CN116071859A - NFC technology-based health information rapid reading system and using method - Google Patents

NFC technology-based health information rapid reading system and using method Download PDF

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Publication number
CN116071859A
CN116071859A CN202211703010.2A CN202211703010A CN116071859A CN 116071859 A CN116071859 A CN 116071859A CN 202211703010 A CN202211703010 A CN 202211703010A CN 116071859 A CN116071859 A CN 116071859A
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China
Prior art keywords
nfc
information
nfc card
cloud server
cardholder
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CN202211703010.2A
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Chinese (zh)
Inventor
马宇骏
张良龙
高珊
卿立银
王栎桦
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Sichuan Electronic Products Supervision And Inspection Institute
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Sichuan Electronic Products Supervision And Inspection Institute
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Priority to CN202211703010.2A priority Critical patent/CN116071859A/en
Publication of CN116071859A publication Critical patent/CN116071859A/en
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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C9/00—Individual registration on entry or exit
    • G07C9/20—Individual registration on entry or exit involving the use of a pass
    • G07C9/27—Individual registration on entry or exit involving the use of a pass with central registration
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01K—MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
    • G01K1/00—Details of thermometers not specially adapted for particular types of thermometer
    • G01K1/02—Means for indicating or recording specially adapted for thermometers
    • G01K1/022—Means for indicating or recording specially adapted for thermometers for recording
    • 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
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K7/00—Methods or arrangements for sensing record carriers, e.g. for reading patterns
    • G06K7/10—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation
    • G06K7/10009—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation sensing by radiation using wavelengths larger than 0.1 mm, e.g. radio-waves or microwaves
    • G06K7/10237—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation sensing by radiation using wavelengths larger than 0.1 mm, e.g. radio-waves or microwaves the reader and the record carrier being capable of selectively switching between reader and record carrier appearance, e.g. in near field communication [NFC] devices where the NFC device may function as an RFID reader or as an RFID tag
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C9/00—Individual registration on entry or exit
    • G07C9/20—Individual registration on entry or exit involving the use of a pass
    • G07C9/22—Individual registration on entry or exit involving the use of a pass in combination with an identity check of the pass holder
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
    • G08B21/18—Status alarms
    • G08B21/24—Reminder alarms, e.g. anti-loss alarms
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B3/00—Audible signalling systems; Audible personal calling systems
    • G08B3/10—Audible signalling systems; Audible personal calling systems using electric transmission; using electromagnetic transmission
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/12—Messaging; Mailboxes; Announcements
    • H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]

Abstract

The invention discloses a health information rapid reading system and a using method based on NFC technology, wherein the system comprises an NFC card, an NFC card reader, a cloud server and an NFC management terminal; the cloud server establishes a communication link with the NFC card reader and the NFC management terminal respectively; the using method comprises the following steps: binding the NFC card and the identity information of the cardholder by using an NFC management terminal; setting information of the NFC card reader to the cloud server and authorizing the NFC card reader to work; the NFC card reader reads the NFC card and acquires basic identity information and on-site real-time information of a cardholder; the NFC card reader uploads the basic identity information and the on-site real-time information of the cardholder to the cloud server; the cloud server receives and stores the information, and invokes the information of the cardholder to reply to the NFC card reader; the NFC card reader receives information replied by the cloud server; the system and the method have the characteristic of fast reading the class A two-dimensional code.

Description

NFC technology-based health information rapid reading system and using method
Technical Field
The present invention relates to a method or device for reading a record carrier, and in particular to a system for fast reading health information based on NFC technology and a method of use.
Background
The existing method for reading the infectious disease prevention and control information such as the class A two-dimensional code, the track card and the like and the class B two-dimensional code by using the small program of the mobile phone has the following defects: (1) The method has the advantages that the speed of unlocking the mobile phone screen is low, the speed of opening the class A two-dimension code applet is low due to the fact that part of the mobile phone is blocked, and the class A two-dimension code is difficult to read or the reading speed is low due to the fact that part of the mobile phone screen breaks; (2) The method is characterized in that a part of area mobile phone network signals are poor, and the mobile phone arrears and has no data flow, so that a class A two-dimensional code and a track card cannot be loaded; (3) The code scanning efficiency is low due to the fact that the second two-dimensional code is scanned, the first two-dimensional code is scanned, the skew, the reflection of light, the unclean screen of the mobile phone and the like; (4) The code sweeping area can be blocked by stacking personnel and queuing vehicles, so that the code sweeping area is not beneficial to preventing and controlling infectious diseases and wasting time and energy; (5) The special groups such as the old, the blind and the like are inconvenient to operate the mobile phone to open the class A two-dimensional code, the staff helps to operate, the consultation needs more hands, and the mobile phone is not beneficial to preventing and controlling infectious diseases when being transmitted back and forth; (6) When partial personnel deliberately show green screenshot of other A two-dimensional codes and screenshot of the second two-dimensional codes, the first two-dimensional codes are difficult to find in time when the other A two-dimensional codes are shown by means of mobile phones of other people; (7) Before infectious disease detection, special personnel are required to scan the class A two-dimensional code to register the identity of the masses, so that the labor force of the staff is wasted; (8) Part of special places prohibit the mobile phone with networking from entering (military management area and the like) or the mobile phone is easy to damage after being brought into (heavy rain, humid environment and the like), so that the class A two-dimensional code on the small program of the networking mobile phone is inconvenient to use; (9) The class A two-dimensional code, the track card, the infectious disease detection date, the infectious disease detection result and 5 pieces of information of the infectious disease vaccination condition need to be read through multiple operations, and the efficiency is low; (10) The traditional method for scanning the second-dimension code can only record the time of a person entering a certain place, but can not record the time of leaving the place; if a diagnosis case appears at the place, the time for leaving the place can only be saved after a plurality of days of the diagnosis case, and the time range is widened, so that the monitored time range of the personnel visiting the place is possibly overlarge, the number of the monitoring personnel is increased, and the influence of infectious diseases on economy and social life is increased.
The Chinese patent with the application number of 202121375469.5 can automatically display the name, the number and the color of the class A two-dimensional code of the identity card by reading the identity card, does not need to use a mobile phone as a carrier, and ensures that the data are more visual and safer. The device and the related system have relatively incomplete functions, can only read the colors of the class A two-dimensional codes, and cannot correlate the real-time states of the cardholders, such as body temperature and travel track, with the class A two-dimensional codes.
