KR101412158B1 - Fever and liquidity a gloves handy underwater - Google Patents

Abstract

The present invention relates to an underwater glove which is easy to generate heat and fluidity,
More specifically, it comprises an inner skin 11 that surrounds the back of the hand and the palm and wrist, a skin 12 that surrounds the outer skin of the inner skin 11, and a hot wire 21 that is heated by the power supply 20 The heating wire 21 is connected to the power supply unit 20 and is formed along a circumferential line where a finger is inserted into a side surface between the inner skin 11 and the outer skin 12, The hot water passage 30 is formed at a lower portion of the hot water passage 30. The hot water passage 30 is formed with an inlet portion 31 through which water is drawn in one side and a heat plate 32 and a space 33 in which water is received in the longitudinal direction in which the fingers are inserted are formed in the space 33. The space 33 is formed by the hot wire 21 and the hot plate 32, The temperature is raised so that the water circulates according to the movement of the hand so that the temperature of the finger can be maintained. And the hot wire 21 is configured so as not to catch or interfere with the fingers when worn, so that it is convenient for flow and tactile feeling when worn.

Description

{Fever and liquidity a gloves handy underwater}

The present invention relates to an underwater glove, and more particularly, to an underwater glove capable of being totally waterproofed in water and having a hot line formed along a circumferential line where a finger is inserted between an endothelium and an outer skin, And a bottom plate and a space unit formed inside the bottom plate to increase the temperature of the water drawn by the plate so as to maintain body temperature of the fingers and the palm of the user with the hot plate and the hot plate even underwater.

In general, gloves are used to protect human hands, such as sports gloves, work gloves, and household gloves. In addition, there are gloves used for cold weather in the winter and waterproof gloves in the water, and most gloves are constructed to have elasticity and flexibility.

First of all,

Registration number 20-0462152 (room) gloves; A power unit mounted at a predetermined position of the glove and outputting power; And a power supply unit for generating power by being supplied with power from the power source unit and extending from an inlet portion of the small finger inlet portion of the glove to an inlet portion of the index finger inlet portion of the glove A heating element to be formed; Wherein the heating element includes: a first heating element and a second heating element facing each other; An insulator formed between the first heating element and the second heating element; And a heating wire electrically connected to the first heating element and the second heating element and embedded in at least one of the finger entrances of the glove.

Regarding the heating glove having a battery and a power button and having a heating part extending to each part of the glove, The glove is divided into an outer skin composed of an inner skin and a leather. The inner skin is divided into a first inner skin corresponding to the palm of the hand and a second inner skin corresponding to the back of the hand. ; A small lithium ion battery that can be charged is mounted on an outer surface corresponding to a wrist portion of the second inner skin, and a power button for connecting a power source is mounted near the lithium ion battery; And the heat generating part is formed of a hot wire extending along the solid line to connect the lithium ion battery and the power button, and being fixed by the solid line.

Registration number 20-0348028 (room) It is formed by coil that can generate heat, and it has hot wire part with hot wire inside the glove, protective outer skin which protects the outer surface of hot wire part, A power source unit connected to the heat coil through the skin outside the protection unit, and a control unit for controlling the power source unit.

Registration No. 10-0865847 (Special) Tungsten or stainless steel (SUS) material having a constant resistance between a pair of non-combustible non-woven fabrics and inserted into the back of a glove body and fingers of a glove body, A plurality of planar heating elements to which a heating wire of a thin film or wire type is wired; A power supply unit in which a rechargeable battery or a battery is connected to the inside to supply power, and a switch for turning on / off the supplied power and a groove type output terminal for outputting power; A connection terminal formed in a pin shape to be coupled to an output terminal of the power supply unit and a connection part formed by wires connected in parallel to the heating wires of the respective surface heating elements from the connection terminals while being wrapped with an insulating coating on the outer surface thereof.

Most of the conventional techniques described above relate to heat dissipation or heat generation gloves, in which a coil or a heat line is connected to a power supply device and a battery to conduct heat to the inside of the glove to warm the wearer's hand . This has a problem in that it can not be used at all in the water because there is a problem that it can only be used in a limited manner in the case of wearing.

Other types of technology describe a heat-resistant winter glove, which consists of a surface heating element, a power supply, and a connection for the purpose of wintering. However, this technique also has a problem in that a hot wire is provided to warm the fingers and the palm of the hand, but the hot wire may not touch the fingers or may not transmit heat to the tip of the fingers. In addition, There is a problem that it is difficult to open the fingers properly due to heat rays.

Therefore, it can be used underwater, and in order to maintain the body temperature in the fingertips and the palm of the hand in the cold water, a technique that can provide convenience to the wearer is required.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the prior art described above, and it is an object of the present invention to provide a heat wire which is heated by a power supply unit into a glove composed of an inner skin and an outer skin, And a hot water passage having an inlet portion, a hot plate, and a space portion formed on the outer surface of the outer shell facing the palm, And the temperature is raised by the hot plate so that the body temperature of the palms and fingers can be maintained in the water. The present invention has been made based on the technical point of view.

