KR102276682B1 - Hand and foot warming equipment equipped with rapid heating device - Google Patents

Abstract

The present invention relates to a heat pack for hands and feet equipped with a rapid heating device, and more particularly, is provided so as to be worn on the extremities of the body such as hands and feet, while raising the temperature in a short time and effectively supplying temperature to the hands and feet. It relates to a hand and foot warm compress equipped with a rapid heating device.
The present invention provides a poultice device worn on hands and feet, comprising: an outer covering means; heating means provided on one side of the outer covering means to be heated in contact with the liquid stored inside the outer covering means; A technical gist is that it is provided inside the outer covering means and includes a sensing means for sensing the temperature inside the outer covering means; and a control means for controlling whether the heating means is operated.

Description

Hand and foot warming equipment equipped with rapid heating device

The present invention relates to a heat compressing device for hands and feet equipped with a rapid heating device, and more particularly, to be worn on the extremities of the body such as hands and feet, and to increase the temperature in a short time while effectively supplying temperature to the hands and feet It relates to a hand and foot warm compress equipped with a rapid heating device.

A symptom called cold hands and feet (手足冷症) is a common symptom expressed as an incidental phenomenon according to blood circulation disorders, personal constitution, and other diseases.

Cold hands and feet are not limited to simply giving discomfort to those suffering from cold hands and feet, but are accompanied by sensory disturbance or discoloration in the extremities, or can lead to necrosis of the extremities, so there are various methods for alleviating them. This is being pursued.

As the most common method, a method of heating the relevant area to alleviate cold hands and feet at the time of manifestation is adopted. This is the fastest and most effective way to relieve symptoms.

Various methods have been devised to relieve symptoms by transferring heat by using means that can be easily worn on the hands and feet, such as gloves or slippers, and most of these methods include heating coils or heating plates in gloves or slippers. A heating method is used.

However, in the method using a hot wire coil or a heating plate, the duration after heat is generated is very short, and in order to receive continuous heat, it is necessary to maintain the supply of power, resulting in an increase in cost due to power consumption.

In addition, in the case of a hot wire coil or a heating plate, there is a problem that there is a risk of generation of electromagnetic waves due to an electric field, and there is also a risk of fire.

In the case of a heated coil, the risk of electromagnetic waves or fire is further increased because it must be evenly distributed over the entire area of gloves or slippers for effective heat transfer. There was also the problem of occupying a large space because it was not possible.

US 20-0325201 Y1 US 20-0351319 Y1

The present invention was invented to solve the above problems, and heat is continuously supplied even without maintaining the connection of power, and heat is generated quickly while reducing the risk of electromagnetic waves or fire, and the rapid heat generation is easy and easy to store. An object of the present invention is to provide a hand and foot warm compress equipped with a heating device.

Objects of the present invention are not limited to the objects mentioned above, and other objects not mentioned will be clearly understood from the description below.

In order to achieve the above object, there is provided a hand and foot warm compress provided with a rapid heating device according to the present invention, comprising: an outer covering means; heating means provided on one side of the outer covering means to be heated in contact with the liquid stored inside the outer covering means; It is provided inside the outer covering means, the detection means for sensing the temperature inside the outer covering means; and a control means for controlling whether the operation of the heating means.

In addition, the outer covering means, an outer skin consisting of an outer surface of the poultice device and an inner surface in contact with the human body; and an inner skin provided inside the outer skin, wherein the liquid is stored therein.

In addition, the outer covering means is made of a stretchable material, the outer skin is made of a pure cotton material, the inner skin is technically characterized in that it is made of a silicone or natural rubber material.

In addition, the temperature value measured by the sensing means is transmitted to the control means, and the control means is technically characterized in that the heating means is stopped when the received temperature value exceeds a preset temperature value.

In addition, the heating means is supplied with electric power from the outside, it is technically characterized in that it is equipped with a detachable connection terminal portion depending on whether external power is supplied.

The present invention according to the above configuration can expect the following effects.

First, rapid heating is possible, so it can function to quickly alleviate cold hands and feet when the onset of cold hands and feet occurs, and the heated heat can be maintained as much as possible without maintaining the power supply, so that the user is not disturbed by the power line. activities can be facilitated.

