CN114974604A - Method for realizing personnel disease control based on Internet of things - Google Patents

Method for realizing personnel disease control based on Internet of things Download PDF

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Publication number
CN114974604A
CN114974604A CN202210527403.6A CN202210527403A CN114974604A CN 114974604 A CN114974604 A CN 114974604A CN 202210527403 A CN202210527403 A CN 202210527403A CN 114974604 A CN114974604 A CN 114974604A
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China
Prior art keywords
disease control
target object
personnel
person
information
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CN202210527403.6A
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Chinese (zh)
Inventor
廖阳
徐云生
庞成
宗蔷雯
董亚康
李浪
王文庭
唐如刚
李文强
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Three Gorges High Technology Information Technology Co ltd
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Three Gorges High Technology Information Technology Co ltd
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Priority to CN202210527403.6A priority Critical patent/CN114974604A/en
Publication of CN114974604A publication Critical patent/CN114974604A/en
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    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
    • G16H50/80—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for detecting, monitoring or modelling epidemics or pandemics, e.g. flu
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/01—Measuring temperature of body parts ; Diagnostic temperature sensing, e.g. for malignant or inflamed tissue
    • 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
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
    • G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
    • G16H10/65—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records stored on portable record carriers, e.g. on smartcards, RFID tags or CD
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
    • G16Y20/00—Information sensed or collected by the things
    • G16Y20/40—Information sensed or collected by the things relating to personal data, e.g. biometric data, records or preferences
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
    • G16Y40/00—IoT characterised by the purpose of the information processing
    • G16Y40/10—Detection; Monitoring
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
    • G16Y40/00—IoT characterised by the purpose of the information processing
    • G16Y40/20—Analytics; Diagnosis
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
    • H04M1/72406—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality by software upgrading or downloading

Abstract

The invention provides a method for realizing personnel disease control based on the Internet of things, which comprises the following steps: acquiring disease control information of people in the region through a preset mobile phone disease control APP; analyzing the disease control information of the coming region personnel based on a preset disease control health monitoring approval rule to obtain an analysis result; controlling a disease control APP information display interface in the mobile phone of the coming person to display a first color or a second color according to the analysis result; setting a pass gate at the space switching position of the personnel activity area, and finding a disease control target object by identifying a disease control APP information display interface in a mobile phone of the personnel; and analyzing the activity track information of the disease control target object based on a preset screening and troubleshooting tree model and a screening and troubleshooting early warning algorithm, and finding a first associated target object of the disease control target object by combining the disease control information of the disease control target object. The invention can accurately find the disease control target object, the first associated target object and the necessary associated target object, and improve the management level of disease control.

Description

Method for realizing personnel disease control based on Internet of things
Technical Field
The invention relates to the technical field of disease control of the Internet of things, in particular to a method for realizing personnel disease control based on the Internet of things.
Background
The hydropower station has long construction period, more participating units and complicated construction region personnel, and has more personnel all over the country, the disease control information acquisition speed is slow, the mobility of the construction region personnel is high, the disease control consciousness is poor, and the accurate management and control are difficult to realize; particularly, corresponding construction areas span a plurality of provincial hydropower stations, although each province has an independent disease control system, under a special construction environment, the problems of large number of construction personnel, large personnel flow and multiple provinces span cannot reach the unified standard of disease control information management due to the fact that construction personnel are many all over the country; based on various methods such as the Internet, the Internet of things, big data analysis and the like, the method is necessary for the accurate control and control of the construction area diseases; therefore, a method for realizing personnel disease control based on the internet of things is needed.
Disclosure of Invention
The invention provides a method for realizing personnel disease control based on the Internet of things.
The invention provides a method for realizing personnel disease control based on the Internet of things, which comprises the following steps:
s1, acquiring disease control information of the people through a preset mobile phone disease control APP;
s2, analyzing the disease control information of the coming region personnel based on a preset disease control health monitoring approval rule to obtain an analysis result; controlling a disease control APP information display interface in the mobile phone of the coming person to display a first color or a second color according to the analysis result;
s3, setting a pass gate at the space conversion position of the personnel activity area, and finding a disease control target object by identifying a disease control APP information display interface in a mobile phone of the personnel;
s4, analyzing the activity track information of the disease control target object based on a preset screening and troubleshooting tree model and a screening and troubleshooting early warning algorithm, and finding a first related target object of the disease control target object by combining the disease control information of the disease control target object.
Further, S3 includes:
s301, arranging a passing barrier at a space conversion position of a personnel activity area, wherein inspection equipment is arranged on the passing barrier and detects and displays colors; when the display color is the first color, the verification of the checking equipment is passed, and the personnel can pass, and when the display color is the second color, the verification of the checking equipment is not passed, and the personnel can not pass;
s302, when the person passes through the pass gate, calling out a disease control APP information display interface in the personal mobile phone, and placing the disease control APP information display interface on the inspection equipment for inspection operation; when the disease control APP information display interface in the personal mobile phone displays a second color, the user cannot pass through the system; when a disease control APP information display interface in the personal mobile phone displays a first color, the user can pass;
s303, when a disease control APP information display interface in the mobile phone of the person is detected to display a second color, the pass gate sends out a voice alarm prompt, and the disease control worker controls the person according to a disease control plan and decides the person as a disease control target object.
Further, S4 includes:
s401, storing personnel activity track information based on the constructed screening and troubleshooting tree model;
s402, analyzing the motion track information of the disease control target object based on a preset screening, troubleshooting and early warning algorithm, and finding a first related target object of the disease control target object.
Further, the step S401 of constructing the screening and screening tree model includes:
s4011, obtaining a quadruple; the four-tuple comprises four attribute values of a person name, a person entering or leaving behavior, a region name of the person entering or leaving, and a time of the person entering or leaving a certain region;
s4012, acquiring data mark records; the data marker record comprises a quadruple;
s4013, obtaining a data storage table; the data storage table comprises a plurality of data mark records;
s4014, acquiring a preset blank condition tree, taking the area name of the person entering or leaving as a key value of the blank condition tree, and storing the data storage table into the blank condition tree according to the key value content in a matching manner;
s4015, after the data storage table needing to be stored in the blank condition tree is stored, the blank condition tree is used as a screening and troubleshooting tree model to complete construction; and in each area name in the screening and troubleshooting tree model, maintaining one data storage table according to the time sequence of entering or leaving a certain area, wherein each data storage table comprises one quadruple.
