Monitoring and alarming device for working state of anvil of diamond cubic press

Abstract

The invention relates to a monitoring and alarming device for the working state of an anvil of a diamond cubic press. The monitoring and alarming device comprises a host and a monitoring and alarming system. The monitoring and alarming system comprises an image collection module, a sound collection module, an image analysis module, a sound analysis module and an I/O communication module. The first output end and the first input end of the I/O communication module are connected with the input end and the output end of a control cabinet of the cubic press respectively, and the second output end and the third output end of the I/O communication module are connected with the input end of the image collection module and the input end of the sound collection module respectively. The output end of the image collection module and the output end of the sound collection module are connected with the input end of the image analysis module and the input end of the sound analysis module respectively, and the output end of the image analysis module and the output end of the sound analysis module are connected with the second input end of the I/O communication module. By means of the monitoring and alarming device, the anvil cracking judging accuracy is improved, and the accurate anvil cracking position is visibly displayed; an operator can master the working state of the cubic press in real time, and thus loss caused by anvil cracking is reduced.

Description

technical field [0001] The invention relates to the field of equipment safety monitoring devices in the production of artificial superhard materials, in particular to a monitoring and alarming device for the working state of an anvil of a diamond six-sided top press. Background technique [0002] In the production process of artificial superhard materials, due to the high temperature and high pressure applied to the cavity of the top hammer of the six-sided top press, cracking hammer failures are prone to occur. If no measures are taken after the cracking hammer occurs, serious accidents such as explosion hammers will occur , threatening the personal safety of on-site production personnel and causing major economic losses. [0003] At present, in the production process of domestic artificial superhard materials, the fault confirmation of the cracking hammer of the six-sided top press mainly depends on the auditory perception of the on-site operators. Due to the noisy enviro...

AI Technical Summary

Problems solved by technology

[0005] However, the above-mentioned patents only rely purely on analyzing the vibration to determine whether the hammer is cracked, and there are misjudgments, which affect production. They do not monitor the distance and angle of the top hammer, nor do they analyze the sound of the top hammer in real time, and the above-mentioned patents are not intuitive enough. Operators are demanding

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