Intelligent monitoring and prompting system for gun use

Abstract

The invention provides an intelligent monitoring and prompting system for gun use, which comprises a gun unit and an intelligent watch unit, and is characterized in that the gun unit is connected with the intelligent watch unit; the gun unit comprises a gun identity recognition module and a gun posture induction module, and the intelligent watch unit comprises an intelligent watch posture induction module and an intelligent watch voice prompt module. According to the invention, a rifle can be further familiar with the technical specification and the safety specification of rifle use, the safety awareness and the specification awareness of a wearer are improved, and wrong actions of the wearer can be prompted in time; the fire and accidental injury behaviors caused by unskilled gun operation, nonstandard gun operation, non-concentrated gun operation, psychological tension and the like of a wearer are reduced to the maximum extent, and the wearer is helped to safely use the gun.

Description

Technical Field

[0001] This invention relates to the field of firearms use and smart device interconnection technology, and in particular to a smart monitoring and alerting system for firearms use. Background Technology

[0002] The right of the People's Police to carry firearms while performing official duties is granted by law and is a necessary guarantee for ensuring the safety of people's lives and property. However, due to reasons such as lack of proficiency and standardization in firearm operation, lack of concentration, and psychological tension, the People's Police often exhibit irregular behaviors when using firearms, such as pointing the muzzle at people at will, placing the index finger on the trigger, not unloading the magazine during the inspection process, swinging the muzzle back and forth at will while running, forgetting to give verbal warnings, and ignoring onlookers and flammable and explosive environments. As a result, accidental discharges and injuries are common.

[0003] If real-time voice prompts could be provided during various firearm handling scenarios, such as retrieving a weapon, handing over a weapon, being on guard while armed, running while armed, and aiming a weapon, reminding the user to remove the magazine, pay attention to the muzzle direction, be careful with their index finger, and heed verbal warnings, and promptly correct their firearm handling behavior, it would be of significant practical importance in preventing accidental discharges and injuries to police officers.

[0004] Smartwatches are commonly used wearable devices. Through the watch's posture sensor, various body postures of the wearer can be monitored in real time, such as walking, running, jumping, and the bending or straightening of the arm.

[0005] In existing technologies, the management of firearms mainly revolves around technical methods such as preventing firearms from being lost, and linking firearms to drawing and video recording. However, it is difficult to regulate and correct the firearms user's behavior in real time based on the status of firearm use. This makes it easy for non-standard firearm use to occur, which can lead to problems such as accidental discharge and injury. Summary of the Invention

[0006] The technical problem to be solved by the present invention is to overcome the defects in the prior art that the wearer's behavior when using firearms is not standardized, which can easily lead to accidental discharge and injury, and to provide an intelligent monitoring and prompting system for firearm use.

[0007] The present invention solves the above-mentioned technical problems through the following technical solution:

[0008] This invention provides an intelligent monitoring and alerting system for firearm use, comprising a firearm unit and a smartwatch unit, wherein the firearm unit and the smartwatch unit are connected.

[0009] The gun unit includes a gun identification module and a gun posture sensing module, and the smartwatch unit includes a smartwatch posture sensing module and a smartwatch voice prompt module.

[0010] The gun identification module is used for matching guns and smartwatches and for information entry.

[0011] The gun attitude sensing module is used to acquire and calculate the gun's attitude data and send the attitude data to the smartwatch.

[0012] The smartwatch's posture sensing module is used to acquire and determine the human body's state, and combines it with the gun's posture data to perform synchronous calculations to determine different gun-holding actions.

[0013] The smartwatch's voice prompt module is used to issue different voice prompts depending on whether the weapon is held.

[0014] In this technical solution, the gun identification module enables the gun and the smartwatch worn by the gun owner to match, the gun posture sensing module obtains the gun posture data, and the gun Bluetooth module obtains and determines the human body state. The two are combined and synchronously calculated to determine the gun owner's gun holding action state, and the smartwatch voice prompt module issues different voice prompts according to the gun holding action state.

[0015] It can help firearm users become more familiar with the technical and safety regulations for using firearms, improve their safety awareness and awareness of regulations, and promptly remind them of any incorrect actions. This can minimize the risk of accidental discharge and injury caused by the user's lack of proficiency, improper operation, lack of concentration, or psychological tension, thus helping the user use firearms safely.

[0016] Furthermore, both the gun unit and the smartwatch unit are connected to the central storage management unit via a data transmission unit.

