CN205197969U - Body temperature detection device - Google Patents
Body temperature detection device Download PDFInfo
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- CN205197969U CN205197969U CN201520933325.5U CN201520933325U CN205197969U CN 205197969 U CN205197969 U CN 205197969U CN 201520933325 U CN201520933325 U CN 201520933325U CN 205197969 U CN205197969 U CN 205197969U
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Abstract
The utility model discloses a body temperature detection device, including being used for laminating in human skin surface the test section with the detecting body temperature, the test section include first substrate layer and lay in detection circuitry on the first substrate layer, detection circuitry include the microprocessor chip, with temperature sensor chips and radio communication chip that the microprocessor chip is connected, and with the antenna that the radio communication chip is connected. The utility model provides an use body temperature detection device's body temperature detection method. The utility model discloses can the sticker mode attach to human skin surface for easy operation is convenient, thereby improves user experience.
Description
Technical field
This utility model relates to technical field of medical instruments, particularly relates to a kind of apparatus for testing body temperature.
Background technology
Existing thermometer has the temperature sensor of being wrapped up by metal usually, during use, temperature sensor is placed in axillary fossa and clamps arm more than five minutes, just can obtain temperature data accurately.In winter, owing to there is the larger temperature difference between temperature sensor and skin, cause the experience sense of thermometer poor, be particularly difficult to the cooperation obtaining ill infant, thus reduce Consumer's Experience.
Foregoing only understands the technical solution of the utility model for auxiliary, does not represent and admits that foregoing is prior art.
Utility model content
Main purpose of the present utility model is to provide a kind of apparatus for testing body temperature, aim to provide a kind of can the apparatus for testing body temperature of comfortable wearing, paster mode can be attached to human skin, make simple to operation, thus improve Consumer's Experience.
For achieving the above object, this utility model provides a kind of apparatus for testing body temperature, described apparatus for testing body temperature comprises for fitting in human skin to detect the test section of body temperature, described test section comprises the first substrate layer and is laid in the testing circuit on described first substrate layer, described testing circuit comprises microprocessor chip, the temperature sensor chip be connected with described microprocessor chip and wireless communication chips, and the antenna be connected with described wireless communication chips.
Preferably, described testing circuit also comprises the power supply be connected with described microprocessor chip, and is connected with described power supply the switch controlling described power work.
Preferably, described testing circuit also comprises the flexible circuit connecting described microprocessor chip, temperature sensor chip, wireless communication chips, antenna, switch and power supply.
Preferably, the timer that described microprocessor chip comprises the processing unit be connected with described temperature sensor chip, the voltage regulator be connected with described power supply and electric capacity, is connected with described processing unit, described processing unit is for controlling described temperature sensor collecting temperature and controlling described timer initiation timing.
Preferably, described microprocessor chip also comprises the memory element be connected with described temperature sensor chip and timer, and described memory element is for the temperature data that stores described temperature sensor chip and gather and the time data of described timer record.
Preferably, described microprocessor chip also comprises the alarm unit be connected with described processing unit.
Preferably, described apparatus for testing body temperature also comprises and is attached at first adhesive-layer of described first substrate layer away from described testing circuit side, and described first adhesive-layer is used for described test section to adhere to human skin.
Preferably, the described first adhesive-layer auxiliary adhesive layer pasted with described test section that comprises the hydrogel layer pasted with described test section and be located at described hydrogel layer surrounding.
Preferably, described apparatus for testing body temperature also comprises and is attached at described first adhesive-layer and the protective layer arranged away from described testing circuit side.
Preferably; described apparatus for testing body temperature also comprises and is attached at described first substrate layer near the second substrate layer of described testing circuit side and the second adhesive-layer of being located between described first substrate layer and described second substrate layer; described second adhesive-layer is used for described first substrate layer and described second substrate layer to fit tightly, to protect described testing circuit.
Preferably, described apparatus for testing body temperature also comprises the terminal with described test section wireless connections, shows with the temperature data detected by described test section.
