TW202244470A - Local apparent temperature measurement method and system capable of sensing the local apparent temperature of the place where the user stays in real time - Google Patents

Abstract

The invention provides a local apparent temperature measurement method and system, in which a local temperature value unit, a local humidity value unit and a local wind volume value unit are used to respectively sense the real-time temperature, real-time humidity and real-time wind volume of the place where the user stays, and the sensed values are converted to produce an local apparent temperature value. After receiving the local apparent temperature value, a processing unit obtains one of the plurality of apparent temperatures corresponding to the local apparent temperature value and one of a plurality of care prompting messages corresponding thereto obtained from an apparent temperature and care message corresponding unit, and transmits the same to a man-machine interface device. Furthermore, the man-machine interface device presents the local apparent temperature value and/or one of the plurality of care prompting messages in one of the forms of graphics, animation, lights and sounds.

Description

Method and system for measuring sensible temperature on the ground

[0001] The present invention relates to a kind of somatosensory temperature measurement technology, especially a kind of on-site somatosensory temperature measurement method and system, which can sense the real-time temperature value, real-time humidity value and real-time air volume value of the user's location, and The conversion generates a local body temperature value, and a care prompt message corresponding to the local body temperature value is presented on the human-machine interface device.

[0002] People's requirements for environmental quality and the demand for environmental control are getting higher and higher. When people want to know the temperature, humidity and other environmental parameters of the home or outdoor environment, they can easily obtain the temperature and humidity values through thermometers and hygrometers. However, due to the influence of various factors, even though people know the temperature and humidity values, there is a big gap between them and the perceived temperature. [0003] In the prior art, when the user wants to know the current body temperature, it is generally necessary to be equipped with a communication mobile phone and set up an Internet networking function and a specific operating program, so as to find the designated official temperature through the operation of the communication mobile phone. The website, and then obtain the temperature value, humidity value, and air volume from the official announcement information. [0004] However, the temperature value, humidity value, air volume value, and body temperature obtained by the user in this way are not actually the real data of the user's location. Therefore, there is a large gap between the actual temperature, humidity, wind volume, and perceived temperature felt by the user at the actual location and the official temperature, humidity, air volume, and perceived temperature.

[0005] For this reason, the main purpose of the present invention is to provide a method and system for measuring on-site somatosensory temperature, in order to overcome various deficiencies of conventional technologies. The technical means adopted in the present invention is to sense the real-time temperature value, real-time humidity value, and real-time air volume value of the user's location respectively with a local temperature value unit, a local humidity value unit, and a local air volume value unit . The real-time temperature value, real-time humidity value, and real-time air volume value are converted by the integrated temperature calculation conversion unit to generate a local physical temperature value, and then a processing unit obtains the corresponding local temperature value from the integrated temperature and care information corresponding unit The care reminder message of the sensed temperature value is presented to the user by the human-machine interface device to present the local body temperature value and/or the care reminder message. [0007] In terms of effects, the on-site somatosensory temperature measurement method and system provided by the present invention can sense the somatosensory temperature at the user's location in real time, instead of obtaining non-local high-level information through communication mobile phones and the Internet. Error temperature value, humidity value, air volume, body temperature. In addition, through the real-time on-site temperature measurement and display function of the present invention, appropriate reminders or suggestions can be obtained, so that corresponding measures can be taken timely or early. [0008] Furthermore, the on-site sensory temperature measurement system of the present invention integrates an on-site sensory temperature measurement module and an electronic device, so that the electronic device has more practical functions. What's more, the local body temperature measurement system or the electronic device of the present invention can transmit the local body temperature value to the remote server through the communication interface device and the network system or the body temperature in the remote server. One of the plurality of body-sensed temperatures corresponding to the local body-sensed temperature value and the corresponding one of the plurality of care reminder messages obtained in the corresponding unit of sensed temperature and care information are sent to the human-machine interface device of the electronic device. The specific technology adopted in the present invention will be further described by the following embodiments and accompanying drawings.

