KR200424493Y1 - Face massage apparatus using warm water - Google Patents

Abstract

The present invention relates to a hot water warmer that contacts the face to transfer the heat as hot water to steam the face,

More specifically, a face contact member in contact with the user's face, the outer member having a hot water receiving space coupled along the edge of the face contact member and the outer peripheral surface, the mask consisting of the inlet and outlet connected to the hot water receiving space; And a hot water supply means connected to the inlet and the outlet through a connection pipe.

Facial, hot water, mask, massage, steaming, hot water communication path, maintaining interval

Description

Facial hot water warmer {FACE MASSAGE APPARATUS USING WARM WATER}

1 is a perspective view of a hot water heater of the present invention.

Figure 2 is an exploded perspective view of some of the subject innovations.

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a perspective view of a state of use of the present invention.

<Description of Major Symbols in Drawing>

M: Mask P: Spacing means

S: Hot water receiving space 10: Outer member

11: belt fastener 12: fixing belt

14 opening 16: breathing

17: inlet 18: outlet

20: face contact member 30: connection pipe

40: hot water supply means 41a: outlet

41b: suction port 41c: fixture

43: control panel

The present invention relates to a facial warm water heater that contacts the face to transfer the heat as hot water to steam the face,

More specifically, a face contact member in contact with the user's face, the outer member having a hot water receiving space coupled along the edge of the face contact member and the outer peripheral surface, the mask consisting of the inlet and outlet connected to the hot water receiving space; And a hot water supply means connected to the inlet and the outlet through a connection pipe.

In relation to the mask to introduce a conventional heating means to obtain a massage effect by steaming the face,

Patent Registration No. 0291011 (Applicant: Jeon, Byung-Hun, Application Date: September 16, 1998, Application No .: 10-1998-38229) In the "Beauty Massage Mask", a vibration motor is provided inside or outside of a mask having a certain shape, and an ion inside. There is provided a cosmetic massage mask having carbon that emits light, jade which is a far-infrared radiator, and a heating line for increasing the far-infrared radiation amount, so as to be selectively operated from the outside.

In addition, Utility Model Registration No. 0277179 (Applicant: Yang Joon-Kyung, Filed Date: Dec. 04, 2001, Application No .: 20-2001-37336) In the "Cosmetology Massage Mask", a heating wire is built in which power is supplied from the power supply means to release heat. The present invention proposes a cosmetic massage mask comprising a silicone sheet, a first dog mica, a heating pad, and a second dog mica made of a silicone material.

Furthermore, Utility Model Registration No. 0310097 (Applicant: Jeong, Sook-Jin et al., Filed Date: Oct. 12, 2002, App. No .: 20-2002-30517) "Mask for facial massage" simply covers the mask on the face of the user. In addition, it is proposed a mask that is in close contact with the user's face by attaching a ring-shaped belt, etc. to the portion corresponding to the user's ear,

Patent Publication No. 073928 (Applicant: MgCare Co., Ltd., filed date: June 16, 2003, application number: 10-2003-38663) In the "mask for facial massage", a mask is made of silicone material which is harmless to the skin, and a small vibration in the mask Equipped with a motor and a planar heating element to massage the meridians of the face, promote blood circulation in the face, and deeply penetrates the heat and far-infrared rays into the face skin to propose a technique for preventing facial skin trouble and aging.

However, the conventional techniques are to perform a facial massage by the "ultrasound" action or a facial massage that heats the heat with a "planar heating element or heating wire" in a state in which the mask is in contact with the "face" to generate particularly harmful electromagnetic waves In addition, due to the characteristics of the surface heating element, there was a problem such that the temperature of each face contacting part was not constant and the temperature of the contacting part was exposed to the risk of burns.

The present invention was devised to solve the above problems, and the object of the present invention is to supply hot water in a separate external hot water supply system to circulate the hot water into the mask so that there is no electromagnetic wave generation and the temperature deviation of each mask part does not occur. The object of the present invention is to provide a hot water heater that can maintain a constant temperature at the face contact area and generate no electromagnetic waves harmful to the human body by dissipating heat and can steam the face without the risk of burns.

