JP3196464U - Trigger structure of electric playgun - Google Patents

Abstract

The present invention provides a trigger structure that reproduces the triggering sound and vibration of a real gun, makes a trigger stroke feel, achieves a real feeling, and can be widely applied to various electric game guns. A trigger support seat in which a guide groove is formed on one side, a trigger structure portion 2 provided rotatably on one side of the trigger support seat, an inner side of the trigger support seat, and one side Is provided with a guide roller 311 that operates along the guide groove of the trigger support seat, and is provided with an engagement portion 3 that operates in conjunction with the trigger structure portion, and is provided on the trigger support seat and operates in conjunction with the engagement portion. A latch member 4 that is provided on the trigger support seat and is engaged with the latch member and operates to extend the operation of the trigger structure, and a gear support that is provided on the gear support and interlocked with the gear support. And at least one hammering plate that has one end connected to the trigger support seat and the other end connected to the hammering plate. [Selection] Figure 4A

Description

The present invention relates to a trigger structure of an electric game gun that realizes a more realistic feeling, such as generating a triggering sound, vibration, and having a trigger stroke.

Electric game guns are required to be more realistic as market needs, and it has become impossible to satisfy consumer demands by simply firing bullets. When a conventional electric game gun is pulled, a bullet is fired by directly driving a motor. However, for example, a triggering sound, vibration, or trigger stroke generated in the operation of triggering with an actual gun and firing with a hammering iron cannot be achieved with a conventional electric playgun. That is, it lacks realism.

An object of the present invention is to provide a trigger structure for an electric game gun that reproduces the triggering sound and vibration of an actual gun and achieves a real feeling by feeling a trigger stroke.

Another object of the present invention is to provide a trigger structure for an electric gun that can be widely applied to various electric game guns by reducing the volume.

Therefore, as a result of intensive research in light of the shortcomings found in the inventor,
A trigger support seat having a guide groove formed on one side thereof, a trigger structure provided rotatably on one side of the trigger support seat, the trigger support seat, and the trigger support seat on one side. A guide roller that operates along the guide groove of the support seat is provided, and an engagement portion that operates by being connected to the trigger structure portion, and is provided on the trigger support seat and operates in conjunction with the engagement portion. A latch member, a gear support provided on the trigger support seat and operating in mesh with the latch member, and extending the operation of the trigger structure; provided on the gear support; and on the gear support A trigger for an electric game gun comprising at least one hammering plate that operates in conjunction, and at least one hammering spring having one end connected to the trigger support seat and the other end connected to the hammering plate. Focus on the point that structure can solve the problem, and based on such knowledge The present invention was completed have.

  This device will be described below. The trigger structure of the electric game gun according to claim 1 includes a trigger support seat having a guide groove formed on one side thereof, a trigger structure portion rotatably provided on one side of the trigger support seat, A guide roller which is provided in the trigger support seat and which is operated along a guide groove of the trigger support seat on one side, and an engagement portion which operates in conjunction with the trigger structure portion; and the trigger support A latch member provided on the seat and operating in conjunction with the engaging portion, and a gear support portion provided on the trigger support seat and operating in mesh with the latch member to extend the operation of the trigger structure portion And at least one striking iron plate provided on the gear support portion and operating in conjunction with the gear support portion, at least one striking plate connecting one end to the trigger support seat and connecting the other end to the striking iron plate And a hammer spring.

The trigger structure of the electric game gun according to claim 2 is a trigger part that operates one end of the trigger structure part in claim 1 with a finger, and an interlocking part that rotatably connects the other end to the engaging part. And the position where the trigger structure part is pivotally connected to the trigger support is between the trigger part and the interlocking part.

The trigger structure of the electric game gun according to claim 3 is characterized in that an elastic portion is formed at the lower end of the trigger support seat in claim 2 and the elastic portion is provided between the trigger portion and the interlocking portion of the trigger structure portion. It is set as the pressing part which is pressed by the part and returns the position of the trigger structure part to the original position.

