CN106527598A - Police wrist type wearing device for public security law enforcement and application system - Google Patents

Abstract

The invention discloses a police wrist wearable device and an application system for public security law enforcement. The wearer's gestures and actions form corresponding instructions and transmit them to the mobile police device. The mobile police device obtains and executes the instructions from the police wrist wearable device, and transmits the information generated after execution to the safety network linkage platform; at the same time, it receives The safety network linkage platform feeds back information and transmits it to the police wrist wearable device. This solution takes advantage of wrist wearable devices such as concealment, portability, and tight fit with the wrist, and forms a complete set of systems for public security and police applications together with Mobile Police Communication and Public Security Network Linkage Platform, which is innovatively used for public security law enforcement , thereby improving the efficiency of public security law enforcement.

Description

A police wrist wearable device and application system for public security law enforcement

technical field

The invention relates to a wearable device, in particular to a police wrist wearable device.

Background technique

Wrist wearable devices refer to wearable devices that are worn on the wrist, including smart bracelets and smart watches. Their personal characteristics enable them to detect and monitor the user's physical condition, behavior, and movement.

At present, the main functions of existing wrist wearable devices are mostly realized around monitoring the user's exercise status, incoming call notification, time display, etc., mainly for ordinary consumers, and professional wrist wearable devices for industry applications, especially public security applications. Wearables are very minimal.

Furthermore, the existing specialized wrist wearable devices have simple and single functions and are inconvenient to use, and the existing wrist wearable devices have insufficient performance stability and safety, which cannot meet the needs of public security and law enforcement.

Contents of the invention

Aiming at the problem that existing wrist wearable devices cannot meet the needs of public security and law enforcement, a wrist wearable device with strong professional functions is needed.

Therefore, the technical problem to be solved by the present invention is to provide a police wrist wearable device and an application system for public security law enforcement, so as to provide a professional jewelry identification function to meet the needs of public security law enforcement.

In order to solve the above technical problems, the police wrist wearable device for public security law enforcement provided by the present invention includes a wearable device body, which also includes a police wearable system placed in the body, and the police wearable system includes:

wireless communication module;

A gesture function module, wherein various gesture actions and corresponding control instructions are stored in the gesture function module;

A motion sensing module, the motion sensing module senses the motion state data of the body and transmits it to the gesture recognition module;

Gesture recognition module, the gesture recognition module calculates and recognizes the corresponding gesture action according to the motion state data provided by the motion sensing module;

A main control module, the main control module respectively controls and connects the wireless communication module, the gesture function module, the motion sensing module and the gesture recognition module, and extracts corresponding control instructions from the gesture function module according to the gesture action recognized by the gesture recognition module, Form the corresponding control control instruction information and transmit it externally through the wireless communication module.

In this police wearable device solution, the motion sensing module is mainly composed of a gyroscope and an acceleration sensor.

In the solution of the police wearable device, the police wearable system further includes a GPS module, and the GPS module is connected to the main control module for data.

In the solution of the police wearable device, the police wearable system further includes a vibration module, and the vibration module is data-connected to the main control module.

In the solution of the police wearable device, the police wearable system further includes a physiological state sensor, and the physiological state sensor is connected to the main control module for data.

In this police wearable device solution, the wearable device body is a smart bracelet or a smart watch.

In order to solve the above-mentioned technical problems, the police wrist wearable device application system for public security law enforcement provided by the present invention includes:

Police wrist wearable device, the police wrist wearable device recognizes the gesture of the wearer, and forms a corresponding instruction to transmit to the mobile police device;

Mobile police equipment, the mobile police equipment obtains and executes instructions from the police wrist wearable device, and transmits the information generated after execution to the safety network linkage platform; at the same time, it receives feedback information from the safety network linkage platform and transmits it to the police Wrist wearable device;

A safety network linkage platform, the safety network linkage platform is wirelessly connected to the mobile police equipment, obtains information sent by the mobile police equipment, forms corresponding police processing information according to the information, and feeds back to the mobile police equipment.

In this police wrist wearable device application system solution, the police wrist wearable device acquires the physiological state data of the wearer in real time and transmits it to the mobile police device, and the mobile police device judges the wearer's physical condition in real time based on the data. Whether the physiological state is normal, if there is an abnormality, immediately form an alarm message and transmit it to the safety network linkage platform. Further, the alarm information includes the real-time location information of the wearer.

In the application system solution of the police wrist wearable device, the police wrist wearable device is used as the KEY for identity authentication to open and log into the mobile police device through short-distance communication.

