CN215524353U - Toy pistol - Google Patents

Abstract

The utility model relates to a toy pistol, which comprises a pistol body, a cartridge clip, a loading mechanism and a trigger linkage launching mechanism with a trigger, and is characterized in that: the loading mechanism comprises a bullet loading cavity channel, a bullet loading port, a back-pull loading barrel arranged behind the bullet loading port and a loading driving device linked with the loading barrel, the loading driving device comprises an upper rack, a lower rack and a pinion which are arranged in a gun body and behind a cartridge clip, a bullet ejector block is arranged in front of the lower rack, when the loading barrel is pulled backwards to drive the upper rack to move backwards, the lower rack is driven to move forwards by the pinion and a bullet in the cartridge clip is conveyed to the front end of the loading barrel or the bullet loading port by the bullet ejector block, and the trigger linked launching mechanism excites the loading barrel to launch the bullet. The utility model has the advantages of simple, compact and reliable structure, good operation stability and low production cost. In addition, the toy also has the function of throwing the bullet shell, thereby further enhancing the interest of playing.

Description

Toy pistol

Technical Field

The utility model relates to the field of toys, in particular to a toy pistol with strong use interest.

Background

Among the toys, toy handguns having a bullet fired are most popular with children. The loading mechanism of the existing toy pistol is complex in structure and high in installation and production cost. In addition, most toy guns have a simple bullet launching function, do not support bullet throwing, and have low simulation. In addition, the toy pistol has only one shape and single appearance, so the interest of playing is not strong enough.

Disclosure of Invention

The utility model aims to solve the problems and the defects, and provides a toy pistol which is simple, compact and reliable in structure, has a bullet-throwing function of a simulated bullet, can be changed in appearance and is high in interestingness during playing.

The technical scheme of the utility model is realized as follows:

the utility model relates to a toy pistol, which comprises a pistol body, a cartridge clip arranged on the pistol body, a loading mechanism and a trigger linkage launching mechanism with a trigger, and is characterized in that: the loading mechanism comprises a bullet loading cavity channel and a loading port which are arranged on the gun body and communicated with the cartridge clip, a pull-back loading barrel body arranged behind the loading port, and a loading driving device linked with the loading barrel body, wherein the loading driving device comprises an upper rack and a lower rack which are arranged in the gun body and are positioned behind the cartridge clip, and a pinion which is in matched transmission with the upper rack and the lower rack, a bullet ejector block is arranged in front of the lower rack, the loading barrel body can be connected with the upper rack and drives the upper rack to move back and forth, the lower rack moves forward under the driving of the pinion when the upper rack moves backward, the bullet ejector block at the front end of the lower rack sends the bullet in the cartridge clip to the front end of the loading barrel body or the loading port through the bullet loading cavity channel, and the trigger linked launching mechanism excites the loading barrel body to provide launching power for the bullet to launch the bullet.

In order to ensure that the structure of the bullet feeding gun is more reliable, the upper barrel is connected with a pulling frame for the pinion to penetrate through, the upper rack is arranged on the upper frame edge of the pulling frame, the gun body is correspondingly provided with a bullet feeding frame capable of moving back and forth, the lower rack is arranged on the lower frame edge of the bullet feeding frame, and the bullet ejecting block is arranged at the front end of the bullet feeding frame.

In order to enhance the playing interest of the utility model, the bullet is a soft bullet with a shell outside, the gun body is provided with a shell throwing port, a bullet loading cavity channel is positioned below the shell throwing port, the front end part of the loading cylinder body is provided with a shell buckle and an air outlet guide cylinder, the air outlet guide cylinder can be used for pushing the shell forward and guiding compressed air in the loading cylinder body to the soft bullet during launching, the shell buckle can be connected to the loading cylinder body in a vertical rotating mode through a rotating shaft at the rear end, the loading cylinder body and the gun body are further provided with limiting components capable of exciting and throwing the shell, the loading cylinder body is pulled backwards to realize loading of the next bullet, and meanwhile, the shell left after the last launching can be thrown out of the shell throwing port through the matching of the shell buckle and the limiting components.

