CN114091882B - Intelligent monitoring system and method for body temperature of tourist in scenic spot - Google Patents
Intelligent monitoring system and method for body temperature of tourist in scenic spot Download PDFInfo
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- CN114091882B CN114091882B CN202111351420.0A CN202111351420A CN114091882B CN 114091882 B CN114091882 B CN 114091882B CN 202111351420 A CN202111351420 A CN 202111351420A CN 114091882 B CN114091882 B CN 114091882B
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- G—PHYSICS
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06Q10/0631—Resource planning, allocation, distributing or scheduling for enterprises or organisations
- G06Q10/06311—Scheduling, planning or task assignment for a person or group
- G06Q10/063114—Status monitoring or status determination for a person or group
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
- G06K17/0025—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device the arrangement consisting of a wireless interrogation device in combination with a device for optically marking the record carrier
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- G—PHYSICS
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0635—Risk analysis of enterprise or organisation activities
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention provides a scenic spot visitor body temperature intelligent monitoring system and method, set up the only visitor's identification code and store on the electronic tag for each visitor, collect the visitor's body temperature of self-surveying before entering the garden, in the garden and after leaving the garden, measure and record the body temperature data of the visitor, realize the visitor's body temperature and control; set up electronic tags reading module and obtain visitor's identification code at each detection area and each scenic spot, realize the record of visitor's action orbit, can realize tracing back when visitor's body temperature is unusual, be convenient for develop corresponding measure.
Description
Technical Field
The invention belongs to the field of scenic spot management, and particularly relates to a system and a method for intelligently monitoring the body temperature of tourists in a scenic spot.
Background
Tourist scenic spots are places with relatively dense people flow, and particularly in the special period of epidemic situation at present, although great success is achieved in management and control, preparation for long-term battle is required, and various matching measures are taken in succession in each scenic spot.
The scenic spot entering the garden adopts the real name reservation system, advocates network ticket buying and real name visiting, and the personnel entering the garden can carry out network ticket buying on the E-commerce scenic spot platform, or scans the sign indicating number ticket buying at the scenic spot entrance, and the scenic spot advocates no cash and no contact payment. When entering a garden, the actual body temperature of the day needs to be measured, but the efficiency is forced to be improved in the garden entering temperature measurement work considering the large-flow environment of a scenic spot; in addition, in the scenic spot and the tourist leaving link, the monitoring of the body temperature of the tourist is usually not paid attention; and for the scenic spot track tracing problem of the tourists with abnormal body temperature, the method is also a key problem for rapidly controlling the possibility risk, and more attention should be paid.
Disclosure of Invention
In order to at least partially solve the above problems, the present invention provides an intelligent monitoring system for the body temperature of a visitor who is put in the home, comprising: guest database: the ticket information comprises a tourist identification code, identity information, self-testing body temperature and a residence address; electronic label: for storing the guest identification code; visitor information acquisition module: for receiving ticket information, storing it in the guest database; visitor's body temperature measurement module: the device is used for measuring the body temperature of the tourist and uploading the body temperature; an electronic tag reading module: the electronic tag is used for reading and uploading the electronic tag data; and the alarm module is used for giving an alarm prompt after receiving the alarm information.
A detection area uploading module: and the electronic tag reading module is used for receiving the tourist identification code uploaded by the electronic tag reading module and then uploading the tourist identification code and corresponding detection area information.
Enter garden body temperature detection module: the system comprises a tourist database, an electronic tag reading module, a tourist identification code and a tourist temperature measuring module, wherein the tourist identification code is uploaded by the electronic tag reading module; and the alarm module is used for judging whether the temperature of the entering garden is abnormal or not, and sending the alarm information to the alarm module if the temperature of the entering garden is abnormal.
Scenic spot body temperature monitoring module: the system comprises a detection area uploading module, a tourist database and a tourist identification code, wherein the detection area uploading module is used for uploading data of a tourist identification code to a tourist database; and the system is used for judging whether the temperature of the garden is abnormal or not, and if so, sending the associated information to a scenic spot terminal.
Scenic spot platform: the system comprises a mobile terminal, a tourist identification code and a data processing module, wherein the mobile terminal is used for allowing a tourist to log in and upload and send out a park body temperature and the tourist identification code, and the tourist identification code is obtained by reading the electronic tag data through the mobile terminal; and the tourists leave the scenic spot by carrying the electronic tag, and upload the outgoing body temperature for at least 4 days to the scenic spot platform within 7 days after leaving the scenic spot.