Based on this scheme, the police officers can conveniently, quickly and covertly control the police affairs through gestures to send relevant instructions to the background of the public security network linkage, which is conducive to improving the efficiency of police law enforcement.

In addition, the police wrist wearable device's perception of the status information of the police can also allow the public security network linkage platform to grasp the current situation of the police in real time. When an emergency occurs, the public security network linkage platform can detect it in time, thereby avoiding more dangerous situations. At the same time, the notification method that can be vibrated with different frequencies is more concealed, and the notification information can be sent to the police more safely and quickly.

Description of drawings

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

Fig. 1 is a schematic diagram of the system composition of the police wrist wearable device in the example of the present invention;

Fig. 2 is a schematic diagram of the composition of the application system of the police wrist wearable device in the example of the present invention.

detailed description

In order to make the technical means, creative features, goals and effects achieved by the present invention easy to understand, the present invention will be further described below in conjunction with specific illustrations.

This example introduces police wrist wearable devices on the basis of the existing mobile police communication-based linkage law enforcement application system, and utilizes the advantages of wrist wearable devices such as concealment, portability, and tight fit with the wrist, and realizes gestures. The identification function, on this basis, together with the mobile police communication and the public security network linkage platform, form a complete set of systems for public security and police applications, which can be creatively used in public security law enforcement, thereby improving the efficiency of public security law enforcement.

Example 1

Referring to FIG. 1 , it shows a schematic diagram of the system composition of the police wrist wearable device used for public security and law enforcement provided in this example.

It can be seen from the figure that the police wrist wearable device 100 mainly includes a wearable device body 110 and a police wearable system 120 placed in the wearable device body 110 .

Here, the wearable device body 110 is used to carry the police wearable system 120 , which is convenient for the user to wear on the wrist. In this example, an existing smart bracelet or smart watch can be used as the wearable device body 110 , but it is not limited thereto, and other wearable solutions can also be used as required.

The police wearable system 120 installed in the wearable device body 110 mainly includes a wireless communication module 121 , a gesture function module 122 , a motion sensing module 123 , a gesture recognition module 124 , and a main control module 125 .

Among them, the wireless communication module 121 is mainly used to complete the short-distance communication between the police wrist wearable device 100 and the mobile police communication 200 (see FIG. 2 ). The wireless communication module 121 has a unique identification code, so as to realize a one-to-one correspondence with the mobile police communication 200 configured by the wearer, thereby facilitating accurate management of the police wrist wearable device 100 (management here includes various information management, wearer management, etc.), and accordingly in the corresponding application system, the police wrist wearable device 100 can be used as the identification key to log in and manage the mobile police communication 200 (see FIG. 2 ).

The wireless communication module 121 here has a Bluetooth module, an infrared transmission module, a 4G/3G mobile communication module and the like.

The gesture function module 122 in the police wearable system 120 is used to store various gesture actions and corresponding control instructions. The gesture function module 122, as a gesture command set, stores various gestures that can be recognized by the police wrist wearable device 100, and the control commands corresponding to each gesture, such as what kind of gesture corresponds to sending emergency alarm information, what kind of What kind of gesture corresponds to sending location information, what kind of gesture corresponds to sending audio live broadcast, what kind of gesture corresponds to sending a request to the surrounding police for rescue, etc.

Gesture settings depend on actual needs. For example, front and back, back and front, front and back, left and right, right and left, left and right, left and right, up and down, up and down, rotate 90 degrees, rotate 180 degrees, etc. Wait.

The corresponding relationship between gestures and corresponding control commands can be managed and set through a dedicated control program (such as APP) according to actual needs.

The motion sensing module 123 in the police wearable system 120 is used to sense the motion state data of the wearable device body 110 in real time. Since the wearable device body 110 is worn on the wearer's wrist, the motion sensing module 123 can realize real-time sensing wear At the same time, the motion sensing module 123 transmits the corresponding motion state data to the gesture recognition module 124 in real time after obtaining the corresponding motion state data.

The motion sensing module 123 can be realized by using a gyroscope, an acceleration sensor, and the like. The specific implementation means of the motion sensing module 123 is not limited thereto, and other feasible motion sensing schemes can also be used, as long as the motion state data of the wearer's wrist can be accurately and quickly sensed.

In addition, if the wearable device body 110 (such as the above-mentioned smart bracelet or smart watch) already has a corresponding action state sensor (such as a gyroscope, an acceleration sensor, etc.) and the accuracy and speed can meet the requirements, the wearable device can be used directly The action state sensor included in the main body 110 constitutes the action sensing module 123 .

