JP3238918U - Toy gun single/repetitive switching device - Google Patents

Abstract

The present invention provides a single/repeating switching device for a toy gun that simplifies the complicated overall structure and reduces the risk of damage. A single/repetitive switching device for a toy gun consists mainly of an adjustment hole formed between a housing and a trigger base, an adjustment base 2 having a serrated guide rail 21, and a serrated guide rail pivoted. an operating part 4 provided on the gear shaft part and extending to the outside of the adjustment hole; a coupling part 22 formed on one side of the adjustment base remote from the sawtooth guide rail; It consists of a movable part stopper part 5 which is correspondingly connected with the coupling part by 51 . When the user moves the operation part with a finger from the outside, the gear shaft part and the serrated guide rail move relatively, and the movable part stopper part is operated by the adjustment base to selectively block the movement of the trigger connecting rod. , you can quickly switch between the toy gun's single/repeating type. [Selection drawing] Fig. 2

Description

The present invention relates to a switch in a toy gun that can be switched by operating it from the outside, and in particular, a single/repetitive switching device for a toy gun that can switch a toy gun that is not a slide type to a single/repetitive type by moving an internal mechanism with a gear. Regarding.

Single/repetitive switching is a common feature of toy guns, and a typical changeover switch is a three-stage switch coupled with a safety switch and located on the toy gun body above the trigger. When the switch part is pulled, the complex connecting rod construction allows switching between single-shot, repeat or safety switches by moving a switching unit located in the slide. This type of transfer switch has a number of drawbacks:
First, the entire changeover switch is exposed to the outside, which impairs the overall appearance.
Second, considering the convenience of switching the switch by moving the finger, it is generally designed to be on one side facing the user and exposed to the outside, so that it is easy to accidentally touch it.
3. The exposed area of the change-over switch is too large, which can easily cause collision damage.
4. The changeover switch and changeover unit are installed inside and outside the toy gun body respectively, which requires a separate design of the connecting rod, which makes the structure more complicated.

However, if the entire switch is hidden inside the toy gun, when switching between single-shot and repeated shots, first pull the slide to open it, move your line of sight inside the slide to find the switch, and move the switch with your fingernail in a narrow space. , and finally, the slide needs to be closed. It is very inconvenient in terms of convenience when switching between single shot and repeated shots, and in particular, it is a design that lacks consideration because the line of sight must be turned away from the shooting target in the process of switching. From the point of view of the practicality of survival games, this problem is a bigger problem than the susceptibility to accidental contact.

Therefore, in view of the above-mentioned shortcomings, the inventor of the present invention has collected related data, and made various studies and considerations. After some time, I devised a toy gun single/repetitive switching device that can switch a non-slide toy gun between single and repetitive by operating the switch from the outside and moving the internal mechanism with a gear.

The present invention provides a toy gun single/repetitive switching device that simplifies the complex overall structure and reduces the risk of damage by using a sawtooth guide rail and a gear shaft part to form an internal switching mechanism for single/repetitive firing functions. for the purpose.

In addition, by exposing a part of the operation part for the single/repeating switching function outside the toy gun's housing, this invention makes it easier to operate, and at the same time reduces the risk of accidental contact by reducing the area exposed to the outside. To provide a toy gun single/repetitive switching device capable of

In order to achieve the above object, the toy gun of the present invention comprises a housing, a trigger base movably protruding on one side of the housing, a trigger connecting rod provided on one side of the trigger base, and the trigger and a trigger part connected to the connecting rod. Said single/multiple switching device mainly consists of an adjusting hole, an adjusting base, a sawtooth guide rail, a gear shaft part, an operating part, a coupling part and a moving part stopper part. wherein the adjusting hole is formed between the housing and the trigger base, the adjusting base is installed inside the trigger base, the serrated guide rail is provided on the adjusting base, and the gear shaft part is on the serrated guide rail. , and the adjustment base is actuated by a serrated guide rail. The operating part is provided at one end of the gear shaft part away from the sawtooth guide rail and extends to the outside of the adjustment hole to rotate the gear shaft part. The coupling part is formed on one side of the adjusting base away from the sawtooth guide rail, and the movable part stopper part is provided on one side of the adjusting base and is correspondingly connected with the coupling part by the abutting part.

