Explosive Fuze Formed Explosion-proof Internet of Things Visual Monitoring System Device

Abstract

Disclosed is an explosive fuse formation explosion-proof Internet of things visual monitoring system apparatus. The apparatus mainly comprises a fuse strip formation extrusion unit, an explosive blanking stirring unit, a mechanical driving unit, a pressure gauge detection identification unit and a control unit. According to the invention, a machine visual technology, an image processing technology and an automatic control technology are combined together, automatic stirring of explosive fuse formation production equipment is realized by use of belt and mechanical gear transmission, pressure automatic detection identification of an explosive fuse formation apparatus is realized by use of a machine visual identification technology, a breakthrough is made for solving the technical problems of explosive blanking by reliance of manual stirring and manual observation of internal pressure of the explosive fuse formation apparatus, unattended operation of the whole explosive fuse formation production process is realized, and malicious accidents of personnel casualties caused by explosive fuse formation production are prevented radically.

Description

technical field [0001] The invention belongs to the technical field of product processing and molding machinery, and relates to the automatic stirring technology of explosive fuze molding production equipment and the machine vision detection and recognition technology of pressure gauges, in particular to an explosion-proof Internet of Things visual monitoring system device for explosive fuze molding. Background technique [0002] Fuze is an important part of explosives and the key to the detonation of explosives. The processing and molding of fuzes is an essential process for the production of explosives. In actual production, most of the processing and molding of explosive fuzes are directly operated manually. Whether it is the stirring of raw materials during the blanking process, the observation of the internal pressure of the fuze forming device, and the start / stop operation of the control motor are all manually operated. However, due to the explosiveness of its raw mate...

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Problems solved by technology

[0003] In order to overcome the shortcomings of the above-mentioned prior art, the object of the present invention is to provide a visual monitoring system device of explosive fuze forming explosion-proof Internet of things, which realizes the automatic stirring of explosive fuze production equipment and the machine vision recognition of the pressure gauge of explosive fuze forming device, and solves the problem of Solved the technical problem of having to rely on manual stirring of explosive raw materials and observation and judgment of the pressure inside the explosive fuze forming device

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