TWI564536B - Toy gun firing device - Google Patents

Description

Toy gun firing device

The invention relates to a toy gun firing device, in particular to a toy gun firing device capable of single-shot shooting and continuous firing shooting.

In today's society, the pace of life is accelerating, and the competition in the workplace is constantly improving, which in turn causes the pressure of modern people to increase. The catharsis of stress has become an important part of modern life, such as survival games or paintball. When shooting with a toy gun, it is the most similar real-life movement in the previous sports. Nowadays, many people choose to use the survival game or the paintball to express the pressure on the work.

The existing toy guns are mainly classified according to their power sources. The main types are air guns, electric guns and gas guns. Electric guns are electric propulsion machines (such as motors and gears) to compress springs. In addition, gas guns are used to compress springs. It is a toy gun that uses high-pressure compressed gas to emit, and these gas gases are compressed into a liquid by high pressure, so that the most power can be loaded into the magazine, and when the bullet is fired, it can be utilized. The gas is used to fire the bullet; but the price of the electric gun and the gas gun is significantly higher than that of the air gun, and the price is unacceptable to the average player, so most players choose the air gun, wherein the air gun It is the source of the firing by the pushing of the air. The principle of action is to pull the sliding sleeve by human force to compress the spring, and the buckle pressing machine releases its spring, and the piston is used to push the piston, and the piston squeezes the air in the air chamber. To use the squeezed air to fire the bullet, and the way it is fired If the manpower is used to pull the sliding sleeve to compress the spring, the air gun that uses the air to fire the bullet can only fire one bullet at a time. It is called a pull one in the industry, and the price of the air gun is more acceptable to the average player. However, the shortcoming of its air gun is that it must first pull the front action of the sliding sleeve and then fire it, unable to enjoy the continuous shooting experience.

Therefore, how to improve the above-mentioned missing problems is the technical difficulty point that the creators of this case want to solve.

Accordingly, in order to effectively solve the above problems, the main object of the present invention is to provide a toy gun firing device capable of performing single-shot shooting and continuous firing shooting.

In order to achieve the above object, the present invention provides a toy gun firing device, the toy gun system comprising: a gun body, a hammer base, a trigger claw and a claw fixing member, wherein a sliding sleeve is arranged above the gun body A grip and a trigger assembly are disposed below, and a barrel and a gas chamber and a piston movement are disposed at a position below the sliding sleeve, and the piston movement has a resisting portion and a engaging portion and an end position The utility model has a limiting portion, and a claw track and a claw releasing portion are formed on the inner side wall of the gun body; the hammer seat is disposed at the end of the gun body, and the hammer seat has a movement fixing member, and the movement is fixed The workpiece is vertically displaced to the hammer seat, and a punch is formed at a position of the middle portion of the movement fixing member; the trigger jaw is disposed on the trigger assembly and corresponds to the claw track, and the trigger has a top at the top of the claw The joint end and the one side form an engaging end; the claw fixing member is disposed in one of the displacement grooves of the trigger assembly and corresponds to the engaging end of the trigger of the trigger, and the toy gun can drive the piston movement through the sliding sleeve Fixed in the movement of the movement, and by the board unit The piston movement is released to squeeze the air in the air chamber to achieve the effect of single-shot shooting, and at the same time, the piston movement can be driven through the jaws of the trigger machine to displace the piston movement and squeeze the air in the air chamber to achieve the operation. Continuous shot shooting

The utility model has the utility model that the toy gun has the single-shot shooting and the firing effect of the continuous shooting.

