CN210222849U - Gun management warehouse - Google Patents

Abstract

The utility model discloses a gun management warehouse, including a sealed building subject, background server and foreground server and the site controller of setting in the building subject outside the setting building subject, foreground server and site controller respectively with background server communication connection, be separated into in sealed building subject and lead rifle waiting room, the room on duty, the check rifle room, the buffer room, deposit rifle room and ammunition room, be provided with first burglary-resisting door between check rifle room and buffer room, be provided with the second burglary-resisting door between buffer room and deposit room, be provided with third burglary-resisting door between buffer room and ammunition room, be provided with first burglary-resisting door between check rifle room and buffer room, be provided with a plurality of guns safe deposit box in the deposit room, be provided with a plurality of ammunition safe boxes in the ammunition room. The utility model discloses can carry out multiple protection to the warehouse, be favorable to the save of bullet, realize that real time monitoring gun deposits, receives and the overall process that returns, guarantee the security that gun received and deposited.

Description

Gun management warehouse

Technical Field

The utility model belongs to the technical field of the security protection is kept to the bullet, especially, relate to a gun management warehouse.

Background

The traditional gun warehouse is lack of integrated security equipment construction and management and control, most of the traditional gun warehouse still adopts a management mode mainly based on people's air defense, and the safety of the warehouse is ensured by installing various non-intelligent security equipment, but the mode has defects, manual operation needs to be carried out on various security equipment in the gun receiving or returning process, most of the traditional key entering and exiting modes are used, and one record and storage cannot be carried out on the operation process, so that a background manager cannot carry out record and back check and cannot master the safety of the gun magazine under the condition that a certain alarm is mistakenly reported or a door lock is not closed due to human error; and also lack the control to the whole environment of storehouse, lead to gun to rust scheduling problem often to take place, gun management warehouse lacks the prospective planning in the construction, leads to later stage storehouse transformation difficulty, and gun management warehouse will face to spend a large amount of capital costs and carry out the scheduling problem again.

With the rapid development of security technology and the lack of digital management, the manual registration of the types and the quantity of guns in the warehouse and the adoption and return modes of the guns have become history in the digital society nowadays, and the management mode of the warehouse causes that the superior departments cannot check the real-time condition and real-time monitoring of the warehouse. Therefore, the technical security platform management is realized by performing one-time integrated construction and transformation on the warehouse, the integral control of all equipment in the warehouse is quickly realized, and the higher-level department can perform one-stop management on the subordinate warehouses through the same platform, so that the reliability and the safety of warehouse management are improved. Therefore, a safer, normative and controllable gun management warehouse scheme is provided, and the method has important practical significance for promoting bullet management, gun reception and return, and specification and management and control of use.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a gun management warehouse, the utility model discloses a gun management warehouse has set up a plurality of regions, carries out multiple protection to the warehouse, is favorable to the save of bullet, can realize that the control record gun deposits, the collapsibility and returns complete process and carries out real time monitoring to each link in warehouse, guarantees the security that gun deposited to the intelligent journey in warehouse has been promoted. In order to achieve the above purpose, the utility model adopts the following technical scheme:

according to one aspect of the utility model, a gun management warehouse is provided, which comprises a sealed building main body, a background server arranged outside the building main body, a foreground server and a field controller arranged in the building main body, wherein the foreground server and the field controller are respectively in communication connection with the background server, the building main body is divided into a gun-taking waiting room, a duty room, a gun checking room, a buffer room, a gun storage room and a ammunition room, a waiting entrance closing door is arranged outside the front side of the gun-taking room, the rear side of the gun-taking waiting room is divided into the duty room and the gun checking room, an entrance door and a transmission window are arranged between the gun-taking waiting room and the duty room and on the left side between the duty rooms, an explosion door is arranged between the duty room and the gun checking room, a first anti-theft door is arranged between the gun checking room and the buffer room, the gun storage chamber and the ammunition chamber are sequentially arranged between the rear side of the duty room and the rear side of the buffer chamber, a second security door is arranged between the buffer chamber and the gun storage chamber, a third security door is arranged between the buffer chamber and the ammunition chamber, an entrance closing door, an entrance door, an explosion door, a first security door, a second security door and the third security door are respectively provided with an access control system in communication connection with the field controller, a plurality of gun safety boxes are arranged in the gun storage chamber, and a plurality of ammunition safety boxes are arranged in the ammunition chamber.

