CN215491299U - Built-in gun positioner - Google Patents

Abstract

The utility model discloses a built-in gun positioner which comprises an equipment shell, an internal assembly and a mounting and fixing device. The front cover and the rear cover of the device constitute a main body part of the device, and a fixing device is installed for fixing the device to the inside of the gun. The equipment provides the external formula of inhaling of magnetism and charges interface, protected switch interface, prevent tearing open contact interface, pilot lamp interface and data interface. The interior structure of the gun is attached during equipment installation, the gun is fixed through the installation fixing sheet and the installation fixing screw, and the equipment is firmly locked inside the gun. The mounting and fixing screws adopt anti-disassembly screws, so that unauthorized persons can be prevented from taking out the equipment at will; the installation stationary blade leaves and charges and the pilot lamp through-hole, exposes the equipment interface that charges and equipment pilot lamp interface for the user, facilitates the use and maintains. The device has compact overall structure, reasonable user interface and reliable and stable installation, and provides a whole set of hardware solution for gun positioning tracking and service monitoring and early warning.

Description

Built-in gun positioner

Technical Field

The utility model relates to the field of gun positioning management and control, in particular to a built-in gun positioner.

Background

The gun is widely applied to national public security and armed police systems and military components, has complex working environment and higher use risk, and can have great influence on social safety and stability once events such as gun loss or illegal robbery occur. The technical means is used for safely and reliably monitoring the firearms, and the standardization, the digitization and the traceability of the use of the firearms are ensured, so that the demand to be solved urgently is formed.

In order to improve the supervision and protection capability of the gun and prevent the major safety problem of the gun, a set of positioning management and control solution for the gun is designed. The digital management, daily service monitoring and use track tracking of the gun are realized by additionally arranging built-in identity recognition, accompanying monitoring and Beidou positioning equipment for the gun. The digital management means that digital management and control means such as gun registration, receiving, returning, management and the like are realized by relying on a gun identity recognition chip; daily duty monitoring refers to pairing with accompanying monitoring equipment (such as police service, digital wrist bands, vehicle-mounted monitors and the like) to realize monitoring and alarming of carrying or accompanying states of guns and police officers and guns and vehicles.

The scheme similar to the utility model comprises a gun digital label and an external gun positioning device:

1. the gun digital label is characterized in that an RFID label is fixed on a gun to read gun numbers, and the scheme has a single function and cannot meet the requirements of gun positioning, trajectory tracking and the like at a deeper level;

2. the external gun positioning equipment is externally mounted on the outside of the gun in a hanging mode and the like, the influence on the appearance and the use of the gun needs to be carefully evaluated, and meanwhile, the external gun positioning equipment does not have the advantages of concealment and attractiveness.

Disclosure of Invention

The technical problem to be solved by the utility model is to provide a built-in positioning control device of a gun, which realizes digital identification and management of the gun through an RFID chip, realizes service accompanying monitoring through a Bluetooth function, and realizes position determination and track tracking of the gun through a Beidou positioning function; the gun alarm device can be mounted inside a gun in a concealed mode, a dismantling alarm and anti-dismantling protection mechanism is provided, the device is guaranteed to be reliably loaded in a gun support, and effective tracking and control of the gun are achieved; a convenient and safe user interface is provided, and the authorized user can conveniently maintain the equipment.

The appearance of the built-in gun positioner consists of a front cover and a rear shell which are combined and then fixed by a buckle to form a complete main body of the device.

The device provides five user interfaces to the outside: the device comprises a device charging interface, a device anti-disassembly contact interface, a device power switch interface, a device indicator light interface and a device data interface.

Preferably, the interface that charges of equipment adopts magnetism to inhale the formula mouth that charges, and the formula charging wire is inhaled to supporting magnetism that charges between mouth and the charging wire, blind connection operation, can not cause the damage to the mouth that charges when the charging wire breaks away from equipment because of the maloperation.

