CN114659670B - Multi-acquisition-mode body temperature continuous monitoring system and method for intelligent wearable equipment - Google Patents
Multi-acquisition-mode body temperature continuous monitoring system and method for intelligent wearable equipment Download PDFInfo
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Abstract
The invention discloses a multi-acquisition-mode body temperature continuous monitoring system and a method for intelligent wearable equipment, which comprises a monitoring person acquisition unit, an environmental information acquisition unit, first intelligent equipment, second intelligent equipment, third intelligent equipment, a data receiving unit, a data processing unit, a master control unit, an information sending unit, an information receiving terminal and an emergency alarm terminal; the monitoring person acquisition unit is used for acquiring real-time personnel information, and the real-time personnel information comprises age information; the environment information acquisition unit is used for acquiring environment temperature information, and the environment temperature information is the temperature information of the environment where the monitored person is located; first smart machine dresses at the primary importance by monitoring the people, first smart machine is used for gathering monitoring people's first body temperature information. The invention can more accurately monitor the body temperature and timely send out warning information to reduce the occurrence of accidents when the body temperature is abnormal.
Description
Technical Field
The invention relates to the field of body temperature monitoring, in particular to a multi-acquisition-mode body temperature continuous monitoring system and method for intelligent wearable equipment.
Background
The wearing technology is developed to the present, intelligent wearing products are increasingly popularized, consumer products are converted into health products, human health characteristics are analyzed from basic steps, heart rate, blood oxygen concentration and other indexes, and the body temperature index is a very important index, so that the research and development of the body temperature wearing bracelet are derived;
continuous monitoring and analysis are carried out on the human body temperature through the wearing bracelet, the abnormity of the human body can be known, and the continuous body temperature monitoring system and the method are required to be used in the continuous monitoring and analysis process of the human body temperature through the wearing bracelet.
The existing continuous body temperature monitoring system and method have the defects that the position and the mode for collecting the body temperature are single, the error of monitored body temperature information is large and inaccurate, the mode is single, the actual use requirement cannot be met, and certain influence is brought to the use of the body temperature monitoring system and method, so that the continuous body temperature monitoring system and method with multiple collection modes for intelligent wearable equipment are provided.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the system and the method solve the problems that the position and the mode for acquiring the body temperature are single, the mode is single, the actual use requirement cannot be met, the monitored body temperature information error is large and inaccurate, certain influence is brought to the use of the system and the method for monitoring the body temperature, and the system and the method for continuously monitoring the body temperature with multiple acquisition modes for intelligent wearable equipment are provided.
The invention solves the technical problems through the following technical scheme, and the invention comprises the following steps: the monitoring person acquisition unit: the monitoring person acquisition unit is used for acquiring real-time personnel information, and the real-time personnel information comprises age information;
the environment information acquisition unit: the environment information acquisition unit is used for acquiring environment temperature information, and the environment temperature information is the temperature information of the environment where the monitored person is located;
the first intelligent device: the first intelligent equipment is worn at a first position of a monitored person, the first position is worn as an arm of the monitored person, and the first intelligent equipment is used for collecting first body temperature information of the monitored person, namely body temperature information at the arm;
the second intelligent device: the second intelligent device is vest-shaped, is worn at a second position of the monitored person, namely is worn on the chest of the monitored person, and is used for collecting second body temperature information of the monitored person, namely the body temperatures of the two armpits of the monitored person;
the third smart device: the third intelligent device is worn at a third position of the monitored person, namely is hung at the neck of the wearing person, and is used for collecting third body temperature information of the monitored person, namely the temperature information in the oral cavity of the monitored person;
a report generation unit: the report generation unit is used for receiving first body temperature information and second body temperature information acquired by the first intelligent equipment and the second intelligent equipment, comprehensively processing the first body temperature information and the second body temperature information to generate body temperature report information, and directly sending the body temperature report information to the information receiving terminal and the first intelligent equipment;
a data receiving unit: the data receiving unit is used for receiving real-time personnel information, environment temperature information, first body temperature information, second body temperature information and third body temperature information and sending the information to the data processing unit;
a data processing unit: the data processing unit is used for processing real-time personnel information, environment temperature information, first body temperature information, second body temperature information and third body temperature information to generate first body temperature warning information, second body temperature warning information, third body temperature warning information and body temperature alarm information;
after the first body temperature warning information, the second body temperature warning information, the third body temperature warning information and the body temperature alarm information are generated;
the main control unit is used for controlling the information sending unit to send first body temperature warning information, second body temperature warning information and third body temperature warning information to the information receiving terminal, and the main control unit controls the information sending unit to send body temperature alarm information to the emergency alarm terminal.
