TWM624992U - Remote body temperature measurement monitoring system - Google Patents

Abstract

A remote body temperature measurement monitoring system, comprising: a measurement device and a monitoring application module, the monitoring application module is installed in a main control device, the measurement device has a measurement module, a signal transmission module set, a power supply module and a control module, the control module is electrically connected with the measurement module, the signal transmission module and the power supply module respectively, and is used to control the execution state of the measurement device, the monitoring The application module is electrically connected with the measuring device through the main control device and has a receiving module, an analysis module, an alarm module, an uploading module, a function module and a setting module. Through the remote body temperature measurement monitoring system of this creation, the body temperature can be measured by sticking the measurement device on the body of the subject, and the measurement data can be transmitted to the monitoring application module, and the body temperature data can be analyzed through the monitoring application module. Give the subject a recommendation report.

Description

Remote body temperature measurement monitoring system

This creation relates to a body temperature measurement and monitoring system, especially a remote body temperature measurement and monitoring system that receives body temperature measurement data remotely and provides analysis reports.

General thermometers such as forehead thermometers, ear thermometers or mercury thermometers can only see the current measurement results, and cannot provide long-term body temperature monitoring and body temperature data analysis functions.

Known Technology The Republic of China Patent Publication No. M588857 is an intelligent sensor sheet, which is applied to sports, fitness, rehabilitation or health sensing, and includes: a sensing sheet body and an extended sensing sheet. In this way, it can be attached to different parts of the body according to the needs to detect different physiological information such as body water content, oxygen content, pulse, blood oxygen concentration, action posture, and muscle state.

Conventional Technology The Republic of China Patent Publication No. M473187 is a pulse and body temperature real-time mobile phone transmission system including a substrate, a pulse sensing module, a body temperature sensing module, a battery and a wireless transmitter. The wireless transmitter is electrically connected with the pulse sensing module and the body temperature sensing module through the circuit, and is used for transmitting the pulse sensing signal and the body temperature sensing signal to the outside for a mobile phone to receive.

However, the above-mentioned conventional technology does not disclose a function that can record body temperature for a long time and provide analysis reports, and can upload the data to a cloud device for big data analysis. Therefore, the conventional technology needs to be improved.

One purpose of this creation is to provide a remote body temperature measurement monitoring system, which has the function of receiving body temperature measurement data remotely.

Another object of this creation is to provide a remote body temperature measurement and monitoring system, which has the function of analyzing and judging changes in body temperature and providing suggestions for reports.

Another purpose of this creation is to provide a remote body temperature measurement and monitoring system, which has the function of uploading body temperature measurement data for big data analysis.

In order to achieve the above and other objects, in some embodiments, a remote body temperature measurement and monitoring system of the present invention includes: a measurement device, the measurement device has a measurement module, a signal transmission module, a A power supply module and a control module, the measurement module is used to measure the body temperature of the person to be measured, the signal transmission module includes a first communication unit and is used to transmit and receive control and measurement signals, the power supply module is used for In order to provide operating power, the control module is electrically connected to the measurement module, the signal transmission module and the power supply module respectively, and is used to control the execution state of the measurement device; and a monitoring application module, the monitoring The application module is installed in a main control device, and the monitoring application module is electrically connected to the measurement device through the main control device and has a receiving module, an analysis module, an alarm module, and an uploading module , a function module and a setting module, wherein the receiving module is used to receive the measurement data and device status information of the measuring device, the analysis module is used to analyze the body temperature data, and the warning module is used to notify the use of The uploading module is used for uploading the body temperature measurement data to a cloud device, the function module provides the user with the function of executing the function menu item, and the setting module is used for setting the function mode of the measuring device.

In some embodiments of the present invention, the first communication unit is a Bluetooth communication module.

In some embodiments of the present invention, the signal transmission module further includes a second communication unit, and the second communication unit is a wireless radio frequency module.

In some embodiments of the present invention, the functional module includes a pregnancy preparation detection unit, a pregnancy detection unit, and an artificial reproduction detection unit.

In some embodiments of the present invention, the functional module further includes a vaccine injection detection unit.

In some embodiments of the present invention, the functional module further includes a long-term-photographer detection unit.

In some embodiments of the present invention, a cloud device is further included, and the cloud device is electrically connected with the monitoring application module and has a function of analyzing pathological data.

In some embodiments of the present invention, the cloud device is electrically connected to a diagnosis system, and the diagnosis system exchanges data with the cloud device.

In some embodiments of the present invention, the main control device further includes a third communication unit, and the third communication unit is configured to be electrically connected with a plurality of the measurement devices to perform remote monitoring.

