TWM589270U - Toy gun with switchable grip - Google Patents

Abstract

This creation is about a toy gun with a switchable grip. The toy gun includes a gun body, an air valve, a hammer assembly, a bomb feeder and a trigger assembly. The gun body has a barrel, an air chamber and a magazine; The switch air valve is installed between the barrel and the air chamber; the hammer assembly includes a hammer configured corresponding to the switch air valve and a return spring elastically supported between the gun body and the hammer, the hammer can be selectively pushed or released The air valve is switched on and off; the bomb-feeding tube is movably sleeved on the barrel. The bomb-feeding tube has a switchable handle exposed outside the gun body and a pusher element that moves between the barrel, magazine and hammer. The component can be selectively pushed against the hammer or stuffed between the barrel and the magazine; the trigger assembly includes a trigger piece pivotally connected to the gun body and a hammer hammer shoot, the trigger piece can selectively drive the hammer hammer shoot to resist or release Hammering.

Description

Toy gun with switchable grip

This creation is about a toy gun structure, and especially about a toy gun with a toggle grip.

Modern people are busy with work and stressful. Therefore, many people choose to express their accumulated pressure with leisure activities. At the same time, more and more people are pursuing a leisure activity that is both fresh and exciting. Therefore, BB guns, paintball guns, Air guns and other toy guns have become one of the most important tools for shooting training.

In addition, the auxiliary grips of firearms can be divided into the more common front grips (Foregrip) and rear grips (Reargrip), which are mainly used for machine guns, automatic rifles, assault rifles, sniper rifles and submachine guns. Among them, the vertical front grip mounted on the firearm in lateral movement can also be used to stabilize shooting and reduce the impact of recoil.

However, currently toy guns with vertical front grips on the market are mostly fixedly mounted on the barrel, resulting in the appearance and operation of the vertical front grip being far from the real gun. Therefore, how to design a vertical front grip for structural simulation is the focus of the creator's research and development.

In view of this, the creator has focused on the above-mentioned existing technology, dedicated research and cooperation with the application of academic principles, and tried his best to solve the above problems, which has become the goal of the creator's improvement.

This creation provides a toy gun with a toggle grip, which can be moved forward and backward relative to the barrel with a toggle grip, and the push element can selectively push the hammer or the bullet to the barrel, so that The appearance of the toggle grip and the vertical front grip similar to the real gun are used to achieve the excellent simulation texture of the original toy gun.

In this creative embodiment, this creative system provides a toy gun with a switchable grip for a gas cylinder and a bullet. The toy gun includes: a gun body with a barrel and a gun connected to the barrel An air chamber and a magazine connected to the barrel, the gas bottle is placed in the air chamber, the bullet is placed in the magazine; an air valve is installed on the barrel and the air chamber Between the chamber; a hammer assembly, including a hammer corresponding to the switch valve and a return spring elastically supported between the gun body and the hammer, the hammer can selectively push or release the switch Air valve; a bullet-feeding tube, which is movably sleeved on the barrel, the bullet-feeding tube has a switchable grip exposed outside the gun body and between the barrel, the magazine and the hammer A moving push element, which can selectively push against the hammer, push the bullet to the barrel or stuff between the barrel and the magazine; and a trigger assembly, including a pivot connection A trigger member and a hammer hammer on the gun body can selectively drive the hammer hammer to resist or release the hammer.

Based on the above, the creative toy gun further includes a positioning insurance component. The structure and actuating relationship of the positioning insurance component are used to ensure that the bullet is actually filled to the barrel before firing, so as to avoid accidentally firing the bullet when the bullet is not filled, so as to improve the cost. Use safety of creative toy guns.

Based on the above, the creative toy gun further includes a loaded shoot component and an anti-return bullet component. The structure and actuation relationship of the loaded shoot component and the anti-return bullet component are used to prevent the bullet from being fired and pulled again The grip causes the bullet to refill into the barrel repeatedly. After firing, the pullable grip can be pulled smoothly to enhance the safety of the toy gun.

The detailed description and technical content of this creation will be explained in conjunction with the drawings below. However, the drawings are only for illustrative purposes and are not intended to limit this creation.