Further lie in, first smart machine includes watchband, the table body, first body temperature sensor and display screen, the predetermined groove has been seted up to the inside of watchband, the inside in predetermined groove is provided with the ignition subassembly, the predetermined groove top is provided with the protection subsides, the ignition subassembly includes that match body and match wipe, the match wipes the predetermined inslot portion that sets up in a watchband, the match body sets up the predetermined inslot portion at another watchband.
Further lie in the second smart machine is including wearing ring, auxiliary fixing band and two second body temperature sensor, the tip of wearing the ring is provided with the magic subsides that are used for adjusting the elasticity, two second body temperature sensor is located two armpits of wearer respectively.
The third intelligent device comprises a wearing rope, a protective cover and a third body temperature sensor, the protective cover comprises a first cover body and a second cover body, the first cover body is in threaded connection with the second cover body, and the third body temperature sensor needs to be placed in the oral cavity of a monitored person when in use.
Further, the report generating unit performs the integrated processing on the first body temperature information and the second body temperature information to generate the body temperature report information in the following specific process:
step (1): after the first intelligent device and the second intelligent device sense the human body through the infrared sensing device, continuous body temperature monitoring is carried out to obtain first body temperature information and second body temperature information;
step (2): acquiring the first body temperature information and the second body temperature information every preset time, and continuously acquiring for m times;
and (3): extracting the first body temperature information and the second body temperature information m times, marking the first body temperature information as Q, and marking the second body temperature information as Z;
and (4): by the formula
Obtaining average body temperature information
，
Is a correction value used for correcting the body temperature monitoring error;
and (5): establishing a plane rectangular coordinate system by taking the body temperature value as an x axis and taking the time point as a y axis, and drawing m first body temperature information Q and m second body temperature information Z into a curve graph on the plane rectangular coordinate system to obtain a body temperature curve;
and (6): obtaining average body temperature information which accords with the age information of a monitored person from the Internet, drawing the average body temperature information into a straight line on a plane rectangular coordinate system to obtain a reference body temperature line, and then drawing the average body temperature information
Drawing a straight line on a plane rectangular coordinate system to obtain an average body temperature line;
and (7): the rectangular plane coordinate system containing the body temperature curve and the average body temperature line of the reference body temperature line is made into a picture file which is the body temperature report information.
Further, the specific processing procedure of the first body temperature warning information is as follows: extracting real-time personnel information and first body temperature information, wherein the first body temperature information comprises x body surface temperature information continuously acquired within preset time, and calculating x continuously acquired body surface temperature informationThe average value is obtained as a first body temperature average value P Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet, acquiring the normal body temperature information of the personnel with the corresponding age, and taking the first body temperature mean value P as the first body temperature mean value Are all made of When the difference value between the body temperature information and the normal body temperature information is larger than a preset value or smaller than the preset value, first body temperature warning information is generated, and the specific content of the first body temperature warning information is that the monitored body surface temperature is abnormal.
Further, the specific processing procedure of the second body temperature warning information is as follows: extracting real-time personnel information and second body temperature information, wherein the second body temperature information comprises x pieces of body temperature information continuously collected in a preset time under two armpits, and calculating the average value of the x pieces of body temperature information continuously collected under two armpits to obtain a second body temperature average value T Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet to obtain the normal body temperature information of the personnel of the corresponding age, and obtaining the normal body temperature information of the personnel of the corresponding age when the second body temperature mean value T is obtained Are all made of When the difference value between the second body temperature warning information and the normal body temperature information is larger than a preset value or smaller than the preset value, second body temperature warning information is generated, and the specific content of the second body temperature warning information is that the temperature of the armpit of the monitored person is abnormal.