1‧‧‧ toy gun

2‧‧‧ gun body

21‧‧‧ claw track

22‧‧‧With the claw release

23‧‧‧ grip

24‧‧‧ Missile parts

25‧‧‧Blocks

3‧‧‧Sleeve

4‧‧‧ barrel

41‧‧‧Upset combination

42‧‧‧ air chamber

421‧‧‧ air outlet

43‧‧‧Piston movement

431‧‧‧The Ministry of Resistance

432‧‧‧ Linkage Department

433‧‧‧Limited Department

434‧‧‧ movement spring

5‧‧‧ board assembly

51‧‧‧Boss assembly spring

52‧‧‧release end

53‧‧‧ linkages

54‧‧‧ displacement slot

6‧‧‧Socks

61‧‧‧ movement fixings

611‧‧‧Perforation

62‧‧‧ hammer seat spring

7‧‧‧ board machine with claws

71‧‧‧ joint end

72‧‧‧Card end

73‧‧‧ pivot

74‧‧‧With claw spring

8‧‧‧With claw fixings

81‧‧‧With claw fixing spring

9‧‧‧ magazine

91‧‧‧ bullets

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a preferred embodiment of the present invention.

Figure 2 is an exploded perspective view of a preferred embodiment of the present invention.

Figure 3a is a first embodiment of a preferred embodiment of the present invention.

Figure 3b is a schematic diagram 2 of a preferred embodiment of the present invention.

Figure 4 is a partial schematic view of a preferred embodiment of the present invention.

Figure 5 is a partial schematic view of a preferred embodiment of the present invention.

Figure 6 is a partial perspective view of a preferred embodiment of the present invention.

Figure 7 is a partial plan view of a preferred embodiment of the preferred embodiment of the present invention.

Figure 8 is a partial perspective view of a preferred embodiment of the present invention.

Figure 9 is a partial plan view of a preferred embodiment of the present invention.

Figure 10 is a partial schematic view of a preferred embodiment of the present invention.

The above object of the present invention, as well as its structural and functional features, will be described in accordance with the preferred embodiments of the drawings.

Please refer to FIG. 1 and FIG. 2 , which are schematic perspective views and exploded views of a preferred embodiment of the present invention, wherein the toy gun 1 includes: a gun body 2, a hammer holder 6, and a trigger machine. The claw 7 and a claw fixing member 8.

Wherein the gun body 2 is provided with a sliding sleeve 3, and the sliding sleeve 3 has an inner and lower orientation A gun tube 4 and an air chamber 42 and a piston movement 43 are disposed, wherein the barrel 4 is disposed at one end of the air chamber 42 and has a lifting assembly 41 fixed to the gun body 2 An air outlet 421 is formed at a position adjacent to the barrel 4, and the piston movement 43 is longitudinally displaceable in the air chamber 42. The piston movement 43 has a resisting portion 431 and a engaging portion 432. And the end portion has a limiting portion 433, wherein the resisting portion 431 and the engaging portion 432 and the limiting portion 433 respectively form a slope, and the inner side wall of the gun body 2 is formed with a claw track 21 and a claw The release portion 22 and a missile member 24 and a ball stop member 25.

In addition, a grip 23 and a trigger assembly 5 are disposed at a position below the gun body 2. The trigger assembly 5 is longitudinally displaceable on the gun body 2, and the trigger assembly 51 has a trigger assembly spring 51 adjacent to the upper assembly 41 and a release end 52 formed at the other end. The end portion 52 is formed with a slope, and the trigger assembly spring 51 is disposed on the gun body 2 at one end and on the trigger assembly 5 at the other end. The other end of the trigger assembly 5 has a linkage member 53. The linkage member 53 has a linkage member 53. The upper assembly 41 is pivotally connected to the barrel 4, and the upper assembly 41 and the barrel 4 are displaced forward and backward on the gun body 2.

The hammer seat 6 is disposed at the end of the gun body 2, and the hammer seat 6 is provided with a movement fixing member 61 having a hammer seat spring 62 at a bottom position of the movement fixing member 61, the hammer seat spring 62 being placed in the movement fixing member 61 and being vertically displaceable to the hammer holder 6 The bottom of the movement fixing member 61 is formed with a slope and a middle portion to form a through hole 611, and the release end 52 of the trigger assembly 5 can enter and exit the through hole 611, wherein the piston movement 43 and the hammer holder 6 are arranged. There is a movement spring 434 which is disposed at one end of the piston movement 43 and at the other end on the hammer holder 6.

