JP3192565U - Recoil simulation device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a recoil simulating device for a gun at the time of shooting, which generates an operating force by an electromagnetic effect and can be used safely for a long time. A recoil simulating device includes a main body 30 including a first accommodating groove 301, a coil set 31 installed in the first accommodating groove, and an actuator device 32, and the coil set is a tubular body 311. The coil unit 312 is included, the tubular body is provided with the second accommodating groove 3110, and the actuator device is installed in the second accommodating groove. The actuator device includes a connecting rod unit 321 and an elastic unit 322, a polarity generating unit 323, and a hammer unit 324, and the connecting rod unit is housed in a second accommodating groove and includes a first end and a second end. The elastic unit is fitted to the first end and the polarity generating unit is installed at the second end. The hammer unit is installed at the second end, and the coil unit is energized to generate an electromagnetic force, which causes the connecting rod unit to move inside the cylinder and simulate recoil during shooting. [Selection diagram] Fig. 3

Description

  The present invention relates to a kind of simulating apparatus, and more particularly to a unidirectional impact generating recoil simulating apparatus.

  In order to constantly advance science and technology, constantly increase people's demands for video, audio, and sensation, and satisfy user's taste, various product technologies have developed to satisfy user's requirements. In addition, the 3D effect of video frames, the realistic presence of audio, and the sense of truth of tactile sensation are also being continuously researched and developed to satisfy the demands of users.

  Please refer to FIG. It is a display diagram of a toy gun recoil vibration device. As shown, the apparatus includes a piston unit 10 and a weight unit 11. Among them, the piston unit 10 and the weight unit 11 are respectively installed at both ends of the barrel, and use the reciprocating motion generated by the piston unit 10 to drive the weight unit 11 and move through the barrel, thereby causing recoil vibration. Is transmitted to the barrel body. In such a recoil simulation method, the spring 12 must be installed at one end of the piston unit 10 for driving and buffering, and when used for a long time, the recoil simulation is caused by fatigue of the metal property of the spring. Lose the truth of the

  In order to prevent the situation of lack of truth of simulation due to fatigue due to mechanical properties, from the method using the original spring as the driving power, the method using gas for recoil simulation, It is shown in FIG. It is a display view of a gun recoil simulation device, which includes a container 20, a slide block 21, a control valve 22, and a gas source 23, as shown. There is a space for installing the slide block 21 in the container 20, and the control valve 22 is connected to the container 20 and the gas source 23 by a gas path 211, and the slide block 21 in the container 20 is pushed and moved by the gas. At the same time as the slide block 21 moves, a reaction force is generated to move the container 20 in the opposite direction and generate a recoil generated when shooting a gun. However, since the gas used as the drive source is stored in the steel cylinder by the compression method, the number of uses is limited by the size of the steel cylinder, and it cannot be used for a long time, and the gas pressure in the steel cylinder When the gas is attenuated, the recoil decays and the reaction time is extended, and the usage time is increased.When the gas is supplied externally, the volume and weight of the gunner are burdened with extra carry. This is inconvenient for free movement, and has the disadvantage that the shooting speed is difficult to achieve the shooting speed of the real gun and deviates from the original real gun outline design. However, in order to prevent recoil decay caused by gas decay and to prevent the phenomenon of reaction time extension, if recoil is generated again to the air cannonball method, the propellant is burned and exploded in the air cannonball. The recoil must be generated and triggered by vibration to fire the laser beam, and its danger is unsuitable for beginners to use.

  In view of the above-mentioned drawbacks, the main object of the present invention is to provide a kind of recoil simulation device, which achieves the purpose of simulating gun recoil at the time of shooting by generating operating force by electromagnetic effect. .

  In order to achieve the above object, the present invention provides a kind of recoil simulating apparatus, which includes a main body having a first receiving groove, a coil set installed in the first receiving groove, and an actuator device. The coil set includes a cylinder and a coil unit, the cylinder includes a second receiving groove, the coil unit is provided on the surface of the cylinder, and the actuator device includes the first actuator groove. The actuator device includes two connecting rod units, an elastic unit, a polarity generating unit, and a hammer unit. The connecting rod unit is received in the second receiving groove of the coil set, and has a first end and a second end, and the elastic unit is fitted to the first end of the connecting rod unit, and the polarity The generating unit is installed at the second end of the connecting rod unit, the hammer unit is installed at the second end of the connecting rod unit, and an electromagnetic force is generated by energizing the coil unit. A force is applied to the connecting rod unit to move the connecting rod unit within the cylinder, thereby impacting the hammer unit, thereby achieving the purpose of simulating recoil during firing.

  The present invention provides a kind of recoil simulating device, which generates an actuating force by electromagnetic effect and achieves the object of simulating gun recoil during shooting.

