CN111397743A - Group body type body temperature monitoring system and method - Google Patents
Group body type body temperature monitoring system and method Download PDFInfo
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Abstract
The invention provides a group body type body temperature monitoring system and a method, wherein body temperature detection equipment collects body temperature data and uploads the body temperature data to a portable management terminal; the portable management terminal is correlated with the body temperature detection equipment, integrates body temperature data, equipment information and detection area position information into body temperature monitoring information and sends the body temperature monitoring information to the body temperature monitoring cloud platform; the body temperature monitoring cloud platform is used for processing body temperature monitoring information transmitted by the portable management terminal, and comprises the steps of counting the body temperature monitoring information and analyzing and judging whether the body temperature monitoring data information is abnormal or not. The portable management terminal integrates the body temperature monitoring information and collects the body temperature monitoring data to the body temperature monitoring cloud platform, and the body temperature monitoring cloud platform counts the body temperature monitoring information and analyzes and judges whether the body temperature monitoring data information is abnormal or not, so that the body temperature of a group can be monitored comprehensively.
Description
Technical Field
The invention relates to the technical field of public health management, relates to a group body type body temperature monitoring system and also relates to a group body temperature monitoring method.
Background
Public health safety refers to serious epidemic situation of infectious diseases, group unknown diseases, serious food and occupational poisoning and other events which seriously affect public health and can cause serious harm to the public health of society, and attention must be paid to the aspects of people who are concerned with the health of common people and directly affect the national civilians. SARS in 2003 and COVID19 in 2020 are two examples of the most direct effects on our country.
Monitoring the body temperature of a population is the most basic, direct and critical ring in the process of preventing and controlling public health safety, and helps to quickly identify and isolate suspected cases. Generally, the existing body temperature monitoring methods are all individual monitoring, people need to consciously monitor their body temperature by using various body temperature measuring devices, and when the body temperature is found to be abnormal, the people go to the upper health department immediately, so as to achieve the purpose of monitoring the body temperature of the group. However, the above group body temperature monitoring mode has the advantages that whether the data collection is comprehensive or not greatly depends on the matching degree of the monitored objects, and a good effect can be achieved if the monitored objects voluntarily measure the body temperature at regular time and report abnormal conditions; if the monitored object refuses to cooperate, the health department can obtain related data only by a large amount of human objects, and the sampling pressure is extremely high. In general, the prior art has difficulty in realizing effective group-type body temperature monitoring for a certain area.
Disclosure of Invention
The invention aims to solve the technical problem that the body temperature of a group can be comprehensively monitored by acquiring body temperature data and feeding back the body temperature data.
The technical scheme adopted by the invention for solving the technical problem is as follows:
a population body temperature monitoring system comprising:
the body temperature detection device comprises a first body temperature acquisition module and a first data sending module, wherein the first body temperature acquisition module is used for acquiring body temperature data, and the first data sending module is used for uploading the body temperature data acquired by the first body temperature acquisition module at regular time to the portable management terminal;
the portable management terminal is correlated with the body temperature detection equipment, and is used for integrating the body temperature data uploaded by the first data sending module, the equipment information of the body temperature detection equipment and the detection area position information of the body temperature detection equipment into body temperature monitoring information and sending the body temperature monitoring information to the body temperature monitoring cloud platform;
the body temperature monitoring cloud platform is used for processing the body temperature monitoring information transmitted by the portable management terminal and comprises body temperature monitoring information statistics and analysis judgment, wherein the body temperature monitoring information statistics and analysis judgment are carried out to judge whether the body temperature monitoring data information is abnormal or not.
Compared with the prior art, the technical scheme has the beneficial effects that: the portable management terminal integrates the body temperature data, the device information and the detection area position information into body temperature monitoring information and collects the body temperature monitoring information to the body temperature monitoring cloud platform, and the body temperature monitoring cloud platform counts the body temperature monitoring information and analyzes and judges whether the body temperature monitoring data information is abnormal or not, so that the body temperature of a group can be monitored comprehensively.