The trigger connecting claw 7 is disposed on the trigger assembly 5 and swingable to the trigger On the assembly 5, a top end of the triggering claw 7 has a matching end 71 and an engaging end 72 respectively formed with a slope. The triggering claw 7 has a pivot 73 and a claw spring 74. The pivot 73 It can be swung on the claw track 21, and the claw spring 74 is placed at one end on the trigger assembly 5, and the other end is placed under the trigger jaw 7.

The claw fixing member 8 is disposed in a displacement groove 54 of the trigger assembly 5, And having a claw fixing member spring 81, one end of which is fixed to one side of the displacement groove 54 and the other end is sleeved on the claw fixing member 8, and the position of the connecting claw fixing member 8 corresponds to the trigger machine The engaging end 72 of the claw 7 is formed, and the claw fixing member 8 is formed with a slope.

Please refer to Figures 3a and 3b at the same time, which is a better embodiment of the present invention. Schematic diagram of the implementation of the embodiment 1. Implementation diagram 2, wherein when the toy gun 1 is to be used, a magazine 9 is first inserted into the grip 23, and the magazine 9 is provided with a plurality of bullets 91, and When the magazine 9 is mounted in the grip 23, the magazine 9 simultaneously pushes its missile member 24 toward the top, so that the bullet 91 in the magazine 9 is sent out through the missile member 24 on the inner wall of the gun body 2. At the position of the air port 421, the toy gun 1 can be fired by a single shot and a continuous shot, and after the bullet 91 in the magazine 9 is delivered, there will be a missile member 24 thereon. When the bullet 91 stays and the magazine 9 is withdrawn from the magazine 23 by the grip 23, the missile member 24 is simultaneously moved down to the position of the ball stop 25 and the bullet in the missile member 24 is restrained by the ball stop member 91. The position can be avoided by the phenomenon that the bullet 91 on the missile member 24 is dropped by the missile member 24 and the card is bombed.

Please also refer to Figures 4 and 5 for better implementation of the present invention. Example of partial implementation of the example 1. Partial implementation diagram 2, when the user directly hits the trigger assembly At 5 o'clock, the trigger assembly 5 is moved toward the end of the gun body 2, and when the trigger assembly 5 moves toward the end of the gun body 2, the linkage member 53 simultaneously drives the upper elastic assembly 41 and the barrel 4 toward the gun body 2 When the end moves, the trigger assembly 5 also drives its trigger jaw 7 to move toward the end of the gun body 2, and the pivot 73 of the trigger jaw 7 simultaneously moves on the upper side of the claw rail 21, so that the trigger is connected to the claw 7 can be displaced in the manner of an arc-shaped trajectory when the claw track 21 is displaced forward and backward in the gun body 2, and when the trigger jaw 7 is moved, the engaging end 71 of the top of the triggering claw 7 of the trigger machine The engaging portion 432 of the piston movement 43 moves, and at the same time, the engaging portion 432 drives the piston movement 43 out of the air chamber 42 and moves toward the end of the gun body 2, and the piston movement 43 simultaneously performs the movement of the movement spring 434. Extrusion, and the pivot 73 of the triggering claw 7 of the trigger machine simultaneously moves on the claw track 21 until the trigger jaw 7 of the trigger is displaced by the curved track and displaced to the bottom of the curved track, the engaging end 71 At the same time, the engagement portion 432 of the piston movement 43 is disengaged, and after the engagement end 71 is disengaged from the engagement portion 432, the movement between the piston movement 43 and the hammer holder 6 The spring 434 releases the elastic force of the previous extrusion, so that the piston movement 43 rapidly presses the air generated in the air chamber 42 and fires the bullet 91 at the air outlet 421, and the bullet 91 at the air outlet 421 is fired. As shown in FIG. 5, the trigger assembly spring 51 displaces its trigger assembly 5 toward the front of the gun body 2, and when the trigger assembly 5 is displaced toward the front of the gun body 2, the claw spring 74 is attached to the trigger mechanism. The claw 7 releases the elastic force of the pressing, and the pivot 73 of the trigger 7 of the trigger is simultaneously moved to the upper side of the claw rail 21 and can be displaced to the return position according to the curved path thereof, and is positioned at the claw 7 of the trigger. When returning, the engaging end 71 contacts the engaging portion 432 of the piston movement 43. When the engaging end 71 is obliquely in contact with the inclination of the engaging portion 432, the trigger connecting claw 7 follows the inclination downward. The claw spring 74 is squeezed until the engaging end 71 is disengaged from the engaging portion 432 of the piston movement 43, and the claw spring 74 releases the elastic force of the pressing of the trigger jaw 7 to restore the trigger 7 of the trigger position In addition, when the trigger assembly 5 is displaced toward the front of the gun body 2, its upper assembly 41 and the barrel 4 are displaced toward the front of the gun body 2 through the linkage 53 until the position is restored, and the magazine 9 (such as the 3a) The bullet 91 in the figure is moved to the air outlet 421 and sent to the position of the air outlet 421, and the trigger assembly can be hit again to perform the firing preparation operation, thereby transmitting the claw 7 through the trigger The interlocking of the claw track 21 on the gun body 2 makes the toy gun 1 have the firing effect of continuous snap shooting.