By using the method using hot water without power supply, the concern about electromagnetic waves that can adversely affect the human body is completely eliminated, and there is no additional power connection after the use of power is made in a short time, so the cost of power consumption and the risk of fire is significantly reduced.

In the case of using an existing hot wire coil or heating plate, the temperature of the hot wire coil and the heating plate is not directly transferred. Since the heating means heats the inner filler and the heated inner filler dissipates heat, the function of the inner filler deteriorates after a long period of use and cannot effectively generate heat.

However, in the present invention, since water, which is a general fluid, is used as a medium for dissipating heat, there is no concern about such a decrease in function, and the duration of the heating temperature can be indirectly controlled by controlling the amount of water.

Conventionally, it was difficult to store because it could not be folded because of the heated wire coil disposed over the entire area, but since the heating means is provided only on one side, it can be folded after use to minimize the volume and can be stored conveniently. In particular, since the fluid present therein can be removed after use, the ease of storage is remarkably increased compared to the case in which the conventional internal filler is provided.

In the present invention, the outer skin and the endothelium are formed in a double layer, and the elastic and soft outer skin plays a role of causing a soft fit and comfortable feeling to the user, and the elastic and liquid impermeable endothelium The liquid is stored inside, and when worn, it can serve to be in close contact with the user's hands and feet by water pressure.

Due to this structure, when the user wears the present invention, it is possible to obtain a large effect in alleviating symptoms of cold hands and feet by making it densely adhere to the space between the resin (手指) and the toes (足指).

1 is an overall configuration diagram of a heat pack for hands and feet equipped with a rapid heating device according to a preferred embodiment of the present invention.
2 is an overall configuration diagram of a hand and foot warm compress provided with a rapid heating device according to another embodiment of the present invention.
3 is a cross-sectional view of a hand and foot warm compress provided with a rapid heating device according to a preferred embodiment of the present invention.
4 is a configuration diagram of a terminal connection part of a heating means according to a preferred embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, the hand and foot warm compress equipped with a rapid heating device according to a preferred embodiment of the present invention will be described in detail as follows.

1 is a diagram showing the overall configuration of a heat compressing device for hands and feet equipped with a rapid heating device according to a preferred embodiment of the present invention, and FIG. 2 is an overall configuration of a heating device for hands and feet provided with a rapid heating device according to another embodiment of the present invention. 3 is a cross-sectional view of a hand and foot warm compress equipped with a rapid heating device according to a preferred embodiment of the present invention, and FIG. 4 is a configuration diagram of a terminal connection part of a heating means according to a preferred embodiment of the present invention.

As shown in FIG. 1 , the hand and foot warm compress device equipped with a rapid heating device according to a preferred embodiment of the present invention consists of an outer covering means 100 , a heating means 200 , a sensing means 300 , and a control means 400 . do.

First, look at the outer covering means (100).

The outer cloth means 100 is provided in the form of an outer cloth corresponding to the shape of the user's hands and feet, and may serve to transfer heat by directly contacting the user's hands and feet.

In detail, the outer covering means 100 has a liquid therein, and the liquid inside the outer covering means 100 is heated by a heating means 200 to be described later to store heat, and the stored heat is stored in the outer covering means ( 100) through the user's hands and feet.

The outer covering means 100 may be composed of an outer skin 110 and an inner skin 130 .

The outer skin 110 is an element constituting the outermost surface of the poultice apparatus, and may include an outer surface 111 exposed to the outside and an inner surface 113 contacting the hands and feet of the user's body.

The outer surface 111 of the outer skin 110 is a surface exposed to the outside when a user wears the present invention, and may preferably be made of a material that can withstand external impact.

For example, when the outer skin 110 is damaged by an impact by an external sharp object, the inner skin 130, which will be described later, is exposed and damaged and the liquid inside is ejected, and the function of the present invention is completely lost. may be done

In addition to protection against external shock, the outer surface 111 of the outer skin 110 may play a role in causing a desire to purchase by visually generating a sense of aesthetics through various patterns or shapes, and additionally, the outer skin ( 110) may serve to block the heat transferred to the inside.

The inner surface 113 of the outer skin 110 is a surface in direct contact with the user's hands and feet, and may preferably be made of a soft material to give a comfortable feeling to the user.