Referring to shown in Fig. 1, it shows the circuit function block diagram of the first embodiment of the present invention. The local body temperature measurement system of the present invention includes a local body temperature measurement module 100 and an electronic device 200 . Wherein, the sensed local temperature measurement module 100 includes a local temperature value unit 11 , a local humidity value unit 12 , and a local air volume value unit 13 . [0012] The local temperature value unit 11 can generate a local temperature value s11 when sensing the real-time temperature value of the user's location. The local humidity value unit 12 can generate a local humidity value s12 when sensing the real-time humidity value of the user's location. When the ground air volume value unit 13 senses the real-time humidity value at the location of the user, a local air volume value s13 can be generated. [0013] The local air volume value unit 13 may include an air volume meter 131 for sensing the real-time air volume at the user's location. The local air volume value unit 13 can also be an air volume setting unit 132, which can store a plurality of air volume parameter values 133 by default, and the user can select one of the multiple air volume parameter values 133 as the local air volume value s13. After receiving the local temperature value s11, the local humidity value s12, and the local air volume value s13, the integral sense temperature calculation conversion unit 2 is based on the local temperature value s11, the local humidity value s12, the local The ground air volume value s13 is converted to generate a local body temperature value s2 which is sent to a processing unit 3 . [0015] The electronic device 200 includes a processing unit 3, a unit 4 corresponding to the body temperature and nursing information, a man-machine interface device 5, and a communication interface device 6. The sensory temperature and care information corresponding unit 4 is connected to the processing unit 3, and it presets to store multiple sensory temperatures s2a, s2b, s2c...s2n and the multiple sensory temperatures s2a, s2b, s2c...s2n respectively A plurality of corresponding care reminder messages s3a, s3b, s3c...s3n. The electronic device 200 may be, for example, one of a smart communication phone, a wearable electronic device, a driving recorder, and a car watch. [0016] The man-machine interface device 5 is connected to the processing unit 3. The man-machine interface device 5 can be a man-machine interface of one of graphics, animation, lights and sounds. Specifically, the man-machine interface device 5 may include components such as an LCD display, an LED display, an indicator light, and a sound generator. [0017] The communication interface device 6 is connected to the processing unit 3, so that the electronic device 200 can be connected to a remote server 8 through the communication interface device 6 and a network system 7. When in use, the processing unit 3 obtains the plurality of individuals corresponding to the local somatosensory temperature value s2 by the somatosensory temperature and care information corresponding unit 4 according to the received local somatosensory temperature value s2 One of the sensed temperatures s2a, s2b, s2c...s2n and one of the corresponding care reminder messages s3a, s3b, s3c...s3n are sent to the man-machine interface device 5, and the man-machine interface device 5 uses One of the sounds, graphics, animations, and lights presents the local body temperature value s2 and/or the corresponding care reminder messages s3a, s3b, s3c...s3n. Aforesaid plural individual sense temperature s2a, s2b, s2c...s2n can refer to single temperature value (for example 20,22,23,24...etc.), also can be preset temperature range (for example 20 ~25, 25~30...etc). The plurality of care reminder messages s3a, s3b, s3c...s3n corresponding to the plurality of individual sensed temperatures s2a, s2b, s2c...s2n can be, for example, please keep warm in cold weather, please add an extra piece of clothing in cold weather, weather Beware of heatstroke due to sweltering heat....etc. [0020] Through the present invention, the user can sense the perceived temperature of the user's location in real time, and remind or suggest the user to take corresponding measures. Furthermore, in the present invention, the obtained local body temperature value s2 can also be transmitted to the remote server 8 through the network system 7 by a communication interface device 6, so as to establish personalization in the remote server 8. unit or transmit it to others. Fig. 2 shows the schematic diagram of the display example of the man-machine interface device in Fig. 1, it shows that on the man-machine interface device 5, the local temperature value s11, the local humidity value s12, the local air volume value s13, the local The corresponding mark of the body temperature value s2 can also display the care reminder message s3, time and other information and symbols. Fig. 3 shows the flow chart that the present invention coordinates the first embodiment, and its steps include: Step 101: Build a sensory temperature and care message