The apparatus for testing body temperature that this utility model provides, by fitting in human skin to detect the test section of body temperature, described test section comprises the first substrate layer and is laid in the testing circuit on described first substrate layer, described testing circuit comprises microprocessor chip, the temperature sensor chip be connected with described microprocessor chip and wireless communication chips, and the antenna be connected with described wireless communication chips.Like this, paster mode can be attached to human skin, make simple to operation, thus improve Consumer's Experience; Further, by temperature sensor chip continuous surveillance body temperature, and utilizing its data storage function, providing foundation for taking treatment measure under home environment.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model apparatus for testing body temperature;
Fig. 2 is the structural representation of test section in Fig. 1;
Fig. 3 is the structural representation of testing circuit in Fig. 2;
Fig. 4 is the schematic flow sheet of body temperature detection method first embodiment of application this utility model apparatus for testing body temperature;
Fig. 5 is the schematic flow sheet of body temperature detection method second embodiment of application this utility model apparatus for testing body temperature;
Fig. 6 is the schematic flow sheet of body temperature detection method the 3rd embodiment of application this utility model apparatus for testing body temperature;
Fig. 7 is the schematic flow sheet of body temperature detection method the 4th embodiment of application this utility model apparatus for testing body temperature.
The realization of this utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein only in order to explain this utility model, and be not used in restriction this utility model.
This utility model provides a kind of apparatus for testing body temperature 100, with reference to Fig. 1, comprises for fitting in human skin with the test section 1 detecting body temperature and the terminal 2 be connected with the wireless telecommunications of described test section 1.Optionally, described wireless communication protocol comprises NFC (NearFieldCommunication, the short distance wireless communication technology), RFID (RadioFrequencyIdentification, RF identification), the agreement such as bluetooth, WIFI (WIreless-Fidelity, Wireless Fidelity), cellular network.Described test section 1, mainly through being attached at the positions such as human body forehead or axillary fossa, obtains human body temperature.Be understandable that, the human body temperature detected due to the position such as forehead or axillary fossa there are differences, therefore, can different detecting patterns be set according to actual needs, as forehead pattern or axillary fossa pattern, to make test section 1 can process according to detecting the temperature got, and then convert standard temperature data to.Described terminal 2 can be smart mobile phone, panel computer, portable computer or other sensors compatible with described test section 1 wireless communication protocol, and can arrange different temperature unit display mode (as degree Celsius or degrees Fahrenheit), can also relation between form display detection time of chart and temperature data.In addition, data can regularly send to third party as doctor in the mode of mail or note by described terminal 2, make doctor can understand user's state of an illness in time.Be understandable that, described test section 1 also can arrange display unit, to show the relation between detection time and temperature data, and is not limited to the terminal 2 in the present embodiment.
Particularly, with reference to Fig. 2, described test section 1 comprises the first substrate layer 11, the testing circuit 12 be laid on described first substrate layer 11, and being attached at first adhesive-layer 13 of described first substrate layer 11 away from described testing circuit 12 side, described first adhesive-layer 13 is for adhering to human skin by described test section 1.Preferably, the described first adhesive-layer 13 auxiliary adhesive layer 132 pasted with described test section 1 that comprises the hydrogel layer 131 pasted with described test section 1 further and be located at described hydrogel layer 131 surrounding.
In the present embodiment, described first substrate layer 11 has good obstruct moisture and the ability of heat conduction, built-in testing circuit 12 can be made from the moisture effects of hydrogel layer 131 in the first adhesive-layer 13, and good heat conductivility can make testing circuit 12 obtain body temperature data accurately in the short period of time.Meanwhile, the first substrate layer 11 is bondd by glue with built-in testing circuit 12, and built-in testing circuit 12 is attached on the first substrate layer 11 securely.Optionally, the first substrate layer 11 can be made up of composite high-molecular material, polyester, polyolefine material etc., is with being to be understood that, other materials with flexibility, obstruct moisture and high thermal conductivity also can be used as the first substrate layer 11 material.
