KR101908640B1 - Clothes and accessories with lost child prevention function and burn prevention function - Google Patents

Abstract

The present invention relates to a baby cloth having lost child prevention functions and burn prevention functions, and an accessory. According to the present invention, if there is a concern about the occurrence of a lost child as an infant is away from a caregiver by a specific distance or there are risks of burns as the infant gets close to fire, the baby cloth quickly alerts the caregiver and also catches interest of the infant to the other place quickly, thereby preventing the infant from getting close to the fire.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to clothes and accessories for children,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to clothes and accessories for infants, and more particularly, to a technique for preventing the occurrence of babies and safely protecting babies from firearms.

Infants are always at risk because they can not control themselves. For example, when going out, the caregiver may leave the place while digging a glance for a moment, or a child may get burned by bringing a hand to the kettle boiling curiously.

For this purpose, in Korean Patent Laid-Open No. 10-2017-0066205 (hereinafter referred to as 'wearable system for infant and child safety', hereinafter referred to as 'conventional technology'), tags are attached to various dangerous materials, A device has been developed which allows a guardian to notify a dangerous situation after recognizing the tag.

However, in the prior art, there is a problem that installation cost is enormous because all dangerous articles must be tagged individually in order to identify a dangerous situation. In addition, if the guardian is separated from the infant, the guardian can not prevent the child's behavior from approaching the dangerous object while the guardian is aware of the situation and approaches the child.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a method and apparatus for protecting a baby, The purpose of this course is to provide a technique that allows the infant's attention to be quickly transferred to another place, thereby restraining the behavior of approaching firearms.

According to an aspect of the present invention, there is provided an infant garment having a child-resistant and anti-image function, comprising: a sensor unit for measuring temperature and outputting measured temperature information; And an alarm control unit for analyzing the temperature information output from the sensor unit and outputting a warning, wherein the sensor unit comprises: a first temperature sensor for measuring temperature; And a local communication module for wirelessly outputting the temperature information measured by the first temperature sensor to the alarm control unit, wherein the alarm control unit comprises: a communication module for receiving temperature information output from the sensor unit; A second temperature sensor for measuring the temperature; A control module for comparing and analyzing the temperature information measured by the first temperature sensor of the sensor unit and the temperature information measured by the second temperature sensor to output an event signal; And an alarm means for outputting a warning alarm in response to an event signal output from the control module, wherein the control module controls the temperature sensor to detect the temperature information measured by the temperature sensor of any one of the first temperature sensor and the second temperature sensor, When the temperature exceeds the set temperature, an event signal can be output.

Here, the sensor unit is housed in a sleeve portion, the alarm control unit is embedded in the bust of the user, and the control module detects temperature information measured by the first temperature sensor and temperature information measured by the second temperature sensor It is possible to output an event signal even when the difference is equal to or greater than a predetermined temperature difference.

The alarm means may include a case having an annular operating space formed therein; A wire disposed along the annular operating space and having a plurality of projections formed around the annular operating space; A roller which is brought into close contact with one point of the wire and rotates so that the wire is infinitely circulated in the annular operating space; A motor for rotating the roller according to an event signal output from the control module; And a plurality of balls filled in the annular operating space, wherein when the motor is operated according to an event signal of the control module, when the roller rotates, the wire infinitely circulates in the annular operating space, So that the plurality of beads can cause vibration.

In addition, the communication module of the alarm control unit connects a communication channel to the guardian terminal, and the control module confirms whether or not the communication channel is connected to the guardian terminal through the communication module. If it is confirmed that the communication channel is disconnected, Can be output.

According to another aspect of the present invention, there is provided an accessory comprising: a sensor unit for measuring temperature and outputting measured temperature information; And an alarm control unit for analyzing the temperature information output from the sensor unit and outputting a warning, wherein the sensor unit comprises: a first temperature sensor for measuring temperature; And a local communication module for wirelessly outputting the temperature information measured by the first temperature sensor to the alarm control unit, wherein the alarm control unit comprises: a communication module for receiving temperature information output from the sensor unit; A second temperature sensor for measuring the temperature; A control module for comparing and analyzing the temperature information measured by the first temperature sensor of the sensor unit and the temperature information measured by the second temperature sensor to output an event signal; And an alarm means for outputting a warning alarm in response to an event signal output from the control module, wherein the control module controls the temperature sensor to detect the temperature information measured by the temperature sensor of any one of the first temperature sensor and the second temperature sensor, Wherein the sensor unit is fabricated in the shape of an ornament worn on a cuff or a finger and the alarm control unit is made in the form of an ornament worn on a neck or a chest, An event signal can be output even when the difference between the temperature information measured by the sensor and the temperature information measured by the second temperature sensor is equal to or greater than a predetermined temperature difference.

