CN111292215A - Comprehensive information management system for realizing function of preventing jail and escape behaviors based on Bluetooth and multi-sensing technology and processing method thereof - Google Patents
Comprehensive information management system for realizing function of preventing jail and escape behaviors based on Bluetooth and multi-sensing technology and processing method thereof Download PDFInfo
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Abstract
The invention relates to a comprehensive information management system for realizing the function of preventing jail and escape behaviors based on Bluetooth and multi-sensing technologies, which comprises a sensing layer, a monitoring layer and a control layer, wherein the sensing layer is used for sensing positions and actions; the acquisition layer is used for simply processing and judging the original data; the network layer is used for carrying out information data access and transmission control; the application layer is used for data storage, behavior/action recognition, personnel management and early warning management. The invention also relates to a method for preventing and processing the jail and escape behaviors based on the Bluetooth and multi-sensing technology. By adopting the comprehensive information management system and the processing method thereof for realizing the function of preventing the jail and the escape behaviors based on the Bluetooth and the multi-sensing technology, the daily management of the prison police, the dynamic management of escort personnel and the early warning and emergency command of emergency events are realized by a prison command center, the structure is simple and practical, the processing process is quick and convenient, the working performance is stable and reliable, the application range is wider, and the comprehensive information management system and the processing method thereof have profound significance in the aspects of social public safety risk detection, early warning and control.
Description
Technical Field
The invention relates to the field of behavior analysis and identification, in particular to the technical field of supervision place management, and specifically relates to a comprehensive information management system and a processing method thereof for realizing a function of preventing jail and escape behaviors based on Bluetooth and multi-sensor technologies.
Background
At present, the analysis and detection technology for the jail and escape behaviors is mainly based on a video technology, the judgment of abnormal behaviors cannot be accurately realized, and the practical application demonstration of prison does not exist.
The system and the method aim to effectively solve the problem that the active monitoring means of the supervision place is lack, and realize daily management of policemen, dynamic management of escorting personnel, early warning of emergencies and emergency command by a prison command center. On the basis of position information, research is carried out around key technologies such as a multi-source information behavior description method and an abnormal behavior detection algorithm, abnormal behavior characteristic analysis is carried out through a multi-source information fusion technology, comprehensive information management software is developed, an anti-jail and anti-escape comprehensive information management demonstration platform is established, jail and escape behaviors are comprehensively identified, and the problems of jail and escape behavior detection and early warning of escorting personnel in a supervision place are solved.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a comprehensive information management system and a processing method thereof for realizing the function of preventing jail and escape behaviors based on the Bluetooth and multi-sensor technology, which have the advantages of rapidness and convenience in processing process, stable and reliable working performance and wider application range.
In order to achieve the purpose, the comprehensive information management system for realizing the function of preventing the jail and the escape behavior based on the Bluetooth and the multi-sensing technology and the processing method thereof are as follows:
the comprehensive information management system for realizing the function of preventing the jail and the escape behavior based on the Bluetooth and the multi-sensing technology is mainly characterized by comprising the following components in parts by weight:
the perception layer is used for position perception and motion perception;
the acquisition layer is connected with the sensing layer and used for receiving the original data information obtained by the sensing layer and simply processing and judging the original data;
the network layer is connected with the acquisition layer and is used for receiving the data information obtained by the acquisition layer and carrying out information data access and transmission control;
and the application layer is connected with the network layer and is used for receiving the data information transmitted by the network layer and carrying out data storage, behavior/action recognition, personnel management and early warning management.
Preferably, the sensing layer comprises:
the position information sensing module is connected with the acquisition layer and used for sensing the position information of personnel;
and the action sensing module is connected with the acquisition layer and is used for sensing the violent actions of the personnel.
Preferably, the position information sensing module comprises a positioning bracelet worn by a prisoner or a positioning chest card worn by an policeman.