Further, the S402 screening, troubleshooting and early warning algorithm includes:
s4021, acquiring personal basic information of a disease control target object to obtain a name attribute value of the disease control target object;
s4022, acquiring all entering or leaving area names and time attribute values of entering or leaving an area corresponding to the person name according to the data storage table;
s4023, traversing the relevant subtrees in the screening and troubleshooting tree model according to each record in the data storage table, and if the data storage table does not contain a certain area, ignoring the subtree and only traversing the relevant subtrees in the data storage table;
s4024, setting a proper time interval from each related subtree list record according to the time when the person enters a certain area and the time when the person leaves the certain area, and screening all record results in the interval;
s4025, obtaining a person name attribute value in the quadruple corresponding to each record from the record result, wherein the person corresponding to the value is a first associated target object of the disease control target object;
s4026, for the person name attribute values obtained in S4025, the steps S4022 to S4025 are executed to find a second related target object of the disease control target objects.
Further, S301 includes:
s3011, arranging face recognition equipment above the passing barrier, and carrying out face recognition by the face recognition equipment while checking operation of personnel;
when the verification of the checking equipment is passed and the face recognition result is consistent with the pre-stored face image, the pass gate is opened; when the verification of the verification equipment is passed, but the face recognition result is inconsistent with the pre-stored face image, the personnel are not available;
s3012, setting a checking operation area at the position of the passing barrier gate, wherein the passing barrier gate is positioned on the front side of the checking operation area; fixed baffles are arranged on two sides of the inspection operation area, a stop lever is arranged on the rear side of the inspection operation area, and distance sensors are arranged on the baffles and the stop lever; the distance sensor is used for sensing the detection distance between the body of a person and the baffle or the stop lever;
when the verification of the verification equipment passes and the verification distance is greater than or equal to a preset distance range threshold value interval, the passing barrier gate is opened; when the verification equipment passes the verification, but the verification distance is smaller than a preset distance range threshold interval, the personnel cannot pass.
Further, S1 includes:
s101, loading a disease control APP on a personal mobile phone by a person coming into a district, and registering and perfecting identity information and working information of the person; the work information comprises a job number, a department to which the job belongs and a work starting date of a coming area; simultaneously inputting personal body temperature detection data;
s102, calling personal health data of provinces of the coming region personnel within 30 days before the coming region of the coming region personnel based on a provincial disease control information network management platform according to the identity information of the coming region personnel, and acquiring electronic health data information of the coming region personnel;
s103, generating the coming region personnel disease control information according to the personnel identity information, the working information, the personal body temperature detection data and the electronic health data information.
Further, S2 includes:
s201, designing an information display interface in the disease control APP, wherein the information display interface comprises displaying a second color and displaying a first color;
s202, establishing disease control health monitoring approval rules; the disease control health monitoring approval rule comprises a first condition and a second condition; the first condition is: the personal body temperature detection data is higher than 37 ℃, or the electronic health data information is in a second color; the second condition is: the personal body temperature detection data is lower than 37 ℃, or the electronic health data information is in a first color;
s203, when the disease control information of the coming person meets a first condition, displaying a second color on an information display interface on a disease control APP in the mobile phone of the person; when the disease control information of the coming person meets a second condition, an information display interface on a disease control APP in the mobile phone of the person displays a first color.
Further, the method also comprises the step of S5: the treatment method after the disease control target object is found comprises the following specific steps:
s501, after a disease control target object is found, the disease control target object is determined as a control treatment person, and the disease control target object is further detected and treated;
s502, in a personnel queue waiting for code checking to pass in front of a pass gate, a person arranged behind a disease control target object sequence and in a preset fixed distance is determined as a second management controller, background data center data of a mobile phone disease control APP is called, a person arranged in front of the disease control target object sequence and in the preset fixed distance is searched, the person is also determined as a second management controller, and second management control is carried out on the second management controller;
s503, the disease control worker cuts off the power of a pass gate at the space conversion position of the zone entrance and exit where the disease control target object passes recently, determines the personnel in the zone as first management control, and performs the first management control on the first management control personnel;
s504, if the region which the disease control target object passes through recently is a dining region; the disease control worker calls the monitoring video in the dining area, checks the activity range in the dining area of the disease control target object, searches for people who keep the contact time with the disease control target object longer than the preset contact time and people who keep the contact distance longer than the preset contact distance, determines the people as second management control personnel, and carries out second management control on the second management control personnel; meanwhile, according to the personal basic information of the disease control target object, positioning the personnel in the office area and the living area working together with the disease control target object to a second management controller, and carrying out second management control on the second management controller;
s505, if the area through which the disease control target object passes recently is an office area or a living area; performing first management control on personnel in the office area/living area, and determining the personnel in the area as first management control personnel; meanwhile, positioning the personnel in the living area/working area which jointly live with the disease control target object to a second management controller, and carrying out second management control on the second management controller;
s506, the disease control worker sends the name and face image information of the disease control target object to a cell phone of the regional worker through the disease control APP, reminds the worker who has short-time short-distance contact with the disease control target object to report personal contact conditions, determines the worker as a first management controller, and carries out first management control on the first management controller.