According to the present invention, the clothes and the ornaments for infants having the prevention of childbearing and the prevention of the burns have the following effects.

First, the alarm control unit and the guardian terminal of the baby clothes connect the communication channel using a short distance communication method such as Bluetooth, and then calculate and monitor the distance through the signal intensity. If the child is distant from the guardian, If the connection is lost, a warning alarm can be generated immediately on the guardian terminal, so that the child can find the child by calling the guardian's attention before the child is farther away.

At this time, the GPS module of the alarm control unit continuously transmits the coordinate information to the guardian terminal. The final coordinate information at the time when the child is distant and the event occurs is outputted from the guardian terminal (indicated by a map or the like) I can help you find it.

In addition, the control module of the alarm control module operates the alarm means immediately when the communication module communicates with the guardian terminal with a signal strength of a certain level or less, or when the communication channel connection is completely disconnected. As the trembling, vibration, noise, and flashes of light shine, we can focus attention on the children who need protection, so that the caregiver can more easily find the children.

In addition, infant apparel can prevent children from burning accidents by measuring the temperature near the hand, measuring the temperature near the chest, and comparing and analyzing the temperature to generate an event.

That is, the temperature near the hand or the temperature near the chest suddenly rises and a temperature difference occurs, the child approaches the firearm, so that the alarm control unit immediately generates the event signal. At this time, as well as notifying the guardian terminal that the child is approaching the firearm, the alarm means mounted on the chest of the child causes the vibration and the noise luminescence so that the child can concentrate on the chest, So that the infant can take his or her hands off the fire before reaching the guardian's help.

In addition, the alarm means of the alarm control unit applied in the present invention causes the bead trembling to occur as the protrusion around the wire passes over the bead, thereby causing the trembling of all the beads filled over the entire length of the wire. Therefore, even if a small-sized motor is used, the effect of generating vibration on a large area can be expected.

In addition, vibrating stimuli caused by vibration of beads, visual stimuli where beads move and scattered light of LEDs, and auditory stimuli that occur when beads strike occur simultaneously. These parts for vibration, visual and auditory stimulation must be individually mounted There is also an effect of generating all three stimuli with a single component of the alarm means.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view for explaining a state in which a child's garment is worn according to an embodiment of the present invention; Fig.
Fig. 2 is a block diagram for explaining the clothes for children shown in Fig. 1. Fig.
Fig. 3 is a view for explaining an alarm means mounted on an alarm control unit in the clothes for children shown in Fig. 1; Fig.
Fig. 4 is a flowchart for explaining a process of preventing a baby from occurring in the baby clothes shown in Fig. 1. Fig.
Fig. 5 is a flowchart for explaining a process of preventing a burn risk in the clothes for infants shown in Fig. 1; Fig.
6 is a view for explaining a clothes for infants according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, but some configurations which are not related to the gist of the present invention may be omitted or compressed, but are omitted, And can be used in combination by a person having ordinary skill in the art to which the invention belongs.

Prior to the description, the user wearing the clothes for the child 100 according to the embodiment of the present invention will be used in combination with the names of infants, children, and the like.

FIG. 1 is a view for explaining a state of wearing a child's garment according to an embodiment of the present invention, and FIG. 2 is a block diagram for explaining a child's garment shown in FIG. As shown in FIGS. 1 and 2, an infant clothing 100 according to an embodiment of the present invention includes a sensor unit 10 and an alarm control unit 20.

The sensor unit 10 is built in a sleeves of the clothes for the infant and is provided for wirelessly outputting measured temperature information by measuring temperature. More specifically, the sensor unit 10 includes a first temperature sensor 11 and a short-range communication module 12.