Preferably, the acquisition layer comprises:
the position acquisition base station is connected with the position information sensing module and used for receiving the personnel position information of the position information sensing module;
and the action acquisition base station is connected with the action sensing module and used for receiving the personnel action information of the action sensing module.
Preferably, the network layer includes a network access device, connected to the acquisition layer and the application layer, and configured to implement local area network and public network access of the device, and implement data transmission between the front-end device and the background.
Preferably, the application layer comprises:
the data application server is connected with the network layer and used for accessing a local area network and a public network to realize the functions of application service support and data storage processing;
the personnel information management module is connected with the network layer and used for realizing information management control of criminals and policemen;
the behavior and action recognition module is connected with the network layer and used for realizing the behavior recognition and the action recognition of personnel;
and the early warning management module is connected with the network layer and used for realizing early warning management control of abnormal behaviors.
The method for preventing and processing the jail and escape behaviors based on the Bluetooth and multi-sensing technology is mainly characterized by comprising the following steps of:
(1) the sensing layer senses the position and the action;
(2) the acquisition layer receives the original data information and simply processes and judges the original data;
(3) the network layer receives and carries out information data access and transmission control;
(4) the application layer identifies behaviors and actions and sends out alarm information.
Preferably, the method comprises the steps of intrusion behavior judgment and alarm, and specifically comprises the following steps:
(1-4.1) sensing a tag entering a zone;
(1-4.2) judging whether the area is a regular area, if so, continuing the step (1-4.3); otherwise, judging the illegal intrusion behavior and generating an alarm;
(1-4.3) judging whether the label is authorized to enter, if so, determining that the behavior accords with the rule, and exiting the step; otherwise, judging the illegal intrusion behavior and generating an alarm.
Preferably, the method comprises a step of escape behavior identification, specifically comprising the steps of:
(2-4.1) sensing that the label enters a defined regular area;
(2-4.2) judging whether the label has a moving behavior in the area, if so, continuing the step (2-4.3); otherwise, judging that the label leaves and generating an alarm, and exiting the step;
(2-4.3) judging whether the position of the label meets the rule within the preset time, if so, judging that the behavior of the label meets the rule, and exiting the step; otherwise, judging the escape behavior and generating an alarm, and exiting the step.
Preferably, the method includes a step of identifying abnormal contact behavior, specifically including the steps of:
(3-4.1) sensing that the label enters a defined regular area;
(3-4.2) judging whether the label is a controlled person, if so, continuing the step (3-4.3); otherwise, generating an alarm and exiting the step;
(3-4.3) judging whether other people meeting the rule exist in the judgment area, if so, continuing the step (3-4.4), otherwise, enabling the label behavior to meet the rule, and quitting the step;
(3-4.4) judging whether the distance between the label and the position of the label of other personnel is smaller than a specified distance, if so, judging that the label is in abnormal contact, generating alarm information, and exiting the step; otherwise, the label behavior conforms to the rule, and the step is exited.
Preferably, the method comprises a retention behavior recognition step, specifically comprising the steps of:
(4-4.1) sensing that the label enters a defined rule area, and starting timing;
(4-4.2) judging whether the timing time is greater than the specified time, if so, judging that the time is illegally retained, and generating alarm information; otherwise, the label behavior conforms to the rule, and the step is exited.
Preferably, the method includes a violent action recognition step, and specifically includes the following steps:
(5-4.1) sensing that the label enters a defined regular area;
(5-4.2) judging whether the label action amplitude value is larger than a specified threshold value through a sensor, if so, judging that the label action amplitude value is illegally retained, and generating alarm information; otherwise, the label behavior conforms to the rule, the step is exited, and alarm information is generated; otherwise, the label behavior conforms to the rule, and the step is exited.