The third body temperature warning information is generated only after the third intelligent device collects the body temperature information, and the specific processing process of the third body temperature warning information is as follows: extracting real-time personnel information and third body temperature information, wherein the third body temperature information comprises x pieces of continuously acquired oral cavity body temperature information within preset time, and calculating the average value of the x pieces of continuously acquired oral cavity body temperature information to obtain a third body temperature average value Y Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet, acquiring the normal body temperature information of the personnel of the corresponding age, and obtaining the average value Y of the third body temperature Are all made of When the difference value between the body temperature information and the normal body temperature information is larger than a preset value or smaller than the preset value, third body temperature warning information is generated, and the specific content of the third body temperature warning information is that the monitored oral cavity temperature is abnormal.
The method is characterized in that collected environment temperature information is extracted when the first body temperature warning information, the second body temperature warning information and the third body temperature warning information are generated, when the environment temperature is greater than a preset value and the first body temperature information, the second body temperature information and the third body temperature information are all greater than preset values, emergency alarm information is generated, specific content of the emergency alarm information is that the monitored person has a heatstroke risk, when the environment temperature is less than the preset value and the first body temperature information, the second body temperature information and the third body temperature information are all less than the preset values, the emergency alarm information is also generated, and specific content of the emergency alarm information is that the monitored person has a temperature loss risk.
The intelligent wearable device body temperature continuous monitoring method based on the monitoring system in multiple acquisition modes comprises the following steps:
the method comprises the following steps: collecting real-time personnel information and environment temperature information, wherein the environment temperature information is the temperature information of the environment where a monitoring person is located;
step two: the method comprises the steps that first body temperature information of a monitoring person is collected through first intelligent equipment, second body temperature information of the monitoring person is collected through second intelligent equipment, third body temperature information of the monitoring person is collected through third intelligent equipment, and the third intelligent equipment only runs under a preset condition;
step three: the first body temperature information and the second body temperature information are made into body temperature report information and sent to an information receiving terminal for displaying;
step four: processing the received real-time personnel information, the received environmental temperature information, the received first body temperature information, the received second body temperature information and the received third body temperature information to generate first body temperature warning information, second body temperature warning information, third body temperature warning information and body temperature alarm information;
step five: and sending the first body temperature warning information, the second body temperature warning information and the third body temperature warning information to an information receiving terminal, and sending body temperature alarm information to an emergency alarm terminal.
Compared with the prior art, the invention has the following advantages: the system and the method for continuously monitoring the body temperature of the intelligent wearable device in multiple acquisition modes are characterized in that the acquisition body temperature devices are arranged at various different positions of a human body to continuously acquire the body temperature information of a monitored person, the body temperature information of the monitored person is processed to generate body temperature report information, the monitored person can intuitively know the body temperature change condition of the monitored person in each time period so as to evaluate the body state, the acquisition devices at various different positions are used for acquiring the body temperature information of the monitored person, the situation that large deviation occurs in single body temperature information acquisition due to external environment temperature change can be reduced, the accuracy of body temperature monitoring data is ensured, and in the actual use process, the body temperature information of the user can be acquired simultaneously at various different positions of the human body so as to acquire more accurate body temperature information of the user, the body temperature information of corresponding position is gathered through the body temperature collection equipment of the difference that sets up, has satisfied the body temperature collection demand under the different situation, and more accurate body temperature monitoring simultaneously can be by the timely warning information that sends when monitoring people's body temperature is unusual, reduces to take place by the situation that the monitoring people meets accident because the body temperature is unusual.
Drawings
FIG. 1 is a system block diagram of the present invention;
fig. 2 is an overall configuration diagram of a first smart device of the present invention;
FIG. 3 is a detailed block diagram of a watchband of a first smart device of the present invention;
FIG. 4 is an overall block diagram of a second smart device of the present invention;
fig. 5 is an overall structural view of a third smart device of the present invention.
Detailed Description
The following examples are given for the detailed implementation and specific operation of the present invention, but the scope of the present invention is not limited to the following examples.
