CN1296673C - Laser Simulation Shooting System - Google Patents

Abstract

The present invention relates to a laser simulation shooting system which comprises a laser generator and a laser receiver, wherein the laser generator comprises a first processing module, an emission control module connected with the first processing module, and a laser emission driving module, and the laser emission driving module is connected with a laser emission module; the laser receiver comprises a second processing module, a receiving amplifier connected with the second processing module, a data broadcasting station and a hit prompting module, wherein the amplifier is connected with at least one probe. The present invention can send out a feedback signal when a laser signal is received, and the present invention can also receive the feedback signal and automatically prompts; therefore, users can know that the other party is hit, and the present invention has favorable perception degree.

Description

Laser Simulation Shooting System

technical field

The invention relates to a laser simulation shooting system, in particular to a laser simulation shooting system which can return a feedback signal after receiving the laser and can receive the feedback signal.

Background technique

Existing laser simulation system as shown in Figure 1, comprises laser generator 3 and laser receiver 4, and laser generator 3 comprises launch processor 30, and the launch control module 31 that is connected with launch processor 30, simulation loading Detection module 32, laser emission drive module 33, gunshot and vibration simulation module 34, status indicator module 35 and signal input interface 36 or infrared input interface, laser emission drive module 33 is connected with laser transmitter 330; Laser receiver 4 includes receiving Processor 40, and receiving amplifier 41 connected thereto, sound and vibration alarm module 42, probe indicator light 43, digital display 44 and output interface 45 or infrared output interface, receiving amplifier 41 is connected with several probes 410.

When working, as shown in Figure 2, the system enters the standby state through self-test after starting up. The self-inspection process completes the detection of the sound, light and vibration alarm modules, and the receiver's setting parameters are displayed alternately. The standby state is waiting for the input of the infrared decoding start signal. At this time, the laser receiver cannot receive the laser signal; the laser generator is in a locked state and cannot emit the laser code signal.

When the laser receiver receives the infrared decoding signal and decodes successfully, it first transmits relevant parameters to the laser generator to enable the laser generator so that the laser generator can emit laser coded signals; the laser receiver enters the working state from the standby state and can receive laser light. encoded signal. When the receiver receives an effective laser coded signal (being hit), the sound, light and vibration alarm device will generate a corresponding alarm action, and the digital display will display the number of hits. After locking the laser gun for 3-5 seconds, re-enable the laser gun and return to the working state. When the number of hits reaches the set number of deaths, lock the laser gun and return to standby. Wait for the infrared decoding signal to be input again.

Therefore, when this laser simulation shooting system is used for mutual simulation shooting, the hit party knows that he has been hit according to the prompt of the sound and vibration module, while the shooting party can only judge whether to hit the opponent by vision and hearing. Especially when shooting with multiple people at a long distance, it is difficult to determine whether to hit the target. Also can not carry out timely management and record to shooting result, and information display is single.

Contents of the invention

The purpose of the present invention is to provide a laser simulation shooting system, which sends a feedback signal when receiving a laser signal, and can self-prompt after receiving the feedback signal of the hit system, so that the user knows that the opponent has been hit, and has a good perception.

To achieve the above object, the present invention provides a laser simulation shooting system, which includes:

A laser generator for generating and emitting laser light, comprising:

A first processing module for detecting the input signal of the laser generator and controlling the output signal

state;

An emission control module, connected to the first processing module, for controlling the output of laser emission signals;

A laser emission driving module, connected to the first processing module, for generating a driving signal of a pulse code sequence;

A laser emission module, connected with the laser emission drive module, used for the above-mentioned pulse

Driven by the driving signal of the coding sequence, the laser coding signal sequence is generated;

A laser receiver, connected with the laser generator, for receiving laser light, sending and receiving feedback signals, which includes:

At least one probe for receiving the laser coded signal sequence emitted by the laser generator;

A receiving amplifier, connected to the probe, for amplifying the laser coded signal sequence received by the probe;

A second processing module, connected to the first processing module and the receiving amplifier, for receiving and identifying the laser coded signal sequence;

A data transmission station, connected to the second processing module, for sending and receiving feedback signals;

A hit prompt module, connected with the second processing module, is used for sound or vibration prompt after receiving the feedback signal.

The first processing module has an infrared input interface, the second processing module has an infrared output interface, and the first processing module and the second processing module are wirelessly connected through the infrared input interface and the infrared output interface. The laser generator has an analog loading detection module connected with the first processing module. The laser generator has a gunshot and vibration simulation module for simulating the gunshot and vibration, which is connected with the first processing module. The laser generator has a status indication module that prompts whether the laser generator can be used, and is connected with the first processing module.