Further, the method also comprises the step of S6: the method for calculating the infection probability of the first associated target object of the disease control target object comprises the following specific steps:
s601, obtaining the contact distance and the contact time of the disease control target object and other people;
s602, acquiring an infection probability condition of contact distance and an infection probability condition of contact time based on big data of a national disease control informatization network management platform;
s603, matching the contact distance with the infection probability condition of the contact distance to obtain a first infection probability;
s604, matching the contact time with the infection probability condition of the contact time to obtain a second infection probability;
s605, respectively adding weights to the first infection probability and the second infection probability, and then performing summation calculation to obtain a third infection probability;
s606, presetting a high infection probability threshold value and a low infection probability threshold value; comparing the third infection probability with a preset high infection probability threshold value and a preset low infection probability threshold value, and performing second management control treatment on the personnel when the third infection probability is greater than the high infection probability threshold value; performing a second management control on the person when the third infection probability is less than the high infection probability threshold and greater than the low infection probability threshold; removing the second administrative control from the person when the third infection probability is less than the low infection probability threshold.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a schematic diagram of a method for controlling diseases of people based on the Internet of things;
FIG. 2 is a schematic diagram of the position of the installed traffic barrier according to the present invention;
FIG. 3 is a schematic diagram of a method for discovering a first associated target object of a disease control target object based on a screening and troubleshooting tree model and a screening and troubleshooting early warning algorithm of the present invention;
FIG. 4 is a schematic diagram of a person trajectory screening and troubleshooting tree model;
fig. 5 is a schematic process diagram of the screening, troubleshooting and early warning algorithm of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
A method for realizing personnel disease control based on the Internet of things is disclosed, as shown in figure 1, and comprises the following steps:
s1, acquiring disease control information of the people through a preset mobile phone disease control APP;
s2, analyzing the disease control information of the coming region personnel based on a preset disease control health monitoring approval rule to obtain an analysis result; controlling a second color information display interface of a disease control APP in the mobile phone of the coming person to display a first color or a second color according to the analysis result;
s3, setting a pass gate at the space conversion position of the personnel activity area, and finding a disease control target object by identifying a disease control APP information display interface in a mobile phone of the personnel;
s4, analyzing the activity track information of the disease control target object based on a preset screening and troubleshooting tree model and a screening and troubleshooting early warning algorithm, and finding a first related target object of the disease control target object by combining the disease control information of the disease control target object.
The working principle of the technical scheme is as follows: can obtain the disease control information of coming district's personnel through cell-phone disease control APP, through to epidemic situation ground analysis, in time filter and examine disease control target object, can have a pertinence to discover the first relevant target object of disease control target object, this embodiment includes:
s1, acquiring disease control information of the people through a preset mobile phone disease control APP;
s2, analyzing the disease control information of the coming region personnel based on the preset disease control health monitoring approval rule to obtain an analysis result; controlling a first color information display interface of a disease control APP in the mobile phone of the coming person to display a first color or a second color according to the analysis result;
s3, setting a pass gate at the space conversion position of the personnel activity area, and finding a disease control target object by identifying a disease control APP information display interface in a mobile phone of the personnel;
s4, based on the preset screening and troubleshooting tree model and the screening and troubleshooting early warning algorithm, analyzing the activity track information of the disease control target object, and finding a first related target object of the disease control target object by combining the disease control information of the disease control target object.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, the personnel information is acquired by utilizing the mobile phone disease control APP, the personnel activity track information is combined, the disease control target object can be accurately found through big data analysis, the first associated target object and the necessary associated target object are eliminated, and the management level of disease control is improved.
In one embodiment, S3 includes:
s301, arranging a passing barrier at a space conversion position of a personnel activity area, wherein inspection equipment is arranged on the passing barrier and detects and displays colors; when the display color is the first color, the verification of the checking equipment is passed, and the personnel can pass, and when the display color is the second color, the verification of the checking equipment is not passed, and the personnel can not pass;
s302, when passing through the pass gate, the personnel call out a disease control APP information display interface in the personal mobile phone and place the disease control APP information display interface on the inspection equipment for inspection operation; when the disease control APP information display interface in the personal mobile phone displays a second color, the user cannot pass through the system; when the disease control APP information display interface in the personal mobile phone displays a first color, the user can pass;
s303, when a disease control APP information display interface in the mobile phone of the person is detected to display a second color, the pass gate sends out a voice alarm prompt, and the disease control worker controls the person according to a disease control plan and decides the person as a disease control target object.
The working principle of the technical scheme is as follows: by installing the traffic gate at the space switching positions, namely the exit and entrance positions of the areas in each area (dining hall, office area and dormitory), the disease control target object can be found; as shown in fig. 2, pass gates are arranged between dormitories and dining halls, between dining halls and office areas, and between office areas and dormitories, and personnel can pass from a dormitory to a dining hall, from a dining hall to an office area, and from office areas to dormitories only by checking; the disease control target object can be found in time during regional conversion through the barrier; the embodiment comprises the following steps:
s301, arranging a passing barrier at a space conversion position of a personnel activity area, wherein inspection equipment is arranged on the passing barrier and detects and displays colors; when the display color is the first color, the verification of the checking equipment is passed, and the personnel can pass, and when the display color is the second color, the verification of the checking equipment is not passed, and the personnel can not pass;
s302, when the person passes through the pass gate, calling out a disease control APP information display interface in the personal mobile phone, and placing the disease control APP information display interface on the inspection equipment for inspection operation; when the disease control APP information display interface in the personal mobile phone displays a second color, the user cannot pass through the system; when the disease control APP information display interface in the personal mobile phone displays a first color, the user can pass;
s303, when a disease control APP information display interface in the mobile phone of the person is detected to display a second color, the pass gate sends out a voice alarm prompt, and the disease control worker controls the person according to a disease control plan and decides the person as a disease control target object.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, the disease control target object can be found in time and the movement of the disease control target object is blocked by arranging the passing barrier, so that the disease control tracing work can be conveniently carried out in the minimum range.
In one embodiment, as shown in fig. 3, S4 includes:
s401, storing personnel activity track information based on the constructed screening and troubleshooting tree model;
s402, analyzing the motion track information of the disease control target object based on a preset screening, troubleshooting and early warning algorithm, and finding a first related target object of the disease control target object.
The working principle of the technical scheme is as follows: the screening and troubleshooting tree model is built, the personnel activity track information can be stored more conveniently, and the personnel activity track information can be analyzed and screened more quickly and effectively by applying the screening and troubleshooting early warning algorithm, so that the screening and troubleshooting tree model is built in the embodiment, and the screening and troubleshooting early warning algorithm is applied, and the screening and troubleshooting early warning algorithm specifically comprises the following steps:
s401, storing personnel activity track information based on the constructed screening and troubleshooting tree model;
s402, analyzing the motion track information of the disease control target object based on a preset screening, troubleshooting and early warning algorithm, and finding a first related target object of the disease control target object.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, the first associated target object of the disease control target object can be accurately found by constructing the screening and troubleshooting tree model and storing and analyzing the activity track information of the personnel by applying the screening and troubleshooting early warning algorithm, so that the working level of disease control is improved.