In order to achieve the above object, the hot water warmer according to the present invention, a face contact member in contact with the user's face, the outer member having a hot water receiving space coupled along the border of the face contact member and the outer peripheral surface, the hot water A mask consisting of an inlet and an outlet connected to the receiving space; And a hot water supply means connected to the inlet and the outlet through a connecting pipe.

In the description of the facial hot water warmer according to the present invention, if the direction reference is specified with reference to FIG.

The face contact member that is in contact with the face is called the inner side or the rear side,

The outer member side exposed to the outside is called the outer side or the front side.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 to 2 is provided with a face contact member 20 in contact with the user's face and the outer member having a hot water receiving space (S) is coupled along the edge of the face contact member 20 and the outer peripheral surface 10 is located and one side is connected to the hot water receiving space (S) and the corresponding side is a mask (M) and the inlet (17) and the outlet formed of an inlet (17) and outlet (18) exposed to the outside It comprises a hot water supply means 40 is connected to the connection pipe 30 to supply the hot water (18).

At this time, the outer member 10 is provided with a gap maintaining means (P) for controlling the flow of hot water on the inner surface and maintaining the shape of the mask (M) formed when combined with the face contact member 20, the gap The holding means (P) is continuously arranged in a zigzag form on the inner surface of the outer member 10, one side is connected to the inlet 17 and the corresponding one is connected to the outlet 18 to circulate the hot water,

The inlet 17 and the outlet 18 are respectively tightly coupled with the connection pipe 30 to receive hot water from the hot water supply means 40.

The outer member 10 has a substantially curved shape to cover the face of the wearer, and is provided with a belt fastener 11 so as to be fixed to the head (頭部) of the wearer when wearing the belt fastener 11 ) Is provided with a fixing belt 12 so that the user's head and outer member 10 is fixed when worn.

In addition, the outer member 10 is formed with an opening 14 for securing a user's field of view and a breathing portion 16 that helps to smoothly breathe when the outer member 10 is worn.

As the outer member and the face contact member are tightly coupled at the edge portion, the hot water receiving space S formed between the two members is formed with various shape spacing means,

The gap holding means ensures the volume of the hot water receiving space, and ultimately, the outer shape of the outer member and the face contact member can be ensured so that the outer member or the face contact member is not deformed or damaged even in the external impact. ,

Furthermore, the water located in the hot water receiving space rumbles to prevent a problem of noise and load being unbalanced, thereby ensuring a stable flow of hot water.

In particular, as shown in the figure, the spacing maintaining means (P) is arranged in a zigzag form at regular intervals to form a hot water communication path that extends from the inlet (17) to the outlet (18) stability of the hot water flow And it will help to maintain an even hot water temperature of the whole inside the hot water receiving space.

The gap maintaining means may have a variety of arrangements and shapes, such as formed in only one of the outer member and the face contact member, or formed in both members,

In addition, the path formed by the gap maintaining means P may be formed by using a separate flexible pipe.

In the drawings, the gap maintaining means serves as a hot water communication path forming means as set forth in claim 2 of the claims. If a separate pipe is used, the pipe may also have a form of a hot water communication path forming means and a gap maintaining means.

The concepts of the hot water communication path forming means and the gap maintaining means in the present invention are not to be in conflict with each other, and may be implemented in various ways and structures as complementary concepts.

In addition, the hot water receiving space (S) is connected to the hot water supply means 40 through the connection pipe 30, the inlet 17 connected to the hot water receiving space (S) is connected to one side of the connection pipe 30 The outlet 18 is connected to one side end corresponding to the hot water supplied from the hot water supply means 40 to circulate to maintain a constant temperature.

The connecting pipe 30 should be tightly coupled to the inlet 17, the outlet 18 and the hot water supply means 40, respectively,

Between the inlet and the outlet and the connecting pipe is provided with a variety of well-known connection means such as screw coupling or interference fit method is possible to easily detachable with watertight coupling is easy to separate packaging, carrying and storage when not in use Do.

The face contact member 20 is located inside the outer member 10 is fixedly coupled to the outer member 10 and the edge portion along the edge of the outer peripheral surface

It is important for both parts to maintain watertightness at the edges

In addition, the degree of close contact between the gap holding means (P) integrally protruding from the inner surface of the outer member (10) in contact with the face contact member (20) is tightly contacted as necessary, so that the gap between the face contact member and the gap There may be no gap between the holding means so that hot water flows only along the communication path.

