CN210802222U - Toy gun with handle capable of being pulled - Google Patents

Abstract

The utility model relates to a toy gun with a pokable handle, which comprises a gun body, a switch air valve, a hammer component, a bullet feeding pipe component and a trigger component, wherein the gun body is provided with a gun barrel, an air cavity and a magazine; the switch air valve is arranged between the gun tube and the air chamber; the hammer component comprises a hammer corresponding to the switch air valve and a return spring elastically supported between the gun body and the hammer, and the hammer can selectively push or release the switch air valve; the bullet-feeding pipe is movably sleeved on the gun barrel and is provided with a poking handle exposed outside the gun body and a bullet-pushing element moving among the gun barrel, the bullet box and the hammer, and the bullet-pushing element can selectively push against the hammer or be stuffed between the gun barrel and the bullet box; the trigger assembly includes a trigger member pivotally connected to the gun body and a hammer catch, the trigger member selectively driving the hammer catch to press against or release the hammer.

Description

Toy gun with handle capable of being pulled

Technical Field

The utility model relates to a toy gun structure, in particular to a toy gun with a pokable handle.

Background

Modern people work busy and work pressure is high, so many people choose leisure activities to express the pressure accumulated at ordinary times, and more people seek a leisure activity with freshness and stimulation, so toy guns such as BB gun, paintball gun, air gun and the like become one of the important tools for shooting training of people nowadays.

The secondary grips of firearms can be divided into the more common fore (Foregrip) and aft (rergrip) grips, which are used primarily for machine guns, auto rifles, assault rifles, sniper rifles and submachine . Wherein the vertical fore grip mounted on the firearm for lateral movement is further useful for stabilizing the fire and reducing the impact of recoil.

However, most of the toy guns with vertical grips on the market are fixed on the gun barrel, which results in the appearance and operation of the vertical grips being far from the real guns. Therefore, how to design the vertical front grip with a simulated structure is the key point of the research and development of the inventor.

In view of the above, the present inventors have made extensive studies and studies to solve the above problems in combination with the application of the above prior art, and as a result, the present inventors have improved the present invention.

SUMMERY OF THE UTILITY MODEL

The utility model provides a toy gun with can stir handle, it utilizes can stir handle relative barrel back-and-forth movement, and pushes away bullet component alternative pushing and supports the hammer or push and support bullet to the barrel, makes the appearance that can stir the handle and operates the perpendicular front handle of similar real gun, in order to reach the utility model discloses toy gun has good emulation feel.

In the embodiment of the present invention, the utility model provides a toy gun with can stir handle for gas cylinder and bullet, the toy gun includes: a gun body having a barrel, an air chamber connected to the barrel, and a magazine connected to the barrel, the air cylinder being disposed in the air chamber and the cartridge being disposed in the magazine; a switch gas valve mounted between the barrel and the gas chamber; a hammer component, which comprises a hammer arranged corresponding to the switch air valve and a return spring elastically supported between the gun body and the hammer, wherein the hammer can selectively push against or release the switch air valve; a barrel movably received in the barrel, the barrel having a toggle grip exposed on an exterior of the body and a projectile pushing element movable between the barrel, the magazine and the hammer, the projectile pushing element selectively pushing against the hammer, the projectile into the barrel or packing between the barrel and the magazine; and a trigger component, which comprises a trigger part and a hammer catch, wherein the trigger part is pivoted on the gun body, and the trigger part can selectively drive the hammer catch to press or release the hammer.

Preferably, when the bullet pushing element pushes the hammer to move away from the switch valve, the hammer catch will push the hammer against the hammer, and the bullet is filled between the barrel and the magazine.

Preferably, when the trigger member drives the hammer catch to release the hammer, the return spring drives the hammer to push against the switch air valve. Based on the foregoing, the utility model discloses toy gun further includes location insurance subassembly, it can push away to push away bullet element one end the most advanced and the other end of bullet have the lug, location insurance subassembly contains the configuration and is in the magazine with a location bumper and elastic support between the switch pneumatic valve are in the rifle body with second playback spring between the bumper of location, lug alternative support is pressed or is released the top of location bumper. Utilize the structure of location insurance subassembly and actuate the relation, make the bullet mend bullet to the barrel really, just can trigger, avoid the bullet to touch the trigger by mistake when not mending the bullet completion, in order to promote the utility model discloses toy gun's safety in utilization.