In view of the above problems, the present invention provides a health information rapid reading system and a use method based on NFC technology.
Disclosure of Invention
The invention provides a health information rapid reading system and a using method based on NFC technology, which are used for solving the technical problem that a class A two-dimensional code is bound with a mobile phone and cannot be rapidly read, and simultaneously solving the technical problem that the class A two-dimensional code is not associated with the rest information; the system and the method have the characteristic of quickly reading the class A two-dimensional code; specifically, the invention is realized by the following technical scheme:
a health information quick reading system based on NFC technology comprises an NFC card, an NFC card reader, a cloud server and an NFC management terminal; the cloud server establishes a communication link with the NFC card reader and the NFC management terminal respectively;
The NFC card is used for recording basic identity information of a cardholder;
the NFC card reader is used for reading the basic identity information of a cardholder in the NFC card and the on-site real-time information of the cardholder, and uploading the basic identity information and the on-site real-time information to the cloud server;
the cloud server is used for receiving and storing the on-site real-time information uploaded by the NFC card reader, and calling the history information and the detailed identity information of the NFC card holder from the cloud server database according to the received basic identity information;
the NFC card reader is also used for downloading historical information and detailed identity information of a cardholder in the cloud server;
the NFC management terminal is used for managing the NFC card and the NFC card reader to work.
When the NFC card reader is used, the NFC card is only required to be placed beside the NFC card reader, and the NFC card reader can rapidly read various infectious disease prevention and control information at one time, so that the processes of unlocking a mobile phone screen, opening a class A two-dimensional code applet, downloading class A two-dimensional codes, scanning class B two-dimensional codes and scanning class A two-dimensional codes by using a network are avoided, and the time is saved.
Further, the NFC card is selected to be a special two-dimensional code card of class A, a second-generation resident identification card, a mobile phone with NFC function, a watch with NFC function or a bracelet with NFC function, wherein the special two-dimensional code card is bound with personal identification information, the mobile phone with NFC function is bound with personal identification information, the watch with NFC function is bound with personal identification information, or the bracelet with NFC function is bound with personal identification information.
Further, the way the NFC reader reads the cardholder's travel is: the real-time information includes trip record and real-time body temperature T 1 The method comprises the steps of carrying out a first treatment on the surface of the Each NFC card reader is provided with a separate number N i Number N of NFC card reader i The NFC card reader of the place senses the NFC card and generates a travel record of a cardholder visiting the specific place at the specific moment; the NFC card reader is provided with a body temperature detection device for reading the real-time body temperature T of a card holder 1 。
Further, the NFC card reader is internally provided with a voice module, and broadcasts on-site real-time information and information downloaded from a cloud server database.
Further, the NFC card reader has two working modes, the work of the NFC card reader is not affected by the online mode and the offline mode, and the NFC card reader adopts mobile data network communication; when the mobile data network is not provided with signals or the cloud server is saturated in online work task, the NFC card reader runs off-line in a disconnected mode, and basic identity information and on-site real-time information of an NFC card holder read during the disconnected mode are encrypted and then temporarily stored in a local SD card; and when the signal recovery or the online work task of the cloud server is not saturated, continuously transmitting the read basic identity information and the on-site real-time information of the cardholder temporarily stored during the off-line period to the cloud server.
Further, the NFC reader may be set by the NFC management terminal to be an entrance NFC reader or an exit NFC reader, which are respectively placed at an entrance or an exit of a certain place, and record the time when the cardholder enters or leaves the place.
Further, in order to enable the NFC card reader to record time accurately, the NFC card reader is timed to the cloud server once in an interval period.
Further, the system can be connected with other external platforms, data of the system is perfected, full-network data synchronization is realized, and the cloud server combines field real-time information with history information to judge whether the cardholder is a risk person; the cloud server establishes communication with an external platform for communicating cardholder information.
Further, the number of the NFC management terminals may be several, and each NFC management terminal is configured to manage the operation of the NFC card reader in this area and manage the NFC card; the management NFC card comprises the binding of the basic identity information of a cardholder in the NFC card and the setting of the using state of the NFC card; managing NFC reader operation includes setting information of the NFC reader to a cloud server and authorizing the NFC reader to operate.
A using method of a health information quick reading system based on NFC technology comprises the following steps of
Binding the identity information of the NFC card and the cardholder by using an NFC management terminal;
setting information of the NFC card reader to the cloud server and authorizing the NFC card reader to work;
reading the NFC card by the NFC card reader, so that the NFC card reader acquires basic identity information and on-site real-time information of a cardholder;
uploading basic identity information and on-site real-time information of a cardholder to a cloud server by the NFC card reader;
step five, the cloud server receives and stores the on-site real-time information of the cardholder in the history information under the name of the person, and the history information is stored in a cloud server database; the cloud server retrieves the history information and detailed identity information of the cardholder from a cloud server database according to the basic identity information; the cloud server replies historical information and detailed identity information of the cardholder to the NFC card reader; the cloud server combines the field real-time information and the history information to judge whether the cardholder is a risk person, and if the cardholder is the risk person, the cloud server sends the risk person information to each external platform and the NFC card reader;
and step six, the NFC card reader receives information replied by the cloud server.
Further, in step five, the cloud server combines the real-time body temperature T in the live real-time information 1 Information and historical body temperature T in historical information n If the cloud server receives the real-time body temperature T of the same cardholder 1 And historical body temperature T n One or more times exceeding the body temperature threshold T 0 And judging that the body temperature of the cardholder is abnormal and the cardholder is a risk person, and sending an infectious disease prevention and control instruction to each external platform and the NFC card reader. NFC management terminal staff respectively set local region body temperature threshold T through cloud servers according to local region infectious disease severity 0 Body temperature exceeds body temperature threshold T 0 And judging conditions of times.