The present invention is characterized in that it comprises an inner skin 11 which surrounds the back of a hand and a palm and a wrist, a skin 12 which surrounds the outer skin of the inner skin 11 and a heat ray 21 which is generated by the power supply 20 In the underwater glove, the hot wire 21 is connected to the power supply device 20, and is formed along a circumferential line where a finger is inserted between the inner skin 11 and the outer skin 12, It is excellent and easy to use,

In addition, a lower portion of the outer shell 12 is formed with a lead-in portion 31 through which water is drawn in one side, a heat plate 32 connected to the power source device 20 at one side thereof, And a space 33 in which water is received in the space 33. When the water is inserted into the space 33 due to the heat ray 21 and the heat plate 32 in water during wearing, So that the temperature of the palm and the fingers can be maintained.

According to the underwater glove which is easy to generate heat and flow according to the present invention, the hot wire is formed along the circumference of the outer surface where the fingers are inserted on the inner surface of the inner skin and the outer surface of the outer skin, The temperature of the water introduced into the space due to the hot water passage formed at the lower part of the outer shell is raised due to the hot plate, thereby maintaining the body temperature of the palm and the finger due to the heat ray and the hot plate in the water.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view showing a preferred embodiment of the present invention
2 is a bottom view showing a preferred embodiment of the present invention.
Fig. 3 is a side sectional view showing a preferred embodiment of the present invention,
Fig. 4 is an explanatory view showing the state of use showing the preferred embodiment of the present invention
5 is a configuration diagram showing another embodiment of the present invention
6 is an explanatory view showing a state of use showing another embodiment of the present invention
Fig. 7 is a diagram showing the state of use showing another embodiment of the present invention

In general, gloves are used to protect human hands, such as sports gloves, work gloves, and household gloves. In addition, there are gloves used for cold weather in the winter and waterproof gloves in the water, and most gloves are constructed to have elasticity and flexibility.

However, various gloves such as working gloves, household gloves, and heating gloves have been introduced and used, but there is no glove with various functions in the water.

In the present invention, the entire waterproofing is possible in the water, and the hot line (21) is formed along the perimeter of the perimeter where the fingers are inserted between the endothelium (11) and the outer skin (12) Which is easy to generate and flow.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention.

Before explaining the present invention,

1 to 2, there are shown an inner skin 11 surrounding the back of the hand and the palm and the wrist, a skin 12 surrounding the outer skin of the inner skin 11, 21. The underwater glove according to claim 1, wherein the power supply device is configured between the inner skin and the outer skin and is disposed on one side of the upper surface, Wherein the hot water passage is formed in the lower part of the outer shell and the hot water passage is formed in the outer periphery of the outer shell, The passageway (30) is constituted by a penetration portion (31) into which water is introduced at one side, a heat plate (32) connected to the power source device (20) at one side thereof, The space portion 33 is formed in the space portion 33 due to the heat ray 21 and the heat plate 32 in the water during wearing, The rimmed water temperature is raised, the palm is composed of the heated water to the water cycle in accordance with the movement of the hand in order to maintain the temperature of the palm of the hand and fingers.

1, the power supply apparatus 20 includes a waterproof glove 10 formed on an underwater glove 10, and more particularly, an underwater glove 10 composed of an inner skin 11 and an outer skin 12. [ And the outer covering 12, but is formed on the upper side when viewed from the side.

The power supply unit 20 is the same as a normal power supply unit and is connected to a hot line 21 to be heated. The power supply unit 20 includes a battery, A switch may be provided on one side of the heat pipe 21 so that the heat generated by the heat pipe 21 can be selectively controlled.

The hot wire 21 is formed along a circumferential outline in which a finger is inserted into a side surface between the inner skin 11 and the outer skin 12. That is, when the wearer inserts a finger, the hot wire 21 is configured so as not to touch the finger at all, so that not only is the touch feeling excellent when worn, but also prevents the finger from being caught or obstructed in the movement of the finger, Or a structure that can be easily transmitted with a finger.

Conventionally, the constitution of the hot wire 21 is generally composed mainly of heat generation rather than giving convenience to the wearer, and thus there is a problem that the touch feeling is very low when worn, There is a problem that a temperature deviation from a specific part due to a heat ray may be excessive.

However, since the heat ray 21 of the present invention is constituted by the circumferential outline in which the finger is inserted, it is possible to generate heat in the entire portion of the finger, thereby minimizing the temperature deviation, You will be able to work conveniently.

