阅读说明：本技术 一种针对97式防暴枪的弹药射击管控系统及其工作方法 (Ammunition shooting management and control system for 97-type riot gun and working method of ammunition shooting management and control system ) 是由 聂诚 董金龙 刘洋 郭若飞 李烨 丁木易 于 2021-10-13 设计创作，主要内容包括：本发明公开了一种针对97式防暴枪的弹药射击管控系统及其工作方法,专门应用于97式防爆枪的子弹管控,包括相互配合的智能子弹柜和射弹统计机,所述智能子弹柜对作战人员进行身份识别,并且对领出、归还的子弹数目、子弹型号、射击时间、射击地点、作战人员进行统计校核,具备无线收发功能,并生成统计报表；所述射弹统计机安装于97式防暴枪内部,用于记录枪械和作战人员身份,具备无线收发功能,与智能子弹柜实现无线通讯。本发明可以记录领出的子弹数目和经由枪支发射的子弹数目,计算待归还的子弹数目,还可以实现子弹领取有记录、使用可追溯、事后可统计,使用方便、技术可靠,做到子弹的全使用周期的跟踪管控,提高了弹药管理的安全性。(The invention discloses an ammunition shooting control system for a 97-type riot gun and a working method thereof, which are specially applied to bullet control of the 97-type riot gun, and comprise an intelligent bullet cabinet and a projectile statistical machine which are matched with each other, wherein the intelligent bullet cabinet identifies the identity of a fighter, performs statistical check on the number of bullets which are picked up and returned, the types of the bullets, the shooting time, the shooting place and the fighter, has a wireless transceiving function, and generates a statistical report; the projectile statistical machine is installed inside the 97-type riot gun, is used for recording the identities of firearms and fighters, has a wireless transceiving function, and realizes wireless communication with the intelligent bullet cabinet. The invention can record the number of the bullets which are received and the number of the bullets which are shot by the gun, calculate the number of the bullets to be returned, realize the recording of the bullet receiving, the traceability of the use and the statistics after the use, is convenient to use and reliable in technology, realizes the tracking control of the full use period of the bullets and improves the safety of ammunition management.)

1. The utility model provides an ammunition shooting management and control system to 97 formula riot gun which characterized in that: which comprises an intelligent bullet cabinet and a projectile statistical machine which are mutually matched,

the intelligent bullet cabinet identifies the identity of the fighter, counts and checks the number of the drawn bullets and the returned bullets, the bullet types, the shooting time, the shooting places and the fighter, has a wireless transceiving function, and generates a statistical report;

the projectile statistical machine is installed inside the 97-type riot gun, is used for recording the identities of firearms and fighters, has a wireless transceiving function, and realizes wireless communication with the intelligent bullet cabinet.

2. An ammunition shooting management and control system for a 97 type riot gun according to claim 1, characterized in that: the intelligent bullet cabinet identifies the identity of the fighter through voice identification, fingerprint identification, face identification, password identification and single or composite physical key means, and determines whether ammunition is delivered or not according to the identification result.

3. An ammunition shooting management and control system for a 97 type riot gun according to claim 1, characterized in that: the intelligent bullet cabinet automatically checks the inserted bullets, counts the number of the inserted bullets in a mode of image recognition and weight measurement, and stores the number in a classified mode.

4. An ammunition shooting management and control system for a 97 type riot gun according to claim 1, characterized in that: the intelligent bullet cabinet is controlled by a higher-level combat command center or an independent administrator machine, the bullet return condition is counted, a report is generated, and personnel which are not returned according to the scheduled amount are marked and warned.

5. An ammunition shooting management and control system for a 97 type riot gun according to claim 1, characterized in that: the projectile statistical machine and the components thereof are all arranged in the stock of the firearm; the system is used for detecting and identifying acoustic characteristics when the firearms shoot, judging whether shooting behaviors occur or not according to acoustic shooting model data, and recording information related to the shooting behaviors.

6. An ammunition shooting management and control system for a 97 type riot gun according to claim 5, characterized in that: the projectile statistical machine is used for binding the identities of firearms and fighters; when the shooting times of the firearms are recorded, the shooting time and the shooting place of the firearms are also recorded; and sending the shooting behavior related information obtained by detection to the intelligent bullet cabinet through a wireless transmission system.

7. An ammunition shooting management and control system for a 97 type riot gun according to claim 6, characterized in that: the method for binding the gun by the projectile statistical machine comprises the following steps: the projectile statistical machine is directly bound with a specific gun in advance through the programming of the single chip microcomputer.

8. An ammunition shooting management and control system for a 97 type riot gun according to claim 6, characterized in that: the mode that the projectile statistical machine binds the fighter is as follows: the method is bound with the fighter through a composite recognition mode taking fingerprint recognition as a main mode and voice recognition as an auxiliary mode.

9. An ammunition shooting management and control system for a 97 type riot gun according to claim 6, characterized in that: the projectile statistical machine identifies the shooting action in the following mode: the shooting behavior is identified by identifying the frequency and loudness of the sound.

