CN112887917A

CN112887917A - System and method for processing monitoring data

Info

Publication number: CN112887917A
Application number: CN202011354560.9A
Authority: CN
Inventors: 赵瑞祥; 卢小亮; 倪清逸
Original assignee: Qing Yanxun Technology Beijing Co ltd
Current assignee: Qing Yanxun Technology Beijing Co ltd
Priority date: 2020-11-27
Filing date: 2020-11-27
Publication date: 2021-06-01

Abstract

The application provides a system and a method for processing monitoring data, and relates to the technical field of networks. The system comprises: the mobile base station comprises an anti-dismantling bracelet, mobile base station equipment, a data processing platform and a situation perception platform; the anti-dismantling bracelet is used for carrying out information interaction with the mobile base station equipment and collecting monitoring data; the mobile base station equipment is used for transmitting the monitoring data acquired from the anti-dismantling bracelet to the data processing platform; the data processing platform is used for analyzing the monitoring data and outputting the monitoring data and monitoring alarm information generated by analysis; and the situation awareness platform is used for acquiring the monitoring data and the monitoring alarm information, outputting the monitoring data and the monitoring alarm information, and generating a prompt message according to the monitoring alarm information. The method and the device for monitoring the data processing efficiency improve the monitoring data processing efficiency.

Description

System and method for processing monitoring data

Technical Field

The present application relates to the field of network technologies, and in particular, to a system and a method for processing monitoring data.

Background

With the rapid development of positioning technology and data processing technology, accurate monitoring of a monitored target has been applied to various fields, so that processing is performed based on the obtained monitoring data, and data support is provided for different applications.

At present, the current processing to the monitored data is only to carry out analysis processes to the positioning data of gathering the control target through the treater to judge whether accord with the control demand, however, single treater is handled the positioning data of a large amount of control targets, has influenced the timeliness to the monitoring data processing greatly, has increased the system consumption to data processing, can't satisfy the rapid processing demand of different monitoring data, thereby reduces the treatment effeciency of monitoring data.

Disclosure of Invention

The application provides a system and a method for processing monitoring data, which can solve the problem of poor processing efficiency of the monitoring data. The technical scheme is as follows:

according to an aspect of the present application, there is provided a processing system for monitoring data, comprising: the mobile base station comprises an anti-dismantling bracelet, mobile base station equipment, a data processing platform and a situation perception platform;

the anti-dismantling ring is used for carrying out information interaction with the mobile base station equipment and is used for collecting monitoring data;

the mobile base station equipment performs information interaction with the data processing platform, and is used for transmitting the monitoring data acquired from the anti-dismantling ring to the data processing platform;

the data processing platform is used for analyzing the monitoring data and outputting the monitoring data and monitoring alarm information generated by analysis;

the situation awareness platform is used for acquiring the monitoring data and the monitoring alarm information, and outputting the monitoring data, the monitoring alarm information and a prompt message generated according to the monitoring alarm information.

Further, the monitoring data comprises at least one item of heart rate information, positioning information and electric quantity information, the monitoring alarm information comprises at least one item of heart rate alarm information, electric quantity alarm information and positioning alarm information,

the data processing platform is specifically used for outputting the generated heart rate alarm information when the heart rate information in the monitoring data is judged to be in an abnormal heart rate state based on a heart rate fluctuation standard; and/or the presence of a gas in the gas,

the data processing platform is specifically used for outputting generated electric quantity warning information when the electric quantity information in the monitoring data is judged to be in an abnormal electric quantity state based on a preset electric quantity demand range; and/or the presence of a gas in the gas,

the data processing platform is specifically configured to output the generated positioning warning information when it is determined that the positioning information in the monitoring data is in an abnormal positioning state based on the planned route information.

Further, the system further comprises: a data center platform, wherein the data center platform respectively performs information interaction with the data processing platform and the situation awareness platform, the positioning information comprises Bluetooth positioning information and GPS positioning information,

the data processing platform is specifically further configured to, when the positioning information is bluetooth positioning information, perform conversion processing on the bluetooth positioning information in combination with the position of the mobile base station device, and transmit the converted GPS positioning information and GPS information in the positioning information to the data center platform.

Further, the data processing platform is further configured to generate and output abnormal warning information when it is determined that at least one of the heart rate information, the positioning information, and the electric quantity information in the monitoring data is in a missing state.

Furthermore, the anti-tamper ring is further configured to send a first broadcast signal according to a first preset time interval; when a second broadcast signal responded by the mobile base station equipment based on the first broadcast signal is scanned within a second preset time interval, collecting the Bluetooth positioning information; and when a second broadcast signal responded by the mobile base station equipment based on the broadcast signal is not scanned within a second preset time interval, acquiring GPS positioning information.

Further, the data center platform is configured to store the monitoring data and the monitoring alarm information that are received and output by the data processing platform, and output the monitoring data and the monitoring alarm information to the situation awareness platform.

Furthermore, the situation awareness platform is further configured to receive target monitoring point information, plan route information matched with a monitoring target wearing the anti-tamper ring according to the target monitoring point information, and upload the route information to the data center platform for storage;

the data processing platform is specifically further configured to acquire planned route information from the data center platform, and determine whether positioning information in the monitoring data is in an abnormal positioning state in real time based on the route information.

Further, the situation awareness platform is specifically further configured to receive connection information matched with the target monitoring point information, and generate route information matched with the connection information and conforming to a preset monitoring distance.

Further, the situation awareness platform is specifically configured to acquire type information of the target monitoring point information, screen the target monitoring point information in combination with the type information, and extract target monitoring point information meeting a monitoring target safety index, where the type information is used to distinguish at least one of building information, service information, and people flow information of the target monitoring point information; and planning and generating route information according to the extracted target monitoring point information.

Further, the situation awareness platform is specifically configured to plan and generate route information based on start point information and end point information in the target monitoring point information when a curve obtained by sequentially connecting and extracting the target monitoring point information is a closed curve; and when the curves obtained by sequentially connecting the extracted target monitoring point information are open curves, determining the open curves as planned route information.

Further, the situation awareness platform is further configured to, when a monitoring query request is received, obtain at least one of positioning information, heart rate information, positioning alarm information, heart rate alarm information, electric quantity information, and electric quantity alarm information, which are matched with query contents in the monitoring query request, from the data center platform, and output the information according to a time sequence.

Further, the situation awareness platform is specifically configured to mark the positioning information in a world map based on a time sequence, and call a matched monitoring task for output based on a binding relationship established for determining monitoring association.

Further, the system further comprises: a mobile device in information interaction with the data center platform,

the mobile device is configured to receive and display at least one of the monitoring data, the monitoring alarm information, the prompt message, and the communication content sent by the situation awareness platform, which are transmitted by the data center platform.

Further, the situation awareness platform is further configured to receive a binding relationship between a monitoring target and a monitoring party, the monitoring task, a mobile base station device identifier, a mobile device identifier, an anti-detachment ring identifier, and a vehicle identifier corresponding to the mobile base station device when a monitoring task is detected to be generated, and store the binding relationship into the data center platform, so that the monitoring data is stored and queried.

Further, the situation awareness platform is further configured to receive a communication instruction triggered by a monitoring party when a prompt message is generated based on the output monitoring alarm information, and send the communication instruction carrying the prompt message, communication content, and mobile device identifier to the data center platform;

the data center platform is further configured to receive the communication instruction, and transmit the prompt message and the communication content in the communication instruction to a mobile device matching the mobile device identifier.

Further, the data processing platform is further configured to acquire positioning information used for representing the mobile base station device, and transmit the positioning information to the data center platform for storage;

the data center platform is further configured to acquire positioning information indicating a position of the mobile device, and store the positioning information of the mobile base station device and the positioning information of the position of the mobile device;

and the situation awareness platform is further used for acquiring the positioning information acquired by the anti-dismantling ring from the data center platform based on the binding relationship when a positioning query request is received, and/or the positioning information used for representing the positions of the mobile base station equipment and the mobile equipment and outputting the positioning information.