Preferably, the trigger member includes a cocking element, a trigger linkage pivoted to the cocking element, and a first homing spring elastically supported between the cocking element and the trigger linkage.

Preferably, one end of the trigger linkage rod is provided with a groove, the other end of the trigger linkage rod is connected with a release catch rod, the bottom of the positioning safety rod can be selectively caught or separated from the groove, and the release catch rod can selectively push against or release the hammer catch.

Preferably, when the protrusion releases the top of the positioning bumper, the second homing spring drives the bottom of the positioning bumper to disengage from the groove, and the first homing spring drives the trigger linkage to move away from the hammer catch, so that the hammer catch is released by the release catch.

Preferably, when the bullet-pushing element is plugged between the barrel and the magazine, the protrusion is pressed against the top of the positioning safety rod, and the bottom of the positioning safety rod is clamped in the groove and drives the trigger linkage rod to move towards the hammer catch, so that the release catch rod is pressed against the hammer catch.

Based on the above, the toy gun of the present invention further includes a loading catch assembly and a re-feeding prevention assembly, wherein the loading catch assembly includes a loading catch disposed on one side of the hammer, a third return spring elastically supported between the gun body and the loading catch, and a loading catch connecting rod pivotally connected to the gun body and disposed between the hammer and the loading catch, one end of the loading catch connecting rod is inserted into the loading catch, and the other end of the loading catch connecting rod is selectively pressed or released by the hammer; the re-feeding prevention assembly comprises a re-feeding prevention clamping rod arranged between the magazine and the switch air valve, a fourth reset spring elastically supported between the gun body and the re-feeding prevention clamping rod, and a re-feeding prevention deflector rod pivoted to the gun body and arranged between the loading clamping bamboo shoots and the re-feeding prevention clamping rod, one end of the re-feeding prevention deflector rod is inserted into the re-feeding prevention clamping rod, the other end of the re-feeding prevention deflector rod can be selectively pressed or released by the loading clamping bamboo shoots, and the re-feeding prevention clamping rod can selectively stop or release the bullet pushing element. Utilize the card bamboo shoot subassembly of going up the thorax and prevent sending the structure of bullet subassembly again and actuate the relation, prevent that the bullet from not being fired, stimulate again and can stir the handle, lead to the repeated barrel of mending of bullet, until percussion back, just can stimulate smoothly and can stir the handle, in order to strengthen the utility model discloses the safety in utilization of toy gun.

Preferably, when the hammer catch releases the hammer, the hammer is pressed against the loading catch connecting rod, and the loading catch connecting rod drives the loading catch to release the rebound prevention deflector rod, so that the fourth return spring drives the rebound prevention catch rod to release the bullet pushing element.

Preferably, when the hammer catch abuts against the hammer, the hammer is released from the loading catch connecting rod, and the third return spring drives the loading catch to abut against the anti-reloading deflector rod, so that the anti-reloading deflector rod drives the anti-reloading catch rod to stop the spring pushing element

Drawings

Fig. 1 is a schematic view of a first usage state of the projectile feeding pipe fitting of the present invention.

Fig. 2 is a schematic view of a second usage state of the projectile feeding pipe of the present invention.

Fig. 3 is a schematic view of a third usage state of the bullet feeding pipe of the present invention.

Fig. 4 is a schematic view of a fourth usage state of the bullet feeding pipe of the present invention.

Fig. 5 is a schematic view of a first usage state of the positioning safety assembly of the present invention.

Fig. 6 is a schematic view of a second usage state of the positioning safety assembly of the present invention.

Fig. 7 is a schematic view of a third usage state of the positioning safety assembly of the present invention.

Fig. 8 is a schematic view of a first usage state of the loading catch assembly and the re-feeding prevention assembly of the present invention.

Fig. 9 is a schematic view of a second usage state of the loading catch assembly and the re-feeding prevention assembly of the present invention.

Fig. 10 is a schematic view of a third usage state of the loading catch assembly and the re-feeding prevention assembly of the present invention.