As shown in fig. 1 to 5, the present embodiment provides a technical solution: the invention discloses a body temperature continuous monitoring system with multiple acquisition modes for intelligent wearable equipment, which comprises: the monitoring person acquisition unit: the monitoring person acquisition unit is used for acquiring real-time personnel information, and the real-time personnel information comprises age information;
the environment information acquisition unit: the environment information acquisition unit is used for acquiring environment temperature information, and the environment temperature information is the temperature information of the environment where the monitored person is located;
the first intelligent device: the first intelligent equipment is worn at a first position of a monitored person, the first position is worn as an arm of the monitored person, and the first intelligent equipment is used for collecting first body temperature information of the monitored person, namely body temperature information at the arm;
the arm of a monitored person is worn at the first position, the first intelligent device comprises a watchband 11, a watch body 12, a first body temperature sensor 14 and a display screen 13, a preset groove 15 is formed in the watchband 11, an ignition assembly is arranged in the preset groove, a protective sticker 16 is arranged at the top end of the preset groove, the ignition assembly comprises a match body and a match eraser, the match eraser is arranged in the preset groove 15 in one watchband 11, and the match body is arranged in the preset groove 15 in the other watchband 11;
make things convenient for the user to wear the table body 12 through the watchband 11 that sets up, first body temperature sensor 14 on the table body 12 is used for gathering the body surface temperature information of the people who is monitored, lets the user who wears this equipment use the subassembly of igniting that can be quick when the urgent fire of outdoor needs keeps the body temperature through setting up the subassembly of igniting in groove 15 inside predetermineeing, has satisfied different user demands.
The second intelligent device: the second intelligent device is vest-shaped, is worn at a second position of the monitored person, namely is worn on the chest of the monitored person, and is used for collecting second body temperature information of the monitored person, namely the body temperatures of the two armpits of the monitored person;
the chest of monitoring people is worn at the second position, the second intelligent device comprises a wearing ring 21, an auxiliary fixing band 22 and two second body temperature sensors 23, magic tapes used for adjusting tightness are arranged at the end part of the wearing ring 21, and the two second body temperature sensors 23 are respectively positioned under two armpits of a wearer;
dress the second smart machine on the health through wearing ring 21 and auxiliary fixing band 22, second temperature sensor 23 sets up two armpits of the person of wearing respectively, be used for gathering two armpits problem information of the person of wearing, armpit temperature acquisition, under the inconvenient condition of collection anus temperature, the armpit temperature is the human body temperature that is relatively the most accurate, consequently, can carry out more accurate armpit temperature acquisition through the second smart machine that sets up, and the setting of second smart machine, the trouble of manual measurement armpit temperature has been saved, can better carry out continuous armpit temperature acquisition.
The third smart device: the third intelligent device is worn at a third position of the monitored person, namely is hung at the neck of the wearing person, and is used for collecting third body temperature information of the monitored person, namely the temperature information in the oral cavity of the monitored person;
the third smart machine is including wearing rope 31, protection casing and third body temperature sensor 33, the protection casing includes first cover body 31 and the second cover body 32, threaded connection between first cover body 31 and the second cover body 32, third body temperature sensor 33 need put into the oral cavity of monitored person when using.
When carrying out oral cavity temperature monitoring, need unscrew first cover body 31 and the second cover body 32 by the monitoring person, just can carry out continuous oral cavity temperature measurement in putting into the mouth with third body temperature sensor 33, wear rope 31 and run through protection casing and third body temperature sensor 33, can prevent that it from dropping and losing, and the setting up of third smart machine lets the collection of carrying out oral cavity temperature that this system can be more convenient.