Considering the manufacturing cost, it will be difficult to make such precise manufacturing, so perfect watertightness between the two members is not essential.

In addition, it is preferable that a lining layer made of a soft material that is deformable into a portion directly contacting the wearer's face in the face contact member is formed.

In addition, the face contact member 20 is preferably a functional member capable of far-infrared radiation or negative ion radiation is introduced to the face contact member 20 in addition to the effect of the poultice on the face of the wearer,

Such a functional member is introduced in a manner in which the face contact member itself is made of a synthetic resin in which an anion or a far infrared ray, or radiator powder that emits both are mixed, or

The lining layer formed on the contacting face of the wearer described above may be introduced in a manner of manufacturing the functional powder mixed synthetic resin.

The material of the outer member, the face contact member, the lining layer is ABS, V-LPE, AS, MDPE, MF, PP, PC, U-LDPE, PE, HDPE, LDPE, L-LDPE, PET, propylene, HIPS, SAN, V-LPE, PS, GPPS can be selected,

In addition, the synthetic resin is prepared by mixing an additive including a colorant, tourmaline powder, and a defoaming agent.

For reference, the types and characteristics of the tourmaline for the functional, in particular anion radiation is as follows.

1. Tourmaline

Tourmaline usually has a black hexagonal pillar shape and is known as an unusual mineral that generates electricity. However, tourmaline has a variety of colors, and is divided into various types depending on the difference or color of the components. In other words, tourmaline does not refer to any one kind of mineral but is a general term for tourmaline group, and tourmaline is one of the most kinds of minerals among all minerals. In particular, beautiful colors and good transparency are used as jewelry. Tourmaline is known as the birthstone for October with the opal.

2. Type and name of tourmaline

The scientific name of tourmaline is classified according to chemical composition as shown in <Table 1>. But among gemstone markets and collectors, they are usually distinguished by their color names. For example, the pink line is called Rubellite even for the same Elite. In the ore market, the term "elbite" usually refers to the green system. Also, black tourmaline and drabyte are separate tourmaline, but black system is usually referred to as black tourmaline and brown system as drabyte. Green tourmaline, also called Brazilian emerald, is called Berdelite.

* The types of tourmaline commonly used in the ore market are as follows.

Rubellite / Tourmaline-Pink to Red Watermelon

Indicolite / South Tourmaline-Blue

Schorl (Shawl) / Tourmaline-Black

Dravite-Brown Line

Achroite-Colorless System

Tourmaline (watermelon tourmaline)-pink inside and green outside

3. Tourmaline as environmental improvement material

Tourmaline ore was first extracted from Ceylon Island in 1703 and introduced to Europe. Later, it was used as a gemstone (October birthstone), and Nobel Prize-winning physicist Pierre Curie discovered that electricity is generated when pressure is applied to a tourmaline crystal. So I got the name Tourmaline. The characteristics of tourmaline as an environmental improvement material have been mainly studied in Japan, and are currently applied to various fields in Japan.

4. Various Characteristics of Tourmaline

A. Generation of permanent weak static electricity

a) Anode and cathode naturally occur at both ends of the crystal.

b) has a permanent electrode. -Cause of permanent weak current

Ⓐ Characteristic of weak static electricity: It affects water, air and soil.

Ⓑ Adsorption and repulsion: It has the effect of adsorbing or pushing out heavy metals.

Ⓒ Electric field formation: various effects including cell activation

Ⓓ Shielding electromagnetic waves: Shielding harmful electromagnetic waves by forming an electric field of its own

B. Effect of Electrolysis on Moisture

a) Surfactant effect: hydroxyl ions (anion generated)

b) elution action: minerals

c) water quality adjustment: weak alkalizing action

C. Electrical Energy Generation

a) When the crystal is subjected to pressure such as impact or friction, electricity is generated on the surface-Piezoelectricity (piezoelectric effect)

b) If you change the temperature of the crystal, electricity is generated even at a very small temperature difference.-Pyro electricity (Pyroelectric effect) It is said that electromotive force of 5.3V is produced with black tourmaline gemstone of 2cm square and 3.3V with gemstone gemstone. Since electromotive force generated from tourmaline ore is inversely proportional to the square of the distance between the two electrodes of the tourmaline crystal, the electromotive force reaches 1 millionV in the fine powder of 0.3 micron, which is effective for sterilization. Therefore, depending on the method of making the powder can increase the antimicrobial effect.