The health information quick reading system based on the NFC technology can quickly register the identity of a second two-dimensional code and a self-service infectious disease detector by adopting an NFC mode when people do not carry a smart phone or the carried smart phone does not unlock a screen, is blocked, breaks a screen, has poor network signals or does not have defaulting or has no data flow, and can quickly read the identity of a person at one time by prohibiting the special places such as the elderly and the blind from being brought into the networking mobile phone when the special places are inconvenient to open the first two-dimensional code, namely, the special cards of the first two-dimensional code, the identity cards, the watches, the wrist rings and the mobile phoneClass A two-dimensional code, track card, infectious disease detection date, infectious disease detection result, infectious disease vaccination condition and real-time body temperature T 1 Historical body temperature T n And 7 pieces of infectious disease prevention and control information are normal, the reading and registering efficiency is quickened, traffic jam caused by stacking personnel and queuing and code scanning of vehicles in a code scanning area is avoided, and the reading condition is confirmed through voice.
The system and the using method are beneficial to improving the efficiency of registering the class B two-dimensional codes and the efficiency of registering the identities of the infectious disease detection personnel; the blocking caused by the fact that personnel in a code scanning area of the class B two-dimensional codes are piled up and vehicles are queued to scan codes is avoided; the mobile phone is not used, so that the people inconvenient to operate the mobile phone, such as the old, the blind and the like, can read codes normally; the method is beneficial to avoiding partial personnel from deliberately showing green screenshot of other A two-dimensional codes and screenshot of the second two-dimensional code, and showing the A two-dimensional code by using the mobile phone of other people; the labor of staff registering identity for detecting infectious diseases and the labor of staff operating consultation by mobile phone class A two-dimension codes are saved; the method is beneficial to solving the problem that the class A two-dimensional code is difficult to read quickly when the mobile phones of the masses break the screen or are reflected by strong light; the method is favorable for recording accurate time for a diagnosis case and other people to enter and leave a certain place a plurality of days before, so as to improve the accuracy of checking possible closely connected people, avoid overlarge time range of monitoring people who visit the place, reduce the number of monitoring people and reduce the influence of infectious diseases on economy and social life.
Drawings
Fig. 1 is a schematic structural diagram of an embodiment of a health information fast reading system based on NFC technology provided by the present invention;
fig. 2 is a schematic diagram of a usage method of a health information fast reading system based on NFC technology according to the present invention.
Wherein: 1. NFC card; 2. NFC card reader; 3. a cloud server; 4.NFC management terminal.
Description of the embodiments
The invention is further described below with reference to the drawings and the detailed description.
As shown in fig. 1, a health information quick reading system based on NFC technology includes an NFC card 1, an NFC card reader 2, a cloud server 3 and an NFC management terminal 4. The NFC card reader 2 and the cloud server 3 conduct information interaction through a mobile data network, and the cloud server 3 and the NFC management terminal 4 conduct information interaction through a wired network.
1. NFC card 1.
1. Hardware architecture.
The NFC card 1 has various forms, including a class a two-dimensional code special card bound with personal identity information, a second-generation resident identification card, a mobile phone with NFC function bound with personal identity information, a watch with NFC function bound with personal identity information, a bracelet with NFC function bound with personal identity information, and other various devices with NFC function.
The special card for the class A two-dimension code in the NFC card 1 can be a round card similar to an entrance guard, or a rectangular card similar to the size of a bank card.
2. Function.
The NFC card 1 records the basic identity information of the cardholder.
2. The NFC reader 2.
1. Hardware architecture.
(1) The NFC reader 2 may select several types:
first kind: desktop NFC reader 2 (with display screen on the back): the read identity card photo corresponding to the NFC card 1 of the cardholder can be downloaded and displayed, so that on-site staff can check whether the NFC card 1 swipes the card or not conveniently.
Second kind: desktop NFC reader 2 (without display): similar to the first, but without the display screen, is cheaper, saving hardware acquisition costs.
Third kind: cell phone type NFC card reader 2: the mobile phone app with NFC reading function is installed by the field staff and then used as the NFC card reader 2, additional hardware acquisition cost is not needed, and the mobile phone app of the field staff can download and display the identity card photo corresponding to the NFC card 1 of the read cardholder, so that the staff can check whether the NFC card 1 is swiped or not conveniently.
Fourth kind: watch type NFC reader 2: staff wears the wrist-watch with NFC reading function on the wrist, need not to hold, and NFC card reader 2 does not have the risk of falling down the damage, and the wrist-watch screen can download and show the identification card photo that NFC card 1 that the cardholder who reads corresponds, and the on-the-spot staff of being convenient for checks and holds whether NFC card 1 swipes the card is the owner.
(2) The NFC card reader 2 is provided with a tripod and can stand on the ground; the rear part is provided with a hoop which can be tied on a rod-shaped object such as a guardrail and the like. The opening size and direction of the hoop clip can be adjusted and fixed, so that the hoop clip can clip rod-shaped objects and blocks with different sizes and directions, such as guard rails and security office tables outside the doors of the district.
(3) The desk type NFC card reader 2 is internally provided with a rechargeable battery, and can work by using the rechargeable battery or 220V alternating current power supply.
(4) The desktop NFC reader 2 is provided with five physical buttons, respectively: the system comprises a 'family member' entity button, a 'delete last read information' entity button, a 'earphone horn switch' entity button and a 'volume size' entity button. If the class A two-dimensional code software of the cardholder binds the family member identity information of one or more cardholders in addition to the identity information of the cardholder, the family member button of the NFC card reader 2 is pressed for a short time, the NFC card reader 2 broadcasts the reading of the family member by voice, the family member identity information can only be read when reading the card, the family member with the largest binding age is read when the card is swiped for the first time by default, and the sequence of repeatedly reading the information read by the same NFC card 1 is carried out according to the sequence of decreasing ages of the family members for the second time. When the family member button is pressed for a short time again, the method is in a reverse order, the family member identity information with the minimum age is read firstly when the card is swiped for the first time, the same NFC card 1 is swiped repeatedly for the second time, and then the NFC cards are sequentially increased according to the age order. If only the family membership information in the middle of the age needs to be read, other family membership information can be read at will, and then the last piece of read information is deleted, and then the next family membership information arranged according to the age sequence is read when the same NFC card 1 is repeatedly swiped again. If the home member button is pressed for a long time, the NFC card reader 2 broadcasts 'read home' through voice, and the home member identity information is not read, and only the home identity information of the NFC card 1 can be read by brushing the NFC card 1. When the family member identity information of the cardholder is read, the voice broadcast can increase the name broadcast of the family member, so that the cardholder can check whether the name of the family member is read. If the abnormal information is broadcasted through voice, such as a class A two-dimensional code is red, a worker can press an 'earphone horn switch' entity button and read an 'read information' entity button repeatedly, various information is broadcasted through voice through a horn, a cardholder can hear the abnormal information of the cardholder conveniently, the cardholder can check and cooperate with the abnormal information, and the abnormal information is convenient for the worker to process in time.