The gesture recognition module 124 in the police wearable system 120 is connected with the motion sensing module 123 for data, and acquires the motion state data sensed by the motion sensing module 123 in real time, and calculates and recognizes corresponding gestures accordingly.

The gesture recognition module 124 here can be specifically implemented by a corresponding gesture recognition algorithm.

The main control module 125 in the police wearable system 120, as the control center in the police wearable system 120, controls and connects the wireless communication module 121, the gesture function module 122, the motion sensing module 123 and the gesture recognition module 124 respectively, and coordinates them to cooperate in work.

Wherein, the main control module 125 extracts the corresponding control instruction from the gesture function module 122 according to the gesture action recognized by the gesture recognition module 124 , forms corresponding control instruction information and transmits it externally through the wireless communication module 121 .

At the same time, after the wireless communication module 121 receives the information fed back by the mobile police communication 200, the main control module 125 processes it in real time and feeds it back to the wearer.

In addition, if there is a main processing chip in the wearable device body 110 (such as the above-mentioned smart bracelet or smart watch) and the calculation speed can meet the requirements, the main processing chip in the wearable device body 110 can be directly used to form the main control module 125 .

In the above solution of the police wearable system 120, this example further adds a GPS module 126, which is connected with the main control module 125 in data to obtain the wearer's location information in real time.

In addition, if the wearable device body 110 (such as the above-mentioned smart bracelet or smart watch) has a GPS positioning chip and the accuracy and calculation speed can meet the requirements, the GPS positioning chip in the wearable device body 110 can be directly used as the GPS module. 126.

In the above scheme of the police wearable system 120, this example further adds a vibration module 127, which is connected with the main control module 125 for data, and feeds back corresponding information to the wearer in real time through physical vibration. Vibration frequency to represent different meanings.

In addition, if there is a corresponding vibrator in the wearable device body 110 (such as the above-mentioned smart bracelet or smart watch) and the accuracy and performance can meet the requirements, the vibrator in the wearable device body 110 can be directly used as the vibration module. 127.

In the above-mentioned police wearable system 120 solution, this example further adds a physiological state sensor 128, which is connected with the main control module 125 data to obtain the wearer's physiological state information in real time, such as heartbeat, exercise state, Blood medicine, body temperature, etc., in order to know the wearer's physical state in real time.

In addition, if the wearable device body 110 (such as the above-mentioned smart bracelet or smart watch) has a corresponding physiological state sensor and the accuracy and performance can meet the requirements, the physiological state sensor in the wearable device body 110 can be directly used as the physiological state sensor. status sensor 128 .

Example 2

Referring to FIG. 2 , it is a schematic composition diagram of an application system of a police wrist wearable device based on the police wrist wearable device 100 in Example 1. Referring to FIG.

The application system is mainly formed by the police wrist wearable device 100 , the mobile police communication 200 and the linkage platform 300 .

The police wrist wearable device 100, as described in Example 1, is worn on the user's wrist as a wearable device, recognizes the wearer's gesture in real time and forms a corresponding gesture control command to send to the mobile police communication 200; At the same time, it accepts the information returned by the mobile police communication 200 and feeds it back to the wearer.

The mobile police communication 200 is wirelessly connected with the wireless communication module 121 in the police wrist wearable device 100, and the two realize one-to-one pairing after identity authentication. The mobile police communication 200 obtains gesture instructions sent by the police wrist wearable device 100 through wireless communication with the police wrist wearable device 100 (such as sending emergency alarm information, location information, audio live broadcast, request to the public security network linkage platform, etc.) Surrounding police rescue, etc.), and execute the instruction according to the gesture instruction, and send the execution result to the linkage platform 300 running in the public security safety network; at the same time, obtain the police processing information fed back by the linkage platform 300, and send it back to the police A wrist wearable device 100 .

Specifically, the mobile police communication 200 can be carried out on the existing mobile police communication equipment, and can be implemented by running in it to cooperate with the operation of the police wrist wearable device 100 or a software system. For example, if the corresponding mobile police communication APP is installed, the The Mobile Police Communication APP can respond to the gesture commands sent by the police wrist wearable device 100 in a timely manner, and send the result to the linkage platform 300 , and at the same time return the feedback information of the linkage platform 300 to the police wrist wearable device 100 .

