KR20110015103A - The method of combining the optic signal generator and the photo sensor with the electric-powered airsoft gun for combat simulation game - Google Patents

Abstract

PURPOSE: A method for combining a light emitter and an light sensor for combat simulation to an electric-powered airsoft gun using bb(ball bullets) is provided to remove the need for blanks in simulation combat since the trigger of the electric-powered airsoft gun is used as the trigger switch of the light emitter. CONSTITUTION: A method for combining a light emitter and an light sensor for combat simulation to an electric-powered airsoft gun using bb(ball bullets) is as follows. The control module of the light emitter recognizes the on/off of a motor driving switch, which is connected to the trigger of the electric-powered airsoft gun, and optical data is transmitted or the transmission stops. When the light emitter receives shot data using RF(Radio Frequency) and limits own functions, the electric-powered airsoft gun does not operates even its trigger is pulled, since the power of the electric-powered airsoft gun is blocked. Even if the power switch of the light sensor is turned off, the operations of the electric-powered airsoft gun and the light emitter coincide since power supply is not blocked.

Description

The method of combining the optic signal generator and the photo sensor with the electric-powered airsoft gun for combat simulation game}

The present invention relates to a method of combining a light emitting device and a light sensing device for a simulated battle in an electric gun using bibitan.

Participants in the simulated battles are equipped with a light sensing device for receiving optical data and a power gun equipped with a light emitting device for transmitting optical data.

When the shooting side pulls the trigger of the electric gun, the specific light data is fired from the light emitting device, and the light sensing device of the receiving side receiving the optical data transmits the data by RF communication. In the function of a simulated combat system using RF communication and optical communication, which prevents the user from continuing to fight when attacked by limiting

When using a commercially available electric gun as a firearm, the trigger of the electric gun serves as an optical data firing switch of the light emitting device, and receives the RF data indicating that it has been hit by its own light sensing device. When the power supply is temporarily limited, the power supply to the driving motor of the electric gun is cut off at the same time so that the electric gun does not operate so that the operation of the electric gun and the light emitting device are matched.

In addition, as described above, even when the light emitting device and the light sensing device are separated wirelessly and communicated by RF data, it is impossible to arbitrarily cut off the power of the light sensing device so that the simulated combat participant cannot enter the battle without being hit. It allows you to stay connected to the entire system during a simulated battle,

The present invention relates to a method of combining a light emitting device and a light sensing device for a simulated battle in an electric gun using a bitter bullet.

A more scientific training method to accurately determine the combat capability of each combatant. A light emitting device attached to a firearm, fired using laser light or LED light, and received by a light sensing device attached to a helmet or vest. Mock combat training is conducted as a way of directing the situation.

As an example, the shooting side detects the explosion sound generated when the bullet of the firearm is fired by the acoustic sensor and the computer device of the light emitting device attached to the firearm, and pulses the data according to the data using a laser or LED as a preset firearm identification number. Fired and fired toward the target by shooting with a lens, and the shooting side receives the optical pulse of the shooting side using the optical sensing device, and fires a weapon identification number of the specific firearm by the computer device of the optical sensing device. Recognize.

Then, the computer apparatus of the shot-side light detecting device transmits the firearm identification number of the shooting side, which has been previously recognized, together with its own unique number, to the training control device through RF data communication.

Then, the training control device can add or subtract scores from both sides to determine the battle result.

This simulated combat training method is expensive because it uses terror bombs to generate an explosion sound, and the training control device can identify the fired light emitting device and the fired light detecting device, but the operation of the light emitting device of the fired side is not significant. Because this is not automatically stopped, there is a problem that the training controller must supervise the training site in order to hide the hit state and prevent the battle from continuing.

Technical Basis of the Prior Art-Engagement / Hazard Assessment, Applied Technology System at www.ktct.mil.kr

The present invention attaches a light launch device to the electric gun using the non-bite, and electrically connects the trigger of the electric gun to be used as a firing switch of the light emitting device so that a real gun and a dread bullet are not used in the simulation battle, and the shot-side light sensing device In order to limit the function of the light emitting device by allowing the light emitting device to receive the shot data transmitted by the RF to the RF,

When the motor driving switch connected to the trigger of the electric gun turns on and off, the computer of the light emitting device recognizes this and transmits and stops transmitting the optical data.

When the light emitting device receives the shot data by RF and limits its function, it cuts off the motor driving power of the electric gun and prevents the electric gun from operating even when the trigger is pulled.

