KR20130119750A

KR20130119750A - Electric hair iron

Info

Publication number: KR20130119750A
Application number: KR1020120042790A
Authority: KR
Inventors: 서동문
Original assignee: 서동문
Priority date: 2012-04-24
Filing date: 2012-04-24
Publication date: 2013-11-01

Abstract

The present invention relates to an electric hair iron used for hair care in a beauty salon, while installing a radial metal brush on the outside of the cylindrical heating plate, the protective cap for protecting the skin from being applied to the heat from the tip of the brush is moved up and down An electric hair iron that can stimulate the scalp.
The present invention is provided with a radial fitting groove in the heating plate of the electric hair iron having a cylindrical heating plate, the fitting groove is fitted with a fixed plate installed a plurality of metal brushes at regular intervals, the closing cap is fitted to the outside of the cylindrical heating plate Prevent the detachment of the fixed plate, the tip of the metal brush is covered with a protective cap, but the protective cap is made by moving up and down along the metal brush receives the elasticity, the heat of the heating plate is transferred to the metal brush to make curls Meanwhile, the protective cap is moved up and down to stimulate the scalp according to the shape of the head.

Description

Electric hair iron

The present invention relates to an electric hair iron used for hair care in a beauty salon, while installing a radial metal brush on the outside of the cylindrical heating plate, the protective cap for protecting the skin from being applied to the heat from the tip of the brush is moved up and down An electric hair iron that can stimulate the scalp.

Conventional electric hair iron 10 is composed of two operating tables (11, 12) having a tongs shape as shown in Figure 1 while the heating plate (13) toward the operating table (11) 12 abut each other By opening the operating table (11) (12) after opening the hair between the heating plate (13) in the state to make the curling while making the heating plate 13 abut each other, but the above method is only the heating plate (13) Since the heat is applied, there is a problem that the curl is not formed firmly.

In addition, the cylindrical hair iron 20 shown in FIG. 2 is suitable for transferring heat due to the configuration of the cylindrical heating plate 21 and forming curls in a cylindrical shape, but when the heating plate 21 touches the scalp, it burns. If you are not an expert, you cannot use it.

In addition, the electric iron 30 shown in Patent Registration No. 10-810941 and shown in FIG. 3 forms a radial brush 32 on the outer circumference of the cylindrical heating plate 31 heated to a high temperature, and the brush 32 The insulator protector 33 is formed at the distal end of the insulator, and the heating plate 31 and the brush 32 apply heat to the hair to form curls, and the scalp is burned by the protector 33. It also prevents short circuits.

However, in the above-described manner, since the installation structure of the brush 32 is not easy, and the protection part 32 is fixed, there is a fear that the scalp hurts or serious irritation when the protection part 32 contacts the scalp, Particularly, since the scalp is rounded, the protection part 33 cannot irritate the entire scalp, and there is a problem in that a certain portion is concentrated on the skin to cause irritation.

In addition, the method of providing the radial brush 32 to the outside of the heat generating plate 31 is not easy, and there is a problem that production is difficult.

On the other hand, when the scalp is gently stimulated, it can promote hair growth and improve skin health. However, when the protection part 33 fixed to the tip of the brush 32 is formed as described above, the effect of the scalp stimulation is difficult to expect. Was.

Domestic Patent Registration No. 10-0810941 (2008.02.28 registration)

The present invention provides a simple brush by solving a problem that the protective part does not irritate the scalp in the electric hair iron having a brush provided radially on the cylindrical heating plate while the protective part is formed at the tip of the brush. By allowing the installation of the protection portion is to be moved up and down by buffering to stimulate the scalp to promote hair growth.

The present invention is provided with a radial fitting groove in the heating plate of the electric hair iron having a cylindrical heating plate, the fitting groove is fitted with a fixed plate installed a plurality of metal brushes at regular intervals, the closing cap is fitted to the outside of the cylindrical heating plate Prevent the detachment of the fixed plate, the tip of the metal brush is covered with a protective cap, but the protective cap is made by moving up and down along the metal brush receives the elasticity, the heat of the heating plate is transferred to the metal brush to make curls Meanwhile, the protective cap is moved up and down to stimulate the scalp according to the shape of the head.

According to the present invention, a metal brush is formed radially by preventing a detachment of the fixing plate by using a closing cap after inserting a linear fixing plate having a plurality of metal brushes fixed to a fitting groove formed in the heating plate, and receiving elasticity on the upper portion of the brush. By putting the protective cap to move up and down is to be in close contact with the scalp on the protective cap to make the stimulus.

The present invention is to make a stable stimulus in the range in which the metal brush is installed by the difference in the distance that the protective cap moves along the head.