[0017] In this technical solution, the data transmission unit is used for data transmission between the gun unit, the smartwatch unit, and the central storage management unit. The central storage management unit can store data from the gun unit and the smartwatch unit to facilitate background monitoring, as well as subsequent retrieval and maintenance operations.

[0018] Furthermore, the smartwatch unit also includes a smartwatch Bluetooth module, and the gun identification module is paired and connected to the gun attitude sensing module through the smartwatch Bluetooth module.

[0019] In this technical solution, the pairing and connection of the gun identification module and the gun attitude sensing module are achieved through the Bluetooth module of a smartwatch.

[0020] Furthermore, the gun unit also includes a gun Bluetooth module, and both the gun attitude sensing module and the gun Bluetooth module are installed inside the gun magazine module.

[0021] In this technical solution, the data from the gun attitude sensing module is sent to the smartwatch unit via the gun's Bluetooth module.

[0022] Furthermore, the smartwatch unit also includes a data comparison module, which is used to compare and analyze the data from the smartwatch's posture sensing module and the gun's posture sensing module to obtain different gun-holding states.

[0023] In this technical solution, a data comparison module is used to compare the data of the human body's state and the gun's movement state to obtain different gun-holding states.

[0024] Furthermore, the data obtained by the smartwatch's posture sensing module and the data obtained by the gun's posture sensing module are used together to determine the gun-holding status;

[0025] The gun-holding states include the gun-holding movement state, the gun-holding alert state, the gun-holding aiming state, the gun-holding swaying state, and the incorrect gun-holding action state.

[0026] Furthermore, the human body state acquired and determined by the smartwatch posture sensing module includes walking, running, jumping, arm bending, and arm straightening states.

[0027] Furthermore, the voice prompts issued by the smartwatch's voice prompt module include multiple languages ​​and various sounds.

[0028] The multiple languages ​​mentioned include Chinese, English, and French.

[0029] The various voices include male voices, female voices, and anime voices.

[0030] In this technical solution, the intelligent monitoring and prompting system can be used by gun owners who speak different languages, making the application scope of the intelligent monitoring and prompting system wider, and the multiple voices can improve the flexibility of the intelligent monitoring and prompting system.

[0031] Based on common knowledge in the field, the above-mentioned preferred conditions can be combined arbitrarily to obtain various preferred embodiments of the present invention.

[0032] The positive and progressive effects of this invention are as follows:

[0033] This invention enables gun owners to become more familiar with the technical and safety regulations for using firearms, improves their safety awareness and compliance, and can promptly remind them of any incorrect actions. It also minimizes the risk of accidental discharge and injury caused by the user's lack of proficiency, improper operation, lack of concentration, or psychological stress, thus helping the user to use firearms safely. Attached Figure Description

[0034] Figure 1This is a schematic diagram illustrating the working principle of the intelligent monitoring and alerting system for firearms according to an embodiment of the present invention.

[0035] Figure 2 for Figure 1 The diagram shows the workflow of the intelligent monitoring and alerting system used by the firearm.

[0036] Explanation of reference numerals in the attached figures

[0037] 1. Gun unit; 11. Gun identification module; 12. Gun attitude sensing module; 13. Gun Bluetooth module; 14. Gun magazine module;

[0038] 2. Smartwatch unit; 21. Smartwatch gesture sensing module; 22. Smartwatch voice prompt module; 23. Smartwatch Bluetooth module; 24. Data comparison module;

[0039] 3. Central storage management unit;

[0040] 4. Data transmission unit. Detailed Implementation

[0041] The present invention will be further illustrated by way of embodiments below, but the present invention is not limited to the scope of the embodiments described herein.

[0042] Figures 1 to 2 The diagram shown is a structural schematic of an embodiment of the intelligent monitoring and alerting system for firearms according to the present invention. The intelligent monitoring and alerting system for firearms includes a firearm unit 1 and a smartwatch unit 2, which are connected to each other.

[0043] The gun unit 1 includes a gun identification module 11 and a gun posture sensing module 12, and the smartwatch unit 2 includes a smartwatch posture sensing module 21 and a smartwatch voice prompt module 22.

[0044] The gun identification module 11 is used for matching guns and smartwatches and for information input;

[0045] The gun identification module 11 is paired and connected to the gun attitude sensing module 12 via the smartwatch Bluetooth module 23. The smartwatch unit 2 obtains and records the identification code sent by the gun attitude sensing module 12, thereby achieving the matching between the gun unit 1 and the smartwatch unit 2.

[0046] The gun attitude sensing module 12 is used to acquire and calculate the gun attitude data and send the attitude data to the smartwatch.