Please refer to FIG. 1 to FIG. 10, this creation provides a toy gun with a switchable grip, the toy gun 10 mainly includes a gun body 1, a switch gas valve 2, a hammer assembly 3, a delivery弹管件4和一个开关组5。 Spring tube 4 and a trigger assembly 5.

As shown in FIGS. 1 to 10, the gun body 1 has a barrel 11, an air chamber 12 connected to the barrel 11 and a magazine 13 connected to the barrel 11, the air chamber 12 is used to place a gas bottle 100. The magazine 13 is used to place the bullet 200, and the magazine 13 has an elastic push block 131 therein. The elastic push block 131 is used to push the bullet 200 between the barrel 11 and the magazine 13.

Among them, the gas cylinder 100 placed in the gas chamber 12 has been punctured, so that the gas inside the gas cylinder 100 flows out to fill the inside of the gas chamber 12; in addition, the bullet 200 is a non-expanding sponge (Non-Expanding Recreational Foam), but not limited to this.

As shown in FIGS. 1 to 10, the air switch 2 is installed between the barrel 11 and the air chamber 12. The air switch 2 is used to control the communication between the barrel 11 and the air chamber 12.

As shown in FIGS. 1 to 10, the hammer assembly 3 includes a hammer 31 configured corresponding to the switch valve 2 and a return spring 32 elastically supported between the gun body 1 and the hammer 31. The hammer 31 can be selectively The switch gas valve 2 is pushed or released, and the return spring 32 is used to drive the hammer 31 to return toward the switch gas valve 2.

As shown in FIGS. 1 to 10, the bomb feeder 4 is movably sleeved on the barrel 11. The bomb feeder 4 has a switchable grip 41 exposed outside the gun body 1 and the barrel 11 and magazine 13 A pushing element 42 moving between the hammer 31 and the pushing element 42 has a tip 421 capable of pushing against the bullet 200 at one end and a protrusion 422 at the other end, and the pushing element 42 can selectively push against the hammer 31 3. Push the bullet 200 to the barrel 11 or stuff it between the barrel 11 and the magazine 13.

Wherein, the pushing element 42 pushes against the hammer 31, that is, when the pushing element 42 is not packed between the barrel 11 and the magazine 13, the elastic pushing block 131 will push the bullet 200 into the barrel 11 and the magazine 13 Afterwards, when the pushing element 42 moves away from the hammer 31 to the position between the barrel 11 and the magazine 13, the pushing element 42 will also push the bullet 200 into the barrel 11.

As shown in FIGS. 1 to 10, the trigger assembly 5 includes a trigger member 51 and a hammer hammer shoot 52 pivotally connected to the gun body 1. The trigger member 51 can selectively drive the hammer hammer shoot 52 to press or release the hammer 31.

The detailed description is as follows. The trigger member 51 includes a triggerable element 511, a trigger linkage lever 512 pivotally connected to the triggerable element 511, and a first elastically supported between the triggerable element 511 and the trigger linkage lever 512 The return spring 513, the first return spring 513 is used to drive the trigger linkage lever 512 to return away from the hammer 52, and the trigger linkage lever 512 is provided with a groove 5121 at one end and a release lever 5122 connected to the other end. The release card shoot rod 5122 can selectively push or release the hammer card shoot 52.

As shown in FIGS. 5 to 7, the toy gun 10 of the present invention further includes a positioning fuse assembly 6. The positioning fuse assembly 6 includes a positioning fuse 61 disposed between the magazine 13 and the switch valve 2 and elastically supported by the gun. A second return spring 62 between the body 1 and the positioning bumper 61, the protrusion 422 can selectively press or release the top of the positioning bumper 61, and the bottom of the positioning bumper 61 can be selectively locked or disengaged from the recess The groove 5121 and the second return spring 62 are used to drive the bottom of the positioning bumper 61 to the position where it disengages from the groove 5121.