A report generation unit: the report generation unit is used for receiving first body temperature information and second body temperature information acquired by the first intelligent equipment and the second intelligent equipment, comprehensively processing the first body temperature information and the second body temperature information to generate body temperature report information, and directly sending the body temperature report information to the information receiving terminal and the first intelligent equipment;
the specific process of the report generation unit for carrying out comprehensive processing on the first body temperature information and the second body temperature information to generate the body temperature report information is as follows:
step (1): after sensing a human body by the infrared sensing equipment, the first intelligent equipment and the second intelligent equipment carry out continuous body temperature monitoring to obtain first body temperature information and second body temperature information;
step (2): acquiring the first body temperature information and the second body temperature information every preset time, and continuously acquiring for m times;
and (3): extracting the first body temperature information and the second body temperature information m times, marking the first body temperature information as Q, and marking the second body temperature information as Z;
and (4): by the formula
Obtaining average body temperature information
，
Is a correction value used for correcting the body temperature monitoring error;
and (5): establishing a plane rectangular coordinate system by taking the body temperature value as an x axis and taking the time point as a y axis, and drawing m first body temperature information Q and m second body temperature information Z into a curve graph on the plane rectangular coordinate system to obtain a body temperature curve;
and (6): obtaining average body temperature information which accords with the age information of a monitored person from the Internet, drawing the average body temperature information into a straight line on a plane rectangular coordinate system to obtain a reference body temperature line, and then drawing the average body temperature information
Drawing a straight line on a plane rectangular coordinate system to obtain an average body temperature line;
and (7): the rectangular plane coordinate system containing the body temperature curve and the average body temperature line of the reference body temperature line is made into a picture file which is the body temperature report information.
A data receiving unit: the data receiving unit is used for receiving real-time personnel information, environment temperature information, first body temperature information, second body temperature information and third body temperature information and sending the information to the data processing unit;
a data processing unit: the data processing unit is used for processing real-time personnel information, environment temperature information, first body temperature information, second body temperature information and third body temperature information to generate first body temperature warning information, second body temperature warning information, third body temperature warning information and body temperature alarm information;
after the first body temperature warning information, the second body temperature warning information, the third body temperature warning information and the body temperature alarm information are generated;
the main control unit is used for controlling the information sending unit to send first body temperature warning information, second body temperature warning information and third body temperature warning information to the information receiving terminal, and simultaneously controlling the information sending unit to send body temperature alarm information to the emergency alarm terminal;
the body temperature information of a monitored person is continuously acquired by arranging the body temperature acquisition equipment at various different positions of a human body, the body temperature information of the monitored person is processed to generate body temperature report information, the monitored person can intuitively know the body temperature change condition of the monitored person in each time period so as to evaluate the body state, the body temperature information of the monitored person is acquired by arranging the body temperature acquisition equipment at various different positions, the condition that large deviation occurs in the acquisition of single body temperature information caused by the change of the external environment temperature can be reduced, the accuracy of body temperature monitoring data is ensured, in the actual use process, the body temperature information of a user is acquired by simultaneously acquiring the body temperature information of the human body at various different positions of the human body, and the body temperature information of the corresponding position is acquired by arranging different body temperature acquisition equipment, the body temperature acquisition requirements under different conditions are met, more accurate body temperature monitoring can be realized by timely sending out warning information when the body temperature of the monitored person is abnormal, and the occurrence of the condition that the monitored person has an accident due to the abnormal body temperature is reduced.
The specific processing process of the first body temperature warning information is as follows: extracting real-time personnel information and first body temperature information, wherein the first body temperature information comprises x body surface temperature information continuously acquired within preset time, and calculating x continuously acquired body surface temperaturesThe average value of the temperature information is used for obtaining a first body temperature average value P Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet, acquiring the normal body temperature information of the personnel of the corresponding age, and obtaining the first body temperature mean value P Are all made of When the difference value between the body temperature information and the normal body temperature information is larger than a preset value or smaller than the preset value, first body temperature warning information is generated, and the specific content of the first body temperature warning information is that the monitored body surface temperature is abnormal;
through the process, when the body surface temperature of the user is abnormal, warning information can be timely sent out to remind monitored personnel.
The specific processing procedure of the second body temperature warning information is as follows: extracting real-time personnel information and second body temperature information, wherein the second body temperature information comprises x body temperature information continuously acquired within preset time, and calculating the average value of the x continuously acquired body temperature information to obtain a second body temperature average value T Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet to obtain the normal body temperature information of the personnel of the corresponding age, and obtaining the normal body temperature information of the personnel of the corresponding age when the second body temperature mean value T is obtained Are all made of When the difference value between the first body temperature warning information and the normal body temperature information is larger than a preset value or smaller than the preset value, second body temperature warning information is generated, and the specific content of the second body temperature warning information is that the armpit temperature of the monitored person is abnormal;
through the process, when the temperature of the armpit of the user is abnormal, warning information can be timely sent to remind monitored personnel.