It is a display figure of the recoil vibration apparatus of a known toy gun. It is a display figure of a known gun recoil simulation device. It is a display figure of the recoil simulation apparatus of this invention. It is a display figure of another embodiment of the recoil simulation apparatus of this invention.

  In the following, specific embodiments of the present invention will be described with reference to specific embodiments, and those skilled in the art can understand other advantages and effects of the present invention from the contents presented in this specification.

  Please refer to FIG. It is a display diagram of the recoil simulation device of the present invention, and as shown, this device includes:

  Body 30. The main body 30 is provided with a first receiving groove 301, and the first receiving groove 301 is a through-hole penetrating the main body 30.

  Coil set 31. The coil set 31 is installed in the first receiving groove 301, and the coil set 31 includes a cylindrical body 311 and a coil unit 312. The coil unit 312 is installed on the surface of the cylindrical body 311, and A second housing groove 3110 is provided in the body 311, and the second housing groove 3110 passes through the through hole of the cylindrical body 311.

  Actuator device 32. The actuator device 32 is installed in the second receiving groove 3110 of the coil set 31, and the actuator device 32 includes a connecting rod unit 321, an elastic unit 322, a polarity generating unit 323, and a hammer unit 324. Among them, the connecting rod unit 321 is installed in the through hole of the cylindrical body 311 and has a first end and a second end, and the connecting rod unit 321 is made of a magnetic material, and the magnetic material is made of carbon. Although metal materials, such as steel materials, iron, silicon steel, cobalt, nickel, are included, the magnetic material which can be used is not necessarily limited to these.

  The first end of the connecting rod unit 321 is fitted into the elastic unit 322, the elastic unit 322 is a spring, and the second end of the connecting rod unit 321 passes through the through hole of the cylindrical body 311. It is connected to one end of the polarity generation unit 323 later, the other end of the polarity generation unit 323 is connected to one end of the hammer unit 324, and the polarity generation unit 323 is provided with a through hole.

  The present invention applies a pulse current to the coil unit 312 to generate an electromagnetic force in the connecting rod unit 321, energizes the coil set 31, generates the electromagnetic force by the coil unit 312, and Electromagnetic force is applied to the connecting rod unit 321 to move the connecting rod unit 321 in the cylindrical body 311, thereby causing the actuator device 32 to generate an impact operation. After the pulse current is stopped (that is, after the energization of the coil set 31 is stopped), the coil set 31 does not generate the electromagnetic force, that is, the connecting rod unit 321 is returned to the start position by the elastic unit 322. Thus, the purpose of simulating recoil is achieved.

  Please refer to FIG. It is another embodiment of the recoil simulating apparatus of the present invention. As shown in the figure, one end of the main body 40 includes a coupling portion 40a and is fixed to the extending rod 41 by the coupling portion 40a in use. Thus, the versatility of use of the recoil simulator is increased.

DESCRIPTION OF SYMBOLS 10 Piston unit 11 Weight unit 12 Spring 20 Container 21 Slide block 22 Control valve 23 Gas source 211 Gas path 30 Main body 301 1st accommodation groove 31 Coil set 32 Actuator apparatus 311 Cylindrical body 3110 2nd accommodation groove 312 Coil unit 321 Connection Bar unit 322 Elastic unit 323 Polarity generating unit 324 Hammer unit 40 Main body 41 Stretching rod 40a Joint part

Claims (5)

In the recoil simulation device,
A main body comprising a first receiving groove, the first receiving groove penetrating the main body,
A coil set, installed in the first receiving groove, comprising a cylinder and a coil unit, the coil unit being provided on the surface of the cylinder, the cylinder comprising a second receiving groove, A second receiving groove penetrating the cylindrical body,
The actuator device is installed in the second receiving groove, and the actuator device is
A connecting rod unit that is received in the second receiving groove of the coil set, and that includes a first end and a second end;
An elastic unit, which is fitted to the first end of the connecting rod unit;
A polarity generating unit, one end of which is connected to the second end of the connecting rod unit, the polarity generating unit comprising a through hole;
A hammer unit, which is installed at the second end of the connecting rod unit and connected to the other end of the polarity generating unit, and the connecting rod unit applies a force by electromagnetic force generated by energizing the coil unit. The hammer unit for moving the connecting rod unit in the cylinder in addition to impacting the hammer unit, thereby simulating recoil during shooting;
Including the actuator device,
The recoil simulation apparatus characterized by including.   The recoil simulation apparatus according to claim 1, further comprising a coupling portion at one end of the main body.   The recoil simulation apparatus according to claim 2, wherein the main body is fixed to the extending rod by the coupling portion.   2. The recoil simulation apparatus according to claim 1, wherein the connecting rod unit is made of a magnetic material.   The recoil simulating apparatus according to claim 1, wherein the connecting rod unit generates the electromagnetic force in the coil unit after the coil set is energized.

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