In some embodiments of the present invention, the third communication unit is a wireless radio frequency module.

10: Measuring device

11: Measurement module

12: Signal transmission module

120: The first communication unit

121: The second communication unit

13: Power supply module

14: Control module

20: Monitoring application module

21: Receive module

22: Analysis module

23: Warning module

24: Upload the module

25: Function module

250: Pregnancy testing unit

251: Pregnancy testing unit

252: Artificial Reproduction Testing Unit

253: Vaccination testing unit

254: Long-term person detection unit

26: Setting the module

27: The third communication unit

CE: main control device

CL: Cloud Device

CS: Consultation System

Figure 1 is a system architecture diagram of an embodiment of a remote body temperature measurement and monitoring system created by the creation; Figure 2 is a system architecture diagram of another embodiment of the remote body temperature measurement and monitoring system created by the creation; Figure 3 is a remote body temperature measurement and monitoring system created by the creation. A system architecture diagram of another embodiment of the terminal body temperature measurement and monitoring system; FIG. 4 is a system architecture diagram of another embodiment of the created remote body temperature measurement and monitoring system.

FIG. 1 is a system architecture diagram of an embodiment of a remote body temperature measurement and monitoring system created by the creation, and FIG. 2 is a system architecture diagram of another embodiment of the created remote body temperature measurement and monitoring system. Please refer to FIGS. 1 and 2 . A remote body temperature measurement and monitoring system of the present invention, in one embodiment, includes: a measurement device (10) and a monitoring application module (20), the monitoring application module (20) is installed in a main controller In the device (CE), the monitoring application module (20) is electrically connected to the measuring device (10) through the main control device (CE), wherein the monitoring application module (20) is an application software program, The main control device (CE) is a smart phone, a tablet computer or a central control host computer, and has wireless or wired network connection and signal transmission functions. The measuring device (10) has a measuring module (11), a signal transmission module (12), a power supply module (13) and a control module (14). The measuring device (10) can be attached to the body of the subject, and the body temperature can be measured by contacting the skin of the subject's body through the measuring module (11), and the measuring module (11) is a digital body temperature The sensor can convert the measured body temperature into a digital signal, the signal transmission module (12) includes a first communication unit (120), preferably, the first communication unit (120) is a bluetooth communication module A group, the signal transmission module (12) is used to transmit and receive control and measurement signals, whereby the measurement module (11) transmits the measured body temperature data, including temperature, date, time, etc., through The signal transmission module (12) is transmitted to the monitoring application module (20).

The power supply module (13) is used for providing operating power to enable the measurement device (10) to operate, the power supply module (13) is preferably a lithium battery, and the control module (14) and the measurement module are respectively (11), the signal transmission module (12) and the power supply module (13) are electrically connected and used to control the execution state of the measuring device (10), the control module (14) passes the signal transmission module (12) Receive a setting instruction from the monitoring application module (20) for function setting, for example, the control module (14) can transmit the power status of the power supply module (13) through the signal transmission module (12) It is sent back to the monitoring application module (20), or the current measurement mode or measurement state of the measurement module (11) is provided.

The monitoring application module (20) has a receiving module (21), an analysis module (22), an alarm module (23), an uploading module (24), a function module (25) and a A setting module (26), wherein the receiving module (21) is used to receive measurement data and device status information measured by the measurement device (10), such as the subject's body temperature data and power status.

The analysis module (22) is used to analyze body temperature data, and the analysis module (22) can perform a periodic/number of measurements, such as analysis of long-term body temperature records every two hours, daily, weekly or monthly , as a real-time preliminary judgment of the physical condition, the analysis module (22) can present the temperature change according to the measurement time, such as a temperature change curve, so as to facilitate the subject to understand, the analysis module (22) further includes a classification Input unit, the classification input unit provides the subjects to input a classification data according to their own conditions, such as: gender, age, special disease, taking medicine, through the classification unit, gender, age, special disease or taking medicine, etc. Classification data input, analyze the relationship between body temperature changes and the classification data data through algorithms, because body temperature changes may produce different analysis results according to gender, age, special diseases or taking drugs, for example: some special drugs will affect normal body temperature Change, if the body temperature rises due to the drug, it can be known that it is caused by the drug, not the real fever, or when the current physical condition is different from the previous normal condition, the temperature change curve under the previous normal condition and the current state can be provided The temperature change curve is compared to let the subjects understand. In addition, women over the age of 50 may have a high body temperature due to menopause, rather than a real fever or cold. This analysis module (22) can also be used to explain this, so that female subjects can know their menopause. It has come, and those things need to be paid attention to. Or for young children, since the body temperature of young children is generally higher than that of adults, it is easier to detect whether there is abnormal body temperature by age classification and body temperature changes.

