Electronic detonator control module structure and its special production tool and production method

Abstract

The invention discloses a novel electronic detonator control module structure and a special production tool and method thereof. A capacitor bracket is designed and used for connecting an electronic detonator control module and electronic detonator leg wires, the structures including rubber sealing bodies and fuse head protecting sleeves are arranged outside the capacitor bracket and can guarantee the effect that the electronic detonator control module is not damaged in the producing, assembling and circulating processes, and the tail of a produced electronic control module is provided with a rapid connecting leg wire terminal which can achieve rapid connection with the electronic detonator leg wires. The invention further provides the special production tool and method of the novel electronic detonator control module structure. By means of the production tool and method, production efficiency and production quality can be remarkably improved, and product safety and reliability are remarkably improved.

Description

technical field [0001] The invention relates to the technical field of civil explosives, in particular to an electronic detonator control module structure and a special production tool and production method thereof. Background technique [0002] The electronic detonator sequentially includes a foot wire, a control circuit board with a delay chip, an ignition powder head and a priming charge. When in use, connect the busbar for outputting the detonation signal to the foot wire, then output the detonation serial signal, the delay chip performs a preset time delay, and then the control circuit board passes the detonation signal through the bridge The wire is passed to the ignition powder head to realize detonation control. [0003] During the use of the existing electronic detonator, the outside of the control circuit board of the traditional electronic detonator is usually exposed or protected by a heat-shrinkable sleeve, or encapsulated by a protective glue. However, in pra...

AI Technical Summary

Problems solved by technology

However, in practical applications, it is found that this type of protection method is relatively simple. In the post-assembly process and turnover process of the electronic detonator, the production efficiency is low, and the electronic detonator control module cannot be well protected, resulting in the quality of the electronic detonator in the later production process. Instability and lead to instability in field application of blasting in the later stage

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