Please refer to Fig. 2 and Fig. 6 and Fig. 7 at the same time. The exploded view of the preferred embodiment, the partial implementation diagram of the preferred embodiment, and the partial top view of the preferred embodiment. First, when the user wants to perform a single shot of strong shooting, the gun body 2 is first introduced. The sliding sleeve 3 moves toward the end of the gun body 2, and when the sliding sleeve 3 moves toward the end of the gun body 2, the sliding sleeve 3 simultaneously drives the piston movement 43 out of the air chamber 42 to move toward the end of the gun body 2, and the piston When the movement 43 moves, the resisting portion 431 of the piston movement 43 presses the engaging end 71 of the trigger connecting claw 7 and moves the pivot 73 of the trigger connecting claw 7 toward the lower side of the claw track 21. The engaging end 72 of the trigger jaw 7 of the trigger moves to the claw fixing member 8 and pushes the claw fixing member 8. After the claw fixing member 8 is pressed, the displacement groove 54 of the trigger assembly 5 is facilitated. The side displacement is performed, as shown in FIG. 7, and the engaging end 72 passes through the claw fixing member 8 through the inclination thereof, and the claw fixing member 8 is elastically generated by the claw fixing member spring 81. And returning the claw fixing member 8 to the position, thereby limiting the engaging end 72 and positioning the trigger claw 7 of the trigger, and the resisting portion 431 of the piston movement 43 After the engagement end 71 and continue to move toward the end of the gun body 2, until the limiting portion 433 of the piston movement 43 is pressed to the movement fixing member 61, the movement fixing member 61 is squeezed to facilitate the hammer holder 6 Producing a downward displacement and squeezing the action of the hammer seat spring 62 until the limit portion 433 passes through the movement fixing member 61, the hammer seat spring The release of the elastic force of the squeezing causes the movement fixing member 61 to return to the upper limit portion 433 of the piston movement 43 and fix the piston movement 43 while squeezing the movement spring 434 thereof.

