CN111551284A - Using method of continuous temperature measurement barrier-free human body temperature measurement device - Google Patents

Abstract

The invention discloses a method for using a human body temperature measurement device for continuous temperature measurement without hindrance. The temperature measurement device comprises a temperature measurement probe, a flexible connection part and a main body part. The flexible connection part adopts a flexible material with elasticity, so The main body part is provided with a fixing piece, or a pocket is arranged to wrap the main body part and is arranged on the close-fitting clothing; the use method includes: when the body temperature needs to be monitored, the main body part is fixed on the personal clothing of the part to be measured by the fixing piece , and install the temperature measuring probe at the part to be detected of the human body; during the temperature monitoring process, the human body can move freely, and during the movement of the human body, the temperature measuring probe is adaptively adjusted according to the structural characteristics of the human body for continuous temperature measurement; The temperature probe detects the temperature of the human body and transmits the data to the main body.

Description

A method of using a continuous temperature measurement device for unobstructed human body temperature measurement

technical field

The invention belongs to the technical field of intelligent temperature measurement, and in particular relates to a method for using a device for continuous temperature measurement without hindrance of human body temperature measurement.

Background technique

The new coronavirus is mainly transmitted through respiratory droplets and close contact. Based on the current epidemiological investigation, the incubation period is 1-14 days, mostly 3-7 days. The incubation period is contagious, and asymptomatic infections may also become the source of infection , the population is generally susceptible. After being infected with the new coronavirus, the initial symptoms of patients are mostly fever, fatigue and dry cough, and gradually develop severe symptoms such as dyspnea. Some severe cases may develop acute respiratory distress syndrome or septic shock, and even die. At present, due to the lack of effective antiviral drugs against pathogens, isolation treatment and symptomatic and supportive treatment are the mainstays. Therefore, before the advent of vaccines, the ability to identify and isolate infected people and even asymptomatic infected people is the current epidemic prevention work. Top priority.

Identifying patients with fever by measuring body temperature is one of the main methods of detection at present. However, some asymptomatic infected people do not have persistent fever symptoms, and occasional temperature measurement cannot identify them, so it is necessary to continue Temperature measuring equipment and how to use it.

SUMMARY OF THE INVENTION

Aiming at the deficiencies of the prior art, the present invention provides a method of using a continuous temperature measurement device without hindering human body temperature measurement, which can not only continuously measure temperature, but also feel comfortable while measuring temperature, thereby ensuring the accuracy of temperature measurement.

The present invention is achieved through the following technical solutions:

A method of using a human body temperature measurement device for continuous temperature measurement without hindrance, the temperature measurement device comprises a temperature measurement probe, a flexible connection part and a main body part, the flexible connection part adopts a flexible material with elasticity, and the main body part is provided with a flexible material with elasticity. A fixing piece is arranged, or a pocket is arranged to wrap the main body and arranged on the close-fitting clothing;

The method of use includes:

When the body temperature needs to be monitored, the main body is fixed on the body underclothing of the part to be measured by the fixing part, and the temperature measuring probe is installed at the part to be measured of the human body; during the temperature monitoring process, the human body can move freely, and when the body moves During the process, the temperature measuring probe is adaptively adjusted according to the structural characteristics of the human body to perform continuous temperature measurement; the temperature measuring probe detects the temperature of the human body and transmits data to the main body.

Further, the fixing member or the pocket is detachably fixed on the clothes, and when the measurement position needs to be changed or the temperature is no longer measured, the fixing member can be released from the clothes.

Further, the temperature measuring device further includes a data processing module, the data processing module is arranged in the main body, and a display window is provided on the main body, and the display window is used to display the effective body temperature value.

Further, the temperature measurement device further includes a data processing module, the data processing module is arranged in the main body, and the main body is also provided with a wireless transceiver module, and the effective body temperature value obtained by the data processing module is transmitted through the wireless transceiver. The module is sent to the outside of the temperature measuring device.

