KR20170135411A - Smart-type body temperature checking device - Google Patents

Abstract

The present invention provides a smart body temperature checking device to solve existing problems. The smart body temperature checking device is simply attached to infants or childs wrists, under an arm, or just behind an ear to continuously check the childs body temperature in real time and transmits body temperature information to a guardians smartphone via Bluetooth or a wireless network to enable the guardian to check the childs body temperature continuously in real time. As a result, the smart body temperature checking device may eliminate inconvenience of checking the body temperature and continuously check whether the body temperature changes correctly in real time, thereby enabling a prompt response to a change in the body temperature. In addition, since the body temperature information is transmitted via a wireless network, it is possible for the guardian to check the state of the change in the body temperature of a child even when the guardian is not with the child. Moreover, data of the change in the body temperature of the child over time can be displayed in a graph form or the like, so it is possible to not only make it easier for the guardian to confirm the childs body temperature accurately, but also to contribute to correct treatment by providing the data to a doctor during an office visit. The smart body temperature checking device comprises an attachment part (100) having a wristwatch or bracelet shape to be put on a wrist of a user and a main body part (200), wherein the attachment part (100) includes a body temperature sensing unit (110) attached to an inner side of the attachment part (100), and the main body part (200) includes a display unit (210), a light emitting display unit (220), a beep notification unit (230), a vibration generation unit (240), a user setting button (250), first and second memories (260, 270), a control unit (280), and an interface unit (300).

Description

[0001] Smart-type body temperature checking device [0002]

More particularly, the present invention relates to a smart type body temperature check device, which is simply attached to an infant and a child's cuff, side arm, or behind the earlobe to check a child's body temperature in real time, By wirelessly transmitting to the parent's smartphone in real time, parents can easily and accurately check the child's condition, because parents can always know the temperature and temperature changes of the child in real time when the child suffers from a cold or other illness Is a technology that allows parents to easily identify their child's body temperature changes on a smartphone and quickly respond to changes in the child's temperature, even if the child goes to school while he or she is at school or if the parent can not watch the child's status closely at work.

It is also a technology that allows the hospital doctor to check the contents of the body temperature change data checked in real time in a graph form.

It is the most nervous part that the child's temperature rises due to the heat of the parents or the parents who raise infants or children.

Therefore, parents should use the thermometer to check the child's temperature whenever necessary.

In the past, parents must directly check their body temperature using a direct thermometer, which is troublesome and can not be checked continuously and checked at intervals of time. Therefore, it is difficult to quickly and accurately check changes in body temperature of a child.

Particularly, there is a disadvantage that the parent can not confirm the child's temperature from the side when the child goes to school with the fever or the parent works in the workplace, and can not cope with the rapid rise of the body temperature.

Such a resistance type digital thermometer has a problem that a measurement time of several seconds to several tens of seconds is required for each thermometer, and a slight variation occurs in each measurement result at the time of measurement, which is inaccurate. There are various problems such as inconvenience that the thermometer should be carried separately and it is inconvenient to cover the measurement place.

Therefore, it is necessary to make mutual safety by notifying self-diagnosis by yourself, self-diagnosis by the body temperature measurement which is the most basic of health check at any time, anywhere regardless of time and place, . In addition, the proliferation of new inflation energies that are becoming an international problem has led to the issue of student attendance, overseas entry and exit, meetings and festivals of various groups, and the issue of checking people's body temperature has become a daily issue. Nevertheless, from time to time, it is difficult to detect the temperature of the students or the public, and it is impossible to recognize individual body temperature shifts in the crowd. Also, even if it is recognized, it may be late to go to the hospital after complaining symptoms rather than when the dislocation occurs, and to check the status of the diagnosis.

Therefore, not only each individual, but also the parents, schools, academies, banks, department stores, military units, etc., can individually request and immediately respond to help by recognizing the body temperature in real time with the people around them, Is desperately required.

A variety of devices have been developed and applied to measure body temperature. Infrared digital thermometers are widely used nowadays for detecting and inserting body temperature into individual ears, have.

