JP3226327U - Toy gun with safety structure with display function - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a toy gun capable of quickly adjusting to a shooting mode and a safe mode by a simple operation and having a function of displaying whether or not a shooting mode is possible. A toy gun includes a toy gun main body, a trigger structure portion 11 rotatably provided on the toy gun main body, and at least one or more hole portions formed on one side of the trigger structure portion on the toy gun main body. 12, a stopper 2 movably provided in the toy gun body to limit the movement of the trigger structure, and an elastic member 3 provided on one side of the stopper inside the toy gun body and interlocking with the stopper. The first contact portion 21 whose position is specified on the stopper, the operation member 4 movably provided in the hole, and the position which is specified on the operation member and which contacts the first contact portion and the stopper Indicating that one or more second contact portions 41 that restrict the movement of the toy gun and one or more second contact portions 41 that are located on the operation member are formed, are exposed to the outside of the toy gun body, and that the trigger structure portion is in the rotating state. Or a display section 5 which is hidden by the operating member in the toy gun body. [Selection diagram] Fig. 3

Description

This invention relates to a toy gun, and in particular, a display provided with the effect of being a safety provided on the body of the toy gun so that the trigger structure cannot be pressed, and a state in which the safe mode is released and shooting is possible. The present invention relates to a toy gun having a safety structure having a function.

Most of the safety in conventional toy guns are of a hammer type, and there are usually toy guns that have at least a safe mode and a single-shot mode, or have a burst mode or full-auto mode function. By adjusting the position or position, the width of the trigger or hammer movement is changed to realize different shooting mode states.

However, when using the above-mentioned safety, there are the following problems and all improvements are desired.

1. In order for the user to confirm the current shooting mode, the character displayed near the safety must recognize the current shooting mode, or after a long time of use. You can only remember the state of the shooting mode that the safety angle and position represent.

2. The difference in safety angle and position in each shooting mode is not large. Therefore, the current shooting mode state cannot be recognized in a short time unless readjustment is performed again or the front view is taken. Moreover, conventional safety does not have a prominent feature for recognition, and the user easily forgets to check the current safety status.

3. Conventional safety is generally provided at a position suitable for use by a right-handed user, and there is no safety applicable to use of different dominant hands in the same toy gun.

(EN) A toy gun having a safety structure having a display function that can be quickly adjusted to a shooting mode and a safe mode by a simple operation and at the same time has a display unit and a function to display whether or not a shooting is possible. This is an issue.

This invention is a safety structure having a display function in which a conspicuous display unit is provided on an operation member, and the position of the display unit is hidden or exposed to selectively present to a user whether or not a shooting is currently possible. A toy gun including: a toy gun main body, a trigger structure part rotatably provided on the toy gun main body, a toy gun main body, and a trigger structure part on the toy gun main body. At least one hole formed on one side, a stopper movably provided inside the toy gun body to limit the operation of the trigger structure, and inside the toy gun body, An elastic member that is provided on one side of the stopper and that interlocks with the stopper, a first contact portion that is formed on the stopper at a specified position, and an operation member that is movably provided in the hole portion. , A position on the operating member 4, and a position on the operating member, and at least one or more second contacting parts that contact the first contacting part to limit the movement of the stopper. And at least one display portion formed by at least one.

When the toy gun body is ready for shooting, the stopper is pushed by the elastic member and reaches one side away from the trigger structure. Therefore, the trigger structure can perform a normal shooting action. In this case, the display unit is exposed to the outside of the toy gun body and indicates to the user that the shooting mode is in a shooting mode. In addition, when the operation member is pressed, the display portion is hidden in the hole and the second contact portion of the operation member pushes the first contact portion of the stopper in accordance with the operation, so that the elasticity of the elastic member is increased. By contrast, the stopper limits the position with respect to the trigger structure. Therefore, it becomes a safe mode where shooting is not possible. Therefore, it is possible to achieve the purpose that the operation member quickly adjusts between the shooting mode and the safe mode with a simple operation of pressing, and at the same time, the operation member displays and warns.