Above-mentioned scheme is further preferred building subject's inside top is provided with the horizontal seal baffle install a plurality of air conditioning input tubes and a plurality of exhaust apparatus on the horizontal seal baffle respectively, air conditioning input tube and exhaust apparatus are located respectively and lead the top of rifle waiting room, the top of room on duty, the top of check rifle room, the top of surge chamber, the top of depositing the rifle room and the top of cartridge chamber be provided with environment monitoring system in leading rifle waiting room, the room on duty, check rifle indoor, the surge chamber, deposit the rifle indoor and the cartridge room respectively, this environment monitoring system with site controller communication connection.

According to a further preferred embodiment of the above technical scheme, the foreground server is installed in the gun inspection chamber and comprises a PC host, and a display screen, a mouse, a keyboard and an RFID reader-writer which are respectively connected with the PC host.

Preferably, the first anti-theft door, the second anti-theft door and the third anti-theft door form a double-door interlocking linkage door; the utility model discloses an electric control lock of depositing rifle room and ammunition room constitutes integrative joint interdynamic with the entrance guard of surge chamber, keeps apart AB door (double-door interlocking linkage door) through setting up the buffer, can guarantee at any moment that only one door is in the open mode, and all the other entrance guards are in the closed condition, effectively guarantees the safety at the bullet and the personnel of leading the rifle, returning the rifle and daily management in-process.

The entrance guard control system comprises a first electronic lock and a first identity recognition unit which are arranged on the entrance closing door, the entrance and the exit, the explosion-proof door, the first anti-theft door, the second anti-theft door and the third anti-theft door respectively, and the first electronic lock and the first identity recognition unit are in communication connection with the site controller respectively.

According to the technical scheme, the gun safe is further preferably provided with a gun cabinet control system, the ammunition safe is provided with an ammunition cabinet control system, and the gun cabinet control system and the ammunition cabinet control system are communicated with the background server through the field controller respectively.

The gun safe further preferably comprises a gun safe door body, the gun safe is divided into a plurality of gun placing areas and key storing areas which correspond to each other in parallel, the gun safe control system comprises a second electronic lock, an LCD display screen, a second identification unit, a first mechanical lock, a first fingerprint lock, a second mechanical lock and a second fingerprint lock, the second electronic lock and the LCD display screen are arranged on the outer wall of the gun safe door body, the second identification unit is arranged inside the gun safe door body, the gun placing area and the key storing area are blocked by the gun safe door body, the second identification unit is positioned on a partition plate in the gun safe, the gun placing area is provided with a gun closed door body, the gun closed door body is provided with the first mechanical lock and the first fingerprint lock, and the key storing area is provided with a key closed door body, the second mechanical lock and the second fingerprint lock are arranged on the key closed door body, and the second electronic lock, the LCD display screen, the second identification unit, the first fingerprint lock and the second fingerprint lock are in communication connection with the field controller respectively.

According to the scheme, the gun safety door is further preferred, and the induction lamp and the hook are arranged on the inner wall of the gun safety door body.

Preferably, the environment monitoring system at least comprises a temperature and humidity sensor, a camera, a smoke sensor and a buzzer alarm, and the temperature and humidity sensor, the camera, the smoke sensor and the buzzer alarm are respectively and electrically connected with the field controller; therefore, the temperature, the humidity and other environmental parameters of the gun management warehouse are effectively detected in real time and remotely monitored in real time, and 24-hour safety protection of the warehouse is realized.

To sum up, because the utility model adopts the above technical scheme, the utility model discloses following technological effect has:

(1) the warehouse of the utility model can ensure that only one door is in an open state and the other door controls are in a closed state at any moment by configuring the interlocking linkage door of the equipment, thereby effectively ensuring the safety of bullets and personnel in the processes of gun getting, gun returning and daily management; meanwhile, the gun manager of the warehouse verifies through the biological identification mode to open each door of the warehouse, the door of the warehouse is automatically opened after the access control system of each door successfully identifies, after the door of the warehouse enters the warehouse, the door is opened by going to a designated area through the indicator lamp to conduct gun taking operation, the gun manager of the warehouse verifies through the biological identification mode to open the bullet cabinet equipment to take guns, the cabinet doors are allowed to be opened after the gun cabinet access control system and the bullet cabinet access control system successfully identify, the trigger locks of the gun cabinet access control system and the bullet cabinet access control system are automatically opened, and after the gun manager takes guns or ammunitions, the bullet cabinet doors can be closed.