In one embodiment, the constructing of the screening and troubleshooting tree model in S401 includes:
s4011, obtaining a quadruple; the four-tuple comprises four attribute values of a person name, a person entering or leaving behavior, a region name of the person entering or leaving, and a time of the person entering or leaving a certain region;
s4012, acquiring data mark records; the data marker record comprises a quadruple;
s4013, obtaining a data storage table; the data storage table comprises a plurality of data mark records;
s4014, acquiring a preset blank condition tree, taking the area name of the person entering or leaving as a key value of the blank condition tree, and storing the data storage table into the blank condition tree according to the key value content in a matching manner;
s4015, after the data storage table needing to be stored in the blank condition tree is stored, the blank condition tree is used as a screening and troubleshooting tree model to complete construction; and in each area name in the screening and troubleshooting tree model, maintaining one data storage table according to the time sequence of entering or leaving a certain area, wherein each data storage table comprises one quadruple.
The working principle of the technical scheme is as follows: the person name, the person entering or leaving behavior, the name of an area where the person enters or leaves, and the time when the person enters or leaves a certain area can clearly show the activity track of the person, a quadruplet is established by the four attributes, the quadruplet can be used as a data mark record to mark the activity condition of the person, and a plurality of data mark records are stored in a data storage table, as shown in the following representation example, the letter A represents the name of the area where the person enters or leaves, the letter M represents the name of the person, the letter T represents the time when the person enters or leaves a certain area, and the letter IO represents the action when the person enters or leaves the certain area; the table can clearly show which persons enter or leave at what time in a certain area;
serial number A M T IO
1 Dormitory Zhang San 2020-12-30 08:00:00 Enter into
2 Dining room 1 Li Si 2020-12-30 12:00:00 Enter into
3 Office area 1 Zhang San 2020-12-30 10:00:00 Enter into
4 Office area 1 Zhang San 2020-12-30 11:30:00 Leave from
After a plurality of data mark records are stored in a data storage table, the data storage table is used as a node of a tree structure, a condition tree is established, and a screening and troubleshooting tree model is established through the condition tree; as shown in fig. 4, in order to reduce the complexity of subsequent screening and troubleshooting, a Tree structure is defined as a conditional Tree for screening and troubleshooting according to Area division, and is used as a key of the Tree structure according to the Area division, and a Tree structure Area-Tree is established, each Area in the Tree structure maintains a list according to a time sequence, each element in the list is a person track quadruple, as shown in fig. 4 by way of example, a whole project unit Area is a root node of the Tree structure, a dormitory a, a dormitory B, a dining hall 1, and an office Area 1 are four child nodes, in the Area of the dormitory a, a list is formed according to a time sequence, the list shows a track that a person enters or leaves at a certain time, and a first one represents an activity track of zhang: zhang III enters a dormitory A at 12 months and 30 days in 2020 and 00 minutes and 00 seconds at 8 hours; the fourth represents an activity trace of lie four: li IV leaves dormitory A in 12 months and 30 days in 2020, and 20 min and 00 s at 8 hours; in the area of the canteen 1, a list is formed according to the time sequence, the list shows the tracks of people entering or leaving at a certain time, and the first and fourth lines represent an activity track of Zhang III: zhang III enters the canteen 1 in 12 months and 30 days in 2020 at 12 hours and 00 minutes and 00 seconds, and leaves the canteen 1 in 12 months and 30 days in 2020 at 12 hours and 40 minutes and 00 seconds; the embodiment comprises the following steps:
s4011, obtaining a quadruple; the quadruplet comprises four attribute values of a person name, a person entering or leaving behavior, a region name of the person entering or leaving, and a time of the person entering or leaving a certain region;
s4012, acquiring data mark records; the data marker record comprises a quadruple;
s4013, obtaining a data storage table; the data storage table comprises a plurality of data mark records;
s4014, acquiring a preset blank condition tree, taking the area name of the person entering or leaving as a key value of the blank condition tree, and storing the data storage table into the blank condition tree according to the key value content in a matching manner;
s4015, after the data storage table needing to be stored in the blank condition tree is stored, the blank condition tree is used as a screening and troubleshooting tree model to complete construction; and in each area name in the screening and troubleshooting tree model, maintaining one data storage table according to the time sequence of entering or leaving a certain area, wherein each data storage table comprises one quadruple.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, through constructing the screening and troubleshooting tree model and establishing the association structure of the names of the personnel, the entering or leaving behaviors of the personnel, the names of the areas where the personnel enter or leave, and the time when the personnel enter or leave a certain area, the activity tracks of the personnel can be accurately mastered, and the screening and troubleshooting efficiency of the personnel is improved.
In one embodiment, the S402 screening troubleshooting alert algorithm includes:
s4021, acquiring personal basic information of a disease control target object to obtain a name attribute value of the disease control target object;
s4022, acquiring all entering or leaving area names and time attribute values of entering or leaving an area corresponding to the person name according to the data storage table;
s4023, traversing the relevant subtrees in the screening and checking tree model according to each record in the data storage table, and if the data storage table does not contain a certain area, ignoring the subtree and only traversing the relevant subtrees in the data storage table;
s4024, setting a proper time interval from each related subtree list record according to the time when the person enters a certain area and the time when the person leaves the certain area, and screening all record results in the interval;
s4025, obtaining a person name attribute value in the quadruple corresponding to each record from the record result, wherein the person corresponding to the value is a first associated target object of the disease control target object;
s4026, for the person name attribute values obtained in S4025, the steps S4022 to S4025 are executed to find a second related target object of the disease control target objects.
The working principle of the technical scheme is as follows: as shown in the example of fig. 5, for the infected person a, by using the relationship rule and the cluster analysis, the first associated target objects (person B, person K, person L, person G, and person J) of the person a can be found, so as to perform the second management control and further detect on the first associated target objects; meanwhile, second associated target objects (a person H, a person I, a person M and a person N) can be found so as to perform second management control on the persons; the specific implementation process is as follows: firstly, determining input parameters: inputting an infected person M ═ A, and acquiring the area and the access time of all M ═ A according to a storage table; traversing a related sub-tree in the tree structure according to each record in the data storage table, if the data storage table does not contain a certain area, completely ignoring the sub-tree, namely only traversing the related sub-tree in the data storage table; setting a proper time interval from each relevant subtree list record according to the entering time and the leaving time, and screening all record results in the interval; finding an M attribute value in an A-M-T-IO quadruple corresponding to each record from the result set, wherein the value is a first associated target object of the infected person A; if the second associated target object of the infected person A needs to be found, the M attribute in the result value is only needed to be used as input, the algorithm steps are executed again, and the obtained result value is the second associated target object of the infected person A.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, the first associated target object of the disease control target object and the second associated target object of the disease control target object can be timely and accurately found by screening and checking based on the screening and checking tree model, so that the efficiency of the disease control work is improved.