Wherein, 10, the toy gun; 1. a gun body; 11. a barrel; 12. a gas chamber; 13. a magazine; 131. an elastic push block; 2. opening and closing the air valve; 3. a hammer assembly; 31. hammering; 32. a return spring; 4. a projectile-feeding pipe; 41. the grip can be pulled; 42. a pusher element; 421. a tip; 422. a bump; 5. a trigger assembly; 51. a trigger member; 511. a cocker element; 512. a trigger linkage; 5121. a groove; 5122. releasing the clamped bamboo shoot rod; 513. a first return spring; 52. hammering and clamping the bamboo shoot; 6. positioning a safety component; 61. positioning the bumper; 62. a second homing spring; 7. a loading bamboo shoot clamping component; 71. clamping bamboo shoots in the chamber; 711. a groove; 72. a third return spring; 73. a bamboo shoot connecting rod is clamped in the upper chamber; 8. a re-feeding prevention assembly; 81. the anti-re-feeding bullet jamming rod; 811. a notch; 82. a fourth homing spring; 83. a re-feeding prevention deflector rod; 100. a gas cylinder; 200. a bullet.

Detailed Description

The detailed description and technical contents of the present invention will be described below with reference to the accompanying drawings, however, the attached drawings are only for illustrative purposes and are not intended to limit the present invention.

Referring to fig. 1 to 10, the present invention provides a toy gun with a movable grip, wherein the toy gun 10 mainly includes a gun body 1, a switch air valve 2, a hammer component 3, a bullet feeding pipe 4 and a trigger component 5.

As shown in fig. 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 for accommodating the air cylinder 100, the magazine 13 is used for accommodating the cartridge 200, and the magazine 13 has an elastic push block 131 inside, and the elastic push block 131 is used for pushing the cartridge 200 to be stuffed between the barrel 11 and the magazine 13.

Wherein, the gas cylinder 100 placed in the gas chamber 12 is punctured, so that the gas in the gas cylinder 100 flows out to fill the gas chamber 12; the bullet 200 is made of Non-Expanding sponge (Non-Expanding regenerative Foam), but not limited thereto.

As shown in fig. 1 to 10, a switching gas valve 2 is installed between the barrel 11 and the air chamber 12, and the switching gas valve 2 is used to control the barrel 11 and the air chamber 12 to communicate with or block each other.

As shown in fig. 1 to 10, the hammer assembly 3 includes a hammer 31 disposed 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 selectively push or release the switch valve 2, and the return spring 32 is used to drive the hammer 31 to return toward the switch valve 2.

As shown in fig. 1-10, feed tube 4 is removably mounted to barrel 11, feed tube 4 has a movable grip 41 exposed on the exterior of body 1 and a projectile pushing element 42 movable between barrel 11, magazine 13 and hammer 31, projectile pushing element 42 having a tip 421 at one end capable of pushing against bullet 200 and a projection 422 at the other end, projectile pushing element 42 selectively pushing against hammer 31, bullet 200 into barrel 11 or packing between barrel 11 and magazine 13.

Wherein, when the bullet-pushing element 42 pushes against hammer 31, i.e. bullet-pushing element 42 is not stuffed between barrel 11 and magazine 13, elastic pushing block 131 will push bullet 200 to stuff between barrel 11 and magazine 13; thereafter, as ejection element 42 is moved away from hammer 31 to a position packed between barrel 11 and magazine 13, ejection element 42 also pushes against cartridge 200 for delivery into barrel 11.

As shown in fig. 1-10, trigger assembly 5 includes a trigger member 51 pivotally connected to gun body 1 and a hammer catch 52, where trigger member 51 selectively drives hammer catch 52 against or releases hammer 31.

As described in detail below, the trigger member 51 includes a movable element 511, a trigger linkage 512 pivotally connected to the movable element 511, and a first return spring 513 elastically supported between the movable element 511 and the trigger linkage 512, wherein the first return spring 513 is used for driving the trigger linkage 512 to return away from the hammer catch 52, and the trigger linkage 512 has a groove 5121 at one end and a release catch 5122 connected to the other end, and the release catch 5122 can selectively push or release the hammer catch 52.

As shown in fig. 5 to 7, the toy gun 10 of the present invention further includes a positioning safety assembly 6, the positioning safety assembly 6 includes a positioning safety rod 61 disposed between the magazine 13 and the switch air valve 2 and a second return spring 62 elastically supported between the gun body 1 and the positioning safety rod 61, the protrusion 422 selectively presses or releases the top of the positioning safety rod 61, the bottom of the positioning safety rod 61 can be selectively engaged with or disengaged from the groove 5121, and the second return spring 62 is used for driving the bottom of the positioning safety rod 61 to be reset to the position disengaged from the groove 5121.

