Inbound passenger health quarantine method, system and quarantine equipment

Abstract

The invention discloses a health quarantine method, system and quarantine equipment for an entry passenger, and the method comprises the steps: obtaining the wearing information of the entry passenger, determining whether an infrared temperature measurement condition is satisfied or not based on the wearing information, and if yes, collecting the body temperature information of the entry passenger through infrared temperature measurement equipment; radioactive substance positioning detection is carried out on the entry travelers through a remote sensing technology or radiation detection equipment, and a detection result is obtained; face image information, identity information and advancing track information of the entry traveler are collected, and a personal identity customs clearance file of the entry traveler is constructed; according to the body temperature information of the entry travelers and the radioactive substance detection result, the health information of the entry travelers is generated and synchronized to the personal identity customs clearance file for safety assessment, the release decision of the entry travelers is realized after assessment, local contact between workers and the travelers is avoided, and the cross infection probability is reduced. The checking precision and efficiency are improved, and quarantine traceability of entry personnel can be realized subsequently.

Description

Technical Field

[0001] The present invention relates to the technical field of health and epidemic prevention, and in particular to a health quarantine method, system and quarantine equipment for inbound passengers. Background Art

[0002] In order to effectively prevent, timely control and minimize the impact of public health emergencies on human health and safety, transportation, tourism, and trade, and to protect the health of inbound and outbound transportation employees and the public at ports, it is necessary to quarantine in a timely and effective manner. Most of the existing quarantine methods are subjective assessments through simple temperature detection, which not only causes partial contact between staff and passengers, thereby increasing potential infection risks, but also fails to accurately identify infected persons, and cannot trace quarantine data in the future, reducing quarantine efficiency and safety. Summary of the invention

[0003] In response to the above-mentioned problems, the present invention provides a health quarantine method, system and quarantine equipment for incoming passengers to solve the problem mentioned in the background technology that subjective evaluation through simple manual temperature detection will not only cause partial contact between staff and passengers, thereby increasing potential infection risks, but also fail to accurately identify infected persons, and cannot subsequently trace quarantine data, thereby reducing quarantine efficiency and safety.

[0004] A method for health quarantine of incoming passengers comprises the following steps:

[0005] Obtain the inbound passenger's clothing information, and determine whether the infrared temperature measurement conditions are met based on the clothing information. If so, collect the inbound passenger's body temperature information through an infrared temperature measurement device;

[0006] Conduct radioactive material location detection on incoming passengers through remote sensing technology or radiation detection equipment and obtain the test results;

[0007] Collect the facial image information, identity information and travel trajectory information of inbound passengers and build the personal identity clearance file of inbound passengers;

[0008] The health information of incoming passengers is generated based on their body temperature information and radioactive substance detection results and synchronized with their personal identity clearance files for customs clearance security assessment. After the assessment is completed, the decision to release the incoming passengers is made.

[0009] Preferably, the acquiring of the inbound passenger's clothing information, determining whether the infrared temperature measurement condition is met based on the clothing information, and if so, collecting the inbound passenger's body temperature information through an infrared temperature measurement device, includes:

[0010] The whole-body image of the inbound passenger is collected by a remote camera, the clothing information of the inbound passenger is obtained based on the whole-body image, and the exposure status of the infrared body temperature collection area of ​​the inbound passenger is determined based on the clothing information;

[0011] Determine the standard area of ​​the infrared temperature collection area according to the infrared temperature measurement conditions, and determine whether the infrared temperature measurement conditions are met based on the comparison results between the standard area and the exposure conditions of the infrared temperature collection area of ​​the inbound passengers;

[0012] If yes, collect the height information of the inbound passenger, determine the temperature measurement coordinates according to the height information, and adjust the height of the infrared temperature measurement device based on the temperature measurement coordinates;

[0013] The adjusted infrared temperature measuring equipment is used to collect multiple body temperature information of incoming passengers based on preset time intervals.

[0014] Preferably, the method of performing radioactive material location detection on incoming passengers by remote sensing technology or radiation detection equipment to obtain the detection results includes:

[0015] Detect the real-time working status of the staff, and determine whether there are idle staff based on the real-time working status. If so, confirm that the conditions for using the radiation detection equipment are met;

[0016] Detect whether incoming passengers have coughing symptoms. If yes, generate the first proposal to use remote sensing technology to locate and detect radioactive materials. If not, generate the second proposal to use both remote sensing technology and radiation detection equipment to locate and detect radioactive materials.

[0017] According to the first proposal, the radioactive material location detection of incoming passengers shall be carried out within the remote sensing range through remote sensing technology;

[0018] According to the second proposal, the staff's options are determined, and based on the options, the incoming passengers are tested for radioactive material location through targeted methods, wherein the targeted methods include: remote sensing technology or handheld radiation detection equipment.