Further, in the entering-garden body temperature detecting module, the entering-garden body temperature abnormality means: the temperature of the entering garden is higher than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is more than 1 ℃; the normal body temperature in the garden refers to: the temperature of the entering garden is lower than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is less than 1 ℃.
Further, in the scenic spot body temperature monitoring module, the intra-body temperature abnormality is: the intrabody temperature of the guest measured in two or more of the detection zones was above 37.5 ℃.
Further, the electronic tag reading module is further arranged at each scenic spot and used for reading the electronic tag data to obtain the tourist identification code, and the system further comprises a tourist track association module; the electronic tag reading module arranged at each scenic spot is connected with the tourist track association module, and uploads the tourist identification code and the scenic spot number to the tourist track association module;
when the temperature of the inside of the tourist is abnormal, the scenic spot temperature monitoring module sends the tourist identification code of the abnormal tourist to the tourist track correlation module; and the tourist track association module establishes an association relation between the tourist identification code and all the scenic spot numbers corresponding to the read tourist identification code, stores the association information in the tourist database and sends the association information to the scenic spot terminal.
Further, the mobile terminal has an NFC function, and the electronic tag includes an NFC electronic tag; when the departure body temperature is abnormal, uploading positioning information of the mobile terminal to the scenic spot platform, after the scenic spot platform receives the departure body temperature, the tourist identification codes and the positioning information, establishing association relations between the tourist identification codes and all the scenic spot numbers corresponding to the tourist identification codes, storing the association information in the tourist database, and sending the association information and the positioning information to the scenic spot terminal.
Corresponding to the system, the invention also provides an intelligent monitoring method for the body temperature of the tourists in the scenic spot, which comprises the following steps:
and tourist information acquisition: receiving ticket information, and storing the ticket information in a tourist database, wherein the ticket information comprises a tourist identification code, identity information, a self-testing body temperature and a living address;
detecting the body temperature in the garden: a tourist enters a scenic spot by carrying an electronic tag, wherein the electronic tag comprises tourist identification code data; when entering a scenic area, reading the electronic tag data, measuring the temperature of the tourist entering the garden, and associating the temperature of the tourist entering the garden with the tourist identification code; if the body temperature is abnormal, giving an alarm for prompting;
and (3) monitoring the body temperature of the scenic spot: reading the electronic tag data and measuring the temperature of the tourist in the garden in a detection area in a scenic spot, and establishing the association relation among the temperature in the garden, the detection area and the tourist identification code; if the temperature in the garden is abnormal, the entrance ticket information, the associated temperature information and the detection area information corresponding to the tourist identification code are sent to a scenic spot terminal, and the detection area information comprises a detection area position;
and (3) tracking the body temperature of the outgoing garden: the tourists leave the scenic spot with the electronic tags and upload the outgoing body temperature for at least 4 days within 7 days after leaving the scenic spot; tourists log in a scenic spot platform for uploading body temperature through a mobile terminal, the outgoing body temperature is recorded, the electronic tag data is read through the mobile terminal to obtain the tourist identification code, and the outgoing body temperature and the tourist identification code are uploaded to the scenic spot platform.
Further, in the entering-campus body temperature detecting step, the entering-campus body temperature abnormality is: the temperature of the entering garden is higher than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is more than 1 ℃; the normal body temperature in the garden refers to: the temperature of the entering garden is lower than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is less than 1 ℃.
Further, in the scenic spot body temperature monitoring step, the intra-body temperature abnormality is: the intrabody temperature of the guest measured in two or more of the detection zones was above 37.5 ℃.
Further, reading the electronic tag data at each scenic spot to obtain the tourist identification code; and the system is used for establishing the association relationship between the tourist identification code and the scenic spot read by the tourist identification code when the temperature of the inside of the tourist is abnormal, storing the association information in the tourist database and sending the association information to the scenic spot terminal.
Further, in the leaving-garden body temperature tracking step, the mobile terminal has an NFC function, and the electronic tag includes an NFC electronic tag; when the departure body temperature is abnormal, uploading the positioning information of the mobile terminal to the scenic spot platform, after the scenic spot platform receives the departure body temperature, the tourist identification code and the positioning information, establishing the association relationship between the tourist identification code and the scenic spot reading the tourist identification code, and sending the association information and the positioning information to the scenic spot terminal
Has the advantages that: the invention provides a scenic spot visitor body temperature intelligent monitoring system and method, set up the only visitor's identification code and store on the electronic tag for each visitor, collect the visitor's body temperature of self-surveying before entering the garden, in the garden and after leaving the garden, measure and record the body temperature data of the visitor, realize the visitor's body temperature and control; set up electronic tags reading module and obtain visitor's identification code at each detection area and each scenic spot, realize the record of visitor's action orbit, can realize tracing back when visitor's body temperature is unusual, be convenient for develop corresponding measure.
