Rotary bullet shooting mechanical structure of toy gun

Abstract

The invention discloses a rotary bullet shooting mechanical structure of a toy gun. The rotary bullet shooting mechanical structure comprises a rotating pipe, wherein the rotating pipe is provided with a central axis, the rear end of the rotating pipe is rotatably connected with a limiting pipe, the limiting pipe is fixedly arranged on a rotating pipe shell, and the rotating pipe is accommodated in the rotating pipe shell; a driving mechanism used for driving the rotating pipe to quickly rotate around the central axis; and a shooting mechanism arranged behind the rotating pipe, wherein the shooting mechanism is used for shooting bullets to enable the bullets to quickly penetrate through the rotating pipe. The bullets are in friction fit with the inner wall of the rotating pipe, can quickly slide in the rotating pipe and can also be driven by the rotating pipe to quickly rotate, and therefore the bullets are shot in a quick rotating state. The bullets rotate and fly out, the gyroscopic effect is generated through quick rotation, meanwhile, the surrounding air flow direction is improved, the flying stability of the bullets is enhanced, the shooting precision is improved, the flying trajectory is optimized, and the effective shooting range of the toy gun is enlarged.

Description

Technical field [0001] The present invention belongs to the field of toy gun, in particular, to a toy bullet rotation emission mechanical structure. Background technique [0002] At present, the bullets that are often injected in the market are more vulnerable to air humidity, wind, etc., which is easily influenced by air humidity, wind, and the flight trajectory is easy to deviate from the shot or shooting target, affecting the shooting accuracy and the range. In order to improve shooting accuracy and range, common methods mainly include three. [0003] Method 1: Increase the weight of the warhead, so that the bullet is moved forward to enhance flight stability. However, the warhead will tend to cause too high of bullet guns, and the safety risks of the human body are also increased, especially for the toy gun, due to the high safety requirements, there is a conflict between the two. [0004] Method 2: Set the ribbon (also known as a complex line) in the barrel, and rotate the a...

AI Technical Summary

Problems solved by technology

However, one is also due to the limitation of the kinetic energy of the muzzle, when a light, low-speed bullet flies out of the barrel due to internal obstacles, it loses a lot of kinetic energy, and the resulting rotation is extremely limited, and it is impossible to form an obvious air flow velocity above and below the bullet. Second, the rotation direction of the bullet is perpendicular to the flight direction, which has no suppression or offset effect on various lateral interferences that affect the shooting accuracy; third, the design is only suitable for spherical bullets

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