Multichannel data-handling and monitoring apparatus for precision finishing

Abstract

A multichannel data processing and monitoring device used for precision finishing relates to a data processing and field performance monitoring device, and provides a multichannel data processing and monitoring device which is provided with a signal acquisition circuit, a transmission interface circuit and a control circuit. The signal acquisition circuit is provided with a digital temperature sensor, a displacement signal acquisition circuit and a vibration signal acquisition circuit. The transmission interface circuit is provided with a multichannel interface circuit, a RS-232 serial port communication circuit and wireless transmission equipment. The control circuit is provided with a microprocessor control circuit and a computer; the microprocessor control circuit is respectively connected with the digital temperature sensor, the displacement signal acquisition circuit and the vibration signal acquisition circuit, the input end of the RS-232 serial port communication circuit is connected with the output end of the multichannel interface circuit, and the wireless transmission equipment is connected with the RS-232 serial port communication circuit which is connected with a computer.

Description

technical field [0001] The invention relates to a data processing and on-site energy monitoring device, in particular to a multi-channel data processing and monitoring device used in a precision machining environment. Background technique [0002] At present, the application of precision and ultra-precision technology in our country is no longer limited to a few fields such as national defense and aerospace. It has expanded to many fields of the national economy, and the application scale has also increased significantly. Industries such as computers, modern communications, and film and television broadcasting all need precision and ultra-precision processing equipment as the supporting conditions for their rapid development. High-efficiency mass-automated production methods are used for the precision and ultra-precision machining of components such as computer disks, video recorder heads, laser printer polygonal prisms, and copier photosensitive cylinders. [0003] The pre...

AI Technical Summary

Problems solved by technology

[0012] The purpose of the present invention is to provide a multi-channel data processing and monitoring device for precision machining in view of the requirements of precision machining and the deficiency that the current detection system only monitors the single energy in the process of precision machining

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