In one embodiment, S301 comprises:
s3011, arranging face recognition equipment above the passing barrier, and carrying out face recognition by the face recognition equipment while checking operation of personnel;
when the verification of the checking equipment is passed and the face recognition result is consistent with the pre-stored face image, the pass gate is opened; when the verification of the verification equipment is passed, but the face recognition result is inconsistent with the pre-stored face image, the personnel are not available;
s3012, setting a checking operation area at the position of the passing barrier gate, wherein the passing barrier gate is positioned on the front side of the checking operation area; fixed baffles are arranged on two sides of the inspection operation area, a stop lever is arranged on the rear side of the inspection operation area, and distance sensors are arranged on the baffles and the stop lever; the distance sensor is used for sensing the detection distance between the body of a person and the baffle or the stop lever;
when the verification of the verification equipment passes and the verification distance is greater than or equal to a preset distance range threshold value interval, the passing barrier gate is opened; when the verification equipment passes the verification, but the verification distance is smaller than a preset distance range threshold interval, the personnel cannot pass.
The working principle of the technical scheme is as follows: the face recognition equipment can recognize face images and compare the face images with background data of disease control workers to ensure that the person is in inspection operation; in order to ensure that only one person is allowed to carry out the inspection operation at the same time, an inspection operation area can be arranged to ensure that only one person is accommodated to carry out the inspection operation; the embodiment comprises the following steps:
s3011, arranging face recognition equipment above the passing barrier, and carrying out face recognition by the face recognition equipment while checking operation of personnel;
when the verification of the checking equipment is passed and the face recognition result is consistent with the pre-stored face image, the pass gate is opened; when the verification of the verification equipment is passed, but the face recognition result is inconsistent with the pre-stored face image, the personnel are not available;
s3012, setting a checking operation area at the position of the passing barrier gate, wherein the passing barrier gate is positioned on the front side of the checking operation area; fixed baffles are arranged on two sides of the inspection operation area, a stop lever is arranged on the rear side of the inspection operation area, and distance sensors are arranged on the baffles and the stop lever; the distance sensor is used for sensing the detection distance between the body of a person and the baffle or the stop lever;
when the verification of the verification equipment passes and the verification distance is greater than or equal to a preset distance range threshold value interval, the passing barrier gate is opened; when the verification equipment passes the verification, but the verification distance is smaller than a preset distance range threshold interval, the personnel cannot pass.
The beneficial effects of the above technical scheme are: the scheme that this embodiment provided is adopted, carries out face identification through increasing face identification equipment, sets up the inspection operation district simultaneously, can avoid replacing the emergence that others verified the sign indicating number condition, guarantees information acquisition's accuracy, improves the quality of prevention and control work.
In one embodiment, S1 includes:
s101, loading a disease control APP on a personal mobile phone by a person coming into a district, and registering and perfecting identity information and working information of the person; the work information comprises a job number, a department to which the job belongs and a work starting date of a coming area; simultaneously inputting personal body temperature detection data;
s102, calling the personal health data of the province of the coming region personnel in the previous 30 days of the coming region personnel based on a provincial disease control information network management platform according to the identity information of the coming region personnel, and acquiring the electronic health data information of the coming region personnel;
s103, according to the personnel identity information, the working information, the personal body temperature detection data and the electronic health data information, the coming region personnel disease control information is generated.
The working principle of the technical scheme is as follows: through registering disease control APP, can acquire personnel's basic information, through with the help of provincial level disease control information ization network management platform, can invoke personnel's health code information, this embodiment includes:
s101, loading a disease control APP on a personal mobile phone by a person coming into a district, and registering and perfecting identity information and working information of the person; the work information comprises a job number, a department to which the job belongs and a work starting date of a coming area; simultaneously inputting personal body temperature detection data;
s102, calling personal health data of provinces of the coming region personnel within 30 days before the coming region of the coming region personnel based on a provincial disease control information network management platform according to the identity information of the coming region personnel, and acquiring electronic health data information of the coming region personnel;
s103, according to the personnel identity information, the working information, the personal body temperature detection data and the electronic health data information, the coming region personnel disease control information is generated.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, the basic information and the health information of the personnel are acquired through the disease control APP, and the health big data of the trans-provincial activities of the personnel are acquired through the provincial disease control information network management platform, so that the health information of the personnel can be accurately and effectively mastered.
In one embodiment, S2 includes:
s201, designing an information display interface in the disease control APP, wherein the information display interface comprises displaying a second color and displaying a first color;
s202, establishing disease control health monitoring approval rules; the disease control health monitoring approval rule comprises a first condition and a second condition; the first condition is: the personal body temperature detection data is higher than 37 ℃, or the electronic health data information is in a second color; the second condition is: the personal body temperature detection data is lower than 37 ℃, or the electronic health data information is in a first color;
s203, when the disease control information of the coming person meets a first condition, displaying a second color on an information display interface on a disease control APP in the mobile phone of the person; when the disease control information of the coming person meets the second condition, the information display interface on the disease control APP in the mobile phone of the person displays a first color.
The working principle of the technical scheme is as follows: designing an information display interface on a disease control APP, distinguishing different health conditions through a second color two-dimensional code and a first color two-dimensional code, establishing a disease control health monitoring approval rule, performing unified approval by a management department through personal information and health information, generating an independent construction area pass code, and expressing the pass code by different colors according to approval results, so that different health conditions can be effectively distinguished; the embodiment comprises the following steps:
s201, designing an information display interface in the disease control APP, wherein the information display interface comprises displaying a second color and displaying a first color;
s202, establishing disease control health monitoring approval rules; the disease control health monitoring approval rule comprises a first condition and a second condition; the first condition is: the personal body temperature detection data is higher than 37 ℃, or the electronic health data information is in a second color; the second condition is: the personal body temperature detection data is lower than 37 ℃, or the electronic health data information is in a first color;
s203, when the disease control information of the coming person meets a first condition, displaying a second color on an information display interface on a disease control APP in the mobile phone of the person; when the disease control information of the coming person meets the second condition, the information display interface on the disease control APP in the mobile phone of the person displays a first color.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, the health monitoring approval rule for disease control is established, and the color on the disease control APP in the mobile phone of the controller is displayed according to the health monitoring approval rule for disease control, so that the health condition of the controller can be visually displayed, and the efficient development of the disease control work is facilitated.
