Toy Machine Gun

The present invention relates to a toy machine gun and particularly to one which, when in use, can create both a kickback and a gun shot sound so as to make the user feel as though he is shooting a real machine gun.

Conventional toy guns can be classified into three categories as follows:

I. The first type of toy gun merely provides a sound and fails to provide the user with a real gun shooting feeling.

II. The second type of toy gun generates a large explosion sound together with a powder smell by firing gunpowder in the gun, but it is quite dangerous and it may easily cause an accident.

III. The third type of top gun is similar to the second type except that the gun powder is replaced by a toy bullet. Such a toy bullet can be shot out of the toy gun and, therefore, it is also quite dangerous and may easily cause an accident.

It is, therefore, an object of the present invention to obviate and mitigate the drawbacks of the conventional toy guns.

It is the primary object of the present invention to provide an improved toy machine gun which can create both a kickback and a gun shot sound to satisfy the user's requirements for obtaining a real gun shooting feeling.

It is another object of the present invention to provide an improved toy machine gun which, when in use, is quite safe.

It is a further object of the present invention to provide a toy machine gun which is economic to manufacture.

FIG. 1 is a perspective view of a preferred embodiment of the present invention;

FIG. 2 is a partially cut-away view of the present invention;

FIG. 3 is an exploded view of a link assembly of the present invention;

FIG. 4 is a schematic cross-sectional view of the present invention; and

FIG. 5 is an audio circuit diagram of the present invention.

Referring to FIGS. 2 and 3, a preferred embodiment of the present invention comprises a trigger (10) having a trigger arm (11). The trigger (10) is received in a trigger casing (12) which has a spring (13) disposed therein. Both a microswitch (20) and an audio circuit board (30) associated with a speaker (40) are properly located near the rear end of the trigger arm (11). A motor (50) is located near the front end of the trigger arm (11). The motor (50) connects with a reduction gearbox (51) with reduction gears (not shown) disposed therein. An output rotatable wheel (52) with a protruding pole (53) is arranged to connect with the reduction gearbox (51). A link assembly (60) consists of a link arm (61) which is provided at the rear end with a loop member (68) and an arm (69) extending rearwardly from the loop member (68). The loop member (68) is arranged to encircle the protruding pole (53) of the rotatable wheel (52). A microswitch (54) is located near the rear end of the arm (69) of the link arm (61). The link arm (61) is provided at the other end with a plastic piece (62) to which three steel tubes (63) are connected by screws (64). Each of these steel tubes (63) has a steel plug (631) at each end thereof. All three tubes (63) respectively pass through a sleeve (65) and a liner (66), and then said tubes are secured to a head portion (71) by screws (67). The sleeve (65) is secured to a gun body (70). The liner (66) is secured at one end to the gun body (70) and at the other end to the head portion (71). As shown in FIG. 4, a battery (80) is disposed in a front handle (72) of the instant toy gun.

Referring to FIG. 2, when in use, first the trigger (10) is pulled so that the trigger arm (11) actuates the microswitch (20) thereby completing a conductive path constituted by the battery (80) and the motor (50), as shown in FIG. 4. Then, the motor (50) starts to drive the reduction gears (not shown) in the reduction gear box (51). This in turn drives the rotatable wheel (52) together with its protruding pole (53) to rotate. The protruding pole (53), when rotating with the wheel (52), can drive the loop member (68) to more forward. This, in turn, can drive the plastic piece (62), the steel tubes (63) and the head portion (71) to move forward. Similarly, when the loop (68) moves backward, the head portion (71) will move backward accordingly to hit the gun body (70). This can provide the user with a kickback which normally occurs in the real shooting of a gun. However, owing to the presence of the liner (66), the gun body (70) will not be destroyed by the hitting of the head portion (71). Furthermore, when the loop (68) moves backward, the arm (69) is arranged to actuate the microswitch (54), so as to complete a conductive path constituted by the battery (80) and the audio circuit board (30). Under such circumstances, the audio circuit board (30) associated with the speaker (40) can generate a gun shot sound. Finally, the trigger (10) will return to its original position by the aid of the spring (13) in the trigger casing (12).

In view of the above, the instant toy machine gun can advantageously create both a kickback and a gun shot sound. Therefore, it may satisfy the user's requirements for obtaining a real machine gun shooting feeling.