The third body temperature warning information is generated only after the third intelligent device collects the body temperature information, and the specific processing process of the third body temperature warning information is as follows: extracting real-time personnel information and third body temperature information, wherein the third body temperature information comprises x pieces of oral cavity temperature information continuously collected within preset time, and calculating the average value of the x pieces of oral cavity temperature information continuously collected to obtain a third body temperature average value Y Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet, acquiring the normal body temperature information of the personnel of the corresponding age, and obtaining the average value Y of the third body temperature Are all made of With the normal bodyWhen the difference value between the temperature information is greater than a preset value or less than the preset value, third body temperature warning information is generated, and the specific content of the third body temperature warning information is that the monitored oral cavity temperature is abnormal.
Through the process, when the temperature of the oral cavity of the user is abnormal, warning information can be timely sent out to remind monitored personnel.
When the first body temperature warning information, the second body temperature warning information and the third body temperature warning information are generated, the collected environment temperature information is extracted, when the environment temperature is greater than a preset value and the first body temperature information, the second body temperature information and the third body temperature information are all greater than the preset value, emergency alarm information is generated, the specific content of the emergency alarm information is that the monitored person has a heatstroke risk, when the environment temperature is less than the preset value and the first body temperature information, the second body temperature information and the third body temperature information are all less than the preset value, the emergency alarm information is also generated, and the specific content of the emergency alarm information is that the monitored person has a temperature loss risk;
when the emergency alarm information is sent out, the position information of the monitored person can be simultaneously sent to the emergency alarm terminal, and the personnel at the emergency alarm terminal search and rescue the monitored person according to the position information of the monitored person.
The body temperature continuous monitoring method of the intelligent wearable device in the multi-acquisition mode is based on the monitoring system and comprises the following steps:
the method comprises the following steps: acquiring real-time personnel information and environment temperature information, wherein the environment temperature information is the temperature information of the environment where a monitoring person is located;
step two: the method comprises the steps that first body temperature information of a monitoring person is collected through first intelligent equipment, second body temperature information of the monitoring person is collected through second intelligent equipment, third body temperature information of the monitoring person is collected through third intelligent equipment, and the third intelligent equipment only runs under a preset condition;
step three: making the first body temperature information and the second body temperature information into body temperature report information, and sending the body temperature report information to an information receiving terminal for displaying;
step four: processing the received real-time personnel information, the received environmental temperature information, the received first body temperature information, the received second body temperature information and the received third body temperature information to generate first body temperature warning information, second body temperature warning information, third body temperature warning information and body temperature alarm information;
step five: and sending the first body temperature warning information, the second body temperature warning information and the third body temperature warning information to an information receiving terminal, and sending body temperature alarm information to an emergency alarm terminal.
Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include at least one of the feature. In the description of the present invention, "a plurality" means at least two, e.g., two, three, etc., unless specifically limited otherwise.
In the description herein, references to the description of the term "one embodiment," "some embodiments," "an example," "a specific example," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the appearances of the above-identified terms are not necessarily referring to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Furthermore, various embodiments or examples and features of different embodiments or examples described in this specification can be combined and combined by one skilled in the art without contradiction.
Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.
