Slip cover type quick loader for rifle magazine

Abstract

The invention provides a slip cover type quick loader for a rifle magazine and relates to the field of the rifle magazine. The quick loader comprises a loader main body, a connecting base and a magazine locking block, wherein a bullet chamber with an open front end is arranged in the loader main body; the connecting base is arranged at the front end of the loader main body; the magazine locking block is arranged on one side of the connecting base; a bullet loading inlet with an open upper side is formed on the loader main body; a longitudinal stable support rail is arranged on a lower side wall in the loader main body; a bullet pressing slide block capable of sliding along the longitudinal direction is arranged in the loader main body; a guide rail slot which is matched with the stable support rail is formed on the bullet pressing slide block; an upper cover capable of sliding along the longitudinal direction is arranged on the loader main body; a bullet pressing handle slot is formed on an upper side wall of the upper cover; and a bullet pressing handle which is capable of sliding along the longitudinal direction and is connected with the bullet pressing slide block is arranged in the bullet pressing handle slot. The slip cover type quick loader for the rifle magazine has the advantages of simple structure, low cost, convenience in operation, high loading speed, stability, durability, and the like.

Description

technical field [0001] The invention relates to the technical field of rifle magazine loading, and in detail relates to a slide-type quick loader for rifle magazines with simple structure, low cost, convenient operation, fast loading speed, and durability. Background technique [0002] We know that a rifle is a long-barreled firearm fired from the shoulder by an individual soldier, and its effective range is generally 400 meters; the rifle plays an important role in the final stage of a close combat. The traditional way of loading rifle magazines is usually manual loading. This loading method requires manually pressing the bullets one by one from the loading port of the magazine. The operation is time-consuming, laborious, and inefficient. Due to the strong spring force of the spring in the magazine, the fingers need to exert a large pressing force and push force on the bullets to load them into the magazine. It is difficult to load the bullets. When loading more bullets, th...

AI Technical Summary

Problems solved by technology

Although this patent document solves the problem of fast loading of rifle magazines, it has the following defects: 1. The cover plate and the body are handed over. Since the body is provided with a bullet chamber, the side wall of the body is relatively weak, and the hinge is not firm. When the bullet is pressed, the pressure of the bullet on the cover plate is relatively high, and the cover plate is only connected to the body at the small parts at the upper and lower ends, which is insufficient in strength and easily damaged; when the bullet is pressed, the cover plate is subjected to lateral expansion and pressure of the bullet, and is easily deformed by force. Cause the pressure bomb to be interrupted or even damage the cover

2. The spring pressing tongue is located on the narrow side of the body, which is difficult to control and apply force. Loading multiple magazines will also cause sore fingers when pressing the bullet; when pressing the bullet, press the side of the slider on the spring tongue that exerts pressure on the bullet Forced, the relative length of the slider that presses the bullet is relatively long, the slider is easy to tilt, the force of the bullet is uneven, and the operation part of the bullet is smooth

[0003] The structures and shapes of existing rifle magazine loaders are varied, but at least one of the following defects all exists: one, the bullets are loaded into the loader one by one, which is troublesome to operate and wastes time; two, when loading, The small parts on one side of the loader are under force and are not easy to operate. The labor intensity of the fingers is high, and the pressure applied to the side of the bullet is uneven, and the bullet is easy to tilt; 3. The loader is unstable and prone to elasticity due to force Deformation, the bullet is easily stuck in it, and the loading is not smooth; 4. The structure is complex, the performance requirements of each part of the loader are high, and the manufacturing cost is high; 5. The loading operation is complicated and the loading efficiency is low

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