Further, the temperature measurement device further includes a data processing module, the data processing module is arranged outside the temperature measurement device, the main body is provided with a wireless transceiver module, and the original temperature measurement data and corresponding time data pass through the The wireless transceiver module sends the data to the data processing module outside the temperature measuring device.

Further, the data processing method of the data processing module includes:

Obtain original temperature and time data: The original temperature data comes from a wireless thermometer, which can be fixed on the body of the person to be measured, continuously measure temperature during work, and report the temperature value and temperature measurement time data in real time;

Obtain effective body temperature value: filter the reported raw temperature data, retain the effective value, compare the obtained original human body temperature data with the set minimum temperature threshold and maximum temperature threshold, and keep the minimum temperature threshold and maximum temperature threshold. The original human body temperature data between , as the effective body temperature value;

Select the body temperature value on the whole hour: From the valid body temperature values reported during a whole hour period, select the temperature that is most suitable for the temperature measured person during the whole hour period, as the last hour of the temperature measured person on the whole hour. body temperature;

Select the highest body temperature value within the most recent specified period of time: it is used to determine whether the temperature-measured person has a fever within the most recent specified period of time.

Further, if the temperature that is determined to be invalid is detected, that is, it is lower than the specified minimum body temperature value, or the detected body temperature value is higher than the specified maximum body temperature value, an alarm will be issued to remind the medical staff to pay attention.

Further, the temperature measuring device is used for comprehensive monitoring of group body temperature, including:

A number of base stations are distributed and set at the place to be detected by the group, respectively receiving data uploaded by several temperature measuring devices, and communicating between the temperature measuring devices and the base station;

A background control center is set outside the temperature measurement device, and the serial number is marked for each temperature measurement device, and a file is established for each temperature measurement device with a serial number in the background control center to collect real-time monitoring data of the temperature measurement device;

The base station and the background control center can communicate in real time through the Internet, and the data can also be transmitted to the background control center through the storage medium for processing; the detection personnel can remotely monitor the fever status of each person in real time through electronic equipment, including low fever, moderate fever, High fever or normal state.

Beneficial effects of the present invention:

The present invention provides a method of using a human body temperature measurement device for continuous temperature measurement without hindrance, which can not only realize continuous temperature measurement, but also can be used as a temperature measurement probe and human skin due to the soft characteristics of the soft connection part while measuring temperature. The buffer between them reduces the discomfort of hard objects poking into the skin, does not interfere with the human body, and is easy to wear, thereby ensuring the accuracy of temperature measurement, and realizing the detection of individual data or the detection of group data.

Description of drawings

Fig. 1 is the structural representation of the temperature measuring device of the present invention;

Fig. 2 is the front view of the temperature measuring device of the present invention;

Fig. 3 is the side view of the temperature measuring device of the present invention;

Fig. 4 is the flow chart of the data processing method of the data processing module of the present invention;

Among them: 1. Temperature measuring probe; 2. Flexible connection part; 3. Main body part.

Detailed ways

The preferred mechanism and motion realization method of the present invention will be further described below with reference to the accompanying drawings and specific embodiments.

In order to illustrate the method of the present invention more clearly, this embodiment first provides a temperature measuring device as shown in FIGS. 1-3 .

A continuous temperature measurement device for unobstructed human body temperature measurement comprises a temperature measurement probe 1 and a main body part 3, and the temperature measurement probe 1 and the main body part 3 are connected by a flexible connection part 2. In this embodiment, the temperature measuring probe 1 adopts a conventional temperature measuring method, for example, a temperature sensitive diode can be used to measure the temperature, and then the temperature measuring probe 1 is connected to the main body 3 through a wire.