The comprehensive information management system and the processing method thereof for realizing the function of preventing the jail and the escape behavior based on the Bluetooth and the multi-sensing technology are adopted, the research is carried out around the key technologies such as the multi-source information behavior description method, the abnormal behavior detection algorithm and the like on the basis of the information such as the position, the action and the like by adopting the Bluetooth and the multi-sensing technology, the abnormal behavior characteristic analysis is carried out through the multi-source information fusion technology, the comprehensive information management software is developed, the jail and escape prevention comprehensive information management demonstration platform is established, the jail and escape behaviors are comprehensively identified, the problems of detection and early warning of the jail and the escape behaviors of escorting personnel in a supervision place are solved, the daily management of policemen, the dynamic management of the escorting personnel and the early warning and emergency command of emergency events are realized by a prisorting command center, the structure is simple and practical, the processing process is fast and convenient, the working performance is stable, The method has wide application range and has profound significance in the aspects of social public safety risk detection, early warning and control.
Drawings
Fig. 1 is a schematic diagram of an architecture of a comprehensive information management system for realizing a function of preventing jail and escape behaviors based on bluetooth and multi-sensing technologies.
Fig. 2 is a flow chart of break-in behavior judgment and alarm for implementing a jail and escape behavior prevention processing method based on bluetooth and multi-sensing technologies.
Fig. 3 is a flow chart of escape behavior recognition for implementing a jail and escape behavior prevention processing method based on bluetooth and multi-sensing technology according to the present invention.
Fig. 4 is a flowchart of abnormal contact behavior recognition for implementing a jail and escape behavior prevention processing method based on bluetooth and multi-sensing technologies according to the present invention.
Fig. 5 is a flow chart of detention behavior identification implementing a jail and escape behavior prevention processing method based on bluetooth and multi-sensing technology in accordance with the present invention.
Fig. 6 is a flow chart of violent action recognition for implementing a jail and escape behavior prevention processing method based on bluetooth and multi-sensing technologies according to the present invention.
Detailed Description
In order to more clearly describe the technical contents of the present invention, the following further description is given in conjunction with specific embodiments.
The invention relates to a comprehensive information management system for realizing the function of preventing jail and escape behaviors based on Bluetooth and multi-sensing technology, which comprises the following components:
the perception layer is used for position perception and motion perception;
the acquisition layer is connected with the sensing layer and used for receiving the original data information obtained by the sensing layer and simply processing and judging the original data;
the network layer is connected with the acquisition layer and is used for receiving the data information obtained by the acquisition layer and carrying out information data access and transmission control;
and the application layer is connected with the network layer and is used for receiving the data information transmitted by the network layer and carrying out data storage, behavior/action recognition, personnel management and early warning management.
As a preferred embodiment of the present invention, the sensing layer comprises:
the position information sensing module is connected with the acquisition layer and used for sensing the position information of personnel;
and the action sensing module is connected with the acquisition layer and is used for sensing the violent actions of the personnel.
As a preferred embodiment of the present invention, the position information sensing module includes a positioning bracelet worn by a prisoner or a positioning chest card worn by an policeman.
As a preferred embodiment of the present invention, said acquisition layer comprises:
the position acquisition base station is connected with the position information sensing module and used for receiving the personnel position information of the position information sensing module;
and the action acquisition base station is connected with the action sensing module and used for receiving the personnel action information of the action sensing module.
As a preferred embodiment of the present invention, the network layer includes a network access device, and is connected to the acquisition layer and the application layer, and is used to implement local area network and public network access of the device, and implement data transmission between the front-end device and the background.
As a preferred embodiment of the present invention, the application layer includes:
the data application server is connected with the network layer and used for accessing a local area network and a public network to realize the functions of application service support and data storage processing;
the personnel information management module is connected with the network layer and used for realizing information management control of criminals and policemen;
the behavior and action recognition module is connected with the network layer and used for realizing the behavior recognition and the action recognition of personnel;
and the early warning management module is connected with the network layer and used for realizing early warning management control of abnormal behaviors.