The linkage platform 300 is the background data processing center of the entire application system, which runs in the public security network, and completes the analysis and processing of the data sent by the mobile police communication 200, and forms corresponding police processing information to feed back to the mobile police communication 200 or other police departments.

The public security network linkage platform 300 maintains a communication connection with the mobile network in real time with the mobile police communication 200 to complete data transmission. Specifically, the platform can be realized by using the background management system of the existing public security network.

In the police wrist wearable device application system thus constituted, the police wrist wearable device 100 is worn on the wrist of a police officer, and is uniquely paired and connected with the mobile police communication 200 equipped with it through Bluetooth, etc., and can be intelligently identified in real time. Wear the gestures of the police officers, and then control the mobile police app in the mobile police service to send corresponding information to the public security network linkage platform 300 according to the different gesture commands made by the police officers, such as sending emergency messages to the public security network linkage platform. Alarm information, location information, audio live broadcast, request for rescue from surrounding police, etc.

At the same time, the police wrist wearable device 100 can also record the physical state and motion state of police officers based on various integrated sensors such as physiological state sensors. 300 sends an alarm, and the public security network linkage platform can also grasp the current status of the police in real time.

The response result of the public security network linkage platform 300 is actively notified or sent to the mobile police communication 200 according to the requirements, and then the mobile police communication 200 notifies the police wrist wearable device 100, and the police wrist wearable device 100 feeds back to the wearable device. For police officers, if they can emit a specific vibration frequency to inform the police officer wearing it, different vibration frequencies represent different meanings.

Example 3

In this example, some specific practical applications are used to further illustrate the application system of the police wrist wearable device.

Based on Example 3, the police wrist wearable device application system is mainly formed by the police wrist wearable device 100 , the mobile police communication 200 and the linkage platform 300 .

In this example, the police wrist wearable device 100 specifically integrates a bluetooth module, and realizes device pairing and connection with the mobile police communication 200 through the bluetooth module; functions such as data transmission, interaction, and mutual control of the wearable device 100; and maintain data communication with the linkage platform 300 at the same time.

At the same time, the police wrist wearable device 100 has built-in motion state sensing devices such as a gyroscope and an acceleration sensor, so as to recognize the gestures of wearing police officers (such as policemen) and form corresponding gesture commands. On the premise of wearing the police wrist wearable device 100 correctly, the police wearing it can control the police wrist wearable device to perform corresponding operations by making specific gestures:

Application Scenario 1: Wearing a policeman can control the wrist wearable device to send an emergency alarm signal to the mobile police station by making a specific gesture, and the mobile police station will send the corresponding alarm information to the public security network linkage platform after receiving the emergency alarm signal , the public security network linkage platform performs corresponding operations according to the content and degree of the alarm.

Application Scenario 2: Wearing a policeman can control the wrist wearable device to send a recording signal to the mobile police pass by making another specific gesture. Linkage platform transmission.

Application Scenario 3: Wearing a policeman can control the wrist wearable device to send a rescue signal to the mobile police station by making another specific gesture, and the mobile police station sends a rescue request to the background, and the public security network linkage platform passes the query Send the location information of the requester and the location information of other police, and a rescue notification will be sent to the police around the requester.

Application Scenario 4: Wearing a policeman can control the wrist wearable device to send a location sharing request to the mobile police pass by making another specific gesture, and the mobile police pass sends the current location information to the background, and the public security network linkage platform can be used as needed. Show on the map or share with other police officers.

The police wrist wearable device 100 also has a vibration function. Based on the vibration function, the corresponding police processing information of the public security network linkage platform is fed back to the wearing policeman in the form of physical vibration. For example, after wearing a policeman to control the wearing policeman to send relevant information to the public security network linkage platform, the active notification (such as emergency evacuation) of the response result (such as alarm response success, failure, etc.) of the public security network linkage platform will be fed back to the mobile police communication platform. , and then fed back to the wrist wearable device by the mobile police communication, and the wrist wearable device notifies the user by sending out different vibration frequencies. For example, the public security network linkage platform can send an emergency evacuation message to the mobile police communication, and the mobile police communication will then send the evacuation information to the police wrist wearable device.

The police wrist wearable device also has a built-in heart rate sensor, based on the heart rate sensor, the security status of the wearing policeman can be monitored in real time. Once the heart rate of the policeman is abnormal, the corresponding alarm information will be sent to the public security network linkage platform through the supporting APP operated by Mobile Police.