(5) The NFC reader 2 has a built-in voice module.
When the NFC reader 2 reads the NFC card 1, the name, sex, age, and class a two-dimensional code color (green, yellow, red) of the cardholder bound by the NFC card 1, the region of the track card where the cardholder arrives near the day (Beijing, che, etc.), the date of infectious disease detection (24 hours, 48 hours, 72 hours, etc.), the infectious disease detection result (negative, positive), the infectious disease vaccination condition (1 needle, 2 needle, 3 needle, etc.), and the real-time body temperature T can be broadcast 1 Historical body temperature T n Whether normal or not, etc., is convenient for the field staff beside the NFC card reader 2 to process in time.
The sex and the age of the binding cardholder of the read NFC card 1 can be selectively broadcasted, and a worker can quickly and preliminarily check whether the NFC card 1 is the owner according to the sex and the age; and generate deterrence to lead the potential person borrowing the NFC card 1 of other person to give up borrowing the NFC card 1 of other person, so as to avoid looking up the person when the person looks and voice broadcast gender and age are inconsistent.
The NFC card reader 2 can be used for playing voice by using a loudspeaker, and the Bluetooth headset can be bound for playing voice. When using the Bluetooth headset, only staff can hear the name of the cardholder, the color of the class A two-dimensional code, the track card area and detect infectious diseases Date, infectious disease detection result, infectious disease vaccination condition, sex, age, real-time body temperature T 1 Historical body temperature T n And whether 10 kinds of information are normal or not protects the privacy of a cardholder. In order to save time, the field staff can choose one or more of the above 10 kinds of information to listen, and the NFC management terminal 4 performs preset when authorizing the information, and meanwhile, whether the identification card photo can be downloaded and displayed or not is authorized. The desktop NFC card reader 2 is provided with a Bluetooth headset connection module, and a 3.5mm wired headset interface is reserved at the bottom. The 3.5mm wired earphone interface is plugged by a waterproof and dustproof plug at ordinary times and is only used for emergency.
Whether a worker adopts an earphone mode to listen to the card reading broadcasting report or not, the loudspeaker of the NFC card reader 2 can generate a crisp beeping sound when the card reading is successful, and the success of the card reading is prompted; when the card reading fails, the beeping sound is not generated, and only the horn prompts the card reading failure, so that the staff can deal with the card reading failure in time. Whether staff adopts earphone mode to listen to the card reading broadcasting report or not can choose whether to play the gender and age of the cardholder by using a loudspeaker, and the loudspeaker playing can generate deterrence, so that the potential person borrowing the NFC card 1 of other person gives up to borrow the NFC card 1 of other person, and the person is prevented from being checked when the personal looks and the voice broadcasting gender and age are different.
The volume of the loudspeaker and the volume of the earphone can be respectively adjusted.
The voice broadcasting speed can be adjusted between 1 time of voice speed and 75 times of voice speed, so that broadcasting efficiency is improved, and the swiping card personnel can be ensured to register and pass quickly.
If the cardholder has abnormal conditions during broadcasting, a prompt tone or an alarm tone can be generated after broadcasting. For example, when the first two-dimensional code is yellow, a prompt tone is broadcasted; when broadcasting class A two-dimensional code red, can report the alarm. For example, during an infection outbreak, a prompt tone is broadcast when no infection is detected for 3 days; during an infection outbreak, 7 days without infection detection will report an alarm. For example, it is set up that the cardholder will report a reminder tone from an unvaccinated infectious disease vaccine. The triggering conditions of the prompt tone and the alarm tone can be set and adjusted by the user, and the NFC management terminal 4 performs preset setting when authorizing the NFC card reader 2.
(6) A communication module of the NFC reader 2.
The NFC card reader 2 adopts mobile data network communication, a 5G or 4G SIM card is arranged in the NFC card reader 2, the SIM card is connected with a telecom operator, and the NFC card reader 2 can timely upload the read basic identity information and the read on-site real-time information of the card holder to the cloud server 3.
2. Function.
(1) The NFC reader 2 reads basic identity information of a cardholder in the NFC card 1, where the basic identity information is simple identity information such as a person's name, an identity card number, gender, age, and the like.
(2) The NFC card reader 2 can also read and record the on-site real-time information of the cardholder, wherein the on-site real-time information comprises the travel information of the cardholder at a specific place at the moment and the real-time body temperature T 1 And a series of cardholder information collected in real time on site.
And the process of reading the journey information of the cardholder:
each NFC reader 2 is provided with a separate number N i NFC reader 2 number N in different places i Different, the specific number N of the NFC reader 2 i Corresponding to a specific place; in the place where the second two-dimensional code is required to be scanned, the NFC card reader 2 can be used for replacing the traditional paper second two-dimensional code. The card reading time of the NFC card reader 2 represents the time when the cardholder accesses the location, and the NFC card 1 is read by the NFC card reader 2, so as to record the travel information of the cardholder at the specific location at this time.
Reading the real-time body temperature T of the cardholder 1 The information process comprises the following steps:
the right end of the desk NFC card reader 2 is provided with a body temperature test port, and when a cardholder swipes the NFC card 1, the desk NFC card reader 2 can simultaneously measure the real-time body temperature T on the cardholder's hand 1 And the measured real-time body temperature T 1 The data record is the real-time body temperature T of the cardholder who swipes the NFC card 1 at the moment 1 。
(3) The NFC reader 2 uploads the read information to the cloud server 3, and downloads detailed identity information and history information of the cardholder from a database of the cloud server 3, and the process is as follows:
the NFC card reader 2 uploads the read basic identity information and on-site real-time information of the cardholder in the NFC card 1 to the cloud server 3, and downloads the history information and detailed identity information of the cardholder corresponding to the basic identity information from a database of the cloud server 3; the historical information is information related to the prevention and control of infectious diseases in the previous period of the cardholder, such as A two-dimension code, track card, infectious disease detection date, infectious disease detection result, infectious disease vaccination condition, and historical body temperature T n Etc.; the detailed identity information is based on the basic identity information and contains more identity information not mentioned in the basic identity information, such as an identity card photo.