[0019] Preferably, the process of collecting facial image information, identity information and travel trajectory information of inbound passengers and constructing a personal identity clearance file of inbound passengers includes:

[0020] The facial image information of inbound passengers is collected through high-definition cameras, and the facial features of inbound passengers are extracted based on the image information;

[0021] Scan the ID card of the incoming passenger to obtain the identity information of the incoming passenger, and determine the nationality of the incoming passenger based on the identity information;

[0022] Build a personal profile of incoming passengers based on their nationality and passport number, and import facial features and identity information into the personal profile;

[0023] Query the flight information of incoming passengers, determine the travel trajectory information of incoming passengers based on the flight information, and import the travel trajectory information into the personal file to generate the personal identity clearance file of the incoming passengers.

[0024] Preferably, the health information of inbound passengers is generated based on the temperature information and radioactive substance detection results of inbound passengers and synchronized with the personal identity clearance file for customs clearance security assessment. After the assessment is completed, the decision on the release of inbound passengers is made, including:

[0025] Determine the body temperature of incoming passengers based on their body temperature information, and determine the distribution of radioactive substances in the bodies of incoming passengers based on the results of radioactive substance testing;

[0026] Generate inbound passengers’ health information based on body temperature and radioactive material distribution and synchronize it with their personal identity clearance files;

[0027] Determine the abnormality of the body temperature of incoming passengers based on their body temperature, and determine the probability of incoming passengers suffering from potential cancerous diseases based on the distribution of radioactive substances;

[0028] Conduct customs clearance safety assessments on incoming passengers based on abnormal body temperature and the probability of potential cancerous diseases, and obtain assessment recommendations;

[0029] Determine the release decision conclusion for inbound passengers based on the evaluation recommendations, and selectively manage the release of inbound passengers based on the release decision conclusion.

[0030] A health quarantine system for incoming passengers, the system comprising:

[0031] The collection module is used to obtain the clothing information of the inbound passengers and determine whether the infrared temperature measurement conditions are met based on the clothing information. If so, the body temperature information of the inbound passengers is collected through the infrared temperature measurement equipment;

[0032] The detection module is used to detect the location of radioactive substances on incoming passengers through remote sensing technology or radiation detection equipment and obtain the detection results;

[0033] A construction module is used to collect facial image information, identity information and travel trajectory information of inbound passengers and construct a personal identity clearance file of inbound passengers;

[0034] The security assessment and release decision module is used to generate the health information of incoming passengers based on their body temperature information and radioactive material detection results and synchronize it with their personal identity clearance files for customs clearance security assessment. After the assessment is completed, the release decision for incoming passengers is made.

[0035] Preferably, the acquisition module includes:

[0036] The first determination submodule is used to collect a full-body image of an inbound passenger through a remote camera, obtain clothing information of the inbound passenger based on the full-body image, and determine the exposure status of the infrared body temperature collection area of ​​the inbound passenger based on the clothing information;

[0037] The second determination submodule is used to determine the standard area of ​​the infrared body temperature collection area according to the infrared temperature measurement conditions, and determine whether the infrared temperature measurement conditions are met based on the comparison result between the standard area and the exposure condition of the infrared body temperature collection area of ​​the inbound passenger;

[0038] The adjustment submodule is used to collect the height information of the incoming passenger, determine the temperature measurement coordinates according to the height information, and adjust the height of the infrared temperature measurement device based on the temperature measurement coordinates;

[0039] A collection submodule, used to collect multiple body temperature information of inbound passengers based on preset time intervals using an adjusted infrared temperature measuring device;

[0040] The communication detection module comprises:

[0041] The judgment submodule is used to detect the real-time working status of the staff, and determine whether there are idle staff according to the real-time working status. If so, confirm that the conditions for using the radiation detection equipment are met;

[0042] The first generation submodule is used to detect whether the incoming passenger has coughing symptoms. If so, a first proposal is generated to use remote sensing technology to locate and detect radioactive materials. If not, a second proposal is generated to use both remote sensing technology and radiation detection equipment to locate and detect radioactive materials.

[0043] The first detection submodule is used to perform radioactive material location detection on incoming passengers within the remote sensing range by remote sensing technology according to the first proposal;

[0044] The second detection submodule is used to determine the staff's selection according to the second proposal, and perform radioactive material positioning detection on incoming passengers in a targeted manner based on the selection. The targeted manner includes: remote sensing technology or handheld radiation detection equipment.

[0045] Preferably, the building blocks include:

[0046] The extraction submodule is used to collect the facial image information of the inbound passengers through a high-definition camera and extract the facial features of the inbound passengers based on the image information;

[0047] The third determination submodule is used to scan the ID card of the incoming passenger to obtain the identity information of the incoming passenger, and determine the nationality of the incoming passenger based on the identity information;

[0048] A submodule is constructed to construct a personal profile of incoming passengers based on their nationality and passport number, and to import facial features and identity information into the personal profile;

[0049] The second generation submodule is used to query the flight information of the inbound passenger, determine the travel trajectory information of the inbound passenger according to the flight information, and import the travel trajectory information into the personal file to generate the personal identity clearance file of the inbound passenger.