It is explanatory drawing which showed the safety structure by this invention. It is a side view of the safety structure by this invention. It is an explanatory view showing the state where the safety structure by this invention was disassembled. It is a perspective view of the operating member in this invention. It is explanatory drawing which showed the relationship between the stopper and the operating member in this invention. It is explanatory drawing which showed the operation|movement of the shooting of the toy gun by this invention. It is explanatory drawing which showed the operation|movement of the press in this invention. It is explanatory drawing which showed the operation|movement of contact in this invention. It is explanatory drawing which showed the safe mode in this invention. It is explanatory drawing which showed operation|movement of safe mode cancellation|release in this invention. It is other embodiment, It is explanatory drawing which showed the state which assembles a member in a reverse direction. It is explanatory drawing which showed the operation|movement of the press in another embodiment. It is another explanatory view showing the operation of pressing in another embodiment.

As disclosed in FIGS. 1 to 5, a toy gun equipped with a safety structure having a display function according to the present invention includes a toy gun body 1, a trigger structure portion 11, a stopper 2, an elastic member 3, and a first member. The contact portion 21, the operation member 4, the second contact portion 41, and the display portion 5 are included.

The toy gun body 1 includes a barrel 14 and a base portion 13 connected to the barrel 14. The base portion 13 of the toy gun body 1 includes a second position limiting portion 131 and a positioning portion 132 therein. ..

The trigger structure portion 11 is rotatably provided on the toy gun body 1. The trigger structure 11 includes a convex position limiting part 111 and at least one or more holes 12 on the toy gun body 1 and located on one side of the trigger structure 11.

The stopper 2 is movably provided inside the toy gun body 1 to limit the pivoting movement of the trigger structure 11. A position limiting block 22 corresponding to the convex position limiting portion 111 and a first position limiting portion 23 that abuts the second position limiting portion 131 are provided on the stopper 2.

The elastic member 3 is provided inside the toy gun body 1 and on one side of the stopper 2, and interlocks with the stopper 2.

The first contact portion 21 is located on the stopper 2, and at least one guide inclined surface 211 is formed on the first contact portion 21.

The operating member 4 is movably provided in the hole 12, and the operating member 4 includes at least one elastic portion 42, and the elastic portion 42 includes an engaging portion 421 that is connected to the positioning portion 132. Get

The second contact portion 41 is formed on the operation member 4 in a specified position, contacts the first contact portion 21, and limits the operation of the stopper 2. A second guide inclined surface 411 that contacts the first guide inclined surface 211 is formed on the second contact portion 41.

The display unit 5 indicates that at least one position is specified on the operation member 4, and that the trigger structure unit 11 is exposed to the outside of the toy gun body 1 and can be rotated. The state 4 is hidden by the toy gun main body 1.

Separately, when the number of the holes 12 is two, the operation member 4 is provided at both ends with projecting pressing portions 43 protruding to the outside of the toy gun body 1. Further, when the number of the elastic portions 42 is 2, a contact surface 422 that contacts the inner wall of the toy gun body 1 is formed at one end of the elastic portion 42.

1 to 10 disclose an embodiment in which the toy gun body 1 is in the form of a handgun as an example, and the operating member 4 is connected to the base portion 13 of the toy gun body 1 and is used to form a safety structure. Be done. In the embodiment, the hole portion 12, the elastic portion 42, and the pressing portion 43 are all two in number.

As disclosed in FIG. 6, in the shooting state, both ends of the elastic member 3 come into contact with the base portion 13 of the toy gun body 1 and the first position limiting portion 23 of the stopper 2, respectively. It is fixed at 14 and does not move. Therefore, the stopper 2 is pressed by the elastic force of the elastic member 3 and moves in a direction away from one side of the trigger structure portion 11. Therefore, the convex position limiter 111 of the trigger structure 11 can avoid the position limiter block 22 of the stopper 2 and perform a normal shooting action. In this case, the display unit 5 is exposed to the outside of the toy gun body 1. The display unit 5 has a prominent design, for example, an embodiment made of a red resin bar, so that the user can efficiently be informed that the shooting mode is currently in the fireable mode, and thus the risk of misfire by the user. Can be reduced.

