CN201059909Y - Pneumatic, manual double dynamical type toy gun - Google Patents

Abstract

A pneumatic and manual dual-power toy gun comprises a body, a gun barrel, an energy unit, a first control unit and a second control unit. When driven by gas, the trigger of the first control unit is pulled by hand to pull a pivoted connecting rod, driving the hook of a hammer, so that the hammer generates a rotating power to hit a gas valve, causing gas to enter the gun barrel through a sleeve of the second control unit to fire a bullet. When the gas is exhausted, the handle of the piston body is directly pulled by hand, and the flange under the piston body is clamped in the corner of the piston tenon. When the trigger is pulled, the piston body is instantly pushed forward by the elastic force of a return spring, so that the piston body quickly compresses the air in the cylinder body to fire the bullet, thereby achieving a manual and pneumatic driving mode, which can effectively increase the changes in use and increase the fun.

Description

Pneumatic, manual dual power toy gun

technical field

The utility model relates to a pneumatic and manual dual-power toy gun, in particular to a toy gun firing control structure driven by different modes such as manual or pneumatic.

Background technique

At present, among the toy gun products that can shoot plastic (PP) bullets, the more common structures are manual, pneumatic and electric. Among them, the pneumatic type uses an additional gas cylinder to supply the toy gun with high-pressure air. The pressure generated by the high-pressure air pushes the plastic (PP) bullets outward; while the manual type uses the elastic force generated when the compressed spring stretches, and pushes a piston to generate high-pressure air to push the plastic (PP) bullets outward. Launching, the two have obvious differences in structure due to different power sources.

In the structure of manual toy guns, the simpler one is to drive the piston to compress a spring by hand. This structure only has the function of single-shot shooting and lacks fun in use; Piston compression spring, which can be switched to simultaneously have single-shot and continuous shooting functions, is more fun to use, but as far as the current products are concerned, whether they are driven by manual, pneumatic or electric motors, most of their driving methods can only be driven by A single form exists in all toy gun products, and there is no structure with both manual and pneumatic drive. Therefore, once the gas is exhausted, the toy gun with pneumatic drive will not be able to move immediately, resulting in lack of use and lack of products. competitiveness.

In view of the fact that common toy guns still cannot have the shortcomings of manual and pneumatic dual-power control simultaneously, the inventor has studied and improved ways to address these shortcomings, and finally has the generation of the utility model.

Utility model content

The technical problem to be solved by the utility model is: aiming at the deficiencies of the above technical problems, a pneumatic and manual dual-power toy gun is provided. Variations for more fun.

In order to solve the above technical problems, the technical solution adopted by the utility model is: a pneumatic, manual dual-power toy gun, which includes a body and a barrel; the body is provided with a handle and a long slot; It includes an energy unit, a first control unit, and a second control unit. The energy unit includes an air storage tank with an air valve seat pivoting the air valve, and a return spring; the first control unit includes a connecting rod, a trigger , a hammer, a piston tenon, and two springs; the second control part includes a cylinder block, a piston body, a sleeve, and a return spring;

The energy part is set in the handle part of the body, and an air valve is arranged in the air valve seat of the energy part; the connecting rod of the first control part is pivotally combined with the trigger, and the ear part of the connecting rod is connected with the second A sleeve of the control part is set correspondingly, and the lower side edge of the rear end of the connecting rod is provided with an engaging part and a slotted hole corresponding to the hook part of the hammer, so that the striker on the front side of the hammer and the gas of the energy department The valve contact is set correspondingly, and a hook part extending from the lower side edge of the hammer is correspondingly buckled with the engaging part of the connecting rod, and the piston tenon is passed through the hollow part recessed at the rear end of the connecting rod and pivoted in the body The corresponding hole on the wall makes the piston tenon and the connecting rod have a linkage relationship;

The rear end of the cylinder block of the second control part is provided with a cylinder groove for accommodating the piston body, and the inner tube part of the front end of a narrow end accommodates the sleeve, and the piston body and the sleeve are respectively placed on the cylinder body of the cylinder block. The groove and the inner tube are movable, and a second air inlet is provided below the narrowing end to correspond to the air inlet of the sleeve, and the return spring is set inside by a slot provided at an open end of the piston body, and the piston body is open A flange extending below the end is set corresponding to the corner of the piston bayonet, forming a pneumatic and manual dual-power toy gun.