[0050] Preferably, the safety assessment and release decision module includes:

[0051] The fourth determination submodule is used to determine the body temperature of the incoming passenger according to the body temperature information of the incoming passenger, and determine the distribution of radioactive substances in the body of the incoming passenger according to the radioactive substance detection result;

[0052] The third generation submodule is used to generate the health information of incoming passengers based on body temperature and distribution of radioactive substances and synchronize it to the personal identity clearance file;

[0053] The fifth determination submodule is used to determine the abnormal body temperature of the inbound passenger according to the body temperature, and determine the probability of the inbound passenger suffering from a potential cancerous disease according to the distribution of radioactive substances;

[0054] The safety assessment submodule is used to conduct customs clearance safety assessments on inbound passengers based on abnormal body temperature and the probability of potential cancerous diseases, and obtain assessment recommendations;

[0055] The release management submodule is used to determine the release decision conclusion for inbound passengers based on the evaluation suggestions, and selectively perform release management on inbound passengers based on the release decision conclusion.

[0056] A quarantine device, comprising: an infrared thermometer, a radiation detector, a high-definition camera, a scanner, and a processor, wherein:

[0057] The infrared thermometer is used to collect the temperature information of incoming passengers and upload it to the processor;

[0058] Radiation detectors are used to collect the distribution status of radioactive materials of incoming passengers and upload them to the processor;

[0059] The high-definition camera is used to collect facial image information of incoming passengers and upload it to the processor;

[0060] The scanner is used to scan the ID card and passport of incoming passengers and upload the scanned images to the processor;

[0061] The processor is used to build the personal identity clearance file of incoming passengers based on the scanned images of their ID cards and passports and facial image information. It is also used to determine the abnormal body temperature of incoming passengers based on body temperature information and the probability of incoming passengers suffering from potential cancerous diseases based on the distribution status of radioactive substances, and generate release decision recommendations for reference by staff.

[0062] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures particularly pointed out in the written description and the accompanying drawings.

[0063] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0064] The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used to explain the present invention together with the embodiments of the present invention and do not constitute a limitation of the present invention.

[0065] Figure 1 A workflow diagram of a health quarantine method for inbound passengers provided by the present invention;

[0066] Figure 2 Another work flow chart of a health quarantine method for inbound passengers provided by the present invention;

[0067] Figure 3 This is a schematic diagram of the structure of a health quarantine system for incoming passengers provided by the present invention;

[0068] Figure 4 This is a structural schematic diagram of a collection module in a health quarantine system for inbound passengers provided by the present invention. DETAILED DESCRIPTION

[0069] Exemplary embodiments will be described in detail herein, examples of which are shown in the accompanying drawings. When the following description refers to the drawings, the same numbers in different drawings represent the same or similar elements unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present disclosure. Instead, they are merely examples of devices and methods consistent with some aspects of the present disclosure as detailed in the appended claims.

[0070] Most of the existing quarantine methods are subjective assessments through simple temperature detection, which not only causes partial contact between staff and passengers, thereby increasing potential infection risks, but also fails to accurately identify infected persons, and cannot trace quarantine data in the future, reducing quarantine efficiency and safety. In order to solve the above problems, this embodiment discloses a method for implementing health quarantine of inbound passengers based on a combination of remote temperature measurement, radioactivity detection, and online file construction.

[0071] A method of health quarantine for incoming passengers, such as Figure 1 As shown, the following steps are included:

[0072] Step S101: Acquire the clothing information of the inbound passenger, and determine whether the infrared temperature measurement condition is met based on the clothing information. If so, collect the body temperature information of the inbound passenger through an infrared temperature measurement device;

[0073] Step S102: Conduct radioactive material location detection on incoming passengers through remote sensing technology or radiation detection equipment to obtain detection results;

[0074] Step S103: collect the facial image information, identity information and travel trajectory information of the inbound passenger and construct the personal identity clearance file of the inbound passenger;

[0075] Step S104: Generate the health information of the inbound passengers based on their body temperature information and radioactive substance detection results and synchronize it with the personal identity clearance file for customs clearance security assessment. After the assessment is completed, a decision on the release of the inbound passengers is made.

[0076] In this embodiment, the infrared temperature measurement conditions are expressed as detection conditions for infrared temperature measurement of incoming passengers.

