Detonator code identification device

Abstract

The present invention discloses a detonator code identification device. The detonator code identification device comprises light sources and an identification unit. Each light source is located in a location where dazzling light cannot be formed when identification light emitted from the light source irradiates on a detonator and enters the identification unit after being reflected, and the identification unit is mounted on a location where the code on the detonator can be identified. According to the detonator code identification device disclosed by the invention, the condition that the identification of the detonator code without considering a routing mode of scanning parts can be achieved, the detonator code identification device is simple in structure, convenient in operation, and has greater advantages.

Description

technical field [0001] The invention relates to the field of detonator management, in particular to a detonator code identification device. Background technique [0002] The public security department stipulates that the use of detonators must be clearly registered and recorded, indicating the custodian, issuer, recipient, use item, use location, quantity, type, waste, etc. All items are indispensable, and there is a strict use system; Relevant departments of the state strictly control the circulation process of dangerous goods such as detonators, and require that the management of detonators in actual production be more and more detailed. It seems that the production and use of detonators will be included in the automatic management of computers. The application of recognition to management is also becoming more and more urgent. [0003] At present, a detonator code recognition device of a detonator automatic recognition machine with a complex structure is used, which uses...

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Problems solved by technology

[0003] At present, a detonator code recognition device of a detonator automatic recognition machine with a complex structure is used, which uses two synchronous pulleys and two shafts. Due to the problem of wiring, the image acquisition device can only rotate 370-380 degrees. After the completion, the image acquisition device needs to be reset, the operation is cumbersome, the structure is complicated, and it cannot work continuously. At the same time, because many times it will work in the field, the current equipment is too heavy and difficult to carry, which causes some inconvenience. Therefore, it is necessary to find some more convenient way of working

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