SIMULATED SHELL-THROWING ACTION OF TOY GUN MECHANISM

摘要

A simulated shell-throwing action of toy gun mechanism has external hook parts furnished on the outer side of the internal gun shell, side guided-channels furnished on a side of the external hook parts, and an upper guided channel furnished at the top of the side of the side guided-channel; a pull cap being capable of sliding into the upper guided channel has a hook part capable of passing through the side guided-channel and stretching outward; a shell-throwing spring is furnished between the hook part and the external hook part of the internal gun shell; a triggering component has a gun core tube having an opening, and a piston partially stretching through the opening and into the gun core tube where the piston is capable of performing reciprocating sliding action subjected to external driving force; a stopping flange capable of contacting the stopping flange of the pull cap making the pull cap capable of performing reciprocating motion by following the piston and by coordinating the telescoping action of the shell-throwing springs is also furnished on the outer side of the piston; a shell throwing decorating plate combining at an end of the pull cap making the shell throwing decorating plate synchronously follows the pull cap to perform reciprocating action to generate the effect of simulated shell-throwing action.

主权项

1. a simulated shell-throwing action of toy gun mechanism, at least comprising:
(a) an internal gun shell having opposite external hook parts, furnished in the mid-section and on the external sides thereof, side guided-channels furnished respectively on the same side of the two external hook parts, an upper guided channel furnished on the top part of the side guided-channels, and a through hole furnished at an end of the far side of the side guided-channels; (b) a pull cap stretching into the upper guided channel of the internal gun shell to form a combination capable of forming a sliding action; hook parts furnished on each side respectively of the pull cap passing through the side guided-channels and stretching outward; as well as shell-throwing springs furnished between the hook parts and the external hook parts of the internal gun shell; (c) a triggering component having a gun core tube furnished at an end and near the through hole of the internal gun shell; the gun core tube has a gas nozzle passing through the through hole and stretching outward; an opening provided for the piston to be stretched in is furnished at an end of the gun core tube far away from the gas nozzle; the piston is capable of performing reciprocating motion within the gun core tube subjected to an external driving force; a stopping flange capable of contacting the stopping flange of the pull cap making the pull cap capable of performing reciprocating motion by following the piston and by coordinating the telescoping action of the shell-throwing springs is also furnished; and (d) at least a shell throwing decorating plate combining at an end of the pull cap making the shell throwing decorating plate synchronously follows the pull cap to perform reciprocating action, and the other end of the shell throwing decorating plate is stretched through the through hole of the internal gun shell; the shell throwing decorating plate is then employed to perform reciprocating motion to generate the effect of simulated shell-throwing action.