(2) When the gun manager in the warehouse leaves the warehouse, the warehouse doors of the gun testing room and the buffer room are verified and opened in a biological identification mode, and the warehouse doors are allowed to be automatically opened after the gun manager in the warehouse is successfully verified and opened; a gun manager independently records the number and types of gun reception in a gun checking room, and sends reception information to a background server and a gun holder or a gun receiver, so that the safety of bullets and personnel is guaranteed. Therefore, the warehouse of the utility model adopts the fingerprint identification technology and the iris identification technology in a combined way, sets a plurality of authorization programs for bullet management, and realizes the safety and high-efficiency management of the bullets;

(3) the utility model discloses a warehouse has set up a plurality of regions, carry out multiple protection to the warehouse, be favorable to the save of cartridge, gun manager need pass through the check chamber and buffer zone when getting into the warehouse from the on duty room, just can finally get into respectively and deposit the gun room or the ammunition room and get or return the cartridge, make gun manager can not get into the gun room immediately or the ammunition room takes the gun, thereby played fine buffering isolation effect to first burglary-resisting door, second burglary-resisting door and third burglary-resisting door, and can also play fine cushioning effect to the stolen in-process of gun, make gun manager have more time to hurry to the scene and arrange and take measures, guarantee that gun is not stolen, also provide favorable guarantee for the save of cartridge; meanwhile, the gun receiving and returning complete process can be monitored and recorded, real-time monitoring and management can be carried out on the warehouse, real-time monitoring can be carried out on the gun receiving, using, returning and storing, the gun storing safety is guaranteed, and the advantages of intelligent range, convenience in use and accurate management of the warehouse are improved.

Drawings

Fig. 1 is a schematic perspective view of a firearm management warehouse according to the present invention;

fig. 2 is a schematic plan view of a gun management warehouse according to the present invention;

fig. 3 is a schematic control diagram of a firearm management warehouse according to the present invention;

fig. 4 is a schematic diagram of the control principle of the field controller of the present invention;

figure 5 is a schematic structural view of the gun safe of the present invention;

in the drawing, a building main body 1, a background server 2, a foreground server 3, a site controller 4, a first electronic lock 5, a first identity recognition unit 6, a gun-holding waiting room 10, a duty room 20, a gun-checking room 30, a buffer room 40, a gun-storing room 50, a cartridge room 60, an access door 21, a transfer window 22, an explosion-proof door 31, a first security door 41, a second security door 51, a gun safe 52, a third security door 61, a gun safe 62, a horizontal sealing partition 100, a cold air input tube 101, an exhaust device 101, a gun safe door body 520, a second electronic lock 521, an LCD display screen 522, a second recognition unit 523, a gun placing area 524, a key placing area 525, a sensing lamp 526, a hook 527, a gun closing door body 524a, a first mechanical lock 524b, a first fingerprint lock 524c, a first pressure sensor 524d, a key closing door body 525a, a second mechanical lock 525b, and a second fingerprint lock 525c, and a second pressure sensor 525 d.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail below with reference to the accompanying drawings and by referring to preferred embodiments. It should be understood, however, that the numerous specific details set forth in the specification are merely set forth to provide a thorough understanding of one or more aspects of the present invention, which may be practiced without these specific details.

