CN215960566U - Temperature-reducing belt capable of monitoring temperature of temperature-reducing belt in real time and measuring body temperature - Google Patents
Temperature-reducing belt capable of monitoring temperature of temperature-reducing belt in real time and measuring body temperature Download PDFInfo
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- CN215960566U CN215960566U CN202023000141.3U CN202023000141U CN215960566U CN 215960566 U CN215960566 U CN 215960566U CN 202023000141 U CN202023000141 U CN 202023000141U CN 215960566 U CN215960566 U CN 215960566U
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Abstract
A cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized by comprising a cooling belt and a temperature display; the temperature display comprises a display screen, a chip, a PCBA board, a temperature sensor, a buzzer, a button cell, a key switch and a shell; the temperature display is connected with the cooling zone in a non-integrated manner, when the temperature display is arranged on the cooling zone, the temperature sensor collects the temperature of the cooling zone and displays the temperature in real time through the display screen, and when the effect of the cooling zone is not good, the buzzer sends out failure prompt sound; when the temperature display is taken off from the cooling belt and placed at the armpit of the human body, the temperature sensor is used for collecting the body temperature at the armpit of the human body and displaying the body temperature at the armpit of the human body through the display screen. The application not only effectively ensures the safety and effective use of the cooling belt, but also increases the function of measuring the body temperature, obviously improves the clinical application value of the cooling belt, and brings convenience to users.
Description
Technical Field
The application relates to the technical field of physical cooling and defervescing application, in particular to a cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature.
Background
The cooling belt is a product for physically cooling a patient with fever, and belongs to a physical cooling product with material characteristics. The existing cooling belt technology is a simple strip-shaped belt, does not have any temperature digital information, is formed by fusing double-layer adhesive tape cloth, is internally provided with gel at the central part, needs to be placed in a refrigerator for precooling in advance during use, leads the gel to store certain heat in advance, is worn on the head and slowly releases the heat through being in direct contact with the skin of a human body, absorbs the heat of the human body to play a physical cooling role until the gel heat is released and loses efficacy.
In the prior art, firstly, the skin is required to be precooled at a low temperature before use, the temperature is very low when the skin is taken out after precooling, and if no temperature is indicated, the safety risk exists, namely, the skin is greatly irritated or even easily frostbitten by the skin when the temperature is too low, and particularly, the skin is used by children. Secondly, the physical cooling effect of the gel is gradually reduced along with the slow release of the heat of the built-in gel until the gel loses efficacy, however, the prior art has no any prompt for poor use effect or failure in use, and obviously, the physical cooling effect is directly influenced once the effect is poor or the use fails; in addition, from the clinical application perspective, the prior art only plays a role in physical cooling and defervescing, and if the device also has another clinical application function which is necessary for a fever patient, namely a function of measuring the body temperature of the human body, the clinical application value of the device is remarkably improved, great convenience is brought to the fever patient, and obviously, the prior art does not have the function.
Disclosure of Invention
The purpose of the application is as follows: this application provides a cooling area that can real-time supervision cooling area temperature can also the body temperature of taking to the above-mentioned technical drawback of prior art, this application solves the above-mentioned technical drawback of prior art through setting up a temperature monitor who is connected with current cooling area non-integral type, when this temperature monitor is installed on the cooling area and is taken supporting the use with the cooling, come real-time supervision and show the cooling area to take out to use the full-process temperature variation that became invalid after the precooling and send out the suggestion of becoming invalid when cooling area result of use is not good or use became invalid, when this temperature monitor takes off from the cooling area again, can place it in human armpit department measuring body temperature.
The technical scheme adopted by the application is as follows: a cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized by comprising a cooling belt and a temperature display; the cooling belt is in a strip shape and is formed by fusing double-layer rubberized fabric cloth, and gel is pre-arranged in the central part of the cooling belt; the temperature display comprises a display screen, a chip, a PCBA board, a temperature sensor, a buzzer, a button cell, a key switch and a shell; the temperature display is connected with the cooling band in a non-integrated mode, when the temperature display is installed on the cooling band, the temperature sensor collects the temperature of the cooling band and displays the temperature of the cooling band in real time through the display screen, and when the effect of the cooling band is poor or the cooling band fails, the buzzer sends out failure prompt sound; when the temperature display is taken off from the cooling belt and placed at the armpit of the human body, the temperature sensor is used for collecting the body temperature at the armpit of the human body and displaying the body temperature at the armpit of the human body through the display screen.