The outer surface 111 and the inner surface 113 of the outer skin 110 may be made of the same elastic cotton material. At this time, as described above, the outer surface 111 requires strong resistance to external impact and thermal insulation performance that can block the transfer of external temperature to the inside, so it may be possible to add an additional material such as polyester. .

The outer skin 110 may be preferably configured to have a size smaller than the average hand and foot size. The outer skin 110 has elasticity, so that it can be stretched when the user inserts his or her hands and feet into the outer skin 110 , and by squeezing the inner skin 130 from the outside, it is more closely attached to the user's hands and feet and the inner skin (130) It is possible to very effectively transfer the heat of the liquid provided therein to the hands and feet.

The outer skin 110 may be provided with a locking means so that the inner skin 130 can be inserted and discharged, and may be configured as a zipper or a snap button (not shown).

The outer skin 110 forms a closed space by the outer surface 111 and the inner surface 113 , and the inner skin 130 may be provided in the inner closed space.

The inner skin 130 is a space in which the liquid is stored, and may serve to transfer heat to the user's hands and feet by the liquid heated by the heating means 200 to be described later.

Like the outer skin 110 described above, the inner skin 130 is also formed of a material having elasticity, so that it can be stretched when a liquid flows therein.

The inner skin 130 is made of non-permeable silicone or natural rubber material, so that the liquid does not leak into the outer skin 110 .

One side of the inner skin 130 is provided with a liquid inlet 131 capable of injecting and discharging liquid, storing the liquid when using the present invention, and discharging the liquid after use is completed to minimize the volume and facilitate storage. be able to do

On one side of the outer covering means 100 made of the outer skin 110 and the inner skin 130, a heating means 200 penetrating the outer covering means 100 is provided, and the inner skin 130 is heated by external power supply. The liquid may be heated.

Next, look at the heating means (200).

The heating means 200 may be provided on one side of the above-described outer covering means 100 to be heated in contact with the liquid stored in the outer covering means 100 .

The heating means 200 may be formed only in a limited section on one side of the outer covering means 100, for example, in the case of the glove (A), the palm or the back of the hand is a part in contact with the wrist when worn, or in the case of the boots (B) may be part of the heel position.

As described above, in the conventional heating means 200, a method of supplying heat to the entire area by arranging a heating coil on the entire area of the gloves (A) or boots (B) was used, but the present invention has the outer covering means (100) inside the This is because the heating means 200 does not need to be disposed over the entire area because the provided liquid is heated to supply heat to the entire area.

One side of the heating means 200 is in contact with the liquid inside the outer covering means 100, and the other side is connected to the power supply line outside the outer covering means 100, and a detachable outlet-type connection terminal part 210 is formed. When it is necessary to heat the liquid inside the envelope means 100, power is supplied to the connection terminal unit 210, and the connection can be released after heating is completed.

The heating means 200 is a device that can be generally used, and a microwave or a pipe heater may be used, and a metal with very high thermal conductivity may be provided on the side in contact with the liquid inside the outer covering means 100 for rapid heating. .

As a simple example, a method in which a microwave or a pipe heater is used like a commonly used electric coffee pot is used, but a method in which the liquid stored in the outer covering means 100 is heated through a metal with high thermal conductivity may be adopted.

By the rapid heating of the liquid, it is possible to heat faster than a method using a conventional heating coil, and it is possible to maintain a constant temperature even for a short period of time, so that the supply of power is not required.

Next, look at the sensing means 300 .

The sensing means 300 is provided inside the outer covering means 100 , and may serve to sense the temperature inside the outer covering means 100 .

The detection means 300 may preferably use a temperature sensor, and may transmit the measured value to the control means 400 to be described later.

The sensing means 300 may be formed in plurality, but in order to effectively perform the function of the present invention to facilitate storage by folding after use, it is preferable to form a minimum number of them, and at a position close to the heating means 200 , the temperature value Since this generally easily reaches the highest value first, it is preferable to be provided on one side of the outer covering means 100 located at the farthest distance from the heating means 200 in consideration of the convection of the liquid inside the outer covering means 100 .

The temperature measurement value of the sensing means 300 may be connected to the control means 400 via the heating means 200 through a signal connection through a wire, or data transmission using wireless communication may be possible.

Finally, look at the control means 400 .

