KR20160056027A - controllable heating gloves by smart portable devices - Google Patents

Abstract

The present invention relates to heating gloves which is controllable by a mobile smart terminal and, more specifically, to heating gloves which can individually control a plurality of heating elements in response to a user selection or by using a mobile smart terminal. In each of the heating gloves, a plurality of heating elements for heating, a control unit for controlling the heating elements, and a battery for supplying power are prepared and treated to have waterproof properties. In addition, each of the heating gloves of the present invention comprises: a body which covers from fingers to the wrist of a wearer; a plurality of waterproof heating elements inserted into the bodies; a waterproof control unit positioned on a side surface of an opening (the wrist part of the wearer) of the body to control electric power supplied to the heating elements; a replaceable waterproof battery for supplying electric power to the control unit; and a communications module for remote controlling the control unit. In the heating gloves, the control units can supply different electric power to the heating elements, and be controlled by using the mobile smart terminal communicable with the communications module.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a controllable heating gloves,

The present invention relates to a heat generating glove, and more particularly, to a heat generating glove wherein a heating element for generating heat, a control part for controlling a heating element, and a battery for supplying electric power are waterproofed, To a heat-generating glove which can be controlled by a mobile smart terminal which can be individually controlled by using a mobile smart terminal.

Generally used in cold weather gloves are waterproof to prevent frostbite by moisture.

However, there is a problem that it is difficult to raise the body temperature even though the glove alone can maintain the body temperature.

Accordingly, although a glove having a heating element such as a " cold weather glove "has been developed, a waterproofing treatment for internal electrical and electronic parts including a heating element is insufficient, so that it is vulnerable to moisture breakdown or electric shock There was a problem.

1, the first heating element 11A located on the upper face of the opened finger 1 A and the second heating element 12A located on the lower face are arranged such that when the finger is bent (1B), the turning radius The length of the first heating element 11A located on the upper side (outer side) should be increased as shown in 11B and the length of the second heating element 12A located on the lower side should be decreased as shown in 12B, Since the length of the first heating element 11A and the length of the second heating element 12A are fixed, the user feels a great inconvenience when bending the fingers or catching objects, and the heating element is stretched or broken.

In addition, there is a problem in that the user feels uncomfortable because he or she feels that the user feels comfortable at the same temperature even though the user feels comfortable.

Korean Public Utility Model No. 2000-0003647 "Winter Glove"

The object of the present invention is to provide a heating glove which can be controlled by a mobile smart terminal which can prevent malfunctions and electric shock accidents due to moisture penetration.

It is another object of the present invention to provide a heating glove which can be controlled by a mobile smart terminal that can be adjusted to a user's desired temperature up to the palm of a hand including a plurality of fingers.

Another object of the present invention is to provide a heating glove which can be controlled by a mobile smart terminal without inconvenience due to a heating element disposed on the upper and lower surfaces when the user bends the finger or holds the object.

In order to achieve the above object, a heating type glove which can be controlled by a mobile smart terminal according to the present invention comprises a body for covering a wearer's finger to a wrist, a plurality of heating elements inserted in the body, And a communication module for remotely controlling the control unit, the control unit including: a waterproofed control unit for controlling electric power supplied to the plurality of heating elements, the waterproofed battery being replaceable for supplying electric power to the control unit; The control unit can supply different power to the plurality of heating elements and the control unit can be adjusted using a mobile smart terminal capable of communicating with the communication module.

The control unit may further include a display unit for displaying a control status and a switch for controlling the control unit.

The controller may further include a receiver for wirelessly charging the battery, wherein the controller, the battery, and the receiver are inserted into a control body that is integrally waterproofed.

In addition, the battery and the control unit are each provided with a terminal having a packing, and the battery and the control unit are combined using a terminal having a packing and waterproof.

In addition, a lower portion of the thumb and index finger portions of the outer surface of the body is subjected to conduction processing for controlling the electrostatic touch screen, and the thumb portion is conducted to the outer side direction.

In addition, the body may further include a guide for preventing bending of the wrist and warping of the control unit.

As described above, according to the heating type glove which can be controlled by the mobile smart terminal according to the present invention, the heating element for generating heat, the control part for controlling the heating element, and the battery for supplying power are watertightly sealed from the outside, The waterproof terminal having the rubber packing inserted therein for connecting the lead wire of the battery and the control unit is used, thereby preventing malfunction and electric shock due to moisture penetration.