As shown in fig. 5 to 10, the toy gun 10 of the present invention further includes a loading catch assembly 7, the loading catch assembly 7 includes a loading catch 71 disposed on one side of the hammer 31, a third return spring 72 elastically supported between the gun body 1 and the loading catch 71, and a loading catch link 73 pivotally connected to the gun body 1 and disposed between the hammer 31 and the loading catch 71, the loading catch 71 has a groove 711, one end of the loading catch link 73 is inserted into the groove 711 of the loading catch 71 and drives the loading catch 71 to actuate, and the other end of the loading catch link 73 is selectively pressed or released by the hammer 31, and the third return spring 72 is used for driving the loading catch 71 to return to the position of the pressing anti-rebound toggle lever 83.

As shown in fig. 8 to 10, the toy gun 10 of the present invention further includes a re-feeding prevention assembly 8, the re-feeding prevention assembly 8 includes a re-feeding prevention rod 81 disposed between the magazine 13 and the switching valve 2, a fourth return spring 82 elastically supported between the gun body 1 and the re-feeding prevention rod 81, and a re-feeding prevention lever 83 pivoted to the gun body 1 and disposed between the loading hook 71 and the re-feeding prevention rod 81, the re-feeding prevention rod 81 has a notch 811, one end of the re-feeding prevention lever 83 is inserted into the notch 811 of the re-feeding prevention rod 81 and drives the re-feeding prevention rod 81 to actuate, and the other end of the re-feeding prevention lever 83 is selectively pressed or released by the loading hook 71, and the re-feeding prevention lever 81 can selectively stop or release the feeding element 42.

As shown in fig. 1 to 4, the present invention is in use of the bullet feeding pipe 4. First, as shown in fig. 1, the switching valve 2 controls the barrel 11 and the air chamber 12 to be isolated from each other, so that the air inside the air chamber 12 cannot flow into the barrel 11, the bullet-pushing element 42 is jammed between the barrel 11 and the magazine 13, and the elastic push block 131 cannot push the bullet 200 jammed between the barrel 11 and the magazine 13.

Furthermore, as shown in FIG. 2, the user pulls the toggle handle 41 toward the trigger assembly 5, and drives the ball pushing element 42 to push the hammer block 52 against the hammer 31 to move away from the switch valve 2, and the elastic push block 131 pushes the bullet 200 to be stuffed between the barrel 11 and the magazine 13 because the ball pushing element 42 is not stuffed between the barrel 11 and the magazine 13.

Also, as shown in FIG. 3, the user pulls the toggle grip 41 toward the muzzle of barrel 11, which simultaneously moves the ball pushing element 42 away from hammer 31 to a position packed between barrel 11 and magazine 13, and ball pushing element 42 will also push against cartridge 200 into barrel 11.

Finally, as shown in FIG. 4, when the user pulls down the trigger member 51, the trigger member 51 will drive the hammer catch 52 to release the hammer 31, so that the return spring 32 will drive the hammer 31 to push against the switch valve 2, when the switch valve 2 is impacted, the switch valve 2 will control the barrel 11 and the air chamber 12 to communicate with each other, and release the air in the air chamber 12 to flow into the barrel 11 to push the bullet 200 out of the barrel 11, so as to complete a percussion.

Therefore, the utility model discloses but the stir handle 41 of bullet feeding pipe fitting 4 can move back and forth relative to barrel 11, and can push away bullet element 42 alternative of bullet feeding pipe fitting 4 and support hammer 31 or support bullet 200 to barrel 11, makes the appearance that can stir handle 41 and operates the perpendicular front grip of the similar real rifle, in order to reach the utility model discloses toy gun 10 has good emulation feel.

As shown in fig. 5 to 7, the positioning safety assembly 6 of the present invention is in use. First, as shown in fig. 5, when the bullet pushing element 42 is jammed between the barrel 11 and the magazine 13, the protrusion 422 is pressed against the top of the positioning safety rod 61, the bottom of the positioning safety rod 61 is caught in the groove 5121 and drives the trigger linkage 512 to move toward the hammer catch 52, so that the release catch 5122 pushes against the hammer catch 52, but the hammer catch 52 releases the hammer 31, so that the user can release the trigger 51 without firing.

