Mortar anti reload device

Abstract

The invention discloses a mortar anti reload device. The mortar anti reload device comprises a main body, wherein the main body is tightly hooped to a mortar muzzle through a base; the main body is composed of two anti reload mechanisms symmetrically installed outside a mortar bore; and each anti reload mechanism comprises a body, a body component, a connecting system and a bullet retaining component installed on the body, wherein a cover plate is covered on the upper portion of the body, and the body component is connected with the bullet retaining component through the connecting system. Themortar anti reload device cannot increase the tactical actions, affect the actual firing speed and change a trajectory of a mortar shell; the device is suitable for various types of mortars, has goodadaptability with weapons and ammunition, is convenient to use, and has high reliability and practical promotion value; and the reloading of the shell is prevented or avoided before the first loadedmortar shell flies out of the muzzle due to blind fire or delayed fire and the like, so that the potential hidden dangers of safety accidents, such as bore explosion, muzzle explosion or early explosion, are eliminated, and the safety is improved during firing the shell.

Description

technical field [0001] The invention relates to a mortar anti-reloading device, which belongs to the technical field of mortar loading and launching. Background technique [0002] As one of the main combat equipment for the army, marine corps, and airborne troops to carry out fire strikes and support tasks, mortars have been used in previous wars due to their small size, light weight, curved trajectory, high power, and easy use and portability. Both have played an extremely important role. In modern warfare, mortars are still an indispensable firepower system for ground combat, especially in mountainous, jungle, water network, and urban areas. A large number of equipment and wide application of mortars make the launch safety of mortars and ammunition particularly important and prominent; but improper storage environment will make mortar ammunition have a higher probability of blind fire or delayed fire At that time, due to the flames on the battlefield and the sound of expl...

AI Technical Summary

Problems solved by technology

A large number of equipment and wide application of mortars make the launch safety of mortars and ammunition particularly important and prominent; but improper storage environment will make mortar ammunition have a higher probability of blind fire or delayed fire At that time, due to the flames on the battlefield and the sound of explosions one after another, the gunner was difficult to distinguish the firing sound under the condition of fatigue and tension, and mechanically carried out rapid reloading, before the first loaded mortar flew out of the muzzle. Loading the second round of mortar will cause the phenomenon of secondary reloading (reloading)

After the reloading phenomenon occurs, it will affect the launch and delay the fighter plane, and it may cause the ammunition to explode or explode early, resulting in the destruction of the artillery, causing heavy loss of life and property and great damage to the psychological will of the troops.

In order to prevent such accidents, the existing anti-reloading devices mainly include photoelectric and electromagnetic; Insufficiency such as large influence of human factors has not been well popularized and applied. Therefore, in order to solve the above problems, it is urgent to design an anti-reloading device with practical promotion value to eliminate possible chamber explosion, muzzle explosion or early explosion. Potential hidden dangers such as safety accidents, further improving the safety of mortar firing

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