[0077] The working principle of the above technical solution is: obtain the clothing information of incoming passengers, determine whether the infrared temperature measurement conditions are met based on the clothing information, and if so, collect the body temperature information of incoming passengers through infrared temperature measurement equipment; conduct radioactive material positioning detection on incoming passengers through remote sensing technology or radiation detection equipment to obtain the detection results; collect the facial image information, identity information and travel trajectory information of incoming passengers and build a personal identity clearance file for incoming passengers; generate the health information of incoming passengers based on the body temperature information and radioactive material detection results of incoming passengers and synchronize it to the personal identity clearance file for customs clearance security assessment, and make a decision on the release of incoming passengers after the assessment is completed.

[0078] The beneficial effects of the above technical solution are: collecting the body temperature information of incoming passengers through infrared temperature measuring equipment can realize contactless body temperature collection, avoid local contact between staff and passengers, reduce the probability of cross infection, and improve the safety of staff. Furthermore, by conducting radioactive substance detection on incoming passengers, it is possible to quickly and accurately evaluate the cancerous diseases or infectious diseases that inbound and outbound passengers may carry, and then accurately identify infected persons, thereby improving the accuracy and efficiency of screening. Furthermore, by constructing personal identity clearance files for incoming passengers and synchronizing health assessment information, quarantine traceability of incoming personnel can be achieved in the future, ensuring data reliability, and solving the problem mentioned in the prior art that subjective evaluation through simple temperature detection by humans not only causes local contact between staff and passengers, thereby increasing potential infection risks, but also fails to accurately identify infected persons, and cannot subsequently trace quarantine data, reducing quarantine efficiency and safety.

[0079] In one embodiment, Figure 2 As shown, the method of obtaining the clothing information of the inbound passenger, determining whether the infrared temperature measurement condition is met based on the clothing information, and if so, collecting the body temperature information of the inbound passenger through the infrared temperature measurement device includes:

[0080] Step S201: collect a full-body image of an inbound passenger through a remote camera, obtain the inbound passenger's clothing information based on the full-body image, and determine the exposure status of the inbound passenger's infrared body temperature collection area based on the clothing information;

[0081] Step S202: determining a standard area of ​​the infrared body temperature collection area according to the infrared temperature measurement conditions, and determining whether the infrared temperature measurement conditions are met based on a comparison result between the standard area and the exposure conditions of the infrared body temperature collection area of ​​the inbound passenger;

[0082] Step S203: If yes, collect the height information of the inbound passenger, determine the temperature measurement coordinates according to the height information, and adjust the height of the infrared temperature measurement device based on the temperature measurement coordinates;

[0083] Step S204: Use the adjusted infrared temperature measuring device to collect multiple body temperature information of incoming passengers based on preset time intervals.

[0084] The beneficial effects of the above technical solution are: the standard area of ​​the infrared body temperature collection area is determined according to the infrared temperature measurement conditions, and the height information of the incoming passengers is collected in combination with the exposure of the infrared body temperature collection area of ​​the incoming passengers, so as to adjust the height of the infrared temperature measuring equipment, which can improve the applicability and reading accuracy of the equipment, ensure the success rate of body temperature detection, and quickly obtain the body temperature of incoming passengers. Furthermore, by collecting multiple body temperature information of incoming passengers, data errors can be reduced and the reference degree of the data can be guaranteed.

[0085] In one embodiment, the method of performing radioactive material location detection on incoming passengers by remote sensing technology or radiation detection equipment to obtain detection results includes:

[0086] Detect the real-time working status of the staff, and determine whether there are idle staff based on the real-time working status. If so, confirm that the conditions for using the radiation detection equipment are met;

[0087] Detect whether incoming passengers have coughing symptoms. If yes, generate the first proposal to use remote sensing technology to locate and detect radioactive materials. If not, generate the second proposal to use both remote sensing technology and radiation detection equipment to locate and detect radioactive materials.

[0088] According to the first proposal, the radioactive material location detection of incoming passengers shall be carried out within the remote sensing range through remote sensing technology;

[0089] According to the second proposal, the staff's options are determined, and based on the options, the incoming passengers are tested for radioactive material location through targeted methods, wherein the targeted methods include: remote sensing technology or handheld radiation detection equipment.

[0090] The beneficial effect of the above technical solution is: by detecting whether incoming passengers have coughing symptoms, radioactive material positioning detection can be performed on incoming passengers according to different methods, which can avoid contact between staff and people carrying the virus and further ensure the personal safety of staff.

[0091] In one embodiment, the process of collecting facial image information, identity information, and travel trajectory information of inbound passengers and constructing a personal identity clearance file of inbound passengers includes:

[0092] The facial image information of inbound passengers is collected through high-definition cameras, and the facial features of inbound passengers are extracted based on the image information;

[0093] Scan the ID card of the incoming passenger to obtain the identity information of the incoming passenger, and determine the nationality of the incoming passenger based on the identity information;

[0094] Build a personal profile of incoming passengers based on their nationality and passport number, and import facial features and identity information into the personal profile;

[0095] Query the flight information of incoming passengers, determine the travel trajectory information of incoming passengers based on the flight information, and import the travel trajectory information into the personal file to generate the personal identity clearance file of the incoming passengers.