The invention discloses a method for preventing and processing jail and escape behaviors based on Bluetooth and multi-sensing technologies by utilizing the system, which comprises the following steps:
(1) the sensing layer senses the position and the action;
(2) the acquisition layer receives the original data information and simply processes and judges the original data;
(3) the network layer receives and carries out information data access and transmission control;
(4) the application layer identifies behaviors and actions and sends out alarm information.
The method comprises the steps of judging intrusion behavior and alarming, and specifically comprises the following steps:
(1-4.1) sensing a tag entering a zone;
(1-4.2) judging whether the area is a regular area, if so, continuing the step (1-4.3); otherwise, judging the illegal intrusion behavior and generating an alarm;
(1-4.3) judging whether the label is authorized to enter, if so, determining that the behavior accords with the rule, and exiting the step; otherwise, judging the illegal intrusion behavior and generating an alarm.
The method comprises the step of escape behavior identification, and specifically comprises the following steps:
(2-4.1) sensing that the label enters a defined regular area;
(2-4.2) judging whether the label has a moving behavior in the area, if so, continuing the step (2-4.3); otherwise, judging that the label leaves and generating an alarm, and exiting the step;
(2-4.3) judging whether the position of the label meets the rule within the preset time, if so, judging that the behavior of the label meets the rule, and exiting the step; otherwise, judging the escape behavior and generating an alarm, and exiting the step.
The method comprises the step of identifying the abnormal contact behavior, and specifically comprises the following steps:
(3-4.1) sensing that the label enters a defined regular area;
(3-4.2) judging whether the label is a controlled person, if so, continuing the step (3-4.3); otherwise, generating an alarm and exiting the step;
(3-4.3) judging whether other people meeting the rule exist in the judgment area, if so, continuing the step (3-4.4), otherwise, enabling the label behavior to meet the rule, and quitting the step;
(3-4.4) judging whether the distance between the label and the position of the label of other personnel is smaller than a specified distance, if so, judging that the label is in abnormal contact, generating alarm information, and exiting the step; otherwise, the label behavior conforms to the rule, and the step is exited.
The method comprises a retention behavior identification step, and specifically comprises the following steps:
(4-4.1) sensing that the label enters a defined rule area, and starting timing;
(4-4.2) judging whether the timing time is greater than the specified time, if so, judging that the time is illegally retained, and generating alarm information; otherwise, the label behavior conforms to the rule, and the step is exited.
The method comprises a violent action identification step, and specifically comprises the following steps:
(5-4.1) sensing that the label enters a defined regular area;
(5-4.2) judging whether the label action amplitude value is larger than a specified threshold value through a sensor, if so, judging that the label action amplitude value is illegally retained, and generating alarm information; otherwise, the label behavior conforms to the rule, the step is exited, and alarm information is generated; otherwise, the label behavior conforms to the rule, and the step is exited.
In a specific embodiment of the present invention, a system architecture is shown in fig. 1, and the integrated information management system for implementing anti-jail and anti-escape based on bluetooth and multi-sensing technologies is divided into four layers, including a sensing layer, an acquisition layer, a network layer and an application layer, where:
(1) the perception layer is used for perceiving position information perception and action information perception of the personnel in the region, and comprises the following components:
a location information sensing module, configured to sense location information of a person, including two forms: one is a positioning bracelet, which is used for a prisoner to wear; one is a positioning chest card which is worn by police;
an action perception module for perceiving a violent action of the person;
the sensing layer mainly comprises a position information sensing module and an action sensing module. The position information sensing module is essentially an active RFID electronic tag working in a 2.45GHz frequency band, and transmits tag information to the acquisition base station through a Bluetooth technology. The position information perception module can adopt various forms, such as a positioning bracelet for a prisoner to wear; one is a positioning chest card which is used for police to wear and the like, and the appearance of the positioning chest card can be designed independently. The action sensing module is essentially an acceleration sensor and comprises an acceleration module, a gyroscope module and other inertial sensor modules, wherein the acceleration module acquires acceleration three-channel data, the gyroscope module acquires angular velocity three-channel data, and the data acquired by the action sensing module is transmitted to an action acquisition base station in real time in a wireless transmission mode.
