Exploding device with multi-varying section and detonator applying same

Abstract

The invention relates to a detonator exploding device and a detonator without initiating explosives. The exploding device is at least provided with an inner cap filled with trace explosives, and the inner cap is of a cylindrical structure with varying sections; the outside diameter and the inner bore of the cylinder are both of a big-end-up staircase, and the inner bore of the upper cylinder is larger than the outside diameter of the lower cylinder. The inner bore of the shell of the detonator is a big-end-up stepped hole, the outside circular surface of the upper cylinder of the exploding device is tightly matched with the large inner bore of the shell of the detonator, the diameter of the lower cylinder is smaller than the diameter a small inner bore of the shell of the detonator, and explosives are filled into each lower cylinder; the inner bores of the upper cylinders at the uppermost parts of an instantaneous electric detonator and a non-electric detonator are set to be null, andthe inner bore of the upper cylinder and the outside diameter of the delay element at the uppermost part of a delay electric detonator and the non-electric detonator are tightly matched with each other. The exploding device is accurate to position and can be assembled easily, and the exploding device with single-varying section can be assembled into an exploding device with multi-varying sectionsquickly. When used in the detonator, the exploding device has the advantages of multiply magnified energy, strong initiating ability and capability of initiating high-temperature explosives difficultto initiate, and meets the service requirements under different terrible conditions.

Description

technical field [0001] The invention relates to a detonator excitation device and a non-primer detonator. Background technique [0002] Flyer detonator is a non-priming detonator. It does not use priming during the detonation process. Instead, an inner cap with a small amount of explosive is installed inside the detonator as the initial excitation device. The detonation process is: first ignite the inner cap A small amount of explosives, using the high-temperature and high-pressure gas generated by the explosives in the initial excitation device, breaks the bottom of the inner cap to form flying pieces moving at high speed (600m / s), and the flying pieces hit the low-density explosives at the bottom of the detonator, forming many hot spots to detonate the whole detonator charge. After more than 20 years of hard work, the first generation of flyer detonators (CN1032234) has been gradually perfected and popularized, realizing large-scale automatic production. The first genera...

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Problems solved by technology

Moreover, the first generation of flyer detonators cannot meet the requirements of use in harsh environments such as high temperature, high pressure and high-speed impact.

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