In the present embodiment, the first described adhesive-layer 13 as between built-in testing circuit 12 and skin medium, play effect testing circuit 12 and human body skin fitted tightly, thus require that there is good heat conductivity, resistance to water and moisture-proof, and to skin without pessimal stimulation.Preferably, various types of hydrogel can be used as the first adhesive-layer 13 material of the present utility model.Because the viscosity of hydrogel is poor, therefore, the first adhesive-layer 13 can comprise the stronger auxiliary adhesive layer 132 of viscosity further, and auxiliary adhesive layer 132 can be positioned at the surrounding of hydrogel layer 131, so, can guarantee that paster type test section 1 is firmly attached on human body skin.Should be appreciated that auxiliary adhesive layer 132 requires to have good water-fast, sweat proof, moisture-proof and heat conductivility equally, and to no skin irritation, test section 1 can be fitted tightly with skin.
Further, temperature sensor chip 122, wireless communication chips 123 and power supply 124 that described testing circuit 12 comprises microprocessor chip 121, is connected with described microprocessor chip 121, the antenna 125 be connected with described wireless communication chips 123, and the switch 126 being connected with described power supply 124 to control that described power supply 124 works.
In the present embodiment, the instruction that described antenna 125 sends for receiving terminal 2 or to terminal 2 transmission information, require to have good electric conductivity, optionally, the material of described antenna 125 comprises the electrically conductive ink etc. of etch copper, etching aluminum, printing carbon containing or silver.Described temperature sensor chip 122 can respond to human body temperature information, and optionally, described temperature sensor chip 122 can be critesistor or resistance temperature detector etc.Described wireless communication chips 123 is connected with antenna 125, can be activated by external electromagnetic waves, and carries out data transmission by antenna 125 to terminal 2.
Described switch 126 is for controlling the in running order or closed condition of power supply 124, switch on power after 124 when user presses switch 126, microprocessor chip 121 is activated, temperature sensor chip 122 is activated after receiving the current signal of microprocessor chip 121 output, and whole built-in testing circuit 12 is in running order.Preferably, select small volume and there is flexible thin film switch 126 as switch 126 of the present utility model.Should be appreciated that the switch 126 of other form also can be used as switch 126 of the present utility model.
Described power supply 124 provides electric energy to microprocessor chip 121, and the ability making it possess to work alone, preferably, button-shaped thin battery has little, the flat feature of volume, can be used as power supply 124 of the present utility model.Should be understood that, the battery (as column type battery) of other form also can be used as power supply 124 of the present utility model.
Further, with reference to Fig. 3, described microprocessor chip 121 comprises the processing unit (not shown) be connected with described temperature sensor chip 122, the voltage regulator 1211 be connected with described power supply 124 and electric capacity 1212, the timer 1213 be connected with described processing unit and alarm unit 1214, and described processing unit starts timing for controlling described temperature sensor collecting temperature and controlling described timer 1213.Described microprocessor chip 121 also comprises the memory element 1215 be connected with described temperature sensor chip 122 and timer 1213, the time data that described memory element 1215 records for the temperature data and described timer 1213 storing the collection of described temperature sensor chip 122.
In the present embodiment, described processing unit is programmable calculating core, can receive and process various order, comprise calculating, data tracking, data storage, data analysis, data point reuse, data conversion etc., all right control temperature sensor chip 122, setting or change temperature read interval time, and control timer starts timing or stops timing, and control store unit 1215 storing temperature and writing time data, and can by described temperature and writing time data be sent to exterior terminal 2.Described processing unit is also by controlling output current control temperature sensor chip 122 and other aiding sensors chips, also optionally (communication chip can obtain its subfam. Spiraeoideae from NFC or RFID transmission) is powered to wireless communication chips 123, like this, power supply 124 electricity of test section 1 can be shown on exterior terminal 2, and estimate residue service time.
Described voltage regulator 1211 and electric capacity 1212, for stabilized power source 124 supply voltage, make whole testing circuit 12 work under stable voltage environment.Described timer 1213, for tracking time, makes microprocessor chip 121 can at the time point preset from temperature sensor chip 122 reading temperature data and retention time point data.Alarm unit 1214 outwardly can send the alarm of vision or audition, and optionally, alarm unit 1214 comprises LED, speaker etc.In addition, described microprocessor chip 121 can also have error detection and controlling functions, can test, guarantee that data are accurate to reading data.
