compensating component enables the machining assembly to be displaced. Quick measurement can be achieved and it is ensured that measurement data directly correspond to a machining position, so that the actual size of a product can be visually managed, data support can be provided for subsequent machining, and the displacement compensating component can subsequently and accurately displace the machining assembly to the machining position to ensure accurate machining.

Description

Technical field [0001] The invention relates to a chamfering processing method of a chamfering machine. Background technique [0002] At present, there are some glass panel products on the market, but due to the difficulty of processing glass panels, it is difficult to improve the yield and efficiency of manual processing. Especially for the safety corner chamfering technology after glass cutting, it has always been a bottleneck in the processing technology of wall switches and socket panels, and it is difficult for manual processing to meet relatively stable quality requirements. Or through three-axis CNC machining chamfering, that is, using a 3-axis or multi-axis CNC machine tool to process the chamfer. However, due to the large tolerances of glass, and the three-axis CNC machining can only set the center position, it cannot compensate for the product itself. Tolerance, the size of the chamfer varies from product to product, and it is difficult to ensure machining accuracy. S...

AI Technical Summary

Problems solved by technology

[0002] At present, there are some glass panel products on the market, but due to the difficulty in processing glass panels, it is difficult to improve the yield and efficiency of manual processing

Especially for the safety corner chamfering technology after glass cutting, it has always been the bottleneck in the processing technology of wall switches and socket panels, and it is difficult to achieve relatively stable quality requirements through manual processing

Or process chamfers by three-axis CNC machining, that is, use 3-axis or multi-axis CNC machine tools to process chamfers. However, due to the generally large tolerance of glass, and three-axis CNC machining can only set the center position, it cannot compensate for the gap of the product itself. Tolerance, so that the size of the chamfer varies according to the product, it is difficult to guarantee the machining accuracy

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