As shown in FIG. 5 to FIG. 10, the toy gun 10 of the present invention further includes a popping block assembly 7, the popping block assembly 7 includes a popping block 71 disposed on the side of the hammer 31, elastically supported on the gun body 1 and A third return spring 72 between the upper-loaded bamboo shoot 71 and a upper-loaded bamboo shoot connecting rod 73 pivotally connected to the gun body 1 and arranged between the hammer 31 and the upper-load bamboo shoot 71, the upper-load bamboo shoot 71 is provided with a recess Groove 711, one end of the upper-loading bamboo shoot connecting rod 73 is inserted into the concave groove 711 of the upper-loading bamboo shoot 71 and drives the upper-loading bamboo shoot 71 to move, and the other end of the upper-load bamboo shoot connecting rod 73 can be selectively pressed or released by the hammer 31, The third return spring 72 is used to drive the upper-loading bamboo shoot 71 to the position where it is pressed against the anti-return plucking lever 83.

As shown in FIGS. 8 to 10, the toy gun 10 of the present invention further includes an anti-return bomb assembly 8. The anti-return bomb assembly 8 includes an anti-return bullet card disposed between the magazine 13 and the switch valve 2. The rod 81, a fourth return spring 82 elastically supported between the gun body 1 and the anti-return bullet bar 81, and pivotally connected to the gun body 1 and disposed between the upper-bore catch 71 and the anti-return bullet bar 81 An anti-return bullet lever 83, an anti-return bullet lever 81 is provided with a notch 811, one end of the anti-return bullet lever 83 is inserted into the notch 811 of the anti-return bullet lever 81 and drives the anti-return bullet lever 81 is actuated, and the other end of the anti-return bomb lever 83 can be selectively pressed or released by the loading clamp 71, and the anti-return bomb lever 81 can selectively stop or release the push element 42.

As shown in FIGS. 1 to 4, it is the use state of the original bomb feeder 4. First, as shown in FIG. 1, the on-off valve 2 controls the barrel 11 and the air chamber 12 to block each other, so that the gas inside the air chamber 12 cannot flow into the barrel 11, and the pushing element 42 is packed in the barrel 11 and the magazine Between 13, the elastic pushing block 131 cannot be filled between the barrel 11 and the magazine 13 against the pushing bullet 200.

Furthermore, as shown in FIG. 2, the user pulls the toggle grip 41 closer to the trigger assembly 5, and at the same time drives the pushing element 42 to push the hammer 31 to move away from the switch valve 2, which will cause the hammer The card shoot 52 presses against the hammer 31, and because the pushing element 42 is not packed between the barrel 11 and the magazine 13, the elastic pushing block 131 will push the bullet 200 between the barrel 11 and the magazine 13.

Furthermore, as shown in FIG. 3, the user pulls the dial 41 toward the muzzle of the barrel 11 and at the same time drives the pushing element 42 to move from the direction away from the hammer 31 to fill the barrel 11 and the magazine At the position between 13, the pushing element 42 will also push the bullet 200 into the barrel 11 together.

Finally, as shown in FIG. 4, when the user pulls the trigger member 51, the trigger member 51 will drive the hammer hammer 52 to release the hammer 31, which will cause the return spring 32 to drive the hammer 31 against the switch valve 2, when the switch When the gas valve 2 is hit, the switching gas valve 2 will control the barrel 11 and the air chamber 12 to communicate with each other, and release the gas in the air chamber 12 to flow into the barrel 11 to push the bullet 200 out of the barrel 11 to complete a firing.

In this way, the adjustable grip 41 of the bomb feeder 4 can move forward and backward relative to the barrel 11, and the push element 42 of the bomb feeder 4 can selectively push the hammer 31 or the bullet 200 to the barrel 11. Make the appearance of the toggle grip 41 and the vertical front grip similar to the real gun, so as to achieve that the toy gun 10 of the present creation has an excellent simulation texture.

As shown in FIGS. 5 to 7, it is the use state of the original positioning insurance component 6. First, as shown in FIG. 5, when the pushing element 42 is packed between the barrel 11 and the magazine 13, the protrusion 422 will be pressed against the top of the positioning bumper 61, and the bottom of the positioning bumper 61 will be caught in the groove 5121 and drive the trigger linkage rod 512 to move closer to the hammer hammer 52, so that the release lever 5122 pushes against the hammer hammer 52, but the hammer hammer 52 releases the hammer 31, so the user buckles The trigger member 51 also does not fire.

