CN211237738U

CN211237738U - Temperature sensing intelligent wearable monitoring device

Info

Publication number: CN211237738U
Application number: CN202020308524.8U
Authority: CN
Inventors: 赵志强; 杨国辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-03-13
Filing date: 2020-03-13
Publication date: 2020-08-11
Anticipated expiration: 2030-03-13

Abstract

The utility model relates to an epidemic situation prevention and control management auxiliary device technical field is a monitoring device is dressed to temperature sensing intelligence, including being no less than two intelligence and dresses the monomer, the monomer is dressed to intelligence includes core, casing and connecting piece, and core fixed mounting is in the casing, and casing fixed mounting is on the connecting piece or the casing links as an organic whole with the connecting piece, and the core includes mainboard unit, miniature camera, electronic ink screen and has shift knob's electrical unit. The body temperature position information monitoring system has the advantages of being reasonable and compact in structure, convenient to use, capable of monitoring body temperature position information of a wearer in real time, capable of achieving real-time monitoring of the wearer through a 5G network and a big data information retrieval technology, capable of achieving effective isolation and treatment, capable of achieving personnel management and control of each isolation area orderly and effectively registering relevant information rapidly, checking relevant records, achieving management and control and allocation, and safe, labor-saving, simple and efficient.

Description

Temperature sensing intelligent wearable monitoring device

Technical Field

The application relates to the technical field of epidemic situation prevention and control management auxiliary devices, in particular to a temperature sensing intelligent wearable monitoring device.

Background

In the face of developing a severe epidemic situation, the epidemic situation is effectively blocked from spreading out to ensure the health and safety of people, and only by effectively managing and monitoring and effectively controlling an infection source according to related experiences, the infection path can be cut off and the spread of the epidemic situation can be restrained, so that strict and effective management and control measures are required to be implemented on the personnel in an epidemic situation area, and the method specifically comprises the following steps: firstly, when epidemic situations occur, cluster infection and civil restriction activities need to be discovered and responded as early as possible, crowd gathering density is reduced, close-range contact is avoided, and when relevant control and intervention measures are implemented in an emergency state, due to insufficient human resources, control is time-consuming and labor-consuming, statistics is easy to miss, and situations that monitoring is not in place occur; secondly, during the epidemic situation prevention and control period, when centralized collection and relatively isolated observation are performed on four kinds of people such as confirmed patients, suspected patients, patients who may not eliminate infection, patients who may be febrile, and close contacts of confirmed patients, the patients with general type, severe type, critical type and suspected critical type need to be arranged in different isolation areas among confirmed cases, while the patients with mild symptoms need to be temporarily observed in isolation points or fixed points and need to be timely arranged to be sent to special medical places (such as shelter hospitals) for collection and treatment, the patients can circulate among different isolation areas due to the development and change of disease conditions, while the patients with relatively mild symptoms can move among different small areas in the isolation areas due to examination, daily needs and the like, and medical care personnel, security personnel, sanitation personnel, management personnel and the like need to be monitored, Registration and effective management to facilitate real-time coordination and reasonable scheduling; thirdly, for the patient who is discharged after recovery, further tracking and review are needed so as to monitor whether the patient has relapsed, new epidemic transmission and infection are caused. At present, identity information, blood type, basic disease type, original region, information such as region information and the like of related workers and patients in an epidemic situation region need to be recorded, checked and detected for a plurality of times, on one hand, critical patients are inconvenient to inquire registration information, time can be delayed, illness state can be delayed, on the other hand, the workload of the detection personnel and management personnel is large, the recording is inconvenient to check, manpower and material resources are consumed, meanwhile, infection hidden dangers exist in supervision personnel, safety risks are high, management and control omission and control are easy to cause, the monitoring is not in place, and high safety hidden dangers exist.

Disclosure of Invention

An object of this application is to provide a monitoring device is dressed to temperature sensing intelligence, has overcome above-mentioned prior art not enough, and it can effectively be solved current register information inefficiency loaded down with trivial details, the record that exists in the regional personnel's control management of epidemic situation checks inconvenience, consumes manpower and materials, and the management and control is easily overlooked, the control is not in place, there is the problem of potential safety hazard.