Further, the portable management terminal comprises a terminal data receiving module, a positioning data acquiring module, a time point acquiring module, a terminal processor and a communication module;
the terminal data receiving module is used for receiving the body temperature data uploaded by the first data sending module, the positioning data acquiring module is used for acquiring the detection area position information of the body temperature detection device, the time point acquiring module is used for acquiring and receiving the time point corresponding to the body temperature data uploaded by the first data sending module, the terminal processor is used for integrating the body temperature data, the device information of the body temperature detection device and the detection area position information of the body temperature detection device into body temperature monitoring information, and the communication module is used for sending the body temperature monitoring information to the body temperature monitoring cloud platform.
The beneficial effect who adopts above-mentioned scheme is: on one hand, the portable management terminal is used for summarizing body temperature data to the body temperature monitoring cloud platform, but on the other hand, the function of the portable management terminal is far greater than that of a data forwarding device. Through the portable management terminal, the body temperature data is acquired, meanwhile, the position information and the equipment information of the detection area are also acquired, the related data of the monitored object are comprehensively collected, and preparation is made for tracing.
Further, the body temperature monitoring cloud platform comprises a platform data receiving module, a statistical analysis module and an abnormal feedback module;
the platform data receiving module is used for receiving the body temperature monitoring information sent by the communication module, the statistic analysis module is used for counting the body temperature monitoring information and analyzing and judging whether the body temperature monitoring data information is abnormal or not, and the abnormity feedback module is used for feeding back corresponding equipment information and detection area position information when the statistic analysis module judges that the received body temperature data is abnormal.
The beneficial effect who adopts above-mentioned scheme is: after the body temperature monitoring cloud platform receives body temperature monitoring information formed by integrating body temperature data, equipment information and detection area position information, whether the body temperature monitoring information is abnormal or not can be further judged, if the body temperature data is normal, the body temperature monitoring information is not processed, and if the body temperature data is abnormal, the corresponding equipment information and the detection area position information are fed back, so that a health department can conveniently track and isolate the body temperature monitoring information.
Further, the body temperature monitoring cloud platform is further provided with an epidemic situation database, and the epidemic situation database comprises an epidemic situation area and epidemic situation population data corresponding to the epidemic situation area;
the statistical analysis module comprises a statistical component and an analysis component;
the statistical component is used for statistically integrating body temperature data, equipment information and detection area position information sent by each portable management terminal to obtain statistical data, and updating the epidemic situation database according to the statistical data;
the analysis component is used for analyzing and judging whether the body temperature monitoring data information is abnormal or not according to the statistical data.
The beneficial effect who adopts above-mentioned scheme is: the epidemic situation database can be effectively updated in time, and whether the body temperature monitoring data information is abnormal or not is judged based on statistical data.
Further, the process of analyzing and judging whether the body temperature monitoring data information is abnormal according to the statistical data by the analysis component specifically comprises the following steps:
calculating the number of abnormal body temperature people and/or abnormal body temperature proportion according to the statistical data;
judging whether the number of abnormal body temperature people is within a preset threshold range of abnormal body temperature people; if so, judging that the body temperature monitoring data information is normal; if not, judging that the body temperature monitoring data information is abnormal;
judging whether the body temperature abnormal proportion is within a preset abnormal proportion threshold range or not; if so, judging that the body temperature monitoring data information is normal; if not, judging that the body temperature monitoring data information is abnormal.
The beneficial effect who adopts above-mentioned scheme is: the number of abnormal body temperature persons and/or the abnormal body temperature proportion are analyzed from the perspective of big data, and whether the body temperature detection equipment in a certain specific area works normally or not is judged by the aid of the number of abnormal body temperature persons and/or the abnormal body temperature proportion.