According to another aspect of the present application, there is provided a method for processing monitoring data, including:

the anti-dismantling bracelet collects monitoring data;

the mobile base station equipment transmits the monitoring data acquired from the anti-dismantling ring to a data processing platform;

the data processing platform analyzes the monitoring data and outputs the monitoring data and monitoring alarm information generated by analysis;

and the situation awareness platform acquires the monitoring data and the monitoring alarm information, and outputs the monitoring data, the monitoring alarm information and a prompt message generated according to the monitoring alarm information.

Further, the monitoring data includes at least one item of heart rate information, positioning information, and power information, the monitoring alarm information includes at least one item of heart rate alarm information, power alarm information, and positioning alarm information, and the monitoring alarm information generated by the data processing platform output analysis includes:

when the data processing platform judges that the heart rate information in the monitoring data is in an abnormal heart rate state based on a heart rate fluctuation standard, outputting the generated heart rate alarm information; and/or the presence of a gas in the gas,

when the data processing platform judges that the electric quantity information in the monitoring data is in an abnormal electric quantity state based on a preset electric quantity demand range, outputting generated electric quantity warning information; and/or the presence of a gas in the gas,

and when the data processing platform judges that the positioning information in the monitoring data is in an abnormal positioning state based on the planned route information, outputting the generated positioning alarm information.

Further, the positioning information includes bluetooth positioning information and GPS positioning information, and the data processing platform outputting the positioning information includes:

and when the positioning information is Bluetooth positioning information, the data processing platform converts the Bluetooth positioning information by combining the position of the mobile base station equipment, and transmits the converted GPS positioning information and the GPS information in the positioning information to the data center platform.

Further, the method further comprises:

and when the data processing platform determines that at least one of the heart rate information, the positioning information and the electric quantity information in the monitoring data is in a missing state, generating and outputting abnormal alarm information.

Further, prevent tearing open bracelet and gather positioning information includes:

the anti-dismantling ring sends a first broadcast signal according to a first preset time interval;

when a second broadcast signal responded by the mobile base station equipment based on the first broadcast signal is scanned within a second preset time interval, collecting the Bluetooth positioning information;

and when a second broadcast signal responded by the mobile base station equipment based on the broadcast signal is not scanned within a second preset time interval, acquiring GPS positioning information.

Further, after the data processing platform outputs the monitoring data and analyzes the generated monitoring alarm information, the method further includes:

and the data center platform stores the monitoring data and the monitoring alarm information which are received and output by the data processing platform, and outputs the monitoring data and the monitoring alarm information to the situation awareness platform.

Further, before the data processing platform analyzes the monitoring data, the method further includes:

the situation awareness platform receives target monitoring point information, plans route information matched with a monitoring target wearing the anti-dismantling ring according to the target monitoring point information, and uploads the route information to the data center platform for storage;

the analyzing of the monitoring data by the data processing platform comprises:

and the data processing platform acquires the planned route information from the data center platform and judges whether the positioning information in the monitoring data is in an abnormal positioning state in real time based on the route information.

Further, the planning of the route information matched with the monitoring target wearing the anti-tamper ring according to the target monitoring point information includes:

and receiving the connection information matched with the target monitoring point information, and generating route information matched with the connection information and conforming to a preset monitoring distance.

acquiring type information of the target monitoring point information, screening the target monitoring point information by combining the type information, and extracting the target monitoring point information which accords with a monitoring target safety index, wherein the type information is used for distinguishing at least one of building information, service information and people flow information of the target monitoring point information;

and planning and generating route information according to the extracted target monitoring point information.

Further, the planning and generating route information according to the extracted target monitoring point information includes:

when a curve obtained by sequentially extracting the target monitoring point information is a closed curve, planning and generating route information based on starting point information and end point information in the target monitoring point information;

and when the curves obtained by sequentially connecting the extracted target monitoring point information are open curves, determining the open curves as planned route information.

Further, the method further comprises:

when the situation awareness platform receives a monitoring query request, at least one of positioning information, heart rate information, positioning alarm information, heart rate alarm information, electric quantity information and electric quantity alarm information which are matched with query contents in the monitoring query request are obtained from the data center platform and output according to a time sequence.

Further, the outputting in time sequence includes:

and marking the positioning information in a world map based on the time sequence, and calling and outputting a matched monitoring task based on the established binding relation for determining the monitoring association.

Further, the method further comprises:

and the mobile equipment receives and displays at least one of the monitoring data, the monitoring alarm information, the prompt message and the communication content sent by the situation awareness platform, which are transmitted by the data center platform.

Further, before the tamper band collects monitoring data, the method further includes:

when the situation awareness platform detects that a monitoring task is generated, receiving a binding relationship between a monitoring target and a monitoring party, the monitoring task, a mobile base station equipment identifier, a mobile equipment identifier, an anti-dismantling bracelet identifier and a vehicle identifier corresponding to the mobile base station equipment, and storing the binding relationship into the data center platform so as to store and inquire the monitoring data.

Further, the method further comprises:

when the situation awareness platform generates a prompt message based on the output monitoring alarm information, receiving a communication instruction triggered by a monitoring party, and sending the communication instruction carrying the prompt message, communication content and mobile equipment identification to the data center platform;

and the data center platform receives the communication instruction and transmits the prompt message and the communication content in the communication instruction to the mobile equipment matched with the mobile equipment identification.

Further, the method further comprises:

the data processing platform acquires positioning information used for representing the mobile base station equipment and transmits the positioning information to the data center platform for storage;

and when the situation awareness platform receives a positioning query request, acquiring the positioning information acquired by the anti-dismantling ring and/or the positioning information used for representing the positions of the mobile base station equipment and the mobile equipment from the data center platform based on the binding relationship, and outputting the positioning information.

By means of the technical scheme, the technical scheme provided by the embodiment of the application at least has the following advantages:

compared with the prior art, the embodiment of the application respectively constructs the information interaction between the anti-tamper ring and the mobile base station equipment, and the information interaction between the mobile base station equipment and the data processing platform, the monitoring data collected by the anti-tamper ring is received by the mobile base station equipment and then is transmitted to the data processing platform, the data processing platform analyzes the monitoring data and generates monitoring alarm information, so that the situation perception platform can timely acquire the monitoring data and generate prompt messages for outputting in the monitoring process of a monitoring party, the system consumption of a single processor for processing the monitoring data is greatly reduced, the timeliness of the monitoring data processing is improved, the monitoring data can be rapidly processed, and the anti-tamper ring and the mobile base station equipment are combined as the collecting and transmitting equipment, so that the acquisition accuracy of the monitoring data is greatly improved, thereby improving the processing efficiency of the monitoring data.

The foregoing description is only an overview of the technical solutions of the present application, and the present application can be implemented according to the content of the description in order to make the technical means of the present application more clearly understood, and the following detailed description of the present application is given in order to make the above and other objects, features, and advantages of the present application more clearly understandable.

Drawings

Various other advantages and benefits will become apparent to those of ordinary skill in the art upon reading the following detailed description of the preferred embodiments. The drawings are only for purposes of illustrating the preferred embodiments and are not to be construed as limiting the invention. Also, like reference numerals are used to refer to like parts throughout the drawings. In the drawings:

fig. 1 is a schematic structural diagram illustrating a processing system for monitoring data according to an embodiment of the present application;

FIG. 2 is a schematic diagram illustrating an alternative processing system for monitoring data according to an embodiment of the present disclosure;

fig. 3 is a schematic diagram illustrating distribution of functional results of a monitoring system according to an embodiment of the present application;

FIG. 4 is a schematic diagram illustrating information entry of a target monitoring point according to an embodiment of the present application;

fig. 5 is a schematic diagram illustrating connection information entry of another target monitoring point information provided in the embodiment of the present application;

fig. 6 is a schematic diagram illustrating a route information planning provided by an embodiment of the present application;

FIG. 7 is a diagram illustrating a historical track of positioning information provided by an embodiment of the present application;

FIG. 8 is a data flow diagram of a monitoring data processing system according to an embodiment of the present disclosure;

fig. 9 is a flowchart illustrating a monitoring data processing method according to an embodiment of the present application.