In one embodiment, further comprising S5: the treatment method after the disease control target object is found comprises the following specific steps:
s501, after a disease control target object is found, the disease control target object is determined as a control treatment person, and the disease control target object is further detected and treated;
s502, in a personnel queue waiting for code checking to pass in front of a pass gate, a person arranged behind a disease control target object sequence and in a preset fixed distance is determined as a second management controller, background data center data of a mobile phone disease control APP is called, a person arranged in front of the disease control target object sequence and in the preset fixed distance is searched, the person is also determined as a second management controller, and second management control is carried out on the second management controller;
s503, the disease control worker cuts off the power of a pass gate at the space conversion position of the zone entrance and exit where the disease control target object passes recently, the worker in the zone is determined as a first management controller, and the first management controller is subjected to first management control;
s504, if the region which the disease control target object passes through recently is a dining region; the disease control worker calls the monitoring video in the dining area, checks the activity range in the dining area of the disease control target object, searches for people who keep the contact time with the disease control target object longer than the preset contact time and people who keep the contact distance longer than the preset contact distance, determines the people as second management control personnel, and carries out second management control on the second management control personnel; meanwhile, according to the personal basic information of the disease control target object, positioning a second management controller for the personnel in the office area and the living area working together with the disease control target object, and performing second management control on the second management controller;
s505, if the area recently passed by the disease control target object is an office area or a living area; performing first management control on personnel in the office area/living area, and determining the personnel in the area as first management control personnel; simultaneously positioning personnel in a living area/office area working together with the disease control target object to a second management control personnel, and performing second management control on the second management control personnel;
s506, the disease control worker sends the name of the person of the disease control target object and the face image information to the mobile phone of the person in the region through the disease control APP, reminds the person who has short-time short-distance contact with the disease control target object to report personal contact conditions, determines the person as a first management control person, and carries out first management control on the first management control person.
The working principle of the technical scheme is as follows: after a disease control target object is found, targeted and reasonable treatment is needed, and for the actual situations that a plurality of workers in a construction area are in a large number and the prevention and control force and resources are limited, the contact personnel of the disease control target object need to be subjected to subarea hierarchical management and control;
in the disease control process, the mathematical model plays an important role in epidemic prediction, early warning and risk analysis. The development rule of epidemic diseases can be found by utilizing the mathematical model, qualitative, quantitative and digital research and analysis can be carried out on the model, and the values of some parameters in the model are changed in a reasonable range, so that the change condition of the diseases under different conditions can be explored, the development trend of the diseases can be predicted, and the like; an important factor affecting model prediction and risk assessment is exposure rate, which directly affects the size of the spread of infectious diseases. At the same time, a second rate of regulatory control also plays a crucial role in the spread of the disease. Since the first relevant target object of the diagnostician will have a greater probability of being infected with the virus and thus be in the latent state. Therefore, taking a second administrative control over the first associated target object to prevent tertiary transmission of viruses is theoretically the most effective intervention. In this embodiment, the following propagation model is established to predict the epidemic situation, and the model is expressed by a differential equation:
Figure RE-GDA0003767196560000191
in the above formula, M represents a susceptible person; n represents a virus latency person; p represents the total number of people in the construction area; b representsA person with symptomatic infection; c is a first associated target object adopting second management control; w is dominant infection; theta represents the virus infection probability, and rho represents the latent infection rate attenuation factor; delta represents an asymptomatic infection rate attenuation factor, k is a second management control proportion for the first associated target object, n γ Representing the daily exposure rate of an infected person without intervention measures, q representing the probability from a latent period to a disease onset, and s representing the proportion of a dominant infected person; mu.s 1 Represents the rate of recovery of asymptomatic infected persons; ε represents the rate of diagnosis, μ, of a first associated target object under a second administrative control 2 Represents the recovery rate of a dominant infected person, and tau represents the diagnosis rate of a patient under the initial condition; the numerical values of the parameters are obtained by looking up documents or performing assignment or estimation through Matlab software; according to the mathematical model, epidemic situation can be tracked in time, so that disease control work can be made in a targeted manner.
The present embodiment further includes S5: the treatment method after the disease control target object is found comprises the following specific steps:
s501, after a disease control target object is found, the disease control target object is determined as a control treatment person, and the disease control target object is further detected and treated;
s502, in a personnel queue waiting for code checking to pass in front of a pass gate, a person arranged behind a disease control target object sequence and in a preset fixed distance is determined as a second management controller, background data center data of a mobile phone disease control APP is called, a person arranged in front of the disease control target object sequence and in the preset fixed distance is searched, the person is also determined as a second management controller, and second management control is carried out on the second management controller;
s503, the disease control worker cuts off the power of a pass gate at the space conversion position of the zone entrance and exit where the disease control target object passes recently, the worker in the zone is determined as a first management controller, and the first management controller is subjected to first management control;
s504, if the region which the disease control target object passes through recently is a dining region; the disease control worker calls the monitoring video in the dining area, checks the activity range in the dining area of the disease control target object, searches for people who keep the contact time with the disease control target object longer than the preset contact time and people who keep the contact distance longer than the preset contact distance, determines the people as second management control personnel, and carries out second management control on the second management control personnel; meanwhile, according to the personal basic information of the disease control target object, positioning a second management controller for the personnel in the office area and the living area working together with the disease control target object, and performing second management control on the second management controller;
s505, if the area recently passed by the disease control target object is an office area or a living area; performing first management control on personnel in the office area/living area, and determining the personnel in the area as second management control personnel; simultaneously positioning personnel in a living area/office area working together with the disease control target object to a second management control personnel, and performing second management control on the second management control personnel;
s506, the disease control worker sends the name of the person of the disease control target object and the face image information to the mobile phone of the person in the region through the disease control APP, reminds the person who has short-time short-distance contact with the disease control target object to report personal contact conditions, determines the person as a first management control person, and carries out first management control on the first management control person.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, the first management control and the second management control are classified in a grading way through the contact personnel of the disease control target object, and the epidemic situation development condition is tracked through the mathematical model, so that the quality of disease control can be improved, the working resources are saved, and the efficiency of disease control is improved.