The first temperature sensor 11 is a sensor for measuring the temperature, and senses the temperature near the hand of the child as the sensor unit 10 is mounted on the sleeve. The short range communication module 12 is provided for wirelessly outputting the temperature information measured by the first temperature sensor 11 to the alarm controller 20 side. For example, the short-range communication module 12 may transmit temperature information to the alarm control unit 20 in a Bluetooth, RF, or ZigBee manner. The sensor unit 10 and the alarm control unit 20 may be connected through a signal line embedded in the garment 100. In this case, a separate local communication module 12 may be omitted in the sensor unit 10 have.

The alarm control unit 20 is installed in the chest part of the baby garment 100 and outputs a warning by analyzing the temperature information outputted from the sensor unit 10 or by connecting a communication channel with the caregiver terminal 40, (40). The alarm control unit 20 includes a communication module 21, a GPS module 22, a control module 23, a second temperature sensor 24 and an alarm unit 30.

The communication module 21 is provided to receive the temperature information measured by the first temperature sensor 11 from the short range communication module 12 of the sensor unit 10. [ Also, the communication module 21 is provided for connecting a communication channel with the parent terminal 40 using a short-distance communication method such as Bluetooth and transmitting / receiving necessary information. As a communication method for transmitting and receiving information between the communication module 21 and the guardian terminal 40, various known technologies such as RF and Zigbee may be applied in addition to the Bluetooth method.

The GPS module 22 is provided for acquiring the coordinate information of the alarm control unit 20. [ The coordinate information acquired by the GPS module 22 may be transmitted to the guardian terminal 40 through the communication module 21. [

The control module 23 is provided for controlling the overall operation of the alarm control part 20. [ For example, the control module 23 compares and analyzes the temperature information measured by the sensor unit 10 and the temperature information measured by the second temperature sensor 24 to output an event signal, To the guardian terminal 40 through the communication module 21 or to check if the communication channel with the guardian terminal 40 is continuously connected to the communication module 21 and then output an event signal if necessary .

The second temperature sensor 24 is built in the alarm control unit 20 itself and is provided for measuring the temperature in the vicinity of the alarm control unit 20. [ The temperature information measured by the second temperature sensor 24 is transmitted to the control module 23 and used for analysis.

The alarm unit 30 is provided for outputting a warning alarm in accordance with an event signal output from the control module 23. Fig. 3 is a view for explaining an alarm means in the baby clothes shown in Fig. 1. Fig. 3, the alarm means 30 includes a case 31, a roller 33, a motor 34, a wire 35, a bead 37, and an LED 38. [

The case 31 includes other components of the alarm control unit 20 such as the communication module 21, the GPS module 22, the control module 23, the second temperature sensor 24, It is prepared for mounting. In this case 31, an annular (donut-shaped) operation space 32 is formed along the inner periphery, and other structures of the alarm means 30 are mounted in the operation space 32. Therefore, the communication module 21, the GPS module 22, the control module 23, the second temperature sensor 24, the battery (not shown), and the like are connected to the inner space of the annular operating space 32 in the case 31 Lt; / RTI > Further, the case 31 may be made of a transparent material so that the light of the LED 38 generated in the operation space 32 can be transmitted.

In the annular operating space 32 inside the case 31, a wire 35 having a plurality of projections 36 formed on its periphery is disposed. That is, if the operation space 32 is in the donut shape, the wire 35 forming the closed loop extends over the entire area of the donut-shaped operation space 32.

A pair of rollers 33 are provided at one point of the operation space 32 and one point of the wire 35 is sandwiched between the pair of rollers 33. The roller 33 is driven by the operation of the motor 34. When the roller 33 is rotated by the operation of the motor 34, the wire 35 is pushed in a state of close contact between the pair of rollers 33 So that the wire 35 is endlessly circulated in the operating space 32.

In addition, the operation space 32 is filled with beads 37 of various colors. The beads 37 are for causing vibration when the wire 35 is endlessly circulated, and the specific operation will be described later.

A plurality of LEDs 38 are provided on the side of the operation space 32 and emit light of various colors according to an event signal output from the control module 23.