The trigger structure of the electric game gun according to claim 4 is characterized in that at least one switch pressing pressure bar is provided rotatably on the trigger part in claim 2, and the switch pressing pressure bar is provided on the gear support part. Providing at least one or more support arms that operate in conjunction with each other, and forming a conductive portion having a curved surface at a position corresponding to the support arm at one end of the switch pressing pressure bar;
On one side of the switch pressing rod, there is provided at least one or more firing devices that selectively contact the switch pressing rod to fire a bullet,
Between the switch pressing pressure bar and the trigger part, an elastic body is provided, whose both ends come into contact with the switch pressing pressure bar and the trigger part to return the position of the switch pressing pressure bar,
The gear support portion includes a support shaft provided with the support arm and provided with the hammering plate, and a gear engaged with and interlocked with the latch member.

The trigger structure of the electric game gun according to claim 5 is characterized in that the engaging portion in claim 1 includes an engaging member having the guide roller and an engaging elastic member for returning the position of the engaging member. And the engagement member operates in conjunction with the latch member and the trigger structure.

It is a perspective view of the trigger structure of the electric game gun by this device. It is explanatory drawing which showed the partial structure of the trigger structure of the electrically driven game gun disclosed in FIG. It is explanatory drawing which showed the internal structure of the trigger structure of the electrically driven game gun disclosed in FIG. It is the other explanatory view showing the partial structure of the trigger structure of the electric playgun disclosed in FIG. It is the other explanatory view showing the internal structure of the trigger structure of the electric playgun disclosed in FIG. It is explanatory drawing which showed operation | movement of the trigger structure of the electrically driven game gun disclosed in FIG. FIG. 6 is another explanatory diagram showing the operation of the trigger structure of the electric game gun disclosed in FIG. 1. It is the other explanatory view which showed the operation | movement of the trigger structure of the electric game gun disclosed in FIG. It is another explanatory drawing which showed operation | movement of the trigger structure of the electrically driven game gun disclosed in FIG. It is explanatory drawing which showed operation | movement of the hammering plate and hammering spring in this device. It is explanatory drawing which showed the operation | movement in the guide groove of the guide roller in this invention. It is explanatory drawing which showed the operation | movement of the hit of the hammering board in this device. It is other explanatory drawing which showed the operation | movement of the hit | damage of a hammering board in this device.

This device provides a trigger structure for an electric gun that reproduces the triggering sound and vibration of an actual gun, makes the trigger stroke feel real, and can be widely applied to various electric game guns. A trigger support seat having a guide groove formed on one side thereof, a trigger structure portion rotatably provided on one side of the trigger support seat, an internal installation in the trigger support seat, and A guide roller that operates along the guide groove of the trigger support seat is provided on the side, an engagement portion that operates in conjunction with the trigger structure portion, and is provided on the trigger support seat and interlocked with the engagement portion. A latch member that operates as described above, a gear support that is provided on the trigger support seat and that engages with the latch member and operates to extend the operation of the trigger structure, and is provided on the gear support. At least operate in conjunction with the gear support Also with one or more hammer plate, one end connected to said trigger support seat, comprising at least one or more hammer spring connecting the other end to 該撃 iron plate, a. In order to describe the configuration and characteristics of the trigger structure of such an electric game gun, a specific example will be given and described in detail below with reference to the drawings.

As disclosed in FIGS. 1 to 4B, the trigger support seat 1, the trigger structure portion 2, the engagement portion 3, the latch member 4, the gear support portion 5, at least one hammering plate 61, and at least One or more hammering springs 62 are included.

  A trigger groove 11 is formed on one side of the trigger support seat 1, and an elastic portion 12 is formed on the lower end.

  The trigger structure part 2 is provided on one side of the trigger support seat 1 so as to be rotatable, and a trigger part 21 which is operated with a finger at one end and an interlocking part 22 which is rotatably connected to the engaging part 3 at the other end. And Further, the trigger structure portion 2 is pivotally connected to the trigger support 1 between the trigger portion 21 and the interlocking portion 22, and between the trigger portion 21 and the interlocking portion 22 as the pressing pressure portion 23. . The pressing portion 23 comes into contact with the elastic portion 12 of the trigger support seat 1 to receive elasticity, and returns the position of the trigger structure portion 2 to the original position.

