KR200270329Y1 - steam perm device - Google Patents

Abstract

The present invention relates to a steam perm device designed to enable wave perm using the thermal energy possessed by steam generated by itself, and includes a first tong member 110 having a pressing part 111 and a tong part 112. The second tongs member 110 'is rotated about the hinge shaft 113, and the tongs are caused by the elasticity of the elastic member 114 installed between the pressing portions 111 of the first and second tongs members 110 and 110'. Tongs means 100 in which the portion 112 is rotated inward; A first steam cover 120 and a second extending to the tongs 112 of the first and second tongs members 110 and 110 ', respectively, having a semi-circular shape and having a sealing member 121 for sealing at the rim; A steam cover 120 '; A steam injection member (130) having a plurality of steam injection holes (131) and a steam diffusion space (132) for injecting steam into the first and second steam covers (120, 120 '); Steam generator 140 for heating the water of the absorbing member 142 by the heat energy of the heater 141 embedded in the steam injection member 130 to generate steam; The absorption member 142 and the elongated extension part 142a of the steam generator 140 have a built-in opening 152 sealed with a cap 151 on one side, and a first side of the steam generator 140 on one side. And a water supply container 150 mounted on the second steam covers 120 and 120 '.

Description

Steam perm device

The present invention relates to a steam permator device that enables a wave perm using the thermal energy possessed by steam, and more particularly, to a steam permator device that allows steam to generate itself.

In general, a wave perm is a perm using the heat energy of a heater obtained electrically, such as Japanese Patent Laid-Open No. 9-215517.

However, in the method of perm to deform the hair by the heat energy of the heater as described above, since the hair cannot be uniformly applied to the entire hair wound on the heater-use rod, the hair adhered to the heater-use rod receives too much heat and stiffness. There is a defect that can be damaged or damaged.

In detail, the heater-use rod will always generate a constant high temperature thermal energy.

Therefore, the hair that is first dried in the heater-use rod receives a lot of heat as a result of receiving heat directly at all times.

However, the hair that is gradually curled in double or triple above the first curled hair receives less heat energy from the heater.

In other words, in the hair curled in a single heater combined rod, the heat energy given to each of the hairs dried first and later becomes different from each other.

Therefore, hair curled in close proximity to the heater rod or close to it will receive heat transfer quickly and become a fast perm, while hair curled outwards will not perm until it has elapsed longer.

Therefore, if the beautician has a long perm time, the hair close to the heater combined rod receives too much heat and causes hair stiffness. On the contrary, a short perm time results in a good perm hair. However, hairs that are double or triple curled to the outside of the rod have a problem that they do not receive enough heat and do not become a perm or a poor perm.

In addition, this problem is difficult for the hairdresser to follow the wave perm, which leads to a problem that does not promote efficient perm.

In addition, since the electric heat energy is applied to the hair, the hair is dried, and thus the perm medicine administered to the hair does not penetrate well into the hair, and thus the efficient perm is not promoted.

Therefore, a perm device using steam as disclosed in Japanese Patent Application Publication No. Hei 4-18843 has been disclosed in the prior art.

However, the above-mentioned prior art is steam is injected into the center of the rod is injected to the outside and the porous member such as a sponge to cover the rod and the hair is wound on the porous member because the porous member is crushed in the hair wound There is a problem that can not be wound properly and do not promote a good perm, as well as the cover is covered with a single phase on the outside, so there is a problem that is very cumbersome and uncomfortable to use.

The present invention is to solve the conventional problems as described above, by generating steam by the outside of the steam cover itself, the steam is injected into the inside of the rod wound the hair and the steam cover is to be opened by the forceps means It is to provide a type of steam perm device, which is its purpose.