[0096] The beneficial effects of the above technical solution are: obtaining the facial features and nationality of incoming passengers, generating personal files of incoming passengers, and querying the flight information of incoming passengers, and being able to accurately track the trajectory of incoming passengers so as to quickly find relevant personnel when problems occur. Furthermore, generating personal identity clearance files of incoming passengers, the identity of passengers can be quickly identified and verified, thereby improving clearance efficiency and reducing the occurrence of errors.

[0097] In one embodiment, the health information of inbound passengers is generated based on the temperature information and radioactive material detection results of the inbound passengers and synchronized with the personal identity clearance file for customs clearance security assessment. After the assessment is completed, the decision on the release of the inbound passengers is made, including:

[0098] Determine the body temperature of incoming passengers based on their body temperature information, and determine the distribution of radioactive substances in the bodies of incoming passengers based on the results of radioactive substance testing;

[0099] Generate inbound passengers’ health information based on body temperature and radioactive material distribution and synchronize it with their personal identity clearance files;

[0100] Determine the abnormality of the body temperature of incoming passengers based on their body temperature, and determine the probability of incoming passengers suffering from potential cancerous diseases based on the distribution of radioactive substances;

[0101] Conduct customs clearance safety assessments on incoming passengers based on abnormal body temperature and the probability of potential cancerous diseases, and obtain assessment recommendations;

[0102] Determine the release decision conclusion for inbound passengers based on the evaluation recommendations, and selectively manage the release of inbound passengers based on the release decision conclusion.

[0103] The beneficial effects of the above technical solution are: the body temperature of passengers and the distribution of radioactive substances are used to generate the health information of incoming passengers, so as to determine the abnormal body temperature and the probability of potential cancerous diseases, and to timely detect the abnormal conditions of incoming passengers and intercept them. Furthermore, the release decision conclusion is determined based on the customs clearance security assessment of incoming passengers, which can improve entry efficiency, avoid the invasion of foreign viruses, and ensure the safety of citizens.

[0104] In this embodiment, the probability of an incoming passenger suffering from a potential cancerous disease is determined based on the distribution of radioactive substances, including:

[0105] Determine the cancer-inducing factors of incoming passengers based on the distribution of radioactive substances, and determine the potential cancer types based on the cancer-inducing factors;

[0106] Acquire human body sign data that effectively maps potential cancer types, and acquire significant characteristic variables that effectively map human body sign data;

[0107] Determine the normal diffusion tensor and the abnormal diffusion tensor of the significant characteristic variables, and determine the cancer mutation load of each type of potential cancer according to the normal diffusion tensor and the abnormal diffusion tensor;

[0108] Determining the prevalence of various types of potential cancers in inbound passengers based on the cancer mutation load and the apparent radioactive substances of various types of potential cancer prevalence, wherein the prevalence measures include: high measure, medium measure and low measure;

[0109] Screen out medium and high potential cancerous diseases according to the disease severity, and obtain molecular expression data of medium and high potential cancerous diseases;

[0110] Determine the immune index of inbound passengers to various radioactive substances based on molecular expression data, and detect the index value of the immune index based on the distribution of radioactive substances;

[0111] The probability of incoming passengers suffering from potential cancerous diseases is determined based on the index values.

[0112] The beneficial effect of the above technical solution is that it can intuitively and accurately evaluate the probability of inbound and outbound passengers suffering from potential cancerous diseases based on the radioactive substance immune breakthrough indicators of various types of cancerous diseases, thereby improving the objectivity and reliability of the evaluation results.

[0113] In one embodiment, this embodiment also discloses a health quarantine system for incoming passengers, such as Figure 3 As shown, the system includes:

[0114] The collection module 301 is used to obtain the clothing information of the inbound passenger, and determine whether the infrared temperature measurement condition is met based on the clothing information. If so, the body temperature information of the inbound passenger is collected through the infrared temperature measurement device;

[0115] The detection module 302 is used to detect the location of radioactive substances on incoming passengers through remote sensing technology or radiation detection equipment to obtain detection results;

[0116] A construction module 303 is used to collect facial image information, identity information and travel trajectory information of inbound passengers and construct a personal identity clearance file of inbound passengers;

[0117] The safety assessment and release decision module 304 is used to generate the health information of incoming passengers based on their body temperature information and radioactive substance detection results and synchronize it with the personal identity clearance file for customs clearance safety assessment. After the assessment is completed, the release decision for the incoming passengers is made.

[0118] The working principle and beneficial effects of the above technical solution have been explained in the method embodiment and will not be repeated here.