As shown in FIG. 3, a hot water passage 30 is formed in the lower part of the outer shell 12, and the hot water passage 30 has an inlet 31 through which water is introduced into one side, A heat plate 32 connected to the power supply unit 20 at one side and a space portion 33 accommodating water in the longitudinal direction in which fingers are inserted are formed at the side of the heat source 21, The temperature of the water introduced into the space portion 33 is raised by the heaters 32 and 32 so that the body temperature of the palms and fingers can be maintained.

The inlet portion 31 has a principle similar to that of a normal tube injection portion, and is configured such that water does not fall off from the inside when water is introduced. The water introduced into the hot water passage 30 through the inlet 31 sequentially flows into the space portion 33. At this time, as shown in FIG. 4, the temperature of the water drawn by the heat plate 32 And flows toward the end of the space portion 33.

The water drawn into the space portion 33 is heated by the heat generated by the heating plate 32 and the temperature of the water is increased and the temperature of the water introduced into the space portion 33 is maintained. As the temperature on the side facing the palm increases, the palm becomes warmer as the water circulates in accordance with the movement of the hand and maintains the same body temperature as the finger.

In other words, with the construction of the heat line 21, the fingers and the palm of the hand can be warmed, and the palm can also be warmed by the constitution of the hot water passages 30, so that the body temperature transmitted to the fingers and the palm can be excellently maintained will be.

2, the plurality of space portions 33 are formed in the longitudinal direction in which the fingers are inserted as shown in FIG. 2. However, the hot water passages 30 may be selectively formed as necessary.

It is also possible to use the heat transfer device 20 and the heat plate 32 in the inner skin 11 without using the heat line 21 and the hot water passage 30 as described above. As described above, when the hand is moved when wearing the underwater glove and enjoying the underwater work or the marine sports as described above, the wrist part is opened and the water flows into the inside of the underwater glove through the gap. At this time, as shown in FIG. 6, the heat plate 32 is configured to always generate heat by the power source device 20, so that water flows into the heat plate 32 to be heated.

In addition, when the water flows into the gap between the underwater gloves and the wrist caused by the continuous movement of the hand, the amount of water is increased, and the inflow water is heated again by the hot plate 32. When the water is full, So that it is possible to keep the temperature of the palm warm as a whole.

As described above, in the present invention, it is possible to additionally use the hot water passage 30 after the hot water 21 is provided in the conventional underwater gloves, or the hot water passage 30 may be used alone, The power supply device 20 and the heat plate 32 may be formed on the inner skin 11 without using the hot wire 21 and the hot water path 30 as necessary.

According to the underwater glove of the present invention, which is convenient to generate heat and fluidity, the hot wire 21 is formed along the outer circumference of the inner skin 11 and the inner surface of the outer skin 12 where the fingers are inserted, The temperature of the water introduced into the space portion 33 is raised by the hot plate 32 due to the hot water passage 30 formed at the lower portion of the outer shell 12, It is a useful invention that can maintain the temperature of the palm of the hand.

10: underwater gloves 11: endothelium 12: sheath
20: power supply unit 21: hot wire
30: hot water passage 31: inlet portion 32: hot plate 33:

Claims (3)

An underwater glove comprising an inner skin (11) surrounding the back of the hand and a palm and a wrist, a shell (12) surrounding the outer surface of the inner skin (11), and a heat ray (21) ,
The heating wire 21 is connected to the power supply device 20 and is formed along a circumferential line where a finger is inserted into a side surface between the inner skin 11 and the outer skin 12,
A hot water passage (30) is formed at a lower portion of the outer shell (12)
The hot water passageway (30) includes an inlet portion (31) into which water is drawn in one side, a heat plate (32) connected to the power source device (20) The temperature of the water introduced into the space portion 33 is raised by the heat ray 21 and the heat plate 32 in the water during wearing so that the body temperature of the palm and the fingers is maintained Which is characterized in that it is constructed to be able to be heated and flow easily. An underwater glove comprising an inner skin (11) surrounding the back of the hand and a palm and a wrist, a shell (12) surrounding the outer surface of the inner skin (11), and a heat ray (21) ,
A hot water passage (30) is formed at a lower portion of the outer shell (12)
The hot water passageway (30) includes an inlet portion (31) into which water is drawn in one side, a heat plate (32) connected to the power source device (20) The temperature of the water introduced into the space portion 33 is raised by the heat ray 21 and the heat plate 32 in the water during wearing so that the body temperature of the palm and the fingers is maintained Which is characterized in that it is constructed to be able to be heated and flow easily. 1. An underwater glove comprising an inner skin (11) surrounding the back of a hand and a palm and a wrist, a shell (12) surrounding the outer surface of the inner skin (11), and a heating wire
A heating plate 32 connected to the power source device 20 is formed on the inner skin 11 so that the wearer wears the underwater glove 10 continuously, The inflow water is heated by the hot plate 32 and circulated in the underwater glove 10 according to the movement of the hand.

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