Furthermore, as shown in FIG. 6, the user pulls the toggle grip 41 toward the trigger assembly 5 to drive the pusher element 42 against the hammer 31 to move away from the switch valve 2, which will cause the hammer to jam At the same time, when the projection 422 releases the top of the positioning bumper 61, the second return spring 62 will drive the bottom of the positioning bumper 61 out of the groove 5121, and the first return spring 513 will drive The trigger linkage lever 512 moves away from the hammer hammer 52 to release the hammer lever 5122 to release the hammer hammer 52, but the trigger lever 5122 is released to release the hammer hammer 52, and the trigger 51 cannot drive the hammer The card shoot 52 actuates, so the user will not trigger when the trigger 51 is pulled.

Moreover, as shown in FIG. 7, until the user pulls the switchable grip 41 toward the muzzle of the barrel 11, the pushing element 42 is driven to fill the position between the barrel 11 and the magazine 13 to push the bomb The element 42 will push the bullet 200 to the inside of the barrel 11; at the same time, the projection 422 again presses against the top of the positioning bumper 61, the bottom of the positioning bumper 61 is caught in the groove 5121 and drives the trigger linkage lever 512 to approach The hammer snap 52 moves in the direction so that the release lever 5122 pushes against the hammer snap 52, but the hammer 52 is pressed against the hammer 31, so when the user pulls the trigger 51, the trigger 51 The release card shoot rod 5122 will drive the hammer card shoot 52 to release the hammer 31 and fire.

In this way, by using the structure and actuation relationship of the positioning safety component 6, the pushing element 42 is packed between the barrel 11 and the magazine 13, and the pushing element 42 pushes the bullet 200 into the barrel 11, which is the bullet The 200 is indeed refilled to the barrel 11, and the trigger 51 can be fired only to prevent the bullet 200 from being accidentally triggered when the refill is not completed, so as to improve the safety of the toy gun 10 used in the present invention.

As shown in FIG. 8 to FIG. 10, it is the use state of the creative loading module 7 and the anti-refeeding assembly 8. First, as shown in FIG. 8, the pushing element 42 is stuffed between the barrel 11 and the magazine 13. When the hammer catch 52 releases the hammer 31, the hammer 31 will be pressed against the upper link 73 of the bamboo shoot. One end of the loading rod connecting rod 73 is inserted into the loading bracket 71 and drives the loading bracket 71 to release the anti-return bomb lever 83, so that the anti-return bomb lever 81 is not restrained by external force, so that the fourth return spring 82 can The anti-return bomb lever 81 is driven to release the push element 42.

Furthermore, as shown in FIG. 9, the user pulls the dial 41 toward the trigger assembly 5. Therefore, the anti-return spring lever 81 is only pulled by the fourth return spring 82, so the spring element 42 is pushed. It can hit the anti-return bullet rod 81 and push the hammer 31 to move away from the switch valve 2 smoothly, which will cause the hammer hammer 52 to press the hammer 31.

Also, as shown in FIG. 10, until the user pulls the switchable grip 41 toward the muzzle of the barrel 11, the pushing element 42 is driven to fill the position between the barrel 11 and the magazine 13 to push the bomb The element 42 will push against the bullet 200 to the inside of the barrel 11; at the same time, the hammer hammer 52 will press the hammer 31, which will release the hammer 31 into the upper link 73, and the third return spring 72 will drive the upper lever 71 resists the anti-returning picking lever 83, so that the anti-returning picking lever 83 drives the anti-returning picking lever 81 to stop the pushing element 42, so when the hammer hammer 52 resists the hammer 31, the pushing element 42 It will be stopped by the anti-rebound clip lever 81, so that the user cannot pull the dial 41.