The guardian terminal 40 is provided for connecting a communication channel to the communication module 21 of the alarm control unit 20 through a Bluetooth system or the like and receiving an event signal from the alarm control unit 20. [ The dedicated application installed in the guardian terminal 40 measures the distance between the alarm control unit 20 and the guardian terminal 40 through the intensity of the Bluetooth signal received from the alarm control unit 20, Or if the communication channel is disconnected, an alert will be generated immediately.

The operation of the clothes for the child 100 according to the embodiment of the present invention described above will be described in more detail with reference to FIGS. 4 and 5. FIG.

FIG. 4 is a flowchart for explaining a process of preventing a baby from occurring in the baby clothes shown in FIG. 1. FIG.

A dedicated application is installed in the guardian terminal 40 and the alarm control unit 20 of the clothes for the child 100 can connect the communication channel to the guardian terminal 40 by driving the dedicated application S405 have. For example, the communication module 21 of the alarm control unit 20 and the caregiver terminal 40 may be connected by a communication method such as Bluetooth.

The control module 23 of the alarm control unit 20 transmits the real time coordinate information obtained by the GPS module 22 to the guardian terminal 40 at predetermined time intervals through the communication module 21. [ In addition, the dedicated application of the guardian terminal 40 can confirm the movement path of the child wearing the clothes for the child 100 by storing the coordinate information transmitted from the alarm control unit 20 in a memory (not shown).

At this time, in the dedicated application of the guardian terminal 40, the strength of the Bluetooth signal received from the alarm control unit 20 is checked (S415) to determine whether the child is within a safe distance. That is, in the dedicated application, the distance between the alarm control unit 20 and the guardian terminal 40 can be calculated through the intensity of the Bluetooth signal. If the distance between the alarm control unit 20 and the guardian terminal 40 exceeds a predetermined distance S420>, it is confirmed that the connection of the communication channel is disconnected, the dedicated application generates an event signal itself (S425) and calls attention of the guardian. For example, the dedicated application guides the child wearing the infant apparel 100 away from the caregiver in a manner such as vibration, beep, lamp emission, warning phrase output, and the like.

Also, the dedicated application displays the position of the alarm control unit 20 at the time when the event occurs. That is, in the alarm control unit 20, the coordinate information acquired by the GPS module 22 is transmitted to the guardian terminal 40 at predetermined time intervals. In the dedicated application of the guardian terminal 40, The coordinate information of the viewpoint or the coordinate information finally received is displayed on the screen to guide the guardian from which position the child should be searched.

The control module 23 of the alarm control unit 20 checks whether the communication module 21 stably maintains the communication channel with the caregiver terminal 40. [ That is, the control module 23 checks whether the communication module 21 is connected to the parent terminal 40 by a Bluetooth signal intensity higher than the reference or if the communication channel is disconnected. If it is determined that the communication channel connection is abnormal , The control module 23 outputs an event signal to the alarm means 30 side.

When the event signal is output from the control module 23, the wire 35 is infinitely circulated in the operation space 32 while the motor 34 is driven, so that the protrusion 36 Pass through beads 37 that are filled in the operating space 32. Accordingly, the beads 37 collide with the protrusions 36 to generate vibration and generate sound. In addition, when an event signal is generated in the control module 23, the LED 38 emits light together. In other words, vibration, sound, and light are emitted by the alarm control unit 20 of the child wearing the clothes for the child 100, so that the attention of the surroundings can be turned off, thereby enabling the guardian to quickly find the lost child.

Fig. 5 is a flowchart for explaining the process of preventing the risk of burns in the baby clothes shown in Fig. 1. Fig. That is, the clothes for the child 100 according to the embodiment of the present invention can perform a function of preventing a child from approaching a hot object and preventing an image from being burned, as well as the child-proof function as described with reference to FIG.

First, the first temperature sensor 11 of the sensor unit 10 provided on the sleeve of the clothes for the child 100 measures the temperature of the vicinity of a child's hand at a predetermined time interval or in real time, And transmits the temperature information measured by the first temperature sensor 11 to the alarm control unit 20 (S505).

Also, the second temperature sensor 24 of the alarm control unit 20 installed in the vicinity of the chest of the child measures the temperature near the chest of the child at a predetermined time interval or in real time and transmits it to the control module 23 (S510).