When the user operates the toy gun of the present invention, he or she can switch between single and continuous firing by extending the finger to the rear end of the trigger base, that is, by moving the operating portion exposed outside the adjustment hole with the left and right fingers. can. Furthermore, when moved with a finger, the operation part rotates the gear shaft part, which is engaged with the sawtooth guide rail and moved left and right, and the joint part pushes up the butted part of the movable part stopper part. , the moving part stop component is selectively blocked by the trigger connecting rod. When the moving part stopper part comes into contact with the side wall of the trigger rest, it is blocked by the trigger connecting rod to switch to a single-shot type, and when the moving part stopper part leaves the side wall of the trigger rest, the trigger connecting rod By passing, it will be switched to a continuous type. As a result, a non-slide type toy gun can be safely and quickly switched to a single/repeating type.

Due to the above-mentioned technology, there are problems that exist in the conventional single/repeated switching type of toy guns, namely, the exposed switch spoils the appearance, it is easy to make false contacts, it is easy to damage, and the structure is complicated. However, it solves the problem that it is very difficult to operate when the whole switch is hidden inside, and achieves practical inventiveness due to the above-mentioned advantages.

1 is a perspective perspective view of a toy gun according to a preferred embodiment of the present invention; FIG. 1 is an exploded view of a switching device according to a preferred embodiment of the present invention; FIG. FIG. 4 is a schematic diagram of a single shot in the preferred embodiment of the present invention; FIG. 4 is a schematic diagram of a single shot in the preferred embodiment of the present invention; Fig. 3 shows the operation of the preferred embodiment of the present invention; FIG. 4 is a diagram illustrating the operation of the preferred embodiment of the present invention; FIG. 4 is a schematic diagram of continuous shooting in the preferred embodiment of the present invention; FIG. 8 is another perspective perspective view of FIG. 7 in the preferred embodiment of the present invention; FIG. 4 is an exploded view of the interlocking unit according to the preferred embodiment of the present invention; FIG. 4 is a schematic diagram of continuous shooting in the preferred embodiment of the present invention; Fig. 4 is an exploded view of another preferred embodiment of the present invention; FIG. 4 is an exploded view from another angle of another preferred embodiment of the present invention; FIG. 4 is a side view of another preferred embodiment of the present invention;

Please refer to FIGS. 1 and 2 are a perspective perspective view of a toy gun and an exploded view of a switching device according to a preferred embodiment of the present invention. As can be seen from the figure, the toy gun of the present invention comprises a housing 7, a trigger base 71 movably projecting on one side of the housing 7, and a trigger connecting rod 72 provided on one side of the trigger base 71. and a trigger portion 73 connected to the trigger connecting rod 72 . The single/repetitive switching device 100 mainly includes an adjustment hole 1, an adjustment base 2, a serrated guide rail 21, a gear shaft part 3, an operation part 4, a coupling part 22, and a moving part stopper part 5. Consists of

The adjusting hole 1 is formed between the housing 7 and the trigger base 71, and an arc-shaped hole is taken as an example in this embodiment.

The adjustment base 2 is provided within the trigger base 71 .

A serrated guide rail 21 is provided on the adjustment base 2 .

The gear shaft part 3 is pivoted on the saw-toothed guide rail 21 , and the adjustment base 2 is operated by the saw-toothed guide rail 21 .

The operating part 4 is provided at one end of the gear shaft part 3 away from the sawtooth guide rail 21 , extends to the outside of the adjustment hole 1 , and rotates the gear shaft part 3 .