As shown in fig. 1 and 2, according to the present invention, there is provided a firearm management warehouse comprising a sealed building body 1, a background server 2 disposed outside the building body 1, and a foreground server 3 and a site controller 4 disposed inside the building body 1, wherein the foreground server 3 and the site controller 4 are respectively in communication connection with the background server 2, and are separated into a gun-taking waiting room 10, an on-duty room 20, a gun-checking room 30, a buffer room 40, a gun-storing room 50, and a cartridge room 60 inside the sealed building body 1, an entrance closing door 11 is disposed outside the front side of the gun-taking waiting room 10, the on-duty room 20 and the gun-checking room 30 are separated from the rear side of the gun-taking waiting room 10, an entrance door 21 and a transfer window 22 are disposed on the left side between the gun-taking waiting room 10 and the on-duty room 20 and between the on-duty rooms 20, an explosion door 31 is arranged between the duty room 20 and the gun checking room 30, a first anti-theft door 41 is arranged between the gun checking room 30 and the buffer room 40, the gun storage room 50 and the ammunition room 60 are sequentially arranged between the rear side of the duty room 20 and the rear side of the buffer room 40, a second anti-theft door 51 is arranged between the buffer room 40 and the gun storage room 50, a third anti-theft door 61 is arranged between the buffer room 40 and the ammunition room 60, an entrance closing door 11, an entrance door 20, the explosion door 31, the first anti-theft door 41, the second anti-theft door 51 and the third anti-theft door 61 are respectively provided with an access control system which is in communication connection with the field controller 4, a plurality of front gun safe cases 52 are arranged in the gun storage room 50, a plurality of ammunition safe cases 62 are arranged in the ammunition room 60, the server 2 is arranged in the gun checking room 30, the server 2 comprises a PC host and a display screen, a plurality of ammunition safe cases connected with the PC, The system comprises a mouse, a keyboard and an RFID reader-writer, wherein a PC host writes corresponding RFID identification information and positioning coding information into an electronic tag on the gun and a control box of an ammunition box through the RFID reader-writer; first burglary-resisting door 41, second burglary-resisting door 51 and third burglary-resisting door 61 form two interlocking linkage doors each other two liang, three burglary-resisting door forms the AB door of two interlocking linkages between two liang, when first burglary-resisting door 41 is opened, second burglary-resisting door 51 and third burglary-resisting door 61 can't be opened, when second burglary-resisting door 51 is opened, first burglary-resisting door 41 and third burglary-resisting door 61 also can't be opened, only when one of them burglary-resisting door is closed, one of them burglary-resisting door could be opened.

The utility model discloses in, it is shown with fig. 3 to combine, access control system is including setting up respectively on the entry sealing door 11, go out on the entry 20, on the explosion-proof door 31, on the first burglary-resisting door 41, on the second burglary-resisting door 51 and the first electronic lock 5 and the first identity recognition unit 6 on the third burglary-resisting door 61, first identity recognition unit 6 is iris identification appearance, face identification appearance or palm line collector, first electronic lock 5 is fingerprint identification electronic lock or NFC electronic lock, first electronic lock 5 and first identity recognition unit 6 respectively with site controller 4 carries out communication connection. A gun cabinet control system is arranged on the gun safety box 52, a bullet cabinet control system is arranged on the ammunition safety box 62, and the gun cabinet control system and the bullet cabinet control system are respectively communicated with the background server 2 through a field controller 4; after the gun manager sequentially passes through the entrance closing door 11 of the gun-leading waiting room 10 and the first identity recognition unit 6 on the entrance 21 of the duty room 20 for identity recognition and verification, fingerprint recognition is performed through the first electronic lock 5, the gun manager sequentially opens the entrance closing door 11 and the entrance 21 for daily gun management work in the entrance 21, the gun holder applies for a gun request to the background server 2 and accepts the gun from the gun manager after authorization of an approver (or supervisor), the gun holder arrives at the gun management warehouse to pick up the gun from the gun manager, and after authorization of the gun manager, the gun manager performs face recognition, iris recognition or palm print recognition through the first identity recognition unit 6 in the duty room 20 to obtain face recognition data, iris recognition data or palm print recognition data of the gun manager and access face recognition data, iris recognition data or palm print recognition data stored in the field controller 4, Iris identification data or palm print identification data are compared, if identification verification is successful, fingerprint identification is carried out through the first electronic lock 5, fingerprint identification data of the first electronic lock 5 are obtained, if fingerprint identification verification of the explosion door 31 is successful, the field controller 4 sends out an instruction and allows the explosion door 31 to be opened, and if any one door access identification verification fails, the explosion door 31 is not opened. The first electronic lock 5 and the first identity recognition unit 6 upload entrance guard identification data to the field controller 4 in sequence through the Bluetooth wireless radio frequency communication module or the Zigbee communication module, the entrance guard identification data are uploaded to the background server 2 to be stored through the field controller 4, a gun manager enters the gun checking room 30 after the explosion-proof door body 50 is opened, the first anti-theft door 41 is opened according to the mode after the gun checking room 30 enters the buffer room 40, the first anti-theft door 41 is closed, the second anti-theft door 51 or the third anti-theft door 61 can be opened in the buffer room 40, the identity recognition verification is performed through the first identity recognition unit 6 on the second anti-theft door 51, the fingerprint recognition is performed through the first electronic lock 5, the gun 52 and the gun case in the gun storing room 50 are opened after the second anti-theft door 51 is opened, the gun 52 and the gun case in the gun storing room 50 are closed after the gun leaves the gun storing room 50, the third anti-theft door 61 can be opened to enter the gun chamber 60 to take away ammunition and accessories (control the ammunition and box), close third burglary-resisting door 61 after leaving cartridge chamber 60, can open first burglary-resisting door 41 again in buffer chamber 40, so that get into gun laboratory 30 from buffer chamber 40, and verify and register the gun through the foreground server, the record draws the type of gun and binds gun information such as gun number and the drawing quantity and the type of ammunition, and send the APP that draws the notice and send to the person of holding the rifle or with the handheld terminal that the person of rifle appointed, also can use the SMS mode to inform, thereby the end is got the rifle and is registered the flow, the gun manager leaves gun laboratory 30 and returns the room of being on duty, deliver gun for the person of holding the rifle or with the rifle through pass-through window 22, end the gun and draw the flow.