The flexible connection part 2 is made of a flexible material with elasticity, for example, a silicone sleeve can be used, which is wrapped around the metal wire. The advantages of using a flexible connection part are: 1. The silicone sleeve can protect the internal metal wires; 2. The softness of the flexible connection part can be used as a buffer between the temperature measuring probe 1 and the human skin, reducing the penetration of hard objects The discomfort of the skin, and the orientation of the temperature measuring probe can be adjusted independently according to the characteristics of the measurement site to improve the user's experience; 3. Because the flexible connection part has the ability to rebound, even if the temperature measuring probe deviates from the object due to the movement of the human body The deviation is only short-term, and the temperature measuring probe can quickly return to the initial state, thereby ensuring the sustainability of the temperature measurement process.

The main body part 3 is fixed on the part of the human body to be temperature-measured. The present invention does not limit the fixing method. Therefore, the fixing structure is not shown in Figs. 1-3. Sewn on intimate clothing. Among them, the fixing parts can be pins, Velcro, magnets, pockets and so on. Preferably, the fixing member is a safety pin. Unless the safety pin is deliberately removed from the clothing, the safety pin will not fall off the underwear, so that the wireless thermometer can be fixed inside the underwear, close to the temperature measurement position.

A pocket can also be set on the outside of the main body. The pocket can be a net pocket, a cloth bag, or similar objects. A strap is provided on the pocket, so that the human body temperature measuring device can be tightly wrapped around the main body of the temperature measuring device through the pocket, and then passed through the pocket. The straps place pockets on close-fitting clothing while keeping the temperature probe close to the area to be measured, such as the armpit or the base of the thigh.

The temperature measurement device of this embodiment further includes a data processing module, and the data processing module is used to filter and process the body temperature data detected by the temperature measurement probe 1 at a specified time.

The settings of the data processing module include two forms:

The first is that the data processing module is arranged in the casing of the main body 3, for example, the data processing module is embedded in the MCU of the temperature measuring device.

And when the data processing module is arranged in the casing of the main body 3, the processed mode can be displayed in two ways:

First, the effective body temperature value obtained by the data processing module is directly displayed on the temperature measuring device through the existing conventional method. For example, a display window is provided on the main body, and the display window is used to display the effective body temperature value. Here No longer;

The second is that the effective body temperature value obtained by the data processing module is sent to the external organization of the main body through the wireless transceiver module. For example, a background control center can be set up as an external organization in a centralized monitoring location, and the wireless transceiver module will send the effective body temperature value obtained by the data processing module. It is sent to the background control center in real time, which can realize real-time comprehensive monitoring of body temperature in group scenes, so that individuals at high risk of abnormal body temperature in the group can be screened and screened in time. It can be understood that this embodiment is only a specific example of a setting method of a data processing module. In addition, those skilled in the art can obtain other similar implementation methods by analogy. For example, the data processing module is arranged in a handheld mobile terminal, a local Computers or servers, network servers, cloud servers, and these similar setting methods should all be included within the protection scope of the present invention.

The second is to set the data processing module outside the main body, for example, set the data processing module on a handheld mobile terminal, local computer or server, network server, cloud server.

When the data processing module is installed outside the main body, a wireless transceiver module needs to be installed inside the main body. The temperature measurement probe continues to perform body temperature detection at specified time intervals, and the original temperature measurement data and corresponding time data are transmitted through the wireless transceiver module in the main body. It is sent to the data processing module outside the temperature measuring device for data processing.

A method of using a continuous temperature measurement device for unobstructed human body temperature measurement described in this embodiment includes:

When the body temperature needs to be monitored, the main body is fixed on the body underclothing of the part to be measured by the fixing part, and the temperature measuring probe is installed at the part to be measured of the human body; during the temperature monitoring process, the human body can move freely, and when the body moves In the process, the temperature measuring probe is adaptively adjusted according to the structural characteristics of the human body to perform continuous temperature measurement; the temperature measuring probe detects the temperature of the human body and transmits data to the temperature measuring module; the temperature measuring module displays the data on the LCD screen or wirelessly transmits it to the temperature measuring module. The background control center performs data processing; if the detected data is lower than the specified minimum body temperature value, or the detected body temperature value is higher than the specified maximum body temperature value, the temperature measurement device will alarm to remind medical staff to pay attention; when the measurement location needs to be changed Or when the temperature is no longer measured, the fixing piece can be released from the fixing of the clothes.