Drawings
FIG. 1 is a schematic view of a park body temperature detection process of the intelligent visitor body temperature monitoring system of the present invention;
FIG. 2 is a schematic view of a scenic spot temperature monitoring process of the intelligent tourist temperature monitoring system of the present invention;
fig. 3 is a schematic view of a scenic spot platform leaving temperature monitoring process of the intelligent tourist temperature monitoring system of the present invention.
Detailed Description
The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The embodiment of the invention provides an intelligent monitoring system for the body temperature of tourists in a scenic spot, which comprises a tourist database, an electronic tag, a tourist information acquisition module, a tourist body temperature measurement module, an electronic tag reading module, an alarm module, a garden body temperature detection module, a detection area uploading module, a scenic spot body temperature monitoring module and a scenic spot platform.
The tourist database is used for storing entrance ticket information, and the entrance ticket information comprises a tourist identification code, identity information, a self-testing body temperature and a living address. The visitor identification code is unique and is automatically generated for the system. The identity information may include identification card information, professional information, and the like. The self-measuring body temperature is the self-filled body temperature information when the tourist buys the ticket. The residence address can be a resident address of the tourist or a hotel address of the tourist when buying the ticket, so that the subsequent tracing is facilitated. The ticket information may also contain contact details.
The electronic tag is used for storing the tourist identification code. After the tourist arrives at the scenic spot, the tourist exchanges the paper entrance ticket, and the electronic tag can be attached to the paper entrance ticket; tourists carry paper entrance tickets to enter scenic spots and visit the scenic spots in the whole process; and when the tourist is in the scenic spot, the tourist needs to be kept for at least one week for obtaining the temperature of the tourist which is transmitted out of the park above the own tourist identification code. Because scenic spot admission ticket serial number also has the uniqueness, can set up the visitor's identification code as and the same with scenic spot admission ticket serial number, when the visitor left the temperature of garden on leaving the scenic spot, can be according to this visitor's identification code of scenic spot admission ticket serial number manual input.
The tourist information acquisition module is used for receiving the ticket information and storing the ticket information in the tourist database. The tourist information acquisition module can be a ticket purchasing module in the official website of the scenic spot, when a tourist needs to complete ticket information and pay, after the tourist completes payment, the system automatically generates a tourist identification code, and stores the ticket information of the tourist in a tourist database. After the tourist uses the scenic spot entrance ticket, the entrance ticket information is stored in the tourist database for at least more than one week.
Wherein, visitor's body temperature measurement module is used for measuring visitor's body temperature and uploads. In order to reduce contact, the body temperature of the tourist can be measured by adopting an infrared temperature measurement technology, and then the body temperature uploading function is added to upload body temperature data to a module connected with the body temperature uploading function.
The electronic tag reading module is used for reading and uploading electronic tag data. The electronic tag reading module needs to be matched with the frequency of the electronic tag and upload the read data to a module connected with the electronic tag reading module. In one embodiment, the electronic tag is an ultrahigh frequency electronic tag, and the electronic tag reading module is an ultrahigh frequency electronic tag reading module and can read electronic tag data in batches; at this time, a proper farthest reading distance needs to be set according to actual needs, for example, the farthest reading distance is set to be 3 meters, when electronic tag data of each guest needs to be acquired, the guests can pass through the electronic tag data independently, and the distance between the guests behind is kept to be more than 3 meters; when a group plays, such as a family game, a group game, a company group building and the like, the group can be accessed by the electronic tag reading module, the electronic tag reading module reads a plurality of pieces of electronic tag data of the group in batches, and the distance between other groups and the electronic tag reading module is kept to be more than 3 meters, so that the data reading efficiency is improved.
In another embodiment, the electronic tag is a low-frequency electronic tag, the electronic tag reading module is a low-frequency electronic tag reading module, the electronic tag data is read singly in a close range, and a plurality of electronic tag reading modules can be arranged in a scenic spot to improve the reading efficiency. Under this scheme, the visitor can get into scenic spot, each scenic spot through brushing scenic spot admission ticket, installs the scenic spot floodgate machine in these places, reads the module setting with electronic tags in order to read electronic tags data in the floodgate machine with electronic tags.