In the utility model, as shown in fig. 2, fig. 3, fig. 4 and fig. 5, the gun safe 52 includes a gun safe door 520, the gun safe 52 is divided into a plurality of gun placing areas 524 and key storing areas 525 corresponding to each other in parallel, the gun safe control system includes a second electronic lock 521, an LCD display screen 522, a second identification unit 523, a first mechanical lock 524b, a first fingerprint lock 524c, a second mechanical lock 525b and a second fingerprint lock 525c, the second electronic lock 5 is a fingerprint identification electronic lock or an NFC electronic lock, the second electronic lock 5 of the utility model adopts a fingerprint identification electronic lock, the second identification unit 523 is an iris identification instrument, a face identification instrument or a palm print collector, the second electronic lock 521 and the LCD display screen 522 are arranged on the outer wall of the gun safe door 520, the second identification unit 523 is arranged inside the gun safe door 520, the gun placing area 524 and the key storing area 525 are blocked by the security door 520, the corresponding key storing area 525 is arranged above the gun placing area 524 and is positioned on the upper side, the lower side, the left side or the right side of the corresponding key storing area 525, in the utility model, the corresponding key storing area 525 is arranged above the gun placing area 524, the second identification unit 523 is positioned on a partition plate in the gun safety box 52, the second identification unit 523 is an iris identification instrument, a face identification instrument or a palm print collector and is used for identifying the identity of a gun manager when the security door 520 is opened, the gun placing area 524 is provided with a gun closing door body 524a, the gun closing door body 524a is provided with the first mechanical lock 524b and the first fingerprint lock 524c, the key storing area 525 is provided with a key closing door body 525a, the key closing door body 525a is provided with the second mechanical lock 525b and the second fingerprint lock 525c, the second electronic lock 521, the LCD display screen 522, the second identification unit 523, the first fingerprint lock 524c and the second fingerprint lock 525c are respectively in communication connection with the field controller 4, an induction lamp 526 and a hook 527 are arranged on the inner wall of the gun security door body 520, the hook is used for hanging a key of a second mechanical lock 525b, a first pressure sensor 524d is arranged at the bottom of the gun placement area 524, and a second pressure sensor 525d is arranged at the bottom of the key placement area 525; first pressure sensor 524d can automatic real-time detection gun place the weight or the quantity of the gun on the district, and second pressure sensor 525d can automatic real-time detection key place the weight or the quantity of the key on the district and will detect information and show on the LCD display screen, made things convenient for the real-time detection of gun and key to realize accurate management and control. When a gun manager enters the gun storage chamber 50 or the ammunition chamber 60 from the buffer chamber 40 to take guns or ammunition, the second anti-theft door 51 or the third anti-theft door 61 is opened sequentially, when the second anti-theft door 51 is opened and the gun security door body 520 of the gun support safe 52 is opened in the gun storage chamber 50, the second electronic lock 521 is subjected to fingerprint identification firstly, fingerprint identification data of the gun security door body 52 are obtained, if the fingerprint identification verification of the second electronic lock 521 on the gun security door body 520 is successful, the field controller 4 sends a command and allows the gun security door body 520 to be opened, if the fingerprint identification verification of the gun security door body 520 fails, the gun security door body 520 is not opened, and when the gun security door body 520 is opened, the induction lamp 526 is lightened due to the induction of external light, so that the face identification is facilitated, and the function of light indication alarm is also achieved, at this time, the second recognition unit 523 in the gun security door 520 performs face recognition or iris recognition on the gun administrator to obtain face recognition data or iris recognition data of the key-sealed door of the gun administrator, and compares the face recognition data or iris recognition data with the face recognition data or iris recognition data of the gun-sealed door 524a or the key-sealed door 525a stored in the field controller, if the recognition and verification are successful, the second fingerprint lock 525c is allowed to be opened to perform a fingerprint recognition process, and the fingerprint recognition data of the second fingerprint lock 525c is obtained, if the fingerprint recognition and verification of the second fingerprint lock 525c is successful, the field controller 4 sends an instruction to allow the key-sealed door 525a to be opened, at this time, the key hung by the second mechanical lock 525b is taken from the hook 527 on the inner wall of the gun security door 520 to open the second mechanical lock 525b of the key-sealed door 525a, and any one of the key-sealed doors is failed in the key-sealed door (face recognition and verification (face recognition or iris recognition and 525 Fingerprint identification), the second mechanical lock 525b of the key-sealed door body 525a is not opened, after the key-sealed door body 525a is opened, a gun manager can take the key in the key storage region 525 and corresponding to the stored gun placement region 524, take the key storage region 525 and place the corresponding key, then open the first mechanical lock 524b on the gun-sealed door body 524a, and obtain the fingerprint identification data of the first fingerprint lock 524c, if the fingerprint identification of the first fingerprint lock 524c is verified successfully, the site controller 4 sends an instruction and allows the first fingerprint lock 524c of the gun-sealed door body 524a to open, so that the gun-sealed door body 524a is opened and the gun is taken away, after the gun is taken away from the gun placement region 524, the gun-sealed door body 524a is closed in sequence, the key of the gun-sealed door body 524a is placed back into the corresponding key storage region, then the key-sealed door body 525a and the gun-protecting door body 520 are closed in sequence, the gun manager leaves the gun storage chamber 50 after taking the gun, closes the second anti-theft door 51, opens the third anti-theft door 61, enters the cartridge chamber 60, opens the cartridge safe 62, the structure of the cartridge safe 62 is the same as that of the cartridge safe 52, the cartridge safe 62 is opened in the same way as that of the cartridge safe 52, when the cartridge safe 62 is opened in the cartridge chamber 60, the cartridge safe door body, the cartridge key storage area door body and the cartridge placement door body (not shown) of the cartridge safe 62 are opened in sequence, after taking the bullet and its accessory parts, the cartridge placement door body, the cartridge key storage area door body and the cartridge safe door body are closed in sequence, then leaves the gun storage chamber 50 and closes the third anti-theft door 61, at the moment, the first anti-theft door 41 can be opened to leave the buffer chamber 40, so as to return to the gun testing chamber 30 for verification and registration, write in corresponding RFID identification information and location code information to electronic tags (RFID identification information) and bullets and their accessories (control box of cartridge box) on the gun through the RFID reader, return to in the room of duty 20 after verification and registration are accomplished, and give the gun to the person of keeping a watch or use the person of keeping a watch through the pass-through window 22, accomplish the person of keeping a watch and receive the registration, including but not limited to gun type, bullet type and quantity etc. in the utility model discloses in, second fingerprint lock 525c, first fingerprint lock 524c and second identification unit 523, LCD display screen 522 and second electronic lock 521 and upload above-mentioned identification data to site controller 4 through bluetooth wireless radio frequency communication module or Zigbee communication module in proper order, upload to backend server 2 by site controller 4 again and store, in the utility model, site controller 4 includes central processing unit, central processing unit, The communication unit is a GPRS communication module or a 4G network communication module.