(4) The communication mode is as follows:
the NFC reader 2 may upload the read cardholder basic identity information and the live real-time information to the cloud server 3 in time through a mobile communication manner.
When the mobile data network has no signal, the NFC card reader 2 can also run offline after disconnecting the network, and the basic identity information and the on-site real-time information of the NFC card 1 cardholder read during the disconnection period are encrypted and then temporarily stored in the local SD card. When the mobile data network signal is recovered, the network is disconnected, and the read basic identity information, the time and place of the read information and the real-time body temperature T of the cardholder which are temporarily stored during the network disconnection are transmitted 1 And the like, and is continuously transmitted to the cloud server 3. The SD card of the stored information in the NFC card reader 2 can be taken down by using wired transmission and taken to the card reader of the NFC management terminal 4 for card insertion and reading; after the NFC management terminal 4 reads the card reading information of the NFC card 1 in the SD card, the card reading information of the NFC card 1 in the SD card is transmitted to the cloud server 3 in a wired manner, and the decryption software in the cloud server 3 decrypts the card reading information of the NFC card 1 in the SD card uploaded by the NFC management terminal 4. This approach is only used for emergency, for example, when the NFC reader 2 is damaged, when the NFC reader 2 has no network signal, and when the 5G or 4G telecommunication tower is damaged by disaster, so that the NFC reader 2 cannot establish a communication link with the cloud server 3 through the mobile data network.
The NFC card reader 2 is used for reading the NFC card 1 without networking, and can be used for quickly registering the second two-dimension code and automatically registering the identity of an infectious disease detector when a cardholder only carries any one of the first two-dimension code special card, the identity card, the watch, the bracelet and the mobile phone when the mobile phone carried by the cardholder does not unlock a screen, does not have network signals and defaults and does not have data flow, so that the swiping card personnel can be ensured to quickly register and pass.
The NFC reader 2 is calibrated once every 24 hours to the cloud server 3 to ensure that the card reading time of the cardholder is accurate when the NFC reader 2 is in an online or offline state.
3. The NFC reader 2 is positioned.
The NFC reader 2 is set as a default to be an entrance to the NFC reader 2, and is placed at a certain entrance of a certain place, for recording the time when the cardholder enters the place. In addition, the NFC reader 2 may also be set at the NFC management terminal 4 to be an exit NFC reader 2, and placed at a certain exit of a certain place, so that a cardholder can swipe a card quickly when leaving the place, and the accurate time and the accurate exit of the cardholder from the place can be recorded. Therefore, after a plurality of days, if the diagnosis cases appear at the place, the cloud server 3 can inquire the accurate time for the diagnosis cases to enter and leave the place and the accurate entrance and exit before a plurality of days so as to improve the accuracy of checking possible close-connected people, avoid the overlarge time range of monitoring the people who visit the place, and further reduce the number of monitoring personnel and the influence of infectious diseases on economic and social life.
The function is particularly suitable for large public places with more entrances and exits and different residence time of cardholders, such as hospitals. For example, the confirmed case a enters from the south entrance of the Huaxi hospital at 10 am and leaves from the south exit of the Huaxi hospital at 10 am on a certain day; the cardholder B enters from the North entrance of the Huaxi hospital at 10 am and leaves from the North exit of the Huaxi hospital at 10 am; because the geographic positions of the north entrance and the south entrance of the Huaxi hospital are far away, and the time between the entering and the leaving of the confirmed case A and the cardholder B can be confirmed to be short, the fact that the cardholder B does not belong to a close-connected person can be estimated, and monitoring can be avoided; on the same day, a cardholder C enters from the southern entrance of the Huaxi hospital at 10 am for 20 minutes and leaves after hospitalization for 5 days, and as the fact that the cardholder C enters the Huaxi hospital can be determined that the confirmed case A leaves for 10 minutes, the cardholder C can be determined not to belong to a close-connected person and can not be monitored, so that the number of monitoring personnel is reduced, and the influence of infectious diseases on economic and social life is reduced.
3. Cloud server 3.
1. And the cloud server 3 has a network communication function.
The cloud server 3 establishes a communication link with the NFC card reader 2 and the NFC management terminal 4 and receives information uploaded by the NFC card reader 2 and the NFC management terminal 4.
Meanwhile, the cloud server 3 establishes communication with other external platforms, such as a class A two-dimensional code management platform, a track card management platform, a government network platform and the like, and can be used for calling relevant information of each external platform and sending information read by the NFC card reader 2 to each external platform. For example when the cloud server 3 receives the real-time body temperature T of the same cardholder 1 And historical body temperature T n One or more times exceeding a certain body temperature threshold T 0 When, for example, the body temperature threshold T 0 When the temperature is 37.3 ℃, the body temperature of the cardholder is judged to be abnormal and the cardholder is a risk person, an infectious disease prevention and control instruction is sent to the class A two-dimension code management platform, the class A two-dimension code management platform is recommended to turn the class A two-dimension code of the cardholder into yellow, a short message is sent to a mobile phone number registered by the class A two-dimension code management platform of the cardholder, the cardholder is prompted to take precautionary measures, take infectious disease detection on schedule, report to a community where the cardholder is located and the like. The staff of the NFC management terminal 4 respectively sets the local body temperature threshold T through the cloud server 3 according to the severity of infectious diseases in the local area 0 Body temperature exceeds body temperature threshold T 0 And judging conditions of times.