Claims (9)
1. Intelligence wearing equipment is with body temperature continuous monitoring system of many collection modes, its characterized in that includes:
the monitoring person acquisition unit: the monitoring person acquisition unit is used for acquiring real-time personnel information, and the real-time personnel information comprises age information;
the environment information acquisition unit: the environment information acquisition unit is used for acquiring environment temperature information, and the environment temperature information is the temperature information of the environment where the monitored person is located;
the first smart device: the first intelligent equipment is worn at a first position of a monitored person, the first position is worn as an arm of the monitored person, and the first intelligent equipment is used for collecting first body temperature information of the monitored person, namely body temperature information at the arm;
the second intelligent device: the second intelligent device is vest-shaped, is worn at a second position of the monitored person, namely is worn on the chest of the monitored person, and is used for collecting second body temperature information of the monitored person, namely the body temperatures of the two armpits of the monitored person;
the third smart device: the third intelligent device is worn at a third position of the monitored person, namely hung at the neck of the wearer, and is used for acquiring third body temperature information of the monitored person, namely temperature information in the oral cavity of the monitored person;
a report generation unit: the report generation unit is used for receiving first body temperature information and second body temperature information acquired by the first intelligent equipment and the second intelligent equipment, comprehensively processing the first body temperature information and the second body temperature information to generate body temperature report information, and directly sending the body temperature report information to the information receiving terminal and the first intelligent equipment;
a data receiving unit: the data receiving unit is used for receiving real-time personnel information, environment temperature information, first body temperature information, second body temperature information and third body temperature information and sending the information to the data processing unit;
a data processing unit: the data processing unit is used for processing real-time personnel information, environment temperature information, first body temperature information, second body temperature information and third body temperature information to generate first body temperature warning information, second body temperature warning information, third body temperature warning information and body temperature alarm information;
after the first body temperature warning information, the second body temperature warning information, the third body temperature warning information and the body temperature alarm information are generated;
the main control unit is used for controlling the information sending unit to send the first body temperature warning information, the second body temperature warning information and the third body temperature warning information to the information receiving terminal, and simultaneously controlling the information sending unit to send the body temperature alarm information to the emergency alarm terminal;
the specific process of the report generation unit for carrying out comprehensive processing on the first body temperature information and the second body temperature information to generate the body temperature report information is as follows:
step (1): after sensing a human body by the infrared sensing equipment, the first intelligent equipment and the second intelligent equipment carry out continuous body temperature monitoring to obtain first body temperature information and second body temperature information;
step (2): acquiring the first body temperature information and the second body temperature information every preset time, and continuously acquiring for m times;
and (3): extracting the first body temperature information and the second body temperature information m times, marking the first body temperature information as Q, and marking the second body temperature information as Z;
and (4): by the formula
Obtaining average body temperature information
，
Is a correction value used for correcting the body temperature monitoring error;
and (5): establishing a plane rectangular coordinate system by taking the body temperature value as an x axis and taking the time point as a y axis, and drawing m first body temperature information Q and m second body temperature information Z into a curve graph on the plane rectangular coordinate system to obtain a body temperature curve;
step (6): obtaining average body temperature information which accords with the age information of a monitored person from the Internet, drawing the average body temperature information into a straight line on a plane rectangular coordinate system to obtain a reference body temperature line, and then drawing the average body temperature information
Drawing a straight line on a plane rectangular coordinate system to obtain an average body temperature line;
and (7): the rectangular plane coordinate system containing the body temperature curve and the average body temperature line of the reference body temperature line is made into a picture file which is the body temperature report information.
2. The continuous body temperature monitoring system with multiple acquisition modes for the intelligent wearable device according to claim 1, characterized in that: the first intelligent device comprises a watchband, a watch body, a first body temperature sensor and a display screen, a preset groove is formed in the watchband, an ignition assembly is arranged in the preset groove, a protective sticker is arranged at the top end of the preset groove, the ignition assembly comprises a match body and a match eraser, the match eraser is arranged in the preset groove in one watchband, and the match body is arranged in the preset groove of the other watchband.
3. The continuous body temperature monitoring system with multiple acquisition modes for the intelligent wearable device according to claim 1, characterized in that: second smart machine is including wearing ring, supplementary fixed band and two second somatic temperature sensors, the tip of wearing the ring is provided with the magic subsides that are used for adjusting the elasticity, two second somatic temperature sensors is located two armpits of wearer respectively.
4. The continuous body temperature monitoring system with multiple acquisition modes for the intelligent wearable device according to claim 1, characterized in that: the third smart machine is including wearing rope, protection casing and third body temperature sensor, the protection casing includes the first cover body and the second cover body, threaded connection between the first cover body and the second cover body, the oral cavity that is monitored person need be put into to the third body temperature sensor when using.
