Anti-knock container

Abstract

The present invention pertains to a storing and carrying instrument for detonator, particularly relates to an anti-knock container. The anti-knock container comprises an upper cover, a cylinder body and fixing frame, which is characterized by comprising external and internal cylinder, wherein the external cylinder is opened on upper end and closed on lower end, a wave absorbing plate is arranged on lower part of the internal cylinder, the upper cover is composed of a top cover plate and a cover wall, wherein the cover wall has an upper wave absorbing plate on lower end, the cover wall is connected to the upper end port of the external cylinder by a spline, a explosion venting bolt is arranged on the top cover plate. The invention not only confirms the safety when the detonator and explosive are transported in a same vehicle, but also harmful gas generated by exploding can be sealed in the container in case of exploding, then harmful gas is discharged when it is carried to suitable place, such that environment pollution and destroy to surrounding people and establishment can be avoided.

Description

technical field [0001] The invention belongs to storage and transportation equipment for detonating materials (detonators), in particular to an anti-explosion container. Background technique [0002] In the past, when transporting civil blasting materials, it was stipulated that the explosives and detonating materials (detonators, fuses, etc.) in the blasting materials must be loaded and transported in separate vehicles. manage. Therefore, at present, when transporting blasting materials, anti-explosion containers are often used to load detonating materials, and then the anti-explosion containers are installed on the vehicle for transporting explosives and the anti-explosion containers are separated from the explosives to realize the transportation of explosives and detonating materials in the same vehicle. Avoid detonating the explosives transported in the same vehicle in case the detonating equipment explodes, thereby improving the safety when the ...

AI Technical Summary

Problems solved by technology

[0003] Existing anti-explosion containers are generally composed of a container body and an upper cover. The upper cover and the container main body are usually connected by threads or flanges. These anti-explosion containers generally have a small capacity, and their loading capacity is difficult to meet market demand.

Due to the poor thread strength of the threaded container, frequent opening and closing will cause serious thread wear and affect the service life of the anti-explosion container; and the lower part of these containers must be equipped with an explosion-proof diaphragm. When the explosion-starting equipment in the container explodes, The explosion-proof diaphragm is washed away first, and the detonation gas generated by the explosion is immediately discharged from the lower part of the container, and the harmful gas generated by the explosion cannot be discharged to a suitable place, polluting the environment; if this container is installed on a car, its discharge The mouth is aimed at the fuel tank at the lower part of the car, or the spare tire, the beam, etc., and there are many unsafe factors; The shock wave overpressure and noise generated by the gas have greatly exceeded the prescribed standards, and will have adverse effects on pedestrians near the explosion point.

Although the anti-explosion container with flange connection has good safety performance during use, it is very inconvenient to open and close. less practical

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