Detailed Description

Exemplary embodiments of the present application will be described in more detail below with reference to the accompanying drawings. While the exemplary embodiments disclosed herein are shown in the drawings, it should be understood that the present application may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.

It should be noted that the terms "first," "second," and the like in the description and claims of this application and in the drawings described above are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It is to be understood that such uses are interchangeable under appropriate circumstances such that the embodiments of the application described herein are capable of operation in sequences other than those illustrated or described herein. Furthermore, the term "include" and its variants are to be read as open-ended terms meaning "including, but not limited to".

The terms referred to in this application will first be introduced and explained:

prevent tearing open bracelet: the electronic equipment is worn on the wrist part of the monitoring target and has an anti-dismantling function.

A GPRS module: general packet radio service, General wireless packet electronics.

A base station: a radio transceiver station for information transmission with a mobile terminal via a mobile switching center in a certain radio coverage area.

A data processing platform: and the service platform is used for processing the data.

Situation awareness platform: the interactive platform provides monitoring services such as visualization and operation of different data for users.

Heart rate fluctuation criteria: the clinically normal heart rate criterion is the number of beats per minute between 60 and 100.

GPS positioning: based on a Global Positioning System, a target in a Global range is positioned, and the obtained position information takes a Global position as a coordinate.

Bluetooth positioning: based on the RSSI (Received Signal Strength Indication) positioning principle, the target in the preset range is positioned, the obtained position information takes the preset range as a coordinate, and the general preset range is far smaller than the global range.

The application provides a system and a method for processing monitoring data, and aims to solve the technical problem that the monitoring data processing efficiency in the prior art is low.

The following describes the technical solutions of the present application and how to solve the above technical problems with specific embodiments. The following several specific embodiments may be combined with each other, and details of the same or similar concepts or processes may not be repeated in some embodiments. Embodiments of the present application will be described below with reference to the accompanying drawings.

An embodiment of the present application provides a processing system for monitoring data, and as shown in fig. 1, the method includes: the system comprises an anti-dismantling ring 11, mobile base station equipment 12, a data processing platform 13 and a situation awareness platform 14;

the anti-dismantling ring 11 is used for information interaction with the mobile base station equipment 12, and the anti-dismantling ring 11 is used for collecting monitoring data;

the mobile base station device 12 performs information interaction with the data processing platform 13, and the mobile base station device 12 is configured to transmit the monitoring data acquired from the anti-tamper ring 11 to the data processing platform 13;

the data processing platform 13 is configured to analyze the monitoring data and output the monitoring data and monitoring alarm information generated by the analysis;

and the situation awareness platform 14 is configured to acquire the monitoring data and the monitoring alarm information, and output the monitoring data, the monitoring alarm information, and a prompt message generated according to the monitoring alarm information.

Wherein, prevent tearing open bracelet 11 comprises at least one collection module of collection monitoring data and the GPRS module that is used for carrying on data transmission, and collection module can be according to the electronic equipment of the corresponding function of monitoring data configuration of difference, for example, the monitoring data of collection is the locating data, then can be GPS orientation module when collection module, then gathers GPS locating information, is bluetooth orientation module when collection module, then gathers bluetooth locating information, and this application embodiment does not do specifically and restricts. The mobile base station device 12 may be formed by installing a base station on the mobile device, and due to the characteristics of the base station hardware device, the mobile base station device 12 in the embodiment of the present application may be a vehicle-mounted base station device, so that the monitoring party collects the interaction information of the anti-tamper ring 11 through the mobile base station. Moreover, for the acquisition of different monitoring data, the acquisition may be performed by an acquisition module in the mobile base station device 12, and the acquisition may be transmitted to the data processing platform 13 based on a GPRS module. Because the data processing platform 13 is a platform for improving processing service for the monitoring data transmitted by the tamper resistant ring 11, in order to meet the monitoring requirement for the monitoring party, the data processing platform 13 receives the monitoring data transmitted by the mobile base station, and generates monitoring alarm information based on analysis of the monitoring data, and outputs the monitoring alarm information. The situation awareness platform 14 provides a visual control interface for the user to complete outputting of monitoring data and monitoring alarm information. Wherein, because the situation awareness platform 14 is a platform with an integral monitoring function, when the monitoring alarm information is acquired, a prompt message is generated so as to warn the user.

For the embodiment of the application, the anti-dismantling bracelet 11 is provided with an anti-dismantling property and an electronic anti-dismantling device, so that the problems of heavy and ugly appearance and heavy load of a wearer of the traditional monitoring and collecting equipment are solved; the problems that similar products are not safe enough and are difficult to adapt to various severe environments and malicious damage are solved; furthermore, this prevent tearing open bracelet 11 can only activate the bluetooth device near mobile handset through bluetooth and GPS mixed location, when needs launch the GPS module to the control target, has guaranteed long-time location, has solved the short and unstable problem of part product positioning time. In preventing tearing open bracelet 11 again, increase the rhythm of the heart module, monitor the health of control objective in real time, realize the diversification of control data.

In addition, for a monitoring system, a situation awareness platform 14 is configured, and monitoring data and monitoring alarm information can be acquired from at least one data processing platform 13, one data processing platform 13 can be connected to at least one mobile base station device 12, and one mobile base station device 12 can be connected to at least one anti-detachment ring 11, so as to achieve the purpose of monitoring multiple monitoring parties simultaneously.

It should be noted that, in this embodiment of the application, information interaction is performed between the anti-tamper ring 11 and the wireless communication protocol and the mobile base station device 12, information interaction is performed between the mobile base station device 12 and the data processing platform 13, the data processing platform 13 outputs monitoring data and monitoring alarm information, and the monitoring data and the monitoring alarm information may be directly output to the situation awareness platform 14 or output to other service platforms, and when a user needs to output monitoring data and monitoring alarm information through the situation awareness platform 14, the monitoring data and the monitoring alarm information are obtained from the data processing platform 13 or obtained from other service platforms, which is not specifically limited in this embodiment of the application. Specifically, firstly, wireless pairing communication is performed between the mobile base station device 12 and the tamper ring 11, after the tamper ring 11 collects monitoring data of a monitoring target, the monitoring data is transmitted to the mobile base station device 12 through wireless communication, the mobile base station device 12 transmits the collected monitoring data to the remote data processing platform 13 for analysis and generates monitoring alarm information, in order to provide visual monitoring service for a user, the situation awareness platform 14 obtains the monitoring data and the monitoring alarm information, and generates a prompt message to be output to the user.

In the processing system of monitoring data in the embodiment of the application, the data processing platform is used for analyzing the monitoring data acquired by the mobile base station equipment to generate monitoring alarm information, and the situation awareness platform is used for outputting the monitoring data and prompt messages generated by the monitoring alarm information to the monitoring party, so that different monitoring functions are realized.

In the embodiment of the present application, a possible implementation manner is provided, where the monitoring data includes at least one of heart rate information, positioning information, and power information, the monitoring alarm information includes at least one of heart rate alarm information, power alarm information, and positioning alarm information,

the data processing platform 13 is specifically configured to output the generated heart rate alarm information when the heart rate information in the monitoring data is judged to be in an abnormal heart rate state based on the heart rate fluctuation standard; and/or the presence of a gas in the gas,

the data processing platform 13 is specifically configured to output the generated electric quantity warning information when the electric quantity information in the monitoring data is judged to be in an abnormal electric quantity state based on the preset electric quantity demand range; and/or the presence of a gas in the gas,

the data processing platform 13 is specifically configured to output the generated positioning warning information when it is determined that the positioning information in the monitoring data is in an abnormal positioning state based on the planned route information.