In addition, according to the heating glove which can be controlled by the mobile smart terminal according to the present invention, the temperature of a plurality of fingers and a plurality of heating elements located on the palm of a hand can be individually adjusted.

In addition, according to the heating type glove which can be controlled by the mobile smart terminal according to the present invention, the heating element is disposed in the lateral direction along the lower surface or the upper surface of the finger, and is arranged in the longitudinal direction on the side surface.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 shows a heating glove that can be controlled by a conventional mobile smart terminal.
FIGS. 2 to 4 are views showing a heating element and a control unit of a heating glove which can be controlled by the mobile smart terminal according to the present invention. FIG.
5 is a view of terminals of a heating glove which can be controlled by a mobile smart terminal according to the present invention;
6 shows a guide of a heating glove which can be controlled by a mobile smart terminal according to the present invention.
7 is a view illustrating a wrist strap portion and a display portion of a heating glove which can be controlled by a mobile smart terminal according to the present invention;
8 is a view showing a conductive processing unit of a heating glove that can be controlled by a mobile smart terminal according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

FIGS. 2 to 4 are views showing a heating element and a control unit of a heating glove that can be controlled by the mobile smart terminal according to the present invention, and FIG. 5 is a perspective view illustrating a terminal of a heating glove that can be controlled by the mobile smart terminal according to the present invention FIG. 6 is a view showing a guide of a heating glove which can be controlled by a mobile smart terminal according to the present invention, and FIG. 7 is a view showing a wrist twisting portion and a display portion of a heating glove, FIG. 8 is a view showing a conductive processing unit of a heating glove which can be controlled by a mobile smart terminal according to the present invention.

2 to 4 illustrate a heating element and a control unit of a heating glove which can be controlled by the mobile smart terminal according to the present invention. As shown in FIG. 2, in order to prevent frost due to moisture, A plurality of heating elements 11 are disposed inside the heating unit 1 and a control unit 21 supplied with power from the battery 22 supplies power for generating heat to the plurality of heating elements 11, And a communication module 27 for controlling the control unit 21 through the mobile smart terminal.

Further, it is preferable that a temperature sensor for measuring the temperature inside the heating element 11 or the glove is provided.

In addition, the communication module 27 may be a form capable of receiving data or transmitting and receiving data by using a wireless communication technology such as Bluetooth, ZigBee, WiFi, NFC, and RFID.

As a preferable form, it is preferable to use the communication module 27 that can transmit the state according to the setting (power supply amount, temperature) in use, but it may be a form that can only receive in order to reduce the cost and the amount of power.

For example, when reception is possible, the control unit receives the temperature value data through the mobile smart terminal and adjusts the power amount based on the received temperature value data, and does not transmit the current temperature or the like.

In addition, when transmission and reception are possible, the user can check the current temperature of the glove through the mobile smart terminal which receives the temperature data of the current glove transmitted from the communication module 27. After confirming the current temperature, It is possible to transmit the temperature value data through the heat exchanger, thereby preventing excessive temperature control.

When the communication module 27 can transmit and receive data, the controller 21 further includes a pulse sensor, a blood pressure sensor, and the like to transmit data on the sensed value of the wearer's body information to the mobile smart terminal It is possible.

That is, the wearer can acquire and confirm various data on the body information of the wearer as well as the temperature control and confirmation of the gloves.

The mobile smart terminal connected to the communication module 27 may be a smart phone, a tablet, a notebook computer or the like, and may be controlled using a web connection method through a computer when control using the Internet is possible. However, It is most preferable to use a dedicated app installed in a portable smartphone or a tablet for convenience of the wearer.

3, the control unit 21 includes a body 1 for covering the wearer's fingers to the wrist so as to be configured to supply different power to the plurality of heating elements 11, And a waterproofed control unit 21 for supplying a different electric power to each of the plurality of heating elements 11 located at the side of the opening of the body 1 (the wrist portion of the wearer) , And a battery and a communication module for supplying power to the controller 21 may be integrally formed.

As described above, since the control unit 21 can supply different powers to the plurality of heating elements 11, the user can individually control the temperatures of the plurality of heating elements 11 located on the fingers and palm So that a more comfortable state can be maintained.

