KR102344042B1 - Mask and body-attached real-time heat meter - Google Patents

Abstract

The present invention relates to a mask and body-mounted real-time thermometer;
The purpose of the technology implementation is to form a heat measurement unit that can be used for body-wearing items such as glasses and watches as well as masks, and to monitor (monitor) the user's body temperature in real-time through the heat measurement unit. When a fever higher than the set body temperature is detected, the presence of fever is displayed as visual signal information and auditory signal information, so that the user as well as the people around him can check the fever status in real time. To provide a heat meter.
Therefore, as a specific means of the present invention for achieving the above object;
A body temperature setting control module, a light emission control module, a sound output control module, and a heat detection control board equipped with a storage battery are accommodated and installed on the inner surface of the case body, and the heat sensor is exposed and coupled to one side of the case body, and then again , forming a heat emission measurement unit configured to expose a heat emission display unit, a heat warning sound output unit, and a power cutoff unit on the other side of the case body;
The heat measurement unit is accommodated and installed in a detachable structure, and at the same time, a means for forming a mask by coupling with a filter member for a mask, for example, a clip holder for a mask provided with a measuring unit coupling part is formed.

Description

Mask and body-attached real-time heat meter

The present invention relates to a real-time human body heat meter, and more particularly, a skin-adhesive structure used for binding to articles worn on the human body such as masks, glasses, watches, bracelets, etc., and monitors a user's body temperature in real time, and monitors changes in body temperature is expressed as visual signal information by luminescence action for each color and auditory signal information by warning sound to detect respiratory infectious diseases, for example, patients with suspected infectious diseases, such as Corona 19, at an early stage, and through such early detection, It relates to a mask and a body-worn real-time thermometer that suppresses the spread and enables rapid response.

Today, due to rapid industrial development and explosive population growth, the natural resources, water and air, are being seriously damaged and polluted day by day. In addition, the state of pollution has reached a dangerous level and is now threatening our physical health.

Moreover, in the case of Korea, in addition to the above-mentioned effects of general air pollution, direct effects of yellow sand, such as small sand, loess, or fine dust, that occur in the deserts and loess regions of the central Asian continent such as China and Mongolia As a result, it can be seen that the atmospheric environment is seriously deteriorating day by day.

The reason for the serious damage to the human body and air pollution caused by yellow dust is that yellow dust contains not only soil dust, various heavy metals such as cadmium, lead, aluminum, copper, etc. The representative reason for this is that the elderly and children, as well as healthy people, are prone to respiratory or skin diseases or eye diseases.

On the other hand, in recent years, more serious diseases caused by pathogens such as bacteria or viruses, for example, very serious infectious diseases such as Corona 19, are spreading around the world, endangering the health and life of many people. Reality.

In particular, Corona 19 is a kind of respiratory infectious disease, which is transmitted through the process of ingress of droplets (saliva) of a confirmed patient infected with the coronavirus into the body of another person through the respiratory tract or eyes, nose, mouth, etc. Corona 19 is one of the most terrifying infectious diseases that cause fever, cough, shortness of breath, pneumonia, etc.

Therefore, as described above, the mask is being used as an alternative measure as a measure to safely protect the body from air pollution and yellow dust, and to prevent the spread of respiratory infectious diseases caused by various harmful viruses. It can be seen that is classified by use according to the use environment, and is usually provided as a general health mask and a special purpose mask, for example, a dust mask, a quarantine mask, a yellow dust mask, and the like.

However, the mask as described above simply filters fine dust, such as yellow dust, and has a functional limitation limited to the role of blocking and preventing the spread of droplets of the mask wearer himself or others.

For example, looking at the symptom development process of a patient infected with the Corona 19 virus, it starts with fever, and progresses in the order of coughing and muscle pain, then vomiting and diarrhea. In the case of early detection through the system, it is possible to quickly select and isolate a patient suspected of an unpredictable infectious disease, thus effectively suppressing the spread of the infectious disease. There is a problem that I cannot.