The control means 400 may serve to control whether the heating means 200 is operated, and is preferably formed to be spaced apart from the outer covering means 100 , and a power supply line path supplied to the heating means 200 . may be formed on the

The control means 400 can set the temperature desired by the user, and receives the temperature value measured from the detection means 300 , and compares the temperature value measured by the user with the temperature set by the user and the detection means 300 . can

When the temperature value measured by the sensing means 300 exceeds the temperature value set by the user, the control means 400 cuts off the power supplied to the heating means 200 so that further heating is not performed. have. When the temperature value measured by the sensing means 300 is less than or equal to the temperature value set by the user, the control means 400 may induce heating by continuously supplying power to the heating means 200 .

The control means 400 may include a display unit 410 or a button or a dial and a 7-segment display device so that a user inputs a set temperature and easily confirms it, and operates the heating means 200 . An alarm for indication and a signal may be provided together, but since this is a general technique, a detailed description thereof will be omitted.

The operation of the present invention will be looked at based on the above-described configuration.

The user injects the liquid through the liquid inlet 131 into the inner skin 130 provided inside the outer skin 110 of the outer covering means 100 for use.

Since the inner skin 130 and the outer skin 110 are elastic materials, they are elongated according to the injection of the liquid.

After injecting the liquid, a power supply line is connected to the connection terminal part 210 of the heating means 200 , and a desired temperature value is set in the control means 400 .

After setting the temperature value, when power is supplied to the heating means 200 through the power supply line, the liquid of the inner skin 130 is heated by microwaves or pipe heaters.

The heated liquid is convected inside the inner skin 130 by the temperature difference, and the sensing means 300 located far from the heating means 200 measures the temperature of the liquid by the temperature sensor.

The measured temperature value is transmitted to the control unit 400 by wire or wirelessly, and the control unit 400 compares the temperature value set by the user with the received temperature value and exceeds the set temperature value, the power supply line will cut off the power.

The user removes the power supply line from the connection terminal portion 210 of the heating means 200, and inserts hands and feet into the glove (A) or boots (B) in which the heated liquid is embedded.

At this time, since the outer skin 110 of the outer covering means 100 is made to be relatively smaller than the average size, the outer skin 110 presses the inner skin 130, and this pressurization is perfect for the space of the hands and feet. By making it tightly close, it is possible to transfer heat in all directions.

After the use is finished, the user removes the liquid inside the inner skin 130 and can store the entire outer covering means 100 by folding, in the present invention, the heating means 200 is a part of one side of the outer covering means 100 . Because it exists only in the hood, it can be folded to a minimum size and stored easily.

The above-described embodiments are merely exemplary, and those of ordinary skill in the art can variously modified other embodiments therefrom.

Accordingly, the true technical protection scope of the present invention should include not only the above embodiments but also other variously modified embodiments by the technical spirit of the invention described in the following claims.

100: means of outsourcing
110: outer skin
111: outer surface
113: inner surface
130: inner skin
131: liquid inlet
200: heating means
210: connection terminal part
300: detection means
400: control means
410: display unit
A: Gloves
B: boots

Claims (5)

In the poultice apparatus worn on hands and feet,
It is composed of an outer skin comprising an outer surface of the steaming device and an inner surface in contact with the human body, and an inner skin provided inside the outer skin and storing a liquid therein, which is formed in a size relatively smaller than the average size of hands and feet and is elastic outer covering means made of a material;
heating means provided on one side of the outer covering means to be heated in contact with the liquid stored inside the outer covering means;
a sensing means provided inside the outer covering means and located at the farthest distance from the installation position of the heating means to sense the temperature inside the outer covering means; and
and a control means for regulating whether the heating means is operated,
The temperature value measured by the sensing means is transmitted to the control means, and the control means causes the heating means to stop working when the received temperature value exceeds a preset temperature value,
The heating means uses a microwave or a pipe heater, but a side in contact with the liquid inside the outer packaging means is equipped with a rapid heating device, characterized in that the metal is provided with a high-heat heating device. delete According to claim 1,
The outer skin is made of a pure cotton material, and the inner skin is a hand and foot warm compress with a rapid heating device, characterized in that made of silicone or natural rubber material. delete According to claim 1,
The heating means is supplied with electric power from the outside, hand and foot warm compress equipped with a rapid heating device, characterized in that provided with a detachable connection terminal according to whether external power is supplied.

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