For example, a person with a particularly cold finger due to poor blood circulation can use the finger temperature higher than the temperature of the back of the hand.

Each of the plurality of heating elements 11 is preferably provided with a temperature sensor so that the current temperature state of each heating element 11 can be transmitted to the control unit 21. A temperature sensor disposed in each heating element 11 The wearer can confirm the current temperature of each finger through the mobile smart terminal which receives the measured temperature value data through the communication module.

The plurality of heating elements 11, the control unit 21, and the batteries (not shown) are each sealed from the outside to have a waterproof effect, which is effective in preventing failure due to penetration of moisture and electric shock accidents As a sealing method, there can be used a method of sealing a circuit, a wiring or the like with a short circuit by using a resin, or a case using a case provided with a sealing means such as a rubber packing or an O-ring.

As shown in FIG. 4, the heating glove, which is controllable by the mobile smart terminal according to the present invention, is characterized in that the user can bend his / her finger without inconvenience after being worn. When the user bends or catches a finger The heat generating element 11 is arranged in the lateral direction along the lower surface or the upper surface of the fingers so as not to inconvenience due to the heating elements 11 disposed on the upper and lower surfaces and is arranged in a bent shape in the longitudinal direction on the side surface of the fingers, It is effective.

More specifically, when the finger is bent in the -Z direction, the length of the upper surface of the glove is increased and the length of the lower surface is reduced, but the length of the side surface is largely ward free.

Accordingly, the heat discharging body is arranged to face the lateral (Y axis) direction on the upper surface or the lower surface of the finger, and the longitudinal (X axis) direction .

That is, the heating element 11 is arranged in a direction perpendicular to the resistance so that the heating element 11 is not deformed (stretched or reduced) due to the bending due to the resistance.

5 shows a terminal 41 having a packing for connecting the control unit 21 and the battery 22 without a short circuit due to moisture. The terminal 41 has a socket 41B at the center, A female socket 41A having a hole corresponding to the shape of the male socket 41B and a male socket 41B inserted into the female socket 41A.

Alternatively, the packing may be an o-ring or a sealing film made of a material such as rubber, urethane, or silicone for sealing.

An O-ring 43 is disposed inside the hole of the female socket 41A along the inner circumferential surface of the female socket 41A. The O-ring 43 is connected to the male socket 41B to which the male socket 41B is coupled to the female socket 41A. So that a higher sealing force can be implemented to prevent water from penetrating into the inside of the terminal 41.

The connection of the lead wire 16 on the control unit 21 and the lead wire 16 on the battery 22 side through the terminal 41 as described above enables detachment (replacement) for charging the battery 22, It is most preferable since it has an effect of preventing short-circuiting and damage caused by the above-mentioned short circuit.

In the above description, the control unit 21 and the battery 22 are separated from each other and connected to each other through the lead 16 and the terminal 41. However, the control unit 21 may include a battery 22, If the battery 22 is built in the control unit 21, it may be charged through an external cable. However, it is preferable to use wireless charging.

The controller 21 further includes a receiver (not shown) for wirelessly charging the battery 22 to wirelessly charge the battery 22. The controller 21 further includes a receiver for wirelessly charging the battery 22. [ It is most preferable that there is no restriction of action even if it is active during charging.

FIG. 6 illustrates a guide 31 of a heating glove which can be controlled by a mobile smart terminal according to the present invention. In the winter when a heating glove which can be controlled by a mobile smart terminal is mainly worn, There are many accidents in which the wrist is folded while trying to put the hand on the ground.

Accordingly, the heat-generating glove, which can be controlled by the mobile smart terminal, may be embedded in the wrist portion of the glove so that the wearer's wrist is not bent over a predetermined angle.

More specifically, a ring-shaped guide 31 inserted into the housing part 2 formed in the wrist part of the heating glove, which can be controlled by the mobile smart terminal, wraps the user's wrist in the glove, And has a shape protruding by a predetermined area as a part of the back of the hand so as to cover the part of the back of the hand when folded.

In addition, the protrusion serves to support the wearer's wrist so that the wrist is not bent over a predetermined angle.