correspondence unit including a plurality of body temperature and a plurality of care reminder messages corresponding to the plurality of body temperature; Step 102: Sensing the real-time temperature of a user's location with a local temperature value unit, and generating a local temperature value; Step 103: Sensing the real-time humidity of the user's location with a local humidity value unit, and generating a local humidity value; Step 104: Sensing the real-time air volume at the user's location with an on-site air volume value unit, and generating an on-site air volume value; Step 105: Receive the local temperature value, the local humidity value, and the local air volume value, and convert and generate a local body temperature value according to the local temperature value, the local humidity value, and the local air volume value ; Step 106: Receive the local somatosensory temperature value, and obtain one of the plurality of somatosensory temperatures corresponding to the local somatosensory temperature value and the corresponding plurality of care reminders from the somatosensory temperature and care information corresponding unit one of the messages is sent to a man-machine interface device; Step 107: The man-machine interface device presents the local body temperature value and/or one of the plurality of care reminder messages to the user in the form of graphics, animation, lights or sounds. Fig. 4 shows the circuit function block diagram of the second embodiment of the present invention. The components of this embodiment are substantially the same as those of the first embodiment, so the same components are marked with the same component numbers for correspondence. In this embodiment, the local body temperature measurement system includes a local body temperature measurement module 100a and an electronic device 200a, and the ground body temperature measurement module 100a also includes a local temperature A value unit 11, a local humidity value unit 12, and a local air volume value unit 13. The difference between this embodiment and the first embodiment is that the sensory temperature calculation conversion unit 2 is built in the electronic device 200a, and can also receive the local temperature value s11, the local humidity value s12, the local air volume value s13, and according to the local temperature value s11, the local humidity value s12, and the local air volume value s13, a local body temperature value s2 is converted and sent to the processing unit 3. Furthermore, the corresponding unit 4 for body temperature and care information is connected or built in the remote server 8 . When the processing unit 3 receives the local somatosensory temperature value s2 generated by the somatosensory temperature calculation conversion unit 2, the somatosensory temperature in the remote server 8 can be obtained through the communication interface device 6 and the network system 7 One of the plurality of body-sensed temperatures s2a, s2b, s2c...s2n corresponding to the local body-sensed temperature value s2 and the corresponding plurality of care reminder messages s3a, s3b, s3c are obtained in the corresponding unit 4 for the care information. ..s3n one. Fig. 5 shows the flow chart that the present invention coordinates the second embodiment, and its steps comprise: Step 101: Build a sensory temperature and care message correspondence unit including a plurality of body temperature and a plurality of care reminder messages corresponding to the plurality of body temperature; Step 102: Sensing the real-time temperature of a user's location with a local temperature value unit, and generating a local temperature value; Step 103: Sensing the real-time humidity of the user's location with a local humidity value unit, and generating a local humidity value; Step 104: Sensing the real-time air volume at the user's location with an on-site air volume value unit, and generating an on-site air volume value; Step 105: Receive the local temperature value, the local humidity value, and the local air volume value, and convert and generate a local body temperature value according to the local temperature value, the local humidity value, and the local air volume value ; Step 106a: Receive the local body temperature value, and obtain the plurality of individual body temperature values corresponding to the local body temperature value from the body temperature and care information correspondence unit in the remote server through the network system One and one of the corresponding plurality of care reminder messages is sent to a man-machine interface device; Step 107: The man-machine interface device presents the local body temperature value and/or one of the plurality of care reminder messages to the user in the form of graphics, animation, lights or sounds. Above-cited embodiment is only in order to illustrate the present invention, is not in order to limit the scope of the present invention, and all other equivalent modifications or replacements that do not break away from the spirit disclosed by the present invention and complete, all should be included in the following within the scope of the patent application.

