Double-layer cylinder flow arranging type small-bore gun muzzle brake and manufacturing method thereof

Abstract

The invention belongs to the field of guns, and particularly relates to a double-layer cylinder flow arranging type small-bore gun muzzle brake and a manufacturing method thereof. The brake is of an integrated central symmetry structure and comprises an outer layer sleeve and an inner layer cylinder, the rear of the inner layer cylinder is the bottom end, the front portion of the inner layer cylinder is a cylinder body, the inner diameter of the cylinder body of the inner layer cylinder is larger than the inner diameter of the bottom end, multiple sets of kidney-shaped side holes are formed inthe cylinder body of the inner layer cylinder, the periphery of the inner layer cylinder is sleeved with the outer layer sleeve, the outer layer sleeve sequentially comprises a sleeve body, a front end face and a center bullet hole, the inner diameter of the front end face is reduced, the inner diameter of the center bullet hole is fixed and smaller than the inner diameter of the sleeve body of the outer layer sleeve, multiple sets of outer layer round holes are formed in the sleeve body of the outer layer sleeve, the sleeve body of the outer layer sleeve and the cylinder body of the inner layer cylinder are overlapped, and the inner side of the sleeve body of the outer layer sleeve and the outer side of the cylinder body of the inner layer cylinder are connected through a rib plate. Thewhole structure is formed and manufactured through the 3D printing technology. The double-layer porous structure is adopted for achieving the flow arranging effect of dispersion and dredging of gunpowder gas, and the gun muzzle low-impact wave danger benefits can be achieved.

Description

technical field [0001] The invention belongs to the technical field of firearms and artillery, in particular to a double-layer cylindrical rectification type small-caliber muzzle brake and a manufacturing method thereof. Background technique [0002] Small-caliber muzzle brakes are usually installed at the front end of the gun barrel. By controlling the flow distribution and airflow velocity of the gunpowder gas in the aftereffect period, the recoil of the gun can be reduced, and the recoil force can be provided for the gun body, thereby reducing the Rack loads and impacts on the shooting platform. [0003] Due to the limitation of casting or forging processing technology, the structure of the traditional muzzle brake used in practice is relatively simple. According to the structural form, the traditional muzzle brake structure can be divided into three types: impact type, reaction type and impact-reaction type. The diameter of the chamber of the impact muzzle brake is rel...

AI Technical Summary

Problems solved by technology

Traditional casting or forging methods limit the degree of freedom in the structural design of the muzzle brake, so it is difficult to achieve the smallest possible muzzle shock wave damage benefit while ensuring the braking efficiency

In addition, traditional casting muzzle brakes often have poor performance, while forged muzzle brakes have the disadvantages of time-consuming manufacturing and high cost.

Images