Patent Application
20250085076
The present invention relates to the field of toy gun, in particular to a toy rifle.
Toy gun is a kind of children's toys based on model guns, which is a kind of model toys. Toy guns are divided into water guns, scaled model guns, toy guns that combine sound and light and other types. The scaled model guns are the closest to real guns, which are loved by many children.
Existing scaled model guns can simulate the weight and action of the real guns when being played, and the safety can be ensured without the actual launch. However, in the process of pulling the trigger, the model guns cannot simulate the recoil generated by the gun shooting, and the player cannot feel the shooting recoil, which reducing the authenticity of playing with the model guns, which leads to the poor feelings in process of simulative shooting, affecting the using effect of the toy guns and existing limitations of the poor simulation effect and experience.
The main purpose of the present invention is to provide a toy rifle, which can effectively solve the problems described above.
In order to realize the above purpose, the technical solution adopted in the present invention are as follows:
A toy rifle comprising a first grip and a second grip, wherein the first grip and the second grip are connected with a grip protector and fixedly connected to a front frame, wherein the front frame is connected with a rear frame and further comprises a sliding component. The front frame and the rear frame are sleeved and connected on the sliding component. The sliding component comprises an inner tube, a silencer, a sliding block and a cylinder. A gas nozzle restrainer is arranged on inner upper end of the first grip and the second grip near the front frame, and the gas nozzle restrainer is connected to a gas nozzle. A gas transmission unit is connected to lower end of the gas nozzle restrainer. A trigger is connected to the first grip and the second grip. A micro switch is arranged inside the first grip and the second grip, and a restrainer is arranged at lower end of the first grip and the second grip.
Preferably, a frame connector is arranged at a part where the front frame is connected to the rear frame, and the front frame and the rear frame are fixedly connected by the frame connector.
Preferably, the silencer is fixed to one end of the inner tube, and one end of the inner tube is arranged inside the front frame and the rear frame. And a sliding block and a cylinder are fixed on one end of the inner tube away from the silencer, and the cylinder is connected to the gas nozzle.
Preferably, the inner tube is provided with a baffle and a correction rubber ring on one end near the silencer, and the inner tube is provided with a second reset spring. Ends of the second reset spring are respectively connected with the frame connector and the sliding block. A sight component is mounted on the front frame, and a front grip and a button component are arranged on the rear frame.
Preferably, an O-shaped sealing ring is installed at a part where the gas nozzle is connected with the cylinder. The trigger touches the micro switch, and first reset spring is arranged inside the first grip and second grip to connect with the trigger.
Preferably, one end of the second reset spring is fixed to the frame connector, and the other end of the second reset spring is fixed to the sliding block.
Preferably, the inner tube is slidably fixed inside the frame connector.
Compared with the prior art, the beneficial effects of the present invention are: the toy rifle, through setting structures of a cylinder, a gas nozzle, a microswitch, a gas transmission unit, and a restrainer, with the use of a sliding component, when using the toy rifle, through the restrainer for the connection of an external gas pump pipeline, when processing simulative shooting of the toy rifle, after pulling a trigger, the gas in the external gas pump passes through the pipeline and enters into the cylinder at the gas nozzle to drive the movement of the sliding component. The movement of sliding component produces a reverse force, leading to a recoil, and the recoil is transferred to the player, which increases the simulation effect and experience. The second reset spring plays a role in restoring the position of the sliding component, which ensures the repeated simulative shooting of the toy rifle.
Reference signs in the drawings: 1. first grip; 2. second grip; 3. grip protector; 4. front frame; 5. rear frame; 6. frame connector; 7. inner tube; 8. silencer; 9. baffle; 10. correction rubber ring; 11. sight component; 12. front grip; 13. rear support connecting tube; 14. rear support; 15. sliding block; 16. cylinder; 17. gas nozzle; 18. O-shaped sealing ring; 19. gas nozzle restrainer; 20. gas transmission unit; 21. trigger; 22. microswitch; 23. first reset spring; 24. restrainer; 25. button component; 26. second reset spring.