The warning module (23) is used to notify the user of the warning of the measurement result, and the warning module (23) is based on the analysis report result of the analysis module (22) to give a corresponding warning, such as body temperature under normal conditions When the temperature is high, if the body temperature is between 37.5 and 38 degrees Celsius, a warning message can be displayed, and when the body temperature exceeds 38 degrees, a fever warning will be issued, and a reminder to seek medical attention as soon as possible.

The uploading module (24) is used for uploading the body temperature measurement data to a cloud device (CL). In order to perform long-term recording and analysis of the subject's thermometer, the uploading module (24) can continuously The measured body temperature record is uploaded to a cloud device (CL), which can be a cloud database.

Please continue to refer to Figure 1. Preferably, the remote body temperature measurement monitoring system of the present invention further comprises a cloud device (CL), the cloud device (CL) is electrically connected with the monitoring application module (20) and has a function of analyzing pathological data, which can be The relationship between body temperature changes and various pathologies is stored and analyzed on a large scale, and the cloud device (CL) is preferably a database server.

FIG. 3 is a system architecture diagram of another embodiment of the created remote body temperature measurement and monitoring system, please refer to FIG. 3 . Preferably, the cloud device (CL) is electrically connected with a clinic system (CS), the clinic system (CS) exchanges data with the cloud device (CL), and the clinic system (CS) is a medical hospital. The consultation host, the doctor can receive the subject's body temperature data through the consultation system (CS) and combine with the previous medical record information to conduct real-time online consultation for the subject to understand the subject's current condition to provide Consult advice.

Please continue to refer to Figure 2. The function module (25) provides the user with the function of executing the function menu item. The function module (25) performs an analysis report on the body temperature by inputting various data of the subject according to the requirements of the special function. Preferably, The function module (25) includes a pregnancy preparation detection unit (250), a pregnancy detection unit (251) and an artificial reproduction detection unit (252), and the function module (25) can be performed through the warning module (23) Corresponding warnings and reminders. The pregnancy preparation detection unit (250) provides the test subject to input menstrual period data such as start and end dates, so as to accurately integrate and analyze the temperature change and the menstrual period, so as to provide a more accurate report of the test subject's ovulation date and improve the probability of conception.

The pregnancy detection unit (251) provides the subject to input the number of weeks of pregnancy and age, so as to understand the physical state of the subject, and analyzes the physical state of the subject according to the age of pregnancy, the number of weeks of pregnancy and changes in body temperature In order to ensure the health and safety of mothers and fetuses, provide the precautions that the subjects should pay attention to, such as obstetric examination time, health education information, and nutrition to be supplemented.

The artificial reproduction detection unit (252) provides the test subject to input the time of embryo implantation, so as to calculate the changes of body temperature and progesterone, and accurately grasp the value of progesterone, and calculate the time point when the subject should supplement the progesterone, so as to supplement the progesterone in time. Progesterone can prevent miscarriage due to insufficient progesterone, or send an emergency notification through the warning module (23), and quickly go to a medical institution for an in-depth examination to confirm the status of the embryo.

The setting module (26) is used for setting the function mode of the measuring device (10). In order to make the measuring device (10) according to the needs of the subject, the measuring device (10) can be set through the setting module (26). The function mode is carried out, so that the measurement device (10) can perform body temperature measurement recording more efficiently, such as measurement cycle, and capture measurement data according to requirements to save power.

Please continue to refer to Figure 2. Preferably, the signal transmission module (12) further comprises a second communication unit (121), the second communication unit (121) is a radio frequency module, in order to provide different signal transmission methods, transmission distances and suitable for use place, the signal transmission module (12) further comprises a second communication unit (121), the second communication unit (121) is a radio frequency module (RFID), when the measuring device (10) is plural, The identification number of each measuring device (10) can be identified through the second communication unit (121), so as to know the body temperature measurement record of each subject who uses the measuring device (10), especially the application When there are many subjects and need to measure at the same time.

Please continue to refer to Figure 2. Preferably, the functional module (25) further comprises a vaccine injection detection unit (253), the vaccine injection detection unit (253) provides the subject to input the vaccine name and the date of inoculation, and analyzes the temperature change of the subject to ensure The subject can grasp the temperature status during the injection of the vaccine, and give the correct analysis report or health education instructions.

Preferably, the functional module (25) further includes a long-term care person detection unit (254), because most long-term care people are often bedridden, the body temperature is slightly different than that of people of the same age, and may not be able to. By themselves or clearly explaining their own situation, the long-term care person detection unit (254) can allow the attendant to grasp the long-term According to the body condition of the person, such as recording the time and frequency of turning over, or confirming whether there is a cold, bedsore or other symptoms through body temperature analysis, it can be detected and treated early.