The alarm module is used for giving an alarm prompt after receiving the alarm information. The alarm module can be an acousto-optic alarm, can receive alarm information, namely a starting signal, and can start an alarm function after receiving the alarm information so as to prompt an alarm of abnormal body temperature.
As shown in fig. 1, the temperature of entering the garden detection module is configured to receive the guest identification code uploaded by the electronic tag reading module and the temperature of entering the garden uploaded by the guest temperature measurement module, associate the temperature of entering the garden with the guest identification code, and store the temperature of entering the garden in the guest database. The temperature of entering the garden detection module is connected with the electronic tag reading module and the temperature measuring module of the tourists, the uploaded tourists identification codes and the temperature of entering the garden can be received, and after the two data are received, the temperature of entering the garden is related to the tourists to be identified and stored in the data of the tourists. The body temperature of the tourists entering the garden is measured when the tourists enter the scenic area, and the body temperature and the tourists are in a one-to-one relationship, so that the body temperature of the tourists needs to be obtained and measured singly, then the single tourist identification code is associated with the body temperature of the tourists, and the distance between the tourists entering the garden needs to be kept. The association here may be to store the temperature of entering the garden into the ticket information corresponding to the visitor identification code to establish an association relationship; or a data table can be newly established, and the temperature of the entering park and the visitor identification code are independently stored in the visitor database as a group of data.
The park body temperature detection module judges whether the park body temperature is abnormal or not after acquiring the visitor identification code and the visitor body temperature data, and sends alarm information to the alarm module if the park body temperature is abnormal. Abnormal body temperature value can be preset in the temperature detection module of entering the garden, and when the temperature of entering the garden is higher than the abnormal body temperature value, the temperature of entering the garden is judged to be abnormal, and then alarm information is sent to the alarm module to prompt the staff in the scenic spot to take corresponding measures in time. No matter the temperature of the tourist is abnormal or not, the temperature detection module of the tourist establishes association between the tourist identification code and the temperature of the tourist so as to trace the tourist in the subsequent process.
The detection area uploading module is used for uploading the tourist identification code and the corresponding detection area information after receiving the tourist identification code uploaded by the electronic tag reading module. A detection area uploading module and an electronic tag reading module are arranged at a detection area in a scenic spot, the detection area uploading module is connected with the electronic tag reading module, and the electronic tag reading module uploads the electronic tag data to the detection area uploading module after reading the electronic tag data; after receiving the electronic tag data, the detection area uploading module uploads the electronic tag data and respective detection area information together to the scenic spot body temperature monitoring module connected with the detection area uploading module.
As shown in fig. 2, the scenic spot body temperature monitoring module is configured to establish and store the correlation information of the temperature in the garden, the detection area information, and the visitor identification code in the visitor database after receiving the data uploaded by the detection area uploading module and the park body temperature uploaded by the visitor body temperature measurement module. The detection area uploading module is arranged in the detection area of the scenic spot and uploads the detection area information while uploading the tourist identification code; the detection area information includes a detection area number for distinguishing an area position where the temperature of the inside of the garden is measured, and the temperature of the inside of the garden refers to the temperature of the guest measured by the guest temperature measuring module in the scenic spot. The scenic spot body temperature monitoring module is connected with the detection area uploading module and the tourist body temperature measuring module to receive uploaded data. Similarly, the step of establishing the associated information can be that the received temperature and detection area information in the garden are stored in the ticket information corresponding to the visitor identification code; or a data table can be newly established in the tourist database, and the temperature in the garden, the detection area information and the tourist identification code are stored in the newly established table as a group of data.
In addition, the scenic spot body temperature monitoring module judges whether the park body temperature of the tourist is abnormal or not after acquiring the tourist identification code and the tourist body temperature data, and if the park body temperature is abnormal, the scenic spot body temperature monitoring module sends associated information to the scenic spot terminal. Abnormal body temperature value can be preset in scenic spot body temperature monitoring module, and abnormal body temperature value also can be set in visitor's database, and scenic spot body temperature monitoring module calls this abnormal body temperature value. And comparing whether the temperature of the garden is higher than the abnormal temperature value, and if so, sending the associated information, namely the temperature of the garden, the detection area information and the visitor identification code, to the scenic spot terminal so that the scenic spot staff can take corresponding measures in time. The scenic spot terminal can be a scenic spot computer, and a monitoring system is installed on the computer and can receive and display the associated information. The scenic spot terminal can also be a mobile phone of a scenic spot worker, and the mobile phone is provided with a monitoring system which can receive and display the associated information. Scenic spot staff can rapidly determine the area where the abnormal-body-temperature tourist is located according to the detection area information, and can immediately acquire corresponding ticket information according to the tourist identification code to confirm the identity, contact way and the like of the tourist.