10. A method of operating an ammunition firing management system for a 97 th type riot gun as recited in claim 1, wherein: the method comprises the following steps:

1) the fighter logs in the operation through the identity recognition system of the intelligent bullet cabinet;

2) the method comprises the following steps that a fighter obtains bullets with corresponding types and numbers, information such as bullet type number and time is recorded in an intelligent bullet cabinet, the identity of the obtained fighter is obtained, and the range of shooting time and place is defined according to a combat mission;

3) in the battle mission, a fighter shoots a certain number of bullets, a projectile statistical machine in the firearm counts each shooting, and sends the bullet shooting times, the corresponding fighter, the shooting time and the shooting place to an intelligent bullet cabinet, and the intelligent bullet cabinet can judge whether the shooting time and the shooting place are abnormal or not;

4) after the task is finished, the fighter returns the bullets through the intelligent bullet cabinet, identifies the receiving number of times and the shooting number of the corresponding person through the identity, and detects whether all the bullets are returned through a rule of 'returning number of times as receiving number of times-shooting number of times';

5) if the task requires that all bullets are not returned, the intelligent bullet cabinet can record the number of bullets carried by each fighter, and can give an alarm for the condition of overdue unreturned bullets and abnormal shooting.

Technical Field

The invention belongs to the field of weaponry, and particularly relates to an ammunition shooting management and control system for a 97-type riot gun and a working method of the ammunition shooting management and control system.

Background

The armed escort industry, due to the particularity of the armed escort industry, allows related personnel to hold firearms and ammunition, has armed batting capability, and is mainly provided with 97 type antiriot guns. Firearms and ammunition management and control relate to social security problems, a traditional ammunition management mode is a mode of manual personnel registration, potential safety hazards are large, hidden dangers of failure and concealment of escort personnel management personnel exist, and bullets are lost and are not known by management departments. In addition, at present, the situation of shooting behavior cannot be known in real time, and escort personnel can shoot at non-combat time and non-combat places due to abnormal reasons, which can cause serious consequences and influence the stable and prosperous society.

The existing invention comprises an intelligent ammunition cabinet which can decide whether to provide ammunition or not by automatically verifying the identity of a person, an intelligent firearm system which counts the designed times of firearms through pressure signals, and a sound shooting time counting system which is independent of the firearms. However, it is not possible to combine various items of information and bind specific persons to achieve the purpose of knowing whether the received bullet is returned or used up, the number of bullets that the specific persons have not returned, whether the time and place of occurrence of the shooting action meet the battle mission, and the like. Knowledge and control of the use and return of the bullet cannot be achieved.

Disclosure of Invention

Aiming at the characteristics of the armed escort industry and the hidden danger risks, the invention provides an ammunition shooting management and control system aiming at a 97-type riot gun and a working method thereof, wherein the ammunition taking, shooting and returning process is monitored, and ammunition is bound with users, so that early warning is provided for cartridges which are not returned and have abnormal shooting behaviors after overdue, the full use period of the cartridges is tracked and controlled, and the ammunition management and control safety is improved.

The technical scheme of the invention is as follows: an ammunition shooting management and control system for a 97-type riot gun comprises an intelligent bullet cabinet and a projectile statistical machine which are matched with each other,

the intelligent bullet cabinet identifies the identity of the fighter, counts and checks the number of the drawn bullets and the returned bullets, the bullet types, the shooting time, the shooting places and the fighter, has a wireless transceiving function, and generates a statistical report;

the projectile statistical machine is installed inside the 97-type riot gun, is used for recording the identities of firearms and fighters, has a wireless transceiving function, and realizes wireless communication with the intelligent bullet cabinet.

Preferably, the intelligent bullet cabinet identifies the identity of the fighter through voice recognition, fingerprint recognition, face recognition, password recognition and single or composite means of physical keys, and determines whether ammunition is delivered or not according to the identification result.

Preferably, the intelligent bullet cabinet automatically checks the inserted bullets, counts the number of the inserted bullets in a mode of image identification and weight measurement, and stores the number of the inserted bullets in a classified mode.

Preferably, the intelligent bullet cabinet is controlled by a higher-level combat command center or an independent administrator machine, the bullet return condition is counted, a report is generated, and personnel which are not returned according to the scheduled volume are marked and warned.

Preferably, the projectile statistics machine and its components are all mounted inside the stock of the firearm; the system is used for detecting and identifying acoustic characteristics when the firearms shoot, judging whether shooting behaviors occur or not according to acoustic shooting model data, and recording information related to the shooting behaviors.

Preferably, the projectile statistics machine is used for binding the identity of firearms and fighters; when the shooting times of the firearms are recorded, the shooting time and the shooting place of the firearms are also recorded; and sending the shooting behavior related information obtained by detection to the intelligent bullet cabinet through a wireless transmission system.

Preferably, the manner of binding the firearm by the projectile statistics machine is as follows: the projectile statistical machine is directly bound with a specific gun in advance through the programming of the single chip microcomputer.

Preferably, the mode that the projectile statistics machine binds the fighter is as follows: the method is bound with the fighter through a composite recognition mode taking fingerprint recognition as a main mode and voice recognition as an auxiliary mode.