Furthermore, the positioning data acquisition module comprises a GPS positioning component and a human-computer interaction positioning information acquisition component, the GPS positioning component is used for acquiring regional positioning information, and the human-computer interaction positioning information acquisition component is used for receiving specific positioning information input by the monitored object.
The beneficial effect who adopts above-mentioned scheme is: the GPS positioning assembly is used for acquiring the area positioning information with a large range, the human-computer interaction positioning information acquisition assembly is used for acquiring more accurate specific positioning information, and the GPS positioning assembly and the human-computer interaction positioning information acquisition assembly are combined to acquire more comprehensive positioning data.
Further, the device information is a PID product code and a VID manufacturer code preset in the body temperature detection device.
The beneficial effect who adopts above-mentioned scheme is: the portable management terminals correspond to the users by utilizing equipment real-name, PID product codes and VID manufacturer codes, and efficient group epidemic prevention management can be carried out.
Further, data transmission is carried out between the body temperature detection device and the portable management terminal through a Bluetooth module; the portable management terminal and the body temperature monitoring cloud platform carry out data transmission through one or more of a WiFi module, a 4G module or a 5G module.
The beneficial effect who adopts above-mentioned scheme is: the method has the advantages of high transmission speed, low transmission cost and the like.
Further, the first body temperature acquisition module is portable infrared body temperature detection equipment; specifically, the portable infrared body temperature detection device is one or more of a forehead temperature gun, an ear temperature gun, an electronic thermometer and a temperature measurement wrist strap.
The beneficial effect who adopts above-mentioned scheme is: the body temperature data can be conveniently and rapidly collected and uploaded, and meanwhile, the accuracy of the body temperature data can be guaranteed.
The technical scheme adopted by the invention for solving the technical problem is as follows:
a method of monitoring body temperature in a population, the method comprising the steps of:
the body temperature detection equipment collects body temperature data of a monitored object and sends the body temperature data and the product unique identification code to the portable management terminal;
the portable management terminal receives body temperature data and acquires equipment information of body temperature detection equipment and detection area position information of the body temperature detection equipment;
the portable management terminal integrates the body temperature data, the equipment information and the detection area position information to obtain body temperature monitoring information, and sends the body temperature monitoring information to the body temperature monitoring cloud platform;
the body temperature monitoring cloud platform receives the body temperature monitoring information, counts the body temperature monitoring information, and analyzes and judges whether the body temperature monitoring data information is abnormal or not.
Compared with the prior art, the technical scheme has the beneficial effects that: the portable management terminal integrates the body temperature data, the device information and the detection area position information into body temperature monitoring information and collects the body temperature monitoring information to the body temperature monitoring cloud platform, and the body temperature monitoring cloud platform counts the body temperature monitoring information and analyzes and judges whether the body temperature monitoring data information is abnormal or not, so that the body temperature of a group can be monitored comprehensively.
Drawings
Fig. 1 is a schematic diagram of a bulk body temperature monitoring system of the present invention.
FIG. 2 is a flow chart of a population body temperature monitoring method of the present invention.
In the figures, the list of components represented by the various reference numbers is as follows:
the body temperature monitoring system comprises a body temperature detection device 1, a portable management terminal 2 and a body temperature monitoring cloud platform 3.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer and clearer, the present invention is further described in detail below with reference to the accompanying drawings and examples. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Group-based temperature monitoring is critical during the management of sudden public health events. In order to monitor all the body temperature data of the monitored subjects in a certain specific area range, the prior art mostly adopts individual monitoring. The individual monitoring means that people need to consciously utilize various body temperature measuring devices to consciously monitor the body temperature of the people, and when the abnormal body temperature is found, the people go to the upper health department immediately, so as to achieve the purpose of monitoring the body temperature of the group.