In one embodiment, further comprising S6: the method for calculating the infection probability of the first associated target object of the disease control target object comprises the following specific steps:
s601, obtaining the contact distance and the contact time of the disease control target object and other people;
s602, acquiring an infection probability condition of contact distance and an infection probability condition of contact time based on big data of a national disease control informatization network management platform;
s603, matching the contact distance with the infection probability condition of the contact distance to obtain a first infection probability;
s604, matching the contact time with the infection probability condition of the contact time to obtain a second infection probability;
s605, respectively adding weights to the first infection probability and the second infection probability, and then performing summation calculation to obtain a third infection probability;
s606, presetting a high infection probability threshold value and a low infection probability threshold value; comparing the third infection probability with a preset high infection probability threshold value and a preset low infection probability threshold value, and performing second management control treatment on the personnel when the third infection probability is greater than the high infection probability threshold value; performing a second management control on the person when the third infection probability is less than the high infection probability threshold and greater than the low infection probability threshold; removing the second administrative control from the person when the third infection probability is less than the low infection probability threshold.
The working principle of the technical scheme is as follows: in disease control, the contact time and the contact distance with a disease control target object are important indexes related to epidemic infection, according to the basic common knowledge of epidemic infection and by combining with big data of a national disease control information network management platform, the probability conditions of the contact distance, the contact time and the epidemic infection can be found, the infection probability of a first related target object of the disease control target object is analyzed according to the conditions, and the accuracy of analysis can be effectively improved; the method comprises the following specific steps:
s601, obtaining the contact distance and the contact time of the disease control target object and other people;
s602, acquiring an infection probability condition of contact distance and an infection probability condition of contact time based on big data of a national disease control informatization network management platform;
s603, matching the contact distance with the infection probability condition of the contact distance to obtain a first infection probability;
s604, matching the contact time with the infection probability condition of the contact time to obtain a second infection probability;
s605, respectively adding weights to the first infection probability and the second infection probability, and then performing summation calculation to obtain a third infection probability;
s606, presetting a high infection probability threshold value and a low infection probability threshold value; comparing the third infection probability with a preset high infection probability threshold value and a preset low infection probability threshold value, and performing second management control treatment on the personnel when the third infection probability is greater than the high infection probability threshold value; performing a second management control on the person when the third infection probability is less than the high infection probability threshold and greater than the low infection probability threshold; removing a second administrative control from the person when the third infection probability is less than the low infection probability threshold.
The beneficial effects of the above technical scheme are: by adopting the scheme provided by the embodiment, two factors influencing epidemic infection are selected according to the contact distance and the contact time, and the influence of the two factors on the epidemic infection probability is comprehensively considered, so that the pertinence of disease control can be improved.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.

Claims (10)

1. A method for realizing personnel disease control based on the Internet of things is characterized by comprising the following steps:
s1, acquiring disease control information of the people through a preset mobile phone disease control APP;
s2, analyzing the disease control information of the coming region personnel based on a preset disease control health monitoring approval rule to obtain an analysis result; controlling a disease control APP information display interface in the mobile phone of the coming person to display a first color or a second color according to the analysis result;
s3, setting a pass gate at the space conversion position of the personnel activity area, and finding a disease control target object by identifying a disease control APP information display interface in a mobile phone of the personnel;
s4, analyzing the activity track information of the disease control target object based on a preset screening and troubleshooting tree model and a screening and troubleshooting early warning algorithm, and finding a first related target object of the disease control target object by combining the disease control information of the disease control target object.
2. The method for realizing personnel disease control based on the Internet of things according to claim 1, wherein S3 comprises:
s301, arranging a passing barrier at a space conversion position of a personnel activity area, wherein inspection equipment is arranged on the passing barrier and detects and displays colors; when the display color is the first color, the verification of the inspection equipment is passed, and the personnel can pass; when the display color is a second color, the verification equipment verifies that the display color is not passed, and the personnel are not passed;
s302, when the person passes through the pass gate, calling out a disease control APP information display interface in the personal mobile phone, and placing the disease control APP information display interface on the inspection equipment for inspection operation; when the disease control APP information display interface in the personal mobile phone displays a second color, the user cannot pass through the system; when a disease control APP information display interface in the personal mobile phone displays a first color, the user can pass;
s303, when a disease control APP information display interface in the mobile phone of the person is detected to display a second color, the pass gate sends out a voice alarm prompt, and the disease control worker controls the person according to a disease control plan and decides the person as a disease control target object.
3. The method for realizing personnel disease control based on the Internet of things according to claim 1, wherein S4 comprises:
s401, storing personnel activity track information based on the constructed screening and troubleshooting tree model;
s402, analyzing the motion track information of the disease control target object based on a preset screening, troubleshooting and early warning algorithm, and finding a first related target object of the disease control target object.
4. The method for realizing personnel disease control based on the Internet of things according to claim 3, wherein S401 constructing a screening and troubleshooting tree model comprises:
s4011, obtaining a quadruple; the four-tuple comprises four attribute values of a person name, a person entering or leaving behavior, a region name of the person entering or leaving, and a time of the person entering or leaving a certain region;
s4012, acquiring data mark records; the data marker record comprises a quadruple;
s4013, obtaining a data storage table; the data storage table comprises a plurality of data mark records;
s4014, acquiring a preset blank condition tree, taking the area name of the person entering or leaving as a key value of the blank condition tree, and storing the data storage table into the blank condition tree according to the key value content in a matching manner;
s4015, after the data storage table needing to be stored in the blank condition tree is stored, the blank condition tree is used as a screening and troubleshooting tree model to complete construction; and in each area name in the screening and troubleshooting tree model, maintaining one data storage table according to the time sequence of entering or leaving a certain area, wherein each data storage table comprises one quadruple.