The cloud server 3 can receive the L paths of NFC card readers 2 at most and upload card reading information of the NFC card 1 at the same time. When the number of the NFC card readers 2 which upload the card reading information of the NFC card 1 exceeds L, the cloud server 3 is saturated in online work task and cannot accept more NFC card readers 2 to upload the card reading information of the NFC card 1 at the same time. In order to avoid the phenomena of collapse of the cloud server 3, large-area network blocking, and the like, the cloud server 3 automatically and randomly sends off-line and off-line commands to part of the NFC card readers 2, and sets the off-line and off-line commands to be in an off-line working state until the NFC card readers 2 which simultaneously upload card reading information of the NFC card 1 are smaller than or equal to each otherIn the L path. After the NFC card reader 2 is set to be in a disconnected offline working state, the basic identity information of the NFC card 1, the time and place of reading the information and the real-time body temperature T of a cardholder at the time are read 1 The information is only stored locally in the NFC reader 2, is not uploaded to the cloud server 3 any more, and the history information and detailed identity information of the corresponding cardholder are not downloaded from the server 3. When the NFC card reader 2 which uploads the card reading information of the NFC card 1 to the cloud server 3 is smaller than or equal to L-1, the online work task of the cloud server 3 is not saturated any more, the cloud server 3 gradually and randomly restores all the NFC card readers 2 which are disconnected and offline to the online work state, the NFC card readers 2 after being restored online restore the basic identity information of the NFC card 1 read during the offline work, the time and place of reading the information and the real-time body temperature T of the cardholder at the time 1 If the time when the information is received by the cloud server 3 is not real-time, the information is judged to be received as offline information, the offline information is only stored in a database of the cloud server 3, and the cloud server 3 does not reply the historical information and the detailed identity information of the corresponding cardholder to the NFC card reader 2. In addition, when the NFC reader 2 is authorized by the NFC management terminal 4, the NFC management terminal 4 sets the priority of the NFC reader 2, and when the NFC reader 2 is set to be high priority, the cloud server 3 does not set the NFC reader 2 in an off-line working state when the on-line working task is saturated, so as to ensure that the NFC reader 2 in a key place is always in an on-line working state.
2. The cloud server 3 stores functions.
(1) The cloud server 3 stores the history information and detailed identity information of the cardholder, and the detailed identity information is based on the basic identity information and contains the basic identity information and more identity information which is not mentioned in the basic identity information, such as an identity card photo and the like.
(2) The cloud server 3 receives the basic identity information and the on-site real-time information of the cardholder read by the NFC card reader 2, stores the read on-site real-time information under the name of the cardholder, and files the information in a database of the cloud server 3 to form historical information, so that the information can be read later.
3. The cloud server 3 calculates the functions.
The cloud server 3 receives the basic identity information and the on-site real-time information sent by the NFC card reader 2, and determines the identity of the cardholder through the basic identity information, so that the historical information and the detailed identity information of the cardholder stored in a database of the cloud server 3 and on other external platforms are called, the on-site real-time information is combined with the historical information, and whether the cardholder is a risk person is judged; for example when the cloud server 3 receives the real-time body temperature T of the same cardholder 1 And historical body temperature T n One or more times exceeding a certain body temperature threshold T 0 For example body temperature threshold T 0 When the temperature is 37.3 ℃, the body temperature of the cardholder is judged to be abnormal and the cardholder is a risk person, an infectious disease prevention and control instruction is sent to the class A two-dimension code management platform, the class A two-dimension code management platform is recommended to turn the class A two-dimension code of the cardholder into yellow, a short message is sent to a mobile phone number registered by the class A two-dimension code management platform of the cardholder, the cardholder is prompted to take precautionary measures, take infectious disease detection on schedule, report to a community where the cardholder is located and the like. The staff of the NFC management terminal 4 respectively sets the local body temperature threshold T through the cloud server 3 according to the severity of infectious diseases in the local area 0 Body temperature exceeds body temperature threshold T 0 And judging conditions of times.
4. NFC management terminal 4.
1. Hardware architecture.
The NFC management terminal 4 is composed of a computer host and an NFC card reading device. The NFC card reading equipment is provided with a USB interface which is connected to the host computer; the NFC card-reading device here only performs the data-reading function of the NFC card.
The NFC management terminal 4 is further provided with a card reader, and can insert a card to read SD card information, and is used for reading the SD card of the storage information taken down in the NFC card reader 2, transmitting the read card reading information of the NFC card 1 stored in the SD card to the cloud server 3 in a wired manner, and decrypting software in the cloud server 3 is used for decrypting the card reading information of the NFC card 1 in the SD card uploaded by the NFC management terminal 4, so as to be used as an emergency remedy measure after the network interruption and continuous transmission failure of the NFC card reader 2 in wireless mobile data network communication.
2. Function.
(1) The NFC card 1 is managed.
The NFC card 1 is not divided into areas, and each NFC management terminal 4 can manage all NFC cards 1, including binding of basic identity information in the NFC card 1 and setting of the status of the NFC card 1. Binding of basic identity information in NFC card 1: the NFC management terminal 4 binds the identity information of the cardholder with various NFC cards 1 at first, so that the identity of the cardholder can be identified later, and then the NFC card 1 information and the corresponding identity information of the cardholder are uploaded to the cloud server 3. The cardholder holds the identity card of the owner to the staff of the NFC management terminal 4, and the staff of the management terminal compares and verifies whether the cardholder carries the identity card of the owner or not, and swipes the identity card to inquire that the cardholder is bound with the special card of the class A two-dimensional code, the mobile phone, the watch and the bracelet. The NFC management terminal 4 is a networking operation, which is operated only by the management terminal 4 staff. Setting of the state of the NFC card 1: the NFC management terminal 4 may perform a remote unbinding operation on the cardholder a two-dimensional code special card, the mobile phone, the watch, and the bracelet by using the method described in detail below, when the remote unbinding operation is performed on the loss, the status information (such as the loss-in-three a two-dimensional code bracelet) of a certain NFC card 1 of the cardholder needing to be lost is required to be uploaded to the cloud server 3, and when the cloud server 3 receives that the lost NFC card 1 (the loss-in-three a two-dimensional code bracelet) is read by the certain NFC card reader 2, the cloud server 3 returns the loss-in-card information to the NFC card reader 2, and the NFC card reader 2 prompts that the card is lost and the card is read by voice.
(2) The NFC reader 2 is managed to operate.
The NFC management terminal 4 and the NFC card readers 2 are connected through the cloud server 3, the cloud server 3 has the highest management authority, all the NFC card readers 2 are managed, and the daily work of the cloud server 3 is to automatically send and receive data; the number of NFC management terminals 4 may be several, each NFC management terminal 4 only has management authority of each NFC card reader 2 in the area, and a manual management mode is adopted, for example, a first street office and a second community staff manually operate, and the second community staff can only operate the management terminal 4 located in the second community and can only manage each NFC card reader 2 in the scope of the second community.