A coupling portion 22 is formed on one side of the adjustment base 2 away from the sawtooth guide rail 21 .

The movable part stopper part 5 is provided on one side of the adjustment base 2 and is correspondingly connected to the coupling part 22 by the abutting part 51 , and the movable part stopper part 5 abuts on the side wall of the trigger base 71 . Then, by being blocked by the trigger connecting rod 72, it is switched to the single-shot type. When the movable portion stopper part 5 is separated from the side wall of the trigger base 71, the trigger connecting rod 72 passes through, thereby switching to the repeating type. Furthermore, in the present embodiment, as an example, the connecting portion 22 is in the form of a protrusion, and the butting portion 51 is in the form of a concave groove.

From the above description, the structure of the present technology can be understood. By matching and combining the structures of this technology, the switch can be switched by external operation, and by activating the internal mechanism with the gear, it is possible to switch the non-slide toy gun between single and continuous firing. Details are described below.

Please refer simultaneously to FIGS. 1 to 7C. 1 to 7C are perspective perspective views of a toy gun in a preferred embodiment of the present invention, showing a continuous shooting state. As can be seen from the figure, assembled by the above-mentioned components, the toy gun of the present invention is an air gun with no slide on its surface, and only the trigger base 71 inside the housing 7 protrudes when the bullet is loaded or fired. . Furthermore, in the toy gun of the present invention, a portion of the operating portion 4 of the single/repetitive switching device 100 is exposed to the outside of the trigger base 71 instead of one side of the trigger portion 73 .

When the toy gun is in the single-shot state, the operating part 4 is fixed at the position indicated by S on the adjustment hole 1. As shown in FIG. In this state, the movable part stopper part 5 comes into contact with the side wall of the trigger base 71, so that the trigger connecting rod 72 is caught by the movable part stopper part 5 in the process of moving the trigger base 71 back and forth, preventing the trigger base 71 from continuing to move. have a nature. Therefore, when the user presses the trigger part 73, the interlocking unit 721 activates the trigger to make one reciprocating motion, thereby completing one shot. Further, the interlocking unit 721 includes a sear 7211 provided on one side of the trigger connecting rod 72, a hammer 7212 provided on one side of the sear 7211, a firing pin 7213 provided on one side of the hammer 7212, and one side of the firing pin 7213. A magazine air valve 7214 is provided in the . Therefore, when the trigger part 73 is released, the trigger base 71 collides with the trigger connecting rod 72 and returns to its original position to prepare for the next firing operation. However, when the user depresses the trigger portion 73, the interlocking unit 721 moves the trigger base 71 backward and completes one shot, but the trigger connecting rod 72 is fixed by the trigger portion 73. It cannot be lowered, so that the trigger connecting rod 72 cannot push down on the sear 7211, which remains fixed and cannot be fired. At this time, since the trigger base 71 moves backward, the hammer 7212 prevents the trigger base 71 from returning to its original position by blocking the movable part stopper part 5 . Therefore, even if the user pulls the trigger part 73, the user cannot fire continuously.

When the user wants to switch to the continuous firing mode, it is not necessary to slide the trigger base 71 open. By moving your finger up to , the switching operation to the continuous type is completed. The operation can be performed easily and quickly, and since only a part of the operation part 4 is exposed, the possibility of accidental contact can be greatly reduced, and the overall appearance is not spoiled. Nor. After switching to the continuous type, the moving part of the interlocking unit 721 is such that the movable part stopper part 5 is not blocked by the trigger connecting rod 72, so that when the trigger part 73 is in a state of being continuously pushed, the trigger connecting rod 72 is pushed by the sear 7211. is pushed down (shown by arrow A) so that the hammer 7212 is pushed down by the trigger base 71 (shown by arrow B) since it is not secured by the sear 7211 . In addition, release of hammer 7212 actuates firing pin 7213, which pushes magazine air valve 7214 downward (shown by arrow C), and continues to release high pressure gas from magazine 74. , completes a series of shots. However, since the specific operation of the interlocking unit 721 is not the main point of the present invention, the details will not be repeated.