The utility model provides a can real-time supervision cooling area temperature can also the cooling area of body temperature of measuring, its characterized in that, the shell comprises drain pan, face-piece, lens, silica gel cover, battery cover, the drain pan with between the face-piece with be the lock between the lens and be connected, the silica gel cover is overlapped on the shell surface, the battery cover install in on the drain pan.
The cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that magnets are preset in the temperature display and the cooling belt respectively, the temperature display and the cooling belt are in non-integrated magnetic connection through the magnets, and the magnets on the temperature display are mounted on the bottom shell; and the magnet on the cooling belt is packaged on the inner surface of the adhesive fabric cloth on one side of the cooling belt by a plastic film.
The utility model provides a can real-time supervision cooling area temperature can also the cooling area of body temperature of measurement, its characterized in that, the drain pan with on the cooling area magnet all adopts bare-chip magnet.
The utility model provides a can real-time supervision cooling area temperature can also the cooling area of temperature measurement, its characterized in that, the drain pan with on the cooling area magnet all adopts combination formula magnet, imbeds a bare chip magnet promptly in the metal casing.
The utility model provides a can real-time supervision cooling area temperature can also the cooling area of body temperature of measurement, its characterized in that is in respectively temperature monitor the drain pan with set up draw-in groove and buckle on the cooling area, realize through the buckle mode temperature monitor with non-integral type lock between the cooling area is connected, the buckle is fixed on cooling area one side adhesive tape cloth internal surface, the buckle is the I-shaped, imbeds with it during the installation above the drain pan down next slip promptly to buckle in the draw-in groove again in the draw-in groove.
The utility model provides a can real-time supervision cooling zone temperature can also the cooling zone of temperature measuring, its characterized in that, key switch plays two effects: firstly, turning on and off the machine; secondly, the method is used for switching two working modes, wherein the two working modes are as follows: firstly, when the temperature display is installed on the cooling belt for use, the working mode of displaying the temperature change of the cooling belt in real time is realized; secondly, when this application the temperature display follow take off the mode of operation of measuring body temperature when placing in human armpit department on the cooling belt.
The cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that in order to achieve the continuous physical cooling effect, the number of the cooling belts is two, so that the cooling belts can be used alternately; this application is for the convenience of two the collection in cooling area has set up the receiver alone, the receiver comprises upper cover, drain pan, and whole shape is oval, erects and puts.
The utility model provides a can real-time supervision cooling zone temperature can also the cooling zone of temperature-measuring, its characterized in that, this application temperature monitor through its current built-in magnet is inhaled at ordinary times and is collected on domestic appliance metal casing.
The application has the beneficial effects that: by the aforesaid can know, this application through set up one with cooling area non-integral type is connected temperature display, both can with temperature display installs cooling takes last real-time supervision and demonstration cooling area takes out to use failure overall process temperature variation and sends out failure prompt when cooling area result of use is not good or use failure after the precooling, again can with temperature display takes off to place in human armpit department, uses when clinical thermometer body temperature measurement. The former effectively guarantees cooling area safety and effective use, and the latter makes this application increase the body temperature measurement function, is showing to have promoted clinical application of this application and is worth, also gives the patient that generates heat and uses and bring the facility. In addition, this application is joined in marriage two through a quick-witted mark the cooling area method and for its receiver that sets up alone, has both realized two the cooling area can exchange the use so that reach and last the effect of bringing down a fever, can be convenient for again the cooling area is collected and simultaneously can also effectively prevent the pollution of cooling area and can effectively reduce the built-in gel moisture volatile volume of cooling area prolongs this application life. In addition, the temperature display storage problem is skillfully solved by a method of attracting the existing built-in magnet of the temperature display to the metal shell of the household appliance, and therefore the temperature display storage problem of the two parts of the cooling belt and the temperature display is reasonably solved and is most convenient and fast.
Drawings
The present application is further described below with reference to the drawings and examples.
FIG. 1 is a schematic view of the present application.
Fig. 2 is an exploded view of the temperature display configuration described in the present application.
Fig. 3 is an exploded view of the magnetic connection structure of the temperature display and the cooling band in the present application.
Fig. 4 is an exploded view of the joint structure of the temperature display and the cooling belt in the present application.