The initial NFC reader 2 needs the NFC management terminal 4 to enter the information of the NFC reader 2 into the cloud server 3, and the NFC reader 2 can work normally after being incorporated into the authorization of the health information quick reading system. The information entry process is as follows: before the NFC card reader 2 is taken to a working place, the NFC card reader 2 needs to be taken to the NFC management terminal 4, and a staff of the NFC management terminal 4 manually inputs the number N of the NFC card reader 2 i And the corresponding working place to the cloud server 3 (for example, the NFC card reader 2 with the number 00078 corresponds to "the second people hospital front exit with the number 55 in the south of people", and the cloud server 3 is authorized to work from 2022, 1, 00, 1, 00, to 2022, 12, 31, 23, 59, and then normally replies the history information and detailed identity information of the corresponding cardholder after receiving the information of the NFC card 1 read by the NFC card reader 2 with the number within the date range, otherwise, the cloud server 3 does not reply the information).
When the NFC reader 2 is incorporated into the system, the NFC management terminal 4 remotely controls each NFC reader 2 in the area to work through the network. If the NFC card reader 2 is damaged or lost, the number N of the NFC card reader 2 is manually input by a worker i Or the work place, the NFC management terminal 4 is manually operated to report the loss of the NFC card reader 2 on the cloud server 3, so that the cloud server 3 does not reply the history information and detailed identity information of the corresponding cardholder of the NFC card 1 being read to the lost NFC card reader 2 any more, and remotely closes the card reading authority of the NFC card reader 2, thereby avoiding the damage or misuse of the lost NFC card reader 2. The NFC management terminal 4 may authorize the local card reading authority of the NFC card reader 2, for example, the NFC card reader 2 may only read all or part of the information bound in the NFC card 1 within a certain time range, so as to avoid personal privacy leakage of the cardholder caused by misuse, loss, etc. of the NFC card reader 2. For example, the NFC reader 2 is authorized only at 2022, 8, 28, 9:00 to 18:00 reads NFC card 1 information. The NFC card reader 2 can be authorized to read or download the name, the color of class A two-dimensional code, the track card area, the date of infectious disease detection, the infectious disease detection result, the infectious disease vaccination condition, the sex, the age and the real-time body temperature T of the cardholder from the cloud server 3 1 Historical body temperature T n Whether or not to be normal, identity cardOne or more of 11 pieces of information. In addition, the identification card number is read.
The NFC management terminal 4 presets a triggering condition of the prompting tone and the alarm tone of the NFC reader 2. For example, when the first two-dimensional code is yellow, a prompt tone is broadcasted; and when the first two-dimensional code is broadcast to be red, an alarm sound can be broadcast. For example, during an infection outbreak, a prompt tone is broadcast when no infection is detected for 3 days; during an infection outbreak, 7 days without infection detection will report an alarm. For example, it is set up that the cardholder will report a reminder tone from an unvaccinated infectious disease vaccine.
The NFC management terminal 4 sets the priority of the NFC reader 2. When the NFC reader 2 is set to a high priority, the cloud server 3 does not set the online work task to be in a disconnected offline work state when the online work task is saturated, so that the NFC reader 2 in a key place is ensured to be in an online work state all the time. When the NFC reader 2 is set to a low priority, the cloud server 3 may randomly set the online work task to a disconnected offline work state when the online work task is saturated, so as to avoid phenomena such as breakdown of the cloud server 3, large-area network blocking, and the like.
The NFC management terminal 4 sets the NFC reader 2 to be an entry NFC reader 2 or an exit NFC reader 2 at a certain place. The NFC reader 2 is set as a default to be an entrance to the NFC reader 2, and is placed at a certain entrance of a certain place, for recording the time when the cardholder enters the place. In addition, the NFC reader 2 may also be set at the NFC management terminal 4 to be an exit NFC reader 2, and placed at a certain exit of a certain place, so that a cardholder can swipe a card quickly when leaving the place, and the accurate time and the accurate exit of the cardholder from the place can be recorded.
(3) And (5) managing the risk personnel to judge the conditions.
According to the severity of infectious diseases in the area, the staff of the NFC management terminal 4 connects the cloud server 3 to set the body temperature threshold T in each NFC card reader 2 in the area through the NFC management terminal 4 in the area 0 Body temperature exceeds body temperature threshold T 0 The number of times of judgment conditions can be used for judging whether the person holding the NFC card 1 and measuring the body temperature is a risk person or not.
5. A using method of a health information quick reading system based on NFC technology. As shown in fig. 2. The method comprises the following steps:
step one, binding personal identity information of the NFC card 1. NFC management terminals 4 distributed in all communities are connected with a cloud server 3; the cardholder holds the NFC card 1 and binds the information of the cardholder to the NFC card 1 on the NFC management terminal 4.
And step two, the NFC management terminal 4 sets information of the NFC card reader 2 to the cloud server 3 and authorizes the NFC card reader 2 to work. The staff uses the NFC management terminal 4 to upload the information of the NFC reader 2 to the cloud server 3, and grants the working authority of the NFC reader 2, including the working time of the NFC reader 2, the reading information range and the like.
And step three, the NFC card reader 2 reads the NFC card 1. The cardholder holds the NFC card 1 to swipe the card through the NFC card reader 2 at the entrance or exit of each place, so that the NFC card reader 2 collects the basic identity information and the on-site real-time information of the cardholder.
And step four, uploading information to the cloud server 3 by the NFC card reader 2. The NFC card reader 2 is connected with the cloud server 3 and sends the collected information to the cloud server 3.
And fifthly, the cloud server 3 receives and stores the information, and invokes the information of the cardholder in the database of the cloud server 3 and replies to the NFC card reader 2. The cloud server 3 determines the identity of the cardholder according to the basic identity information, and stores the on-site real-time information in the historical information of the cardholder in a database of the cloud server 3; the historical information and the detailed identity information of the cardholder stored in the database of the cloud server 3 are called, and the historical information and the detailed identity information of the cardholder are returned to the NFC card reader 2; meanwhile, the cloud server 3 combines the on-site real-time information with the history information to judge whether the cardholder is a risk person, and if the cardholder is a risk person, the risk person information is sent to each external platform and the NFC card reader 2. The determination method may be body temperature comparison, for example, when the cloud server 3 receives the real-time body temperature T of the same cardholder 1 And historical body temperature T n One or more times exceeding a certain body temperature threshold T 0 When, for example, the body temperature threshold T 0 At 37.3 ℃, the abnormal body temperature of the cardholder is judgedAnd sending an infectious disease prevention and control instruction to the class A two-dimensional code management platform for risk personnel, suggesting that the class A two-dimensional code management platform changes the class A two-dimensional code of the cardholder into yellow, sending a short message to a mobile phone number registered by the cardholder in the class A two-dimensional code management platform, prompting the cardholder to take precautionary measures, taking infectious disease detection on schedule, reporting to a community where the cardholder is located and the like. The staff of the NFC management terminal 4 respectively sets the local body temperature threshold T through the cloud server 3 according to the severity of infectious diseases in the local area 0 Body temperature exceeds body temperature threshold T 0 And judging conditions of times.