Preferably, the device anti-disassembly contact interface adopts a mechanical contact inductive switch, the contact is pressed down to indicate that the device is normally installed, and the contact is bounced to indicate that the device is disassembled. The installation validity of equipment can be detected by matching the installation fixing sheet during actual installation.

Preferably, the power switch interface of the equipment adopts a hidden protection design, the switching operation can be carried out only before the equipment is installed, and the equipment cannot be touched due to the fact that the equipment is shielded by the gun body after being installed on the gun, so that the purpose of protecting the equipment is achieved.

Preferably, the equipment indicator light interface adopts three independent pilot lamps, indicates the operating condition of communication, location, power respectively, and the characteristic is clear, is convenient for observe.

Preferably, the device data interface supports the connection of the device to a computer for debugging and configuration, so that the device maintenance is more flexible.

The equipment front cover and the equipment rear shell are outer shells of the whole equipment, and other circuits and devices are sealed in an inner space formed by the equipment front cover and the equipment rear shell.

Preferably, the circuit part adopts split type modular design according to the requirement of the internal structure of the equipment, and parts such as power supply control, anti-disassembly detection, charging, data communication, status indicator lamps, various antennas and the like are separated from the main circuit board, so that irregular space in the shell can be fully utilized by various components.

As a further limitation to the technical solution, preferably, the internal structure adopts a skeleton type organization manner, and the main circuit board, the sub circuit board, the positioning antenna, the communication antenna, the bluetooth antenna, the RFID chip, the rechargeable lithium battery and other components are distributed around the internal skeleton, so that the antenna signals are ensured not to interfere with each other while the space is reasonably utilized.

As a further limitation of the present invention, it is preferable that the secondary circuit board provides an external interface for a user, and includes an indicator light component, a removal detection component, a power switch component, a magnetic-type charging seat component, and a data port component.

The equipment adopts hidden installation mode, the main body of the equipment is arranged in the inner space of the gun, and then the installation fixing sheet is arranged and the installation fixing screw is fixed.

As a further limitation to the technical solution, preferably, the mounting and fixing screws are anti-detachment screws, which can prevent unauthorized persons from taking out the equipment at will, and ensure that the normal use of the firearm is not affected while the equipment works effectively; the installation stationary blade leaves the charging and pilot lamp through-hole, will the equipment interface that charges with equipment pilot lamp interface exposes for the user, facilitates the use and maintains.

The utility model has the advantages and positive effects that the built-in gun positioning management and control equipment is provided, aiming at the characteristics of compact structure and high use requirement of the gun, the appearance, the user interface, the module organization structure, the installation mode, the internal arrangement layout and other aspects of the equipment are designed and optimized, so that the equipment can be reliably implanted into the original structure of the gun, the functions of digital management, accompanying monitoring, abnormal alarm, position reporting and the like are completed on the premise of not influencing the normal use of the gun, the equipment maintenance and the like are convenient, the problem of designing a gun positioner is solved, and the practical application effects of gun positioning tracking and service safety management and control are improved.

Drawings

Fig. 1 is an external view and an interface diagram of the present invention.

Fig. 2 is an exploded view of the components of the present invention.

FIG. 3 is a view of the internal organization of the present invention.

Fig. 4 is a schematic view of the installation of the present invention.

FIG. 5 is a schematic diagram of the key structure of the present invention.

Reference numerals: 1. the device comprises a device front cover, 2, a device rear shell, 3, an internal framework, 4, a main circuit board, 5, an auxiliary circuit board, 6, a rechargeable lithium battery, 7, an RFID chip, 8, a positioning antenna, 9, a Bluetooth antenna, 10, a communication antenna, 11, a device main body, 12, a gun handle, 13, an installation fixing sheet, 14, an installation fixing screw, 1-1, a device charging interface, 1-2, a device anti-disassembly contact interface, 1-3, a device power switch interface, 1-4, a device work indicator light interface, 1-5, a device data interface, 2-1, a buckle, 5-1, an indicator light component, 5-2, a disassembly detection component, 5-3, a power switch component, 5-4, a magnetic attraction type charging base component, 5-5 and a data port component.