Described testing circuit 12 also comprises the flexible circuit 126 connecting described microprocessor chip 121, temperature sensor chip 122, wireless communication chips 123, antenna 125, switch 126 and power supply 124.Wherein, each junction point, by welding or conductive glue adhesion, makes whole built-in testing circuit 12 be in channel status.
In one embodiment, described test section 1 also comprises and is attached at described first adhesive-layer 13 and the protective layer 14 arranged away from described testing circuit 12 side.
In the present embodiment, described protective layer 14 has peelable feature, for the protection of the first adhesive-layer 13, with guarantee untapped test section 1 with there is during contact human skin enough viscosity.Described protective layer 14 can by being coated with the polyester of silicone oil material, the material such as polyolefin or other composite high-moleculars makes.
In one embodiment; described test section 1 also comprises and is attached at described first substrate layer 11 near the second substrate layer 15 of described testing circuit 12 side and the second adhesive-layer 16 of being located between described first substrate layer 11 and described second substrate layer 15; described second adhesive-layer 16 is for fitting tightly described first substrate layer 11 and described second substrate layer 15, to protect described testing circuit 12.
In the present embodiment, described second substrate layer 15 has flexible and printable characteristic, and it is in the outermost layer of paster type test section 1, plays a part to protect built-in testing circuit 12.Preferably, the second substrate layer 15 has good heat-proof quality, and the temperature sensor chip 122 in built-in testing circuit 12 can be made from the impact of external environment.Can be made up of the material such as non-woven fabrics, flexiplast.
Together with second substrate layer 15 fits tightly with described first substrate layer 11 by described second adhesive layer, require that the second adhesive layer insulating properties are better, and to the corrosion-free effect of built-in testing circuit 12.Preferably, the second adhesive layer material can be made up of pressure sensitive adhesive.
The apparatus for testing body temperature 100 that this utility model provides, comprise and fit in human skin to detect the test section 1 of body temperature and the terminal 2 with the wireless connections of described test section 1, described test section 1 comprises the first substrate layer 11 and is laid in the testing circuit 12 on described first substrate layer 11, described testing circuit 12 comprises microprocessor chip 121, the temperature sensor chip 122 be connected with described microprocessor chip 121 and wireless communication chips 123, and the antenna 125 be connected with described wireless communication chips 123.Like this, paster mode can be attached to human skin, make simple to operation, thus improve Consumer's Experience; Further, by temperature sensor chip 122 continuous surveillance body temperature, and utilizing its data storage function, providing foundation for taking treatment measure under home environment.
With reference to Fig. 4, apply the temperature check process of apparatus for testing body temperature 100 as above, specifically comprise the following steps:
Step S101, the wireless telecommunications that described test section 1 is set up between described terminal 2 are connected;
In the present embodiment, described wireless communication protocol comprises NFC (NearFieldCommunication, the short distance wireless communication technology), RFID (RadioFrequencyIdentification, RF identification), the agreement such as bluetooth, WIFI (WIreless-Fidelity, Wireless Fidelity), cellular network.In this preferred embodiment, be described respectively with Bluetooth wireless communication agreement and high-frequency wireless communication agreement NFC.
In a first embodiment; before using; after user tears the protective layer 14 of test section 1; be attached at patient's forehead, and starting switch 126, switch on power 124; microprocessor chip 121 is activated after sensing electric current; microprocessor chip 121 is to temperature sensor chip 122 output current simultaneously, thus activationary temperature sensor chip 122, make testing circuit 12 be in state of activation.Meanwhile, the bluetooth mode of terminal 2 as mobile phone is opened by user, by searching and setting up wireless connections with test section 1, opens and runs the application program in terminal 2, selects forehead pattern.Certainly, the present embodiment is not limited to forehead pattern, in other embodiments, also can select axillary fossa pattern or other patterns.
In a second embodiment; before using; after user tears the protective layer 14 of test section 1; be attached at patient's axillary fossa, and starting switch 126, switch on power 124; microprocessor chip 121 is activated after sensing electric current; microprocessor chip 121 is to temperature sensor chip 122 output current simultaneously, thus activationary temperature sensor chip 122, make testing circuit 12 be in state of activation.Simultaneously, user as mobile phone carries out Operation system setting to terminal 2, opens NFC function and selects " allowing mobile phone to exchange data when contacting miscellaneous equipment ", by searching and setting up wireless connections with test section 1, open and run the application program in terminal 2, selecting axillary fossa pattern.Certainly, the present embodiment is not limited to axillary fossa pattern, in other embodiments, also can select forehead pattern or other patterns.