  The engaging portion 3 is provided in the trigger support seat 1 and includes an engaging member 31 that operates in conjunction with the interlocking portion 22 and the latch member 4, and an engaging elastic member 32 that returns the position of the engaging member 31. In addition, a guide roller 311 that operates along the guide groove 11 of the trigger support seat 1 is provided on one side of the engagement member 31. By providing the guide roller 311, the resistance due to friction is reduced and the movement becomes smooth.

  The latch member 4 is provided on the trigger support seat 1 and operates in conjunction with the engaging portion 3 by the action of the guide roller 311.

  The gear support portion 5 includes a support shaft 51 and a gear 52 that is fitted to the support shaft 51 and interlocked with the latch member 4, and is provided on the trigger support seat 1. In combination, the operation of the trigger structure 2 is expanded.

  The hammering plate 61 is fitted on the support shaft 51 and operates in conjunction with the support shaft 61. The hammering spring 62 has one end connected to the trigger support seat 1 and the other end connected to the hammering plate 61. Therefore, the hammering plate 61 performs an operation of accumulating or striking power in conjunction with the trigger structure portion 2 to generate a triggering sound and vibration on the trigger support seat 1.

  Further, at least one or more support arms 511 are provided on the support shaft 51, and at least one or more switch pressing rods 7 are rotatably provided on the trigger portion 21 of the trigger structure portion 2. A conductive portion 71 having a curved surface is formed at a position corresponding to the support arm 511 at one end of the switch pressing pressure bar 7, and both ends are provided between the switch pressing pressure bar 7 and the trigger part 21. 7 and the trigger part 21 are provided, and the elastic body 8 which returns the position of the switch pushing pressure bar 7 is provided. At least one or more firing devices 9 are provided on one side of the switch pressing rod 7, and the switch pressing rod 7 selectively contacts the firing device 9 to fire a bullet.

  As disclosed in FIGS. 5 to 9, when the trigger portion 21 of the trigger structure portion 2 is pulled to a predetermined angle, the engaging portion 3 is interlocked via the interlocking portion 22 to operate the latch member 4 and latch. The gear support 5 that meshes with the member 3 rotates, and the guide roller 11 moves along the guide groove 11. At the same time, the hammering plate 61 rotates through the support shaft 51, a load is applied to the hammering spring 62, and power is accumulated.

  The operation in which the latch member 3 described above rotates the gear support portion 5 extends the angle at which the trigger portion 21 is pulled and rotated by the gear ratio between the latch member 4 and the gear 52. For example, if the angle at which the trigger portion 2 is pulled is 0 degrees to 17 degrees, the rotation angle of the gear support section 5 can be expanded from 0 degrees to 53 degrees. In the following, the angle at which the trigger member 2 is pulled to fire a bullet will be described as 17 degrees.

  As disclosed in FIGS. 10 to 11, when the angle at which the trigger portion 2 is pulled exceeds 16 degrees, the guide roller 311 moves along the guide groove 11 and reaches the upper limit. In this case, since the guide roller 311 rotates along the guide groove 11, the resistance due to friction is reduced and the guide roller 311 can move smoothly.

  When the guide roller 311 moves and reaches the upper limit, the engagement of the latch member 4 is released, and the hammering spring 62 (shielded in FIGS. 11 and 12) releases the accumulated power. For this reason, the gear support portion 5 and the hammering plate 61 are reversed, and the hammering plate 61 strikes the trigger support seat 1 to generate sound and vibration. In this case, since the hammering plate 61 rotates, it can be struck without requiring a linear stroke, and can be vibrated with sound. Therefore. The volume can be reduced, and it can be freely applied to various electric playguns.