When driven by air, use the hand to pull the trigger of the first control part to pull the pivoted connecting rod, and an engaging part provided under the connecting rod can just drive the hook part of the hammer, so that the hammer generates a rotational force Hit the gas valve, so that the gas in the gas storage tank of the Ministry of Energy enters the barrel through the sleeve of the second control part and shoots the plastic bullet; if the gas is exhausted, directly pull the handle of the piston body of the second control part by hand, When the piston body moves backwards, a flange below it just catches on the corner of a piston tenon. When the finger pulls the trigger, the second protruding pin provided at the end of the connecting rod linked with the trigger hits and makes the aforementioned piston The tenon produces a rotational displacement, causing the corner of the piston tenon to break away from the flange of the piston body, and the piston body is pushed forward instantaneously by the elastic force of the return spring set in the slot hole, so that the piston body is affected by the elastic force of the preset return spring And quickly compress the air in the cylinder body to complete manual control shooting, achieving a toy gun structure that can be fired both manually and pneumatically.

The dual-power toy gun is driven by gas to instantly fire plastic bullets, or when the gas is exhausted, the air in the cylinder body is quickly compressed by the piston body under the elastic force of the preset return spring to achieve manual control shooting , At the same time, it has different driving methods such as manual or pneumatic driving, which can effectively improve the changes in use and increase the fun; and its control structure has the effect of switching the toy gun to implement single-shot shooting and continuous shooting.

As for the detailed structure, application principle, function and effect of the present utility model, then can obtain complete understanding with reference to the explanation that is done according to the accompanying drawings:

Description of drawings

Fig. 1 is a three-dimensional half cutaway view of the utility model.

Fig. 2 is a three-dimensional exploded view of the utility model.

FIG. 2A is an enlarged perspective view of A in FIG. 2 .

Fig. 3 is a combined half-section schematic diagram 1 of the pneumatic control structure of the utility model.

Fig. 4 is a combined half-section schematic diagram II of the pneumatic control structure of the utility model.

Fig. 5 is a combined half-section schematic diagram III of the pneumatic control structure of the utility model.

FIG. 5A is an enlarged schematic view of B (ie, the air valve structure) in FIG. 5 .

Fig. 6 is a combined half-section schematic diagram 1 of the manual control structure of the present invention.

Fig. 7 is a combined half-section schematic diagram II of the manual control structure of the present invention.

Fig. 8 is a combined half-section schematic diagram III of the manual control structure of the present invention.

Detailed ways

Fig. 1 is a partial sectional view of the three-dimensional structure combination of the present utility model; Fig. 2 is a three-dimensional exploded view of the present utility model; 3 is a combined plane half-sectional view of the pneumatic control structure of the utility model. It can be clearly seen from the figure that the utility model includes: a body 1, a gun barrel 2, an energy unit 3, a first control unit 4, and a second control unit 5 and other structures; wherein the body 1 is provided with a handle portion 11 and a long groove 12, and the body 1 and the barrel 2 are common structures, which will not be described in detail here; the energy unit 3 includes: a gas storage tank 31 , a return spring 32; the first control part 4 includes: a connecting rod 41, a trigger 42, a hammer 43, a piston tenon 44, two springs 45, 46; the second control Part 5 includes: a cylinder body 51, a piston body 52, a sleeve 53, and a return spring 54.