The control module 23 of the alarm control unit 20 compares the temperature information of the first temperature sensor 11 transmitted from the sensor unit 10 through the communication module 21 with the temperature information of the second temperature sensor 24 ) ≪ S515 > for temperature information (temperature near the chest).

Here, the control module 23 checks whether the measured temperature of the first temperature sensor 11 and the measured temperature of the second temperature sensor 24 differ by more than a preset reference value. If the temperature difference is more than the reference value, The control module 23 outputs an event signal so that the alarm means 30 is activated and at the same time processes the event signal to the guardian terminal 40 through the communication module 21 so that the event signal is transmitted S525.

Accordingly, in the guardian terminal 40, the dedicated application can push and alarm the related information according to the reception of the event signal for the risk of the image, and the guardian who approves the alarm can immediately prevent the child from approaching the hot object.

The reason why the alarm means 30 operates together in the alarm control unit 20 of the clothes 100 for the child worn by the child is to induce the child to stop approaching the dangerous object by himself before the guardian reaches the child.

That is, the occurrence of an event signal for a burn risk means that a child's hand approaches a hot object such as a stove or a boiling kettle. If the guardian is not in the immediate vicinity of the child, the guardian terminal 40 The child's hand may already be in contact with the dangerous object during the time that comes after the child has been aware of the danger.

However, as in the present invention, if a warning alarm is generated in the alarm control unit 20 worn on the body of a child, the attention of the child can be changed to another place. An event signal is generated in the control module 23 so that the motor 34 of the alarm means 30 operates and the roller 33 rotates and the wire 35 closely contacted between the pair of rollers 33 The protrusion 36 formed around the wire 35 passes through the beads 37 filled in the operation space 32. As a result, As a result, the beads 37 that are hit by the protrusions 36 of the wire 35 generate noise while the LEDs 38 emit light and are reflected (or transmitted) to the beads 37, ) Will shine brightly in the chest area. Here, the protrusion 36 formed around the wire 35 has a strength enough to apply a pushing force to the side surface of the bead 37 when passing the bead 37, and the protrusion 36 passes through between the pair of rollers 33 A certain degree of flexibility is required so that it can be folded in the longitudinal direction of the wire (35).

(The beads 37 are generated by trembling), the noises (which are generated by the beads 37 striking each other), the luminescence (the light of the LED 38) (Generated by transmission, reflection, and scattering among the beads 37), the child's interest can not but be switched from the hot object to the alarm control unit 20. Thus, the child will immediately pick up the hand that was approaching the hot object and touch the alarm control unit 20, so that the child can be guided to escape the danger situation even if the guard is not next to it.

The control module 23 of the alarm control unit 20 compares and analyzes the measured temperature of the first temperature sensor 11 and the measured temperature of the second temperature sensor 24 The algorithm for outputting the event signal can be variously changed.

5, a warning may be generated through the temperature difference between the first temperature sensor 11 and the second temperature sensor 24. Children usually wear their hands by touching their firearms, so the temperature around the chest does not change much, but if the temperature in the vicinity of the hand rises rapidly, the child tries to touch a firearm like a boiling kettle Because it is certain, the temperature difference analysis will cause a warning to be generated.

Alternatively, if the temperature of the first temperature sensor 11 and the temperature of the second temperature sensor 24 all rise together to a certain level or more, a warning may be generated. For example, if a child is close to a large stove, the temperature around the chest as well as the hand will rise sharply. Accordingly, even if the temperature difference between the first temperature sensor 11 and the second temperature sensor 24 does not occur, an event is generated if the temperatures of the two temperature sensors 11 and 24 rise together to a certain level or more. Of course, even when the temperature sensor of any one of the two temperature sensors 11 and 24 rises above the reference level, an event may be generated to call attention.

6 is a view for explaining a clothes for infants according to another embodiment of the present invention. 1 to 3, the sensor unit 10 is housed in the vicinity of the sleeve in the jacket-shaped clothes, and the alarm control unit 20 is incorporated in the vicinity of the chest. In the embodiment of FIG. 6, Is an example in which the sensor unit 10 'and the alarm control unit 20' are manufactured in the form of an accessory instead of being embedded in clothes.