[0028] 100: On-site sensory temperature measurement module 200: electronic device 11: Local temperature value unit 12: Local humidity value unit 13: In-ground wind volume unit 131: Air flow meter 132: Air volume setting unit 133: Air volume parameter value 2: Somatosensory temperature calculation conversion unit 3: Processing unit 4: Corresponding unit between body temperature and nursing information 5: Man-machine interface device 6: Communication interface device 7: Network system 8: Remote server s11: Local temperature value s12: Local humidity value s13: Local wind volume value s2: local body temperature value s2a, s2b, s2c...s2n: body temperature s3: Nursing reminder message s3a, s3b, s3c...s3n: Nursing reminder message

[0010] FIG. 1 shows a functional block diagram of the circuit of the first embodiment of the present invention. FIG. 2 shows a schematic diagram of a display example of the human-machine interface device in FIG. 1 . Fig. 3 shows a flow chart of the present invention in cooperation with the first embodiment. FIG. 4 shows a functional block diagram of the circuit of the second embodiment of the present invention. FIG. 5 shows a flow chart of the present invention in cooperation with the second embodiment.

100: On-site sensory temperature measurement module

200: electronic device

11: Local temperature value unit

12: Local humidity value unit

13: In-ground wind volume unit

131: Air flow meter

132: Air volume setting unit

133: Air volume parameter value

2: Somatosensory temperature calculation conversion unit

3: Processing unit

4: Corresponding unit between body temperature and nursing information

5: Man-machine interface device

6: Communication interface device

7: Network system

8: Remote server

s11: Local temperature value

s12: Local humidity value

s13: Local wind volume value

s2: local body temperature value

s2a, s2b, s2c...s2n: feel temperature

s3: Nursing reminder message

s3a, s3b, s3c...s3n: Nursing reminder message

Claims (10)