The system comprises a scenic spot platform, a mobile terminal and a plurality of tourist identification codes, wherein the scenic spot platform is used for tourists to log in through the mobile terminal and upload and send out the park body temperature and the tourist identification codes, and the tourist identification codes are obtained by reading electronic tag data through the mobile terminal; the tourists leave the scenic spot with the electronic tags, and upload the body temperature of going out of the garden for 4 days to the scenic spot platform at least in 7 days after leaving the scenic spot. The scenic spot platform can be a scenic spot website or a software program, the tourist can carry and keep the electronic tag for at least one week after leaving the scenic spot, and the outgoing body temperature of 4 days at least needs to be uploaded within one week, wherein the outgoing body temperature is the body temperature of the tourist measured by himself after leaving the scenic spot. In one embodiment, the latency period of the new coronavirus is substantially within 14 days, and most of the new coronavirus is within 3-7 days; the tourists should be under the obligation of reporting the body temperature to the full extent after playing to cooperate with the control policy; tourists can log in the scenic spot platform through the mobile phone, the body temperature of leaving a garden is written in an actual filling mode, the electronic tag data is read through the mobile phone, the identification code of the tourists is obtained, and the body temperature of leaving the garden and the identification code of the tourists are uploaded to the platform. Of course, tourists are also encouraged to continuously upload the temperature of leaving the garden for one week to acquire more temperature detection data. Obviously, the functions of the scenic spot platform can be centralized on the ticket purchasing platform of the scenic spot.
According to the scheme of the embodiment, the body temperatures of the tourists are collected before the tourists enter the garden, when the tourists enter the garden, in the garden and after the tourists leave the garden, and when the body temperatures are abnormal, the approximate playing area of the abnormal tourists and the personal information of the tourists can be rapidly acquired by taking the tourist identification codes as the associated elements, and effective reference information can be provided for relevant parts to take corresponding measures.
In one embodiment, in the entering-garden body temperature detection module, the entering-garden body temperature is abnormal, namely, the entering-garden body temperature is higher than 37.5 ℃, and the difference value between the entering-garden body temperature and the self-testing body temperature is greater than 1 ℃. The temperature of the entering garden is normal, namely the temperature of the entering garden is lower than 37.5 ℃, and the difference between the temperature of the entering garden and the self-testing body temperature is less than 1 ℃. The normal body temperature of a human body has a stable range, but is not constant, the normal body temperature of a female is higher than that of a male, the female is slightly raised in the early menstrual period and the early gestation period, but the temperature difference within one day is generally less than 1 ℃, so that the abnormal body temperature condition of the tourist can be more accurately judged by adding the body temperature difference comparison. The temperature of entering the garden detection module obtains corresponding body temperature of self-test according to the visitor identification code, and then judges the difference value between the body temperature of entering the garden and the body temperature of entering the garden.
In one embodiment, in the scenic spot temperature monitoring module, the intra-garden body temperature abnormality is: the temperatures measured by guests in more than two test zones in the volume were all above 37.5 ℃. Set up a plurality of detection area in the scenic spot, can be 2, 3 or even more, can set up detection area quantity according to scenic spot scale and average day visitor bearing capacity condition, install electronic tags in every detection area and read module and visitor's body temperature measurement module, install the electronic tags who installs at detection area and read the module and still upload detection area information. According to the scheme, the abnormal body temperature is judged by measuring that the temperatures of the insides of the same tourists are all too high in the plurality of detection areas, so that the condition that the normal body temperature rise caused by the conditions that the tourists play and walk and the like is judged to be abnormal body temperature can be properly eliminated. The detection area is preferably arranged in areas with small relative movement amount of the tourists, such as a rest area, a public toilet area and the like, and the body temperature data of the tourists after walking is obtained as far as possible.
In one embodiment, the electronic tag reading module is further arranged at each scenic spot and used for reading the electronic tag data to obtain a tourist identification code; when the temperature of the inside of the tourist is abnormal, the association relation between the tourist identification code and the scenic spot reading the tourist identification code is established, and the association information is stored in the tourist database and is sent to the scenic spot terminal.