However, this depends strongly on the degree of fit of the monitored object. If the monitored object measures the body temperature voluntarily and regularly and reports abnormal conditions, the group body temperature monitoring can obtain good effect, and in order to prevent the monitored object from refusing to cooperate, a health department collects body temperature data of people entering and exiting a certain area through a large amount of common human objects to obtain related data. However, in the prior art, group-type body temperature collection is achieved, but group-type body temperature monitoring is not achieved, standards of all body temperature detection devices are different, and large-scale data abnormity is difficult to find.
As shown in fig. 1, in order to solve the above problem, the present invention provides a group body temperature monitoring system, which includes a body temperature detecting device 1, a portable management terminal 2, and a body temperature monitoring cloud platform 3.
The body temperature detection device 1 comprises a first body temperature acquisition module and a first data sending module, wherein the first body temperature acquisition module is used for acquiring body temperature data, and the first data sending module is used for uploading the body temperature data acquired by the first body temperature acquisition module at regular time to the portable management terminal 2; the portable management terminal 2 is associated with the body temperature detection device 1, and is configured to integrate the body temperature data uploaded by the first data sending module, the device information of the body temperature detection device 1, and the detection area location information of the body temperature detection device 1 into body temperature monitoring information, and send the body temperature monitoring information to the body temperature monitoring cloud platform 3; the body temperature monitoring cloud platform 3 is used for processing the body temperature monitoring information transmitted by the portable management terminal 2, and comprises the steps of counting the body temperature monitoring information and analyzing and judging whether the body temperature monitoring data information is abnormal or not.
The body temperature detection device 1 is used for collecting body temperature data of a monitored object, and is the same as the prior art; different from the prior art, on this basis, body temperature check out test set 1 includes first body temperature collection module and first data transmission module, and wherein, first body temperature collection module not only is used for gathering body temperature data, and after first body temperature collection module gathered body temperature data and accomplished, and first data transmission module then further uploaded body temperature data to portable management terminal 2. Specifically, the first body temperature acquisition module is a portable infrared body temperature detection device. For example, the portable infrared body temperature detection device is one or more of a forehead temperature gun, an ear temperature gun, an electronic thermometer, and a temperature measurement wrist band. Preferably, the portable infrared body temperature sensor is a temperature measuring wristband, and the temperature measuring wristband is arranged on the wrist of the monitored object. The temperature data can be conveniently collected at any time by the aid of the arrangement, and the accuracy of the temperature data can be guaranteed.
In the process, body temperature data are collected through a first body temperature collecting module such as a temperature measuring wrist strap, and then the body temperature data are uploaded through a first data sending module. Therefore, compared with the prior art, the beneficial effect of this technical scheme is: rely on body temperature check out test set 1, portable management terminal 2 and body temperature monitoring cloud platform 3, gather body temperature data through body temperature check out test set 1 to with body temperature data transmission to portable management terminal 2, a plurality of portable management terminals 2 gather body temperature data to body temperature monitoring cloud platform 3 again, body temperature monitoring cloud platform 3 combines body temperature early warning value can in time discover unusual body temperature data, helps monitoring colony's body temperature comprehensively.
In the technical scheme, the correlation between the portable management terminal and the body temperature detection device is a key point, and the body temperature monitoring information can be counted only if the portable management terminal is correlated with the body temperature detection device, and whether the body temperature monitoring data information is abnormal or not is analyzed and judged.
The portable management terminal and the body temperature detection device are mutually associated through management APP. Be provided with the management APP on the portable management terminal, portable management terminal can acquire the equipment information and the detection area positional information that correspond body temperature check out test set through the management APP. The device information is a unique identification code specific to each body temperature detection device, and the detection area position information is the range of the body temperature detection device used by the manager. After the portable management terminal is associated with the body temperature detection equipment, the portable management terminal can integrate body temperature data, equipment information and detection area position information into body temperature monitoring information; the body temperature monitoring cloud platform can realize the statistics of body temperature monitoring information when collecting all body temperature monitoring information sent by the portable management terminal, and analyzes and judges whether the body temperature monitoring data information is abnormal or not.