In order to meet different monitoring requirements, in the embodiment of the present application, the monitoring data is limited to include at least one of heart rate information, positioning information, and electric quantity information, and the monitoring alarm information generated by corresponding analysis includes at least one of heart rate alarm information, electric quantity alarm information, and positioning alarm information. Specifically, for the heart rate information received by the data processing platform 13, whether the heart rate information is in an abnormal heart rate state is judged according to the heart-lining fluctuation standard, namely whether the heart rate information is lower than or higher than 60-100 beats per minute is judged, and when the heart rate information is judged to be in the abnormal heart rate state lower than or higher than 60-100 beats per minute based on the heart rate fluctuation standard, heart rate alarm information is generated and output. Whether the electric quantity information is in an abnormal electric quantity state or not is judged by presetting an electric quantity demand range aiming at the condition that the data processing platform 13 receives the electric quantity information, wherein the preset electric quantity demand range is the lowest power supply range of the predetermined anti-disassembly bracelet 11 and can be 20% of residual electric quantity and the like, so that the abnormal electric quantity state is determined when the electric quantity information is judged to be less than 20% of residual electric quantity, and electric quantity warning information is generated and output. And for the positioning information received by the data processing platform 13, judging whether the positioning information is in an abnormal positioning state or not through the route information which is planned in advance, namely judging whether the positioning information exceeds the planned route or not, determining the positioning information to be in the abnormal positioning state when the positioning information exceeds the planned route, generating positioning alarm information, and outputting the positioning alarm information.

The embodiment of the application prevents tearing open the monitoring data of bracelet collection through injecing and includes locating information, rhythm of the heart information, electric quantity information at least to make data processing platform handle locating information, rhythm of the heart information, electric quantity information respectively, satisfy multiple control demand.

A possible implementation manner is provided in the embodiment of the present application, and as shown in fig. 2, the system further includes: a data center platform 15, wherein the data center platform 15 respectively interacts information with the data processing platform 13 and the situation awareness platform 14, the positioning information comprises bluetooth positioning information and GPS positioning information,

the data processing platform 13 is further configured to, when the positioning information is bluetooth positioning information, perform conversion processing on the bluetooth positioning information in combination with the position of the mobile base station device 12, and transmit the converted GPS positioning information and GPS information in the positioning information to the data center platform 15.

After analyzing the monitoring data information including the positioning information, the data processing platform 13 transmits the analyzed monitoring alarm information and monitoring data to the data center platform 15 for data interaction to be stored, so that the situation awareness platform 14 directly obtains the monitoring alarm information from the data center platform 15 when the monitoring alarm information and monitoring data need to be provided for a user, that is, the data center platform 15 provides data storage services for the data processing platform 13 and the situation awareness platform 14, respectively.

It should be noted that the positioning information collected in the tamper-proof ring 11 may include bluetooth positioning information and GPS positioning information, and because the bluetooth positioning information is a position collected based on a certain range, and the GPS positioning information is a position collected based on a global geographic range, in order to unify the positioning information, the bluetooth positioning information and the GPS positioning information are further processed as a unified data type, so that the positioning information is analyzed by being transmitted to the data processing platform 13 through the mobile base station device 12, and after the data processing platform 13 determines that the positioning information is the bluetooth positioning information, the bluetooth positioning information is converted by combining the position of the mobile base station device 12, that is, the bluetooth positioning information is converted into the GPS positioning information. After the data processing platform 13 completes the conversion of the bluetooth positioning information, the converted GPS positioning information and the original acquired GPS positioning information in the anti-detachment ring 11 are transmitted to the data center platform 15. In the process, the data processing platform 13 may obtain the position of the mobile base station 12 from the data center platform 15 storing data in advance, where the position is the global position of the mobile base station 12, that is, the position obtained by GPS positioning, so as to combine the position of the mobile base station 12 with bluetooth positioning information, for example, the bluetooth positioning information is (x)_B、y_B、z_B) The position of the mobile base station apparatus 12 is (x)_G、y_G、z_G) Combined with the GPS positioning information (x) to be converted to obtain the GPS positioning information (x) of the monitored target_B+G、y_B+G、z_B+G) It should be noted that the conversion here is not simply direct addition, but is position conversion on a three-dimensional space, and the embodiment of the present application is not specifically limited.

According to the embodiment of the application, the Bluetooth positioning information is converted into the GPS positioning information, so that the positioning information transmitted to the data processing platform is unified into a monitoring data unit, and the monitoring processing efficiency and the positioning monitoring accuracy are improved.

In the embodiment of the present application, a possible implementation manner is provided, and the data processing platform 13 is further configured to generate and output abnormal alarm information when it is determined that at least one of the monitoring data center rate information, the positioning information, and the electric quantity information is in a missing state.

Wherein, when preventing tearing open bracelet 11 and gathering the monitoring data who contains heart rate information, locating information, electric quantity information at least, transmit to data processing platform 13 through mobile base station 12 and analyze, however, because the control of monitoring target need use omnidirectional data as the support, in order to avoid lacking any one in heart rate information, locating information, the electric quantity information in the monitoring data, and lead to the reduction of monitoring efficiency, judge the state of heart rate information, locating information, electric quantity information to the monitoring data that transmit to, confirm whether to be the disappearance state or exist the state. The missing state is used for indicating that corresponding information is not obtained in the transmitted monitoring data, and the existing state is used for indicating that corresponding information is obtained in the transmitted monitoring data, and the judgment of the missing state is further determined as whether any one of the positioning information, the electric quantity information and the heart rate information which are obtained in real time is completely presented or not as the monitoring data acquired by the anti-tamper ring 11 is real-time data. For example, if the monitoring data received by the data processing platform 13 and transmitted by the mobile base station device 12 is heart rate information and positioning information, and it is determined that the electric quantity information is not acquired, the electric quantity information is determined to be in a missing state, and abnormal electric quantity information alarm information is generated.

In addition, the abnormal warning information generated for the missing state of different information may be used to indicate different meanings for timely processing, for example, when the positioning information is missing, it may be stated that the monitoring target is out of the monitoring range, the generated abnormal warning information is used to indicate that the monitoring target is not in the monitoring range, and the like, and the embodiment of the present application is not particularly limited.

For a specific application scenario, if the data processing platform 13 determines that the bluetooth positioning information is missing in the monitoring data, it indicates that the mobile base station device 21 does not scan the anti-detachment ring 11, or scans the anti-detachment ring 11 but does not receive the bluetooth positioning information, and therefore, abnormal warning information is generated and output to the data processing platform 13, and a warning is sent to the data center platform 14 to be lost, so that the anti-detachment ring 11 can directly perform switching of GPS positioning.

According to the monitoring method and the monitoring device, the accuracy of monitoring is improved through judgment of the missing state of at least one of the monitoring data center rate information, the positioning information and the electric quantity information, and the monitoring processing requirement caused by the lack of the monitoring data is met.

The embodiment of the application provides a possible implementation manner, and the anti-tamper ring 11 is further configured to send a first broadcast signal according to a first preset time interval; when a second broadcast signal responded by the mobile base station device 12 based on the first broadcast signal is scanned within a second preset time interval, collecting Bluetooth positioning information; when a second broadcast signal responded by the mobile base station device 12 based on the broadcast signal is not scanned within a second preset time interval, the GPS positioning information is collected.