And step six, the NFC card reader 2 receives information replied by the cloud server 3. The NFC card reader 2 broadcasts the class A two-dimensional code information, and if abnormal, prompt information is sent to staff.
The description of the present invention is not particularly limited, but is conventional in the art.
The foregoing is a preferred embodiment of the present invention, and several other simple substitutions and modifications made under the circumstances of the inventive concept should be considered as falling within the scope of the present invention.

Claims (10)

1. A health information quick reading system based on NFC technology is characterized in that: the NFC card comprises an NFC card, an NFC card reader, a cloud server and an NFC management terminal; the cloud server establishes a communication link with the NFC card reader and the NFC management terminal respectively;
the NFC card is used for recording basic identity information of a cardholder;
the NFC card reader is used for reading the basic identity information of a cardholder in the NFC card and the on-site real-time information of the cardholder, and uploading the basic identity information and the on-site real-time information to the cloud server;
the cloud server is used for receiving and storing the on-site real-time information uploaded by the NFC card reader, and calling the history information and the detailed identity information of the NFC card holder from the cloud server database according to the received basic identity information;
the NFC card reader is also used for downloading historical information and detailed identity information of a cardholder in the cloud server;
the NFC management terminal is used for managing the NFC card and the NFC card reader to work.
2. The health information quick reading system based on the NFC technology according to claim 1, wherein: the NFC card is selected from a class A two-dimensional code special card bound with personal identity information, a second-generation resident identity card, a mobile phone with NFC function bound with personal identity information, a watch with NFC function bound with personal identity information or a bracelet with NFC function bound with personal identity information.
3. The health information quick reading system based on the NFC technology according to claim 1, wherein: the on-site real-time information comprises a travel record and a real-time body temperature T1; each NFC card reader is provided with an independent number Ni, the number Ni of each NFC card reader corresponds to a specific place, the NFC card readers of the places are used for sensing the NFC card, and a travel record of a cardholder for accessing the specific place at a specific moment is generated; the NFC card reader is provided with a body temperature detection device which is used for reading the real-time body temperature T1 of a card holder.
4. A system for fast reading health information based on NFC technology according to claim 3, wherein: the NFC card reader is internally provided with a voice module and is used for broadcasting on-site real-time information and information downloaded from the cloud server.
5. A system for fast reading health information based on NFC technology according to claim 3, wherein: the NFC card reader adopts mobile data network communication; the NFC card reader is used for temporarily storing basic identity information and on-site real-time information of an NFC card holder read during off-line period; the NFC card reader is used for continuously transmitting the read basic identity information and the on-site real-time information of the cardholder temporarily stored during the off-line period to the cloud server.
6. A system for fast reading health information based on NFC technology according to claim 3, wherein: and the NFC card reader is used for timing the cloud server once in an interval time period.
7. The health information quick reading system based on the NFC technology according to claim 1, wherein: the cloud server is also used for combining the on-site real-time information and the historical information to judge whether the cardholder is a risk person; the cloud server establishes communication with an external platform for cardholder information exchange.
8. The health information quick reading system based on the NFC technology according to claim 1, wherein: the NFC management terminals are used for managing the NFC card reader work and the NFC card work in the area; managing NFC card reader operation includes setting information of the NFC card reader to a cloud server and authorizing the NFC card reader to operate; managing the NFC card includes binding of cardholder basic identity information in the NFC card and setting of the NFC card usage status.
9. The application method of the health information quick reading system based on the NFC technology is characterized by comprising the following steps of: comprising
Binding the identity information of the NFC card and the cardholder by using an NFC management terminal;
Setting information of the NFC card reader to the cloud server and authorizing the NFC card reader to work;
reading the NFC card by the NFC card reader, so that the NFC card reader acquires basic identity information and on-site real-time information of a cardholder;
uploading basic identity information and on-site real-time information of a cardholder to a cloud server by the NFC card reader;
step five, the cloud server receives and stores the on-site real-time information of the cardholder in the history information under the name of the cardholder, and the history information is stored in a cloud server database; the cloud server retrieves the history information and detailed identity information of the cardholder from a cloud server database according to the basic identity information; the cloud server replies historical information and detailed identity information of the cardholder to the NFC card reader; the cloud server combines the field real-time information and the history information to judge whether the cardholder is a risk person, and if the cardholder is the risk person, the cloud server sends the risk person information to each external platform and the NFC card reader;
and step six, the NFC card reader receives information replied by the cloud server.
10. The method for using the health information quick reading system based on the NFC technology according to claim 9, wherein the method comprises the following steps: in the fifth step, the cloud server combines the real-time body temperature T1 information in the field real-time information and the historical body temperature Tn information in the historical information, if the cloud server receives the real-time body temperature T1 and the historical body temperature Tn of the same cardholder once or a plurality of times exceeding the body temperature threshold T0, the cloud server judges that the body temperature of the cardholder is abnormal and is a risk person, and sends infectious disease prevention and control instructions to all external platforms and NFC card readers; according to the severity of infectious diseases in the local area, NFC management terminal staff respectively sets a local area body temperature threshold T0 and judgment conditions for times when the body temperature exceeds the body temperature threshold T0 through a cloud server.
CN202211703010.2A 2022-12-29 2022-12-29 NFC technology-based health information rapid reading system and using method Pending CN116071859A (en)

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Application Number Priority Date Filing Date Title
CN202211703010.2A CN116071859A (en) 2022-12-29 2022-12-29 NFC technology-based health information rapid reading system and using method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202211703010.2A CN116071859A (en) 2022-12-29 2022-12-29 NFC technology-based health information rapid reading system and using method

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