The technical scheme of the application is realized by the following measures: a temperature-sensing intelligent wearable monitoring device comprises at least two intelligent wearable single bodies, wherein each intelligent wearable single body comprises a machine core, a shell and a connecting piece, the machine core is fixedly arranged in the shell, the shell is fixedly arranged on the connecting piece or the shell and the connecting piece are connected into a whole, the machine core comprises a mainboard unit, a miniature camera, an electronic ink screen and a power supply unit with a switch button, the mainboard unit, the miniature camera and the electronic ink screen are respectively and electrically connected with the power supply unit, the mainboard unit comprises a main control module, a body temperature monitoring module, a position monitoring module, an NFC module, an encryption module, a comparison verification module, a storage module and a wireless communication module, the body temperature monitoring module, the position monitoring module, the NFC module, the encryption module, the comparison verification module, the storage module and the wireless communication module are respectively and electrically connected with the main control module, and the, the life sign acquisition module is electrically connected with the main control module, an induction end which can be attached to the skin of a wearer is arranged on the life sign acquisition module, the body temperature monitoring module can be used for monitoring the body temperature of the wearer, the position monitoring module can be used for monitoring the real-time position of the wearer, the miniature camera can be used for acquiring facial information and an equipment check code of the wearer, the electronic ink screen can be used for displaying related prompt information and identity visa information, the identity visa information is a two-dimensional code containing body temperature data and an ID number of an intelligent wearable monomer, the NFC module can be used for detecting and matching related equipment, the storage module can be used for storing personal information of the wearer, the personal information comprises but is not limited to identity information, blood type, basic disease type, original regional information and removable regional information, and the encryption module can be used for encrypting related data, the comparison and verification module can be used for comparing and verifying the input data, and the wireless communication module can be connected with the terminal server through the 5G mobile communication network.

Furthermore, the single body is dressed to intelligence and is connected with temperature sensing monitored control system equipment through wireless communication network, temperature sensing monitored control system equipment includes terminal server, writes card equipment, entrance guard's equipment and is no less than two control sub-stations, and the single body is dressed to intelligence and control sub-station wireless communication connection, writes card equipment, entrance guard's equipment, each control sub-station and is connected with terminal server through 5G mobile communication network, the control sub-station is wireless router or wireless communication relay station, be equipped with the equipment check code on writing card equipment, the entrance guard's equipment respectively, be equipped with camera, ID card reader and wireless communication device on writing card equipment, be equipped with NFC card reader, memory and wireless communication device on the entrance guard's equipment.

Furthermore, the mainboard unit further comprises a risk judgment module, the risk judgment module is electrically connected with the main control module, and the risk judgment module is used for judging the infection risk level of the wearer.

Furthermore, the mainboard unit further comprises a voice prompt module, and the voice prompt module is electrically connected with the main control module.

Furthermore, the mainboard unit further comprises a body temperature warning module, and the body temperature warning module is connected with the body temperature monitoring module and used for sending warning prompt under the condition that the body temperature of the wearer exceeds a set value.

Furthermore, the intelligent wearing monomer is an intelligent bracelet, and the connecting piece is a wrist strap; or the intelligent wearing monomer is an intelligent foot ring, and the connecting piece is a foot wrist strap; or the intelligent wearable monomer is an intelligent ring, and the connecting piece is a ring.