5. Mechanism of Anion Generation and Its Effect

Tourmaline ore has positive and negative electrodes and generates electricity because of its potential.

It is by small particles flying out of space that the tourmaline gemstones do not break and continue to generate direct current static electricity. These small particles are either positively or negatively charged, with the negative ions sticking to the positive electrode of the tourmaline ore, which in turn is transported to the negative electrode, whereupon one electron, which is an anion, pops out from the negative electrode. Along the lines of electricity, it flies to the positive electrode, causing electricity to flow permanently. This current is a weak current of 0.06 mA. Whether gemstone or powder, each tourmaline crystal has a pair of electrodes (positive and negative electrodes), and the smaller the crystal powder, the higher the constant voltage. This is because the crystal constant voltage is inversely proportional to the square of the crystal size. It is said that the constant voltage of black tourmaline crystals of 0.3 microns reaches 1 millionV. When the tourmaline crystals come into contact with water (including moisture in the air), discharge occurs instantaneously in water. Around the water causes a simple electrolysis of water molecules (H ₂ O) is a hydrogen ion (H ⁺⁾ and hydroxyl ions (OH ^-) is therefore isolated from each other. At that time, the cation (H ⁺ ) is neutralized by being attracted to the negative electrode of the tourmaline and bonding with the electrons emitted therefrom to become a hydrogen atom. This hydrogen atom is released to the air as hydrogen gas.

In particular, in consideration of the tourmaline effect in the synthetic resin prepared in comparison with the cost of producing a fine powder, it is preferable to use a tourmaline powder having a size of more than 4000 mesh, up to 8000 mesh, the content of the tourmaline powder is 3 to 5 The weight percent is appropriate in terms of cost and strength of the manufactured article, and the type and content of the tourmaline are advantageous in terms of Scholl or Dravite in natural tourmaline.

This means that the water is alkaline, and the electricity generated by the tourmaline is a weak current, so the water is weakly alkaline and reaches an endless pH of 7.5. On the other hand, the anion (OH-) combines with the surrounding water molecules to form a hydroxyl group (hydroxyl). ) ion (H ₃ O ₂ ^-) to change to the surface-active material, called, the hydroxyl ions creating a monolayer there occurs a surface-active effect.

6. Four major physiological effects of negative ions

The face contact member 20 having a functional member including a tourmaline having the above properties has been proved to have excellent efficacy in preventing skin aging and aging of the user's skin.

On the other hand, the hot water supply means 40 is provided with an injection port 42 for injecting water and has a heating means (not shown) for heating the injected water therein and the water heated in the heating means through the outlet A pump (not shown) discharged to the connection pipe 30 and a microcomputer for controlling the same, the microcomputer includes a display window (43a) for displaying the temperature of the hot water heated in the heating means, the temperature of the hot water heated Sensing through the control panel 43 and the temperature sensor including a temperature selection unit (43b) for adjusting the time, a time setting unit (43c) for adjusting the heating time of hot water and a switch (43d) for turning on / off the power It includes an overheat prevention circuit (not shown) for stopping the operation of the heating means when the temperature of the hot water exceeds the set value.

The hot water heated by the heating means is discharged into the connection pipe 30 through the discharge port 41a and flows into the inlet port 17 connected to the connection pipe 30 to maintain a constant temperature on the inner surface of the mask M and circulate. The hot water circulated by the movement is introduced into the inlet (41b) of the hot water supply means 40 is reheated by the heating means and then discharged again, so the heat efficiency is higher than the heating wire or ultrasonic waves used in the conventional beauty massage masks, etc. It will be reduced, and the cost will be effective.

As shown in FIG. 4, the face contact member 20 which contacts the user's face is positioned and fixedly coupled along the edge of the face contact member 20 and the outer circumferential surface thereof to have a hot water receiving space S therein.

A mask (M) consisting of an inlet (17) and an outlet (18) connected to the hot water receiving space (S) is formed, and an opening 14 for securing the wearer's field of view and a breathing portion 16 for breathing are formed and the wearer The belt fastener 11 and the fixing belt 12 which can be fixed to the head of the head are provided.