Furthermore, as shown in FIG. 6, the user pulls the toggle handle 41 toward the trigger assembly 5 to drive the spring element 42 to push the hammer 31 to move away from the switch valve 2, so as to press the hammer catch 52 against the hammer 31; meanwhile, when the protrusion 422 releases the top of the positioning safety rod 61, the second homing spring 62 drives the bottom of the positioning safety rod 61 to disengage from the groove 5121, the first homing spring 513 drives the trigger linkage 512 to move away from the hammer catch 52, so that the release catch 5122 releases the hammer catch 52, but the release catch 5122 releases the hammer catch 52, and the trigger 51 cannot drive the hammer catch 52 to move, so that the user can not trigger the trigger 51.

As shown in fig. 7, until the user pulls the toggle handle 41 toward the muzzle of the barrel 11, the bullet-pushing element 42 is driven to be stuffed between the barrel 11 and the magazine 13, and the bullet-pushing element 42 pushes the bullet 200 into the barrel 11; meanwhile, the bump 422 presses against the top of the positioning safety rod 61 again, the bottom of the positioning safety rod 61 is clamped in the groove 5121 and drives the trigger linkage 512 to move toward the hammer catch 52, so that the release catch 5122 presses against the hammer catch 52, but since the hammer catch 52 presses against the hammer 31 at this time, when the user pulls down the trigger member 51, the release catch 5122 of the trigger member 51 drives the hammer catch 52 to release the hammer catch 31 for percussion.

Therefore, by utilizing the structure and actuation relationship of the positioning safety component 6, the bullet pushing element 42 is filled in the position between the gun barrel 11 and the magazine 13, and the bullet pushing element 42 pushes the bullet 200 to the interior of the gun barrel 11, i.e. the bullet 200 is actually supplemented to the gun barrel 11, the trigger 51 is buckled down to trigger, the false triggering and triggering when the bullet 200 is not supplemented is avoided, and the use safety of the toy gun 10 is improved.

As shown in fig. 8 to 10, the loaded catch assembly 7 and the anti-re-feeding assembly 8 of the present invention are in use. First, as shown in fig. 8, the bullet 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 press against the loading catch link 73, because one end of the loading catch link 73 is inserted into the loading catch 71 and drives the loading catch 71 to release the anti-refeed pusher 83, the anti-refeed pusher 81 is not restrained by external force, so that the fourth homing spring 82 can drive the anti-refeed pusher 81 to release the bullet pushing element 42.

Furthermore, as shown in FIG. 9, the user pulls the toggle grip 41 toward the trigger assembly 5, so that the anti-rebound catch 81 is pulled by the fourth return spring 82 only, so that the spring pushing element 42 can smoothly knock off the anti-rebound catch 81 to push the hammer 31 away from the switch valve 2, and the hammer catch 52 is pressed against the hammer 31.

As shown in fig. 10, until the user pulls the toggle handle 41 toward the muzzle of the barrel 11, the bullet-pushing element 42 is driven to be stuffed between the barrel 11 and the magazine 13, and the bullet-pushing element 42 pushes the bullet 200 into the barrel 11; meanwhile, hammer catch 52 presses against hammer 31 to release hammer 31 from loading catch link 73, and third return spring 72 drives loading catch 71 to press against anti-refeed catch 83, so that anti-refeed catch 83 drives anti-refeed catch 81 to stop bullet pushing element 42, so that when hammer catch 52 presses against hammer 31, bullet pushing element 42 is stopped by anti-refeed catch 81, and the user cannot pull and pull grip 41.

Therefore, when the user does not pull down the trigger 51 to trigger, that is, the hammer catch 52 presses against the hammer 31, the bullet-pushing element 42 is stopped by the anti-re-feeding bullet catch 81, and simultaneously the toggle handle 41 cannot be pulled, thereby preventing the bullet-pushing element 42 from repeatedly pushing the bullet 200 to the inside of the barrel 11, preventing the bullet 200 from not being triggered, and pulling the toggle handle 41 again to cause the bullet 200 to be repeatedly fed into the barrel 11, so that the bullets 200 inside the barrel 11 are mutually clamped or dislocated, which causes the bullet 200 to be unable to trigger or incompletely triggered, and the like, until the user pulls down the trigger 51 to trigger, that is, the hammer catch 52 releases the hammer catch 31, and the toggle handle 41 can be smoothly pulled, so as to enhance the safety of the toy 10.

To sum up, the toy gun with the pokable handle of the utility model can achieve the expected use purpose and solve the problems existing in the prior art.