Step S102, described test section 1, when receiving temperature check instruction, utilizes described temperature sensor chip 122 with scheduled time frequency acquisition temperature data, and described temperature data is sent to described microprocessor chip 121;
In a first embodiment, user can set temperature reads in the application program in terminal 2 scheduled time frequency (as every 10 minutes read a secondary data), after being provided with, temperature check instruction is finally transferred to microprocessor chip 121 by blue tooth wireless communication agreement, and by its fill order, microprocessor chip 121 reads a temperature information from temperature sensor chip 122 in every 10 minutes, further, can convert temperature information to standard body temp data.
In a second embodiment, user can set temperature reads in the application program in terminal 2 scheduled time frequency (as every 5 minutes read a secondary data), after being provided with, order is finally transferred to microprocessor chip 121 by NFC home control network communication protocol, and by its fill order, microprocessor chip 121 reads a temperature information from temperature sensor chip 122 in every 5 minutes, further, can convert temperature information to standard body temp data.
Step S103, described temperature data is transferred to described terminal 2 to show by described microprocessor chip 121.
In the present embodiment, by Bluetooth wireless communication agreement or NFC wireless communication protocol, temperature data is fed back to terminal 2, temperature data is graphically presented on display window by the application program of terminal 2.
In one embodiment, with reference to Fig. 5, on the embodiment basis shown in Fig. 4, also comprise after described step S101:
Step S104, described test section 1, when receiving the initialization command that described terminal 2 sends, carries out initialization operation.
In a first embodiment, terminal 2 sends initialization command by Bluetooth wireless communication agreement to test section 1, wireless communication chips 123 receives initialization command by antenna 125, and initialization command is fed back to microprocessor chip 121, microprocessor chip 121 performs initialization command, initialize process is fed back to terminal 2 by wireless communication chips 123 and antenna 125, user can see initialize process intuitively on the screen of terminal 2, until initialized simultaneously.
In a second embodiment, by terminal 2 near test section 1, click initialization command, initialization command is sent to test section 1 by NFC wireless communication protocol, wireless communication chips 123 receives initialization command by antenna 125, and order is fed back to microprocessor chip 121, microprocessor chip 121 performs initialization command, initialize process is fed back to terminal 2 by wireless communication chips 123 and antenna 125 simultaneously, user can see initialize process intuitively on the screen of terminal 2, until initialized.
In one embodiment, with reference to Fig. 6, on the embodiment basis shown in Fig. 5, also comprise before described step S103:
Step S105, described microprocessor chip 121 judges the relation of described temperature data and tentation data scope;
In the present embodiment, the tentation data scope of system default can be adopted, also according to residing environment, normal body temperature range, low grade fever's temperature range and hyperpyrexia temperature range can be set voluntarily by user.
Step S106, when described temperature data is outside described tentation data scope, the processing unit of described microprocessor chip 121 controls described alarm unit 1214 and reports to the police;
In the present embodiment, when described temperature data is outside described tentation data scope, show that described temperature data is outside normal body temperature range, then directly reported to the police by alarm unit 1214.Now, can judge that described temperature data is in low grade fever's temperature range further, or in hyperpyrexia temperature range, if in low grade fever's temperature range, then graphically can show in terminal 2 and initialize the rear data read, carry out low grade fever's alarm, in addition, the bright orange lamp of alarm unit 1214 or jingle bell are reminded simultaneously.Terminal 2 is also reminded by vibration or bright screen isotype.If in hyperpyrexia temperature range, then graphically can show in terminal 2 and initialize the rear data read, carry out hyperpyrexia alarm, in addition, alarm unit 1214 sends out a warning or jingle bell is reminded simultaneously.Terminal 2 is also reminded by vibration or bright screen isotype.
Step S107, when described temperature data is within the scope of described tentation data, the processing unit of described micro-place low grade fever temperature range reason device chip controls described alarm unit 1214 and closes.