In the utility model, as shown in fig. 1 and fig. 2, a horizontal sealing partition 100 is provided on the top of the interior of the building body 1, a plurality of air conditioning input pipes 101 and a plurality of exhaust devices 102 are respectively installed on the horizontal sealing partition 100, the air conditioning input pipes 101 and the exhaust devices 102 are respectively located above the gun getting waiting room 10, above the duty room 20, above the gun checking room 30, above the buffer room 40, above the gun storage room 50 and above the ammunition room 60, environmental monitoring systems are respectively provided in the gun getting waiting room 10, in the duty room 20, in the gun checking room 30, in the buffer room 40, in the gun storage room 50 and in the ammunition room 60, the environmental monitoring systems are in communication connection with the site controller 4, the air conditioning input pipes 101 are provided with a filter screen to send air in the warehouse, the exhaust devices 102 are composed of an exhaust pipe and an exhaust fan, thereby exhausting air in the warehouse, the environment monitoring system at least comprises a temperature and humidity sensor, a camera, a smoke sensor and a buzzer alarm, the temperature and humidity sensor, the camera, the smoke sensor and the buzzer alarm are respectively electrically connected with the field controller 4, the camera is used for realizing the real-time monitoring of each indoor site, can carry out the real-time monitoring on the gun in the receiving or returning operation process, thereby being capable of carrying out multiple protection on the gun management warehouse, not only being beneficial to the storage of the gun and the bullet, but also preventing the occurrence of the situations that the gun and the bullet are stolen and robbed, and the like, the gun and bullet storage is favorably ensured, the temperature and humidity sensor monitors parameters such as temperature and humidity in the gun management warehouse in real time, when the temperature and humidity deviation deviates from the normal set range, the temperature and humidity adjusting device and the exhaust device are automatically linked to the cold air input pipe; therefore, the temperature and the humidity in the gun warehouse can operate within a constant range, the gun and ammunition can be stored in a proper environment, the gun and the ammunition can be stored conveniently, the smoke sensor is used for detecting the concentrations of smoke, gas and dust in the warehouse, the combustible gas detector can be used for detecting the concentration of combustible gas in the warehouse, the dust detector is used for detecting the concentration of dust in the warehouse, the gun and the ammunition are prevented from being corroded by the dust, detected environmental parameters in the warehouse are uploaded to the field controller 4 and analyzed, and when the environmental parameters in the warehouse are abnormal, automatic adjustment or alarm sending can be carried out on the storage environment in the warehouse according to the analysis result or the analysis result, so that the warehouse can be kept in a better storage environment at any time, the consumption of human resources is reduced, and the management cost of the gun warehouse is reduced.