In this way, when the user does not pull the trigger member 51 to fire, that is, when the hammer hammer 52 is pressed against the hammer 31, the push element 42 will be stopped by the anti-return bomb lever 81, and the pullable grip cannot be pulled Put the 41, avoid the pushing element 42 to repeatedly push the bullet 200 into the barrel 11 to prevent the bullet 200 from being fired, and then pull the handle 41 again, causing the bullet 200 to repeatedly fill the barrel 11, so that the barrel 11 The bullets 200 inside are stuck or misaligned with each other, which causes the bullet 200 to be unable to fire or is not completely fired. Until the user pulls the trigger 51 to fire, that is, the hammer jam 52 releases the hammer 31, then it can be pulled smoothly The grip 41 can be turned to enhance the safety of using the toy gun 10 of the present invention.

In summary, the toy gun with a turnable grip can achieve the intended use, and solve the lack of conventional knowledge. It has industrial applicability, novelty and progress, and fully meets the patent application requirements. The application is made in accordance with the Patent Law. Please check and grant the patent in this case in detail to protect the creator's rights.

10‧‧‧Toy gun

1‧‧‧ gun body

11‧‧‧ Barrel

12‧‧‧Air chamber

13‧‧‧Magazine

131‧‧‧Elastic push block

2‧‧‧Switch gas valve

3‧‧‧Hammer assembly

31‧‧‧ hammer

32‧‧‧Return spring

4‧‧‧Feeding pipe fittings

41‧‧‧pullable grip

42‧‧‧Push element

421‧‧‧tip

422‧‧‧Bump

5‧‧‧ trigger assembly

51‧‧‧ Trigger

511‧‧‧pullable element

512‧‧‧ trigger linkage

5121‧‧‧groove

5122‧‧‧ release card shoot

513‧‧‧First return spring

52‧‧‧Hammer

6‧‧‧Positioning insurance components

61‧‧‧positioning bumper

62‧‧‧Second return spring

7‧‧‧Loaded card shoot assembly

71‧‧‧Loaded card shoots

711‧‧‧Ditch

72‧‧‧The third return spring

73‧‧‧Loading card shoot connecting rod

8‧‧‧Anti-return bomb assembly

81‧‧‧Anti-return bullet bar

811‧‧‧Notch

82‧‧‧Fourth return spring

83‧‧‧Anti-repetitive picking lever

100‧‧‧Cylinder

200‧‧‧ bullet

Fig. 1 is a schematic diagram of the first use state of the bomb feeding tube of this creation.

Fig. 2 is a schematic diagram of the second use state of the bomb feeding tube of this creation.

Fig. 3 is a schematic diagram of the third usage state of the bomb feeding tube of this creation.

Fig. 4 is a schematic diagram of the fourth use state of the bomb feeding tube of this creation.

Figure 5 is a schematic diagram of the first use state of the creative positioning insurance component.

Figure 6 is a schematic diagram of the second use state of the creative positioning insurance component.

Figure 7 is a schematic diagram of the third usage state of the creative positioning insurance component.

FIG. 8 is a schematic diagram of the first use state of the creative loading module and the anti-return bomb component.

Fig. 9 is a schematic diagram of the second use state of the creative loading module and the anti-refeeding component.

Fig. 10 is a schematic diagram of the third usage state of the creative loading module and the anti-refeeding component.

10‧‧‧Toy gun

1‧‧‧ gun body

11‧‧‧ Barrel

12‧‧‧Air chamber

13‧‧‧Magazine

131‧‧‧Elastic push block

2‧‧‧Switch gas valve

3‧‧‧Hammer assembly

31‧‧‧ hammer

32‧‧‧Return spring

4‧‧‧Feeding pipe fittings

41‧‧‧pullable grip

42‧‧‧Push element

421‧‧‧tip

5‧‧‧ trigger assembly

51‧‧‧ Trigger

511‧‧‧pullable element

52‧‧‧Hammer

100‧‧‧Cylinder

200‧‧‧ bullet

Claims (12)