In this embodiment of the application, because the locating information that prevents tearing open bracelet 11 and gather is including bluetooth locating information, and bluetooth location is based on the technique of carrying out the location in the scope of predetermineeing, and in order to prevent that the control objective from surpassing the scope of predetermineeing and leading to the monitoring data to lack, consequently, can realize switching bluetooth location and GPS location through preventing tearing open bracelet 11. Specifically, the anti-tamper ring 11 sends a first broadcast signal according to a first preset time interval, and scans a second broadcast signal responded by the mobile base station device 12 in real time based on a second preset time interval, that is, when the second broadcast signal is scanned, the position of the anti-tamper ring 11 does not exceed the range of the mobile base station device 12 for bluetooth positioning, the anti-tamper ring 11 executes the determination of bluetooth positioning information through RSSI signal strength, and transmits the bluetooth positioning information to the mobile base station device 12. However, when the second broadcast signal is not scanned, which indicates that the position of the anti-tamper ring 11 is beyond the range of the mobile base station 12 for bluetooth positioning, the anti-tamper ring 11 switches to GPS positioning via the global positioning system, and collects GPS positioning information, so as to transmit the GPS positioning information to the data processing platform 13. The first preset time and the second preset time are preset time intervals for performing bluetooth broadcasting and responding in the bluetooth positioning process, and may be 5 seconds, 10 seconds, and the like, and the embodiment of the application is not particularly limited.

According to the embodiment of the application, the Bluetooth positioning and GPS positioning are switched through the anti-dismantling ring 11, after the Bluetooth signal is judged to be not scanned based on the anti-dismantling ring 11, the GPS positioning is switched, the obtaining effectiveness of the positioning information is ensured, and the efficiency of positioning monitoring is improved. In the embodiment of the application, if the mobile base station is provided with the GPS, the tag senses the mobile base station, and the position amplitude of the mobile base station can be given to the tag. The azimuthal distribution of the tags can also be seen approximately if the mobile base station is angle-measuring.

The embodiment of the present application provides a possible implementation manner, and the data center platform 15 is configured to store the received monitoring data and the monitoring alarm information output by the data processing platform 13, and output the monitoring data and the monitoring alarm information to the situation awareness platform 14.

In the embodiment of the application, in order to meet the storage requirements of monitoring data and monitoring alarm information of the monitoring system, the data center platform 15 performs data interaction with the data processing platform 13 and the situation awareness platform 14, receives the monitoring data and the monitoring alarm information output by the data processing platform 13, and stores the monitoring data and the monitoring alarm information. In order to achieve high storage efficiency of a large amount of monitoring data, the data center platform 15 is configured with a plurality of databases with different storage capacities, and the databases can be classified and stored into corresponding databases according to different data types, monitoring targets, monitoring tasks and the like to obtain historical data. In addition, because the data center platform 15 performs data interaction with the desktop sensing platform, the monitoring party can input contents such as route information and police information based on the situation sensing platform 14 and store the contents in a corresponding database of the data center platform 15. For example, as shown in the system architecture diagram of fig. 3, the data center platform may store corresponding data contents according to positioning data, management data, route information, access records, heart rate data, history data, alarm information, and the like of a monitored target, so as to provide data support for the situation awareness platform, and the situation awareness platform performs functions of command, scheduling management, whole-course positioning, tracking, monitoring, and the like based on the data of the data center platform.

According to the embodiment of the application, the data center platform is used for storing the data transmitted by the data processing platform and the situation awareness platform, so that a data base is provided for the monitoring system, and the storage pressure of coexistence of a large amount of data is relieved.

The embodiment of the application provides a possible implementation manner, and the situation awareness platform 14 is further configured to receive target monitoring point information, plan route information matched with a monitoring target wearing the anti-detachment ring 11 according to the target monitoring point information, and upload the route information to the data center platform 15 for storage;

the data processing platform 13 is further configured to obtain planned route information from the data center platform 15, and determine whether the positioning information in the monitoring data is in an abnormal positioning state in real time based on the route information.

Because the data processing platform 13 needs to monitor and analyze the positioning information, in order to plan the route information that needs to be monitored, the situation awareness platform 14 receives target monitoring point information input by a user, plans the route information based on the target monitoring point information, and uploads the route information to the data center platform 15 for storage, and after the data processing platform 13 collects and acquires the route information from the data center platform 15, the situation awareness platform judges whether the positioning information is in an abnormal positioning state in real time based on the route information so as to generate positioning alarm information. The target monitoring point information is a target position point for monitoring a party to be monitored, and may be a position point on a roadside, a position point on a building, and the like. The area where the target monitoring point information needs to be entered is displayed in the situation awareness platform 14, as shown in fig. 4, the user enters the target monitoring point information in the situation awareness platform, so that the situation awareness platform plans the route information that needs to monitor the monitoring target according to the target monitoring point information, that is, the route information is used for monitoring the monitoring target.

In addition, in order to disperse the storage pressure and the processing pressure of the data, the situation awareness platform 14 uploads the route information to the data center platform 15 for storage after planning the route information, and when the data processing platform 13 judges the abnormal positioning state of the positioning information, the route information is acquired from the data center platform 15 for judgment. The abnormal positioning state is used to indicate that the positioning information acquired by the tamper-proof ring 11 exceeds the planned route information, or the positioning information does not conform to the preset acquisition range of the route information, and the like.

According to the method and the device, the route information is generated by utilizing the monitoring points in the situation awareness platform, so that the data processing platform judges abnormal positioning according to the route information, and the requirement on monitoring management is met.

In order to further define and explain the generation of route information based on monitoring points, the situation awareness platform 14 is specifically configured to receive connection information matched with target monitoring point information, and generate route information matched with the connection information and conforming to a preset monitoring distance.

Specifically, the situation awareness platform 14 receives connection information of input target monitoring point information, where the connection information is a connection line between two pieces of target monitoring point information, including a straight line and a curve, and a user adjusts and inputs the connection information based on the situation awareness platform 14, for example, as shown in fig. 5, a user may input a section of curve between two pieces of target monitoring point information in a touch screen manner or a mouse moving manner of the situation awareness platform, and the section of curve is used as the connection information between the two pieces of target monitoring point information. Further, the preset monitoring distance is a range in which a specified distance of the connection information needs to be monitored in advance, for example, the preset monitoring distance is 20 meters, route information which is matched with the connection information and accords with the preset monitoring distance is generated and is formed by connecting information of each target monitoring point, and a route which is 20 meters wide is formed according to the connected connection information, as shown in fig. 6.

According to the embodiment of the application, the route information is generated according to the preset monitoring distance and the connection information, the generation requirement of the route information is efficiently met, and therefore the monitoring accuracy of the positioning information is improved.

In order to further explain and limit the planning mode of the route information, the situation awareness platform 14 is specifically further configured to obtain type information of the target monitoring point information, filter the target monitoring point information by combining the type information, and extract the target monitoring point information meeting the monitoring target safety index; and planning and generating route information according to the extracted target monitoring point information.

The type information is used for distinguishing at least one of building information, business information and people flow information of target monitoring point information, the building information is a category of buildings of the target monitoring point, such as buildings, bridges, streets and the like, the business information is business demand content realized by the target monitoring point, such as shopping malls, residential buildings, gas stations and the like, the people flow information is the number of people flowing through the target monitoring point within a specific time period, the type information is stored in the situation awareness platform 14 in advance, and the business information and the people flow information corresponding to different target monitoring point information can be obtained in real time based on a big data analysis mode. After the situation awareness platform 14 receives the input target monitoring point information, the situation awareness platform 14 obtains type information corresponding to the target monitoring point information, and extracts the target monitoring point information meeting the monitored target safety index according to the type information.

Specifically, in the embodiment of the present application, the safety indexes corresponding to different monitoring targets are different, the safety indexes refer to demand characteristics for monitoring the monitoring targets, the determination of the safety indexes is obtained based on the monitoring task, that is, when the monitoring task is generated, the demand characteristics of the monitoring targets are determined to obtain the safety indexes, for example, in the monitoring task for a distributor, the monitored demand characteristics are monitoring markets and areas with large pedestrian flow, so as to obtain first preset pedestrian flow for representing a large amount of pedestrian flow, the safety indexes are markets and the first preset pedestrian flow are obtained, then screening is performed from the recorded target monitoring point information based on the markets and the first preset pedestrian flow, and route information is planned by using the screened target monitoring points.