However, this apparatus has a problem that it is difficult to detect individual individuals when a large number of crowds are driven in a certain time zone, and it is possible to perform immediate detection within a few seconds, but there is an unsanitary problem that the detection apparatus should be inserted as an individual's own. It is also pointed out that it is difficult to quickly respond to displacements occurring in real time in the crowd after the passage.

In addition, there is a problem in that it is inconvenient to carry it in terms of the volume of many measuring devices. In addition, it has technical limitations limited to the self-diagnosis function of the wearer who can not be diagnosed with the result of the detection through medical communication to a medical institution or a third party.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems,

It is installed simply on the wrist or side of the infant or child's ear or just behind the ear to continuously check the child's body temperature in real time and transmit the body temperature information to the protector's smartphone through Bluetooth and wireless internet network, It is possible to confirm the temperature state of the child continuously in real time, thereby eliminating the troublesomeness of the body temperature check and checking whether the body temperature has always changed continuously in real time, so that the user can quickly respond to the body temperature change.

In addition, by transmitting body temperature information using the wireless Internet network, it is possible to easily and accurately check the change in the body temperature of a child even if the child is not next to the child.

In addition, since the data of the change in body temperature with time of the child can be displayed in the form of a graph or the like, it is possible to easily and accurately confirm the caregiver, .

In order to achieve the above object, according to an aspect of the present invention, there is provided a wrist watch including a mounting part (100) having a mounting member (130) attached thereto and a main body (200) A temperature sensor 110 for sensing a body temperature of the human body in direct contact with the wrist at one side of the inner surface of the attachment unit 100; A display unit 210 located on the upper surface of the main body 200 and capable of simultaneously displaying the current temperature and the previous temperature of the wearer with the temperature detected by the temperature sensor; On the display unit, a light emitting display unit (not shown) is provided for illuminating the wearer and the surrounding people by dividing into four colors of red (R), yellow (Y), green (G) and blue 220; On the display unit 210, a beep alarm unit 230 for comparing the measured body temperature value from the body temperature sensor with a preset reference value and generating a voice and a vibration to the wearer and the surrounding persons when the threshold value is reached, and a vibration generator 240 )Wow; On the display unit, a display value, a beep warning sound, and a vibration occurrence threshold value, a body temperature measurement period, and a body temperature compensation value, in which a red, a yellow, a green and a blue color are turned on according to a measurement body temperature of a wearer, A user setting button 250; On the display unit, an application program for alarm-displaying the body temperature of the human body by controlling the signal value inputted from the body temperature sensing unit, a first memory 260 (270) for storing the user set value and the measured body temperature data The controller 140 controls the digital temperature of the digital body temperature gauge. The controller 140 performs a digital process on the signal detected from the body temperature sensor and sequentially inputs the signal A control unit 280 for controlling the display unit, the light emitting display unit, and an output signal to the outside so that the wearer can check the result of the comparison with the set reference value; And an interface unit 300 having a backup function for transmitting the human body temperature data analyzed and stored by the controller to the external medical institution via the wireless communication network.

The body temperature sensing unit is embedded in the main body 120 in a zigzag manner so as to be in contact with the wrist part.

The red (R) of the light emitting display unit (220) is a solid state temperature for warning, yellow (Y) is a warning alarm body temperature, green (G) is a normal body temperature, and blue (B) is a hypothermic temperature.

The interface unit 300 can transmit body temperature data measured by a computer connected to the Internet through any one of a DSRC (Dedicated Short Range Communications) communication module and a ZigBee communication module capable of short-range or short-range wireless communication .

According to the smart type body temperature check device of the present invention, the following effects can be expected.

By detecting the body temperature which is displaced in real time regardless of time and place, the wearer always recognizes the result of the detection and also informs the surrounding people and the medical institution of the result of the detection, so that the body temperature displacement of the wearer can be recognized in real time, Self diagnosis and quick response can be done immediately when an abnormality occurs.

It is possible to share the results of the wearer's test results with the surrounding people in real time, thereby securing a safe environment and reliability in a place where many people gather.

It is possible to save the time according to the procedure of controlling entrance and exit in a place where contact with the public is inevitable or a place where the group lives, thereby overcoming the problem of eliminating the unpleasantness and securing the prevention and safety.