The present invention for achieving the above object, the first clamp member and the second clamp member having a pressing portion and the tongs of the elastic member is rotated about the hinge axis and installed between the pressing portion of the first and second clamp members Tongs means in which the tongs portion is rotated inward by elasticity; A first steam cover and a second steam cover each having a semicircular shape and extending to the tongs of the first and second tongs members and having a sealing member for sealing to the rim; A steam spraying member having a plurality of steam spraying holes and a steam spreading space for spraying steam to the first and second steam cover inner surfaces; A steam generator for heating water in the absorbing member by heat energy of the electric heater embedded outside the steam spray member to generate steam; The absorber and the elongated extension portion of the steam generating unit is built in and has an inlet which is sealed with a cap on one side, characterized in that it comprises a water supply cylinder mounted to the first and second steam cover on one side of the steam generating unit .

1 is an overall perspective view of a steam perm device according to the present invention,

2 is a cross-sectional view taken along line Y-Y 'of FIG. 1,

Figure 3 is a side cross-sectional view showing a state of use of the steam perm device according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: tong means 110,110 ': first and second tong members

111: pressing part 112: tongs part

113: hinge axis 114: elastic member

120,120 ': first and second steam cover 121: sealing member

130: steam injection member 131: steam injection hole

132: steam diffusion space 140: steam generator

141: electric heater 142: absorbing member

150: water supply container 151: cap

152: slot

When the present invention is described in more detail based on the accompanying preferred embodiments as follows.

1 is a perspective view of a steam perm device according to the present invention, Figure 2 is a front sectional view, Figure 3 shows a side cross-sectional view.

Referring to Figure 1, the steam perm device of the present invention includes a forceps means (100).

The tong means 100 includes a first tong member 110 and a second tong member 110 ′ having a pressing part 111 that can be pressed by hand, and a pressing part 111 and an extended tong part 112. Consists of.

The first tongs member 110 and the second tongs member 110 ′ are disposed to face each other and rotate about the hinge axis 113.

In addition, the elastic member 114 is provided between the pressing portions 111 of the first and second tongs members 110 and 110 'to push the pressing portions 111 outward.

Therefore, when the pressing portion 111 is pressed, the tong portion 112 is rotated outwardly about the hinge axis 113, and when the pressing force of the pressing portion 111 is removed, the elastic member 114 is resilient. The forceps 112 acts to rotate back inward.

The first steam cover 120 and the second steam cover 120 'are respectively extended to the tong portions 112 of the first and second tong members 110 and 110'.

2 and 3, the first steam cover 120 and the second steam cover 120 ′ have a semicircular shape and have a sealing member 121 for sealing at an edge portion thereof.

In addition, steam injection members 130 for steam injection are mounted on inner surfaces of the first and second steam covers 120 and 120 ′, respectively.

The steam injection member 130 has a plurality of steam injection holes 131 for injecting steam and has a steam diffusion space 132 for diffusing steam into the steam injection holes 131.

The steam injecting member 130 is configured outside the steam generating unit 140.

The steam generator 140 has a structure in which the electric heater 141 connected to the power line 143 is embedded outside the steam spray member 130, and the electric heater 141 uses a heater that is waterproof. Or if not so close to the steam diffusion space 132 is built to be isolated.

The electric heater 141 has a long shape as shown in FIG. 2, and the electric heater 141 transfers thermal energy to the absorbing member 142 located in front of the absorber 142. It is supposed to heat the water.

Absorption member 142 is formed of the same material as the non-woven fabric without heat deformation, so that when heated under the heat of the electric heater 141, the water contained in the absorbing member 142 is heated to generate steam (S) do.

In addition, the generated steam (S) is injected into the first and second steam cover (120, 120 ') through the steam diffusion space 132 and the steam injection hole 131, as shown in FIG.

On the other hand, the absorbing member 142 of the steam generating unit 140 has an extended portion 142a extending as shown in Figs.

The extension part 142a is configured to be embedded in the water supply container 150 mounted to the first and second steam covers 120 and 120 'on one side of the steam generator 140.

The water supply container 150 has an inlet 152 sealed by the cap 151.

Therefore, the cap 151 is opened to replenish the water (W) to the water supply container 150 through the inlet 152.