The present invention has the advantage that the metal brush can be easily installed by forming a radial metal brush on the outside of the cylindrical electric hair iron, but by inserting a fixed plate in which a plurality of metal brushes are fixed into the fitting groove of the heating plate, and protecting the tip of the metal brush. Covering the cap to protect the scalp from heat and short-circuit at the same time, the protective cap is elastically moved up and down and has the effect of stimulating the scalp.

In particular, the present invention is easy to install the metal brush, and the protective cap is moved up and down by receiving the elastic force, so that when a wide range of stimulation such as the shape of the head is made at the same time the soft stimulation is made by the elastic force of the spring to press the skin It can also be used for hair growth with gentle skin irritation.

In addition, the present invention has the effect of obtaining the desired curl while applying sufficient heat to the hair by the cylindrical heating plate and the radial metal brush.

1 is a conventional clip type electric hair iron perspective view
2 is a conventional cylindrical electric hair iron perspective view
3 is a conventional brush type electric hair iron perspective view
4 is an exploded perspective view of the present invention;
5 is a perspective view of the fixing plate and the fitting groove of the present invention
6 is an exploded front view of the present invention;
7 is a front view of the heating plate fitted with a fixing plate of the present invention
8 is a cross-sectional view of the present invention
9 to 12 is a cross-sectional view of the rubber cap installation state embodiment of the present invention
Figure 13 is a cross-sectional view of another embodiment of the rubber cap installation state of the present invention
14 to 17 is another embodiment cross-sectional view of the rubber cap installation state of the present invention

The present invention is provided with a cylindrical heating plate radially fixed to the metal brush on the heating plate while the front end of the metal brush by putting a protective cap having an elastic force when the protective cap is moved to the metal brush when touching the scalp and then the contact is released If it is to be restored by the elastic force.

In the present invention, the cylindrical heating plate is fitted to the outer side of the body provided with a handle, and by installing a heater (not shown) in the body to be heated of the heating plate covered on the outside of the body, forming a fitting groove on the side of the heating plate The fixing plate is fitted so that the metal brush is fixed to the fixing plate, the protective cap is covered with elastic force at the tip of the metal brush, and the finishing cap is fixed to the outside of the body to prevent the heating plate and the fixing plate from moving. .

The heating plate is mounted on the outside of the body to operate the heater (not shown) to heat the heating plate, and when the heating plate is heated, the metal brush is heated together with the fixing plate fitted in the fitting groove of the heating plate. The hair curls to form curls.

Here, the brush is formed radially while maintaining a certain distance.

Put a protective cap on the metal brush of the present invention, but the protective cap is held by an elastic body such as a spring, so that the protective cap is normally kept in a protruding state, and when the protective cap is pushed by the scalp, the spring is squeezed to the brush. When the protective cap is not in contact with the scalp, the protective cap is made to the original position by the elastic force of the spring.

Therefore, in the present invention, the heating plate is heated by the heater when the power is supplied by holding the handle, so that the metal brush is also heated, so that the user can make curls while curling the hair like the existing brush, in this case the heating plate and the metal brush The curls are naturally formed when the hair is dried, and the protective cap prevents hot heat from being directly transmitted to the scalp or short-circuit at the same time to massage the scalp.

That is, when the protective cap touches the scalp, the spring is compressed and the protective cap is retracted, so that a large number of protective caps touch the skin and have elasticity to the scalp to promote hair growth by gentle stimulation. .

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention has a body 50 is formed with a handle 51, the outer side of the body 50 is fitted with a cylindrical heating plate 60, the heating plate 60 in the U-shaped fitting groove 61 Forming a plate-like fixing plate 70 is fitted to the fixed plate 70 to be fixed to the metal brush 80 at a predetermined interval, the front end of the metal brush 80 is covered with a protective cap 90 but The protective cap 90 receives elastic force by the elastic means, and covers the finishing cap 52 on the outside of the heating plate 60 to maintain the fixed plate 70 and the heating plate 60 in a fixed state.

The body 50 of the present invention forms a handle 51 to one side to select an electric supply, while holding the handle 51 to work, and install a heater (not shown) on the body 50 to supply electricity. When the supply is made to be heated, the heating plate 60 is also heated by inserting and fixing the cylindrical heating plate 60 to the outside of the body 50.

Here, the heating plate 60 forms the U-shaped fitting grooves 61 to the outside at equal intervals, and then inserts the fixing plate 70 in the lateral direction to the fitting groove 61, and the fixing plate 70 is the fitting grooves. It is fitted to the side in the lateral direction 61, but does not fall forward.

That is, the end face of the fitting groove 61 and the end face of the fixing plate 70 are equal to each other so that the fixing plate 70 is fitted into the fitting groove 61.