Its purpose is to ensure that power does not shut off even if the power switch of the light sensing device is turned off arbitrarily, so that the operation of the electric gun and the light emitting device can be matched, and the light sensing device can be kept electrically connected to the entire system during the simulation battle. There is this.

In general, the motor for the reciprocating motion of the non-bittric trigger piston is connected to the positive and negative poles of the battery through two wires, and one of the two wires is connected through an electrical switch designed to be opened and closed by a trigger.

The present invention attaches a light launch device to the electric gun using the non-bite, and electrically connects the trigger of the electric gun to be used as a firing switch of the light emitting device, so that the shotgun does not need to be used for the real gun in the simulated battle, and the shot-side light sensing device In order to limit the function of the light emitting device by allowing the own light emitting device to simultaneously receive the shot data transmitted by the RF to the RF,

Of the two wires connecting the motor and the battery of the electric gun, connect the other wire to the position between the motor and the on / off switch on the side of the wire through the on / off switch, and connect the wire to one of the coils of the first relay. step,

Connecting another wire to the one of the two wires connecting the motor of the electric gun and the battery without the on / off switch, and connecting this wire to the other power source of the coil of the first relay;

When the trigger is pulled and the switch is closed, a current flows through the coil of the first relay to excite and attach a normally open contact (a contact) of the first relay.

Recognizing the signal attached to the contact point by the light emitting device as a firing signal and transmitting the optical data,

When the trigger switch is released to open and close the switch, the current is cut off by the coil of the first relay to drop the contact point of the first relay,

Recognizing, by the light emitting device, a signal from which the contact has been dropped as a stop signal and stopping transmission of optical data;

Cut the middle part of one of the two wires connecting the motor and the battery of the electric gun, connect one end of the cut wire to the normally closed contact (b contact) of the second relay and connect the other end of the cut wire. Connecting to a common terminal of a second relay,

When the light-emitting device receives the shot data by RF and limits its function, the current is supplied to the coil of the second relay, so that the normally closed contact is dropped, so that one of the two wires connected from the battery to the motor is connected. Disconnecting the connection so that the gun does not operate when the trigger is pulled,

One of the two wires connected to the positive and negative poles of the power sensor battery for the photosensitive device, respectively, is connected to the photosensitive device via an open / close switch, and the other wire is connected via the normally closed contact (b contact) of the third relay. It is characterized by consisting of connecting to the sensing device.

The present invention can be attached to the light gun to the electric gun using the non-bitan and electrically connected to use the trigger of the electric gun as a firing switch of the light emitting device to avoid the use of terror bullets in the real gun in the simulation battle, operation of the light emitting device And the piston movement of the electric gun can be matched, the power of the light sensing device can not be cut off arbitrarily, so that it is not possible to conceal the hit and continue to participate in the simulated battle, as well as the noise generated from the motor using the relay in the electrical connection It is possible to protect the computer operation of the light emitting device from the.

The present invention will now be described in detail with reference to the accompanying drawings.

FIG. 1 is a general gun including a vibratory trigger piston and a motor for a reciprocating motion of a piston (DC Motor), a motor driving battery (Battery 1), and an opening and closing switch (SW 1) for controlling motor driving by cutting off battery power ( The figure shows the state that the on / off switch (SW 1) is opened by connecting the optical signal generator to the electric-powered airsoft gun and releasing the trigger.

Connect the other wire (Line 1) to the position between the motor and the on / off switch on the side of the two wires connecting the motor (DC Motor) of the electric gun and the battery (Battery 1). Connect this wire (Line 1) to one of the coils of the coil of the first relay (Relay 1),

Connect another wire to the one of the two wires connecting the motor of the electric gun and the battery and not through the on / off switch, and connect this wire to the other power source of the coil of the first relay (Relay 1),

Cut the middle part of one of the two wires connecting the motor and battery of the electric gun, connect one of the cut wires to the normally closed contact (b contact) of the second relay (Relay 2) Connect the other end of to the common terminal of the second relay,

Then, when the trigger (SW 1) is closed by pulling the trigger, a current flows through the coil of the first relay to excite and the normally open contact of the first relay is attached.

The signal with the contact point is recognized by the computer of the light emitting device (Control Module) as a firing signal and transmits the optical data (Optic Signal) using a laser diode or LED,

When the trigger switch is released to open and close the switch, the current is cut off by the coil of the first relay, and the contact of the first relay falls,

The light emitting device recognizes the signal separated by the light emitting device as a stop signal and stops transmitting the optical data.