Preferably, the portable management terminal 2 includes a terminal data receiving module, a positioning data acquiring module, a time point acquiring module, a terminal processor and a communication module.
In the invention, the portable management terminal 2 can be a mobile phone, a tablet personal computer and other devices, the most basic function of the portable management terminal is to transmit the data acquired by the body temperature detection device 1 to the body temperature monitoring cloud platform 3, and if a plurality of portable management terminals 2 are all transmitted, data summarization can be performed at the body temperature monitoring cloud platform 3. However, on the basis of this basic function, unlike the prior art, the body temperature detection device is preset with device information.
The terminal data receiving module is used for receiving the body temperature data uploaded by the first data sending module, the positioning data acquiring module is used for acquiring the detection area position information of the body temperature detection device, the time point acquiring module is used for acquiring and receiving the time point corresponding to the body temperature data uploaded by the first data sending module, the terminal processor is used for integrating the body temperature data, the device information of the body temperature detection device and the detection area position information of the body temperature detection device into body temperature monitoring information, and the communication module is used for sending the body temperature monitoring information to the body temperature monitoring cloud platform 3. In addition, the traceability can be completed through the equipment information without establishing an information database of the object to be monitored in advance, and the method has the advantages of flexible application, low traceability cost and the like.
On one hand, the portable management terminal 2 is used for summarizing body temperature data to the body temperature monitoring cloud platform 3; on the other hand, the portable management terminal 2 functions much more than a general data transfer device. Through the positioning data acquisition module, the time point acquisition module and the terminal processor, the body temperature data is acquired, meanwhile, the position information and the equipment information of the detection area are also acquired, and the body temperature data, the position information and the equipment information of the detection area are integrated to obtain body temperature monitoring information. Therefore, the body temperature data is collected, other data of the monitored object related to the body temperature data are comprehensively collected, preparation is made for tracing, when data corresponding to certain body temperature detection equipment is abnormal, the body temperature detection equipment is determined through equipment information, the body temperature of the related monitored object is measured again according to the position information of the detection area, and abnormal investigation is conducted.
Specifically, the device information includes a PID product code and a VID manufacturer code. The body temperature detection devices 1 and the portable management terminal 2 are associated with users by using device real-name, PID product codes and VID manufacturer codes, and efficient group epidemic prevention management can be performed. On one hand, when the body temperature data in certain individual monitoring data is abnormal, the corresponding PID product code and VID manufacturer code can be determined through the body temperature data, and then the specific individual can be determined at low cost through real-name equipment, so that the isolation is convenient. On the other hand, when a certain group of body temperature detection devices 1 and the portable management terminal 2 do not upload individual monitoring data according to the regulations, the corresponding PID product codes and VID manufacturer codes can be determined through the body temperature data, and further, specific individuals are determined through device real-name, so that management is facilitated.
Preferably, the body temperature detection device is integrally arranged on the portable management terminal; the body temperature detection device is an infrared detector, the portable management terminal is a mobile phone, and the body temperature detection device is arranged in front of the portable management terminal. Face recognition is mature and applied to mobile phones on the market, and similarly, the technical scheme can realize timing temperature measurement by integrally arranging the body temperature detection equipment on the portable management terminal. When the monitored user uses the mobile phone, the monitored user must face the mobile phone screen, and therefore when the mobile phone is unlocked, the infrared detector and the infrared detector arranged in front of the mobile phone can be used for measuring the body temperature. Through the scheme, the system can be simplified, and the method has the advantage of convenience in implementation.
Preferably, the body temperature monitoring cloud platform 3 comprises a platform data receiving module, a statistical analysis module and an anomaly feedback module.
In the invention, the body temperature monitoring cloud platform 3 is used for data collection and centralized management, wherein the centralized management is realized by finding out abnormal conditions of body temperature data in time. The abnormal body temperature data referred to herein is not an individual body temperature abnormality, and the body temperature of a certain person exceeds 37.2 degrees celsius, but means that a certain body temperature detection device has failed, and the measured data thereof has deviated to some extent.