[0119] In one embodiment, Figure 4 As shown, the acquisition module 301 includes:

[0120] The first determination submodule 3011 is used to collect a full-body image of an inbound passenger through a remote camera, obtain clothing information of the inbound passenger based on the full-body image, and determine the exposure status of the infrared body temperature collection area of ​​the inbound passenger based on the clothing information;

[0121] The second determination submodule 3012 is used to determine the standard area of ​​the infrared body temperature collection area according to the infrared temperature measurement conditions, and determine whether the infrared temperature measurement conditions are met based on the comparison result between the standard area and the exposure condition of the infrared body temperature collection area of ​​the inbound passenger;

[0122] The adjusting submodule 3013 is used to collect the height information of the inbound passenger, determine the temperature measurement coordinates according to the height information, and adjust the height of the infrared temperature measuring device based on the temperature measurement coordinates;

[0123] The collection submodule 3014 is used to collect multiple body temperature information of inbound passengers based on preset time intervals using the adjusted infrared temperature measuring device;

[0124] The communication detection module comprises:

[0125] The judgment submodule is used to detect the real-time working status of the staff, and determine whether there are idle staff according to the real-time working status. If so, confirm that the conditions for using the radiation detection equipment are met;

[0126] The first generation submodule is used to detect whether the incoming passenger has coughing symptoms. If so, a first proposal is generated to use remote sensing technology to locate and detect radioactive materials. If not, a second proposal is generated to use both remote sensing technology and radiation detection equipment to locate and detect radioactive materials.

[0127] The first detection submodule is used to perform radioactive material location detection on incoming passengers within the remote sensing range by remote sensing technology according to the first proposal;

[0128] The second detection submodule is used to determine the staff's selection according to the second proposal, and perform radioactive material positioning detection on incoming passengers in a targeted manner based on the selection. The targeted manner includes: remote sensing technology or handheld radiation detection equipment.

[0129] In one embodiment, the building block comprises:

[0130] The extraction submodule is used to collect the facial image information of the inbound passengers through a high-definition camera and extract the facial features of the inbound passengers based on the image information;

[0131] The third determination submodule is used to scan the ID card of the incoming passenger to obtain the identity information of the incoming passenger, and determine the nationality of the incoming passenger based on the identity information;

[0132] A submodule is constructed to construct a personal profile of incoming passengers based on their nationality and passport number, and to import facial features and identity information into the personal profile;

[0133] The second generation submodule is used to query the flight information of the inbound passenger, determine the travel trajectory information of the inbound passenger according to the flight information, and import the travel trajectory information into the personal file to generate the personal identity clearance file of the inbound passenger.

[0134] In one embodiment, the safety assessment and release decision module includes:

[0135] The fourth determination submodule is used to determine the body temperature of the incoming passenger according to the body temperature information of the incoming passenger, and determine the distribution of radioactive substances in the body of the incoming passenger according to the radioactive substance detection result;

[0136] The third generation submodule is used to generate the health information of incoming passengers based on body temperature and distribution of radioactive substances and synchronize it to the personal identity clearance file;

[0137] The fifth determination submodule is used to determine the abnormal body temperature of the inbound passenger according to the body temperature, and determine the probability of the inbound passenger suffering from a potential cancerous disease according to the distribution of radioactive substances;

[0138] The safety assessment submodule is used to conduct customs clearance safety assessments on inbound passengers based on abnormal body temperature and the probability of potential cancerous diseases, and obtain assessment recommendations;

[0139] The release management submodule is used to determine the release decision conclusion for inbound passengers based on the evaluation suggestions, and selectively perform release management on inbound passengers based on the release decision conclusion.

[0140] A quarantine device, comprising: an infrared thermometer, a radiation detector, a high-definition camera, a scanner, and a processor, wherein:

[0141] The infrared thermometer is used to collect the temperature information of incoming passengers and upload it to the processor;

[0142] Radiation detectors are used to collect the distribution status of radioactive materials of incoming passengers and upload them to the processor;

[0143] The high-definition camera is used to collect facial image information of incoming passengers and upload it to the processor;

[0144] The scanner is used to scan the ID card and passport of incoming passengers and upload the scanned images to the processor;

[0145] The processor is used to build the personal identity clearance file of incoming passengers based on the scanned images of their ID cards and passports and facial image information. It is also used to determine the abnormal body temperature of incoming passengers based on body temperature information and the probability of incoming passengers suffering from potential cancerous diseases based on the distribution status of radioactive substances, and generate release decision recommendations for reference by staff.

[0146] Those skilled in the art should understand that the first and second in the present invention merely refer to different application stages.

[0147] Other embodiments of the present disclosure will be readily apparent to those skilled in the art after considering the specification and practicing the disclosure disclosed herein. This application is intended to cover any variations, uses, or adaptations of the present disclosure that follow the general principles of the present disclosure and include common knowledge or customary techniques in the art that are not disclosed in the present disclosure. The specification and examples are to be considered exemplary only, and the true scope and spirit of the present disclosure are indicated by the following claims.