Further, the method comprises the following steps: the loading cylinder comprises a loading outer cylinder and an excitation inner cylinder which is matched with the loading outer cylinder and sleeved and can be connected with the trigger linkage emission mechanism. The gun body is provided with a pull chamber connected with the upper chamber outer cylinder. The cartridge case buckle device is arranged at the front end part of the loading outer barrel, the limiting component comprises a limiting rod and a spring, the limiting rod and the spring are arranged on the upper barrel in a front-back motion mode, the limiting rod and the spring are connected to the limiting rod and the upper barrel respectively, the limiting rod is provided with a front limiting rod and a side limiting rod, the front limiting rod is located at the front end part of the upper barrel, the side limiting rod is located on the side wall of the upper barrel, a limiting opening capable of being matched with the top of the front end of the side limiting rod is formed in the position of the gun body, the rear end of the side limiting rod is provided with a clamping position capable of being buckled at the rear part of the upper barrel, and the gun body is provided with a triggering position capable of being touched with the clamping position. Preferably, the front end part of the loading outer cylinder is provided with a guide post, the spring is sleeved on the guide post, and the front end part of the limiting rod penetrates through the guide post.

Further, the method comprises the following steps: the trigger linkage emission mechanism comprises a trigger linkage piece connected with the trigger and a trigger buckle connected with the trigger linkage piece, the rear end of the exciting inner cylinder is correspondingly provided with a buckling structure and a return spring which can be buckled with the trigger buckle, the loading outer cylinder can be pulled back together with the exciting inner cylinder when pulled back, after the firing inner cylinder is pulled backwards, the buckling structure is buckled with a trigger buckle to realize clamping and positioning, the drawing chamber and the loading outer cylinder can be pushed forwards through a return spring or manually, a bullet at the front end of the loading outer cylinder is pushed to a bullet loading opening, the trigger is buckled at the moment, the buckle is released from the clamping connection with the buckling structure through the trigger linkage piece so as to ensure that the exciting inner cylinder in the loading outer cylinder moves forwards rapidly, at the moment, the inner cylinder is excited to move forwards to compress the gas in the upper chamber outer cylinder, and the gas provides launching power for the bullet at the upper bullet opening through the gas outlet guide cylinder at the front end of the upper chamber cylinder body so as to launch the bullet. When the chamber is pulled backwards again, the chamber is pulled and moves backwards together with the loading outer cylinder, the loading outer cylinder can clamp the launched cartridge case through the cartridge case buckle assembled at the front end and drive backwards, and when the loading outer cylinder moves backwards to a certain distance, the front limiting rod assembled at the front end of the loading outer cylinder can be triggered to throw the cartridge case outwards from the case throwing opening. Preferably, the front end of the excitation inner cylinder is provided with a rubber cup which is tightly matched with the inner wall of the upper chamber outer cylinder, the excitation inner cylinder and the rubber cup at the front end move forwards to compress gas in the upper chamber outer cylinder, and the compressed gas is guided to the bullet through an air outlet guide cylinder at the front end of the upper chamber cylinder. Still can be equipped with a flexible glue overcoat on the guide cylinder of giving vent to anger, this flexible glue overcoat enables that the nozzle of the guide cylinder of giving vent to anger can be better with the sealed cooperation of shell case, the propelling movement that makes the interior excitation of barrel of loading the chamber can be better launches the bullet.

The gun barrel is arranged in front of the loading port, the return spring is arranged on the gun barrel and connected with the loading outer barrel, the loading chamber and the loading outer barrel can be pushed forwards through the return spring on the gun barrel, and a bullet at the front end of the loading chamber barrel is pushed to the loading port.

In order to change the appearance and have strong interest during playing, a silencer which can be disassembled and assembled is arranged in front of the gun barrel.

In order to make the appearance of the utility model more changeable, the utility model also comprises a gun mould frame, and the gun body can be detachably arranged on the gun mould frame.

Compared with the prior art, the utility model has the advantages that:

the loading mechanism has the advantages of simple, compact and reliable structure, good running stability, stable operation when the bullet is loaded, and low installation and production cost.

And secondly, the toy has the function of throwing the bullet shell of the simulated bullet and is more interesting when being played.

Thirdly, the appearance can be changeable, and the interest of playing is further improved.

The utility model will be further described with reference to the accompanying drawings.