[0047] The gun attitude sensing module 12 is installed inside the gun magazine module 14. The sensor data of the gun attitude sensing module 12 is read and calculated into the gun attitude. The attitude data is then sent to the smart watch unit 2 via the gun Bluetooth module 13.

[0048] The smartwatch posture sensing module 21 is used to acquire and determine the human body state, and to perform synchronous calculations in combination with the gun posture data to determine different gun-holding action states.

[0049] With the help of the smartwatch unit 2 worn on the wrist of the gunholder, the smartwatch posture sensing module 21 is used to monitor the posture of the body and arm, and compare and analyze the data with the gun posture sensing module 12 to obtain different gun holding states.

[0050] The smartwatch voice prompt module 22 is used to issue different prompt voices depending on the gun-holding status.

[0051] The smartwatch's voice prompt module 22 uses posture analysis and voice commands to issue different voice prompts for different gun-using states.

[0052] In this technical solution, the gun identification module 11 is used to match the gun with the smartwatch worn by the gun owner, the gun posture sensing module 12 is used to obtain the posture data of the gun, and the smartwatch posture sensing module 21 is used to obtain the human body state. The two are combined and synchronously calculated to determine the gun owner's gun holding action state, and the smartwatch voice prompt module 22 is used to issue different voice prompts according to the gun holding action state.

[0053] It can help firearm users become more familiar with the technical and safety regulations for using firearms, improve their safety awareness and awareness of regulations, and promptly remind them of any incorrect actions. This can minimize the risk of accidental discharge and injury caused by the user's lack of proficiency, improper operation, lack of concentration, or psychological tension, thus helping the user use firearms safely.

[0054] During the wearing of smartwatch unit 2, it is necessary to pair and input information between gun unit 1 and smartwatch unit 2. After the pairing is completed, the information is entered into the management platform, and then the voice prompts further, requiring the gun owner to select a safe area for a standardized gun inspection.

[0055] The gun attitude sensing module 12 detects the muzzle pointing and gun swinging attitude, and transmits the relevant data to the smart watch unit 2 through the gun Bluetooth module 13, and performs collaborative calculation with the monitoring data of the smart watch attitude sensing module 21.

[0056] The smartwatch unit 2 obtains the arm bending angle and body movement posture through the smartwatch posture sensing module 21, and performs synchronous calculations in combination with the posture data of the gun posture sensing module 12. Based on the degree of coordination between the two posture data, it determines the state of gun movement, gun guarding, gun aiming, and incorrect gun holding actions, and pushes the information to the smartwatch voice prompt module 22.

[0057] Based on different gun-handling states and incorrect gun-holding actions, the smartwatch's voice prompt module 22 uses voice calculation to provide voice prompts such as ejecting the magazine to check the gun, pointing the muzzle safely, ordering unauthorized personnel to take cover, and issuing verbal warnings, so as to correct the gun owner's gun-handling behavior in a timely manner.

[0058] Both the gun unit 1 and the smartwatch unit 2 are connected to the central storage management unit 3 via the data transmission unit 4.

[0059] In this technical solution, the data transmission unit 4 is used for data transmission between the gun unit 1, the smartwatch unit 2 and the central storage management unit 3. The central storage management unit 3 can store data from the gun unit 1 and the smartwatch unit 2 for background monitoring, as well as for later retrieval and maintenance.

[0060] The smartwatch unit 2 also includes a smartwatch Bluetooth module 23, and the gun identification module 11 is paired and connected to the gun attitude sensing module 12 through the smartwatch Bluetooth module 23.

[0061] In this technical solution, the pairing and connection between the gun identification module 11 and the gun attitude sensing module 12 are achieved through the smartwatch Bluetooth module 23.

[0062] The gun unit 1 also includes a gun Bluetooth module 13, and both the gun attitude sensing module 121 and the gun Bluetooth module 13 are installed in the gun magazine module 14.

[0063] In this technical solution, the data from the gun attitude sensing module 12 is sent to the smartwatch unit 2 via the gun Bluetooth module 13.

[0064] The smartwatch unit 2 also includes a data comparison module 24, which is used to compare and analyze the data from the smartwatch posture sensing module 21 and the gun posture sensing module 12 to obtain different gun holding states.

[0065] In this technical solution, the data comparison module 24 is used to compare the data of the human body state and the gun action state to obtain different gun holding states.

[0066] The data obtained by the smartwatch posture sensing module 21 and the data obtained by the gun posture sensing module 12 are used to jointly determine the gun holding status.