In the figure, 1, a cooling belt, 1-1, rubberized fabric cloth, 1-2, a plastic film, 1-3, rubberized fabric cloth, 1-4, a buckle, 2, a temperature display, 2-1, a battery cover, 2-2, a button battery, 2-3, a bottom shell, 2-3-1, a clamping groove, 2-4, a PBCA plate, 2-5, a chip, 2-6, a display screen, 2-7, a face shell, 2-8, a lens, 2-9, a silica gel sleeve, 2-10, a key switch, 2-11, a temperature sensor, 2-12, a buzzer, 3, a storage box, 3-1, an upper cover, 3-2, a bottom shell, 4, a magnet and 4-1, a metal shell.
Detailed Description
As shown in fig. 1 and 2, a cooling zone capable of monitoring the temperature of the cooling zone in real time and measuring the body temperature is characterized by comprising a cooling zone 1 and a temperature display 2; the cooling belt 1 is in a strip shape and is formed by fusing 1-1 and 1-3 double-layer adhesive tape cloth, and gel is pre-arranged in the central part of the cooling belt; the temperature display 2 comprises a display screen 2-6, a chip 2-5, a PCBA board 2-4, a temperature sensor 2-9, a buzzer 2-11, a button cell 2-2, a key switch 2-10 and a shell; the temperature display 2 is connected with the cooling zone 1 in a non-integrated mode, when the temperature display 2 is installed on the cooling zone 1, the temperature sensor 2-11 collects the temperature of the cooling zone 1 and displays the temperature in real time through the display screen 2-6, and when the effect of the cooling zone 1 is poor or fails, the buzzer 2-12 gives out failure prompt sound; when the temperature display 2 is taken off from the cooling belt 1 and is placed at the armpit of the human body, the temperature sensor 2-11 is also used for collecting the body temperature at the armpit of the human body and displaying the body temperature at the armpit of the human body through the display screen 2-6.
As shown in fig. 1 and 2, the cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that the shell is composed of a bottom shell 2-3, a face shell 2-7, lenses 2-8, a silica gel sleeve 2-7 and a battery cover 2-1, the bottom shell 2-3 and the face shell 2-7, the face shell 2-7 and the lenses 2-8 are connected in a buckling manner, the silica gel sleeve 2-9 is arranged on the surface of the shell, and the battery cover 2-1 is arranged on the bottom shell 2-3.
As shown in fig. 1, 2 and 3, the cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that magnets 4 are respectively preset in the temperature display 2 and the cooling belt 1, the magnets 4 are used for realizing non-integrated magnetic connection between the temperature display 2 and the cooling belt 1, and the magnets 4 on the temperature display 2 are installed on the bottom shell 2-3; and the magnet 4 on the cooling belt 1 is packaged on the inner surface of the adhesive cloth 1-1 at one side of the cooling belt 1 by a plastic film 1-2.
As shown in fig. 3, the cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that bare-die magnets are adopted for the bottom case 2-3 and the magnets 4 on the cooling belt 1.
As shown in fig. 3, the cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that the bottom case 2-3 and the magnet 4 on the cooling belt 1 both adopt combined magnets, that is, a bare-die magnet 4 is embedded in the metal casing 4-1.
As shown in fig. 1, 2 and 4, the cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that a clamping groove 2-3-1 and a buckle 1-4 are respectively arranged on the bottom shell 2-3 of the temperature display 2 and the cooling belt 1, non-integrated buckling connection between the temperature display 2 and the cooling belt 1 is realized in a buckling mode, the buckle 1-4 is fixed on the inner surface of an adhesive fabric cloth 1-1 on one side of the cooling belt 1, the buckle 1-4 is in an i shape, and is embedded into the clamping groove 2-3-1 on the bottom shell 2-3 and then is buckled into the clamping groove 2-3-1 in a sliding mode.
As shown in fig. 1 and 2, the cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that the key switches 2 to 10 play two roles: firstly, turning on and off the machine; secondly, the method is used for switching two working modes, wherein the two working modes are as follows: firstly, when the temperature display 2 is installed on the cooling zone 1 for use, the working mode of displaying the temperature change of the cooling zone 1 in real time is realized; secondly, when the temperature display 2 is taken down from the cooling belt 1 and is placed at the armpit of the human body, the temperature display works in a mode of measuring the body temperature.