In the utility model, as shown in fig. 1, fig. 3, fig. 4 and fig. 5, when the firearms are taken by the firearms manager and delivered to the firearms holder, the firearms manager matches the firearms with the control boxes of the gun case and the ammunition box in the checking area and detects the full-charge state of the firearms, writes binding position information (positioning number or positioning identification code) into the ammunition control box, distributes unique ID codes (including the ID number of the firearms, the model number of the firearms, the name of the firearms holder, the gun holding time, the using condition of the firearms and the like) for the firearms through the electronic tags of the firearms, binds a unique positioning identification number to the control box of each ammunition box, and after the firearms holder confirms the firearms information and the positioning equipment number, the firearms manager determines and binds the last positioning information again, and binds the positioning information, after the gun verification is completed, the gun can be delivered to a gun holder, the gun receiving delivery is completed, and meanwhile monitoring information of the gun receiving delivery is uploaded to a background server to be stored and recorded, so that the background server can monitor the gun after receiving, for example, once the gun leaves a gun sleeve, the position information of the gun can be immediately read, and the area where the gun is located is determined. The gun is effectively prevented from being lost by timely reminding, and the gun is promoted to be worn and used by a gunman according to the standard. In the utility model, when receiving firearms, the background server 2 is used for verifying whether the current firearms manager is qualified to open the explosion-proof door 31 and the ammunition safe 61 and other anti-theft doors by monitoring, the background server 2 is used for service application, the examination of the examination and approval process and the generation of receiving monitoring data, the firearms taking authority verification and the firearms receiving monitoring data interaction are realized by fingerprint identification, iris identification or face identification, the explosion-proof door 31 and the ammunition safe 62 and other anti-theft doors can be unlocked after verification is correct, thereby ensuring the accuracy of the data in and out, the data of taking and returning the firearms can be synchronously sent to the background server 2, the firearms manager is prevented from carrying out the services unrelated to the firearms receiving, the firearms manager takes the firearms and closes the explosion-proof door 31 and the ammunition safe 62 and other anti-theft doors, and delivers the firearms to the firearms holder, the firearms manager uploads the information of the field to the background server 2 and informs the firearms, and the background server 2 generates and stores the service record after receiving the information of the received gun. The utility model discloses can realize that the monitoring record gun receives and returns complete process and carries out real time monitoring, guarantee the security that gun deposited, promote the intelligent journey in warehouse, convenient to use, the accurate advantage of management.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.