The platform data receiving module is used for receiving the body temperature monitoring information sent by the communication module, the statistic analysis module is used for counting the body temperature monitoring information and analyzing and judging whether the body temperature monitoring data information is abnormal or not, and the abnormity feedback module is used for feeding back corresponding equipment information and detection area position information when the statistic analysis module judges that the received body temperature data is abnormal.
Based on the technical scheme, after the body temperature monitoring cloud platform 3 receives body temperature monitoring information formed by integrating body temperature data, equipment information and detection area position information, the body temperature data is further extracted and whether the body temperature data is abnormal or not is judged, if the body temperature data is normal, the body temperature data is not processed, and if the body temperature data is abnormal, the corresponding equipment information and the detection area position information are fed back, so that a health department can conveniently track and process the body temperature monitoring information.
Preferably, the body temperature monitoring cloud platform 3 is further provided with an epidemic situation database, the epidemic situation database includes an epidemic situation area and epidemic situation population data corresponding to the epidemic situation area.
The statistical analysis module comprises a statistical component and an analysis component; the statistical component is used for statistically integrating body temperature data, equipment information and detection area position information sent by each portable management terminal to obtain statistical data, and updating the epidemic situation database according to the statistical data; the analysis component is used for analyzing and judging whether the body temperature monitoring data information is abnormal or not according to the statistical data. Therefore, the epidemic situation database can be effectively updated in time, and whether the body temperature monitoring data information is abnormal or not is judged based on the statistical data.
One of the key innovation points of the invention is that the analysis component analyzes and judges whether the body temperature monitoring data information is abnormal according to the statistical data, and the process specifically comprises the following steps: calculating the number of abnormal body temperature people and/or abnormal body temperature proportion according to the statistical data; judging whether the number of abnormal body temperature people is within a preset threshold range of abnormal body temperature people; if so, judging that the body temperature monitoring data information is normal; if not, judging that the body temperature monitoring data information is abnormal; judging whether the body temperature abnormal proportion is within a preset abnormal proportion threshold range or not; if so, judging that the body temperature monitoring data information is normal; if not, judging that the body temperature monitoring data information is abnormal.
The abnormal body temperature number and/or the abnormal body temperature proportion are analyzed from the perspective of big data, and the abnormal body temperature number and/or the abnormal body temperature proportion help to judge whether body temperature detection equipment in a certain specific area works normally, so that whether body temperature monitoring data information is abnormal or not is judged.
For example, normally, the number of abnormal body temperature people is 20 at the upper limit and 5 at the lower limit among 1000 people, but when a certain body temperature detection device detects 50 or 0 abnormal body temperature people among 1000 people, it is determined that the body temperature monitoring data information is abnormal, which indicates that a certain body temperature detection device is in failure, and accordingly, the body temperature data measured by the body temperature detection device is not reliable. The invention can further trace the source by feeding back the corresponding equipment information and the detection area position information, and reconfirm whether the individual measured by the body temperature detection equipment has the heating phenomenon or not, thereby facilitating the group body temperature monitoring.
Specifically, the positioning data acquisition module comprises a GPS positioning component and a human-computer interaction positioning information acquisition component, the GPS positioning component is used for acquiring regional positioning information, and the human-computer interaction positioning information acquisition component is used for receiving specific positioning information input by a monitored object. The GPS positioning component can automatically acquire the positioning information, but the accuracy of the positioning information is not high, and at the moment, the GPS positioning component is matched with the human-computer interaction positioning information acquisition component, and the accuracy of the positioning information can be improved by receiving the specific positioning information input by the monitored object. Therefore, the GPS positioning assembly is used for acquiring the area positioning information with a large range, the human-computer interaction positioning information acquisition assembly is used for acquiring more accurate specific positioning information, and the GPS positioning assembly and the human-computer interaction positioning information acquisition assembly are combined to acquire more comprehensive positioning data.