When the operation part 4 is moved rightward by a finger, the gear shaft part 3 rotates counterclockwise, and the gear of the gear shaft part 3 meshes with the sawtooth guide rail 21 of the adjustment base 2, thereby increasing the connection strength. It is reinforced to prevent wobble, and at the same time move the adjustment base 2 to the left. In addition, the coupling portion 22 on the adjustment base 2 is connected to the abutting portion 51 of the movable portion stopper component 5 so that when the adjustment base 2 moves leftward, the movable portion stopper component 5 also moves along with it. Move left. At this time, since the movable part stopper part 5 is separated from the side wall of the trigger base 71, a gap G through which the trigger connecting rod 72 can pass is created. Therefore, when the user presses the trigger part 73, the trigger connecting rod 72 cannot be lowered because it is fixed by the trigger part 73. By not being blocked, the interlocking unit 721 allows the trigger base 71 to continue to repeat the reciprocating motion. Therefore, in the continuous firing mode, the interlocking unit 721 can not only actuate the trigger base 71 to make one reciprocating motion, but also the interlocking unit 721 can continuously fire when the user continues to pull the trigger part 73. It can be carried out.

Please refer to FIGS. 8 to 10 at the same time. 8-10 are exploded to side views of another preferred embodiment of the present invention. As can be seen from the figure, this embodiment is substantially the same as the previous embodiment, with the following differences. The trigger base 71 is provided with a loading part 6 for supporting the adjustment base 2 and the gear shaft part 3 , and two positioning grooves 711 are provided on one side of the trigger base 71 adjacent to the operation part 4 . , the trigger base 71 is provided with a positioning rib 712 , and one side of the operating part 4 adjacent to the trigger base 71 is provided with a positioning protrusion 41 , the positioning protrusion 41 being formed by one of the positioning grooves 711 . are connected correspondingly with One side of the loading part 6 adjacent to the operation part 4 has a first yielding part 61 , and one side of the loading part 6 adjacent to the gear shaft part 3 has at least one second yielding part 62 . Prepare. The movable part stopper part 5 is formed with a locking groove part 52 that is connected to the positioning rib 712 . has an abutting part 23 on one side thereof, which mutually abuts against the abutting block 53 , so that the gear shaft part 3 is connected to the serrated guide rail 21 .

Two positioning grooves 711 in the trigger base 71 form a W-shaped positioning space, so that the cylindrical positioning protrusion 41 in the operating part 4 is positioned in one of the positioning grooves 711. Since it is fixed, the operating part 4 can be reliably and accurately fixed to one end of the adjustment hole 1, thereby preventing the user from erroneously judging whether the toy gun is single or repeated.

Among them, the structure of the abutment block 53 is such that the movable part stopper part 5 protrudes toward the adjustment table 2 and is in contact with the abutment part 23 of the adjustment table 2 , so that the The serrated guide rail 21 is closely coupled with the gear of the gear shaft part 3 to prevent the positions of both from being shifted forward and backward, and to ensure the operation effect of gear engagement. At the same time, the abutment block 53 is provided with a horizontal groove-like locking groove portion 52 and is correspondingly connected with the positioning rib 712 of the trigger base 71 . In this way, it is possible to prevent the positions of the movable part stopper part 5 and the trigger base 71 from moving back and forth, and by combining the contact block 53 and the contact part 23 described above, the position of the adjustment base 2 is fixed. It is possible to prevent the positions of the sawtooth guide rail 21 and the gear shaft part 3 from being shifted back and forth.