In addition, when the light emitting device receives the shot data by RF and limits its function, two wires are connected from the battery to the motor by supplying a current to the coil of the second relay (Relay 2) to remove the normally closed contact. One of the wires is disconnected and the electric gun will not operate even if the trigger is pulled.

2 is a view showing the configuration of a light sensing device worn by the simulated training participant,

The positive electrode of the battery for the photosensitive device is connected to the photosensitive device with two wires, one wire is connected to the photosensitive device via an open switch (SW 1), and the other wire is an optocoupler ( Connect to photodetector via light receiving part of Photo Coupler). In FIG. 2, the negative electrode of the battery is supplied with negative current to each component of the optical sensing device.

When the current of the photocoupler is cut off to cut off the current of the light-receiving part, the opening / closing switch closes. When a signal is detected at the terminal of the computer through the opening / closing switch, the power of the photo coupler is supplied. The anode current of the battery is connected to the photosensitive device through the open switch and the photo coupler by flowing the light receiving part current.

Even if the positive current of the battery is cut off through the open / close switch of FIG. 2, the positive current of the battery continues through the photo coupler, and thus the operation of the optical sensing device is not stopped.

When the power switch signal is received by the RF module of FIG. 2 after the open / close switch is opened, the power is blocked by the computer to control the light emitting unit of the photo coupler, thereby blocking the current flow of the light receiver to open and open the switch. It is configured to stop the operation of the optical sensing device by cutting off all the positive power supply of the battery together with the switch (SW 1).

1 is connected to a light sensing device connected to an electric gun composed of a general vibrating trigger piston and a motor for reciprocating a piston, a motor driving battery, and an on / off switch for controlling motor driving by cutting off battery power. Illustration showing the open state.

Figure 2 is a view showing the configuration of the light sensing device worn by the simulation participants.

Claims (2)

Attach a light launcher to the electric gun using the non-bite, and electrically connect the trigger of the electric gun to be used as the firing switch of the light firing device so that the shotgun does not need to be used in the simulated battle. In order to limit the function of the light emitting device by allowing the own light emitting device to simultaneously receive the transmitted shot data by RF, Of the two wires connecting the motor and the battery of the electric gun, connect the other wire to the position between the motor and the on / off switch on the side of the wire through the on / off switch, and connect the wire to one of the coils of the first relay. step, Connecting another wire to the one of the two wires connecting the motor of the electric gun and the battery without the on / off switch, and connecting this wire to the other power source of the coil of the first relay; When the trigger is pulled and the switch is closed, a current flows through the coil of the first relay to excite and attach a normally open contact (a contact) of the first relay. Recognizing the signal attached to the contact point by the light emitting device as a firing signal and transmitting the optical data, When the trigger switch is released to open and close the switch, the current is cut off by the coil of the first relay to drop the contact point of the first relay, Recognizing, by the light emitting device, a signal from which the contact point is dropped as a stop signal and stopping transmission of optical data; Cut the middle part of one of the two wires connecting the motor and the battery of the electric gun, connect one end of the cut wire to the normally closed contact (b contact) of the second relay and connect the other end of the cut wire. Connecting to a common terminal of a second relay, When the light-emitting device receives the shot data by RF and limits its function, the current is supplied to the coil of the second relay, so that the normally closed contact is dropped, so that one of the two wires connected from the battery to the motor is connected. The method of combining the light emitting device and the light sensing device for a simulated battle to the electric gun using a bibitan, characterized in that the electric gun does not operate even when the trigger is pulled by blocking the connection. The method of claim 1, The positive electrode of the power supply battery of the photosensitive device is connected to the photosensitive device with two wires. One positive wire is connected to the photosensitive device via an open switch, and the other positive wire is connected to the photosensitive device via an optocoupler. Connecting step, The cathode of the battery is supplied to each component of the photosensitive device with a cathode current; Initially, when the optocoupler is blocking the current, the on / off switch closes and if a signal is detected at the terminal of the computer through the on / off switch, the optocoupler current flows, so that the bipolar current of the battery is doubled through the open switch and the optocoupler. Connecting with the sensing device, Even if the open switch is open and the positive current of the battery is cut off through the on / off switch, the positive current of the battery continues through the optocoupler to prevent the operation of the photosensitive device from being stopped. When the power cut signal is received by the RF communication unit after the open / close switch is opened, the positive current through the optocoupler is blocked by the computer to block all the positive current flow in the battery together with the open / close switch (SW 1). And a light emitting device and a light sensing device for a simulated battle in an electric gun using a bibitan.

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