KR200304030Y1 - Stting perm a warm tongs device - Google Patents

Abstract

The present invention is to heat the heat generated by the electrical energy to perm hair, a heater that self-heats by electrical energy, and one side is formed in an arc shape, the other side is assembled in close contact with the heater on the back A heat generating plate made of a metal having good thermal conductivity is embedded in the case and the cover, and a first vertical guide member having an uneven groove for sliding up and down on one side of the case, and a second guide member having a long axial shape are formed in the case. A fixed heater portion formed side by side in a vertical direction with respect to the "b" shape; It is made of metal with good electrical conductivity and is spaced apart from each other at appropriate intervals with an insulating partition formed at the center of the uneven groove of the fixed heater part, and one end thereof is electrically connected to supply power to the heater of the fixed heater part. A pair of slide electrode members; A heater and a heating plate are built in the case and the cover, and the penetrating part and the second vertical guide are inserted into the first vertical guide member of the fixed heater part to slide up and down on the same line as the uneven groove. An elevating heater unit in which a resilient support through boss fitted to the member is formed side by side; It is made of a metal with good electrical conductivity and is assembled to face each other at appropriate intervals in the through part, and a pair of energizing tension ends are formed on one side thereof to elastically contact with the slide electrode member even during the lifting operation of the lifting heater part. And a tension electrode member electrically connected to supply the power to the heater of the elevating heater; A pull handle which is assembled to the periphery of a perforated part of the elevating heater to pull up and down the elevating heater to be pulled up and down with respect to the fixed heater; Soldered on one end of the slide electrode member is fixed horizontally, the front of the LED lamp for power on / off display is connected to both ends of the capacitor circuit assembled in the printed electrical circuit for energizing the slide electrode member A power supply connection circuit board having a pair of plug terminals connected and fixed in a vertical direction at the other end thereof; On one side of a pair of insulating materials, a detachable opening having a pair of lock buttons formed to be detachably inserted into an outlet of a power line is assembled, and a pair of plug terminals formed on one side of the detachable opening is provided on the other side. The power supply is inserted into the terminal hole of the assembly and assembled together with the circuit board for the power supply, and the guide assembly portion is formed on one side of the outer surface of the first and second guide member to be integrally assembled to the fixed heater. Connection welding detachable part; It is inserted into the second vertical guide member of the fixed heater member and both ends are supported by the through boss and the guide assembly portion is formed long to a predetermined diameter so that the elevating heater case and the fixed heater portion is elastically bite formed in the concave elastic portion in the middle It is characterized by including a mortar coil spring.

Therefore, when the setting perm treatment using the warming forceps device of the present invention, the hair can be heated evenly throughout the hair, making the perm work faster and more convenient, and making the perm work more convenient without damaging the hair at the same time. Promote the economics of the beauty shop to provide the effect.

Description

Warming tongs for setting perm {Stting perm a warm tongs device}

The present invention relates to a warming tong for setting perm using a wave perm, and more particularly, by winding the hair and the heating sheet together in a metal permarod with good thermal conductivity, and fixing the warming tong, and then generated by electric energy The present invention relates to a setting perm warming tong that is improved in a structure that is convenient for use and promotes a good perm without damaging the hair so that the entire curled hair in the permarod is uniformly heated.

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

However, in the permer method of causing the hair to be deformed by the heat energy of the heater as described above, the hair that is in close contact with the heater combined permarod cannot heat evenly because the entire hair wound on the heater combined permarod cannot be directly heated. There is a drawback of getting a lot of rigidity or damage.

In detail, the built-in heater permarods will always generate a constant high temperature thermal energy.

Therefore, the hair that is first dried in the heater-permanent rod is always in a state where a lot of heat is applied as a result of receiving heat directly.

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 one heater combined permarod, the heat energy given to each hair that is dried first and later is different from each other.

Therefore, hair curled in close proximity to or close to the heater-permanent rod receives heat transfer quickly and becomes a fast perm, but hair curled outwards will not perm until longer.

Therefore, if the beautician has a long perm time, the hair in close contact with the heater-permanent rod receives too much heat, causing hair damage. Although hair permeable but double or triple curled to the outside of the rod, it does not receive enough heat and thus becomes a perm or a poor perm.

In addition, this problem causes the hairdresser to be difficult to follow the wave setting perm, which leads to a problem of not having a good perm.

In order to solve such a conventional problem, the applicant is to dry the hair to be permarrod like a heating sheet and to be fixed by the heating forceps means that the entire hair is a uniform heating state more quickly and without hair damage Utility Model Registration No. 0270342 "Heating device for setting perm using a heating sheet" has been proposed to improve a good setting perm.

The heating device for setting perm using the heating sheet has a pair of vertical guide members supported on both sides by a frame having a handle portion, guided up and down by the vertical guide member, and has a pull portion corresponding to the handle portion, and has a tension spring elasticity. The elevating member being lowered by the elevating member and the heating member having the heating member built therein and fixed to the lower end of the elevating member and the lower side of the vertical guide member, respectively, the electric heater connected to the power line, are provided with the elevating heater and the fixed heater. Heating means connected to a power line and including a heater rod to receive electric energy; A thermally conductive permarod having a heater hole into which the heater rod is inserted; The permarod has a heat transfer metal sheet member which is wound up like a hair and heated by a heater part of the heat generating forceps, and includes a heat generating sheet having a non-conductive sheet member coated on both sides of the heat transfer metal sheet member.