On the other hand, in recent times when a pandemic has been declared due to the Corona 19 virus, as a measure for early screening and isolation of patients suspected of being infected with the Corona 19 virus, thermometers are installed at the entrances of buildings or places where an unspecified number of people enter, such as shops, buildings, and government offices. There are measures in place to check the body temperature of people entering and leaving the facility.

However, the body temperature measurement as described above is only a method performed intermittently by a device fixed in a specific place, and in addition, the body temperature is measured only for those who enter and exit the specific place, and it is a very limited and limited measurement method There are disadvantages of

Alternatively, although a method for self-checking one's own fever state by using a thermometer having a contact or non-contact method is also made, such a thermometer is not easy to carry and, of course, whenever one wants to measure body temperature. You have to take out the thermometer you are carrying and measure your body temperature in a contact or non-contact method. In particular, as the measured body temperature can only be checked by the person taking the measurement, people around him will be unprotected unless he or she informs others that he or she is in a fever state. There is a very serious problem of having to come into close contact with a person suspected of an infectious disease who is in a fever state.

Korean Patent Registration No. 2071293 Korean Patent Registration No. 0479660

Therefore, the present invention was devised to solve the problem of the heat measurement function that conventional articles worn on the human body, such as masks, glasses, watches, and bracelets, cannot;

An object of the present invention is to form a skin-adhesive heat measurement unit that can be attached to various body-wearing articles such as glasses, watches, and bracelets as well as masks, and monitor (monitor) the user's body temperature in real time through the heat measurement unit. ), and in such a monitoring process, when fever higher than the set body temperature is detected, the fever is displayed as visual signal information according to the light emitting action of each color and auditory signal information by a warning sound, so that not only the user himself but also the user By allowing people around you to check whether they have a fever, it is possible to detect patients suspected of an infectious disease such as COVID-19 early, to suppress the reckless spread of infection through early detection of suspected patients, and to prepare rapid quarantine measures. It is to provide a mask and body-attached real-time heat meter.

Specific means of the mask and body-mounted real-time heat meter according to the present invention for achieving the above object include;

The body temperature setting control module, the light emission control module, the sound output control module, and the heat detection control board equipped with the storage battery are accommodated and installed on the inner side of the case body, and the heat sensor is exposed and coupled to one side of the case body, and then again , forming a heat emission measurement unit configured to expose a heat emission display unit, a heat warning sound output unit, and a power cutoff unit on the other side of the case body;

The heat measurement unit is accommodated and installed in a detachable structure, and at the same time, a means for forming a mask by coupling with a filter member for a mask, for example, a clip holder for a mask provided with a measuring unit coupling part is formed.

As described above, the mask and body-mounted real-time fever measuring device according to the present invention forms a fever measurement unit that can be attached to various body-wearing articles such as glasses, watches, bracelets, etc. as well as general masks, and through the heat measurement unit, the user The body temperature is monitored (monitored) in real time, and then, when a fever higher than the set body temperature is detected during the monitoring process, the fever is determined as visual signal information for each color by the heat emission display unit and auditory signal information by the fever warning sound output unit. This allows the user as well as the people around him to check whether he or she has a fever in real time. It suppresses the reckless spread of infectious diseases and makes it possible to quickly prepare quarantine measures, providing very useful expected effects.

1 is a partially exploded perspective view of a mask and a body-mounted real-time heat meter according to the present invention;
2 is a combined perspective view of a mask and a body-mounted real-time heat meter according to the present invention;
3 is a cross-sectional view of a combined state of a mask and a body-mounted real-time heat meter according to the present invention;
4 is an exploded perspective view of a heat measurement unit applied to the present invention;
5 is a state diagram of a mask and a body-mounted real-time heat meter according to the present invention;
6 is a view of this embodiment of a mask and body-mounted real-time heat measurement device according to the present invention;
7 is a third embodiment of a mask and body-attached real-time heat meter according to the present invention

Hereinafter, the configuration of a preferred embodiment of the mask and body-mounted real-time heat meter according to the present invention will be described in detail based on the accompanying drawings.