(2) The acquisition layer is used for receiving the original data information obtained by the sensing layer and simply processing and judging the original data, and comprises the following steps:
the position acquisition base station is used for receiving the personnel position information sensed by the position information sensing module;
the action acquisition base station is used for receiving the action information of the personnel sensed by the action sensing module;
the acquisition layer mainly comprises a position acquisition base station and an action acquisition base station. The position acquisition base station adopts a signal arrival angle positioning technology and is used for receiving information such as personnel position information, battery voltage state, anti-disassembly state and the like sensed by the position information sensing module; when the Bluetooth positioning system works in a BLE mode, 37 broadcast channels in a Bluetooth protocol are used, frequency bands with serious wireless interference such as WIFI are avoided, and electromagnetic interference of the system and external equipment to the positioning base station is effectively avoided. And the action acquisition base station is used for receiving the personnel action information sensed by the action sensing module.
(3) The network layer is used for receiving the data information obtained by the acquisition layer, and performing information data access and transmission control, and comprises:
the network access equipment is used for realizing the access of a local area network and a public network of the equipment and realizing the data transmission of the front-end equipment and the background;
the network layer mainly comprises hardware devices such as network devices and local area networks. And uploading the data information to a data and application server through a network device such as a router and a local area network.
(4) The application layer is used for receiving the data information transmitted by the network layer, and performing data storage, behavior/action recognition, personnel management and early warning management, wherein the application layer comprises:
and the data application server is accessed to the local area network and the public network through the network access equipment and is used for application service support and data storage processing.
A personnel information management module for information management control of the criminal and the policeman;
a behavior/action recognition module for the recognition of the behavior and the action of the person;
and the early warning management module is used for early warning management control of abnormal behaviors.
The application layer is composed of a plurality of subsystems, including data application service, personnel information management, behavior/action recognition, early warning management and other subsystems. The data application service is accessed to the local area network and the public network through the network access equipment and is used for application service support and data storage processing; the personnel information management module is used for managing and controlling information of the criminal and the policeman; the behavior/action recognition module is used for recognizing the behavior and the action of the personnel; and the early warning management module is used for early warning management control of abnormal behaviors.
The system can realize real-time receiving and storing of the position information and the action information.
The system can realize the hierarchical management of personnel space authority. And carrying out authority division on different sub-areas in the area, and limiting the entrance and exit of personnel in corresponding levels according to corresponding authorities for each sub-area so as to realize hierarchical management.
As shown in fig. 2 to 6, the system can realize intrusion behavior judgment and warning, escape behavior judgment and warning, abnormal contact behavior judgment and warning, abnormal retention behavior judgment and warning, and violent action judgment and warning.
As shown in fig. 2, the intrusion behavior recognition includes the following steps:
(1-1) defining a rule area and specifying a judgment rule;
(1-2) the tag enters the area;
(1-3) the system judging whether the area is a regular area;
(1-4) if yes, judging whether the label is authorized to enter;
(1-5) if not, judging the illegal intrusion and generating an alarm.
As shown in fig. 3, escape behavior recognition includes the following steps:
(2-1) defining a rule area and specifying a judgment rule;
(2-2) whether the tag has moved within the area;
(2-3) if yes, judging whether the position of the label meets the rule in the time;
and (2-4) if not, judging to leave and generating an alarm.
As shown in fig. 4, the abnormal contact behavior recognition includes the following steps:
(3-1) defining a rule area and specifying a judgment rule;
(3-2) the label enters the area;
(3-3) judging whether the controlled person exists;
(3-4) if yes, judging whether other people meeting the rule exist in the area;
(3-5) if yes, judging whether the distance between the label positions is smaller than a specified distance;
and (3-6) if yes, judging the abnormal contact, and generating alarm information.