Detailed Description

An embodiment of the present invention will be described in detail below with reference to the accompanying drawings, but it should be understood that the scope of the present invention is not limited to the embodiment.

As shown in figure 1, the utility model designs a built-in gun positioning device, the appearance of the device is composed of a device front cover 1 and a device rear shell 2, and the device front cover and the device rear shell are combined and fixed by a buckle 2-1 to form a complete device main body.

As shown in fig. 1, the device contains five external interfaces:

1. device charging interface 1-1: for providing a charging function to the device. The gun positioning equipment has a complex use environment, guns are generally kept in a gun warehouse or a gun cabinet, one manager is responsible for the maintenance and the maintenance of a plurality of equipment, and the workload is heavy, so that the equipment charging operation is required to be rapid and simple. Plug-in charging interfaces adopted by common positioning equipment, such as micro-B, type-C and the like, have the defects of inconvenient plugging and unplugging and easy damage; the wireless charging element device is large in size and not easy to place in gun positioning equipment with a compact structure. Preferably, the charging interface of the utility model adopts a magnetic type charging interface, the charging line adopts a matched magnetic type charging line, the quick and blind connection operation between the charging interface and the charging line is supported, when the charging line is separated from the equipment due to misoperation, the charging interface is not damaged, and the problem of charging maintenance of a large amount of equipment is solved.

2. Equipment anti-disassembly contact interface 1-2: the method is used for realizing the dismounting detection function of the equipment. When the device is removed from the firearm, the command center needs to know this and a mechanism is needed to determine if the device is attached to the firearm. Preferably, the anti-disassembly contact interface 1-2 of the equipment adopts a mechanical contact inductive switch, the contact is pressed down to indicate that the equipment is normally installed, and the contact is bounced to indicate that the equipment is disassembled. As shown in fig. 4, the fixing piece 13 is fitted and installed in actual installation, and thus the installation effectiveness of the equipment can be detected. The mechanical contact inductive switch is an inductive mode with the simplest structure and the most reliable performance, can effectively prevent the occurrence of false alarm removal, and improves the reliability of equipment.

3. Device power switch interface 1-3: for operating the device power switch. The gun positioner belongs to mandatory management and control products, and in order to ensure that equipment effectively operates in 24 hours, thereby ensuring the continuity of gun supervision, unauthorized personnel can not turn off the power supply of the equipment at will. Preferably, the power switch interface 1-3 of the present invention adopts a hidden protection design, as shown in fig. 4, after the main body 11 of the device is mounted on the gun handle 12, the power switch interface 1-3 of the device is shielded by the mounting fixing plate 13, so that the switching operation can be performed only before the device is mounted, thereby achieving the purpose of protecting the device.

4. Device indicator light interface 1-4: for indicating the status of the device when it is in operation. Common positioning equipment usually adopts a single monochromatic indicator light or a three-color indicator light, and is difficult to observe various working states; preferably, the utility model adopts three independent indicator lights to respectively indicate the working states of communication, positioning and power supply, has clear characteristics and is convenient to observe.

5. Device data interface 1-5: for providing device data communication functionality. The support equipment is connected to the PC for debugging and configuration, so that the equipment maintenance is more flexible and the characteristic requirements of the gun positioning equipment are met.

As shown in fig. 2, the present invention is composed of five parts, which are an apparatus main body casing part, an internal skeleton part, a circuit part, an antenna part and a battery part, respectively. The device main body shell part comprises a device front cover 1 and a device rear shell 2; the inner frame portion includes an inner frame 3; the circuit part comprises a main circuit board 4, an auxiliary circuit board 5 and an RFID chip 7; the antenna part comprises a positioning antenna 8, a Bluetooth antenna 9 and a communication antenna 10; the battery part comprises a rechargeable lithium battery 6.