The metal brush 80 is fixed to the fixing plate 70 at a predetermined interval, but the metal brush 80 has a pipe shape, and the metal brush 80 is radially installed at equal intervals on the heating plate 70. As a result, the metal brush 80 protruding by fitting the fixing plate 70 into the fitting groove 61 of the heating plate 60 is radially installed.

Here, after the fixing plate 70 is inserted into the fitting groove 61 of the heating plate 60 while the heating plate 60 is fitted to the outside of the body 50, the closing cap 52 is fastened to the tip of the body 50. By doing so, the fixing plate 70 is prevented from being detached and fixed so as not to move.

Here, the protective cap 90 is fitted to the tip of the metal brush 80, but the protective cap 90 is maintained by a spring-like elastic means made of a protective cap 90 to maintain the protruding state And, when the protective cap 90 is in contact with the scalp compresses the elastic means and the protective cap 90 is pushed.

9 to 12, the metal brush 80 of the present invention is fitted from the inside toward the outside so as not to fall out of the mill pin 110 inward, and a protective cap 90 at the tip of the mill pin 110. The fixing cap 90 is covered with a shape that surrounds the tip of the metal brush 80 so as not to be exposed, and the upper portion of the metal brush 80 is not exposed even when the protection cap 90 protrudes as much as possible.

Here, by extrapolating the spring 100 to the outside of the mill pin 110 protruding to the upper portion of the metal brush 80, when the protective cap 90 is pushed to the scalp as shown in FIG. To retreat, the protective cap 90 is protruded by the restoring force of the spring 100 when it does not touch the scalp.

In the present invention, as shown in FIGS. 11 and 12, the pin 10 is inserted so as not to fall outward from the inside of the metal brush 80, and a protective cap 90 is provided at the tip of the mill pin 110. The fixing cap 90 is fixed to the cover so as to cover the tip of the metal brush 80 so as not to be exposed, and the spring 100 is installed under the mill pin 110 to provide elastic force to the protective cap 90. To provide.

That is, after installing the mill pin 110 to be inserted into the inside of the metal brush 80 to protrude upwards, the protective cap 90 is fitted to the top of the mill pin 110, and a spring (below the bottom of the mill pin 110) It is to provide an elastic force to the protective cap 90 by installing 100).

The metal brush 80 shown in FIGS. 9 to 12 of the present invention may move up and down while the head portion of the mill pin 110 is located inside, and the head of the mill pin 110 may not protrude upward.

According to the present invention, as shown in FIG. 13, the pin 10 is inserted into the inside of the metal brush 80, but the head of the pin 10 is exposed to the lower portion of the metal brush 80, and the metal brush 80 is fixed. When the fixed plate 70 is fitted into the fitting groove 61, the through pin is formed into the inside of the fitting groove 61 so that the head of the mill pin 110 is exposed downward through the through groove, and the mill pin 110 is then provided. The protective cap 90 is supported by the elastic plate 120, and the upper part of the mill pin 110 is exposed to the upper part of the metal brush 80 and then fixed to the inner side of the protective cap 90. ) Will cover the top.

That is, when the protective cap 90 is pressed, the push pin 110 is pushed downward and pushes the elastic plate 120, and when the force to press the protective cap 90 disappears, the force pushing the elastic plate 120 disappears. The protective cap 90 is thereby maintained in a protruding state by the restoring force of the elastic plate 120.

Meanwhile, as shown in FIGS. 14 and 15, the spring 100 is inserted into the inner hole of the metal brush 80, and then the fixing groove 81 is formed outside the upper portion of the metal brush 80. After forming the protruding fixing protrusion 91 protruding downward from the inner side of the protective cap 90 covered by the upper portion of the metal brush 80, the protruding fixing protrusion 91 is a fixing groove 81 of the metal brush 80. The spring 100 is to be applied to a force pushing the protective cap 90 to the outside.

According to the present invention, since the protruding fixing protrusion 91 of the protective cap 90 is fitted into and fixed to the fixing groove 81 formed at the upper outer side of the metal brush 80, the protective cap 90 does not apply a separate force. Due to the projection of the protrusion fixing protrusion 91 is moved up and down while being inserted into the fixing groove 81 without falling out of the fixing groove 81, since the protective cap 90 is maintained in the spring 100 is supported , Protective cap 90 is to receive the force of the protruding state at all times.

Therefore, the present invention, when the protective cap 90 is pushed to the scalp compresses the spring 100 and the protective cap 90 is retracted, when the protective cap 90 is not in contact with the scalp to maintain the protruded state do.

Here, the protective cap 90 is to prevent the upper end of the metal brush 80 is exposed when advanced by the spring (100).

In addition, according to the present invention, as shown in FIGS. 16 and 17, the fixing protrusion 82 is formed at both sides of the upper portion of the metal brush 80, and the inner side of the protective cap 90 fitted to the upper portion of the metal brush 80. To form a fixing groove 92 into which the fixing protrusion 82 is fitted, and the spring 100 is inserted between the metal brush 80 and the protective cap 90.