Drawings

FIG. 1 is a schematic structural diagram of an embodiment of the present invention;

FIGS. 2-3 are schematic views of the gun of FIG. 1 after opening the shell of the gun;

FIG. 4 is a schematic view of the assembled structure of the present invention;

fig. 5 is a schematic structural view of fig. 1 with the silencing pot installed.

Detailed Description

As shown in fig. 1-4, the toy pistol of the present invention comprises a pistol body 1, a cartridge clip 9 disposed on the pistol body 1, a loading mechanism 2 and a trigger linkage launching mechanism 3 with a trigger 31, wherein the loading mechanism 2 comprises a bullet loading chamber channel 22 and a loading port 23 disposed on the pistol body 1 and communicated with the cartridge clip 9, a pull-back loading barrel 24 disposed behind the loading port 23 and a loading driving device linked with the loading barrel 24, the pistol body 1 is provided with a loading chamber 11 connected with the loading barrel, the loading driving device comprises an upper rack 25 and a lower rack 26 disposed in the pistol body 1 and behind the cartridge clip 9 and a pinion 27 cooperatively driven with the upper rack 25 and the lower rack 26, a bullet ejecting block 28 is disposed in front of the lower rack 26, the loading barrel can be connected with the upper rack and drive the upper rack to move back and forth, the loading driving device pulls the loading barrel 24 to drive the upper rack 25 to move back, the lower rack 26 is driven by the pinion 27 to move forwards, the bullet in the cartridge clip 9 is delivered to the front end of the upper chamber cylinder or the upper ejection opening 23 through the bullet loading cavity channel 22 by the bullet ejector block 28 at the front end of the lower rack 26, and the upper chamber cylinder is excited by the trigger and trigger linkage firing mechanism to provide firing power for the bullet 4 so as to fire the bullet 4. In order to make the shooting range of the bullet farther, a gun barrel 8 positioned in front of the upper bullet opening is also arranged in the gun body 1. In order to ensure that the structure of the bullet feeding gun is more reliable and the bullet feeding operation is more stable, the feeding barrel 24 is connected with a pulling frame for the penetration of a pinion 27, an upper rack 25 is arranged on the upper frame edge of the pulling frame, the gun body 1 is correspondingly provided with a bullet feeding frame capable of moving back and forth, a lower rack 26 is arranged on the lower frame edge of the bullet feeding frame, and a bullet ejecting block 28 is arranged at the front end of the bullet feeding frame. In order to make the utility model have the ejection function when the simulation pistol is used, the bullet 4 can adopt a soft bullet with an outer cartridge case, the body of the pistol is provided with an ejection opening 10, a bullet loading cavity channel 22 is positioned at the lower position of an upper ejection opening 23, the front end part of an upper chamber cylinder body 24 is provided with a cartridge case buckle 29 and an air outlet guide cylinder 6, and the cartridge case buckle 29 can ensure that the cartridge case of the bullet is reliably connected to the upper chamber cylinder body and moves along with the front end part of the upper chamber cylinder body. The center hole of the air outlet guide cylinder 6 is communicated with the inner cavity of the barrel body of the upper chamber, the air outlet guide cylinder 6 can be used for ejecting a cartridge case in front and guiding compressed air in the barrel body of the upper chamber to a soft bullet when the cartridge case is launched, the cartridge case buckle 29 can be connected to the barrel body of the upper chamber in a vertical rotating mode through the rotating shaft at the rear end, limiting components used for exciting and ejecting the cartridge case are further arranged on the barrel body of the upper chamber and the gun body, the cartridge case left after the last launch can be clamped and driven backwards through the cartridge case buckle at the front end of the barrel body of the upper chamber when the barrel body of the upper chamber is pulled backwards to push the next bullet to the front end of the barrel position of the upper chamber, and the cartridge case can be ejected outwards from the cartridge ejection port 10 through the stroke action matching of the cartridge case buckle 29 and the limiting components when the barrel body of the upper chamber moves backwards to a certain stroke. As shown in fig. 4, the barrel body includes an outer barrel 24, an exciting inner barrel 20 which is sleeved on the outer barrel 24 and can be connected with the trigger linkage launching mechanism 3, the cartridge case buckle 29 is arranged at the front end of the outer barrel 24, the barrel is connected to the outer barrel 24, the limiting component includes a limiting rod 7 which can be assembled on the outer barrel 24 in a forward and backward motion manner, and a spring of which two ends are respectively connected to the limiting rod 7 and the outer barrel, the limiting rod 7 is provided with a front limiting rod which is arranged at the front end of the outer barrel 24 and a side limiting rod which is arranged on the side wall of the outer barrel 24, a limiting opening which can be matched with the front end of the side limiting rod for top limiting is arranged at the position of the upper barrel opening on the gun body 1, a clamping position which can be clamped at the rear part of the outer barrel 24 is arranged at the rear end of the side limiting rod, and a trigger position which can be touched with the clamping position is arranged on the gun body 1. Preferably, the front end part of the cocking outer cylinder 24 is provided with a guide post, the spring is sleeved on the guide post, and the front end part of the limiting rod is penetrated on the guide post. Further, the method comprises the following steps: the front end of the excitation inner cylinder 20 is provided with a rubber cup which is tightly matched with the inner wall of the upper chamber outer cylinder 24. The air outlet guide cylinder 6 is provided with a soft rubber jacket, and the soft rubber jacket can enable the cylinder opening of the air outlet guide cylinder 6 to be better matched with the bullet shell in a sealing way, so that the bullet can be better pushed and launched by excited gas in the barrel body of the upper chamber.