It should be noted that the route planning information according to the extracted target monitoring point information may further perform route planning through connection information of the target monitoring point information, which is not described in detail in the embodiments of the present application.

According to the embodiment of the application, the target monitoring point planned route information which accords with the safety index is screened through the type information of the target monitoring point information, the generation requirement of the route information is efficiently met, and therefore the monitoring accuracy of the positioning information is improved.

In order to further define and explain a specific way of planning route information based on target monitoring point information, the situation awareness platform 14 is specifically further configured to plan and generate route information based on start point information and end point information in the target monitoring point information when a curve obtained by sequentially extracting the target monitoring point information is a closed curve; and when the curves obtained by sequentially connecting the extracted target monitoring point information are open curves, determining the open curves as planned route information.

Specifically, when the extracted information of each target monitoring point is connected and the obtained curve is a closed curve, it is indicated that the monitoring requirement of the monitoring target is a route which returns to a far place after traveling for 1 circle according to the information of each target monitoring point, and therefore, route information is planned based on the starting point information and the end point information in the information of the target monitoring points. The starting point information is the target monitoring point information which is input firstly, and the end point information is the target monitoring point information which is input finally, therefore, the route information which is planned and generated based on the starting point information and the end point information is sequentially connected according to the input sequence of the starting point information and the other target monitoring point information until the route information is generated after the route information is connected to the end point information. In addition, when the extracted information of each target monitoring point is connected to obtain an open curve, the open curve is directly determined as planned route information, that is, the connection is performed according to the sequence of the recorded information of the target monitoring points to obtain the route information, which is not specifically limited in the embodiment of the present application.

According to the method and the device, the corresponding route information is generated in the form of the connection line of the closed curve and the open wireless target monitoring point information, so that the planning requirements of different route information are met.

In the embodiment of the present application, a possible implementation manner is provided, and the situation awareness platform 14 is further configured to, when receiving the monitoring query request, obtain at least one of positioning information, heart rate information, positioning alarm information, heart rate alarm information, electric quantity information, and electric quantity alarm information, which are matched with query contents in the monitoring query request, from the data center platform 15, and output the positioning information, the heart rate information, the positioning alarm information, the heart rate alarm information, the electric quantity information, and the electric quantity alarm information according to a time sequence.

Because the situation awareness platform 14 performs information interaction with the data center platform 15, when the situation awareness platform 14 receives a monitoring query request sent by a user, at least one of positioning information, heart rate information, positioning alarm information, heart rate alarm information, electric quantity information, and electric quantity alarm information that are matched with query contents in the request is obtained from the data center platform 15, that is, the situation awareness platform 14 provides the functions of real-time positioning, heart rate health monitoring, electric quantity information management, and the like for the user, and if the requested query contents are non-real-time, a history track playback function is further provided, that is, the history positioning information is output. In addition, at least one item of the positioning information, the heart rate information, the positioning alarm information, the heart rate alarm information, the electric quantity information and the electric quantity alarm information which are requested to be inquired is output according to a time sequence, namely a historical record of a time range is formed for the inquired content, and the historical playback of a positioning track, the historical playback of a heart rate waveform track, the historical playback of an electric quantity track and the playback of each alarm information corresponding to the playback of the corresponding track can be included.

For example, the situation awareness platform 14 acquires the positioning information matched with the monitoring task a, the monitoring target 1, and the mobile base station device 12o from the data center platform 15, and outputs the positioning information in an abnormal manner on the display map according to the time sequence to form a historical positioning track, where the positioning information corresponds to the monitoring task a, the monitoring target 1, and the mobile base station device 12 o. Correspondingly, if the positioning information in the historical positioning track is in an abnormal positioning state, the positioning alarm information matched with the positioning information is obtained from the data center platform 15 and output, for example, the positioning alarm information is output in a pop-up frame mode, and the embodiment of the present application is not particularly limited.

According to the embodiment of the application, the situation awareness platform is used for calling the inquired monitoring data from the data center platform, so that the inquiry requirements of historical and instant monitoring data are met.

The embodiment of the present application provides a possible implementation manner, and the situation awareness platform 14 is specifically further configured to mark the positioning information in the world map based on a time sequence, and call and output a matched monitoring task based on an established binding relationship for determining the monitoring association.

In the embodiment of the application, the monitoring task includes determining monitoring requirements for different monitoring targets, and recording process information for monitoring at least one of positioning information, heart rate information and electric quantity information of the monitoring targets, and the monitoring task serves as node information for triggering a process for monitoring different monitoring targets, and the embodiment of the application is not particularly limited. Further, when the situation awareness platform 14 queries the positioning information, in order to better show the positioning condition of the monitoring target, the positioning information is marked in a world map drawn in advance according to a time sequence, and then a matched monitoring task is called based on a binding relationship and output, as shown in fig. 7. The binding relationship for determining the monitoring association is pre-entered for different monitoring tasks, so that different monitoring relationships corresponding to one monitoring task, for example, a corresponding relationship between a monitoring party and a monitoring target, can be found, and the embodiment of the present application is not particularly limited.

According to the embodiment of the application, the inquired positioning information is marked in the world map with the time sequence based on the binding relation and the time, so that the display of the monitoring data is realized.

In an embodiment of the present application, a possible implementation manner is provided, and in order to implement a display function of monitoring data of a mobile device, as shown in fig. 2, the system further includes: a mobile device 16, interacting with the data center platform 15,

and the mobile device 16 is used for receiving and displaying at least one of monitoring data, monitoring alarm information, prompt messages and communication contents sent by the situation awareness platform 14, which are transmitted by the data center platform 15.

The mobile device 16 serves as a websocket client of the data center platform 15, performs information interaction with the data center platform 15 in a websocket communication mode, and sends a request to the data center platform 15 through an HTTP interface to obtain monitoring data, monitoring alarm information, and a prompt message transmitted by the data center platform 15. In addition, since the situation awareness platform 14 performs data interaction with the data center platform 15, the situation awareness platform 14 instructs the data center platform 15 to forward the communication content to the corresponding mobile device 16 by sending the communication content to the data center platform 15, so as to satisfy the communication requirements of the mobile device 16 and the data communication requirements with the situation awareness platform 14 based on the data center platform 15.

According to the embodiment of the application, after the mobile equipment is connected to the data center platform, various data transmitted by the data center platform can be efficiently received and displayed, and the monitoring requirement of a monitoring party using the mobile equipment is met.

In order to determine the corresponding relationship between the monitoring data and the monitoring target, the situation awareness platform 14 is further configured to receive a binding relationship between the monitoring target and a monitoring party, the monitoring task, the identifier of the mobile base station device 12, the identifier of the mobile device 16, the identifier of the tamper resistant ring 11, and a vehicle identifier corresponding to the mobile base station device 12 when detecting that the monitoring task is generated, and store the binding relationship in the data center platform 15, so that the monitoring data is stored and queried.

Specifically, before monitoring the monitoring target, in order to meet different monitoring requirements and take the query as a basis for the monitoring data of different monitoring targets, the situation awareness platform 14 receives the binding relationship between the monitoring target and the monitoring party, the monitoring task, the mobile base station device 12 identifier, the mobile device 16 identifier, the tamper-proof ring 11 identifier, and the vehicle identifier corresponding to the mobile base station device 12, and uploads the binding relationship to the data center platform 15 for storage, so that the monitoring data is stored and queried according to the binding relationship.

For example, when the monitoring task 000000001 is entered, it includes collecting the monitoring data of reddish tint as the monitoring target, the manager 006 holding the mobile device acts as the monitoring party, the mark h001 corresponding to the wearing of the tamper-proof band 11, the mark a of the mobile base station device 12 collecting the monitoring data of the tamper-proof band 11, the mark s0061 of the mobile device used by the manager 006, the x2 of the vehicle loading the mobile base station device 12a, the binding relationship includes 000000001-minired-h 001-j006-s0061-a-x2, stored in the data center platform 15, when a query for the monitoring data of minired is requested, and inquiring matched monitoring data according to the binding relation of the small red, and outputting corresponding information such as a monitoring task, a monitoring target and monitoring party, a monitoring task, a mobile base station device 12 identifier, a mobile device 16 identifier, an anti-dismantling ring 11 identifier, a vehicle identifier corresponding to the mobile base station device 12 and the like.