In the present embodiment, if described temperature data is in normal range, terminal 2 graphically shows the data initializing rear reading, and show body temperature normal, described alarm unit 1214 is closed or gives a green light simultaneously.
In one embodiment, with reference to Fig. 7, on the embodiment basis shown in Fig. 6, also comprise after described step S102:
Step S108, the time data of the temperature data that described temperature sensor chip 122 gathers by described memory element 1215 and described timer 1213 corresponding record stores.
In the present embodiment, can in exterior terminal 2 setting data memory module, temperature data and time data can be stored in memory element 1215, also can be stored in exterior terminal 2.
These are only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize this utility model description and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (11)
1. an apparatus for testing body temperature, it is characterized in that, described apparatus for testing body temperature comprises for fitting in human skin to detect the test section of body temperature, described test section comprises the first substrate layer and is laid in the testing circuit on described first substrate layer, described testing circuit comprises microprocessor chip, the temperature sensor chip be connected with described microprocessor chip and wireless communication chips, and the antenna be connected with described wireless communication chips.
2. apparatus for testing body temperature as claimed in claim 1, it is characterized in that, described testing circuit also comprises the power supply be connected with described microprocessor chip, and is connected with described power supply the switch controlling described power work.
3. apparatus for testing body temperature as claimed in claim 2, is characterized in that, described testing circuit also comprises the flexible circuit connecting described microprocessor chip, temperature sensor chip, wireless communication chips, antenna, switch and power supply.
4. apparatus for testing body temperature as claimed in claim 2, it is characterized in that, the timer that described microprocessor chip comprises the processing unit be connected with described temperature sensor chip, the voltage regulator be connected with described power supply and electric capacity, is connected with described processing unit, described processing unit is for controlling described temperature sensor collecting temperature and controlling described timer initiation timing.
5. apparatus for testing body temperature as claimed in claim 4, it is characterized in that, described microprocessor chip also comprises the memory element be connected with described temperature sensor chip and timer, and described memory element is for the temperature data that stores described temperature sensor chip and gather and the time data of described timer record.
6. apparatus for testing body temperature as claimed in claim 5, it is characterized in that, described microprocessor chip also comprises the alarm unit be connected with described processing unit.
7. apparatus for testing body temperature as claimed in claim 1, it is characterized in that, described apparatus for testing body temperature also comprises and is attached at first adhesive-layer of described first substrate layer away from described testing circuit side, and described first adhesive-layer is used for described test section to adhere to human skin.
8. apparatus for testing body temperature as claimed in claim 7, is characterized in that, the auxiliary adhesive layer pasted with described test section that described first adhesive-layer comprises the hydrogel layer pasted with described test section and is located at described hydrogel layer surrounding.
9. apparatus for testing body temperature as claimed in claim 7, is characterized in that, described apparatus for testing body temperature also comprises and is attached at described first adhesive-layer and the protective layer arranged away from described testing circuit side.
10. apparatus for testing body temperature as claimed in claim 9; it is characterized in that; described apparatus for testing body temperature also comprises and is attached at described first substrate layer near the second substrate layer of described testing circuit side and the second adhesive-layer of being located between described first substrate layer and described second substrate layer; described second adhesive-layer is used for described first substrate layer and described second substrate layer to fit tightly, to protect described testing circuit.
11. apparatus for testing body temperatures as claimed in claim 1, it is characterized in that, described apparatus for testing body temperature also comprises the terminal with described test section wireless connections, shows with the temperature data detected by described test section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520933325.5U CN205197969U (en) | 2015-11-20 | 2015-11-20 | Body temperature detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520933325.5U CN205197969U (en) | 2015-11-20 | 2015-11-20 | Body temperature detection device |
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| Publication Number | Publication Date |
|---|---|
| CN205197969U true CN205197969U (en) | 2016-05-04 |
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| CN201520933325.5U Active CN205197969U (en) | 2015-11-20 | 2015-11-20 | Body temperature detection device |
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| CN (1) | CN205197969U (en) |
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- 2015-11-20 CN CN201520933325.5U patent/CN205197969U/en active Active
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