In the corresponding monitoring system, the electronic tag reading module is arranged at each scenic spot and is used for reading the electronic tag data to obtain the tourist identification code, and the system also comprises a tourist track association module; the electronic tag reading module arranged at each scenic spot is connected with the tourist track association module, and uploads the tourist identification codes and the scenic spot numbers to the tourist track association module. The scenic spot numbers are used for distinguishing different scenic spots and determining specific scenic spots.
When the temperature of the inside of the tourist is abnormal, the scenic spot temperature monitoring module sends the tourist identification code of the abnormal tourist to the tourist track correlation module; and after receiving the tourist identification code from the scenic spot body temperature monitoring module, the tourist track association module establishes an association relationship between the tourist identification code and all the scenic spot numbers corresponding to the read tourist identification code, stores the association information in a tourist database and sends the association information to the scenic spot terminal. According to the scheme, the tourist identification code can be used as a retrieval element, the scenic spot numbers related to the tourist identification code can be found out, and the scenic spots played by the tourists with abnormal body temperature and the approximate playing route can be rapidly determined; even according to the tourist identification codes and the sight spot numbers received by the tourist track association module in different time periods, other tourist information which is possibly removed by the abnormal tourists is roughly determined, namely all the tourist identification codes uploaded by the same sight spot number and the tourist identification codes of the tourists with the abnormal body temperature are obtained. An abnormal temperature in the volume means that the temperature in the volume measured by the same guest in more than two detection areas is higher than 37.5 ℃.
As shown in fig. 3, in an embodiment, further, the mobile terminal has an NFC function, and the electronic tag includes an NFC electronic tag; when the leaving-garden body temperature is abnormal, the positioning information of the mobile terminal is uploaded to a scenic spot platform, after the scenic spot platform receives the leaving-garden body temperature, the tourist identification codes and the positioning information, the incidence relation between the tourist identification codes and all the scenic spot numbers corresponding to the read tourist identification codes is established, the incidence information is stored in a tourist database, and the incidence information and the positioning information are sent to the scenic spot terminal.
The temperature abnormality of the park outlet can be set according to actual conditions, and the park outlet temperature can be judged to be abnormal when one of the uploaded park outlet temperatures is higher than 37.5 ℃; or judging that the temperature of the discharged garden is abnormal when at least two of the uploaded temperature of the discharged garden is higher than 37.5 ℃; the park-out body temperature can be judged to be abnormal only when the difference between the park-out body temperature and the park-in body temperature stored in the tourist database is larger than 1 ℃ and one of the park-out body temperatures is higher than 37.5 ℃. After the scenic spot platform obtains the park leaving temperature and the tourist identification code, the scenic spot platform defaults to upload to a background system of the scenic spot platform, and the background system calls comparison data such as the park leaving temperature or the park internal temperature stored in a tourist database for comparison and judgment; when the abnormal conditions of the body temperature of the user meeting the conditions are judged, prompt information for obtaining the positioning information of the mobile terminal can be popped up on a display interface of a scenic spot platform, and the positioning information uploaded by the mobile terminal is obtained after confirmation of the visitor.
The mobile terminal can be a smart phone with an NFC function, corresponding application software is downloaded, and electronic tag data is read in a close range at an electronic tag through the application software, so that a tourist identification code can be obtained. A plurality of electronic tags may be provided on the ticket, wherein one electronic tag is an NFC electronic tag.
Corresponding to the system for intelligently monitoring the body temperature of the tourist in the scenic spot, another embodiment also provides a method for intelligently monitoring the body temperature of the tourist in the scenic spot, which comprises the following steps: and tourist information acquisition: receiving ticket information and storing the ticket information in a tourist database, wherein the ticket information comprises a tourist identification code, identity information, self-testing body temperature and a living address.
Detecting the body temperature in the garden: a tourist enters a scenic spot by carrying an electronic tag, wherein the electronic tag comprises tourist identification code data; when entering a scenic area, reading the electronic tag data, measuring the temperature of the tourist entering the garden, and associating the temperature of the tourist entering the garden with the tourist identification code; and if the body temperature entering the garden is abnormal, an alarm is given.
