Management method and system of digital electronic detonators

Abstract

The invention discloses a management method of digital electronic detonators. The management method comprises the steps that S1, information identifiers are scanned, a corresponding relation between the information identifiers and ID numbers is built, and registration numbers are obtained; S2, whether the registration numbers are legal or not is verified; S3, corresponding delay time is set; S4, online detection is carried out, and if the detection result is legal, a detonation device waits for connection; S5, the detonation device is connected, the digital electronic detonators to be detonated are detected online, and if the detection result is legal, a detonation command is waited; and S6, after the detonation command is sent out, and detonation is achieved, detonation information is collected and stored. It is thus clear that the management method is beneficial for administrative departments to achieve whole-process informatization tracking and controlling on production, selling, circulating, detonation use and the like of the detonators, and therefore the detonation management efficiency of the digital electronic detonators can be remarkably improved. In addition, the invention discloses a management system of the digital electronic detonators. The management system has the technical effects the same as those of the above method, and unnecessary details are not given here.

Description

technical field [0001] The invention relates to the technical field of digital electronic detonator management, in particular to a digital electronic detonator management method and system. Background technique [0002] With the development and popularization of electronic technology, compared with traditional detonators, digital electronic detonators have the advantages of safer control and precise blasting time in the field of blasting, and have gradually replaced traditional detonators. However, before the digital electronic detonator is detonated by the electronic detonator, it needs to be installed according to the layout or design sequence, and it is necessary to confirm that each digital electronic detonator has no connection problems, so as to ensure accurate detonation. In the prior art, the digital electronic detonator is detected through manual inspection, which is prone to monitoring loopholes, and there are situations where the digital electronic detonator is no...

AI Technical Summary

Problems solved by technology

In the prior art, the digital electronic detonator is detected through manual inspection, which is prone to monitoring loopholes, and there are situations where the digital electronic detonator is not convenient for detection, and the electronic detonator in the prior art only has the function of detonating the digital electronic detonator. The detection of the detonating wire of the digital electronic detonator is still through manual detection, which is prone to monitoring loopholes, and the location of the digital electronic detonator is not convenient for detection, and the data collection after the detonation of the digital electronic detonator is also manually collected. low

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