Bullet-loading structure of toy gun

Abstract

In a toy gun with a bullet-loading structure, a cylinder, a piston, a final gear, and a pull rod are mounted in a gun body. The piston and the pull rod are driven by the rotation of the final gear. An actuation time of the pull rod is later than that of the piston to enable the piston to suck a lot amount of gas before the loading of the bullet, thereby preventing a gun tunnel from being blocked by the raised bullet and providing the simulated recoil effect of real shooting so as to promote the shooting performance of the toy gun.

1 . A bullet-loading structure of a toy gun comprising: 
 a final gear having a releasing arc edge and a tooth-shaped arc edge;    a cylinder;    a piston on which a rack is mounted on a lower edge thereof and engaged with the final gear;    a pull rod having a front end connected to a bullet-pushing outlet and a rear end on which a slide block is mounted on one side of the final gear;    a protrudent pillar mounted vertically on one side of the tooth-shaped arc edge between a start end and a stop end of the tooth-shaped arc edge such that the tooth-shaped arc edge is engaged with the rack of the piston and shifted backward for gas suction, wherein the protrudent pillar slides along a bevel edge of the slide block to push the pull rod for loading a bullet, whereby an actuation time of the pull rod is later than that of the piston to prevent a gun tunnel from being blocked by the raised bullet for increasing the efficiency of gas suction.    
   
   
       2 . The bullet-loading structure of the toy gun of  claim 1 , wherein an included angle between the protrudent pillar and the start end of the tooth-shaped arc edge is larger than an included angle between the protrudent pillar and the stop end of the tooth-shaped arc edge.