CN217032186U - Pneumatic pistol used in analog simulation battle training - Google Patents

Abstract

The invention discloses a pneumatic pistol used in analog simulation combat training, which solves the problem of how to integrate a mechanism for monitoring the action of a pistol of a handheld intelligent pneumatic rifle with a pneumatic rifle body. Designing a light and small gun body state monitoring box body, arranging a power supply module, a single chip microcomputer and a WIFI module in the box body, and clamping and suspending the box body at the front ends of a gun sleeve and a launcher; the invention relates to a light and small gun body state monitoring box body which is suspended at the front end of a gun body, does not basically influence the actual combat simulation effect of soldiers, and is simple and practical in integrated block.

Description

Pneumatic pistol used in analog simulation battle training

Technical Field

The invention relates to a pneumatic pistol, in particular to a pneumatic pistol used in analog simulation combat training.

Background

In the simulated actual combat training, a virtual battlefield environment is simulated in a computer through data acquisition to support the simulated combat simulation training; the virtual battlefield environment comprises a series of general environments such as training scene design, battle planning, training resource management, training data management, training evaluation and the like; the virtual battlefield environment is arranged in a host computer of the central control room, and the whole simulated battlefield environment is displayed on a display of the host computer; both sides in a simulated battlefield confront real soldiers, and are respectively worn with an intelligent battle waistcoat, a client intelligent computer terminal is placed in the intelligent battle waistcoat, and each real soldier wears intelligent virtual reality glasses (VR Glass) and holds an intelligent pneumatic rifle; after wearing the intelligent equipment, the real soldiers carry out actual combat simulation training in a real space of a simulated battlefield; the battlefield environment simulated in the host computer of the central control room is synchronously connected with the client intelligent computer terminal worn by the real-person soldier through a wireless signal, and the virtual battlefield environment is synchronously displayed in the intelligent virtual reality glasses worn by the real-person soldier in real time, so that the real feeling of fighting the real-person soldier in the battlefield environment is achieved, the training is called as large-space virtual simulation combat training and is used for verification of army strategic tactical design and also can be used for individual soldier simulation training.

In the large-space simulation combat training, real soldiers of two confrontation parties can simulate actual combat shooting by buckling triggers of the intelligent pneumatic handguns, electric signals of bullets emitted in a simulation mode are transmitted to a host computer of a central control room through state monitors of firearms on the intelligent pneumatic handguns, the host computer of the central control room sends signals of the bullets and position signals of the bullets hitting the opposite side, the signals are processed and vividly displayed into special image effects, the special image effects are displayed in a display of the host computer of the central control room, and the special image effects are transmitted to intelligent computer terminals of clients in real time and displayed in intelligent virtual reality glasses; how to design a switch signal acquisition and emitter capable of sensing the actions of a trigger, a safety state, whether a cartridge clip is loaded and unloaded in place, the movement of a bolt and the like in a handheld intelligent pneumatic pistol used in analog simulation combat training and combine the switch signal acquisition and emitter with the handheld intelligent pneumatic pistol together, the practical combat feeling of a trained soldier cannot be influenced, and the problem to be solved on site is solved.

Disclosure of Invention

The invention provides a pneumatic pistol used in analog simulation combat training, and solves the technical problem of integrating a mechanism for monitoring the action of a pistol of a handheld intelligent pneumatic rifle with a pneumatic rifle body.

The invention solves the technical problems by the following technical scheme:

the general concept of the invention is: designing a light and small gun body state monitoring box body, arranging a power supply module, a single chip microcomputer and a WIFI module in the box body, and clamping and suspending the box body at the front ends of a gun sleeve and a launcher; hall elements are respectively arranged at a trigger of the pneumatic pistol, a loading and unloading position of the magazine and an opening position of the safety switch, the Hall elements generate switching signals by utilizing the position change of the Hall elements and corresponding induction magnets, the switching signals are transmitted to a single chip microcomputer in a box body, the single chip microcomputer for monitoring the state of the pneumatic pistol transmits the signals to a host computer in a central control room through a WIFI transmission element, and therefore the state of the pneumatic pistol is monitored; according to the invention, the Hall element and the micro magnet are arranged on the relevant parts of the pistol, the light and small pistol body state monitoring box body is suspended at the front end of the pistol body, the actual combat simulation effect of soldiers is basically not influenced, the integrated block is simple and practical, and the pistol is particularly suitable for being assembled quickly on site.