As shown in fig. 1, the cooling zone capable of monitoring the temperature of the cooling zone in real time and measuring the body temperature is characterized in that in order to achieve the continuous physical cooling effect, the number of the cooling zones 1 is two, so as to be used alternately; this application is for the convenience of two cooling area 1's collection has set up receiver 3 alone, the receiver comprises upper cover 3-1, drain pan 3-2, and the whole shape is oval, erects and puts.
As shown in fig. 1, the cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized in that the temperature display 2 is normally attracted to a metal shell of a household appliance for storage through the existing built-in magnet 4.
Claims (8)
1. A cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature is characterized by comprising a cooling belt and a temperature display; the cooling belt is in a strip shape and is formed by fusing double-layer rubberized fabric cloth, and gel is pre-arranged in the central part of the cooling belt; the temperature display comprises a display screen, a chip, a PCBA board, a temperature sensor, a buzzer, a button cell, a key switch and a shell; the temperature display is connected with the cooling band in a non-integrated mode, when the temperature display is installed on the cooling band, the temperature sensor collects the temperature of the cooling band and displays the temperature of the cooling band in real time through the display screen, and when the effect of the cooling band is poor or the cooling band fails, the buzzer sends out failure prompt sound; when the temperature display is taken off from the cooling belt and placed at the armpit of the human body, the temperature sensor is used for collecting the body temperature at the armpit of the human body and displaying the body temperature at the armpit of the human body through the display screen.
2. The cooling belt according to claim 1, wherein the housing comprises a bottom case, a face case, a lens, a silica gel sleeve and a battery cover, the bottom case and the face case and the lens are buckled and connected, the silica gel sleeve is sleeved on the surface of the housing, and the battery cover is mounted on the bottom case.
3. The cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature as claimed in claim 2, wherein magnets are respectively preset in the temperature display and the cooling belt, the non-integrated magnetic connection between the temperature display and the cooling belt is realized through the magnets, and the magnets on the temperature display are mounted on the bottom shell; and the magnet on the cooling belt is packaged on the inner surface of the adhesive fabric cloth on one side of the cooling belt by a plastic film.
4. The cooling belt of claim 3, wherein the magnets on the bottom case and the cooling belt are bare-die magnets.
5. The cooling belt of claim 3, wherein the magnets of the bottom case and the cooling belt are combined magnets, i.e. a bare magnet is embedded in a metal case.
6. The cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature according to claim 2, wherein a clamping groove and a buckle are respectively arranged on the bottom shell of the temperature display and the cooling belt, the temperature display and the cooling belt are buckled and connected in a non-integrated manner by the buckle, the buckle is fixed on the inner surface of the adhesive fabric cloth on one side of the cooling belt, the buckle is in an I shape, and the buckle is embedded into the clamping groove on the bottom shell and then is buckled into the clamping groove when sliding downwards.
7. The cooling belt of claim 1, wherein the key switch performs two functions: firstly, turning on and off the machine; secondly, the method is used for switching two working modes, wherein the two working modes are as follows: firstly, when the temperature display is installed on the cooling belt for use, the working mode of temperature change of the cooling belt is displayed in real time; secondly, when this application the temperature display follow take off on the cooling belt and place in human armpit the time measuring body temperature mode of operation.
8. The cooling belt capable of monitoring the temperature of the cooling belt in real time and measuring the body temperature according to claim 1, wherein in order to achieve the continuous physical cooling effect, the number of the cooling belt is two, so that the cooling belt can be used interchangeably; this application is for the convenience of two the collection in cooling area has set up the receiver alone, the receiver comprises upper cover, drain pan, and whole shape is oval, erects and puts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023000141.3U CN215960566U (en) | 2020-12-14 | 2020-12-14 | Temperature-reducing belt capable of monitoring temperature of temperature-reducing belt in real time and measuring body temperature |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023000141.3U CN215960566U (en) | 2020-12-14 | 2020-12-14 | Temperature-reducing belt capable of monitoring temperature of temperature-reducing belt in real time and measuring body temperature |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN215960566U true CN215960566U (en) | 2022-03-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202023000141.3U Active CN215960566U (en) | 2020-12-14 | 2020-12-14 | Temperature-reducing belt capable of monitoring temperature of temperature-reducing belt in real time and measuring body temperature |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215960566U (en) |
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2020
- 2020-12-14 CN CN202023000141.3U patent/CN215960566U/en active Active
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