As shown in fig. 2 and 3, the front cover 1 and the rear cover 2 of the device are outer shells of the whole device, and enclose other circuits and devices into the inner space formed by the front cover and the rear cover. Preferably, the components in the device are distributed and arranged in the internal space of the device by taking the internal framework 3 as the center. The main circuit board 4 and the positioning antenna 8 are arranged on the internal framework 3, the rechargeable lithium battery is arranged below the internal framework 3, the auxiliary circuit board 5 is arranged in front of the internal framework 3, the communication antenna 10 is arranged on the left side of the internal framework 3, and the RFID chip 7 and the Bluetooth antenna 9 are arranged on the right side of the internal framework 3. Because the internal space of the equipment is compact, the skeleton layout is designed to ensure the stability, reduce the number of accessories and the assembly complexity as much as possible and reduce the signal interference among the antennas. During assembly, all the components are fixed on the internal framework 3, and then the whole body slides into the equipment rear shell 2 along the guide rail of the equipment rear shell 2.

The main circuit board 4 is a main control circuit board of the whole device, is matched with other auxiliary circuits to complete the main functions of identity recognition, positioning management and control and the like of the device, and is connected with the auxiliary circuit board 5, the rechargeable lithium battery 6, the positioning antenna 8, the Bluetooth antenna 9 and the communication antenna 10 through internal cables.

The auxiliary circuit board 5 is used for providing an external interface for a device user, wherein the indicator lamp component 5-1 is used for providing work indication, the dismounting detection component 5-2 is used for detecting the installation condition of the device, the power switch component 5-3 is a power control switch of the device, the magnetic type charging seat component 5-4 is used for providing a device charging function, and the data port component 5-5 is used for data communication between the device and the PC.

The rechargeable lithium battery 6 is used for providing electric energy for the equipment, the RFID chip 7 is used for identifying the equipment ID, the positioning antenna 8 is used for receiving satellite positioning signals, the Bluetooth antenna 9 is used for receiving and sending Bluetooth communication signals, and the communication antenna 10 is used for receiving and sending wireless communication signals.

As shown in fig. 4, the device is mounted in a concealed manner, with the main body 11 of the device fitting into the interior space of the firearm grip 12. When the equipment is installed, firstly, the installation fixing screw 14 at the bottom of the gun handle 12 is unscrewed, the installation fixing sheet 13 is taken down, the equipment slides in along the cylindrical space inside the gun handle 12 according to the direction shown in the figure until the equipment completely enters the gun handle 12, and then the installation fixing sheet 13 is installed and the installation fixing screw 14 is fixed. The gun positioner is used for positioning and controlling gun and weapon equipment, and is firmly and inseparably combined with a target gun to achieve the control effect that the device is the gun, the gun is the device, and the gun is fused with a digital platform through the device. Preferably, the utility model is attached to the internal structure of the gun, and the device is firmly locked in the gun by fixing the mounting fixing sheet 13 and the mounting fixing screw 14; the mounting and fixing screws 14 are anti-disassembly screws, so that unauthorized persons can be prevented from taking out the equipment at will, and the normal use of the gun is not influenced while the equipment is ensured to work effectively; the installation fixing sheet 13 is provided with charging and indicator light through holes, and the equipment charging interface 1-1 and the equipment indicator light interface 1-4 are exposed to a user, so that the use and maintenance are convenient.

During the in-service use, built-in gun locator matches through the bluetooth with accompanying monitoring facilities, and gun is normal when built-in gun locator is in monitoring facilities bluetooth detection range, and when the locator surpassed monitoring facilities bluetooth detection range, take place gun and leave the post and report to the police. At the moment, the accompanying monitoring equipment sends the alarm to the central server, and the built-in gun positioner starts the satellite positioning module and reports the longitude and latitude information of the gun to the central server. The central server can also complete the daily registration, allocation, reception, return and other service management operations of the guns according to the information of the RFID chip in the built-in gun positioner, can count and query the safety conditions of all the guns in the system in real time, and provides a whole set of complete solution for the safety management and control of the guns.