[0148] It should be understood that the present disclosure is not limited to the exact structures that have been described above and shown in the drawings, and that various modifications and changes may be made without departing from the scope thereof. The scope of the present disclosure is limited only by the appended claims.

Claims

1. A method for health quarantine of incoming passengers, characterized in that: The following steps are involved: Obtain the inbound passenger's clothing information, and determine whether the infrared temperature measurement conditions are met based on the clothing information. If so, collect the inbound passenger's body temperature information through an infrared temperature measurement device; Conduct radioactive material location detection on incoming passengers through remote sensing technology or radiation detection equipment and obtain the test results; Collect the facial image information, identity information and travel trajectory information of inbound passengers and build the personal identity clearance file of inbound passengers; The health information of incoming passengers is generated based on their body temperature information and radioactive substance detection results and synchronized with their personal identity clearance files for customs clearance security assessment. After the assessment is completed, the decision to release the incoming passengers is made.

2. The method for health quarantine of inbound passengers according to claim 1, characterized in that: The method of obtaining the inbound passenger's clothing information and determining whether the infrared temperature measurement condition is met based on the clothing information, and if so, collecting the inbound passenger's body temperature information through an infrared temperature measurement device includes: The whole-body image of the inbound passenger is collected by a remote camera, the clothing information of the inbound passenger is obtained based on the whole-body image, and the exposure status of the infrared body temperature collection area of ​​the inbound passenger is determined based on the clothing information; Determine the standard area of ​​the infrared temperature collection area according to the infrared temperature measurement conditions, and determine whether the infrared temperature measurement conditions are met based on the comparison results between the standard area and the exposure conditions of the infrared temperature collection area of ​​the inbound passengers; If yes, collect the height information of the inbound passenger, determine the temperature measurement coordinates according to the height information, and adjust the height of the infrared temperature measurement device based on the temperature measurement coordinates; The adjusted infrared temperature measuring equipment is used to collect multiple body temperature information of incoming passengers based on preset time intervals.

3. The method for health quarantine of inbound passengers according to claim 1, characterized in that: The method of conducting radioactive material location detection on inbound passengers through remote sensing technology or radiation detection equipment and obtaining detection results includes: Detect the real-time working status of the staff, and determine whether there are idle staff based on the real-time working status. If so, confirm that the conditions for using the radiation detection equipment are met; Detect whether incoming passengers have coughing symptoms. If yes, generate the first proposal to use remote sensing technology to locate and detect radioactive materials. If not, generate the second proposal to use both remote sensing technology and radiation detection equipment to locate and detect radioactive materials. According to the first proposal, the radioactive material location detection of incoming passengers shall be carried out within the remote sensing range through remote sensing technology; According to the second proposal, the staff's options are determined, and based on the options, the incoming passengers are tested for radioactive material location through targeted methods, wherein the targeted methods include: remote sensing technology or handheld radiation detection equipment.

4. The method for health quarantine of inbound passengers according to claim 1, characterized in that: The collecting of facial image information, identity information and travel trajectory information of inbound passengers and building of personal identity clearance files of inbound passengers include: The facial image information of inbound passengers is collected through high-definition cameras, and the facial features of inbound passengers are extracted based on the image information; Scan the ID card of the incoming passenger to obtain the identity information of the incoming passenger, and determine the nationality of the incoming passenger based on the identity information; Build a personal profile of incoming passengers based on their nationality and passport number, and import facial features and identity information into the personal profile; Query the flight information of incoming passengers, determine the travel trajectory information of incoming passengers based on the flight information, and import the travel trajectory information into the personal file to generate the personal identity clearance file of the incoming passengers.

5. The method for health quarantine of inbound passengers according to claim 1, characterized in that: The health information of inbound passengers is generated based on the temperature information and radioactive material detection results of inbound passengers and synchronized with the personal identity clearance file for customs clearance security assessment. After the assessment is completed, the decision on the release of inbound passengers is made, including: Determine the body temperature of incoming passengers based on their body temperature information, and determine the distribution of radioactive substances in the bodies of incoming passengers based on the results of radioactive substance testing; Generate inbound passengers’ health information based on body temperature and radioactive material distribution and synchronize it with their personal identity clearance files; Determine the abnormality of the body temperature of incoming passengers based on their body temperature, and determine the probability of incoming passengers suffering from potential cancerous diseases based on the distribution of radioactive substances; Conduct customs clearance safety assessments on incoming passengers based on abnormal body temperature and the probability of potential cancerous diseases, and obtain assessment recommendations; Determine the release decision conclusion for inbound passengers based on the evaluation recommendations, and selectively manage the release of inbound passengers based on the release decision conclusion.