As shown in fig. 5, the retention behavior recognition includes the following steps:
(4-1) defining a rule area and specifying a judgment rule;
(4-2) the tag enters the area and starts timing;
(4-3) judging whether the time is greater than a specified time;
and (4-4) if yes, judging that the residence is illegal, and generating alarm information.
As shown in fig. 6, the violent action recognition includes the following steps:
(5-1) specifying a violent action threshold;
(5-2) judging whether the motion amplitude value of the sensor is larger than a specified threshold value;
and (5-3) if yes, judging the violent action and generating alarm information.
The comprehensive information management system and the processing method thereof for realizing the function of preventing the jail and the escape behavior based on the Bluetooth and the multi-sensing technology are adopted, the research is carried out around the key technologies such as the multi-source information behavior description method, the abnormal behavior detection algorithm and the like on the basis of the information such as the position, the action and the like by adopting the Bluetooth and the multi-sensing technology, the abnormal behavior characteristic analysis is carried out through the multi-source information fusion technology, the comprehensive information management software is developed, the jail and escape prevention comprehensive information management demonstration platform is established, the jail and escape behaviors are comprehensively identified, the problems of detection and early warning of the jail and the escape behaviors of escorting personnel in a supervision place are solved, the daily management of policemen, the dynamic management of the escorting personnel and the early warning and emergency command of emergency events are realized by a prisorting command center, the structure is simple and practical, the processing process is fast and convenient, the working performance is stable, The method has wide application range and has profound significance in the aspects of social public safety risk detection, early warning and control.
In this specification, the invention has been described with reference to specific embodiments thereof. It will, however, be evident that various modifications and changes may be made thereto without departing from the broader spirit and scope of the invention. The specification and drawings are, accordingly, to be regarded in an illustrative rather than a restrictive sense.
Claims (12)
1. A comprehensive information management system for realizing the function of preventing jail and escape behaviors based on Bluetooth and multi-sensing technologies is characterized by comprising:
the perception layer is used for position perception and motion perception;
the acquisition layer is connected with the sensing layer and used for receiving the original data information obtained by the sensing layer and simply processing and judging the original data;
the network layer is connected with the acquisition layer and is used for receiving the data information obtained by the acquisition layer and carrying out information data access and transmission control;
and the application layer is connected with the network layer and is used for receiving the data information transmitted by the network layer and carrying out data storage, behavior/action recognition, personnel management and early warning management.
2. The integrated information management system for jail and escape behavior prevention based on bluetooth and multi-sensor technologies as claimed in claim 1, wherein said sensing layer comprises:
the position information sensing module is connected with the acquisition layer and used for sensing the position information of personnel;
and the action sensing module is connected with the acquisition layer and is used for sensing the violent actions of the personnel.
3. The integrated information management system for implementing jail and escape behavior prevention function based on bluetooth and multi-sensing technology as claimed in claim 2, wherein the location information perceiving module comprises a location bracelet worn by a prisoner or a location chest card worn by a policeman.
4. The integrated information management system for jail and escape behavior prevention based on bluetooth and multi-sensor technologies as claimed in claim 2, wherein the acquisition layer comprises:
the position acquisition base station is connected with the position information sensing module and used for receiving the personnel position information of the position information sensing module;
and the action acquisition base station is connected with the action sensing module and used for receiving the personnel action information of the action sensing module.
5. The integrated information management system for implementing jail and escape behavior prevention functions based on bluetooth and multi-sensing technologies as claimed in claim 1, wherein the network layer comprises a network access device connected to the acquisition layer and the application layer for implementing local area network and public network access of the device and implementing data transmission of the front-end device and the background.
6. The integrated information management system for jail and escape behavior prevention based on bluetooth and multi-sensor technologies as claimed in claim 1, wherein the application layer comprises:
the data application server is connected with the network layer and used for accessing a local area network and a public network to realize the functions of application service support and data storage processing;
the personnel information management module is connected with the network layer and used for realizing information management control of criminals and policemen;
the behavior and action recognition module is connected with the network layer and used for realizing the behavior recognition and the action recognition of personnel;
and the early warning management module is connected with the network layer and used for realizing early warning management control of abnormal behaviors.