In summary, the built-in gun positioner provided by the utility model organically deploys each functional component inside the device after being split in a modular design mode, aiming at the characteristics of compact structure and high use requirement of the gun. Optimize equipment assembling mode and user interface, carry out the pertinence design to the mode that equipment fixing propped up in to the rifle, support switch protection and prevent tearing open the protection, support circular magnetism to inhale formula interface, data communication interface and the independent pilot lamp that charges, provide the convenience of use maintenance for the user when guaranteeing equipment safety.

The above disclosure is directed to a specific embodiment of the 97 series riot gun, but the utility model is not limited thereto, and the proposed technique can be applied to other types of long guns, and any variation that can be made by those skilled in the art is within the scope of the utility model.

Claims (9)

1. Built-in gun locator, including equipment main part shell, inner assembly and installation fixing device, its characterized in that:

the equipment main body shell consists of an equipment front cover and an equipment rear shell, is used for accommodating internal components, forms an equipment main body together with the internal components and provides a user interface to the outside; the mounting and fixing device consists of a mounting and fixing sheet and a mounting and fixing screw and is used for fixing the equipment main body into the gun body of the gun; the user interface comprises an equipment charging interface, an equipment anti-dismantling contact interface, an equipment power switch interface, an equipment indicator light interface and an equipment data interface; the internal components of the equipment adopt a modular organization mode, and are dispersedly deployed in the internal space of the equipment after each component is modularly split; the equipment adopts a concealed installation mode, the main body of the equipment is arranged in the inner space of the gun, and the installation and fixing device is used for fixing and protecting the main body of the equipment.

2. The built-in firearm locator of claim 1, wherein: the equipment interface that charges adopts circular magnetism to inhale the formula interface that charges, and the charging wire adopts supporting circular magnetism to inhale the formula charging wire.

3. The built-in firearm locator of claim 1, wherein: the anti-dismantling contact interface of the equipment adopts a mechanical contact inductive switch, the contact is pressed down to indicate that the equipment is normally installed, the contact is bounced to indicate that the equipment is dismantled, and the installation effectiveness detection of the equipment can be completed by matching with the installation fixing sheet during installation.

4. The built-in firearm locator of claim 1, wherein: the power switch interface of the equipment adopts a hidden protection design, the power switch interface can be switched on and off only before equipment is installed, and the equipment is installed behind a gun and is shielded by a gun body so as not to touch the switch.

5. The built-in firearm locator of claim 1, wherein: the equipment indicator light interface adopts three independent indicator lights which respectively indicate the working states of communication, positioning and power supply.

6. The built-in firearm locator of claim 1, wherein: the circuit part adopts split type modular design, and power control, anti-disassembly detection, charging, data communication, status indicator lamps and each antenna component are independent from the main circuit board and are deployed and arranged according to the internal space of the equipment.

7. The built-in firearm locator of claim 6, wherein: the internal structure of the equipment adopts a skeleton type organization mode, and the main circuit board, the auxiliary circuit board, the positioning antenna, the communication antenna, the Bluetooth antenna, the RFID chip and the rechargeable lithium battery component are distributed on the periphery of the internal skeleton.

8. The built-in firearm locator of claim 1, wherein: the equipment adopts hidden installation mode, during gun's inner space was packed into to the equipment main part, the cooperation the installation stationary blade was fixed the protection with installation set screw.

9. The built-in firearm locator of claim 8, wherein: the installation fixing screw adopts the anti-disassembly screw, the installation stationary blade leaves the charging and pilot lamp through-hole.

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