6. A health quarantine system for incoming passengers, characterized in that: The system includes: The collection module is used to obtain the clothing information of the inbound passengers and determine whether the infrared temperature measurement conditions are met based on the clothing information. If so, the body temperature information of the inbound passengers is collected through the infrared temperature measurement equipment; The detection module is used to detect the location of radioactive substances on incoming passengers through remote sensing technology or radiation detection equipment and obtain the detection results; A construction module is used to collect facial image information, identity information and travel trajectory information of inbound passengers and construct a personal identity clearance file of inbound passengers; The security assessment and release decision module is used to generate the health information of incoming passengers based on their body temperature information and radioactive material detection results and synchronize it with their personal identity clearance files for customs clearance security assessment. After the assessment is completed, the release decision for incoming passengers is made.

7. The health quarantine system for inbound passengers according to claim 6, characterized in that: The acquisition module comprises: The first determination submodule is used to collect a full-body image of an inbound passenger through a remote camera, obtain clothing information of the inbound passenger based on the full-body image, and determine the exposure status of the infrared body temperature collection area of ​​the inbound passenger based on the clothing information; The second determination submodule is used to determine the standard area of ​​the infrared body temperature collection area according to the infrared temperature measurement conditions, and determine whether the infrared temperature measurement conditions are met based on the comparison result between the standard area and the exposure condition of the infrared body temperature collection area of ​​the inbound passenger; The adjustment submodule is used to collect the height information of the incoming passenger, determine the temperature measurement coordinates according to the height information, and adjust the height of the infrared temperature measurement device based on the temperature measurement coordinates; A collection submodule, used to collect multiple body temperature information of inbound passengers based on preset time intervals using an adjusted infrared temperature measuring device; The communication detection module comprises: The judgment submodule is used to detect the real-time working status of the staff, and determine whether there are idle staff according to the real-time working status. If so, confirm that the conditions for using the radiation detection equipment are met; The first generation submodule is used to detect whether the incoming passenger has coughing symptoms. If so, a first proposal is generated to use remote sensing technology to locate and detect radioactive materials. If not, a second proposal is generated to use both remote sensing technology and radiation detection equipment to locate and detect radioactive materials. The first detection submodule is used to perform radioactive material location detection on incoming passengers within the remote sensing range by remote sensing technology according to the first proposal; The second detection submodule is used to determine the staff's selection according to the second proposal, and perform radioactive material positioning detection on incoming passengers in a targeted manner based on the selection. The targeted manner includes: remote sensing technology or handheld radiation detection equipment.

8. The health quarantine system for inbound passengers according to claim 6, characterized in that: The building blocks include: The extraction submodule is used to collect the facial image information of the inbound passengers through a high-definition camera and extract the facial features of the inbound passengers based on the image information; The third determination submodule is used to scan the ID card of the incoming passenger to obtain the identity information of the incoming passenger, and determine the nationality of the incoming passenger based on the identity information; A submodule is constructed to construct a personal profile of incoming passengers based on their nationality and passport number, and to import facial features and identity information into the personal profile; The second generation submodule is used to query the flight information of the inbound passenger, determine the travel trajectory information of the inbound passenger according to the flight information, and import the travel trajectory information into the personal file to generate the personal identity clearance file of the inbound passenger.

9. The health quarantine system for inbound passengers according to claim 6, characterized in that: The safety assessment and release decision module includes: The fourth determination submodule is used to determine the body temperature of the incoming passenger according to the body temperature information of the incoming passenger, and determine the distribution of radioactive substances in the body of the incoming passenger according to the radioactive substance detection result; The third generation submodule is used to generate the health information of incoming passengers based on body temperature and distribution of radioactive substances and synchronize it to the personal identity clearance file; The fifth determination submodule is used to determine the abnormal body temperature of the inbound passenger according to the body temperature, and determine the probability of the inbound passenger suffering from a potential cancerous disease according to the distribution of radioactive substances; The safety assessment submodule is used to conduct customs clearance safety assessments on inbound passengers based on abnormal body temperature and the probability of potential cancerous diseases, and obtain assessment recommendations; The release management submodule is used to determine the release decision conclusion for inbound passengers based on the evaluation suggestions, and selectively perform release management on inbound passengers based on the release decision conclusion.

10. A quarantine device, characterized in that: The device includes: infrared thermometer, radiation detector, high-definition camera, scanner and processor, among which: The infrared thermometer is used to collect the temperature information of incoming passengers and upload it to the processor; Radiation detectors are used to collect the distribution status of radioactive materials of incoming passengers and upload them to the processor; The high-definition camera is used to collect facial image information of incoming passengers and upload it to the processor; The scanner is used to scan the ID card and passport of incoming passengers and upload the scanned images to the processor; The processor is used to construct the personal identity clearance file of incoming passengers based on the scanned images of their ID cards and passports and facial image information. It is also used to determine the abnormal body temperature of incoming passengers based on body temperature information and the probability of incoming passengers suffering from potential cancerous diseases based on the distribution status of radioactive substances, and generate release decision recommendations for reference by staff.

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