Electronic detonator initiation system for tunnel blasting

Abstract

The invention relates to the field of blasting, and discloses an electronic detonator initiation system for tunnel blasting. The electronic detonator initiation system is used for reducing the generation probability of blind shots during tunnel blasting and managing the blind shots. The electronic detonator initiation system comprises a handheld terminal, a control center, an initiator, an encoderand an electronic detonator, wherein the handheld terminal communicates with the control center through a wireless network; bar codes corresponding to equipment IDs are arranged on the outer portionsof the encoder and the electronic detonator; the handheld terminal is provided with a camera for scanning the bar codes; if the initiation of the electronic detonator fails and the line of the electronic detonator is intact, the handheld terminal is used for scanning the bar code of the electronic detonator failing to initiate and the bar code of the corresponding encoder, acquiring the ID of theelectronic detonator failing to initiate and the ID of the encoder, and reporting the acquired IDs to the control center for blind shot management; and the blind shot management comprises secondary initiation authorization and destruction authorization, so that the blind shots are conveniently recycled or placed to run into the society. The electronic detonator initiation system is suitable for tunnel blasting.

Description

technical field [0001] The invention relates to the blasting field, in particular to an electronic detonator initiation system for tunnel blasting. Background technique [0002] Industrial digital electronic detonator is referred to as electronic detonator. It is an electric detonator that uses an electronic control module to control the detonation process. It is an industrial detonator that uses microelectronics technology, digital technology, and encryption technology to achieve delay, communication, encryption, and control functions. During the use of electronic detonators, especially in tunnel blasting with dense blastholes, the reliability of electronic detonators is greatly reduced, and a large number of detonators fail to explode. Once detonated, the data will be uploaded. In fact, the detonators did not detonate. Social security, the competent department also can't control the detonator, which will adversely affect the safety and operation progress of engineering bla...

AI Technical Summary

Problems solved by technology

During the use of electronic detonators, especially in tunnel blasting with dense blastholes, the reliability of electronic detonators is greatly reduced, and a large number of detonators fail to explode. Once detonated, the data will be uploaded. In fact, the detonators did not detonate. Social security, the competent department cannot control the detonator, which will adversely affect the safety and operation progress of the blasting project

The main reason is that a large number of electronic detonators are densely arranged. Each electronic detonator receives external information and interferes with each other, resulting in a deviation in the blasting time. In addition, harsh conditions such as explosion shock waves and explosion pressure damage the electronic chip, resulting in chip time failure, or Then the impact of the detonator first on the detonator after the detonation makes blind shot occur.

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