Claims (12)

1. A toy gun with a pokable grip for a gas cylinder and cartridge, the toy gun comprising:

a gun body having a barrel, an air chamber connected to the barrel, and a magazine connected to the barrel, the air cylinder being disposed in the air chamber and the cartridge being disposed in the magazine;

a switch gas valve mounted between the barrel and the gas chamber;

a hammer component, which comprises a hammer arranged corresponding to the switch air valve and a return spring elastically supported between the gun body and the hammer, wherein the hammer can selectively push against or release the switch air valve;

a barrel movably received in the barrel, the barrel having a toggle grip exposed on an exterior of the body and a projectile pushing element movable between the barrel, the magazine and the hammer, the projectile pushing element selectively pushing against the hammer, the projectile into the barrel or packing between the barrel and the magazine; and

the trigger component comprises a trigger part and a hammer clamping piece, wherein the trigger part is pivoted on the gun body, and the trigger part can selectively drive the hammer clamping piece to press or release the hammer.

2. The toy gun with a toggle grip of claim 1, wherein movement of the ball pushing element against the hammer away from the switch valve causes the hammer catch to press against the hammer, the cartridge being stuffed between the barrel and the magazine.

3. The toy gun with a toggle handle of claim 2, wherein the trigger member drives the hammer catch to release the hammer, causing the return spring to drive the hammer against the switch valve.

4. The toy gun with the toggle handle of claim 1, further comprising a positioning safety assembly, wherein the bullet pushing element has a tip capable of pushing against the bullet at one end and a protrusion at the other end, the positioning safety assembly comprises a positioning safety rod disposed between the magazine and the switch air valve and a second homing spring elastically supported between the gun body and the positioning safety rod, and the protrusion can selectively press or release the top of the positioning safety rod.

5. The toy gun with the toggle grip of claim 4, wherein the trigger member includes a cocking element, a trigger linkage pivotally connected to the cocking element, and a first homing spring resiliently supported between the cocking element and the trigger linkage.

6. The toy gun with a toggle handle of claim 5, wherein the trigger linkage has a recess at one end and a release catch at the other end, the positioning bumper is selectively engageable with or disengageable from the recess at the bottom, and the release catch selectively pushes against or releases the hammer catch.

7. The toy gun with a toggle grip of claim 6, wherein the protrusion releases the top of the positioning bumper such that the second homing spring drives the bottom of the positioning bumper away from the recess and the first homing spring drives the trigger linkage to move away from the hammer catch to cause the release catch to release the hammer catch.

8. The toy gun with a pokable grip of claim 6, wherein the ball pushing element when packed between the barrel and the magazine causes the protrusion to press against the top of the positioning bumper, the bottom of the positioning bumper snapping into the recess and driving the trigger linkage to move toward the hammer catch, causing the release catch to push against the hammer catch.

9. The toy gun with the toggle handle of claim 1, further comprising a loading catch assembly, wherein the loading catch assembly comprises a loading catch disposed on one side of the hammer, a third return spring elastically supported between the gun body and the loading catch, and a loading catch link pivotally connected to the gun body and disposed between the hammer and the loading catch, wherein one end of the loading catch link is inserted into the loading catch and the other end of the loading catch link is selectively pressed or released by the hammer.

10. The toy gun with the toggle handle as recited in claim 9, further comprising a re-feeding prevention assembly, wherein the re-feeding prevention assembly comprises a re-feeding prevention rod disposed between the magazine and the switching air valve, a fourth return spring elastically supported between the gun body and the re-feeding prevention rod, and a re-feeding prevention lever pivoted to the gun body and disposed between the upper chamber catch and the re-feeding prevention rod, wherein one end of the re-feeding prevention lever is inserted into the re-feeding prevention rod, and the other end of the re-feeding prevention lever is selectively pressed or released by the upper chamber catch, and the re-feeding prevention rod selectively stops or releases the ejection element.

11. The toy gun with a pokable grip of claim 10, wherein when the hammer catch releases the hammer, the hammer is pressed against the upper chamber catch link, and the upper chamber catch link drives the upper chamber catch to release the re-feeding prevention lever, so that the fourth homing spring drives the re-feeding prevention catch lever to release the bullet pushing element.

12. The toy gun with a poke handle of claim 10, wherein the hammer catch will release the upper chamber catch link when the hammer catch abuts against the hammer, and the third return spring drives the upper chamber catch to abut against the anti-refeed lever, so that the anti-refeed lever drives the anti-refeed lever to abut against the ball pushing element.

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