The following is a monitoring method using the temperature-sensing intelligent wearable monitoring device, comprising the following steps: step one, personal information such as identity information, blood type, basic disease type, original region information and removable region information of existing personnel in an epidemic situation area is led into a terminal server of a monitoring department so as to establish a monitoring database, intelligent wearing monomers are respectively distributed to different types of personnel in the epidemic situation area in batches, the intelligent wearing monomers are started through a switch button, a main control module starts self-checking and reads memory information in a storage module, whether the personal information is stored in the storage module or not is detected, if the personal information is not stored, the step two is carried out, and if the personal information is stored, the step three is carried out; secondly, the main control module detects matched card writing equipment through the NFC module and verifies an equipment check code of the card writing equipment through the miniature camera, after verification, a user writes face information and identity information into the storage module through the card writing equipment and associates the face information and the identity information with an ID number of the intelligent wearable monomer, the vital sign acquisition module acquires personal state information and judges whether the user correctly wears the intelligent wearable monomer, after the user correctly wears the intelligent wearable monomer, the main control module sends the face information, the identity information, the ID number of the intelligent wearable monomer, the personal state information and other related information to the terminal server through the wireless communication module, the terminal server supplements and adds the received related information into a monitoring database, and then the step III is carried out; step three, acquiring facial information of a wearer through a miniature camera, networking and comparing the facial information with a monitoring database of a terminal server for inquiry, if the facial information and personal information stored in a storage module are matched with the data of the monitoring database, entering step four, if the facial information and the personal information are not matched with the data of the monitoring database, displaying warning information through an electronic ink screen, and sending related warning information to the terminal server through a wireless communication module; step four, connecting the terminal server through the wireless communication module, judging whether to continue monitoring the wearer, if so, entering step five, and if not, entering step ten; acquiring body temperature data of a wearer in a set time interval through a body temperature monitoring module, acquiring position data of the wearer through a position monitoring module, encrypting information through an encryption module and then storing the information in a storage module, sending related data to a terminal server through a wireless communication module, displaying a two-dimensional code containing the body temperature data and the ID number of an intelligent wearable unit through an electronic ink screen, and entering a sixth step; step six, judging whether the current body temperature data of the wearer is abnormal through the main control module, if not, entering the step seven, if the body temperature data is abnormal, displaying body temperature abnormal warning information through the electronic ink screen, and sending the related warning information to the terminal server through the wireless communication module; step seven, judging whether the current position data of the wearer is abnormal through the main control module, if not, entering the step four, and if so, entering the step eight; step eight, detecting whether matched access control equipment exists through an NFC module, if not, displaying abnormal position warning information through an electronic ink screen, sending the related warning information to a terminal server through a wireless communication module, if so, prompting a wearer to acquire an equipment check code of the access control equipment through a miniature camera and send the equipment check code to the terminal server together with an ID number of an intelligent wearable unit, and then entering step nine; step nine, the terminal server judges whether the wearer meets the passing condition, if not, the electronic ink screen displays warning information and sends related warning information to the terminal server through the wireless communication module, if so, the intelligent wearable monomer stores entrance guard information through the storage module and sends the entrance guard information to the terminal server through the wireless communication module, meanwhile, the entrance guard equipment stores personal information of the wearer and starts, and then the step four is carried out; and step ten, the electronic ink screen prompts the wearer of a non-monitoring target, relevant prompt information is sent to a terminal server through a wireless communication module, and then the intelligent wearable single body is automatically turned off.

The card writing device reads the identity card information of the user and collects the facial information of the user, then is connected with the public security network database and checks the identity card information of the user, then transmits the facial information and the collected identity information to the wireless communication module of the intelligent wearable monomer, finally, the main control module reads the information, associates the information with the ID number of the intelligent wearable monomer, encrypts the information by the encryption module and stores the information in the storage module; or/and the method for judging whether the intelligent wearable monomer is worn correctly comprises the steps of firstly pre-storing a preset heart rate threshold value in a storage module, wherein the personal state information comprises heart rate information, the vital sign acquisition module sends the measured heart rate information to a main control module, the main control module compares the heart rate information with the preset heart rate threshold value, if the heart rate information is lower than the preset heart rate threshold value, the judgment is abnormal, and if the heart rate information is higher than the preset heart rate threshold value, the judgment is no abnormality.

Further, the method for judging whether the current body temperature data is abnormal in the sixth step includes the steps of firstly, presetting a first preset body temperature threshold and a second preset body temperature threshold in a storage module, sending the collected body temperature data to a main control module by a body temperature monitoring module, comparing the body temperature data with the first preset body temperature threshold and the second preset body temperature threshold by the main control module, judging the body temperature data to be normal if the body temperature data is between the first preset body temperature threshold and the second preset body temperature threshold, and judging the body temperature data to be abnormal if the body temperature data is higher than the second preset body temperature threshold; and/or the method for judging whether the current position data is abnormal in the seventh step is that the original area information is stored in the storage module in advance, the position monitoring module sends the collected position data to the main control module, the main control module compares the position data with the coverage range of the original area information, if the position point represented by the position data is positioned in the coverage range of the original area information, the position data is judged to be normal, and if the position point represented by the position data is positioned outside the coverage range of the original area information, the position data is judged to be abnormal.