Please also refer to Figure 2 and Figure 8 to Figure 10 for the same purpose. The exploded view of the preferred embodiment, the partially implemented schematic view of the preferred embodiment, the partial top view of the preferred embodiment, and the partial implementation of the preferred embodiment. The piston movement 43 is driven by the sliding sleeve 3. After being fixed by the movement fixing member 61, the trigger assembly 5 can be directly hit, and the trigger assembly 5 is moved toward the end of the gun body 2, and when the trigger assembly 5 moves toward the end of the gun body 2, the linkage member thereof 53 will simultaneously drive its upper assembly 41 and the barrel 4 to the end of the gun body 2, and the trigger assembly 5 also drives its trigger jaw 7 to the end of the gun body 2, and the trigger is connected to the claw 7 The pivot 73 is simultaneously moved on the lower side of the claw rail 21 so that the trigger jaw 7 can be moved backward in the gun body 2 according to the horizontal position of the bottom of the claw rail 21 until the release end 52 of the trigger assembly 5 After being displaced into the through hole 611 at the middle position of the movement fixing member 61, and after the release end 52 enters the through hole 611, the inclined surface of the movement fixing member 61 is pressed by the inclined surface of the release end 52 to release the piston. The movement 43, at this time, the movement of the movement between the piston movement 43 and the hammer holder 434 The piston movement 43 releases the elastic force of the previous extrusion, so that the piston movement 43 rapidly squeezes the air generated in the air chamber 42 and fires the bullet 91 at the air outlet 421, and the bullet 91 at the air outlet 421 is fired. Thereafter, the claw releasing portion 22 of the gun body 2 simultaneously pushes the claw fixing member 8 (refer to FIG. 9), so that the claw fixing member 8 is pressed to facilitate the displacement groove 54 on the trigger assembly 5. The side displacement is performed, and the engaging end 72 of the trigger jaw 7 is disengaged from the claw fixing member 8, so that the claw spring 74 releases the previously squeezed elastic force on the trigger claw 7 to make the trigger claw 7's pivot 73 moves at the same time The upper side of the claw rail 21 can be displaced according to its curved path (see FIG. 10), and the trigger assembly spring 51 also displaces the trigger assembly 5 toward the front of the gun body 2, and the board When the machine assembly 5 is displaced toward the front of the gun body 2, the release end 52 of the trigger assembly 5 is displaced forward and disengaged from the through hole 611 of the movement fixing member 61. At this time, the hammer seat spring 62 releases the elastic force of the squeeze to make the machine The core fixing member 61 is responsive to the upward displacement. When the triggering position of the triggering device 7 is restored, the engaging end 71 contacts the engaging portion 432 of the piston movement 43 when the engaging end 71 is obliquely contacted with the engaging portion 432. When the pitch is inclined, the trigger connecting claw 7 presses the claw spring 74 downward along the inclination until the engaging end 71 is disengaged from the engaging portion 432 of the piston movement 43, the claw spring 74 is opposite to the trigger The claw 7 releases the elastic force of the pressing, so that the trigger machine 7 is returned to the position of the claw 7. In addition, when the trigger assembly 5 is displaced toward the front of the gun body 2, the upper assembly 41 and the barrel 4 are driven by the linkage 53. The front of the body 2 is displaced, and after the position is restored, the bullet 91 in the magazine 9 moves to the air outlet 421 and is sent to the air outlet 421 to be hit again. The trigger assembly 5 performs a preparation operation of firing. When the toy gun 1 performs continuous snap shooting, the trigger assembly 5 drives the piston movement 43 to squeeze its movement spring 434 and is not completely displaced to the end of the gun body 2. When a single shot is fired, the sliding sleeve 3 drives the piston movement 43 to completely displace the movement distance of the movement spring 434 to the end of the gun body 2, so the continuous shot firing and the single hitting strength The displacement distances of the two piston movements 43 are different, so the pressure generated is also different.

Need to be clear, the above is only the preferred embodiment of the case, not limited to The creation of this creation, if it is based on the idea of this creation, does not deviate from the scope of this creation, for example, the transformation of the configuration or arrangement, the equivalent effect of various changes, modifications and applications. It shall be included in the scope of the rights of this case and shall be combined with Chen Ming.

