A three-code binding system for electronic detonators

Abstract

The invention discloses a three-code binding system of an electronic detonator. The system comprises an industrial computer which is internally provided with a three-code storage database. The output end of the industrial computer is connected with an electronic detonator registration code check meter which is used for writing data parameters that are generated by the industrial computer into a memory of an electronic delay ignition device in the electronic detonator. The input end of the industrial computer is connected with an electronic detonator finished product detector which checks the data parameter that is written into the memory of the electronic delay ignition device and performs feedback of a checking result to the industrial computer. The output end of the industrial computer is connected with a laser marking machine which is used for receiving a laser code that is transmitted from the industrial computer, printing the laser code on the housing of the electronic detonator and performing feedback of a printing result to the industrial computer. The output end of the industrial computer is connected with a barcode printer. The input end of the industrial computer is connected with a field sensor. The three-code binding system can realize real-time full-automatic three-code binding, three-code information storage, three-code information uploading and three-code information management on the electronic detonator. High binding efficiency is realized, and errors and omissions are automatically prevented in a whole process.

Description

technical field [0001] The invention belongs to the technical field of automatic processing of electronic detonators, in particular to a three-code binding system for electronic detonators. Background technique [0002] Electronic detonators, also known as digital electronic detonators, digital detonators or industrial digital electronic detonators, such as figure 1 As shown, it is composed of an electronic delayed ignition device 4 connected to a basic detonator 7. The basic detonator 7 plays the role of explosion. The electronic delayed ignition device 4 is used for electronic detonator detonation delay time control, detonation energy control, detonator identity information code and detonation. Password storage control; in the existing electronic detonator detonation network applications, the detonation password built in the electronic delay ignition device 4 is used to realize the controlled detonation of electronic detonators at various positions. In order to facilitate...

AI Technical Summary

Problems solved by technology

The operation process of this method is complicated, with too much manual intervention, which may easily lead to information errors, does not have real-time transmission capability, poor timeliness, and contains less information (only detonator laser coding)

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