A pneumatic pistol used in simulation combat training comprises a pistol grip, a pistol sleeve and a launcher, wherein the pistol grip is provided with a trigger, a safety trigger and a magazine insertion groove respectively, the top end surface of the pistol grip is provided with a grip top groove-shaped cavity, the pistol sleeve and the launcher are connected to the upper end of the pistol grip through the grip top groove-shaped cavity, a pistol state monitor box body is clamped and suspended at the front ends of the pistol sleeve and the launcher, the pistol state monitor box body is provided with a power module, a pistol state monitor singlechip and a WIFI (wireless fidelity) launching module which are electrically connected with each other respectively, and a power supply lithium battery is also inserted below the pistol state monitor box body; a trigger Hall element induction magnet is arranged on the trigger, a trigger Hall element is arranged in a groove-shaped cavity at the top end of a handle on a pistol grip on the right side of the trigger Hall element induction magnet, a safety trigger Hall element induction magnet is arranged on the safety trigger, a safety trigger Hall element is arranged in a groove-shaped cavity at the top end of a handle on the left side of the pistol grip on the left side of the safety trigger Hall element induction magnet, a magazine Hall element is arranged on the inner side surface of a magazine insertion groove body, a pistol magazine is inserted in the magazine insertion groove body, a magazine Hall element induction magnet is arranged on the pistol magazine, and the magazine Hall element induction magnet and the magazine Hall element are correspondingly arranged; the safety trigger Hall element, the magazine Hall element and the trigger Hall element are respectively electrically connected with the gun body state monitoring singlechip; the front end of the gun body state monitor box body is provided with a pistol body state monitoring module which is electrically and mechanically connected with the pistol body state monitoring singlechip.

The gun body state monitor box body is provided with a power supply and signal line connecting socket, the front end of the pistol grip is provided with a power supply and signal line connecting plug, and the safety trigger Hall element, the magazine Hall element and the trigger Hall element are electrically connected with the power supply and signal line connecting plug through signal cables; the WIFI transmitting module on the single chip microcomputer for monitoring the state of the pneumatic pistol is electrically connected with a main computer in a central control room through wireless signals.

The pneumatic hand gun has the advantages of simple and compact structure and convenience in field assembly, fully utilizes the existing structure of the groove-shaped cavity at the top end of the grip on the pneumatic hand gun, and is particularly suitable for being used by soldiers on the field during simulation training.

Drawings

Fig. 1 is a schematic view of the structure of a pneumatic pistol according to the invention;

fig. 2 is a schematic view of the pneumatic pistol of the present invention after the pistol body state monitor box 303 is removed;

fig. 3 is a schematic diagram of the structure of a pistol grip 301 of the present invention;

fig. 4 is a schematic view of the gun state monitor case 303 of the present invention;

fig. 5 is a schematic view of the gun state monitor case 303 of the present invention in a top view.

Detailed Description

The invention is described in detail below with reference to the accompanying drawings:

a pneumatic pistol used in analog simulation combat training comprises a pistol grip 301, a pistol sleeve and a launcher 302, wherein the pistol grip 301 is respectively provided with a trigger 305, a safety trigger 309 and a magazine insertion slot body, the top end surface of the pistol grip 301 is provided with a grip top groove-shaped cavity 306, the pistol sleeve and the launcher 302 are connected to the upper end of the pistol grip 301 through the grip top groove-shaped cavity 306, a pistol state monitor box body 303 is suspended in the front end of the pistol sleeve and the launcher 302 in a clamping manner, the pistol state monitor box body 303 is respectively provided with a power module 319, a pistol state monitor single chip microcomputer 320 and a WIFI launch module 321 which are electrically connected with each other, and a power supply lithium battery 304 is also inserted below the pistol state monitor box body 303; a trigger Hall element induction magnet 316 is arranged on the trigger 305, a trigger Hall element 315 is arranged in a groove-shaped cavity 306 at the top end of the handle on the pistol grip 301 on the right side of the trigger Hall element induction magnet 316, a safety trigger Hall element induction magnet 310 is arranged on the safety trigger 309, a safety trigger Hall element 311 is arranged in a groove-shaped cavity 306 at the top end of the handle on the pistol grip 301 on the left side of the safety trigger Hall element induction magnet 310, a magazine Hall element 312 is arranged on the inner side surface of a magazine insertion slot body, a pistol magazine 314 is inserted into the magazine insertion slot body, a magazine Hall element induction magnet 313 is arranged on the pistol magazine 314, and the magazine Hall element induction magnet 313 and the magazine Hall element 312 are correspondingly arranged; the safety trigger Hall element 311, the magazine Hall element 312 and the trigger Hall element 315 are respectively and electrically connected with the gun body state monitoring singlechip 320; the front end of the gun body state monitoring box body 303 is provided with a gun body state monitoring module 323, and the gun body state monitoring module 323 is electrically connected with the gun body state monitoring singlechip 320.

The pistol state monitor box 303 is provided with a power and signal line connecting socket 322, the front end of the pistol grip 301 is provided with a power and signal line connecting plug 318, and the safety trigger hall element 311, the magazine hall element 312 and the trigger hall element 315 are electrically connected with the power and signal line connecting plug 318 through a signal cable 317; the WIFI transmitting module 321 on the single-chip microcomputer 214 for monitoring the state of the pneumatic pistol is electrically connected with a main computer in a central control room through a wireless signal.