The housing part 2 provided outside the guide 31 and having a predetermined space can be opened through a waterproof zipper 3 having a waterproof function and can be opened by a waterproof zipper 3, It is possible to prevent moisture infiltration.

In addition, the above-described control unit, the battery, and the like are inserted into the storage box 2, and the battery can be replaced after opening through the waterproof zipper 3.

7 is a view showing a wrist twisting portion 51 of a heating glove which can be controlled by a mobile smart terminal according to the present invention and includes a housing 2 and a waterproof zipper 3 in which a controller and a battery are inserted And a wrist adjuster 51 for performing a function of tightening the wrist around the wearer's wrist while improving the function.

The wrist adjuster 51 may be of a fastening type using a buckle 52 or an adhesive type using a velcro 53 or a fitting type using a button (not shown).

The display unit 54 may further include a display unit 54 connected to the control unit on the outer surface of the wrist adjuster 51 or the receptacle 2 to express the current temperature, the set value, the amount of power of the battery, 54) is most preferable because it does not interfere with the user's activity by using a flexible touch screen and is convenient to use.

The control unit of the heating glove, which can be controlled by the mobile smart terminal according to the present invention, may further include a communication module for wireless communication. The back control unit may be operated.

To this end, the heating glove, which can be controlled by the mobile smart terminal according to the present invention, such as the lower and the side of the right hand glove, which is controllable by the mobile smart terminal shown in FIG. 8, And a conduction processing unit (61, 62) for the use of the electromagnet.

The conductive processing units 61 and 62 are located below the thumb and index finger portions and the conductive processing unit 61 of the thumb is not only a bottom but also a front and an outer side have.

More specifically, when a user uses the index finger to use the mobile smart terminal, the lower part of the finger is mainly used. However, when the thumb is used, the user generally uses the front or side rather than the lower part of the thumb.

Therefore, when observing the conduction processing sections 61 and 62 on the lower side or the side surface, the conduction processing section 61 located on the thumb and the conduction processing section 62 located on the index finger have different shapes.

That is, the shape of the conductive processing unit 61 located on the right thumb of the heating glove, which is controllable by the mobile smart terminal shown in the drawing, is formed so that the area subjected to the conductive treatment becomes wider toward the outer side (Y axis) The conductive processing unit 61 is provided to enhance the convenience of the user.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications, and variations will be apparent to those skilled in the art without departing from the scope of the present invention. The scope of the invention should therefore be construed in light of the claims set forth to cover many of such variations.

1: Body
2:
3: Waterproof zipper
11: Heating element
16: Lead
21:
22: Battery
31: Guide
41: terminal
51: wrist tightening
52: Buckle
53: Velcro
54:
61, 62: Conduction processor
71: Communication module

Claims (6)

A body surrounding the wearer's finger to the wrist;
A plurality of heating elements inserted in the body and watertight;
A waterproof control unit positioned at a side of an opening of the body (a wrist portion of a wearer) for controlling electric power supplied to the plurality of heating elements;
A replaceable watertight battery for supplying power to the control unit;
And a communication module for remotely controlling the control unit;
Wherein the control unit can supply different power to the plurality of heating elements and the control unit can be adjusted using the mobile smart terminal capable of communicating with the communication module
Heat gloves controlled by mobile smart terminals.
The method according to claim 1,
Wherein the control unit comprises: a display unit for displaying a control status;
And a switch for adjusting the control unit
Heat gloves controlled by mobile smart terminals.
The method according to claim 1,
Further comprising a receiver for wirelessly charging the battery,
Wherein the control unit, the battery, and the receiver are inserted into a control body that is integrally waterproofed
Heat gloves controlled by mobile smart terminals.
The method according to claim 1,
The battery and the control unit are each formed with a terminal having a packing,
And the battery and the control unit are combined with each other using a terminal having a packing,
Heat gloves controlled by mobile smart terminals.
The method according to claim 1,
The lower portion of the thumb and index finger portions of the outer surface of the body is subjected to conduction processing for controlling the electrostatic touch screen,
And the thumb portion is subjected to the conductive treatment to the outer side direction
Heat gloves controlled by mobile smart terminals.
The method according to claim 1,
Wherein the body further includes a guide for preventing bending of the wrist and warping of the control unit
Heat gloves controlled by mobile smart terminals.

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