Device with staggered scanning mechanism

Abstract

The invention discloses a device with a staggered scanning mechanism. The device comprises a detonator sleeve, a staggered scanning mechanism and a moving mechanism. The detonator sleeve comprises a first hard material structure part, a quartz glass structure part flush with the inner wall of the first hard material structure part, and a second hard material structure part flush with the inner wall of the quartz glass structure part. One end, with an opening, of the first hard material structure part is connected with one end of the quartz glass structure part of which two ends are provided with openings, and the other end of the quartz glass structure part is connected with one end of the second hard material structure part of which two ends are provided with openings. Through cooperationof the staggered scanning mechanism and the moving mechanism, detonator codes are scanned, the operation is simple in the process, the efficiency is high, the accuracy is greatly improved, and the device has obvious advantages.

Description

technical field [0001] The invention belongs to the technical field of automatic identification of detonators, and in particular relates to a device with a dislocation scanning mechanism. 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. [0003] At present, units that use detonators basically manage the use of detonators in accordance with the requirements of the public security department, and the procedures for distributing detonators are also roughly the same, that is, "manual copying, registration, counting, signing, distribution, and archiving." Units with a small amount of detonators use manual distribution, which can basically meet the needs of production. However, for units with a large amount of detonators, if they want...

AI Technical Summary

Problems solved by technology

Units with a small amount of detonators use manual distribution, which can basically meet the needs of production. However, for units with a large amount of detonators, if they want to distribute detonators in large quantities in a short period of time, it will take a lot of manpower and a longer time. This is a serious problem. It hinders production efficiency and cannot meet the needs of modern production with rapid development

In addition, the disadvantages of manual distribution of detonators include: (1) It is impossible to efficiently and accurately complete all registration procedures for the distribution of detonators in production; (2) There are many human factors, which may easily cause distribution errors

[0004] In addition, with the continuous development of electronic technology, mechanical and electronic code scanning devices are also widely used. A mechanical motor is used to drive the camera to scan the detonator coding area for a circle, so as to obtain the detonator code information

Images