The Hall element is a magnetic sensor based on Hall effect, and can detect the change of a magnetic field, when a magnetic substance moves close to a Hall switch, the circuit condition in the Hall element changes, and then a switching signal of low potential voltage or high potential voltage is sent out; the Hall element has the characteristics of firm structure, small volume, light weight, long service life, low power consumption, high frequency, vibration resistance and resistance to pollution of dust, oil stains, water vapor and salt mist; the Hall element and the miniature induction magnet are combined on the pneumatic pistol, so that the overall structure of the pneumatic pistol is not influenced, and a soldier can feel fighting with a handheld real pistol; when a trainee soldier inserts the magazine 314 of the pistol into the magazine insertion slot on the pistol grip 301, the magazine hall element 312 is close to the magazine hall element induction magnet 313, the magazine hall element 312 sends out a switching signal, and after receiving the signal, the host computer in the central control room can display that the magazine of the pneumatic pistol is mounted on the pneumatic pistol by the trainee, otherwise, when the soldier takes off the magazine, the magazine hall element induction magnet 313 leaves the magazine hall element 312, the magazine hall element 312 sends out another switching signal, and after receiving the signal, the host computer in the central control room can display that the magazine of the pneumatic pistol is taken off from the pistol body by the trainee; the other Hall elements of the invention also work in the same way, a switching signal is generated through the position change between the Hall element and the corresponding magnet, a host computer in a central control room displays the field operation state of the relevant parts on the pneumatic pistol according to the received switching signal, generates a picture, displays the picture on a display screen of the central control room, transmits the picture to a client intelligent computer terminal carried by a trainee through a radio signal, and displays the picture in intelligent virtual reality glasses (VR Glass) worn by a real soldier so as to simulate the actual combat situation of a real battlefield; the power supply of each Hall element is realized by one power supply lithium battery 304, and the power supply lithium battery 304 is hung at the end part of the front-end gun barrel on the pneumatic gun, so that the hand-holding feeling of a soldier cannot be influenced; the whole gun body state monitoring integrated block is skillfully combined with the structure of the existing pneumatic gun, so that the detection of the gun body is realized, the use feeling of the gun body cannot be changed, and the effect of truly simulating combat is achieved.

Claims (2)

1. A pneumatic pistol used in simulation combat training comprises a pistol grip (301), a pistol sleeve and a launcher (302), a trigger (305), a safety trigger (309) and a magazine insertion slot body are respectively arranged on the pistol grip (301), a grip top groove-shaped cavity (306) is arranged on the top end surface of the pistol grip (301), a pistol sleeve and a launcher frame (302) are connected to the upper end of the pistol grip (301) through the grip top groove-shaped cavity (306), it is characterized in that a gun body state monitor box body (303) is clamped and suspended at the front end of a gun sleeve and a launcher frame (302), a power supply module (319), a gun state monitoring singlechip (320) and a WIFI transmitting module (321) which are electrically connected with each other are respectively arranged in the gun state monitor box body (303), a power supply lithium battery (304) is also inserted below the gun state monitor box body (303); a trigger Hall element induction magnet (316) is arranged on the trigger (305), a trigger Hall element (315) is arranged in a cavity (306) which is shaped like a groove at the top end of the grip on the pistol grip (301) at the right side of the trigger Hall element induction magnet (316), a safety trigger Hall element induction magnet (310) is arranged on the safety trigger (309), a safety trigger Hall element (311) is arranged in a cavity (306) which is arranged on the groove-shaped handle top end on the pistol handle (301) on the left side of the safety trigger Hall element induction magnet (310), a magazine Hall element (312) is arranged on the inner side surface of the magazine insertion slot body, a pistol magazine (314) is inserted in the magazine insertion slot body, a magazine Hall element induction magnet (313) is arranged on the pistol magazine (314), and the magazine Hall element induction magnet (313) and the magazine Hall element (312) are correspondingly arranged; the safety trigger Hall element (311), the magazine Hall element (312) and the trigger Hall element (315) are respectively and electrically connected with the gun body state monitoring singlechip (320); the front end of the gun body state monitor box body (303) is provided with a gun body state monitoring module (323), and the gun body state monitoring module (323) is electrically connected with the gun body state monitoring singlechip (320).

2. The pneumatic pistol for use in simulated combat training according to claim 1, wherein the pistol state monitor case (303) is provided with a power and signal line connection socket (322), the front end of the pistol grip (301) is provided with a power and signal line connection plug (318), and the safety trigger hall element (311), the magazine hall element (312) and the trigger hall element (315) are electrically connected to the power and signal line connection plug (318) through a signal cable (317); the WIFI transmitting module (321) on the single chip microcomputer (214) for monitoring the state of the pneumatic pistol is electrically connected with a main computer in a central control room through a wireless signal.

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