It is possible to carry out bi-directional communication with the medical institution of the body temperature measurement data of the wearer, thereby having a unique effect of performing the function of healthcare using the digital convergence device for the ubiquitous implementation.

1 is a schematic perspective view of the device.
2 is a schematic diagram showing a control structure
3 is an internal conceptual block diagram of the body temperature check device
Fig. 4 and Fig. 5 are internal schematic views of the body temperature check device

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to designate the same or similar components throughout the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

The core technical means of the smart type body temperature check apparatus according to the preferred embodiment of the present invention is a wristwatch comprising a mounting part 100 to which an attachment member 130 is attached and a main body 200, A body temperature sensing unit 110 attached to one side of the inner surface of the attachment unit 100 to measure the temperature of the human body in real time attached to the wrist of the body 200. The body 200 includes a display unit 210, The beep alarm unit 230 and the vibration generator 240, the user setting button 250, the first and second memories 260 and 270, the control unit 280 and the interface unit 300, .

The body temperature sensing part 110 is attached to one side of the inner surface of the attachment part 100 and is in direct contact with the wrist so as to sense the body temperature of the body. A plurality of temperature sensors are attached to the body temperature sensor 110 for measurement without error even when the attachment unit 100 is biased, and the body temperature of the wearer is sensed in real time.

Here, the body temperature sensing unit 110 is embedded in the body 120 in a zigzag manner so as to be in close contact with the wrist portion.

The display unit 210 is an LCD or an OLED and is positioned on the upper surface of the main body 200. The display unit 210 simultaneously displays the current temperature and the current temperature of the wearer with the temperature detected by the temperature sensor.

Also, on the display unit 210, it is possible to display the previous body temperature seven days before, which can be compared with the current body temperature of the wearer.

Here, the display unit 210 has a light emitting unit function 211 so that a measured body temperature value can be checked even in a dark place.

In addition, the display unit may be transformed into various shapes depending on a user's preference.

The light emitting display unit 220 is mounted on the display unit 210 and displays each light emitting unit according to the current body temperature of the wearer on the wearer and the surrounding people. (R), green (G), blue (B), and yellow (Y) colors correspondingly to the input signal.

Here, the red lights up when the object is a solid object of the warning, the green lights up when the body temperature is normal, the blue lights when the object is a low temperature, and the yellow turns on when the object is a warning Respectively.

The beep alarm unit 230 and the vibration generating unit 240 are mounted on the display unit 210 and compare the measurement value from the body temperature sensing unit and a reference value preset by the user setting button 250, It is an alarm function indicating a beep signal and vibration to the wearer and the surrounding persons by the operation function of the control unit.

The user setting button 250 is installed on the display unit and displays a display value, a beep warning sound, and a vibration occurrence threshold value, a body temperature measurement period, and a body temperature compensation value, which are displayed on the display unit, It is an input means for the user to preset and input the reference value.

In the user setting button 250, the lighting reference value of the light emitting display unit 220 is set to 37.4 to 40 ° C for the red (R) of the solid state as the warning target, 37 to 37.4 ° C for the warning yellow The beep warning sound and the vibration occurrence threshold value of the beep notification unit 230 and the vibration unit 240 are set to 36.4 to 37 DEG C for green (G) and blue (B) Beep warning sound and vibration occur at the interval of water at ~ 38 ℃, continuous beep warning sound and vibration occur at 38 ℃ or more.

Also, the interval between 5 minutes and 10 minutes is appropriate for the temperature measurement cycle.

Considering that the normal body temperature of the human body through the ear is 36.5 DEG C and the wrist body temperature is 33.5 DEG C, the body temperature compensation value is about 3 DEG C between the normal body temperature and the wrist body temperature. And stores it in the second memory 270.

The first and second memories 260 and 270 include a ROM and a RAM and are mounted inside the display unit 210. The first and second memories 260 and 270 store a signal value input from the body temperature sensing unit 110 An application program for alarm display of the body temperature of the human body is stored in the ROM and the user set value and the measured body temperature data inputted from the user setting button 250 are stored in the RAM .