Wherein, the gas storage tank 31 of the energy unit 3 is a gas storage container, which can be filled with high-pressure gas with high safety. The upper end of the energy unit 3 is provided with a gas nozzle 314, and the air passage between the gas storage tank 31 and the gas nozzle 314 A gas valve 311 that can control the flow of gas is set in the gas valve seat 312 of the gas tank 31, and a space for storing plastic bullets 6 is set on one side of the gas storage tank 31, and a back-moving spring 32 upper end is sleeved with a pusher that pushes the plastic bullets. Section 321;

The connecting rod 41 of the first control part 4 is an elongated plate. One end of the connecting rod 41 is provided with a protruding tip 411, and the other end is provided with a protruding part 412 in sequence. The upper side edge is provided with a slotted hole 4131. part 413 and an engaging part 414 are extended on the lower side edge of the connecting rod 41, and a long slotted hole 417 is provided on the side thereof, and a hollow part 418 is recessed near the other end of the connecting rod 41 and then extended out. The first protruding pin 415 and the second protruding pin 416; one side of the trigger 42 is protrudingly provided with the shaft portion 421a of the sleeve spring 423, and the other side is correspondingly protrudingly provided with the shaft portion 421b, and its upper end is provided with a concave hole 422. A spring 424 is sheathed in the hole 422 corresponding to the protruding pin 411 of the aforementioned connecting rod 41, and the protruding pin 411 of the aforementioned connecting rod 41 just protrudes from the concave hole 422 for the spring 423 to engage; a hammer 43 corresponds to the aforementioned air storage tank 31 A striker 431 is extended on one side of the air valve 311 of the hammer 43, and a shaft portion 432 and a shaft tip 434 are respectively extended on both sides of the hammer 43, and a convex portion 433 is further extended on the same side as the shaft portion 432, and the other side A hook portion 435 is further arranged below, and a spring 45 is just pivoted on the aforementioned shaft portion 432; a piston tenon 44 is a plate-shaped curved component, and a shaft portion 441 and a pin shaft 443 are respectively extended on both sides thereof. A convex portion 442 is provided on one side of this curved component, and a corner portion 444 is formed at the end of the curved component, and a spring 46 is pivotally mounted on the aforementioned shaft portion 441;

The cylinder block 51 of the second control part 5 is a tubular element, a cylinder groove 511 is formed in the center of the tube, a narrowing end 510 is extended at one end, and a second air intake 513 is arranged below the narrowing end 510 (see Fig. 3 for details). ), a buffer spring 512 is sleeved on the upper side of the cylinder block 51; a piston body 52 provided with the cylinder groove 511 corresponding to the tubular cylinder block 51, a handle 521 is set on the outside of one end of the tube wall, and a handle 521 is set on the other side of the tube wall corresponding to the handle 521. A flange 522 (shown in Fig. 3 and Fig. 6 for details), a slot 523 is formed in the center of the pipe body, and a return spring 54 is just sleeved in this slot 523; the outer diameter of a sleeve 53 is slightly smaller than The inner diameter of the narrowing end 510 of the aforementioned cylinder block 51 is a tubular body with a relatively small pipe diameter. A convex portion 531 is arranged on one side of the sleeve 53, and an air inlet 530 is formed below the pipe body (see FIG. 3 for details). shown), an air channel 532 is formed in the center thereof, and the sleeve 53 is sleeved in the aforementioned narrowing end 510 .