Looking at the schematic configuration of the mask and body-mounted real-time heat meter according to the present invention with reference to the accompanying drawings;

It consists of a heat measurement unit 100 and a clip holder 200 for a mask in which the heat measurement unit 100 is accommodated and installed.

Here, first, the heat measurement unit 100, which is the first component of the present invention, is a means for real-time monitoring (monitoring) of the user's body temperature under a state in close contact with the human skin surface. 100), as shown in FIG. 4, forms a case body 1 having a configuration such that two auxiliary covers divided into one side and the other side are coupled to each other, and the case body 1 is placed on the inner side. The heat detection control board 11 is formed in an accommodating installation structure, and again, the heat detection sensor 12 is coupled to one side of the exterior of the case body 1 in an exposed configuration, and in addition, the case body 1 ) On the other side of the exterior, a heat emission display unit 13 composed of an LED lamp 131 , a heat warning sound output unit 14 composed of a speaker 141 , and a power control unit 15 composed of a touch switch 151 are interconnected. It is desirable to arrange them in an exposed configuration spaced apart from the drawings. (C symbol C is for the battery replacement cover, P is the heat sensor installation hole, and 221 is the heat detection signal transmission cable)

At this time, in the above-described heat measurement unit 100, the heat detection control board 11 receives a series of body temperature change signals monitored by the heat sensor 12 in real time, and receives the received body temperature change signals. It is a kind of integrated information control means that performs conversion analysis and operation processing with command signal information, and displays whether the body is heated as visual signal information and audible signal information through the heat emission display unit 13 and the fever warning sound output unit 14;

The heat sensing control board 11 includes medically prescribed body temperature information, for example, a normal body temperature range corresponding to 35.9° C. to 37.6° C., a mild body temperature range corresponding to 37.6° C. to 38° C., and 38° C. or higher. a body temperature setting control module 112 for inputting and storing a high fever body temperature range as numerical information data;

When the user's body temperature measured by the fever sensor 12 is in the normal body temperature range, the LED lamp 131 is made to emit blue by circuit signal control, and when the measured user's body temperature is in the low body temperature range, the circuit A light emission control module ( 111) and;

When the user's body temperature measured by the fever sensor 12 is in the normal body temperature range, the speaker 141 is kept in a silent state by circuit signal control, and when the measured user's body temperature is in the low body temperature range, the circuit Sound output control to output an intermittent warning sound through the speaker 141 by signal control, and to output a continuous warning sound through the speaker 141 by circuit signal control when the measured user's body temperature is in the high temperature range a module 113;

As shown in FIG. 4 , the storage battery 114 for supplying a series of electrical energy required for the operation of the heat measurement unit 100 is preferably formed by mounting it.

In addition, the clip holder 200 for the mask, which is the second component of the present invention, allows the above-described heat measurement unit 100 to be coupled, as well as antibacterial, filtration, deodorization, adsorption, and quarantine functions for various functions. The filter member 300 for a mask of the configuration is combined and installed in a selective detachment/attachment exchange structure to form one finished article, for example, as shown in FIG. 5, it is a means for forming and using a mask. The clip holder 200 for a mask, as shown in FIG. 1 or FIG. 2, has a pivoting connection piece 21 as a central configuration, and a first crimping piece 22 and a second crimping piece ( 23) is hinged in a pair of symmetrical structures to form the holder body 2 in an integrated configuration, and to form a wearable band 24 that is coupled to the inner surface of the rotation connection piece 21 in a detachable and latching structure, and again, the holder In the main body 2, the inner surface of the first crimping piece 22 and the second crimping piece 23, a measuring unit coupling part 3 for coupling and installing the above-described heat measurement unit 100 in a detachable receiving structure. It is preferable to form more.

At this time, in the clip holder 200 for a mask described above, the measurement unit coupling part 3 is a unit fixing groove for receiving and installing the heat measurement unit 100 in an insertion structure, as shown in FIG. 31) and exposing the heat sensor 12 on one side of the unit fixing groove 31 to bring the exposed heat sensor 12 into contact with the user's skin surface. As shown in FIG. 3 on the other side of the unit fastening groove 31, the heat generation that exposes the heat emission display unit 13, the heat warning sound output unit 14, and the power control unit 15 again The information identification hole 33 is preferably formed.