The system has the advantages of reasonable and compact structure, convenience in use, capability of monitoring the body temperature and the position information of a wearer in real time, capability of realizing real-time monitoring of the wearer by combining a 5G mobile communication network with a big data information retrieval technology, capability of realizing effective isolation and treatment, capability of realizing personnel management and control of each isolation area orderly and effectively, capability of registering relevant information rapidly and effectively, checking relevant records, realizing management and control and allocation, safety, labor saving, simplicity, convenience and high efficiency.

Drawings

The specific structure of the application is given by the following figures and examples:

FIG. 1 is a schematic diagram of the composition principle of embodiment 1 of the present application;

fig. 2 is a flowchart of the operation in use in embodiment 1 of the present application.

Legend: 1 is terminal server, 2 is the control sub-station, 3 is miniature camera, 4 is the electron ink screen, 5 is host system, 6 is body temperature monitoring module, 7 is position monitoring module, 8 is the NFC module, 9 is the encryption module, 10 is the contrast verification module, 11 is storage module, 12 is wireless communication module, 13 is vital sign collection module, 14 is the risk judgment module, 15 is the voice prompt module, 16 is body temperature warning module, 17 is the electrical unit.

Detailed Description

The present application is not limited to the following examples, and specific implementations may be determined according to the technical solutions and practical situations of the present application.

Example 1: as shown in fig. 1, the temperature-sensing intelligent wearable monitoring device comprises at least two intelligent wearable units, each intelligent wearable unit comprises a machine core, a shell and a connecting piece, the machine core is fixedly installed in the shell, the shell is fixedly installed on the connecting piece or the shell and the connecting piece are connected into a whole, the machine core comprises a main board unit, a miniature camera 3, an electronic ink screen 4 and a power supply unit 17 with a switch button, the main board unit, the miniature camera 3 and the electronic ink screen 4 are respectively and electrically connected with the power supply unit 17, the main board unit comprises a main control module 5, a body temperature monitoring module 6, a position monitoring module 7, an NFC module 8, an encryption module 9, a comparison and verification module 10, a storage module 11, a wireless communication module 12, the body temperature monitoring module 6, the position monitoring module 7, the NFC module 8, the encryption module 9, the comparison and verification module 10, Wireless communication module 12 is connected with host system 5 electricity respectively, and the core still includes vital sign collection module 13, vital sign collection module 13 is connected with host system 5 electricity, is equipped with the induction end that can laminate on the person's of wearing skin on vital sign collection module 13, and body temperature monitoring module 6 can be used for monitoring the person's of wearing body temperature, and position monitoring module 7 can be used for monitoring the real-time position of the person of wearing, and miniature camera head 3 can be used for gathering the facial information of the person of wearing and equipment check code, and electronic ink screen 4 can be used for showing relevant suggestion information and identity visa information, identity visa information is the two-dimensional code that contains body temperature data, the free ID serial number of intelligence wearing, and NFC module 8 can be used for detecting and matching relevant equipment, and storage module 11 can be used for storing the individual information of the person of wearing, individual information includes but not, The blood type, the basic disease type, the original regional information and the removable regional information are provided, the encryption module 9 can be used for encrypting related data, the comparison verification module 10 can be used for comparing and verifying input data, and the wireless communication module 12 can be connected with the terminal server 1 through a 5G mobile communication network. Choose miniature camera 3 and electron ink screen 4 for use, its energy consumption is lower, can be less with the size of core manufacturing, the structure is compacter, and GPS big dipper orientation module can be chooseed for use to position monitoring module 7 for acquire the real-time position information of wearer and send to host system 5, so that judge whether the wearer surpasss the permission activity area. This application can real-time supervision person's body temperature and positional information, and can combine big data information retrieval technique through 5G mobile communication network, realize the real time monitoring to wearing personnel, if the person's body temperature is unusual (if exceed 37 ℃), but automatic alarm and with warning information transmission to monitoring department's terminal server 1, so that realize effective isolation and treatment, set up the sign indicating number verifying attachment that sweeps that can read person's identity visa information through the entrance guard department in each isolation area, can contactless detection and match relevant equipment through NFC module 8, thereby realize the personnel management and control in each isolation area effectively in order, relevant information is effectively registered rapidly, check relevant record, realize management and control and allotment. In addition, the method can be widely applied to army cooperative scheduling and mastering of the real-time positions of military personnel, can be used for the public security department to master the mobility monitoring of the floating population in the district in real time, assists the government department to carry out census, and realizes the purposes of monitoring and preventing wandering away for tourists and the like.