In addition, the face contact member 30 in contact with the wearer's face is further provided with a functional member made of a synthetic resin mixed with an anion or a far infrared ray, or a radiator powder that emits both of them to add a cosmetic effect to the wearer's skin

In addition, it is desirable to maintain a shape that fits the curvature of the face when worn, and by forming a separate soft lining layer to increase the fit

Eventually, the face of the wearer may be more closely contacted, thereby increasing the beauty effect by the material of the fixing member and the poultice effect by the hot water.

5 is a perspective view of the wearing state, lying or sitting in accordance with the wearer's preference to cover the mask M of the present invention on the face and to fix the wearer's head by using the fixing belt 12.

At this time, the temperature of the hot water currently supplied through the opening 14 provided in the mask M can be confirmed through the display window of the hot water supply means 40, and the temperature control of the hot water can be changed, so that the mask M can be used. It is possible to easily set the operating time by the temperature operation and time setting unit without taking off.

The embodiments described above are merely illustrative of one embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and may be appropriately changed within the scope of the registration claims. For example, the shape and structure of each component specifically shown in the embodiment of the present invention can be modified.

As described above, the facial warm water heater according to the present invention forms a hot water receiving space (S) on the inner surface of the mask (M) covering the wearer's face, and the hot water heated by the hot water supply means 40 provided outside is Discharge and suction through the connection pipe 30 connecting the hot water supply means 40 and the hot water receiving space (S) and the supplied hot water is circulated in the hot water receiving space (S) arranged inside the mask (M) While dissipating a certain temperature within the mask (M) to obtain a poultice effect on the wearer's face, the hot water receiving space (S) is coupled along the border of the face contact member 20 and the outer peripheral surface forming the mask (M) Is formed by the outer member 10 and the outer member 10 is provided with a gap maintaining means (P) for controlling the flow of hot water and preventing deformation of the shape of the mask (M).

At this time, the face contact member 20 is mixed with tourmaline powder can also obtain the effects of negative ions and far-infrared generated from tourmaline has an excellent effect on skin beauty and skin aging prevention.

In addition, the hot water supply means 40 is provided on the outside and provided with a heating means for supplying hot water at a constant temperature, indicating the temperature selection unit and time setting unit and the temperature of the hot water to select the temperature according to the taste of the wearer When the temperature of the hot water detected by the control panel including the display window and the temperature sensor exceeds the set value, the microcomputer includes an overheat prevention circuit that stops the operation of the heating means to set the operation more safely and comfortably.

Claims (9)

Face contact member in contact with the user's face, An outer member coupled to the face contact member and an outer circumferential surface and having a hot water receiving space; A mask consisting of an inlet and an outlet connected to the hot water receiving space; And Hot water supply means connected to the inlet and the outlet through a connecting pipe; Facial hot water warmer, characterized in that consisting of. According to claim 1, wherein the hot water receiving space between the face contact member and the outer member The hot water warming apparatus, characterized in that the hot water communication path forming means is arranged. According to claim 1, wherein the hot water receiving space between the face contact member and the outer member Facial hot water warmer, characterized in that the interval maintaining means is arranged. The method of claim 2, The interval maintaining means is a hot water warming apparatus, characterized in that the continuous arrangement in a zigzag form in the hot water receiving space to form a hot water communication path. The mask according to any one of claims 1 to 4, wherein Face warmer warmer, characterized in that the opening is further formed for ensuring visibility. The mask according to any one of claims 1 to 4, wherein Face warmer, characterized in that the opening is further formed for breathing. The mask according to any one of claims 1 to 4, wherein Face warmer, characterized in that the fastening belt surrounding the wearer's head is provided. The mask according to any one of claims 1 to 4, wherein Facial hot water warmer, characterized in that further comprises a functional member for emitting anion or far infrared, or both. The hot water supply means according to any one of claims 1 to 4, wherein Heating means; A control panel including a temperature selection unit, a time setting unit, and a display window indicating a temperature of hot water; Facial warmer device comprising a microcomputer including an overheat prevention circuit for stopping the operation of the heating means when the temperature of the hot water detected by the temperature sensor exceeds the set value.

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