Therefore, as described above, the combined use relationship of the mask and the body-mounted real-time heat measurement device according to the present invention, which consists of a series of configurations, and the operation function thereof are as follows.

First, after preparing the holder body 2 in a set of two configurations on the left and right side, the measurement unit coupling part 3 formed by any one holder body 2 prepared on the left and right sides is shown in FIG. 2 or FIG. 3 . As shown, the heat measurement unit 100 is coupled and installed in an insertion and fixed structure, and again, the first crimping piece 22 and the second crimping piece 23 are connected to the inner surface of the rotational connection piece 21 that connects to the inner surface of FIG. 1 or As shown in FIG. 4, the wearing band 24 is connected in a close contact structure.

Next, under the state in which the wearing band 24 is connected as described above, the first compression piece 22 and the second compression piece 23 are hingedly rotated around the rotation connection piece 21 to symmetrically adhere, and between the contact surfaces One side and the other side of the mask filter member 300 provided as a separate configuration is inserted into the As shown in FIG. 5 by fixing the male fastening hole (D) and the female fastening hole (H) by coupling, the mask and body-attached real-time heat meter according to the present invention are implemented by forming a completed mask.

As an additional explanation, the holder body 2 prepared as one set of two components connects the left and right both sides of the filter member 300 for a mask in a symmetrical structure, as shown in FIG. 5 , a completed one mask For the purpose of forming, the two holder bodies 1 differ only in the configuration in which the heat measurement unit 100 is inserted and installed into one of the holder body 2, and other uses and functions are the same. Therefore, the description of the relationship of use and the function of the above holder body (2) was based on one holder body (100).

Accordingly, when the mask and body-mounted real-time heat meter according to the present invention having the above-described combination configuration are worn on the user's face, the heat detection of the heat measurement unit 100 accommodated and installed with the measurement unit coupling part 3 The sensor 12 is to take a state in close contact with the wearer's facial skin. Therefore, the heat sensor 12 in close contact with the wearer's facial skin monitors the wearer's fever state in real time, and the monitored body temperature change ( The heat) signal is transmitted to the heat detection control board 11 in real time, and again, the heat detection control board 11 that has received the body temperature change signal as described above includes the light emission control module 112 and the sound output control module 113. Signal conversion and analysis by , and by expressing the presence or absence of heat in the human body as visual signal information and audible signal information through the heat emission display unit 13 and the heat warning sound output unit 14 according to the operation processing command signal, a series of usage relationships will have

On the other hand, Figure 6 shows this embodiment of the mask and body-mounted real-time heat meter according to the present invention.

As described above, the present invention as this embodiment shows, in the heat measurement unit 100 having the above-described temporary configuration, a binding means 4 composed of elastic tongs or elastic clips on the other side of the case body 1 . It is preferable to form as shown in 6 .

Therefore, the present invention as this embodiment having the configuration as described above uses the formed fastening means 4 to separate the mask clip holder 200 and the like, without the need for linked use, and the heat measurement unit 100 As an independent product composition, it can be used in combination with not only general masks, but also items worn on the human body such as wristwatches, bracelets, and glasses in a detachable and attachable structure.

Alternatively, FIG. 7 shows three embodiments of a mask and body-mounted real-time thermometer according to the present invention.

As such, the present invention as a third embodiment is, as shown in FIG. 7, on one side and the other end of the case body (1) in the heat measurement unit 100 of the above-described temporary configuration, an elastic band and a length adjustment band, For example, it is preferable to connect the auxiliary wearing means 5 of a functional structure such as a general watch band.

Therefore, the present invention as a third embodiment configured as described above uses the auxiliary wearing means 5, and only the heat measurement unit 100 without requiring the use of a separate clip holder 200 for a mask, etc. It can be worn on the user's wrist as an independent product composition.