Claims (9)

1. A firearm management warehouse, comprising: the gun management warehouse comprises a sealed building main body, a background server arranged outside the building main body, a foreground server and a field controller, wherein the foreground server and the field controller are arranged in the building main body and are in communication connection with the background server respectively, the sealed building main body is divided into a gun-leading waiting room, a duty room, a gun checking room, a buffer room, a gun storage room and a ammunition room, an inlet closing door is arranged outside the front side of the gun-leading waiting room, the rear side of the gun-leading room is divided into the duty room and the gun checking room respectively, an access door and a transfer window are arranged between the gun-leading waiting room and the duty room and on the left side between the duty rooms, an explosion-proof door is arranged between the duty room and the gun checking room, a first anti-theft door is arranged between the gun checking room and the buffer room, the gun storage room and the ammunition room are sequentially arranged between the rear side of the duty room and the buffer room, the safe-guard system is characterized in that a second anti-theft door is arranged between the buffer room and the gun storage room, a third anti-theft door is arranged between the buffer room and the ammunition room, an access control system in communication connection with the field controller is respectively arranged on the entrance closing door, the entrance door, the exit door, the explosion door, the first anti-theft door, the second anti-theft door and the third anti-theft door, a plurality of gun safe cases are arranged in the gun storage room, and a plurality of ammunition safe cases are arranged in the ammunition room.

2. A firearm management warehouse according to claim 1, wherein: building subject's inside top is provided with the horizontal seal baffle install a plurality of air conditioning input tubes and a plurality of exhaust apparatus on the horizontal seal baffle respectively, air conditioning input tube and exhaust apparatus are located respectively and lead the top of rifle waiting room, the top of room on duty, the top of checking the rifle room, the top of cushion chamber, the top of depositing the rifle room and the top of cartridge chamber lead in the rifle waiting room, in the room on duty, check the rifle indoor, in the cushion chamber, deposit in the rifle room and the cartridge indoor environment monitoring system that is provided with respectively, this environment monitoring system with site controller communication connection.

3. A firearm management warehouse according to claim 1, wherein: the foreground server is installed in the gun inspection chamber and comprises a PC host, a display screen, a mouse, a keyboard and an RFID reader-writer, wherein the display screen, the mouse, the keyboard and the RFID reader-writer are respectively connected with the PC host.

4. A firearm management warehouse according to claim 1, wherein: the first anti-theft door, the second anti-theft door and the third anti-theft door form a double-door interlocking linkage door between each two anti-theft doors.

5. A firearm management warehouse according to claim 1, wherein: entrance guard control system is including setting up respectively entry on the door is sealed, go out on the door, the explosion vent on, on the first burglary-resisting door, on the second burglary-resisting door and the first electronic lock and the first identity recognition unit on the third burglary-resisting door, first electronic lock and first identity recognition unit respectively with site controller carries out communication connection.

6. A firearm management warehouse according to claim 1, wherein: the gun safe is provided with a gun cabinet control system, the ammunition safe is provided with an ammunition cabinet control system, and the gun cabinet control system and the ammunition cabinet control system are communicated with the background server through a field controller respectively.

7. A firearm management warehouse according to claim 6, wherein: the gun safe comprises a gun safe body, the inside of the gun safe body is divided into a plurality of gun placing areas and key storing areas which correspond to each other in parallel, the gun safe access control system comprises a second electronic lock, an LCD display screen, a second identification unit, a first mechanical lock, a first fingerprint lock, a second mechanical lock and a second fingerprint lock, the second electronic lock and the LCD display screen are arranged on the outer wall of the gun safe body, the second identification unit is arranged inside the gun safe body, the gun placing area and the key storing area are blocked through the gun safe body, the second identification unit is positioned on a partition plate in the gun safe body, a gun closed door body is arranged on the gun safe body, the first mechanical lock and the first fingerprint lock are arranged on the gun closed door body, the key closed door body is arranged in the key storing area, and the second mechanical lock and the second fingerprint lock are arranged on the key closed door body, the second electronic lock, the LCD display screen, the second identification unit, the first fingerprint lock and the second fingerprint lock are in communication connection with the field controller respectively.

8. A firearm management warehouse according to claim 7, wherein: and an induction lamp and a hook are arranged on the inner wall of the gun safety door body.

9. A firearm management warehouse according to claim 2, wherein: the environment monitoring system at least comprises a temperature and humidity sensor, a camera, a smoke sensor and a buzzer alarm, wherein the temperature and humidity sensor, the camera, the smoke sensor and the buzzer alarm are respectively and electrically connected with the field controller.

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