As shown in fig. 1, the single body is dressed to intelligence and is connected with temperature sensing monitored control system equipment through wireless communication network, temperature sensing monitored control system equipment includes terminal server 1, writes card equipment, entrance guard's equipment and is no less than two control sub-station 2, and the single body is dressed to intelligence and 2 wireless communication connections of control sub-station, writes card equipment, entrance guard's equipment, each control sub-station 2 and is connected with terminal server 1 through 5G mobile communication network, control sub-station 2 is wireless router or wireless communication relay station, be equipped with the equipment check code on writing card equipment, the entrance guard's equipment respectively, be equipped with camera, ID card reader and wireless communication device on writing card equipment, be equipped with NFC card reader, memory and wireless communication device on the entrance guard's equipment. Personal information such as the individual facial information of person of wearing, identity information can be write in into to intelligence wearing monomer through writing card equipment, entrance guard's equipment can wear the monomer to intelligence through the NFC card reader and send the connection message and realize matcing, entrance guard's equipment can realize wearing the individual ID serial number, identity information, blood type, basic disease kind, the former regional information, can go the record of personal information such as regional information to temperature, intelligence through personnel through the memory.

As shown in fig. 1, the main board unit further includes a risk judgment module 14, the risk judgment module 14 is electrically connected to the main control module 5, and the risk judgment module 14 is configured to judge the infection risk level of the wearer. The risk judgment module 14 can calculate the infection risk level of the wearer according to the parameters of the category of the wearer, the historical position of the wearer, the real-time position of the wearer, the body temperature of the wearer and the like, and prompts the wearer to pay attention to protection through the electronic ink screen 4. If the main control module 5 sends the infection risk level to the terminal server 1, the terminal server 1 can remind whether other high-risk wearers exist in five meters near the wearers by combining the infection risk level of each wearer and the real-time positions of the wearers through a big data information retrieval technology, and early warning can be further effectively realized.

As shown in fig. 1, the main board unit further includes a voice prompt module 15, and the voice prompt module 15 is electrically connected to the main control module 5. The warning information on the electronic ink screen 4 can be reported in a voice form through the voice prompt module 15, so that the old and the blind with poor eyesight can use the electronic ink screen conveniently, and the electronic ink screen is more convenient to use.

As shown in fig. 1, the main board unit further includes a body temperature warning module 16, and the body temperature warning module 16 is connected to the body temperature monitoring module 6 and configured to issue a warning prompt when the body temperature of the wearer exceeds a set value. The body temperature warning module 16 can give out sound and light warning when the body temperature of the wearer exceeds a set value, and is more favorable for observation and identification.

As shown in fig. 1, the intelligent wearing unit is an intelligent bracelet, and the connecting piece is a wrist strap; or the intelligent wearing monomer is an intelligent foot ring, and the connecting piece is a foot wrist strap; or the intelligent wearable monomer is an intelligent ring, and the connecting piece is a ring. In addition, the intelligent wearing single body can also be other intelligent wearing articles, equipment or clothes commonly used in the prior art, such as a belt, glasses, a helmet or shoes.