That is, the sensor unit 10 'is manufactured in the form of a wristband or a wrist band, and the alarm control unit 20' is made in the form of a nameplate that can be worn on the chest through the clip 39 '. Of course, the functional configuration and operation of the wristband-shaped sensor unit 10 'and the nameplate-shaped alarm control unit 20' are the same as those of the above-described function and configuration of the built-in sensor unit 10 and the alarm control unit 20 same. Therefore, when the wristband 10 'is worn on the wrist and the alarm control unit 20' in the form of a nameplate is worn on the chest, the childbearing prevention and the image prevention function can be performed in cooperation with the caregiver terminal 40, The operation method will be omitted because it is redundant with the above description.

As described in detail above, according to the clothes 100 for children and the ornaments having the preventive and anti-image-preventing function according to the embodiment of the present invention, the following effects can be expected.

First, the alarm control units 20 and 20 'of the clothes 100 for a child and the guardian terminal 40 connect the communication channels using a short distance communication method such as Bluetooth, and then calculate and monitor distances through signal strength. The guardian terminal 40 immediately generates a warning alarm so that the child can be alerted to the guardian's attention before the child is farther away if the signal strength deteriorates or the communication channel is disconnected.

At this time, the GPS module 22 of the alarm control unit 20 or 20 'continuously transmits the coordinate information to the guardian terminal 40. The final coordinate information at the time when the child is distant and the event occurs is transmitted from the guardian terminal 40 The output (indicated by a map, etc.) can help the guardian from where to look for the child.

The control module 23 of the alarm control units 20 and 20 'may be configured such that if the communication module 21 performs communication with the guardian terminal 40 with a signal strength of a certain level or less, The alarm means 30 is actuated immediately. As a result, the beads 37 of the child's chest tremble and vibration and noise are generated, and when the light is shiny, attention can be focused on children who need to be protected. This makes it easier for parents to find children.

In addition, the infant garment 100 can measure the temperature in the vicinity of the hand, measure the temperature near the chest, and compare and analyze the temperature to prevent the child from burn injury by generating an event.

That is, when any one of the temperature near the hand or the temperature near the chest suddenly rises and a temperature difference occurs, since the child approaches the firearm, the alarm control unit 20 or 20 'immediately generates the event signal. At this time, not only the fact that the child approached the firearm is notified to the guardian terminal 40 but also the alarm means 30 mounted on the chest of the child causes the vibration and the noise luminescence so that the child is not a dangerous object, You can call attention to focus on the chest you are doing, and you can guide the infant to remove his hand from the fire before it reaches the guardian's help.

The alarm means 30 of the alarm control unit 20 or 20 'applied in the present invention causes the bead 37 to shake as the projection 36 around the wire 35 passes over the bead 37 So that it is possible to cause shaking of all the beads 37 filled over the entire length of the wire 35. Therefore, even if the small-sized motor 34 is used, the vibration generating effect on the large area can be expected.

In addition, a vibration stimulus by the vibration of the ball 37, a visual stimulus by which the beads 37 are moved and scattered by the light of the LED 38, and an auditory stimulus generated by the beads 37 are simultaneously generated. There is an effect that all the three stimuli are generated by a single component of the alarm means 30 rather than the components for visual and auditory stimulation need to be individually mounted.

Meanwhile, as shown in FIGS. 1 to 5, the sensor unit and the alarm control unit, which are core components for achieving the object of the present invention, may be manufactured in a form embedded in the sleeve and the chest of the garment 100, The sensor unit 10 'may be formed as a bracelet or a wrist band, and the alarm control unit 20' may be formed as a badge that can be worn on the chest through a clip 39 '. In addition, the sensor unit 10 'may be formed in a ring shape, and the alarm control unit 20' may be formed in the form of a necklace that can be hung on the neck or a brooch that can be attached to the chest. That is, the sensor units 10 and 10 'are worn near the arms or the hands, and the alarm control units 20 and 20' can be modified into any ornamental shape as long as they are worn near the neck or chest.

In the above description, the infant garment 100 and the ornaments 10 ', 20' are to be worn by infants and children, but it is also possible that the infant garment 100 and the ornaments 10 'and 20' For example, for the elderly with dementia, adults with mental retardation, or for the visually impaired.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, And additions should be considered as falling within the scope of the claims of the present invention.