In this case, the result of measuring the body temperature of the wearer is stored in the second memory 270, which is suitable for a maximum of 7 days in consideration of the storage capacity, and the stored body temperature is the body temperature of the wearer, And it is a basic data to confirm the health condition through.

The control unit 280 controls the entire digital body temperature thermometer installed inside the display unit 210. The analogue signal detected from the body temperature sensing unit 110 is subjected to digital signal processing by the conversion unit 140, 150 to the user through the user setting button 250, and stores the data stored in the second memory 270 in the display unit, the light emitting display unit, And is means for controlling an output signal to the outside.

The control unit 280 controls the output signal by reading / writing data stored in the second memory 270 by executing an application program stored in the first memory 260 will be.

The interface unit 300 is a means mounted on a side surface of the display unit and having a backup function for transmitting human body temperature data measured under the control of the control unit to an external medical institution via a wireless communication network.

The interface unit 300 may be a computer 500 connected to the Internet through any one of a DSRC (Dedicated Short Range Communications) communication module 410 or a ZigBee communication module 420 capable of short- It is assumed that the measured body temperature data is transmitted. A digital convergence device for a ubiquitous implementation in which a wearer can receive a medical treatment and a prescription through body temperature data transmitted in a bidirectional communication with the medical institution 600 via the Internet from a computer, .

As described above, according to the real-time digital body temperature thermometer having the display and notification function according to the embodiment of the present invention, the body temperature of the wearer is detected in real time regardless of time and place, , It is possible to prevent infection and prevent new infectious diseases such as new influenza, which is becoming an internationally big issue by sharing the results of measurement with surrounding people and transmitting measured body temperature data to medical institutions through radio communication. There is a unique feature that can secure safety and reliability with the wearer's surroundings.

100: attachment part 110: body temperature sensing part
120: main body 130: attachment member
140: conversion unit 150:
200: main body 210: display portion
211: light emitting portion 220: light emitting display portion
221: red (R) 222: yellow (Y)
223: green (G) 224: blue (B)
230: beep notification unit 240: vibration generating unit
250: user setting button 260,270: first / second memory
280: control unit 300: interface unit
310: time adjusting button 320: previous body temperature checking button
410: DSRC 500: computer

Claims (1)

A digital body temperature thermometer having a wrist watch or a bracelet formed of an attachment part (100) having an attachment member and a body (200) and attached to a user 's wrist for measuring the temperature of a human body in real time, A body temperature sensing unit 110 which is in contact with the wrist in direct contact with the inner surface of the body 100 to sense the body temperature of the body; A display unit 210 located on the upper surface of the main body 200 and capable of simultaneously displaying the current temperature and the previous temperature of the wearer with the temperature detected by the temperature sensor; On the display unit, a light emitting display unit (not shown) is provided for illuminating the wearer and the surrounding people by dividing into four colors of red (R), yellow (Y), green (G) and blue 220; On the display unit 210, a beep alarm unit 230 for comparing the measured body temperature value from the body temperature sensor with a preset reference value and generating a voice and a vibration to the wearer and the surrounding persons when the threshold value is reached, and a vibration generator 240 )Wow; On the display unit, a display value, a beep warning sound, and a vibration occurrence threshold value, a body temperature measurement period, and a body temperature compensation value, in which a red, a yellow, a green and a blue color are turned on according to a measurement body temperature of a wearer, A user setting button 250; On the display unit, an application program for alarm-displaying the body temperature of the human body by controlling the signal value inputted from the body temperature sensing unit, a first memory 260 (270) for storing the user set value and the measured body temperature data The controller 140 controls the digital temperature of the digital body temperature gauge. The controller 140 performs a digital process on the signal detected from the body temperature sensor and sequentially inputs the signal A control unit 280 for controlling the display unit, the light emitting display unit, and an output signal to the outside so that the wearer can check the result of the comparison with the set reference value; Further comprising an interface unit (300) having a backup function for transmitting the human body temperature data analyzed and stored by the control unit to an external medical institution via a wireless communication network. Body temperature check device.

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