[0067] The gun-holding states include the gun-holding movement state, the gun-holding alert state, the gun-holding aiming state, the gun-holding swaying state, and the incorrect gun-holding action state.

[0068] The posture sensing module 21 of the smartwatch acquires and determines the human body state, including walking, running, jumping, arm bending, and arm straightening.

[0069] The voice prompts issued by the smartwatch's voice prompt module 22 include multiple languages ​​and various sounds.

[0070] The multiple languages ​​mentioned include Chinese, English, and French.

[0071] In addition, it includes other languages ​​such as Japanese.

[0072] The various voices include male voices, female voices, and anime voices.

[0073] In addition, other types of sounds are also included.

[0074] In this technical solution, the intelligent monitoring and prompting system can be used by gun owners who speak different languages, making the application scope of the intelligent monitoring and prompting system wider, and the multiple voices can improve the flexibility of the intelligent monitoring and prompting system.

[0075] The carrying and use of firearms mainly includes retrieving firearms from the armory, using firearms at work, handing over firearms at work, and storing firearms in the armory.

[0076] Gun retrieval and inspection instructions: Before retrieving a gun from the armory, wear smartwatch unit 2. While wearing smartwatch unit 2, the smartwatch voice prompt module 22 will be triggered, prompting the gun owner to "Please wear your watch and scan the code to retrieve the gun"; after scanning the gun number, the voice prompt will be "Please select a safe area, eject the magazine, and inspect the gun"; after the gun inspection is completed, the gun will be placed in the holster, and the gun retrieval and inspection process will be completed.

[0077] Firearm Unit 1 usage prompts during operation: When the wearer is on guard, running, or aiming the gun, the smartwatch voice prompt module 22 is triggered, and the voice prompts the gunholder to "pay attention to the direction of the muzzle and take the index finger off the trigger" or "pay attention to warnings when aiming the gun and order irrelevant personnel to take cover" to provide firearm compliance prompts;

[0078] During the handover and inspection of firearms unit 1 in the workplace: As required by the mission, during law enforcement, the person carrying the firearm will hand over firearms unit 1 to someone else for safekeeping and wearing. When handing over firearms unit 1, first remove smartwatch unit 2 and hand it to the other person. At this time, the voice prompt module will be triggered, prompting, "Firearm handover, choose a safe area, pay attention to muzzle safety, eject the magazine and inspect the firearm." After inspection, the firearm will be put back in its case, completing the handover. If smartwatch unit 2 is not handed over first, and firearms unit 1 is directly handed over to someone else, then based on the difference in posture between firearms unit 1 and smartwatch unit 2, smartwatch unit 2 will provide real-time prompts such as "Pay attention to muzzle safety, before handing over the firearm, choose a safe area, eject the magazine and inspect the firearm, and put on the watch."

[0079] Firearm Unit 1 Inspection Prompt: Firearm Unit 1 is taken out of its holster and handed to the custodian. At this time, based on the difference in posture between Firearm Unit 1 and Smartwatch Unit 2, a voice prompt is triggered: "Pay attention to muzzle safety. Before handing over the firearm, choose a safe area and remove the magazine to inspect the firearm." After the custodian inspects the firearm, Firearm Unit 1 is retrieved, and the wearer removes Smartwatch Unit 2 and hands it to the custodian. Alternatively, the wearer can remove Smartwatch Unit 2 first and then hand over Firearm Unit 1. In this case, Smartwatch Unit 2 will provide real-time prompts based on the difference in posture between the two units: "Firearm handover, choose a safe area, remove the magazine to inspect the firearm."

[0080] This invention achieves identity matching when wearing a gun unit 1 through a gun identification module 11, as well as a standardized gun inspection prompt before wearing a gun unit 1. It can perform identity matching for "one watch and multiple guns". After the smart watch unit 2 and gun units 1 with different numbers are matched, they can be used normally.

[0081] The smartwatch's posture sensing module 21 can acquire and determine body postures such as walking, running, and jumping, as well as postures such as bent and straight arms; the gun posture sensing module 12 can acquire and determine postures such as gun alert, gun aiming, and random muzzle movement.

[0082] Through the collaborative calculation of the gun posture sensing module 12 and the smartwatch posture sensing module 21, the gun-holding status of the user can be determined based on the degree of coordination between the two posture data, such as the user holding the gun on guard, moving with the gun, and aiming with the gun. The smartwatch voice prompt module 22 is then triggered to remind the user of precautions in different gun-holding statuses, thus ensuring gun safety.