And (3) monitoring the body temperature of the scenic spot: reading the electronic tag data and measuring the temperature of the tourist in the garden in a detection area in a scenic spot, and establishing the association relation among the temperature in the garden, the detection area and the tourist identification code; and if the temperature in the garden is abnormal, the entrance ticket information, the associated temperature information and the detection area information corresponding to the tourist identification code are sent to a scenic spot terminal, and the detection area information comprises a detection area position.
And (3) tracking the body temperature out of the garden: the tourists leave the scenic spot with the electronic tags and upload the outgoing body temperature for at least 4 days within 7 days after leaving the scenic spot; tourists log in a scenic spot platform for uploading body temperature through a mobile terminal, the outgoing body temperature is recorded, the electronic tag data is read through the mobile terminal to obtain the tourist identification code, and the outgoing body temperature and the tourist identification code are uploaded to the scenic spot platform.
In another embodiment, in the detecting step of the entering-home body temperature, the entering-home body temperature abnormality is: the temperature of the entering garden is higher than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is more than 1 ℃; the normal body temperature in the garden refers to: the temperature of the entering garden is lower than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is less than 1 ℃.
In another embodiment, in the scenic spot body temperature monitoring step, the intra-garden body temperature abnormality is: the intrabody temperature of the guest measured in two or more of the detection zones was above 37.5 ℃.
In another embodiment, the electronic tag data is read at each scenic spot to obtain the tourist identification code; and the system is used for establishing the association relationship between the tourist identification code and the scenic spot read by the tourist identification code when the temperature of the inside of the tourist is abnormal, storing the association information in the tourist database and sending the association information to the scenic spot terminal.
In another embodiment, in the leaving-garden body temperature tracking step, the mobile terminal has an NFC function, and the electronic tag includes an NFC electronic tag; when the departure body temperature is abnormal, uploading positioning information of the mobile terminal to the scenic spot platform, after the scenic spot platform receives the departure body temperature, the tourist identification code and the positioning information, establishing an association relation between the tourist identification code and the scenic spot read by the tourist identification code, and sending the association information and the positioning information to the scenic spot terminal.
The above-mentioned embodiments are only for convenience of description, and are not intended to limit the present invention in any way, and those skilled in the art will understand that the technical features of the present invention can be modified or changed by other equivalent embodiments without departing from the scope of the present invention.
Claims (10)
1. The utility model provides a scenic spot visitor body temperature intelligent monitoring system which characterized in that, this system includes:
guest database: the ticket information comprises a tourist identification code, identity information, self-testing body temperature and a residence address;
Electronic label: for storing the guest identification code;
visitor information acquisition module: for receiving ticket information, storing it in the guest database;
visitor's body temperature measurement module: the device is used for measuring the body temperature of the tourist and uploading the body temperature;
an electronic tag reading module: the electronic tag is used for reading and uploading the electronic tag data;
the alarm module is used for giving an alarm prompt after receiving the alarm information;
a detection area uploading module: the electronic tag reading module is used for receiving the tourist identification code uploaded by the electronic tag reading module and uploading the tourist identification code and corresponding detection area information;
enter garden body temperature detection module: the system comprises a tourist database, an electronic tag reading module, a tourist identification code and a tourist temperature measuring module, wherein the tourist identification code is uploaded by the electronic tag reading module; the system is used for judging whether the temperature of the entering garden is abnormal or not, and if so, sending the alarm information to the alarm module;
scenic spot body temperature monitoring module: the system comprises a detection area uploading module, a tourist database and a tourist identification code, wherein the detection area uploading module is used for uploading data of a tourist identification code to a tourist database; the system is used for judging whether the temperature of the garden is abnormal or not, and if so, sending the associated information to a scenic spot terminal;
Scenic spot platform: the system comprises a mobile terminal, a tourist identification code and a data processing module, wherein the mobile terminal is used for allowing a tourist to log in and upload and send out a park body temperature and the tourist identification code, and the tourist identification code is obtained by reading the electronic tag data through the mobile terminal; and the tourists leave the scenic spot by carrying the electronic tag, and upload the outgoing body temperature for at least 4 days to the scenic spot platform within 7 days after leaving the scenic spot.
2. The system as claimed in claim 1, wherein in the inbound body temperature detection module, the inbound body temperature anomaly is: the temperature of the entering garden is higher than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is more than 1 ℃; the normal body temperature in the garden refers to: the temperature of the entering garden is lower than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is less than 1 ℃.
3. The system as claimed in claim 1, wherein in the scenic spot temperature monitoring module, the abnormal temperature in the garden is: the intrabody temperature of the guest measured in two or more of the detection zones was above 37.5 ℃.
