Intelligent diamond cutter capable of sensing cutting state without any wire

Abstract

The invention provides an intelligent diamond cutter capable of sensing a cutting state without any wire and belongs to the technical field of diamond cutters. The intelligent diamond cutter capable of sensing the cutting state without any wire comprises a diamond cutter blade, an intelligent diamond cutter blade, a cutter rod, a sensor system and a sensing signal processing system. The intelligent diamond cutter blade is fixed on the front portion of the cutter rod. The diamond cutter blade is fixed at the upper end of the front portion of the intelligent diamond cutter blade. The sensor system is arranged in the intelligent diamond cutter blade. The sensing signal processing system is arranged in the cutter rod. The intelligent diamond cutter capable of sensing a cutting state without any wire applies the self-sensing intelligent diamond cutter blade which is formed by combining a sensor system array and the diamond cutter blade, a single actuator function of a cutter which can only be applied in cutting is broken through and sensor conversion of the intelligent cutter capable of self monitoring in real time is achieved. The intelligent diamond cutter capable of sensing a cutting state without any wire has the advantages of being simple and compact in structure, high in integration degree, easy and convenient to use, low in cost, strong in practicality and high in measuring precision and sensitivity.

Description

technical field [0001] The invention relates to an intelligent diamond cutter capable of wirelessly sensing cutting states, belonging to the technical field of diamond cutters. Background technique [0002] As one of the most cutting-edge processing technologies in the manufacturing field, ultra-precision machining determines the status of a country's advanced manufacturing technology level in the world. Diamond inserts play a vital role in ultra-precision machining. During the cutting process, the state of the diamond tool, such as tool wear and tear, cutting force, cutting temperature, etc., directly affects the diamond cutting accuracy, surface quality, tool life and processing efficiency. Existing real-time monitoring methods, due to the complex detection equipment, high cost, large volume, and inconvenient use, destroy the completeness of precision machining equipment and cause the performance of machine tool processing equipment to decline, which is limited by its own...

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Problems solved by technology

[0003] The purpose of the present invention is to solve the problems existing in the prior art, that is, in order to overcome the complex state monitoring means of the diamond tool machining process, high cost, large equipment volume, limited installation space, damage to the performance of ultra-precision equipment, insufficient practicability and inability to Meet the requirements of ultra-precision machining monitoring on measurement accuracy and sensitivity, and then provide an intelligent diamond tool that wirelessly senses the cutting state

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