In addition, due to the structure of the loading part 6 fixing the trigger base 71, the loading part 6 supports the gear shaft part 3 and the adjustment base 2 from the bottom to the top, so that the gear of the gear shaft part 3 and the serrated guide rail 21 can be prevented from being tilted. As a result, it is possible not only to ensure the effect of gear engagement, but also to prevent damage caused by the inability to smoothly move the operating part 4 by maintaining a movable gap between the operating part 4 and the wall surface of the adjusting hole 1. be able to. At the same time, the loading part 6 has two groove-like first and second abutment parts 61 and 62, the first abutment part 61 is located at the end of the loading part 6, and the operation part 4 is normal. It has a U-shaped concave groove to allow it to swing freely. In addition, the second abutment portion 62 is located on the surface of the loading component 6 and has an inwardly recessed structure so that the gear shaft component 3 can rotate normally. The design of the first abutment part 61 and the second abutment part 62 allows the loading part 6 to support the adjustment base 2 upward while preventing the operation of the operation part 4 and the gear shaft part 3 from being affected. .

100 Switching device 1 Adjustment hole 2 Adjustment base 21 Serrated guide rail 22 Coupling part 23 Abutment part 3 Gear shaft part 4 Operation part 41 Positioning convex part 5 Movable part stopper part 51 Butt part 52 Locking groove part 53 Abutment block 6 Loading Part 61 First abutment part 62 Second abutment part 7 Housing 71 Trigger stand 711 Positioning groove 712 Positioning rib 72 Trigger connecting rod 721 Interlocking unit 7211 Sear 7212 Hammer 7213 Firing pin 7214 Magazine air valve 73 Trigger part 74 Magazines A, B, C Arrow G gap

Claims (7)

A toy gun consisting of a housing, a trigger base movably projecting on one side of the housing, a trigger connecting rod provided on one side of the trigger base, and a trigger portion connected to the trigger connecting rod. A continuous switching device,
The single/repetitive switching device mainly consists of an adjustment hole, an adjustment base, a serrated guide rail, a gear shaft part, an operation part, a coupling part, and a movable part stopper part,
The adjustment hole is formed between the housing and the trigger base,
The adjustment base is provided inside the trigger base,
The serrated guide rail is provided on the adjustment base,
the gear shaft part is pivotally mounted on the saw-toothed guide rail, and the adjustment base is operated by the saw-toothed guide rail;
The operation part is provided at one end of the gear shaft part away from the sawtooth guide rail, extends to the outside of the adjustment hole, and rotates the gear shaft part,
the coupling portion is formed on one side of the adjustment base remote from the sawtooth guide rail;
The movable part stopper part is provided on one side of the adjustment base and is correspondingly connected to the coupling part by an abutment part, and further, when the movable part stopper part abuts on the side wall of the trigger base, the It is switched to a single-shot type by being blocked by a trigger connecting rod, and switched to a multiple-shot type by passing the trigger connecting rod when the movable part stopper part separates from the side wall of the trigger base. A toy gun's single/repeating switching device. One side of the trigger base adjacent to the operating part is provided with two positioning grooves, and one side of the operating part adjacent to the trigger base is provided with a positioning protrusion, and the positioning protrusion is 2. The single/repetitive switching device for a toy gun according to claim 1, wherein the positioning groove of the toy gun is connected correspondingly. 2. A single/multiple switching device for a toy gun according to claim 1, wherein a loading part is provided in said trigger base, and said trigger base supports said adjusting base and said gear shaft part. 4. The single/repetitive switching device for a toy gun according to claim 3, wherein one side of the loading part adjacent to the operating part is provided with a first yielding part. 4. The single/multiple switching device for toy guns according to claim 3, wherein one side of the loading part adjacent to the gear shaft part is provided with at least one second yielding part. One side of the moving part stopper part is provided with an abutment block, and one side of the adjustment base is provided with an abutment part. 2. A single/repetitive switching device for toy guns according to claim 1, wherein the device is connected to a guide rail. 2. The toy gun according to claim 1, wherein a locking groove is formed in said movable part stopper part, and said trigger base is provided with a positioning rib connected correspondingly to said locking groove. Single/repetitive switching device.

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