As shown in fig. 2, the following is a monitoring method using the temperature-sensing intelligent wearable monitoring device, including the steps of:

step one, personal information such as identity information, blood type, basic disease type, original region, removable region information and the like of existing personnel in an epidemic situation area is led into a terminal server 1 of a monitoring department so as to establish a monitoring database, intelligent wearing monomers are respectively distributed to different types of personnel in the epidemic situation area in batches, the intelligent wearing monomers are started through a switch button, a main control module 5 starts self-checking and reads memory information in a storage module 11, whether the personal information is stored in the storage module 11 or not is detected, step two is carried out if the personal information is not stored, and step three is carried out if the personal information is stored. During the in-service use, can divide into medical personnel, security personnel, sanitation personnel, managers, confirm the patient, suspected patient, close contact person, recovered patient etc. different categories with the current personnel in the epidemic situation region, through carrying out classification management to wearing personnel, be favorable to realizing classification monitoring management to the regional personnel of epidemic situation, effectively take precautions against the diffusion of epidemic situation.

Step two, the main control module 5 detects matched card writing equipment through the NFC module 8, and verifies an equipment check code of the card writing equipment through the micro camera 3, after verification, a user writes face information and identity information into the storage module 11 through the card writing equipment and associates the face information and the identity information with an ID number of an intelligent wearable monomer, the vital sign acquisition module 13 acquires personal state information and judges whether the user correctly wears the intelligent wearable monomer, after the user correctly wears the intelligent wearable monomer, the main control module 5 sends the face information, the identity information, the ID number of the intelligent wearable monomer, the personal state information and other related information to the terminal server 1 through the wireless communication module 12, the terminal server 1 supplements the received related information into a monitoring database, and then the step three is carried out. The card writing device can realize the information input of newly added personnel and can also be used for the information additional recording and information change of original personnel. During actual work, the main control module 5 collects the equipment check code of the card writing equipment through the micro camera 3, and then the verification module 10 verifies whether the key code in the equipment check code is matched or not, so that information tampering can be effectively prevented, illegal equipment is prevented from accessing the network, and the method is safer and more reliable.

Step three, the facial information of the wearer is collected through the micro camera 3, the facial information and the monitoring database of the terminal server 1 are networked and compared for inquiry, if the facial information and the personal information stored in the storage module 11 are matched with the monitoring database data, the step four is carried out, if the facial information and the personal information are not matched, the electronic ink screen 4 displays warning information, and related warning information is sent to the terminal server 1 through the wireless communication module 12. Because medical personnel, patient or managers can gather facial information through miniature camera 3 in the time of changing gauze mask or respirator, comparatively convenient being suitable for. Alternatively, the face information may be replaced with iris information using an existing known iris recognition technique.

And step four, connecting the terminal server 1 through the wireless communication module 12, judging whether to continue monitoring the wearer, if so, entering step five, and if not, entering step ten. The identification and judgment are carried out through the terminal server 1, and the method is safer and more reliable.

Step five, gather the body temperature data of the person of wearing in setting for the time interval through body temperature monitoring module 6, gather the position data of the person of wearing through position monitoring module 7 simultaneously, with data acquisition time, the body temperature data, the position data passes through encryption module 9 and stores in storage module 11 after encrypting the information, and send relevant data to terminal server 1 through wireless communication module 12, show the two-dimensional code that contains body temperature data, the monomer ID serial number is dressed to intelligence through electronic ink screen 4 simultaneously, later get into step six. According to actual needs, the set time interval can be 1 minute to 60 minutes; during actual work, host system 5 operation visa generates the procedure, the monomer ID number is worn to the temperature data of extraction and intelligence, generate identity visa information after encrypting through encryption module 9, send for electronic ink screen 4, the intelligent wearing monomer of passing person of sweeping the sign indicating number verifying attachment of sweeping of sign indicating number verifying attachment or entrance guard department that the management staff held, can discern, gather the identity visa information that electronic ink screen 4 shows, thereby convenient and fast ground is to passing person's body temperature, identity information, the blood type, basic disease kind, originally in the region, can go regional relevant information realization record and check.

And step six, judging whether the current body temperature data of the wearer is abnormal or not through the main control module 5, entering the step seven if the current body temperature data is abnormal, displaying body temperature abnormal warning information through the electronic ink screen 4 if the body temperature data is abnormal, and sending the related warning information to the terminal server 1 through the wireless communication module 12.

And step seven, judging whether the current position data of the wearer is abnormal or not through the main control module 5, if not, entering the step four, and if the position data is abnormal, entering the step eight.