Specifically, data transmission is performed between the body temperature detection device 1 and the portable management terminal 2 through a bluetooth module; the portable management terminal 2 and the body temperature monitoring cloud platform 3 are used for data transmission through one or more of a WiFi module, a 4G module or a 5G module. More specifically, the first data sending module is connected with the terminal data receiving module through a bluetooth module; the communication module is connected with the platform data receiving module through one or more of a WiFi module, a 4G module or a 5G module.
As shown in fig. 1 and fig. 2, a method for monitoring body temperature in a population type correspondingly comprises the following steps:
s1, body temperature detection equipment 1 collects body temperature data of a monitored object and sends the body temperature data and a product unique identification code to a portable management terminal 2;
s2, the portable management terminal 2 receives body temperature data and the unique product identification code, and acquires equipment information of body temperature detection equipment and detection area position information of the body temperature detection equipment;
s3, integrating the body temperature data, the equipment information and the position information of the measuring area by the portable management terminal 2 to obtain body temperature monitoring information, and sending the body temperature monitoring information to the body temperature monitoring cloud platform 3;
and S4, the body temperature monitoring cloud platform 3 receives the body temperature monitoring information, counts the body temperature monitoring information, and analyzes and judges whether the body temperature monitoring data information is abnormal or not.
In summary, the invention provides a group body temperature monitoring system and a method, which mainly include a body temperature detection device 1, a portable management terminal 2 and a body temperature monitoring cloud platform 3, wherein the body temperature detection device 1 includes a first body temperature acquisition module and a first data sending module. The portable management terminal is associated with the body temperature detection equipment, integrates body temperature data, equipment information and detection area position information into body temperature monitoring information, and sends the body temperature monitoring information to the body temperature monitoring cloud platform, and the body temperature monitoring cloud platform further processes the body temperature monitoring information and judges whether the body temperature monitoring data information is abnormal or not through counting the body temperature monitoring information and analyzing. In this way, the body temperature data can be directly acquired without depending on the degree of consciousness of the monitored subject. Therefore, compared with the prior art, the beneficial effect of this technical scheme is: the portable management terminal integrates the body temperature data, the device information and the detection area position information into body temperature monitoring information and collects the body temperature monitoring information to the body temperature monitoring cloud platform, and the body temperature monitoring cloud platform counts the body temperature monitoring information and analyzes and judges whether the body temperature monitoring data information is abnormal or not, so that the body temperature of a group can be monitored comprehensively.
It is to be understood that the invention is not limited to the examples described above, but that modifications and variations may be effected thereto by those of ordinary skill in the art in light of the foregoing description, and that all such modifications and variations are intended to be within the scope of the invention as defined by the appended claims.
Claims (10)
1. A bulk body temperature monitoring system, comprising:
the body temperature detection device comprises a first body temperature acquisition module and a first data sending module, wherein the first body temperature acquisition module is used for acquiring body temperature data, and the first data sending module is used for uploading the body temperature data acquired by the first body temperature acquisition module to the portable management terminal;
the portable management terminal is correlated with the body temperature detection equipment, and is used for integrating the body temperature data uploaded by the first data sending module, the equipment information of the body temperature detection equipment and the detection area position information of the body temperature detection equipment into body temperature monitoring information and sending the body temperature monitoring information to the body temperature monitoring cloud platform;
the body temperature monitoring cloud platform is used for processing the body temperature monitoring information transmitted by the portable management terminal and comprises body temperature monitoring information statistics and analysis judgment, wherein the body temperature monitoring information statistics and analysis judgment are carried out to judge whether the body temperature monitoring data information is abnormal or not.