When assembling, please refer to Fig. 1, Fig. 2, Fig. 2A and Fig. 3 at the same time. After the gun barrel 2 is combined with the gun body 1, the return spring 32 is inserted in the plastic bullet outlet 313 of the Ministry of Energy 3. Inside, an air valve 311 is pivoted in the air valve seat 312, and then the energy unit 3 is set in the handle portion 11 of the body 1; a first control unit 4, first sets the protruding tip 411 at the front end of the connecting rod 41 A spring 424 is provided and then inserted into the recessed hole 422 of the trigger 42, and one end of the spring 424 is stuck against the shaft portion 421b on the corresponding side of the trigger 42, and the other end of the spring 424 is stuck against the protrusion of the aforementioned connecting rod 41. part 412, and the shaft part 421a on the other side of the trigger 42 is sheathed with a spring 423. One free end of the spring 423 abuts against the inner wall of the gun body 1, and the other free end abuts against the concave hole 422 of the trigger 42. The protruding protruding tip 411; the upper side edge of the connecting rod 41 is provided with an elongated slot 4131 through an ear portion 413, which is just sleeved with the convex portion 531 of the sleeve 53 of the second control part 5, so that The lower side edge of the rear end of the connecting rod 41 is provided with an engaging portion 414 and a slotted hole 417 on its side, wherein the slotted hole 417 is pivoted correspondingly to the shaft 434 on one side of the hammer 43, and the hammer 43 is on the other side. The other shaft portion 432 on the side is sleeved with a spring 45, the free end of the spring 45 is against the inner wall of the gun body 1 (see Figure 3 for details), and the other free end of the spring 45 is against the hammer 43, and the striker 431 on the front side of the hammer 43 is set in contact with the air valve 311 of the energy unit 3, and the hook 435 extending from the lower edge of the hammer 43 is engaged with the connecting rod 41. The joint part 414 acts correspondingly to the buckle, and the hollow part 418 recessed at the rear end of the connecting rod 41 allows the tip shaft 443 provided on one side of the piston tenon 44 to pass through and pivot in the corresponding hole on the inner wall of the body 1 (Not otherwise shown in the figure), and a spring 46 is sheathed on a shaft portion 441 on the other side of the piston tenon 44. The free end of the spring 46 resists a protruding portion 111 extending inside the body 1, and the other free end The end is then abutted against a protrusion 442 on the same side of the piston tenon 41 , so that the piston tenon 44 and the connecting rod 41 are linked.

The cylinder groove 511 that runs through the rear end of the hollow cylinder block 51 of the second control part 5 can just accommodate a piston body 52, and the inner tube portion of the front end of the cylinder block 51 - the narrow end 510 (not shown in the figure) A sleeve 53 can be accommodated, and the aforementioned piston body 52 and sleeve 53 are respectively movable in the cylinder groove 511 and the inner pipe portion of the cylinder block 51, and a second air intake 513 corresponding sleeve is arranged below the narrowing end 510. The air inlet 530 of the cylinder 53, a return spring 54 is provided with a slot 523 provided by an open end of the piston body 52 inside, and a flange 522 extending below the open end of the piston body 52 is just engaged with the aforementioned piston. The corners 444 of the tenon 44 are correspondingly arranged to form a pneumatic and manual dual-power toy gun structure.