Step eight, whether matched access control equipment exists is detected through the NFC module 8, if not, the electronic ink screen 4 displays abnormal position warning information and sends the related warning information to the terminal server 1 through the wireless communication module 12, if matched access control equipment exists, the electronic ink screen 4 prompts a wearer to acquire an equipment check code of the access control equipment through the miniature camera 3 and sends the check code to the terminal server 1 together with an intelligent wearable monomer ID number, and then the step nine is carried out. During actual work, the main control module 5 collects the equipment check code of the access control equipment through the miniature camera 3, and then the verification module 10 verifies whether the key code in the equipment check code is matched or not, so that information tampering can be effectively prevented, illegal equipment is prevented from accessing the network, and the access control method is safer and more reliable.

Step nine, the terminal server 1 judges whether the wearer meets the passing condition, if not, the electronic ink screen 4 displays warning information, the related warning information is sent to the terminal server 1 through the wireless communication module 12, if yes, the intelligent wearable monomer stores entrance guard information through the storage module 11 and sends the entrance guard information to the terminal server 1 through the wireless communication module 12, meanwhile, the entrance guard equipment stores personal information of the wearer and is opened, and then the step four is carried out. The terminal server 1 can effectively prevent information tampering, and is safer and more reliable.

Step ten, the electronic ink screen 4 prompts the wearer to be a non-monitoring target, relevant prompt information is sent to the terminal server 1 through the wireless communication module 12, and then the intelligent wearable single body is automatically turned off.

According to actual needs, as shown in fig. 2, the method for writing information into the memory module 11 by the card writing device in step two is as follows: firstly, card writing equipment reads identity card information of a user and collects face information of the user, then the card writing equipment is connected with a public security network database and checks the identity card information of the user, then the card writing equipment transmits the face information and the collected identity information to a wireless communication module 12 of an intelligent wearable single body, and finally a main control module 5 reads the information, associates the information with an ID number of the intelligent wearable single body, encrypts the information through an encryption module 9 and stores the information in a storage module 11.

According to actual needs, in the second step, the method for judging whether the intelligent wearable monomer is worn correctly comprises the following steps: the heart rate information is compared with the heart rate preset threshold value by the main control module 5, if the heart rate information is lower than the heart rate preset threshold value, the body state information comprises the heart rate information, the measured heart rate information is sent to the main control module 5, and if the heart rate information is higher than the heart rate preset threshold value, the body state information is judged to be abnormal. According to actual needs, the preset heart rate threshold value can be 40 times/minute.

According to actual needs, in the sixth step, the method for judging whether the current body temperature data is abnormal or not comprises the following steps: the method comprises the steps that a first preset body temperature threshold and a second preset body temperature threshold are stored and set in a storage module 11 in advance, a body temperature monitoring module 6 sends collected body temperature data to a main control module 5, the main control module 5 compares the body temperature data with the first preset body temperature threshold and the second preset body temperature threshold, if the body temperature data are between the first preset body temperature threshold and the second preset body temperature threshold, the body temperature data are judged to be normal, and if the body temperature data are higher than the second preset body temperature threshold, the body temperature data are judged to be abnormal. According to actual needs, the first preset body temperature threshold value can be 34.5 degrees centigrade, and the second preset body temperature threshold value can be 36.7 degrees centigrade.

According to actual needs, in the seventh step, the method for judging whether the current position data is abnormal is as follows: the method comprises the steps that original regional information is stored and set in a storage module 11 in advance, a position monitoring module 7 sends collected position data to a main control module 5, the main control module 5 compares the position data with the coverage range of the original regional information, if a position point represented by the position data is located in the coverage range of the original regional information, the position data is judged to be normal, and if the position point represented by the position data is located outside the coverage range of the original regional information, the position data is judged to be abnormal. The method for calculating whether the position point is within the coverage area of the set area and alarming after exceeding the set area belongs to the prior known and public technologies, such as the prior known target position determination and alarming technology of electronic fences.

The foregoing description is by way of example only and is not intended as limiting the embodiments of the present application. All obvious variations and modifications of the present invention are within the scope of the present invention.