Preferably, the projectile statistics machine identifies the shooting action in the following manner: the shooting behavior is identified by identifying the frequency and loudness of the sound.

A working method of an ammunition shooting management and control system for a 97-type riot gun comprises the following steps:

1) the fighter logs in the operation through the identity recognition system of the intelligent bullet cabinet;

2) the method comprises the following steps that a fighter obtains bullets with corresponding types and numbers, information such as bullet type number and time is recorded in an intelligent bullet cabinet, the identity of the obtained fighter is obtained, and the range of shooting time and place is defined according to a combat mission;

3) in the battle mission, a fighter shoots a certain number of bullets, a projectile statistical machine in the firearm counts each shooting, and sends the bullet shooting times, the corresponding fighter, the shooting time and the shooting place to an intelligent bullet cabinet, and the intelligent bullet cabinet can judge whether the shooting time and the shooting place are abnormal or not;

4) after the task is finished, the fighter returns the bullets through the intelligent bullet cabinet, identifies the receiving number of times and the shooting number of the corresponding person through the identity, and detects whether all the bullets are returned through a rule of 'returning number of times as receiving number of times-shooting number of times';

5) if the task requires that all bullets are not returned, the intelligent bullet cabinet can record the number of bullets carried by each fighter, and can give an alarm for the condition of overdue unreturned bullets and abnormal shooting.

The intelligent bullet cabinet can realize the identification of personnel identity, the recording of the number of the received bullets, the recording of the number of the returned bullets, the alarming of the unreturned bullets after overdue and the generation of a statistical report.

The projectile statistical machine is arranged in a firearm, can realize the binding of the mounted firearm and the binding of a user, records the shooting times and the shooting time, and further binds the shooting behavior with a specific firearm and a specific person.

The invention has the following beneficial effects:

the invention can know whether the received bullet is returned or used, the number of the bullets which are not returned by specific personnel and the information when the shooting action occurs, realizes the tracking and control of the full use period of the bullets and improves the use safety of the ammunition.

Drawings

FIG. 1 is a flow chart of the operation of the present invention;

FIG. 2 is a schematic view of the projectile statistics machine of the present invention mounted on a 97 type riot gun;

FIG. 3 is a diagram of the interaction relationship between sub-modules in the present invention;

DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION

The present invention will be described in further detail with reference to the accompanying drawings, but the present invention is not limited thereto.

The invention provides an ammunition shooting management and control system for a 97-type riot gun, which comprises an intelligent bullet cabinet and a projectile statistical machine which are matched with each other.

First, in the early installation, the projectile statistics engine will be installed inside the firearm, such as at the butt, and the firearm number will be entered inside the projectile statistics engine. At this point, the projectile statistics will be bound to the firearm, and the location and time of the firearm will be consistent, and the firing behavior in the feedback may be considered to have been made by the bound firearm.

As shown in fig. 1, all the intelligent bullet cabinets receive the battle tasks sent by the superior battle command center, including the range of the battle time, the range of the battle place, the fighters, the bullet types and the number of the bullets to be picked up.

The fighter comes to any intelligent bullet cabinet and carries out identity authentication through one or more of face recognition, password recognition, fingerprint recognition, iris recognition, voice recognition and physical keys according to the setting.

After the certification is passed, the intelligent bullet cabinet automatically sends out bullets with specified models and numbers. Otherwise, an alarm is sent to the combat command center.

The warrior gets behind the bullet and will go to appointed place and carry out the task of fighting, and at this in-process, the projectile statistics machine passes through speech recognition and fingerprint identification's mode, discerns personnel's identity to bind with the fighter's identity.

The fighter shoots according to the task needs, and the projectile statistics machine accurately judges the shooting behavior through the sound signal of the firearm shooting, records the current time and position, and transmits the current time and position back to the intelligent bullet cabinet.

After receiving the returned information, the intelligent bullet cabinet compares the returned information with the firearm and the combat mission of the personnel, checks the combat time and the combat mission, and gives an alarm if the deviation of the time and the place required by the combat mission exceeds a specified range.

The intelligent bullet cabinet also records the number of bullets fired by the firearm and the person at this time.

The fighter task ends and the remaining bullets are returned and returned.

The intelligent bullet cabinet identifies the type and the number of the bullets put in.

The intelligent bullet cabinet checks according to the rule of 'number of returned shots-number of retrieved shots-number of shot', and if the intelligent bullet cabinet does not pass the check, an alarm is given.

The combat command center can generate reports of shooting time, shooting frequency and shooting location of the managed firearms and the managed personnel at any time for future reference or decision planning.

As shown in fig. 2, the projectile counting machine is mounted inside the firearm and exposes a fingerprint recognition device to identify the firing behavior of the firearm and the identity of the fighter.

As shown in fig. 3, the communication between the projectile statistics machine and the intelligent bullet cabinet adopts real-time wireless transmission, the projectile statistics machine binds the identity of the firearm and the personnel, and the intelligent bullet cabinet verifies the returned information.