According to the embodiment of the application, the binding relationship between the monitoring data and the monitoring target is established in the situation awareness platform, so that the data is matched and stored, inquired and the like, and the requirement for acquiring the matched monitoring data from the inquiry content with different characteristics is met.

In order to implement the communication function of the mobile device 16, the situation awareness platform 14 is further configured to receive a communication instruction triggered by a monitoring party when a prompt message is generated based on the output monitoring alarm information, and send the communication instruction carrying the prompt message, the communication content, and the identifier of the mobile device 16 to the data center platform 15;

the data center platform 15 is further configured to receive the communication instruction, and transmit the prompt message and the communication content in the communication instruction to the mobile device 16 matching the identification of the mobile device 16.

Specifically, the data processing platform 13 generates monitoring alarm information according to the monitoring data transmitted by the tamper-proof ring 11 and based on the monitoring data, and transmits the monitoring alarm information to the data center platform 15 for storage, the situation awareness platform 14 obtains the monitoring alarm information in the data center platform 15 and generates a prompt message for outputting to the monitoring party, the prompt message may be in the form of a short message prompt message, a voice prompt message, and the like, and the embodiment of the present application is not particularly limited. The monitoring party can trigger a communication instruction through the situation awareness platform 14 based on the received prompt message, enter communication content and the mobile device 16 identifier which are expected to be communicated, and send the communication instruction carrying the prompt message, the communication content and the mobile device 16 identifier to the data center platform 15 through the websocket through the situation awareness platform 14. After receiving the communication instruction, the data center platform 15 transmits the prompt message and the communication content to the corresponding mobile device 16 through the websocket, thereby completing communication with the mobile device 16. For example, when the situation awareness platform 14 generates a short message prompt message of the heart rate warning message, the monitoring personnel triggers a communication instruction and enters a communication content "manager No. 3: requesting to check the heart rate condition of the monitored target, sending a communication instruction and a prompt message to the data center platform 15 through the situation awareness platform 14, and sending the communication content and the prompt message to the mobile device 16 of the police officer No. 3 through the data center platform 15.

Correspondingly, after the mobile device 16 receives the communication content, the monitoring party can select to reply the communication content, and therefore, correspondingly, after the mobile device 16 receives the recorded reply content, the reply content is transmitted to the data center platform 15 through the websocket, and the data center platform 15 feeds the reply content back to the situation awareness platform 14, so that communication with the mobile device 16 is achieved.

According to the embodiment of the application, the situation awareness platform carries out data transfer to the data center platform, the mobile equipment connected to the data center platform receives communication instructions, and diversified monitoring requirements are met.

In order to realize the simultaneous positioning of the vehicle, the administrator and the monitoring target, the data processing platform 13 is further configured to acquire positioning information for indicating the mobile base station device 12 and transmit the positioning information to the data center platform 15 for storage;

the data center platform 15 is further configured to acquire positioning information indicating a position of the mobile device 16, and store the positioning information of the mobile base station device 12 and the positioning information of the position of the mobile device 16;

the situation awareness platform 14 is further configured to, when receiving the location query request, obtain, from the data center platform 15, location information acquired by the tamper resistant ring 11 based on the binding relationship, and/or be configured to indicate location information of the mobile base station device 12 and the mobile device 16, and output the location information.

In the embodiment of the present application, the mobile base station device 12 and the mobile device 16 are configured with a GPS positioning module in advance for positioning the devices in real time, so that after the mobile base station device 12 starts the GPS positioning function, the data processing platform 13 may further obtain positioning information indicating the mobile base station device 12, transmit the positioning information to the data center platform 15 for storage, and after the mobile device 16 starts the GPS positioning function, the data center platform 15 in information communication therewith directly obtains the positioning information of the mobile device 16 for storage. When receiving a positioning query request of a monitoring party, the situation awareness platform 14 acquires positioning information acquired by the anti-tamper band 11 and/or positioning information of the positions of the mobile base station device 12 and the mobile device 16 according to a binding relationship between a monitoring target written by the positioning query request and any one of the monitoring party, a monitoring task, the mobile base station device 12 identifier, the mobile device 16 identifier, the anti-tamper band 11 identifier and a vehicle identifier corresponding to the mobile base station device 12, and outputs the positioning information, and the data processing platform 13 stores the acquired positioning information of the vehicle, the monitoring party or a manager in the data center platform 15 through the binding relationship established in the situation awareness platform 14, so that when querying is performed through the situation awareness platform 14, display is directly called from the data center platform 15, and the purpose of simultaneous positioning is achieved.

Specifically, as shown in a data flow diagram shown in fig. 8, an application scenario provided in this embodiment of the present application is used as an anti-tamper ring of a hardware device, and performs information interaction with a data processing platform through a TCP protocol, and transmits monitoring data to the data processing platform, and the data processing platform transmits corresponding monitoring data and monitoring alarm information to a data center platform through the TCP protocol.

Compared with the prior art, the embodiment of the application provides a processing system of monitoring data, which respectively constructs information interaction between an anti-tamper ring and mobile base station equipment, and between the mobile base station equipment and a data processing platform, receives the monitoring data collected by the anti-tamper ring through the mobile base station equipment and transmits the monitoring data to the data processing platform, the data processing platform analyzes the monitoring data to generate monitoring alarm information, so that the situation awareness platform can timely acquire the monitoring data and generate prompt messages to output in the monitoring process of a monitoring party, the system consumption of a single processor for processing the monitoring data is greatly reduced, the timeliness of monitoring data processing is improved, the monitoring data can be rapidly processed, and the anti-tamper ring and the mobile base station equipment are combined as collection and transmission equipment, so that the acquisition accuracy of the monitoring data is greatly improved, thereby improving the processing efficiency of the monitoring data.

An embodiment of the present application provides a method for processing monitoring data, as shown in fig. 9, the method includes:

201. the anti-dismantling bracelet collects monitoring data;

202. the mobile base station equipment transmits the monitoring data acquired from the anti-dismantling bracelet to the data processing platform;

203. the data processing platform analyzes the monitoring data and outputs the monitoring data and monitoring alarm information generated by analysis;

204. the situation awareness platform acquires the monitoring data and the monitoring alarm information, and outputs the monitoring data, the monitoring alarm information and the prompt message generated according to the monitoring alarm information.

The embodiment of the application provides a possible implementation manner, the monitoring data comprises at least one item of heart rate information, positioning information and electric quantity information, the monitoring alarm information comprises at least one item of heart rate alarm information, electric quantity alarm information and positioning alarm information, and the monitoring alarm information generated by the data processing platform output analysis comprises:

when the data processing platform judges that the heart rate information in the monitoring data is in an abnormal heart rate state based on the heart rate fluctuation standard, outputting the generated heart rate alarm information; and/or the presence of a gas in the gas,

when the data processing platform judges that the electric quantity information in the monitoring data is in an abnormal electric quantity state based on the preset electric quantity demand range, outputting generated electric quantity warning information; and/or the presence of a gas in the gas,

The embodiment of the application provides a possible implementation manner, the positioning information comprises bluetooth positioning information and GPS positioning information, and the data processing platform outputs the positioning information comprising:

when the positioning information is Bluetooth positioning information, the data processing platform converts the Bluetooth positioning information by combining the position of the mobile base station equipment, and transmits the converted GPS positioning information and the GPS information in the positioning information to the data center platform.

The embodiment of the application provides a possible implementation manner, and the method further comprises the following steps:

and when the data processing platform determines that at least one of the monitoring data center rate information, the positioning information and the electric quantity information is in a missing state, generating and outputting abnormal alarm information.