The police wrist wearable device also integrates motion status detection function. Based on this function, the running status of the wearing policeman can be monitored in real time, such as the perception of static, falling, walking, running, etc., and can be connected to the public security network linkage platform through mobile police. Sending the current movement status information facilitates the platform to grasp and analyze the status information of the police in real time, and perform corresponding operations according to the analysis results.

The police wrist wearable device also integrates an identity authentication function. Based on the identity authentication function, the police wrist wearable device can be used as an identity authentication key through Bluetooth short-distance communication to realize mobile police power-on authentication, mobile Password-free login of the Police APP installed on Jingwutong, etc.

It can be seen from the above that based on the application system of the police wrist wearable device, the public security police can conveniently, quickly and covertly control the police affairs through gesture movements and send relevant instructions to the background of the public security network linkage, which is conducive to improving the efficiency of police law enforcement.

Furthermore, the perception of the status information of the police through the police wrist wearable device can also allow the public security network linkage platform to grasp the current situation of the police in real time. When an emergency occurs, the public security network linkage platform can detect it in time, thereby avoiding more dangerous situations. At the same time, the notification methods of different frequency vibration methods are more concealed, and the notification information can be sent to the using police more safely and quickly.

The basic principles, main features and advantages of the present invention have been shown and described above. Those skilled in the industry should understand that the present invention is not limited by the above-mentioned embodiments, and what described in the above-mentioned embodiments and the description only illustrates the principles of the present invention, and the present invention will also have other functions without departing from the spirit and scope of the present invention. Variations and improvements all fall within the scope of the claimed invention. The protection scope of the present invention is defined by the appended claims and their equivalents.

Claims (10)

1. A police wrist-type wearable device for public security law enforcement, comprising a wearable device body, characterized in that it also includes a police wearable system placed in the body, and the police wearable system includes: wireless communication module; A gesture function module, wherein various gesture actions and corresponding control instructions are stored in the gesture function module; Motion sensing module, the motion sensing module senses the motion state data of the body and transmits it to the gesture recognition module; Gesture recognition module, the gesture recognition module calculates and recognizes the corresponding gesture action according to the motion state data provided by the motion sensing module; The main control module, the main control module respectively controls and connects the wireless communication module, the gesture function module, the motion sensing module and the gesture recognition module, and extracts the corresponding control instruction from the gesture function module according to the gesture action recognized by the gesture recognition module, Form the corresponding control control instruction information and transmit it externally through the wireless communication module. 2. A police wrist wearable device for public security and law enforcement according to claim 1, wherein the motion sensing module is mainly composed of a gyroscope and an acceleration sensor. 3 . A police wrist wearable device for public security and law enforcement according to claim 1 , wherein the police wearable system further includes a GPS module, and the GPS module is connected to the main control module for data. 4 . 4. A police wrist wearable device for public security and law enforcement according to claim 1, characterized in that, the police wearable system further includes a vibration module, and the vibration module is connected to the main control module for data. 5. A police wrist wearable device for public security law enforcement according to claim 1, characterized in that, the police wearable system also includes a physiological state sensor, and the physiological state sensor and the main control module data connect. 6. A police wrist wearable device for public security and law enforcement according to claim 1, wherein the body of the wearable device is a smart bracelet or a smart watch. 7. A police wrist wearable device application system for public security law enforcement, characterized in that the application system includes: The police wrist wearable device according to any one of claims 1-6, the police wrist wearable device recognizes gestures of the wearer, and forms corresponding instructions to transmit to the mobile police device; Mobile police equipment, the mobile police equipment obtains and executes instructions from the police wrist wearable device, and transmits the information generated after execution to the safety network linkage platform; at the same time, it receives feedback information from the safety network linkage platform and transmits it to the police Wrist wearable device; A safety network linkage platform, the safety network linkage platform is wirelessly connected to the mobile police equipment, obtains information sent by the mobile police equipment, forms corresponding police processing information according to the information, and feeds back to the mobile police equipment. 8. The police wrist wearable device application system for public security law enforcement according to claim 7, wherein the police wrist wearable device acquires the wearer's physiological state data in real time and transmits it to the mobile police Equipment, mobile police equipment judges whether the wearer's physiological state is normal according to the data in real time, and if there is an abnormality, it immediately forms an alarm message and transmits it to the safety network linkage platform. 9. The police wrist-worn device application system for public security and law enforcement according to claim 8, wherein the alarm information includes the real-time location information of the wearer. 10. The police wrist wearable device application system for public security law enforcement according to claim 7, characterized in that, the police wrist wearable device is used as the KEY for identity authentication, and is opened and logged into the mobile phone through short-distance communication. police equipment.