1‧‧‧ toy gun

2‧‧‧ gun body

21‧‧‧ claw track

22‧‧‧With the claw release

23‧‧‧ grip

24‧‧‧ Missile parts

25‧‧‧Blocks

3‧‧‧Sleeve

4‧‧‧ barrel

41‧‧‧Upset combination

42‧‧‧ air chamber

421‧‧‧ air outlet

43‧‧‧Piston movement

431‧‧‧The Ministry of Resistance

432‧‧‧ Linkage Department

433‧‧‧Limited Department

434‧‧‧ movement spring

5‧‧‧ board assembly

51‧‧‧Boss assembly spring

52‧‧‧release end

53‧‧‧ linkages

54‧‧‧ displacement slot

6‧‧‧Socks

61‧‧‧ movement fixings

611‧‧‧Perforation

62‧‧‧ hammer seat spring

7‧‧‧ board machine with claws

71‧‧‧ joint end

72‧‧‧Card end

73‧‧‧ pivot

74‧‧‧With claw spring

8‧‧‧With claw fixings

81‧‧‧With claw fixing spring

Claims (10)

A toy gun firing device, the toy gun comprising: a gun body having a sliding sleeve disposed above the gun body and a grip and a trigger assembly disposed thereon, wherein the gun body is provided with a barrel at the position of the sliding sleeve a gas chamber and a piston movement, the piston movement has a resisting portion and a engaging portion, and one end portion has a limiting portion, and the inner side wall of the gun body is formed with a claw rail and a claw releasing portion; a missile member Provided on the inner wall of the gun body, and one end of the missile member communicates with one end of the air chamber, and a magazine is disposed in the grip and pushes the missile member to the top, and the plurality of bullets in the magazine passes through The missile member moves toward one end of the air chamber; a triggering claw is disposed on the trigger assembly and corresponds to the connecting claw rail, and a top end of the trigger connecting claw is formed with a engaging end and a side formed Engagement end. The toy gun firing device of claim 1, further comprising a hammer seat, the hammer seat being disposed at the end of the gun body, and the hammer seat having a movement fixing member, the movement being fixed The workpiece is vertically displaced to the hammer seat, and a hole is formed at a position of the middle portion of the movement fixing member, wherein a movement spring is arranged between the piston movement and the hammer seat, and the movement of the movement is connected to the piston movement at one end The other end is connected to the hammer holder. The toy gun firing device of claim 2, wherein the bottom of the movement fixing member has a hammer spring at one end, the hammer spring is assembled at one end of the movement fixing member, and the other end group is Connect the hammer holder. The toy gun firing device of claim 1, wherein the trigger jaws are provided with a claw spring at a position of the engaging end, the claw springs being assembled at one end of the trigger assembly, and the other end group Connect the trigger to the claw. The toy gun firing device of claim 1, wherein the trigger jaw has a pivot disposed on the claw track, and the trigger claw is according to the pivot and the claw track The curved body is displaced in the gun body. The toy gun firing device of claim 2, wherein the trigger assembly has a trigger assembly spring at one end thereof, the trigger assembly is provided at one end of the trigger assembly, and the other end is assembled. The trigger assembly has a release end at the other end, and the release end simultaneously enters and exits the perforation when the trigger assembly is displaced forward and backward. The toy gun firing device of claim 1, wherein the barrel is disposed at one end of the air chamber, and an air outlet is formed adjacent to the barrel position of the air chamber. The toy gun firing device of claim 1, further comprising a claw fixing member penetrating through a displacement groove of the trigger assembly and corresponding to the trigger claw The latching end has a claw fixing member spring, and the connecting claw spring fixes the trigger assembly at one end and the claw fixing member at one end. The toy gun firing device of claim 1, wherein the gun body further has a spring member, the spring member is oppositely disposed at one end of the missile member, and the magazine is withdrawn by the grip At the time, the missile member is moved down to the position of the stop member and the bullet is used to limit the bullet in the missile member. The toy gun firing device according to claim 6, wherein the trigger assembly further has a linkage member at a position of the trigger assembly of the trigger assembly, and the linkage member is pivotally connected to one of the barrels. And driving the upper elastic assembly and the barrel to be displaced back and forth on the gun body.