When in use, please refer to Fig. 1, Fig. 3, Fig. 4, Fig. 5 and shown in Fig. 5A, which are the sectional views of the three-dimensional structure combination of the present utility model and the planar action schematic diagrams driven by pneumatic mode. Before the trigger 42 is pulled, the engagement portion 414 on the lower edge of the rear end of the connecting rod 41 is engaged with the hook portion 435 provided on one side of the hammer 43 (see FIG. 3 ), and the Ministry of Energy 3. The pivoted air valve 311 just closes the channel of the air nozzle 314; when the user pulls the trigger 42 with his finger, because the concave hole 422 of the trigger 42 is pivoted with the spring 424 and the convex tip 411 of the connecting rod 41, this When the connecting rod 41 is driven by the trigger 42, it will be displaced toward the muzzle end (please refer to FIG. 4 ), and the slot 4131 of the ear portion 413 of the connecting rod 41 can just drive the side surface of the sleeve 53 of the second control part 5. The convex part 531 of the sleeve 53 is moved forward accordingly. When the sleeve 53 is displaced forward, the air intake hole 530 penetrated under the tube body of the sleeve 53 is exactly the same as the one corresponding to the narrowing end 510 of the cylinder block 51. The second air inlet 513 is connected, and the engagement portion 414 on the lower side edge of the rear end of the connecting rod 41 drives the hammer 43 to rotate, and the striker 431 of the hammer 43 is out of contact with the air valve 311, and when the hammer When 43 rotates to the critical point, because the slot 4131 of the ear 413 of the 41 is an elongated slot, the connecting rod 41 can relatively generate a downward displacement when the hook 435 of the hammer 43 pushes downward. The hammer 43 forces the hammer 43 to rotate in the opposite direction due to the return elastic force of the spring 45, and the striker 431 knocks the gas valve 311 instantly, so that the high-pressure gas in the gas storage tank 31 is released instantly through the passage of the gas nozzle 314 by an appropriate amount ( Please refer to Fig. 5 at the same time), wherein Fig. 5A is an enlarged view of the air intake state of the air valve seat 312 and the air nozzle 314 passage when the striker 431 hits the air valve 311, when the high-pressure gas enters the first cylinder block 51 from the air nozzle 314 When the air inlet 513 and the air inlet 530 of the sleeve 53, because the piston body 52 is pushed by the return spring 54, the gas that can close the narrow end 510 of the cylinder block 51 and the tube of the sleeve 53 is released from the rear end of the cylinder block 51. Leak out, and the high-pressure gas is fully forced to the outlet end of the gun barrel 2, and a plastic bullet 6 positioned at the outlet end of the sleeve 53 is subjected to the instantaneous impact of the high-pressure gas and is ejected from the outlet end of the gun barrel 2, and when the trigger 42 is pressed by the spring 423 1. When the connecting rod 41 is actuated by the spring 424 and returns to the initial state instantaneously, the spring 45 will also drive the hammer 43 to return to the corresponding initial state in an instant. The user only needs to continuously depress the trigger 42 to realize the use of high-pressure gas pneumatic The structure of the toy gun that continuously shoots 6 plastic bullets.

When the high-pressure gas is exhausted, please refer to Fig. 6-shown in Fig. 8, it is the structural plane sectional action diagram of the manual control embodiment of the present utility model, and the user can change the mode of shooting bullet 6 to be: when the user's hand Pull the handle 521 of the piston body 52 toward the rear end of the long groove 12 as shown by the arrow (please refer to Fig. 2 and Fig. 6 at the same time), and a cylinder body 51 inside the gun is stretched toward the rear end, so that the corresponding handle 521 The flange 522 provided on the other side of the tube wall extends to the rear end as shown in Figure 6, and is in a state of being engaged with the corner 444 of the piston tenon 44. At this time, the return spring 54 in the slot 523 is pressed Compressed, and then the plastic bullet 6 is introduced into the front end of the aforementioned sleeve 53. When the user's hand depresses the trigger 42 (see also the direction of the arrow in FIG. When the front end of the tube 2 is pulled, the second protruding pin 416 at the rear end of the connecting rod 41 just pushes against the bend of the piston tenon 44 when it moves forward, and makes a rotation of the piston tenon 44 as shown in the direction of the arrow. The corner portion 444 of the piston tenon 44 is instantly disengaged from the engagement with the flange 522. At this time, the elastic force of the return spring 54 instantly restores the piston body 52 to the front end of the gun barrel 2, and the piston body 52 is used in the cylinder groove 511. The compressed gas produced in an instant shoots the plastic bullet 6 out from the front end of the gun barrel 2 (referring to Fig. 8 again). After completing a manual shooting action, all structures return to the initial state.

Known from the above, the pneumatic and manual dual-power toy gun of the present utility model can be driven by gas to instantly fire plastic bullets, or directly manually when the gas is exhausted, using the piston body 52 to receive the elastic force of the preset return spring 54 Function and quickly compress the air in the cylinder block 51 to achieve manual control shooting, and its control structure has the effect of switching the toy gun to implement single shooting and continuous shooting, which has indeed possessed industrial applicability, novelty and progress , to file an application for a utility model patent in accordance with the law.