7. A method for implementing a jail and escape behavior prevention process based on bluetooth and multiple sensing technology using the system of claim 1, the method comprising the steps of:
(1) the sensing layer senses the position and the action;
(2) the acquisition layer receives the original data information and simply processes and judges the original data;
(3) the network layer receives and carries out information data access and transmission control;
(4) the application layer identifies behaviors and actions and sends out alarm information.
8. The method for preventing and processing jail and escape behaviors based on Bluetooth and multi-sensing technology as claimed in claim 7, wherein the method comprises the steps of break-in behavior judgment and alarm, and specifically comprises the following steps:
(1-4.1) sensing a tag entering a zone;
(1-4.2) judging whether the area is a regular area, if so, continuing the step (1-4.3); otherwise, judging the illegal intrusion behavior and generating an alarm;
(1-4.3) judging whether the label is authorized to enter, if so, determining that the behavior accords with the rule, and exiting the step; otherwise, judging the illegal intrusion behavior and generating an alarm.
9. The method for implementing a jail and escape behavior prevention process based on bluetooth and multi-sensor technology as claimed in claim 7, wherein the method comprises a step of escape behavior recognition, specifically comprising the following steps:
(2-4.1) sensing that the label enters a defined regular area;
(2-4.2) judging whether the label has a moving behavior in the area, if so, continuing the step (2-4.3); otherwise, judging that the label leaves and generating an alarm, and exiting the step;
(2-4.3) judging whether the position of the label meets the rule within the preset time, if so, judging that the behavior of the label meets the rule, and exiting the step; otherwise, judging the escape behavior and generating an alarm, and exiting the step.
10. The method for implementing a jail and escape behavior prevention processing based on bluetooth and multi-sensor technology as claimed in claim 7, wherein the method comprises a step of abnormal contact behavior recognition, specifically comprising the following steps:
(3-4.1) sensing that the label enters a defined regular area;
(3-4.2) judging whether the label is a controlled person, if so, continuing the step (3-4.3); otherwise, generating an alarm and exiting the step;
(3-4.3) judging whether other people meeting the rule exist in the judgment area, if so, continuing the step (3-4.4), otherwise, enabling the label behavior to meet the rule, and quitting the step;
(3-4.4) judging whether the distance between the label and the position of the label of other personnel is smaller than a specified distance, if so, judging that the label is in abnormal contact, generating alarm information, and exiting the step; otherwise, the label behavior conforms to the rule, and the step is exited.
11. The method for implementing a jail and escape behavior prevention process based on bluetooth and multi-sensor technology as claimed in claim 7, wherein the method comprises a retention behavior recognition step, specifically comprising the following steps:
(4-4.1) sensing that the label enters a defined rule area, and starting timing;
(4-4.2) judging whether the timing time is greater than the specified time, if so, judging that the time is illegally retained, and generating alarm information; otherwise, the label behavior conforms to the rule, and the step is exited.
12. The method for implementing a jail and escape behavior prevention process based on bluetooth and multi-sensor technology as claimed in claim 7, wherein the method comprises a violent action recognition step, specifically comprising the following steps:
(5-4.1) sensing that the label enters a defined regular area;
(5-4.2) judging whether the label action amplitude value is larger than a specified threshold value through a sensor, if so, judging that the label action amplitude value is illegally retained, and generating alarm information; otherwise, the label behavior conforms to the rule, the step is exited, and alarm information is generated; otherwise, the label behavior conforms to the rule, and the step is exited.
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| CN2019111410322 | 2019-11-20 | ||
| CN201911141032 | 2019-11-20 |
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| CN111292215A true CN111292215A (en) | 2020-06-16 |
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