Claims

1. The utility model provides a monitoring device is dressed to temperature sensing intelligence which characterized in that: the intelligent wearable single body comprises at least two intelligent wearable single bodies, the intelligent wearable single bodies comprise a machine core, a shell and a connecting piece, the machine core is fixedly arranged in the shell, the shell is fixedly arranged on the connecting piece or the shell and the connecting piece are connected into a whole, the machine core comprises a main board unit, a miniature camera, an electronic ink screen and a power supply unit with a switch button, the main board unit, the miniature camera and the electronic ink screen are respectively and electrically connected with the power supply unit, the main board unit comprises a main control module, a body temperature monitoring module, a position monitoring module, an NFC module, an encryption module, a comparison verification module, a storage module and a wireless communication module, the body temperature monitoring module, the position monitoring module, the NFC module, the encryption module, the comparison verification module, the storage module and the wireless communication module are respectively and electrically connected with the main control module, the machine core also comprises, the vital sign acquisition module is provided with an induction end which can be attached to the skin of a wearer, the body temperature monitoring module can be used for monitoring the body temperature of the wearer, the position monitoring module can be used for monitoring the real-time position of the wearer, the micro camera can be used for acquiring facial information and an equipment check code of the wearer, the electronic ink screen can be used for displaying related prompt information and identity visa information, the identity visa information is a two-dimensional code containing body temperature data and an ID number of an intelligent wearable monomer, the NFC module can be used for detecting and matching related equipment, the storage module can be used for storing personal information of the wearer, the personal information comprises but is not limited to identity information, blood type, basic disease type, original regional information and removable regional information, the encryption module can be used for encrypting related data, and the comparison and verification module can be used for comparing and verifying input data, the wireless communication module can be connected with the terminal server through a 5G mobile communication network.

2. The temperature-sensing intelligent wearable monitoring device of claim 1, characterized in that: the intelligent wearable monomer is connected with temperature sensing monitoring system equipment through a wireless communication network, the temperature sensing monitoring system equipment comprises a terminal server, card writing equipment, entrance guard equipment and at least two monitoring substations, the intelligent wearable monomer is in wireless communication connection with the monitoring substations, the card writing equipment, the entrance guard equipment and each monitoring substation are connected with the terminal server through a 5G mobile communication network, the monitoring substations are wireless routers or wireless communication relay stations, equipment check codes are arranged on the card writing equipment and the entrance guard equipment respectively, a camera, an identity card reader and a wireless communication device are arranged on the card writing equipment, and an NFC card reader, a memory and a wireless communication device are arranged on the entrance guard equipment.

3. The temperature-sensing intelligent wearable monitoring device of claim 1 or 2, characterized in that: the main board unit further comprises a risk judgment module, the risk judgment module is electrically connected with the main control module, and the risk judgment module is used for judging the infection risk level of the wearer.

4. The temperature-sensing intelligent wearable monitoring device of claim 3, characterized in that: the main board unit also comprises a voice prompt module which is electrically connected with the main control module; and the mainboard unit further comprises a body temperature warning module, and the body temperature warning module is connected with the body temperature monitoring module and used for sending warning prompt under the condition that the body temperature of the wearer exceeds a set value.

5. The temperature-sensing intelligent wearable monitoring device of claim 1 or 2, characterized in that: the intelligent wearing monomer is an intelligent bracelet, and the connecting piece is a wrist strap; or the intelligent wearing monomer is an intelligent foot ring, and the connecting piece is a foot wrist strap; or the intelligent wearable monomer is an intelligent ring, and the connecting piece is a ring.

6. The temperature-sensing intelligent wearable monitoring device of claim 3, characterized in that: the intelligent wearing monomer is an intelligent bracelet, and the connecting piece is a wrist strap; or the intelligent wearing monomer is an intelligent foot ring, and the connecting piece is a foot wrist strap; or the intelligent wearable monomer is an intelligent ring, and the connecting piece is a ring.

7. The temperature-sensing intelligent wearable monitoring device of claim 4, characterized in that: the intelligent wearing monomer is an intelligent bracelet, and the connecting piece is a wrist strap; or the intelligent wearing monomer is an intelligent foot ring, and the connecting piece is a foot wrist strap; or the intelligent wearable monomer is an intelligent ring, and the connecting piece is a ring.