As disclosed in FIG. 7, when the pressing portion 43 of the operation member 4 is pressed, the operation unit 4 moves from the position of the hole 12 toward the inside of the toy gun body 1, and the display unit provided on the operation member 4 is moved. Along with the movement, 5 moves into the hole 12 and is hidden. Further, when the operation member 4 moves inward, at the same time, the elastic portion 42 moves inward in conjunction with each other, and the engaging portion 421 touches the positioning portion 132. Therefore, the elastic portion 42 in the embodiment has one end. It is fixed to the operation member 4 and has a strip shape with the other end being a free end. Therefore, when the positioning portion 132 is touched, a compressed space is provided, and the engaging portion 421 can avoid the positioning portion 132. Further, when the operating member 41 is continuously moved inward, the engaging portion 421 is fixed to the positioning portion 132 by the urging force of the elastic portion 42 returning to achieve the purpose of fixing the operating member 4.

As disclosed in FIGS. 8 and 9, the stopper 2 moves by receiving the elastic force of the elastic member 3. Therefore, the moving range of the first positioning portion 23 of the stopper 2 is limited by the second groove-shaped second positioning portion 131 inside the toy gun body 1. Moreover, at the same time when the operation member 4 moves inward, the second contact portion 21 of the operation member 4 contacts the first contact portion 21 of the stopper 2, and the first position limiting portion 23 and the second position limiting portion 23. Due to the effect of 131, the contact between the first guide inclined surface 211 and the second guide inclined surface 411 can be ensured. Further, the first inclined surface 211 and the second guide inclined surface 411 change the direction of the external force pressed by the user by 90°, and the stopper 2 is moved to the trigger structure portion 11 by the urging force of the elastic member 3. Pushed towards. In this case, the convex position limiting portion 111 of the trigger structure portion 11 is blocked by the position limiting block 22 of the stopper 2 and cannot perform a normal action. Therefore, it becomes a safe mode in which shooting is not possible.

Separately, as described above, the elastic member 3 in the embodiment is a compression spring, and when the operation member 4 contracts inward, the elastic member 3 is pressed by the second contact portion 41 and contracts. Therefore, the stopper 2 is normally separated from the trigger structure portion 11 when the elastic member 3 is not receiving a force. On the contrary, if the elastic member 3 is a tension spring, the stopper 2 is normally approaching the trigger structure portion 11 when the elastic member 3 is not receiving a force. However, even if the shape of the trigger structure portion 11 is changed and the first contact portion 21 is pressed every time the trigger structure portion 11 is pressed, the trigger action can be realized. With such a design, even if the operating member 4 contracts inward, the second contact portion 41 does not contact the first contact portion 21, and the first contact portion 21 is placed in the standby state on one side. However, when the trigger structure portion 11 tries to push the first contact portion 21, the position is limited. Therefore, the trigger structure portion 11 cannot be pressed.

As disclosed in FIG. 10, when the user releases the safe mode again, the pressing portion 43 protruding from the other hole 12 is pressed from the side opposite to the display portion 5 of the toy gun body 1 to operate. The display unit 5 is again exposed to the outside of the toy gun body 1 by moving the member 4 in the opposite direction. When the operation member 4 moves in the opposite direction, the elastic portion 42 does not engage the positioning portion 132. This is because the operation member 4 is provided in the opposite direction. Therefore, the contact surface 422 of the end surface portion is prevented from coming into contact with the inner wall of the toy gun main body 1 to prevent the user's pressing force from being too strong and the entire operation member 4 from coming off the toy gun main body 1.

In the embodiment disclosed in FIG. 11, the number of the second contact portions 41a is increased to two, and the positions are specified on both sides of the operating member 4a that are separated from each other. With this configuration, the operation member 4a can be provided in the opposite direction, and the second second contact portion 41a can be brought into contact with the first contact portion, and similarly, the position of the trigger structure portion 11a can be changed. Can be restricted. More importantly, it is possible to select whether to expose the display portion 5a at the left hole 12a or the right hole 12a of the toy gun body 1a. That is, the position where the display unit 5a is exposed can be freely selected according to the habit of the user's visual observation or the habit of operating with the dominant hand.