4. The system as claimed in claim 3, wherein the electronic tag reading module is further disposed at each scenic spot for reading the electronic tag data to obtain the visitor identification code, and the system further comprises a visitor track association module; the electronic tag reading module arranged at each scenic spot is connected with the tourist track association module, and uploads the tourist identification code and the scenic spot number to the tourist track association module;
When the temperature of the inside of the tourist is abnormal, the scenic spot temperature monitoring module sends the tourist identification code of the abnormal tourist to the tourist track association module; and the tourist track association module establishes an association relation between the tourist identification code and all the scenic spot numbers corresponding to the read tourist identification code, stores the association information in the tourist database and sends the association information to the scenic spot terminal.
5. The system for intelligently monitoring the body temperature of tourists in the scenic spot according to claim 4, wherein the mobile terminal has an NFC function, and the electronic tag comprises an NFC electronic tag; when the departure body temperature is abnormal, uploading positioning information of the mobile terminal to the scenic spot platform, after the scenic spot platform receives the departure body temperature, the tourist identification codes and the positioning information, establishing association relations between the tourist identification codes and all the scenic spot numbers corresponding to the tourist identification codes, storing the association information in the tourist database, and sending the association information and the positioning information to the scenic spot terminal.
6. An intelligent monitoring method for the body temperature of tourists in a scenic spot is characterized by comprising the following steps:
Tourist information acquisition step: receiving ticket information, and storing the ticket information in a tourist database, wherein the ticket information comprises a tourist identification code, identity information, a self-testing body temperature and a living address;
detecting the body temperature in the garden: a tourist enters a scenic spot by carrying an electronic tag, wherein the electronic tag comprises tourist identification code data; when entering a scenic area, reading the electronic tag data, measuring the temperature of the tourist entering the garden, and associating the temperature of the tourist entering the garden with the tourist identification code; if the body temperature is abnormal, giving an alarm for prompting;
and (3) monitoring the body temperature of the scenic spot: reading the electronic tag data and measuring the temperature of the tourist in the garden in a detection area in a scenic spot, and establishing the association relation among the temperature in the garden, the detection area and the tourist identification code; if the temperature in the garden is abnormal, the entrance ticket information, the associated temperature information and the detection area information corresponding to the tourist identification code are sent to a scenic spot terminal, and the detection area information comprises a detection area position;
and (3) tracking the body temperature of the outgoing garden: the tourists leave the scenic spot with the electronic tags and upload the outgoing body temperature for at least 4 days within 7 days after leaving the scenic spot; tourists log in a scenic spot platform for uploading body temperature through a mobile terminal, the outgoing body temperature is recorded, the electronic tag data is read through the mobile terminal to obtain the tourist identification code, and the outgoing body temperature and the tourist identification code are uploaded to the scenic spot platform.
7. The method for intelligently monitoring the body temperature of the tourists in the scenic spot according to claim 6, wherein in the detecting step of the body temperature, the abnormal body temperature means that: the temperature of the entering garden is higher than 37.5 ℃, and the difference between the temperature of the entering garden and the temperature of the self-testing is more than 1 ℃; the normal body temperature in the garden refers to: the temperature of the entering garden is lower than 37.5 ℃, and the difference value between the temperature of the entering garden and the temperature of the self-testing is less than 1 ℃.
8. The method for intelligently monitoring the body temperature of the tourist in the scenic spot according to claim 6, wherein in the scenic spot body temperature monitoring step, the abnormal temperature in the garden is: the intrabody temperature of the guest measured in two or more of the detection zones was above 37.5 ℃.
9. The intelligent monitoring method for the body temperature of the tourists in the scenic spot according to claim 8, wherein the electronic tag data is read at each scenic spot to obtain the identification code of the tourists; and the system is used for establishing the association relationship between the tourist identification code and the scenic spot read by the tourist identification code when the temperature of the inside of the tourist is abnormal, storing the association information in the tourist database and sending the association information to the scenic spot terminal.
10. The method as claimed in claim 9, wherein in the step of tracking the body temperature, the mobile terminal has an NFC function, and the electronic tag includes an NFC electronic tag; when the departure body temperature is abnormal, uploading positioning information of the mobile terminal to the scenic spot platform, after the scenic spot platform receives the departure body temperature, the tourist identification code and the positioning information, establishing an association relation between the tourist identification code and the scenic spot read by the tourist identification code, and sending the association information and the positioning information to the scenic spot terminal.
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