A method for measuring the felt temperature on the ground, comprising: (a) Constructing a sensory temperature and care message correspondence unit including a plurality of individual sensory temperatures and a plurality of care prompt messages corresponding to the plurality of individual sensory temperatures; (b) Use a local temperature value unit to sense the real-time temperature of a user's location and generate a local temperature value; (c) Sensing the real-time humidity of the user's location with a local humidity value unit, and generating a local humidity value; (d) Use a local air volume value unit to sense the real-time air volume at the user's location, and generate a local air volume value; (e) Receive the local temperature value, the local humidity value, and the local air volume value, and convert the local temperature value, the local humidity value, and the local air volume value to generate a local body temperature value ; (f) Receive the on-site somatosensory temperature value, and obtain one of the plurality of somatosensory temperatures corresponding to the on-site somatosensory temperature value and the corresponding plurality of care reminders from the somatosensory temperature and care information correspondence unit one of the messages is sent to a man-machine interface device; (g) The man-machine interface device presents the local body temperature value and/or one of the plurality of care reminder messages to the user in the form of graphics, animation, lights or sounds. The method for measuring local body temperature as described in claim 1, wherein the local body temperature value is further transmitted to a remote server through a network system by a communication interface device. The local body temperature measurement method as described in claim 1, wherein the body temperature and care information corresponding unit is located in a remote server, and in step (f), when receiving the local body temperature value, it is connected to the remote server through a network system, so as to obtain the plurality of individual sensations corresponding to the local body sensation temperature value from the body sensation temperature and care information correspondence unit in the remote server One of the temperatures and one of the corresponding care reminder messages. Personalized local body temperature measurement method as described in claim 1, wherein the local air volume value is the local air volume value sensed by an air flow meter at the user's location as the local air volume value or by the user An air volume setting unit selects one of a plurality of air volume parameter values as the local air volume value. An on-ground body temperature measurement system, comprising: An on-site sensory temperature measurement module is used to sense the real-time sensory temperature of a user's location and generate an on-site sensory temperature value. The on-site sensory temperature measurement module includes: A local temperature value unit, used to sense the real-time temperature of the user's location and generate a local temperature value; An on-site humidity value unit, used to sense the real-time humidity of the user's location and generate an on-site humidity value; An on-site air volume value unit, used to sense the real-time air volume at the user's location and generate an on-site air volume value; The integrated temperature calculation conversion unit receives the local temperature value, the local humidity value, and the local air volume value, and converts and generates the local temperature value, the local humidity value, and the local air volume value according to the local temperature value, the local humidity value, and the local air volume value Feeling temperature value; An electronic device, comprising: A processing unit connected to the local body temperature measurement module; A man-machine interface device connected to the processing unit, the man-machine interface device is a man-machine interface of graphics, animation, lights or sound; The one-body sensory temperature and care information correspondence unit is connected to the processing unit, and presets to store a plurality of individual sensory temperatures and a plurality of care reminder messages respectively corresponding to the plurality of individual sensory temperatures; Wherein, after the on-site somatosensory temperature value generated by the on-site somatosensory temperature measurement module is transmitted to the processing unit of the electronic device, the processing unit obtains from the somatosensory temperature and care information correspondence unit and the One of the plurality of body-sensing temperatures corresponding to the local body-sensing temperature value and one of the corresponding plurality of care reminder messages are sent to the man-machine interface device, and the man-machine interface device uses the graphic, the animation, the light The local body temperature value and/or one of the plurality of care reminder messages is presented in the form of one of the signal or the sound. The local body temperature measurement system as described in claim 5, wherein the electronic device further transmits the local body temperature value to a remote server through a network system through a communication interface device. The on-site body temperature measurement system as described in claim 5, wherein the on-site air volume value unit includes an air volume meter or an air volume setting unit, wherein the air volume setting unit presets and stores a plurality of air volume parameter values for the The user selects one of the plurality of air volume parameter values as the local air volume value. An on-ground body temperature measurement system, comprising: An on-site sensory temperature measurement module is used to sense the real-time sensory temperature of a user's location and generate an on-site sensory temperature value. The on-site sensory temperature measurement module includes: A local temperature value unit, used to sense the real-time temperature of the user's location and generate a local temperature value; An on-site humidity value unit, used to sense the real-time humidity of the user's location and generate an on-site humidity value; An on-site air volume value unit, used to sense the real-time air volume at the user's location and generate an on-site air volume value; The integrated temperature calculation conversion unit receives the local temperature value, the local humidity value, and the local air volume value, and converts and generates the local temperature value, the local humidity value, and the local air volume value according to the local temperature value, the local humidity value, and the local air volume value Feeling temperature value; An electronic device, comprising: A processing unit connected to the local body temperature measurement module; A man-machine interface device connected to the processing unit, the man-machine interface device is a man-machine interface of graphics, animation, lights or sound; a communication interface device connected to the processing unit; The unit corresponding to the body temperature and care information is preset to store a plurality of body temperature and a plurality of care reminder messages corresponding to the plurality of body temperature, and the body temperature and care information correspondence unit is located in a remote server , and the remote server is connected to the communication interface device of the electronic device through a network system; Wherein, after the on-site sensory temperature value generated by the on-site sensory temperature measurement module is transmitted to the processing unit of the electronic device, the processing unit is connected to the remote The sensory temperature and nursing information correspondence unit of the terminal server, so as to obtain one of the plurality of personal sensory temperatures corresponding to the local physical sensory temperature value and one of the corresponding plurality of nursing reminder messages and send it to the man-machine An interface device, the man-machine interface device presents the local body temperature value and/or one of the plurality of care reminder messages in the form of the graph, the animation, the light signal or the sound. The local body temperature measurement system as described in claim 8, wherein the electronic device further transmits the local body temperature value to the body in the remote server through the communication interface device and the network system Sensitive temperature and nursing information correspondence unit. The on-site body temperature measurement system as described in claim 8, wherein the on-site air volume value unit includes an air volume meter or an air volume setting unit, wherein the air volume setting unit presets and stores a plurality of air volume parameter values for the The user selects one of the plurality of air volume parameter values as the local air volume value.

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