Since the protective cap 90 is made of hard plastic, the protective cap 90 is fitted into the fixing groove 92 while being opened by the fixing protrusion 82 of the metal brush 80, and at the same time, the spring 100 is compressed. Therefore, when the protection cap 90 is pressed, the spring 100 is compressed, and if the protection cap 90 is not pressed, the spring 100 is restored while protruding the protection cap 90.

In the present invention as described above, since the protective cap 90 fitted to the front end of the metal brush 80 in the cylindrical brush electric iron is subjected to the force of protruding at all times by receiving the elastic force of the spring 100, the protective cap when forming curls in the hair (90) touches the scalp to ensure that the scalp is heated or short-circuit safe, in particular, the protective cap 90 is moved up and down, so the number of protective caps (90) to touch the scalp is made a lot of massage You lose.

In particular, since the protective cap 90 is subjected to the optimal massage force by the spring 100, it is possible to perform the scalp massage effectively only by pressing the scalp, it can be seen the side effect of promoting hair growth.

The present invention is to form a curl with an electric hair iron without using a separate brush, it is possible to perform a simple curl operation.

10, 20, 30: Electric Hair Iron
50: body 52: finishing cap
60: heating plate 61: fitting groove
70: fixed plate 80: metal brush
81: fixing groove 82: fixing protrusion
90: protective cap 92: fixing groove
100: spring 110: milpin

Claims

Cover the cylindrical heating plate 60 to the outside of the body 50 is provided with a handle 51, the cylindrical heating plate 60 is formed in a radially shaped insertion groove 61 in the lateral direction,
The fitting groove 61 is fitted with a fixed plate 70 is installed a plurality of metal brush 80 at a predetermined interval, but the fixed plate 70 is to be fitted only in the side of the fitting groove 61,
Fastening the closing cap 52 to the front end of the body 50 to the outside of the cylindrical heating plate 60 so that the fixing plate 70 is fixed to the fitting groove 61 by the closing cap 52,
The tip of the metal brush 80 covers the protective cap 90 to be in contact with the scalp,
The protective cap (90) is an electric hair iron, characterized in that configured to move in the direction protruding from the metal brush (80) by receiving the elasticity of the spring (100) fastened between the metal brush (80).

The method of claim 1, wherein the pins 110 are inserted into the inner space of the metal brush 80, but the pins 110 are not separated from the upper portion of the metal brush 80, the upper portion of the pins 110 to protect The cap 90 is fixed to the protective cap 90 so that the upper end of the metal brush 80 is not exposed, and the spring 100 is moved outward from the mill pin 110 at the upper side of the metal brush 80. Electric hair iron, characterized in that configured to provide extra elastic force to the protective cap (90) by extrapolation.

The method of claim 1, wherein the pins 110 are inserted into the inner space of the metal brush 80, but the pins 110 are not separated from the upper portion of the metal brush 80, the upper portion of the pins 110 to protect The cap 90 is fixed to the protective cap 90 so that the upper end of the metal brush 80 is not exposed, and the spring 100 is installed below the mil pin 110 to the protective cap 90. An electric hair iron, characterized in that configured to provide an elastic force.

According to claim 1, After the spring 100 is inserted into the hole formed in the inner side of the metal brush 80, the fixing groove 81 is formed outside the upper portion of the metal brush 80, the upper portion of the metal brush 80 After forming the protruding fixing protrusion 91 protruding downward from the inner side of the protective cap 90 to be covered on the protruding fixing protrusion 91 is fitted into the fixing groove 81 of the metal brush 80 to be fixed. The spring 100 is an electric hair iron, characterized in that configured to apply a force to push the protective cap 90 to the outside.

The fixing protrusion 82 is formed on both sides of the upper portion of the metal brush 80, and the fixing protrusion 82 is inserted into the protective cap 90 fitted to the upper portion of the metal brush 80. It forms a fixing groove 92, the electric hair iron, characterized in that the spring 100 is inserted between the metal brush 80 and the protective cap 90 to apply a force pushing the protective cap 90 to the outside .

The method of claim 1, wherein the pin 10 is inserted into the metal brush 80, the head of the pin 110 is exposed to the lower portion of the metal brush 80, the metal brush 80 is fixed When the fixing plate 70 is inserted into the fitting groove 61, the through pin is formed inside the fitting groove 61 so that the head of the mill pin 110 is exposed downward through the through groove, and then the mill pin 110 is elastic. An electric hair iron to be supported by a plate 120, the upper portion of the mill pin 110 is fixed to the inner side of the protective cap 90 after being exposed to the upper portion of the metal brush (80).