In the embodiment disclosed in FIGS. 12 and 13, the numbers of the holes 12b, the elastic portions 42b, and the pressing portions 43b are all one. In this case, the operation member 4b is of a push pop-up type in which, for example, a push button is pushed to take out the memory card. That is, when pressed, it engages, and when it is pressed further, the engagement is released and pops up. Specifically, the elastic portion 42b has a labyrinth groove structure, the positioning portion 132b is a hook-shaped guide rod that freely moves in the labyrinth groove structure, and the engaging portion 421b is a hook-shaped guide rod in the labyrinth groove. This is a V-shaped groove used for fixing the guide rod (the structure is a well-known technique as a design for a memory card, and therefore the explanation of the principle of its operation is omitted). According to this configuration, when the user presses the pressing portion 43b of the operation member 4b, the display portion 5b is hidden in the hole 12b when the switch is locked and engaged, and when the switch is locked, the display portion 5b is hidden. It is exposed to the outside of 12b.

1 Toy Gun Main Body 1a Toy Gun Main Body 11 Trigger Structure 11a Trigger Structure 111 111 Convex Position Limiting Part 12 Hole 12a Hole 12b Hole 13 Base 131 131 Second Position Restricting 132 Positioning 132b Positioning 14 Barrel 2 Stopper 21 1st contact part 211 1st guide inclined surface 22 Position restriction block 23 1st position restriction part 3 Elastic member 4 Operation member 4a Operation member 4b Operation member 41 2nd contact part 41a 2nd contact part 411 2nd guide Inclined surface 42 elastic portion 42b elastic portion 422 contact surface 43 pressing portion 43b pressing portion 5 display portion 5a display portion 5b display portion

Claims (5)

With a toy gun body
A trigger structure portion rotatably provided on the toy gun body,
At least one or more holes formed on the toy gun body and on one side of the trigger structure;
A stopper that is provided in a movable state inside the toy gun body to limit the operation of the trigger structure section,
An elastic member provided inside the toy gun body and on one side of the stopper, and interlocking with the stopper;
A first contact portion formed on the stopper at a specified position;
An operation member movably provided in the hole,
At least one second contact portion that specifies a position on the operation member 4 and contacts the first contact portion to limit the operation of the stopper;
It indicates that at least one or more positions are formed on the operating member, and that the trigger structure is exposed to the outside of the toy gun body and that the trigger structure is rotatable, or the operating member causes the toy to rotate. A toy gun including a safety structure having a display function, which includes a display unit that is hidden in the gun body. The trigger structure portion is provided with a convex position limiting portion, the position limiting block is provided on the stopper, and at least one guide inclined surface is formed on the first contact portion, and the second contact portion is formed. The toy gun with a safety structure having a display function according to claim 1, wherein a second guide inclined surface that abuts the first guide inclined surface is formed in the portion. The first position limiting portion is formed on one side of the stopper, and the second position limiting portion that abuts against the first position limiting portion is formed inside the toy gun body. A toy gun with a safety structure having the described display function. The safety structure having a display function according to claim 1, wherein the operating member includes at least one elastic portion, and the elastic portion includes an engaging portion that connects to the positioning portion. Toy gun with a. The number of the hole portion, the elastic portion, and the second contact portion is two, and pressing portions projecting to the outside of the toy gun main body are respectively provided at both ends of the operating member so as to project. Parts are provided in opposite directions to the operating member, and a contact surface for contacting the inner wall of the toy gun body is formed at one end of the elastic part, and the second contact part is separated from the operating member. By forming the operation member in the opposite direction to the hole, the display unit is close to one of the two holes based on the direction in which the operation member is provided. 5. A toy gun having a safety structure having a display function according to claim 4, wherein the toy gun is located at

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