100: Baby clothes
10, 10 ': sensor unit
11: first temperature sensor
12: Local area communication module
20, 20 ': an alarm control unit
21: Communication module
22: GPS module
23: Control module
24: second temperature sensor
30: Alarm means
31: Case
32: Operation space
33: Roller
34: Motor
35: Wire
36: projection
37: Beads
38: LED
39 ': Clip
40: Protector terminal

Claims (5)

A sensor unit for measuring temperature and outputting measured temperature information; And
And an alarm control unit for analyzing the temperature information output from the sensor unit and outputting a warning,
The sensor unit includes:
A first temperature sensor for measuring a temperature; And
And a short range communication module for wirelessly outputting temperature information measured by the first temperature sensor to the alarm control unit side,
The alarm control unit,
A communication module for receiving temperature information output from the sensor unit;
A second temperature sensor for measuring the temperature;
A control module for comparing and analyzing the temperature information measured by the first temperature sensor of the sensor unit and the temperature information measured by the second temperature sensor to output an event signal; And
And alarm means for outputting a warning alarm in accordance with an event signal output from the control module,
Wherein the control module outputs an event signal when the temperature information measured by the temperature sensor of the first temperature sensor or the second temperature sensor is equal to or higher than a predetermined temperature,
Wherein the alarm means comprises:
A case having an annular operating space;
A wire disposed along the annular operating space and having a plurality of projections formed around the annular operating space;
A roller which is brought into close contact with one point of the wire and rotates so that the wire is infinitely circulated in the annular operating space;
A motor for rotating the roller according to an event signal output from the control module; And
A plurality of beads filled in the annular operating space,
The motor is operated according to an event signal of the control module, and when the roller is rotated, the wire is infinitely circulated in the annular operating space, and a protrusion formed around the wire passes through the plurality of beads, Characterized in that the beads are caused to vibrate.
The method according to claim 1,
The sensor unit is built in a sleeve portion,
The alarm control unit is embedded in the user's chest,
Wherein the control module outputs an event signal even when the difference between the temperature information measured by the first temperature sensor and the temperature information measured by the second temperature sensor exceeds a preset temperature difference.
delete The method according to claim 1,
Wherein the communication module of the alarm control unit connects a communication channel with a guardian terminal,
Wherein the control module checks presence or absence of a communication channel with the parent terminal through the communication module and outputs an event signal when it is confirmed that the communication channel is disconnected.
A sensor unit for measuring temperature and outputting measured temperature information; And
And an alarm control unit for analyzing the temperature information output from the sensor unit and outputting a warning,
The sensor unit includes:
A first temperature sensor for measuring a temperature; And
And a short range communication module for wirelessly outputting temperature information measured by the first temperature sensor to the alarm control unit side,
The alarm control unit,
A communication module for receiving temperature information output from the sensor unit;
A second temperature sensor for measuring the temperature;
A control module for comparing and analyzing the temperature information measured by the first temperature sensor of the sensor unit and the temperature information measured by the second temperature sensor to output an event signal; And
And alarm means for outputting a warning alarm in accordance with an event signal output from the control module,
Wherein the control module outputs an event signal when the temperature information measured by the temperature sensor of the first temperature sensor or the second temperature sensor is equal to or higher than a predetermined temperature,
The sensor unit is manufactured in the shape of an ornament worn on a cuff or a finger,
The alarm control unit is manufactured in the form of an ornament worn on a neck or a chest,
Wherein the control module outputs an event signal even when the difference between the temperature information measured by the first temperature sensor and the temperature information measured by the second temperature sensor exceeds a predetermined temperature difference,
Wherein the alarm means comprises:
A case having an annular operating space;
A wire disposed along the annular operating space and having a plurality of projections formed around the annular operating space;
A roller which is brought into close contact with one point of the wire and rotates so that the wire is infinitely circulated in the annular operating space;
A motor for rotating the roller according to an event signal output from the control module; And
A plurality of beads filled in the annular operating space,
The motor is operated according to an event signal of the control module, and when the roller is rotated, the wire is infinitely circulated in the annular operating space, and a protrusion formed around the wire passes through the plurality of beads, Ornaments characterized in that the beads are caused to vibrate.

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