FIG. 4 is a system architecture diagram of another embodiment of the created remote body temperature measurement and monitoring system, please refer to FIG. 4 . Preferably, the main control device (CE) further comprises a third communication unit (27), and the third communication unit (27) is used for being electrically connected with a plurality of the measuring devices (10) to perform remote monitoring. Preferably, the third communication unit (27) is a radio frequency module (RFID), and when the main control device (CE) is a central control host computer or medical testing equipment, the third communication unit (27) It can be electrically connected to each of the second communication units (121) of the plurality of measuring devices (10) respectively, especially when in a large medical institution or a long-term care center, the number of beds managed by each floor or area is relatively large , the patient can stick the measuring device (10) and be monitored by the main control device (CE), which can solve the problem of insufficient medical staff or a long period of room inspection. When the patient's body temperature in a certain bed is abnormal When changing, since the second communication unit (121) can correspond to the serial number code of the measuring device (10), the warning module (23) can issue a warning notice and display which patient is in, and can notify the medical staff deal with in a timely manner.

The above-mentioned embodiments are only intended to illustrate the technical ideas and features of the present creation, and the purpose is to enable those who are familiar with the art to understand the content of the present creation and implement them accordingly, and should not limit the patent scope of the present creation. , all the equivalent changes or modifications made according to the spirit of this creation and the contents of the description shall be covered by the scope of the patent of this creation.

10: Measuring device

11: Measurement module

12: Signal transmission module

13: Power supply module

14: Control module

20: Monitoring application module

21: Receive module

22: Analysis module

23: Warning module

24: Upload the module

25: Function module

26: Setting the module

CE: main control device

CL: Cloud Device

Claims (10)

A remote body temperature measurement and monitoring system, comprising: a measuring device (10), the measuring device (10) has a measuring module (11), a signal transmission module (12), a power supply module (13) and a control module (14), The measurement module (11) is used for measuring the body temperature of the person to be measured, the signal transmission module (12) includes a first communication unit (120) and is used for transmitting and receiving control and measurement signals, the power supply module ( 13) For providing operating power, the control module (14) is electrically connected to the measurement module (11), the signal transmission module (12) and the power supply module (13) respectively, and is used to control the measuring the performance status of the device (10); and A monitoring application module (20), the monitoring application module (20) is installed in a main control device (CE), the monitoring application module (20) communicates with the measurement device (CE) through the main control device (CE) 10) It is electrically connected and has a receiving module (21), an analysis module (22), an alarm module (23), an uploading module (24), a function module (25) and a setting module A group (26), wherein the receiving module (21) is used for receiving the measurement data and device status information of the measuring device (10), the analysis module (22) is used for analyzing the body temperature data, the warning module ( 23) for notifying the user of the measurement result, the uploading module (24) is used for uploading the body temperature measurement data to a cloud device (CL), the function module (25) provides the user with the function of executing the function menu item , the setting module (26) is used for setting the function mode of the measuring device (10). The remote body temperature measurement and monitoring system according to claim 1, wherein the first communication unit (120) is a Bluetooth communication module. The remote body temperature measurement and monitoring system according to claim 1, wherein the signal transmission module (12) further comprises a second communication unit (121), and the second communication unit (121) is a wireless radio frequency module. The remote body temperature measurement and monitoring system according to claim 1, wherein the functional module (25) comprises a pregnancy preparation detection unit (250), a pregnancy detection unit (251) and an artificial reproduction detection unit (252). The remote body temperature measurement and monitoring system according to claim 1, wherein the functional module (25) further comprises a vaccine injection detection unit (253). The remote body temperature measurement and monitoring system according to claim 1, wherein the functional module (25) further comprises a long-term care person detection unit (254). The remote body temperature measurement and monitoring system according to claim 1, further comprising a cloud device (CL), the cloud device (CL) is electrically connected with the monitoring application module (20) and has a pathological data analysis function . The remote body temperature measurement and monitoring system according to claim 7, wherein the cloud device (CL) is electrically connected with a clinic system (CS), and the clinic system (CS) and the cloud device (CL) conduct data exchange. The remote body temperature measurement and monitoring system according to claim 1, wherein the main control device (CE) further comprises a third communication unit (27), and the third communication unit (27) is used for communicating with a plurality of the measurement The device (10) is electrically connected to perform remote monitoring. The remote body temperature measurement and monitoring system according to claim 9, wherein the third communication unit (27) is a wireless radio frequency module.

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