5. The continuous body temperature monitoring system with multiple acquisition modes for the intelligent wearable device according to claim 1, characterized in that: the specific processing process of the first body temperature warning information is as follows: extracting real-time personnel information and first body temperature information, wherein the first body temperature information comprises x body surface temperature information continuously acquired within preset time, and calculating the average value of the x continuously acquired body surface temperature information to obtain a first body temperature average value P Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet, acquiring the normal body temperature information of the personnel of the corresponding age, and obtaining the first body temperature mean value P Are all made of When the difference value between the body temperature information and the normal body temperature information is larger than a preset value or smaller than the preset value, first body temperature warning information is generated, and the specific content of the first body temperature warning information is that the monitored body surface temperature is abnormal.
6. The continuous body temperature monitoring system with multiple acquisition modes for the intelligent wearable device according to claim 1, characterized in that: the specific processing procedure of the second body temperature warning information is as follows: extracting real-time personnel information and second body temperature information, wherein the second body temperature information comprises x body temperature information continuously acquired within preset time, and calculating the average value of the x continuously acquired body temperature information to obtain a second body temperature average value T Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet to obtain the normal body temperature information of the personnel of the corresponding age, and obtaining the normal body temperature information of the personnel of the corresponding age when the second body temperature mean value T is obtained Are all made of When the difference value between the second body temperature warning information and the normal body temperature information is larger than a preset value or smaller than the preset value, second body temperature warning information is generated, and the specific content of the second body temperature warning information is that the temperature of the armpit of the monitored person is abnormal.
7. The continuous body temperature monitoring system with multiple acquisition modes for the intelligent wearable device according to claim 1, characterized in that: the third body temperature warning information is generated only after the third intelligent device collects the body temperature information, and the third body temperature warning informationThe specific treatment process is as follows: extracting real-time personnel information and third body temperature information, wherein the third body temperature information comprises x pieces of oral cavity temperature information continuously collected within preset time, and calculating the average value of the x pieces of oral cavity temperature information continuously collected to obtain a third body temperature average value Y Are all made of Then extracting age information from the real-time personnel information, uploading the age information to the Internet to obtain the normal body temperature information of the personnel with the corresponding age, and obtaining the average value Y of the third body temperature Are all made of When the difference value between the body temperature information and the normal body temperature information is larger than a preset value or smaller than the preset value, third body temperature warning information is generated, and the specific content of the third body temperature warning information is that the monitored oral cavity temperature is abnormal.
8. The continuous body temperature monitoring system with multiple acquisition modes for the intelligent wearable device according to claim 1, characterized in that: when the first body temperature warning information, the second body temperature warning information and the third body temperature warning information are generated, the collected environment temperature information is extracted, when the environment temperature is larger than a preset value and the first body temperature information, the second body temperature information and the third body temperature information are all larger than the preset value, the emergency alarm information is generated, the specific content of the emergency alarm information is that the monitored person has a heatstroke risk, when the environment temperature is smaller than the preset value and the first body temperature information, the second body temperature information and the third body temperature information are all smaller than the preset value, the emergency alarm information is also generated, and the specific content of the emergency alarm information is that the monitored person has a temperature loss risk.
9. Intelligent wearing equipment is with body temperature continuous monitoring method of many collection modes which characterized in that: the monitoring method is based on the monitoring system of any one of claims 1 to 8, and comprises the following steps:
the method comprises the following steps: collecting real-time personnel information and environment temperature information, wherein the environment temperature information is the temperature information of the environment where a monitoring person is located;
step two: the method comprises the steps that first body temperature information of a monitoring person is collected through first intelligent equipment, second body temperature information of the monitoring person is collected through second intelligent equipment, third body temperature information of the monitoring person is collected through third intelligent equipment, and the third intelligent equipment only runs under a preset condition;
step three: making the first body temperature information and the second body temperature information into body temperature report information, and sending the body temperature report information to an information receiving terminal for displaying;
step four: processing the received real-time personnel information, the received environmental temperature information, the received first body temperature information, the received second body temperature information and the received third body temperature information to generate first body temperature warning information, second body temperature warning information, third body temperature warning information and body temperature alarm information;
step five: and sending the first body temperature warning information, the second body temperature warning information and the third body temperature warning information to an information receiving terminal, and sending body temperature alarm information to an emergency alarm terminal.
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