The part to be detected is preferably the underarm part, and the temperature measuring device is preferably fixed on the inner side of the body undergarments of the part to be measured.

The above-mentioned temperature measurement devices that transmit data wirelessly are particularly suitable for comprehensive body temperature monitoring in group scenarios (for example, automatic continuous body temperature monitoring of large-scale personnel in hospitals, schools and centralized isolation areas). It can not only reduce the contact between monitoring personnel or medical staff and patients, but also understand the real-time dynamic body temperature of all monitored personnel in real time, so that individuals with abnormal body temperature in the group can be identified and screened in time.

When the temperature measuring device is used for comprehensive monitoring of group body temperature and body temperature, the monitoring method includes the following steps:

In the place to be tested in groups, such as a ward with dozens of beds, several base stations are distributed to receive data uploaded by several temperature measurement devices, and the communication interface between the temperature measurement device and the base station, including but not limited to mobile communication networks; Data transmission methods, including but not limited to SI4455 data reception, GPRS data upload, and an alarm can be generated when the data network is disconnected;

Label each temperature measuring device with a serial number, and create a file for each temperature measuring device with a serial number in the background control center to collect real-time monitoring data of the temperature measuring device;

The base station and the background control center can communicate in real time through the Internet, and the data can also be transmitted to the background control center for processing through storage media such as U disk. Febrile states, including low, moderate, high, or normal.

Among them, the base station is preferably fixed at a height of 2 meters from the ground, and ensure that it is connected to the 220V power supply through the base station power adapter.

When setting the base station, it is necessary to consider the radiation range of the base station. When conditions permit, you can set up more base stations to prevent the temperature measurement device from being out of the radiation range of the base station and unable to transmit monitoring data in real time.

This monitoring method can reduce the contact between medical staff and patients, and can understand the dynamic body temperature of everyone in real time. It is especially suitable for automatic continuous temperature monitoring of large-scale personnel in hospitals, schools and centralized isolation areas.

As shown in Figure 4, the data processing method of the above-mentioned data processing module includes:

1) Obtain original temperature and time data: The original temperature data comes from a wireless thermometer, which can be fixed on the body of the person to be measured, continuously measure temperature during work and report the temperature value and temperature measurement time data in real time;

2) Obtain effective body temperature value: filter the reported original temperature data, retain the effective value, compare the obtained original human body temperature data with the set minimum temperature threshold and maximum temperature threshold, and keep the temperature at the lowest temperature threshold and the highest temperature threshold. The original human body temperature data between the temperature thresholds, as the effective body temperature value;

3) Select the body temperature value at the whole hour: From the valid body temperature values reported during a whole hour, select the temperature that is most suitable for the person being measured during the hour, as the temperature of the person being measured at the latest hour. whole point body temperature;

4) Select the highest body temperature value within the most recent specified period of time: it is used to judge whether the temperature-measured person has a fever within the most recent specified period of time.

If the temperature that is judged to be invalid is detected, that is, it is lower than the specified minimum body temperature value, or if the detected body temperature value is higher than the specified maximum body temperature value, the alarm unit will emit a sound to remind medical staff to pay attention.

Finally, it should be noted that the above are only the preferred embodiments of the present invention, and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the embodiments, those skilled in the art can still The technical solutions recorded in each embodiment are modified, or some technical features thereof are equivalently replaced, but any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the present invention. within the scope of protection.