[0083] Based on the difference between the two posture data, it can be determined whether the gun unit 1 has been handed over to someone else. If the gun unit 1 has been handed over to someone else, the gun owner should be promptly reminded to pay attention to the safety of the muzzle and to conduct a standardized gun inspection.

[0084] Based on the difference between the two posture data, dangerous and incorrect actions such as gun shaking and gun arm swinging can be identified, realizing real-time monitoring of incorrect holding actions of the gun unit 1, and triggering the smart watch voice prompt module 22 to remind the gun user to hold the gun properly and ensure gun safety.

[0085] The smartwatch voice prompt module 22 can provide standardized gun inspection prompts when carrying and handing over firearms, and provide safe gun use voice prompts in multiple languages ​​such as Chinese, English, and French, as well as male, female, and anime voices, when moving with a gun, being on guard with a gun, aiming with a gun, and when making incorrect or dangerous actions.

[0086] Through the linkage of the above systems, this invention not only enables gun owners to understand and become familiar with the technical and safety regulations for carrying and using firearms, and improves their safety awareness and awareness of regulations; it also minimizes the risk of accidental discharge and injury caused by the gun owner's lack of proficiency, non-standard operation, lack of concentration, psychological tension, etc., thus helping the gun owner to use firearms safely.

[0087] While specific embodiments of the present invention have been described above, those skilled in the art should understand that these are merely illustrative examples, and the scope of protection of the present invention is defined by the appended claims. Those skilled in the art can make various changes or modifications to these embodiments without departing from the principles and essence of the present invention, but all such changes and modifications fall within the scope of protection of the present invention.

Claims

1. An intelligent monitoring and alerting system for firearm use, characterized in that: It includes a gun unit (1) and a smartwatch unit (2), which are connected to each other; The gun unit (1) includes a gun identification module (11) and a gun posture sensing module (12), and the smart watch unit (2) includes a smart watch posture sensing module (21) and a smart watch voice prompt module (22). The gun identification module (11) is used for matching guns and smartwatches and for information entry; The gun attitude sensing module (12) is used to acquire and calculate the gun attitude data and send the attitude data to the smartwatch. The smartwatch posture sensing module (21) is used to acquire and determine the human body state, and to perform synchronous calculations in conjunction with the gun posture data to determine different gun-holding action states. The smartwatch voice prompt module (22) is used to issue different prompt voices for the gun-holding state.

2. The intelligent monitoring and alerting system for firearm use as described in claim 1, characterized in that: Both the gun unit (1) and the smartwatch unit (2) are connected to the central storage management unit (3) through the data transmission unit (4).

3. The intelligent monitoring and alerting system for firearm use as described in claim 1, characterized in that: The smartwatch unit (2) also includes a smartwatch Bluetooth module (23), and the gun identification module (11) is paired and connected to the gun attitude sensing module (12) through the smartwatch Bluetooth module (23).

4. The intelligent monitoring and alerting system for firearm use as described in claim 1, characterized in that: The gun unit (1) also includes a gun Bluetooth module (13), and both the gun attitude sensing module (12)1 and the gun Bluetooth module (13) are installed in the gun magazine module (14).

5. The intelligent monitoring and alerting system for firearm use as described in claim 1, characterized in that: The smartwatch unit (2) also includes a data comparison module (24), which is used to compare and analyze the data of the smartwatch posture sensing module (21) and the gun posture sensing module (12) to obtain different gun holding states.

6. The intelligent monitoring and alerting system for firearm use as described in claim 1, characterized in that: The data obtained by the smart watch posture sensing module (21) and the data obtained by the gun posture sensing module (12) are used to jointly determine the gun holding status; The gun-holding states include the gun-holding movement state, the gun-holding alert state, the gun-holding aiming state, the gun-holding swaying state, and the incorrect gun-holding action state.

7. The intelligent monitoring and alerting system for firearm use as described in claim 1, characterized in that: The posture sensing module (21) of the smart watch obtains and determines the human body state, including walking state, running state, jumping state, arm bent state, and arm straight state.

8. The intelligent monitoring and alerting system for firearm use as described in claim 1, characterized in that: The voice prompts issued by the smartwatch voice prompt module (22) include multiple languages ​​and various sounds.

9. The intelligent monitoring and alerting system for firearm use as described in claim 8, characterized in that: The multiple languages ​​mentioned include Chinese, English, and French.

10. The intelligent monitoring and alerting system for firearm use as described in claim 8, characterized in that: The various voices include male voices, female voices, and anime voices.

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