A toy gun with a switchable grip is used for a gas cylinder and a bullet. The toy gun includes: A gun body has a barrel, an air chamber connected to the barrel and a magazine connected to the barrel, the gas bottle is placed in the air chamber, and the bullet is placed in the magazine ; A switch gas valve, installed between the barrel and the gas chamber; A hammer assembly includes a hammer configured corresponding to the switch valve and a return spring elastically supported between the gun body and the hammer, the hammer can selectively push or release the switch valve; A bullet-feeding tube, which is movably sleeved on the barrel. The bullet-feeding tube has a switchable grip exposed outside the gun body and a movable one between the barrel, the magazine and the hammer A pushing element, the pushing element can selectively push against the hammer, push the bullet to the barrel or be stuffed between the barrel and the magazine; and A trigger assembly includes a trigger member pivotally connected to the gun body and a hammer hammer shoot, the trigger member can selectively drive the hammer hammer shoot to press or release the hammer. As described in claim 1, the toy gun with a switchable grip, wherein when the pushing element pushes against the hammer and moves away from the switch valve, the hammer will be stuck against the hammer, The bullet is packed between the barrel and the magazine. The toy gun with a switchable grip as described in claim 2, wherein when the trigger member drives the hammer to release the hammer, the return spring will drive the hammer to push against the switch valve. The toy gun with a turnable grip as described in claim 1, further comprising a positioning safety component, one end of the pushing element has a tip capable of pushing against the bullet and a protrusion on the other end, the positioning The safety component includes a positioning safety rod arranged between the magazine and the switch air valve, and a second return spring elastically supported between the gun body and the positioning safety rod, the protrusion can be selectively pressed Or release the top of the positioning bumper. The toy gun with a switchable grip as described in claim 4, wherein the trigger member includes a switchable element, a trigger linkage lever pivotally connected to the switchable element, and elastically supported on the switchable A first return spring between the element and the trigger linkage lever. The toy gun with a switchable grip as described in claim 5, wherein one end of the trigger linkage lever is provided with a groove and the other end is connected with a release card shoot lever, and the bottom of the positioning safety rod can be selectively locked or disengaged In the groove, the release card shoot rod can selectively push or release the hammer shot shoot. The toy gun with a switchable grip as described in claim 6, wherein when the projection releases the top of the positioning bumper, the second return spring will drive the bottom of the positioning bumper out of the groove , The first return spring drives the trigger linkage rod to move away from the hammer jam, so that the release lever can release the hammer jam. The toy gun with a switchable grip as described in claim 6, wherein when the pushing element is stuffed between the barrel and the magazine, the projection will press the top of the positioning bumper, the The bottom of the positioning bumper is caught in the groove and drives the trigger link to move toward the direction of the hammer hammer, so that the release lever is pushed against the hammer hammer. The toy gun with a switchable grip as described in claim 1, further comprising a chucked bamboo shoot assembly, the chucked bamboo shoot assembly includes a chucked bamboo shoot arranged on one side of the hammer, and is elastically supported on the gun A third return spring between the body and the upper-loading bamboo shoot and an upper-loading bamboo shoot connecting rod pivotally connected to the gun body and arranged between the hammer and the upper-load bamboo shoot, one end of the upper-load bamboo shoot connecting rod The bamboo shoot inserted into the upper chamber and the other end can be selectively pressed or released by the hammer. The toy gun with a switchable grip as described in claim 9 further includes an anti-repetitive bullet assembly, the anti-repetitive bullet assembly includes an anti-repetitive bullet disposed between the magazine and the switch valve A bullet-feeding lever, a fourth return spring elastically supported between the gun body and the double-return-proof bullet-proof lever, and pivotally connected to the gun body and arranged on the upper-bore card shoot and the double-return-proof bullet-proof lever An anti-return bullet lever, one end of the anti-return bullet lever is inserted into the anti-return bullet lever and the other end can be selectively pressed or released by the upper chuck, the anti-return bullet lever The push element can be selectively stopped or released. The toy gun with a switchable grip as described in claim 10, wherein when the hammer is released, the hammer will be pressed against the upper link of the bamboo shoot, which is driven by the link of the bamboo shoot The chuck shoot releases the anti-returning spring pick lever, so that the fourth return spring drives the anti-returning spring lever to release the pushing element. The toy gun with a switchable grip as described in claim 10, wherein when the hammer hammer is pressed against the hammer, the hammer is released from the link of the upper arm, and the third return spring drives The chuck shoots press against the anti-repetitive spring pick lever, so that the anti-repetitive spring pick lever drives the anti-repetitive spring pick lever to stop the pushing element.

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