Claims (8)

1. A method of using a human body temperature measuring device for continuous temperature measurement without hindrance, wherein the temperature measuring device comprises a temperature measuring probe, a flexible connection part and a main body part, and the flexible connection part adopts a flexible material with elasticity , the main body part is provided with a fixing piece, or a pocket is arranged to wrap the main body part on the close-fitting clothing; The method of use includes: When the body temperature needs to be monitored, the main body is fixed on the body underclothing of the part to be measured by the fixing part, and the temperature measuring probe is installed at the part to be measured of the human body; during the temperature monitoring process, the human body can move freely, and when the body moves During the process, the temperature measuring probe is adaptively adjusted according to the structural characteristics of the human body for continuous temperature measurement; the temperature measuring probe detects the temperature of the human body and transmits data to the main body. 2. The method of using the device for continuous temperature measurement without hindrance of human body temperature measurement according to claim 1, wherein the fixing member or the pocket is detachably fixed on the clothes, and when the measurement position needs to be changed or the measurement is no longer When the temperature is high, the fixing piece can be released from the fixing of the clothes. 3. The method of using the device for continuous temperature measurement without hindrance of human body temperature measurement according to claim 1, wherein the temperature measurement device further comprises a data processing module, and the data processing module is arranged in the main body, and the A display window is provided on the main body, and the display window is used to display the effective body temperature value. 4 . The method of using the device for continuous temperature measurement without hindrance of human body temperature measurement according to claim 1 , wherein the temperature measurement device further comprises a data processing module, and the data processing module is arranged in the main body, and the The main body is also provided with a wireless transceiver module, and the effective body temperature value obtained by the data processing module is sent to the outside of the temperature measurement device through the wireless transceiver module. 5. The using method of the sustainable temperature measurement device without hindrance of human body temperature measurement according to claim 1, wherein the temperature measurement device further comprises a data processing module, and the data processing module is arranged outside the temperature measurement device, The main body is provided with a wireless transceiver module, and the original temperature measurement data and corresponding time data are sent to the data processing module outside the temperature measurement device through the wireless transceiver module. 6. The method of using the device for continuous temperature measurement without hindrance of human body temperature measurement according to claim 3, 4 or 5, wherein the data processing method of the data processing module comprises: Obtain original temperature and time data: The original temperature data comes from a wireless thermometer, which can be fixed on the body of the person to be measured, continuously measure temperature during work, and report the temperature value and temperature measurement time data in real time; Obtain effective body temperature value: filter the reported raw temperature data, retain the effective value, compare the obtained original human body temperature data with the set minimum temperature threshold and maximum temperature threshold, and keep the minimum temperature threshold and maximum temperature threshold. The original human body temperature data between , as the effective body temperature value; Select the body temperature value on the whole hour: From the valid body temperature values reported during a whole hour period, select the temperature that is most suitable for the temperature measured person during the whole hour period, as the last hour of the temperature measured person on the whole hour. body temperature; Select the highest body temperature value within the most recent specified period of time: it is used to determine whether the temperature-measured person has a fever within the most recent specified period of time. 7. The method of using the device for continuous temperature measurement without hindrance of human body temperature measurement according to claim 6, characterized in that, if a temperature that is determined to be invalid is detected, it is lower than a specified minimum body temperature value, or the detected body temperature is When the value is higher than the specified maximum body temperature, an alarm will be issued to remind medical staff to pay attention. 8. The method for using a sustainable temperature measurement device for unobstructed human body temperature measurement according to claim 1, wherein the temperature measurement device is used for comprehensive monitoring of group body temperature, comprising: A number of base stations are distributed and set up at the place to be detected by the group, and the data uploaded by several temperature measurement devices are respectively received, and the temperature measurement device communicates with the base station; A background control center is set outside the temperature measurement device, and the serial number is marked for each temperature measurement device, and a file is established for each temperature measurement device with a serial number in the background control center to collect real-time monitoring data of the temperature measurement device; The base station and the background control center can communicate in real time through the Internet, and the data can also be transmitted to the background control center through the storage medium for processing; the detection personnel can remotely monitor the fever status of each person in real time through electronic equipment, including low fever, moderate fever, High fever or normal state.

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