  As shown in FIG. 12, when the angle at which the trigger portion 2 is pulled exceeds 16 degrees, the gear support portion 5 is reversed, and at the same time, the support arm 511 comes into contact with the conduction portion 71 and the switch pressing pressure bar 7 moves. Touch the launcher 9 and fire a bullet.

  When the angle at which the trigger portion 2 is pulled does not exceed 16 degrees, the guide roller 311 does not release the engagement of the latch member 4. For this reason, no sound or vibration is generated by tapping, and no bullet is fired. For this reason. It is possible to feel the trigger stroke until the hammering plate 61 strikes the trigger support seat 1 by pulling the trigger portion 2.

  When the bullet is fired, the hammering spring 62 returns the hammering plate 61 and the gear support 5 to their original positions, and the elastic body 8 moves the switch pressing bar 7 to return to its original position. Further, when the load on the trigger part 2 is released, the elastic part 12 returns the trigger part 2 and the engaging part 3 to their original positions, and the engaging member 31 includes the biasing force of the engaging elastic member 32 and the guide. It is guided by the action of the roller 311 and the guide groove 11 to return to the original position. At the same time, the guide roller 311 and the latch member 4 are connected again to wait for the next operation of pulling the trigger portion 2.

DESCRIPTION OF SYMBOLS 1 Trigger support part 11 Guide groove 12 Elastic part 2 Trigger part 21 Trigger part 22 Interlocking part 23 Pressing part 3 Engagement part 31 Engagement member 311 Guide roller 32 Elastic member 4 Latch member 5 Gear support part 51 Support shaft 511 Support Arm 52 Gear 61 Hammering plate 62 Hammering spring 7 Switch pushing pressure bar 71 Conducting portion 8 Elastic body 9 Launching device

Claims (5)

A trigger support seat formed with a guide groove on one side;
A trigger structure rotatably provided on one side of the trigger support seat;
An engagement portion which is provided in the trigger support seat and which is provided with a guide roller which operates along the guide groove of the trigger support seat on one side, and which is operated in connection with the trigger structure portion;
A latch member provided on the trigger support seat and operating in conjunction with the engaging portion;
A gear support provided on the trigger support seat and operating in mesh with the latch member to extend the operation of the trigger structure;
At least one hammering plate provided on the gear support and operating in conjunction with the gear support;
A trigger structure for an electric game gun comprising: at least one hammering spring having one end connected to the trigger support seat and the other end connected to the hammering plate. A position where one end of the trigger structure part is a trigger part that is operated with a finger and the other end is an interlocking part that is rotatably connected to the engaging part, and the trigger structure part is rotatably connected to the trigger support The trigger structure of the electric game gun according to claim 1, wherein is between the trigger portion and the interlocking portion. An elastic portion is formed at the lower end of the trigger support seat, and the position of the trigger structure portion is returned to the original position by being pressed by the elastic portion between the trigger portion and the interlocking portion of the trigger structure portion. 3. The trigger structure for an electric game gun according to claim 2, wherein the trigger structure is a returning pressure unit. The trigger portion is provided with at least one or more switch pressing pressure rods so as to be rotatable, and the gear support portion is provided with at least one or more support arms that operate in conjunction with the switch pressing pressure rods. A conductive portion having a curved surface is formed at a position corresponding to the support arm at one end of the crush,
On one side of the switch pressing rod, there is provided at least one or more firing devices that selectively contact the switch pressing rod to fire a bullet,
Between the switch pressing pressure bar and the trigger part, an elastic body is provided, whose both ends come into contact with the switch pressing pressure bar and the trigger part to return the position of the switch pressing pressure bar,
3. The electric game according to claim 2, wherein the gear support portion includes a support shaft provided with the support arm and provided with the hammering plate, and a gear engaged with and interlocked with the latch member. Gun trigger structure. The engaging portion includes an engaging member including the guide roller, and an engaging elastic member for returning the position of the engaging member, and the engaging member includes the latch member and the trigger structure. 2. The trigger structure for an electric game gun according to claim 1, wherein the trigger structure operates in conjunction with the trigger structure.