Ultra-precision machine tool intelligent tool setting instrument, intelligent tool setting machine tool and intelligent tool setting method

Abstract

The invention provides an ultra-precision machine tool intelligent tool setting gauge. The intelligent tool setting gauge comprises a base, a rotating device, an automatic focusing device and a precise positioning device, wherein the rotating device and the precise positioning device are correspondingly fixed on the base, the rotating device is connected with the automatic focusing device, the rotating device drives the automatic focusing device to do reciprocating motion between a standby position and a tool setting position, and the precise positioning device is used for positioning and fixing the automatic focusing device on the tool setting position. The invention further provides an intelligent tool setting machine tool. The invention further provides an intelligent tool setting method. The ultra-precision machine tool intelligent tool setting gauge has the beneficial effects that the automatic focusing device can be rotated to the tool setting position through the rotating device, the automatic focusing device can be positioned and fixed on the tool setting position through the precise positioning device, automatic focusing can be achieved through the automatic focusing device by detecting the contour edge of an image, and then the automation of the tool setting process of an ultra-precision machine tool is realized.

Description

technical field [0001] The invention relates to an ultra-precision machine tool, in particular to an intelligent tool setting instrument for an ultra-precision machine tool, an intelligent tool setting machine tool and an intelligent tool setting method. Background technique [0002] With the rapid development of high technologies such as microelectronics technology, information technology, aerospace technology, life science and material science, ultra-precision machining technology is also constantly improving. Ultra-precision cutting is an important field in ultra-precision machining, and it is a new technology with a wide range of contents. Using precision single crystal diamond tools to process non-ferrous metals and non-metals can directly cut out ultra-smooth processing surfaces, which can replace ultra-precision grinding and other finishing processes, greatly improving processing efficiency and ensuring processing accuracy and surface quality. The tool setting of th...

AI Technical Summary

Problems solved by technology

The tool setting of the tool in ultra-precision machining is an important step to achieve high-quality surface manufacturing. The traditional method of tool setting for ultra-precision machine tools is to manually adjust the rough and fine adjustment of the tool height by means of an optical tool setting instrument. The tool setting process is cumbersome and complicated. And the accuracy of tool setting depends on the experience of the tool setting master and the depth of field of the tool setting instrument. Therefore, this tool setting method cannot realize the automation of the tool setting process

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