The laser receiver has a probe indicator light that prompts when the probe receives a laser signal, and is connected to the second processing module. The laser receiver has an alarm module for sound and/or vibration alarm after receiving the laser signal. The laser receiver has a data storage module for storing the number of received laser signal sequences and feedback signal information, which is connected with the second processing module. The laser receiver has a display screen for displaying the number of received laser signal sequences and feedback signal information, and is connected to the second processing module.

Therefore, the present invention can send out a feedback signal when receiving the laser signal, and can receive the feedback signal, and self-prompt, so that the user knows that the opponent is hit, and has good perception.

The technical solutions of the present invention will be described in further detail below in conjunction with the accompanying drawings and embodiments.

Description of drawings

FIG. 1 is a schematic structural diagram of an existing laser simulation shooting system.

Fig. 2 is a structural schematic diagram of the laser simulation shooting system of the present invention.

Fig. 3 is a flow chart of emitting laser and receiving feedback by the laser simulation shooting system of the present invention.

Fig. 4 is a flow chart of receiving laser and sending feedback by the laser simulation shooting system of the present invention.

Detailed ways

The present invention adds a feedback module on the basis of the existing laser simulation shooting system, so that a feedback signal is sent when the laser is "hit" by the laser, and the simulation system that sends out the laser receives and recognizes the signal, gives a prompt and can Statistics, so that the sender knows that it was sent by itself.

As shown in Figure 2, it is a structural schematic diagram of the laser simulation shooting system of the present invention, including a laser generator 1 and a laser receiver 2, and the laser generator 1 includes a first processing module 10 and an emission control module 11 connected thereto, a laser emission driver Module 12, simulated loading detection module 13, gunshot and vibration simulation module 14 and status indication module 15, laser emission drive module 12 is connected with laser emission module 16, first processing module 10 has input interface 100; Laser receiver 2 includes Second processing module 20 and receiving amplifier 21 connected thereto, alarm module 22, digital transmission station 23, hit prompt module 24, data storage module 25 display screen 26, probe indicator light 27, amplifier 21 is connected with several probes 28; A processing module 10 and a second processing module 20 are connected through an input interface 100 and an output interface 200 .

This embodiment is a wired connection. It is also possible to add an infrared input interface on the first processing module and an infrared output interface on the second processing module, so that the first processing module and the second processing module can pass through the infrared input interface and the second processing module. The infrared output interface is connected wirelessly for wireless information transmission.

The functions of each component of the laser generator 1 are as follows:

(1) The first processing module 10: for detecting the state of the input signal and the control output signal of the laser generator;

(2) Emission control module 11: used to control the output laser emission signal

(3) Laser emission driving module 12: for generating a driving signal of a pulse code sequence;

(4) Simulated loading detection module 13: when the simulated loading is detected, the loading action is performed;

(5) gunshot and vibration simulation module 14: simulate gunshot and vibration while emitting laser signals;

(6) Status indication module 15: indicate the shooting state of the laser generator with a two-color indicator light, red indicates that the laser generator cannot shoot, and green indicates that the laser generator can shoot;

(7) Laser emitting module 16: used to generate a laser coded signal sequence driven by the above-mentioned pulse coded sequence signal;

(8) Input interface 100 : provide power for the laser generator 3 , transmit the parameters of the laser generator, and control the shooting state of the laser generator (shooting enabled or disabled).

The functions of each component of the laser receiver 2 are as follows:

(1) The second processing module 20: used to complete the receiving and identification of laser coded signals;

(2) receiving amplifier 21: used to amplify the laser coded signal sequence received by the probe;

(3) Alarm module 22: used for sound or vibration alarm after receiving the laser signal;

(4) Digital radio station 23: for sending and receiving feedback signals;

(5) Hit prompt module 24: used for sound or vibration prompt after receiving the feedback signal;

(6) Data storage module 25: used to store the number of laser signals received and the feedback signal information;

(7) Display screen 26: for displaying the times of receiving laser signals and feedback signal information;

(8) Probe indicator light 27: make a prompt when the probe receives the laser coded signal sequence;

(9) Probe 28: used to receive the laser coding signal sequence sent by the laser generator;

(10) Output interface 200: provide power for the laser generator, transmit the parameters of the laser generator, and control the shooting state of the laser generator.