The trigger linkage launching mechanism 3 comprises a trigger linkage part 32 connected with a trigger 31 and a trigger buckle 33 connected with the trigger linkage part 32, the rear end of the excitation inner cylinder 20 is correspondingly provided with a fastening structure 5 and a return spring which can be clamped with the trigger buckle 33, the loading outer cylinder 24 moves backwards together with the excitation inner cylinder 20 under the action of the back pulling of the loading, after the fastening structure on the excitation inner cylinder 20 is clamped and positioned with the trigger buckle, the back pulling force for the loading is released, the loading 11 and the loading outer cylinder 24 return forwards through the arranged return spring or manually, a bullet at the front end of the loading cylinder is pushed into the loading port 23 through a bullet feeding channel, the clamping of the fastening structure is released through the trigger linkage part 32 when the trigger is pulled, the excitation inner cylinder 20 moves forwards rapidly to compress the gas in the loading outer cylinder 24, and the gas provides launching power for the bullet at the loading port through the gas outlet guide cylinder 6 on the loading cylinder so as to enable the bullet to be launched And emitting the light.

The gun body 1 is also internally provided with a gun barrel 8 positioned in front of the bullet feeding port, the gun barrel 8 is provided with a return spring connected with the loading outer barrel 24, the pull chamber 11 and the loading outer barrel 24 can be pushed forwards through the return spring on the gun barrel 8, and a bullet at the front end of the loading barrel is pushed to the bullet feeding port through the bullet feeding channel.

In order to have a variable shape and a strong interest during playing, a muffler 14 is detachably mounted in front of the barrel 8, as shown in fig. 5. In order to make the clip more convenient to disassemble and assemble, the gun body 1 is also provided with a clip disassembling button. In order to make the appearance of the toy gun more diversified, the toy gun also comprises a gun mould frame (not shown in the figure), and the gun body 1 can be detachably arranged on different positions of the gun mould frame so as to realize the change of the appearance of the toy gun.

The operation of an embodiment of the present invention is described in detail below with reference to the accompanying drawings:

when shooting, the hand pulls the chamber 11 backwards, the chamber is pulled to move backwards, simultaneously the chamber loading outer cylinder and the excitation inner cylinder 20 in the chamber loading outer cylinder are driven to move backwards together, and the chamber loading outer cylinder simultaneously drives the upper rack 25 to move backwards. When the upper rack 25 moves backwards, the lower rack 26 is driven to move forwards through the pinion 27, and the bullet in the cartridge clip 9 is fed to the front end of the upper chamber cylinder through the bullet upper chamber channel 22 through the bullet ejecting block 28 at the front end of the lower rack 26. And after the loading outer cylinder and the buckling structure of the excitation inner cylinder 20 in the loading outer cylinder move backwards to the excitation inner cylinder 20 and are clamped and positioned with a trigger buckle, the back tension of the pull-out chamber is released, the pull-out chamber and the loading outer cylinder 24 can push a bullet to the front end of the loading outer cylinder 24 through a return spring on a gun barrel or through manual forward movement, the limiting rod also moves forwards along with the loading outer cylinder, when the front end 70 of the side limiting rod on the limiting rod 7 hits the limiting position of a limiting port 13 at the loading port on a gun body, the limiting rod 7 cannot move forwards any more, the bullet is pushed forwards to the loading port along with the loading outer cylinder, the spring A is compressed, the front end of the limiting rod 7 retreats to the lower surface of a bullet shell, and meanwhile, the clamping position at the rear end is clamped at the rear part of the loading outer cylinder. The barrel body to be loaded can also clamp the cartridge case through the cartridge case buckle assembled at the front end. The upper outer barrel 24 correspondingly drives the upper rack to move forwards while returning, so that the upper rack and the lower rack return. Then the trigger is pulled, the buckle is released from the buckling structure through the trigger linkage part 32, so that the exciting inner cylinder 20 moves forwards rapidly, the exciting inner cylinder 20 and the rubber leather cup at the front end move forwards to compress the air in the upper chamber outer cylinder 24, the air rushes to the bullet through the central hole of the air outlet guide cylinder 6 at the front end of the upper chamber outer cylinder 24, the bullet at the upper bullet opening is provided with launching power, and the soft bullet in the bullet is launched outwards from the gun barrel. After the firing is finished, when the firing is finished, the firing is pulled backwards again, the firing is pulled backwards, the firing and the firing outer barrel move backwards, the firing outer barrel can contact the triggering position on the gun body 1 through the cartridge case buckle 29 assembled at the front end, the fired cartridge case is driven backwards, when the firing outer barrel 24 moves backwards to a certain distance, the clamping position at the rear end of the limiting rod 7 can contact the triggering position on the gun body 1, the clamping position at the rear end of the limiting rod 7 is triggered and then leaves the outer barrel side opening behind the firing outer barrel 24, at the moment, the elastic force of the spring connected with the limiting rod 7 can be excited, and the elastic force of the spring passes through the front end of the limiting rod 7 to throw out the cartridge case 4 from the case throwing opening 10.

While the utility model has been described with reference to specific embodiments, this description is not meant to be construed in a limiting sense. Other variations of the disclosed embodiments, as would be appreciated by those skilled in the art with reference to the description of the utility model, are contemplated as falling within the scope of the appended claims.

Claims (10)

1. The utility model provides a toy pistol, includes the rifle body (1), sets up cartridge clip (9) on the rifle body (1), mechanism of loading (2) and trigger linkage firing mechanism (3) of taking trigger (31), its characterized in that: the loading mechanism (2) comprises a bullet loading cavity channel (22) and a loading port (23) which are arranged on a gun body (1) and communicated with a cartridge clip (9), a pull-back loading cylinder body arranged behind the loading port (23) and a loading driving device linked with the loading cylinder body, the loading driving device comprises an upper rack (25) and a lower rack (26) which are arranged in the gun body (1) and behind the cartridge clip (9) and a pinion (27) which is matched and driven with the upper rack (25) and the lower rack (26), a bullet ejecting block (28) is arranged in front of the lower rack (26), the loading cylinder body can be connected with the upper rack (25) and drives the upper rack (25) to move back and forth, the lower rack (26) moves forward through the driving of the pinion (27) when the upper rack (25) moves backward, and the bullet ejecting block (28) at the front end of the lower rack (26) conveys a bullet in the cartridge clip (9) to the front cavity channel (22) or the front end of the loading cavity channel (22) through the loading port And at the bullet feeding port (23), the trigger linked launching mechanism (3) can excite the loading cylinder body to provide launching power for the bullet (4) so as to launch the bullet (4).

2. The toy pistol of claim 1, characterized in that: the feeding barrel is connected with a pulling frame for a pinion (27) to penetrate through, the upper rack (25) is arranged on the upper frame edge of the pulling frame, the gun body (1) is correspondingly provided with a bullet feeding frame capable of moving back and forth, the lower rack (26) is arranged on the lower frame edge of the bullet feeding frame, and the bullet ejecting block (28) is arranged at the front end of the bullet feeding frame.