Claims (8)

1. A pneumatic, manual dual-power toy gun, which includes a body and a barrel; the body is provided with a grip portion and a long slot; it is characterized in that: it also includes an energy portion and a first control portion 1. A second control part, the energy part includes an air storage tank with an air valve seat pivoting the air valve, and a return spring; the first control part includes a connecting rod, a trigger, a hammer, a piston tenon, Two springs; the second control part includes a cylinder block, a piston body, a sleeve, and a return spring; The energy part is set in the handle part of the body, and an air valve is arranged in the air valve seat of the energy part; the connecting rod of the first control part is pivotally combined with the trigger, and the ear part of the connecting rod is connected with the second The sleeve of the control part is sleeved correspondingly, and the lower side edge of the rear end of the connecting rod is provided with an engaging part and a slotted hole corresponding to the hook part of the hammer, so that the striker on the front side of the hammer and the gas of the energy department The valve contact is set correspondingly, and a hook part extending from the lower side edge of the hammer is correspondingly buckled with the engaging part of the connecting rod, and the piston tenon is passed through the hollow part recessed at the rear end of the connecting rod and pivoted in the body The corresponding hole on the wall makes the piston tenon and the connecting rod have a linkage relationship; The rear end of the cylinder block of the second control part is provided with a cylinder groove for accommodating the piston body, and the inner tube part of the front end of a narrow end accommodates the sleeve, and the piston body and the sleeve are respectively placed on the cylinder body of the cylinder block. The groove and the inner tube are movable, and a second air inlet is provided below the narrowing end to correspond to the air inlet of the sleeve, and the return spring is set inside by a slot provided at an open end of the piston body, and the piston body is open A flange extending below the end is set corresponding to the corner of the piston bayonet, forming a pneumatic and manual dual-power toy gun. 2. The pneumatic and manual dual-power toy gun according to claim 1, characterized in that: the connecting rod of the first control part is an elongated plate, one end of which is provided with a protruding tip, and the other end is A protruding part is arranged in sequence, a slot hole is set through the ear part and is set on the upper side edge of the connecting rod, the engaging part is extended on the lower side edge of the connecting rod, and the through long slot hole is set on its side , the hollow part is recessed near the other end of the connecting rod, and the end of the connecting rod is extended with a first protruding tip and a second protruding tip. 3. The pneumatic and manual dual-power toy gun as claimed in claim 1, characterized in that: one side of the trigger protrudes from a shaft with a spring sleeve, and the other side protrudes from another shaft. A concave hole is arranged at the upper end of the trigger, and a spring is sheathed in the concave hole corresponding to the connecting rod. 4. The pneumatic and manual dual-power toy gun according to claim 1, wherein the striker is extended on the side of the hammer corresponding to the air valve of the air storage tank, and the two sides of the hammer extend respectively There is a shaft part and a shaft tip, and a convex part is extended on the same side as the shaft part, and the hook part is arranged under the other side of the hammer, and one of the two springs is just pivoted on the shaft part . 5. The pneumatic and manual dual-power toy gun according to claim 1, characterized in that: the piston latch is a plate-shaped curved component, and two sides of which are respectively extended with a shaft and a tip shaft, A protrusion is provided on one side of the piston tenon, and the corner is formed at the end of the piston tenon, and one of the two springs is pivotally arranged on the shaft. 6. The pneumatic and manual dual-power toy gun according to claim 1, characterized in that: the cylinder body of the second control part is a tubular element, the cylinder groove is formed in the center of the tube, and the narrowing end extends It is arranged at one end of the cylinder block, a second air inlet is arranged under the narrowing end, and a buffer spring is sleeved on the upper side of the cylinder block. 7. The pneumatic and manual dual-power toy gun according to claim 1, characterized in that: a handle is arranged on the outer side of the pipe wall at one end of the piston body of the second control part, and the flange is arranged on the side corresponding to the handle. On the other side of the tube wall, the slot is formed in the center of the tube body, and the return spring is just sleeved in the slot. 8. The pneumatic and manual dual-power toy gun according to claim 1, characterized in that: the outer diameter of the sleeve is slightly smaller than the inner diameter of the narrowing end of the cylinder block, and is a relatively small pipe diameter The tubular body is provided with a convex portion on one side, an air inlet hole is formed under the tubular body, and an air channel is formed in the center.

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