The embodiment of the application provides a possible implementation manner, and the anti-dismantling ring collects the positioning information, including:

when a second broadcast signal responded by the mobile base station equipment based on the first broadcast signal is scanned in a second preset time interval, collecting Bluetooth positioning information;

and when a second broadcast signal responded by the mobile base station equipment based on the broadcast signal is not scanned within a second preset time interval, acquiring the GPS positioning information.

The embodiment of the present application provides a possible implementation manner, and after the data processing platform outputs the monitoring data and analyzes the generated monitoring alarm information, the method further includes:

and the data center platform stores the received monitoring data and monitoring alarm information output by the data processing platform and outputs the monitoring data and the monitoring alarm information to the situation awareness platform.

The embodiment of the present application provides a possible implementation manner, and before the data processing platform analyzes the monitoring data, the method further includes:

the situation awareness platform receives target monitoring point information, plans route information matched with a monitoring target wearing the anti-dismantling bracelet according to the target monitoring point information, and uploads the route information to the data center platform for storage;

the data processing platform analyzes the monitoring data and comprises the following steps:

the data processing platform acquires the planned route information from the data center platform and judges whether the positioning information in the monitoring data is in an abnormal positioning state in real time based on the route information.

The embodiment of the application provides a possible implementation manner, and the route information matched with the monitoring target wearing the anti-dismantling bracelet according to the target monitoring point information planning comprises the following steps:

and receiving the connection information matched with the target monitoring point information, and generating route information matched with the connection information and in accordance with a preset monitoring distance.

the method comprises the steps of obtaining type information of target monitoring point information, screening the target monitoring point information by combining the type information, and extracting the target monitoring point information which accords with a safety index of a monitored target, wherein the type information is used for distinguishing at least one of building information, service information and people flow information of the target monitoring point information;

The embodiment of the present application provides a possible implementation manner, and planning and generating route information according to the extracted target monitoring point information includes:

when the curves obtained by sequentially extracting the target monitoring point information are closed curves, planning and generating route information based on the starting point information and the end point information in the target monitoring point information;

when the situation awareness platform receives the monitoring query request, at least one of positioning information, heart rate information, positioning alarm information, heart rate alarm information, electric quantity information and electric quantity alarm information which are matched with query contents in the monitoring query request are obtained from the data center platform and output according to a time sequence.

The embodiment of the present application provides a possible implementation manner, and outputting according to a time sequence includes:

and marking the positioning information in the world map based on the time sequence, and calling and outputting the matched monitoring task based on the established binding relation for determining the monitoring association.

the mobile equipment receives and displays at least one item of monitoring data, monitoring alarm information, prompt information and communication content sent by the situation awareness platform, wherein the monitoring data, the monitoring alarm information and the prompt information are transmitted by the data center platform.

The embodiment of the application provides a possible implementation manner, and before the anti-dismantling ring collects the monitoring data, the method further comprises the following steps:

when the situation awareness platform detects that a monitoring task is generated, the situation awareness platform receives the binding relationship between a monitoring target and a monitoring party, the monitoring task, the mobile base station equipment identifier, the mobile equipment identifier, the anti-dismantling bracelet identifier and the vehicle identifier corresponding to the mobile base station equipment, and stores the binding relationship into the data center platform so as to store and inquire the monitoring data.

the data processing platform respectively acquires positioning information used for representing the positions of the mobile base station equipment and the mobile equipment, and transmits the positioning information to the data center platform for storage;

when the situation awareness platform receives the positioning query request, positioning information acquired by the anti-dismantling ring is acquired from the data center platform based on the binding relationship, and/or positioning information used for representing positions of the mobile base station equipment and the mobile equipment is acquired and output.

Compared with the prior art, the embodiment of the application provides a processing method of monitoring data, the information interaction between the anti-tamper ring and the mobile base station equipment and the information interaction between the mobile base station equipment and the data processing platform are respectively constructed, the monitoring data collected by the anti-tamper ring are received by the mobile base station equipment and then transmitted to the data processing platform, the data processing platform analyzes the monitoring data and generates monitoring alarm information, so that the situation awareness platform can timely acquire the monitoring data and generate prompt messages for outputting in the monitoring process of a monitoring party, the system consumption of a single processor for processing the monitoring data is greatly reduced, the timeliness of monitoring data processing is improved, the monitoring data can be rapidly processed, the anti-tamper ring and the mobile base station equipment are combined to be used as collection and transmission equipment, and the acquisition accuracy of the monitoring data is greatly improved, thereby improving the processing efficiency of the monitoring data.

It is clear to those skilled in the art that the specific working processes of the above-described systems, devices, modules and units may refer to the corresponding processes in the foregoing method embodiments, and for the sake of brevity, further description is omitted here.

Those of ordinary skill in the art will understand that: the technical solution of the present application may be essentially or wholly or partially embodied in the form of a software product, where the computer software product is stored in a storage medium and includes program instructions for enabling an electronic device (e.g., a personal computer, a server, or a network device) to execute all or part of the steps of the method according to the embodiments of the present application when the program instructions are executed. And the aforementioned storage medium includes: various media capable of storing program codes, such as a U disk, a removable hard disk, a Read Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.

Alternatively, all or part of the steps of implementing the foregoing method embodiments may be implemented by hardware (an electronic device such as a personal computer, a server, or a network device) associated with program instructions, which may be stored in a computer-readable storage medium, and when the program instructions are executed by a processor of the electronic device, the electronic device executes all or part of the steps of the method described in the embodiments of the present application.

The above embodiments are only used for illustrating the technical solutions of the present application, and not for limiting the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments can be modified or some or all of the technical features can be equivalently replaced within the spirit and principle of the present application; such modifications or substitutions do not depart from the scope of the present application.

Claims

1. A system for processing monitored data, comprising: the mobile base station comprises an anti-dismantling bracelet, mobile base station equipment, a data processing platform and a situation perception platform;

2. The system of claim 1, wherein the monitoring data comprises at least one of heart rate information, location information, and power information, wherein the monitoring alarm information comprises at least one of heart rate alarm information, power alarm information, and location alarm information,

3. The system of claim 2, further comprising: a data center platform, wherein the data center platform respectively performs information interaction with the data processing platform and the situation awareness platform, the positioning information comprises Bluetooth positioning information and GPS positioning information,

4. The system of claim 3,

the data processing platform is further configured to generate and output abnormal alarm information when it is determined that at least one of the heart rate information, the positioning information, and the electric quantity information in the monitoring data is in a missing state.

5. The system of claim 3,

the anti-dismantling ring is also used for sending a first broadcast signal according to a first preset time interval; when a second broadcast signal responded by the mobile base station equipment based on the first broadcast signal is scanned within a second preset time interval, collecting the Bluetooth positioning information; and when a second broadcast signal responded by the mobile base station equipment based on the broadcast signal is not scanned within a second preset time interval, acquiring GPS positioning information.

6. The system of claim 3,

the data center platform is used for storing the monitoring data and the monitoring alarm information which are received and output by the data processing platform, and outputting the monitoring data and the monitoring alarm information to the situation awareness platform.

7. The system of claim 6,

the situation awareness platform is further used for receiving target monitoring point information, planning route information matched with a monitoring target wearing the anti-dismantling ring according to the target monitoring point information, and uploading the route information to the data center platform for storage;

8. The system of claim 7,

the situation awareness platform is specifically further configured to receive connection information matched with the target monitoring point information, and generate route information matched with the connection information and conforming to a preset monitoring distance.

9. The system of claim 7,

the situation awareness platform is specifically further configured to acquire type information of the target monitoring point information, screen the target monitoring point information in combination with the type information, and extract target monitoring point information meeting a monitoring target safety index, where the type information is used to distinguish at least one of building information, service information, and people flow information of the target monitoring point information; and planning and generating route information according to the extracted target monitoring point information.

10. A method for processing monitoring data, comprising:

the anti-dismantling bracelet collects monitoring data;