100: heat measurement unit 200: clip holder for mask
300: filter member for mask 1: case body
2: Holder body 3: Measuring unit coupling part
4: fastening means 5: human body wearing means
11: heat detection control board 12: heat detection sensor
13: heat emission display unit 14: heat warning sound output unit
21: rotation connecting piece 22: first crimping piece
23: second compression piece 24: wear band
31: unit fixing groove 32: sensor exposure hole

Claims (5)

It is formed of a heat measurement unit 100 and a clip holder 200 for a mask;
The heat measurement unit 100 has a body temperature setting control module 111, a light emission control module 112, a sound output control module 113, and a storage battery 114 mounted on the inner surface of the case body 1 A heat detection control board 11 is accommodated and installed, a heat sensor 12 is exposed and coupled to one side of the case body 1, and a heat emission made of an LED lamp 131 on the other side of the case body 1 It includes a configuration in which the display unit 13, the heat warning sound output unit 14 composed of the speaker 141, and the power control unit 15 composed of the touch switch 151 are exposed;
The mask clip holder 200 is a holder body (2) in which the first crimping piece 22 and the second crimping piece 23 are symmetrically connected to the left and right both sides of the rotating connection piece 21 in a central configuration in a hinge structure. ), and a wear band 24 coupled to the inner surface of the rotating connection piece 21 in a locking structure, and the heat measurement unit ( 100) further forming a measuring unit coupling part 3 for coupling to a detachable receiving structure;
The measurement unit coupling part 3 includes a unit fixing groove 31 for receiving and installing the heat measurement unit 100 in an inserted structure, and exposing the heat sensor 12 on one side of the unit fixing groove 31 It is formed of a sensor exposure hole 32 and a heat information identification hole 33 exposing the heat emission display unit 13, the heat warning sound output unit, and the power control unit 15 on the other side of the unit fixing groove 31. includes;
The body temperature setting control module 111 is configured to input and store medically defined normal body temperature range, mild body temperature range, and high fever body temperature range as numerical information data;
The heat emission display unit 13 emits blue LED lamp 131 by signal control by the light emission control module 112 when the user's body temperature measured by the heat sensor 12 is within the normal body temperature range. When the measured user's body temperature is in the low body temperature range, the LED lamp 131 emits yellow light by signal control by the light emission control module 112, and when the measured user's body temperature is in the high temperature range, the light emission control module A mask and body-mounted real-time fever measuring device, characterized in that the LED lamp 131 emits yellow light by signal control by (112).
delete The method of claim 1 ;
The body temperature setting control module 111 includes limited input and storage of medically defined normal body temperature range, mild body temperature range, and hyperthermic body temperature range as numerical information data;
The heat warning sound output unit 14 maintains the speaker 141 in a silent state by signal control by the sound output control module 113 when the user's body temperature measured by the heat sensor 12 is within the normal body temperature range. When the measured user's body temperature is in the low body temperature range, an intermittent warning sound is output through the speaker 141 by signal control by the sound output control module 113, and when the measured user's body temperature is in the high body temperature range, a sound A mask and body-mounted real-time fever measuring instrument, characterized in that it outputs a continuous warning sound through the speaker 141 by signal control by the output control module 113.
The method of claim 1 ;
The heat measurement unit 100 forms a fastening means 4 made of any one of an elastic tongs and an elastic clip on the other side of the case body;
Using the attachment means (4), the heat measurement unit (100) is coupled to a body worn article composed of any one of a mask, a wrist watch, a bracelet, and glasses in a detachable and attachable structure to measure the user's heat state. Mask and body-attached real-time fever measuring device characterized by monitoring.
The method of claim 1 ;
The heat measurement unit 100 is formed by connecting the auxiliary wearing means 5 made of any one of an elastic band and a length adjustment band to the upper and lower surfaces of the case body;
A mask and body-mounted real-time fever measuring device, characterized in that the heat measurement unit 100 is worn on the user's wrist by the auxiliary wearing means to monitor the heat generation state.

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