2. The population body temperature monitoring system according to claim 1, wherein the portable management terminal comprises a terminal data receiving module, a positioning data acquiring module, a time point acquiring module, a terminal processor and a communication module;
the terminal data receiving module is used for receiving body temperature data uploaded by the first data sending module, the positioning data acquiring module is used for acquiring detection area position information of the body temperature detection device, the time point acquiring module is used for acquiring and receiving time points corresponding to the body temperature data uploaded by the first data sending module, the terminal processor is used for integrating the body temperature data, device information of the body temperature detection device and the detection area position information of the body temperature detection device into body temperature monitoring information, and the communication module is used for sending the body temperature monitoring information to the body temperature monitoring cloud platform.
3. The population body temperature monitoring system of claim 2, wherein the body temperature monitoring cloud platform comprises a platform data receiving module, a statistical analysis module and an anomaly feedback module;
the platform data receiving module is used for receiving the body temperature monitoring information sent by the communication module, the statistic analysis module is used for counting the body temperature monitoring information and analyzing and judging whether the body temperature monitoring data information is abnormal or not, and the abnormity feedback module is used for feeding back corresponding equipment information and detection area position information when the statistic analysis module judges that the received body temperature data is abnormal.
4. The population body type body temperature monitoring system according to claim 3, wherein the body temperature monitoring cloud platform is further provided with an epidemic situation database, and the epidemic situation database comprises an epidemic situation area and epidemic situation population data corresponding to the epidemic situation area;
the statistical analysis module comprises a statistical component and an analysis component;
the statistical component is used for statistically integrating body temperature data, equipment information and detection area position information sent by each portable management terminal to obtain statistical data, and updating the epidemic situation database according to the statistical data;
the analysis component is used for analyzing and judging whether the body temperature monitoring data information is abnormal or not according to the statistical data.
5. The population body temperature monitoring system according to claim 4, wherein the process of the analysis component for determining whether the body temperature monitoring data information is abnormal according to the statistical data analysis specifically comprises:
calculating the number of abnormal body temperature people and/or abnormal body temperature proportion according to the statistical data;
judging whether the number of abnormal body temperature people is within a preset threshold range of abnormal body temperature people; if so, judging that the body temperature monitoring data information is normal; if not, judging that the body temperature monitoring data information is abnormal;
judging whether the body temperature abnormal proportion is within a preset abnormal proportion threshold range or not; if so, judging that the body temperature monitoring data information is normal; if not, judging that the body temperature monitoring data information is abnormal.
6. The population body temperature monitoring system of claim 1, wherein the positioning data acquisition module comprises a GPS positioning component and a human-computer interaction positioning information acquisition component, the GPS positioning component is used for acquiring regional positioning information, and the human-computer interaction positioning information acquisition component is used for receiving specific positioning information input by a monitored object.
7. The body temperature monitoring system according to any one of claims 1-6, wherein the device information is a PID product code and a VID manufacturer code preset in the body temperature detecting device.
8. A body temperature monitoring system according to any one of claims 1 to 6, wherein the body temperature detecting device and the portable management terminal are in data transmission via a Bluetooth module; the portable management terminal and the body temperature monitoring cloud platform carry out data transmission through one or more of a WiFi module, a 4G module or a 5G module.
9. A body temperature monitoring system according to any one of claims 1 to 6, wherein the first body temperature collection module is a portable infrared body temperature detection device.
10. A method of monitoring body temperature in a population, the method comprising the steps of:
the body temperature detection equipment collects body temperature data of a monitored object and sends the body temperature data and the product unique identification code to the portable management terminal;
the portable management terminal receives body temperature data and acquires the equipment information of the body temperature detection equipment and the detection area position information of the body temperature detection equipment;
the portable management terminal integrates body temperature data, equipment information and detection area position information to obtain body temperature monitoring information, and sends the body temperature monitoring information to the body temperature monitoring cloud platform;
the body temperature monitoring cloud platform receives the body temperature monitoring information, counts the body temperature monitoring information, and analyzes and judges whether the body temperature monitoring data information is abnormal or not.
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Application publication date: 20200710 |