In order to make it easy to understand the technical means, creative features, purposes and effects of the present invention, the present invention will be further elaborated below combined with the specific embodiments.
As shown in
Through the above embodiments, the silencer 8 is fixed at one end of the inner tube 7, and one end of the inner tube 7 away from the silencer 8 is arranged inside the front frame 4 and the rear frame 5. The sliding block 15 and the cylinder 16 are installed on one end of the inner tube 7 away from the silencer 8. The cylinder 16 is connected to the gas nozzle 17, and an O-shaped sealing ring 18 is mounted at a part where the cylinder 16 and the gas nozzle 17 are connected. The trigger 21 touches the micro switch 22, and first reset spring 23 is arranged inside the first grip 1 and the second grip 2 to connect with the trigger 21. Through the setting the structures of the cylinder 16, the gas nozzle 17, the micro switch 22, the gas transmission unit 20, and the restrainer 24, etc., with the use of a sliding component, when using the toy rifle, through the restrainer 24 for the connection of an external gas pump pipeline, when processing simulative shooting of the toy rifle, after pulling the trigger 21, the gas in the external gas pump passes through the pipeline and enters into the cylinder 16 at the gas nozzle 17 to drive the movement of the sliding component. The movement of sliding component produces a reverse force, leading to a recoil, and the recoil is transferred to players, which increases the game simulation effect and experience. A second reset spring plays a role in restoring the position of the sliding component, which ensures the repeated simulative shooting of the toy rifle.
When using the toy rifle, the first grip 1 and the second grip 2 are assembled as a whole rear grip. The front frame 4 and the grip protector 3 are connected to the rear grip, and at the same time the rear support 14 is installed on the rear grip through the rear support connecting tube 13. The rear frame 5 is mounted to the front frame 4 through the frame connector 6, and the sliding component is arranged inside the two frames. Through connecting the restrainer 24 and the pipeline of the external gas pump, the player holds the entire toy rifle by means of the rear grip and the front grip 12, while the rear support 14 rests against the users' shoulders. When simulative shooting of the toy rifle is carried out, the trigger 21 is pulled and then released, the trigger 21 is promoted to the micro switch 22, and at the same time the first reset spring 23 is compressed. When the trigger 21 is released, the first reset spring 23 makes the trigger 21 reset, and after the micro switch 22 touched by the trigger 21 turns on, the gas in the external gas pump enters into the gas nozzle 17 at the gas nozzle restrainer 19 through the gas transmission unit 20. Gas is injected into the cylinder 16 through the gas nozzle 17, which drives the whole sliding component to move inside the frame, and during this process, the inner tube 7 moves inside the frame through the slide block 15, and the silencer 8 makes sound disappear. During the movement of the sliding block 15 towards the frame connector 6, the second reset spring 26 is compressed with extended elastic potential energy, and with the movement of the sliding component, when the sliding component is moved out of the gas nozzle 17, and after the gas in the cylinder 16 is discharged, the sliding component is reset to the initial state under the action of the second reset spring 26, so that the simulative shooting action is completed. In the process of moving the sliding component, a reverse force is generated, and the reverse force is transferred to the player's shoulders through the rear support connecting tube 13 and the rear support 14, thereby realizing the effect fed back by the recoil and improving the experience sense of the toy rifle shooting. When a shooting action is completed, players continue the simulative shooting by pulling the trigger 21, and in the whole process of the sliding component movement, the baffle 9 plays a blocking role, and the correction rubber ring 10 ensures the relative accuracy of the sliding component, which ensures the using effect of the toy rifle.
The above content describes the principle of use, features and beneficial effects of the present invention. The relevant person in the field can understand according to the above content. The above content does not limit the present invention, and the above embodiments and specification describe the basic principles and characteristics of the present invention. On the premise of conforming to the concept of the present invention, the present invention can also undergo various changes and improvements, and these improvements should all be involved in the scope of protection claimed by the present invention.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2023224701084 | Sep 2023 | CN | national |