As shown in Figure 3, it is a flow chart of emitting laser and receiving feedback signal for the laser simulation shooting system of the present invention,

Step 101, the user of the laser simulation system sends a command to the first processing module to emit laser light, that is, "shoot" through the emission control module;

Step 102, the first processing module controls the laser emission drive module, and the laser emission module emits a laser coded signal sequence according to the system number, and the first processing module controls the gunshot and the vibration module to simulate the gunshot to generate vibration;

The above coded signal sequence can be recognized by other systems as the laser emitted by this system;

Step 103, the laser coded signal sequence is received by other simulated shooting systems, and sends feedback information, which includes the serial number of the transmitting system, the serial number and the damage degree value of the receiving system of the other party; (the process of receiving and feedback is detailed below. )

Step 104, after receiving the feedback information, the data transmission station transmits the information to the second processing module;

Step 105, the second processing module stores the feedback information in the data storage module, and displays it on the display, and the prompt module makes sound and light, vibration or other prompts.

After a period of time, the user can know the serial number of the opponent, the number of hits and the degree of damage of each party through the display of the display, and know that he has "hit" the opponent in time through the prompt module to understand the shooting effect.

As shown in Figure 4, it is a flow chart of receiving laser and sending feedback for the laser simulation shooting system of the present invention,

Step 201, the probe receives a laser coded signal sequence;

Step 202, the information is amplified by the amplifier and sent to the second processing module;

Step 203, the second processing module controls the alarm module to alarm and control the light prompt of the probe indicator light, and processes the above-mentioned laser code information to identify the laser signal sequence sent by the analog system, and according to the probe receiving the laser signal sequence The information to get the damage degree value;

Step 204, the second processing module transmits the above feedback information through the digital transmission station and judges the degree of damage, if the degree of damage reaches "death", it sends a message to the first processing module to stop emitting laser, and executes step 205, otherwise continue to work;

The feedback information can only be received and recognized by the laser emitting system received by the probe, and cannot be recognized by other systems;

Step 205, the first processing module stops emitting the laser signal sequence, and the control status display module prompts that the laser signal sequence cannot be emitted.

In normal use, you can set the number of launches. After the number of launches is reached, the status display module will prompt that it cannot be launched, and then simulate loading through the simulated loading detection module, and send the first processing module. The first processing module allows the launch, and the status display module prompts can launch.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention without limitation. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that the technical solutions of the present invention can be The scheme shall be modified or equivalently replaced without departing from the spirit and scope of the technical scheme of the present invention.

Claims (9)

1, a kind of laser simulated firing system, comprising:

One laser generator is used for producing and emission laser, and it comprises:

One first processing module is used for the input signal of detection laser generator and the state of control output signal;

One emission control module is connected with described first processing module, is used for control output Laser emission signal;

One Laser emission driver module is connected with described first processing module, is used to produce the driving signal of pulse code sequence;

One laser emitting module is connected with described Laser emission driver module, is used for producing under the driving of the driving signal of above-mentioned pulse code sequence the laser code burst;

One laser pickoff is connected with described laser generator, is used to receive laser, sends and receives feedback signal, and it comprises:

At least one probe is used for receiving the laser code burst that laser generator sends;

One reception amplifier is connected with described probe, is used to amplify the laser code burst that probe receives;

One second processing module is connected with reception amplifier with described first processing module, is used to finish the reception and the identification of laser code burst;

One data radio station is connected with described second processing module, is used to send and receive feedback signal;

One hits reminding module, is connected with described second processing module, is used to receive sound or vibrations prompting behind the feedback signal.

2, laser simulated firing system according to claim 1, it is characterized in that: described first processing module has infrared input interface, described second processing module has infrared output interface, and first processing module and second processing module are by infrared input interface and infrared output interface wireless connections.

3, laser simulated firing system according to claim 1 is characterized in that: described laser generator has simulation and shoots detection module, is connected with described first processing module.

4, laser simulated firing system according to claim 1 is characterized in that: described laser generator has the shot and the vibrations analog module of simulation gunshot and vibrations, is connected with described first processing module.

5, laser simulated firing system according to claim 1 is characterized in that: described laser generator has whether operable state indicating module of prompting laser generator, is connected with described first processing module.

6, laser simulated firing system according to claim 1 is characterized in that: described laser pickoff has the probe indicator lamp of making prompting when probe receives laser signal, is connected with described second processing module.

7, laser simulated firing system according to claim 1 is characterized in that: described laser pickoff has and is used to receive the alarm module that sound behind the laser signal and/or vibrations are reported to the police.

8, laser simulated firing system according to claim 1 is characterized in that: described laser pickoff has one and is used to store the number of times of receiving the laser signal sequence and the data memory module of feedback signal information, is connected with described second processing module.

9, laser simulated firing system according to claim 1 is characterized in that: described laser pickoff has and is used to show the number of times of receiving the laser signal sequence and the display screen of feedback signal information, is connected with described second processing module.

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