5. The method for realizing personnel disease control based on the Internet of things according to claim 3, wherein the S402 screening, troubleshooting and early warning algorithm comprises:
s4021, acquiring personal basic information of a disease control target object to obtain a name attribute value of the disease control target object;
s4022, acquiring all entering or leaving area names and time attribute values of entering or leaving an area corresponding to the person name according to the data storage table;
s4023, traversing the relevant subtrees in the screening and checking tree model according to each record in the data storage table, and if the data storage table does not contain a certain area, ignoring the subtree and only traversing the relevant subtrees in the data storage table;
s4024, setting a proper time interval from each related subtree list record according to the time when the person enters a certain area and the time when the person leaves the certain area, and screening all record results in the interval;
s4025, obtaining a person name attribute value in the quadruple corresponding to each record from the record result, wherein the person corresponding to the person name attribute value is a first associated target object of the disease control target object;
s4026, for the person name attribute values obtained in S4025, the steps S4022 to S4025 are executed to find a second related target object of the disease control target objects.
6. The method for realizing personnel disease control based on the Internet of things of claim 2, wherein S301 comprises:
s3011, arranging face recognition equipment above the passing barrier, and carrying out face recognition by the face recognition equipment while checking operation of personnel;
when the verification of the checking equipment is passed and the face recognition result is consistent with the pre-stored face image, the pass gate is opened; when the verification equipment passes the verification, but the face recognition result is inconsistent with the pre-stored face image, the personnel can not pass;
s3012, setting a checking operation area at the position of the passing barrier gate, wherein the passing barrier gate is positioned on the front side of the checking operation area; fixed baffles are arranged on two sides of the inspection operation area, a stop lever is arranged on the rear side of the inspection operation area, and distance sensors are arranged on the baffles and the stop lever; the distance sensor is used for sensing the detection distance between the body of a person and the baffle or the stop lever;
when the verification of the verification equipment passes and the verification distance is greater than or equal to a preset distance range threshold value interval, the passing barrier gate is opened; when the verification equipment passes the verification, but the verification distance is smaller than a preset distance range threshold interval, the personnel cannot pass.
7. The method for realizing personnel disease control based on the Internet of things according to claim 1, wherein S1 comprises:
s101, loading a disease control APP on a personal mobile phone by a person coming into a district, and registering and perfecting identity information and working information of the person; the work information comprises a job number, a department to which the job belongs and a work starting date of a coming area; simultaneously inputting personal body temperature detection data;
s102, calling personal health data of provinces of the coming region personnel within 30 days before the coming region of the coming region personnel based on a provincial disease control information network management platform according to the identity information of the coming region personnel, and acquiring electronic health data information of the coming region personnel;
s103, according to the personnel identity information, the working information, the personal body temperature detection data and the electronic health data information, the coming region personnel disease control information is generated.
8. The method for realizing personnel disease control based on the Internet of things according to claim 1, wherein S2 comprises:
s201, designing an information display interface in the disease control APP, wherein the information display interface comprises displaying a second color and displaying a first color;
s202, establishing a disease control health monitoring approval rule; the disease control health monitoring approval rule comprises a first condition and a second condition; the first condition is: the personal body temperature detection data is higher than 37 ℃, or the electronic health data information is in a second color; the second condition is: the personal body temperature detection data is lower than 37 ℃, or the electronic health data information is in a first color;
s203, when the disease control information of the coming person meets a first condition, displaying a second color on an information display interface on a disease control APP in the mobile phone of the person; when the disease control information of the coming person meets the second condition, the information display interface on the disease control APP in the mobile phone of the person displays a first color.
9. The method for realizing personnel disease control based on the Internet of things according to claim 1, further comprising S5: the treatment method after the disease control target object is found comprises the following specific steps:
s501, after a disease control target object is found, the disease control target object is determined as a control treatment person, and the disease control target object is further detected and treated;
s502, in a personnel queue waiting for code checking to pass in front of a pass gate, a person arranged behind a disease control target object sequence and in a preset fixed distance is determined as a second management controller, background data center data of a mobile phone disease control APP is called, a person arranged in front of the disease control target object sequence and in the preset fixed distance is searched, the person is also determined as a second management controller, and second management control is carried out on the second management controller;
s503, the disease control worker closes the power-off of a traffic barrier at the space conversion position of the entrance and exit of the area through which the disease control target object passes recently, the worker in the area is determined as a first management controller, and first management control is carried out on the first management controller;
s504, if the region which the disease control target object passes through recently is a dining region; the disease control worker calls the monitoring video in the dining area, checks the activity range in the dining area of the disease control target object, searches for people who keep the contact time with the disease control target object longer than the preset contact time and people who keep the contact distance longer than the preset contact distance, determines the people as second management control personnel, and carries out second management control on the second management control personnel; meanwhile, according to the personal basic information of the disease control target object, positioning the personnel in the office area and the living area working together with the disease control target object to a second management controller, and carrying out second management control on the second management controller;
s505, if the area recently passed by the disease control target object is an office area or a living area; performing first management control on personnel in the office area/living area, and determining the personnel in the area as first management control personnel; meanwhile, positioning the personnel in the living area/working area which jointly live with the disease control target object to a second management controller, and carrying out second management control on the second management controller;
s506, the disease control worker sends the name of the person of the disease control target object and the face image information to the mobile phone of the person in the region through the disease control APP, reminds the person who has short-time short-distance contact with the disease control target object to report personal contact conditions, determines the person as a first management control person, and carries out first management control on the first management control person.
10. The method for realizing personnel disease control based on the Internet of things of claim 1, further comprising the step of S6: the method for calculating the infection probability of the first associated target object of the disease control target object comprises the following specific steps:
s601, obtaining the contact distance and the contact time of the disease control target object and other people;
s602, acquiring an infection probability condition of contact distance and an infection probability condition of contact time based on big data of a national disease control informatization network management platform;
s603, matching the contact distance with the infection probability condition of the contact distance to obtain a first infection probability;
s604, matching the contact time with the infection probability condition of the contact time to obtain a second infection probability;
s605, respectively adding weights to the first infection probability and the second infection probability, and then performing summation calculation to obtain a third infection probability;
s606, presetting a high infection probability threshold value and a low infection probability threshold value; comparing the third infection probability with a preset high infection probability threshold value and a preset low infection probability threshold value, and performing second management control treatment on the personnel when the third infection probability is greater than the high infection probability threshold value; performing a second management control on the person when the third infection probability is less than the high infection probability threshold and greater than the low infection probability threshold; removing the second administrative control from the person when the third infection probability is less than the low infection probability threshold.
CN202210527403.6A 2022-05-16 2022-05-16 Method for realizing personnel disease control based on Internet of things Pending CN114974604A (en)

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