In addition, the water (W) of the water supply tank 150 is absorbed by the extension portion (142a) of the absorbing member 142, thereby absorbing member 142 by the electric heater 141 in the steam generating unit 140 When the water of the heating is consumed by generating steam, water (W) of the water supply container 150 is absorbed through the extension part 142a, and is naturally replenished with the absorbing member 142. (S) is to be generated.

On the other hand, the electric heater 141 is connected to each of the electric wires 161 through the power distribution port 160 installed in the center of the tong means 100 to supply the electric energy.

Referring to Figure 3 describes the operation of the present invention as follows.

In the machine, a plurality of devices of the present invention are used, and the steam main pipe 140 provided in each device is connected to a steam generator (not shown).

Thus, the hairdresser (or user) first winds the hair H in the permarod 200 to dry.

Next, the hair (H) is wound in the permarod 200 is embedded in the first and second steam cover (120, 120 ').

At this time, by pressing the pressing portion 111 to open the first and second steam cover (120, 120 ') to both sides and then put the hair (200) wound permarod 200 therein.

Next, when the pressing force of the pressing portion 111 is released, the first and second steam covers 120 and 120 'are in a state in which the first and second steam covers 120 and 120' are closed by the elasticity of the elastic member 114, and the sealing member 121 is closed. Are tightly sealed because they are in close contact with each other.

The hair (H) is in a state passing between the sealing member 121 located on the opposite side of the tong means 100, even in this state the hair (H) itself acts as a sealing member so that a lot of steam leaks There is no case.

Accordingly, when the heater switch (not shown) is turned on, the water of the absorbing member 142 is heated by the electric heater 141 to generate steam S, and the generated steam S is It is supplied to the steam diffusion space 132.

In addition, the steam diffusion space 132 is supplied in all directions to be sprayed inwards through the steam injection hole 131, so that steam (S) is shot on the hair (H) wound on the permarod (200).

On the other hand, the temperature of the steam is at least 100 ° C or more high temperature to give heat energy to the hair (H) to be a perm.

In addition, since the steam (S) is a single water molecule, it provides moisture to the hair (H) and permeate the chemical well into the hair (H) tissue, so that a good perm and no damage to the hair (H) are achieved. Enable perma

On the other hand, after the perm is completed, by turning off the heater switch (not shown) to stop the generation of steam (S) and then press the pressing portion 111 to open the first and second steam cover (120,120 ') As a result, the permarod 200 is drawn out, and when the hair H is released from the drawn permarod 200, the wave perm without hair damage is completed.

On the other hand, the condensed water generated by the steam (S) injected into the first and second steam cover (120,120 ') is deprived of heat energy is very small, so there is no problem in processing, and the sealing member 121 maintains the sealing property Therefore, the condensed water does not leak to the outside.

According to the above description, the present invention provides the effect of enabling a steam perm without hair damage, and because the steam permator generates steam by itself, it provides a convenient effect for use at home as well as a beauty shop.

Claims (1)

The first and second tongs members 110 and 110 'having the pressing portion 111 and the tongs portion 112 are rotated about the hinge shaft 113 and the first and second tongs members 110 and 110 are rotated about the hinge shaft 113. Tongs means 100 in which the tongs 112 are rotated inward by the elasticity of the elastic member 114 provided between the pressing parts 111 of the '); A first steam cover 120 and a second extending to the tongs 112 of the first and second tongs members 110 and 110 ', respectively, having a semi-circular shape and having a sealing member 121 for sealing at the rim; A steam cover 120 '; A steam injection member (130) having a plurality of steam injection holes (131) and a steam diffusion space (132) for injecting steam into the first and second steam covers (120, 120 '); A steam generator 140 for heating the water of the absorbing member 142 by the heat energy of the electric heater 141 embedded in the steam spraying member 130 to generate steam; The absorption member 142 and the elongated extension part 142a of the steam generator 140 have a built-in opening 152 sealed with a cap 151 on one side, and a first side of the steam generator 140 on one side. And a water supply container (150) mounted on the second steam cover (120,120 ').