3. A toy pistol according to claim 1 or 2, characterized in that: the bullet (4) is a soft bullet with a bullet shell, a bullet ejection port (10) is formed in the gun body (1), a bullet loading cavity channel (22) is located below the bullet ejection port (23), a bullet shell buckle (29) and an air outlet guide cylinder (6) are arranged at the front end of the loading cylinder body, the air outlet guide cylinder (6) can be used for pushing the bullet shell forward and guiding compressed air in the loading cylinder body to the soft bullet during shooting, the bullet shell buckle (29) can be connected to the loading cylinder body in a vertically rotating mode through a rotating shaft at the rear end, limiting components used for exciting ejection of the bullet shell are further arranged on the loading cylinder body and the gun body (1), and when the next bullet is loaded, the bullet shell left after the last shooting can be ejected from the bullet ejection port (10) through the cooperation of the bullet shell buckle (29) and the limiting components.

4. A toy pistol according to claim 3, characterized in that: the barrel body of said upper chamber includes the outer cylinder (24) of upper chamber, cooperate and set up and can stimulate the inner cylinder (20) connected with trigger linkage firing mechanism (3) with the outer cylinder (24) of upper chamber, there are pull chambers (11) connected with outer cylinder (24) of upper chamber on the body of the gun (1), the cartridge case buckle (29) is installed in the front end of the outer cylinder (24) of upper chamber, the spacing assembly includes the gag lever post (7) that can be assembled on the outer cylinder (24) of upper chamber with the fore-and-aft movement, both ends connect to the spring (A) of gag lever post (7) and outer cylinder of upper chamber respectively, the gag lever post (7) has front gag lever post located in the front end of the outer cylinder (24) of upper chamber and locates at the side gag lever post (13) that can cooperate and limit with front end of the gag lever post on the body of the gun (1), the rear end of the gag lever post has the screens (B) that can buckle in the rear portion of the outer cylinder (24) of upper chamber, the gun body (1) is provided with a trigger position which can touch the clamping position (B).

5. A toy pistol according to claim 1 or 3, characterized in that: the trigger linkage launching mechanism (3) comprises a trigger linkage piece (32) connected with a trigger (31) and a trigger buckle (33) connected with the trigger linkage piece (32), the loading barrel body comprises a loading outer barrel (24) and an exciting inner barrel (20) which is matched with the loading outer barrel (24) and sleeved with the loading outer barrel and can be connected with the trigger linkage piece (32), a loading chamber (11) connected with the loading outer barrel (24) is arranged on the gun body (1), a fastening structure (5) and a return spring which can be clamped with the trigger buckle (33) are correspondingly arranged at the rear end of the exciting inner barrel (20), the loading chamber (24) moves backwards together with the exciting inner barrel (20) under the action of back pulling of the loading chamber, after the fastening structure on the exciting inner barrel (20) and the trigger buckle (33) realize clamping and positioning, the loading chamber (11) and the loading outer barrel (24) can return forwards through the set return spring or manually, and the bullet at the front end of the barrel body in the upper chamber is pushed to the bullet feeding port (23), and when the trigger is pulled, the trigger linkage piece (32) enables the buckle to be released from being clamped with the buckling structure.

6. The toy pistol of claim 5, characterized in that: the front end of the excitation inner cylinder (20) is provided with a rubber cup which is tightly matched with the inner wall of the upper chamber outer cylinder (24).

7. A toy pistol according to claim 3, characterized in that: a soft rubber coat is assembled on the air outlet guide cylinder (6).

8. The toy pistol of claim 5, characterized in that: the gun body (1) is also internally provided with a gun barrel (8) positioned in front of the bullet port, the return spring is arranged on the gun barrel (8) and is connected with the loading outer barrel (24), the pull chamber (11) and the loading outer barrel (24) can be pushed forwards through the return spring on the gun barrel (8), and the bullet at the front end of the loading barrel body is pushed to the bullet port.

9. The toy pistol of claim 8, wherein: a silencer (14) which can be disassembled and assembled is arranged in front of the gun barrel (8).

10. The toy pistol of claim 1, characterized in that: the gun body (1) can be detachably arranged on the gun mould frame.

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