The heating device for the setting perm is wound on the outer surface of the permarod and the hair wound between the heating sheets is heated at the same time to become a perm, and the perm rod is warmed by the heater rod to be selectively used to the hair including the heating sheet. Since heat is applied, it promotes a quick setting perm, and since it receives uniform heat at the same time in the entire hair without concentrating on only one part, it is possible to achieve a fast perm with almost no hair damage. have.

However, in the heating device for setting perm, the heat generating means for forming a curl of a uniform form (CURL) is a top and bottom for the operation of the forceps in the state in which the elevating heater and the fixed heater are arranged to face each other symmetrically. It is a structure sliding in the direction.

Therefore, since there is no power connection configuration at the site where the electric wiring state for supplying power to the elevating heater unit and the fixed heater unit is slid, it is connected by an electric wire and its structure is complicated, and the electric wire is caught in the use process and the hair is caught. There is a very uncomfortable problem to take the permarod dried overheating sheet.

In addition, since the power line for receiving power supply from the three-ton perm distribution body is integrally connected, it is very troublesome when not in use or during the procedure, and the connection of the power line is easily broken in the process of use, which may cause an electric safety accident. Is implied.

In addition, the spring for squeezing the permarod forms a general spring form, so when used for a long time there is a high problem that the elasticity of the spring is lowered and the curled state of the hair and heat-heating sheet curled in the permarod is released.

In addition, due to the limitation that the overall size of the permarod is manufactured in a large size corresponding to the width length, there are a lot of problems in the procedure of using several rods together.

The present invention is to solve the conventional problems as described above, while providing a power supply to the elevating heater unit while the elevating heater unit and the fixed heater unit arranged to face each other while sliding up and down to operate the forceps. It is possible to achieve this by constructing a compact size of the sliding part and the power connection part excluding the permrod part, so that the hair and the heating sheet curled rod can be very conveniently used during the use process. It is a new structure that does not allow the elasticity of the spring to be easily degraded even after long use, and it is possible to reliably remove the curled hair and the heating sheet in the permarod. Power connection part of switchable power line detachably attached to main body (outlet type) In order to provide a warming clamp for setting perm with a novel configuration that the whole hair is improved to be easily detached from the power supply unit of the heat generating tongs, and the hair is uniformly heated. Is there.

The present invention for achieving the above object, in heating the heat generated by the electrical energy to perm hair, a heater that self-heats by electrical energy, one side is formed in an arc shape, the other side is A heating plate made of a metal material having good thermal conductivity in which the heater is assembled in close contact with the rear surface is embedded in the case and the cover, and includes a first vertical guide member and an elongated shaft shape having an uneven groove for sliding up and down to one side of the case. A fixed heater part in which a second guide member is formed side by side in a direction perpendicular to the case;

It is made of metal with good electrical conductivity and is spaced apart from each other at appropriate intervals with an insulating partition formed at the center of the uneven groove of the fixed heater part, and one end thereof is electrically connected to supply power to the heater of the fixed heater part. A pair of slide electrode members; A heater and a heating plate are built in the case and the cover, and the penetrating part and the second vertical guide are inserted into the first vertical guide member of the fixed heater part to slide up and down on the same line as the uneven groove. An elevating heater unit in which a resilient support through boss fitted to the member is formed side by side;

It is made of a metal with good electrical conductivity and is assembled to face each other at appropriate intervals in the through part, and a pair of energizing tension ends are formed on one side thereof to elastically contact with the slide electrode member even during the lifting operation of the lifting heater part. And a tension electrode member electrically connected to supply the power to the heater of the elevating heater; A pull handle which is assembled to the periphery of the permeation part of the elevating heater to elevate the elevating heater by pulling it apart from the fixed heater by forceps; Soldered on one end of the slide electrode member is fixed horizontally, the front of the LED lamp for power on / off display is connected to both ends of the capacitor circuit assembled in the printed electrical circuit for energizing the slide electrode member A power supply connection circuit board having a pair of plug terminals connected and fixed in a vertical direction at the other end thereof; On one side of a pair of insulating materials, a detachable opening having a pair of lock buttons formed to be detachably inserted into an outlet of a power line is assembled, and a pair of plug terminals formed on one side of the detachable opening is provided on the other side. The power supply is inserted into the terminal hole of the assembly and assembled together with the circuit board for the power supply, and the guide assembly portion is formed on one side of the outer surface of the first and second guide member to be integrally assembled to the fixed heater. Connection welding detachable part;

It is inserted into the second vertical guide member of the fixed heater member and both ends are supported by the through boss and the guide assembly portion is formed long to a predetermined diameter so that the elevating heater case and the fixed heater portion is elastically bite formed in the concave elastic portion in the middle It is characterized by including a mortar coil spring.

1 is an overall perspective view of a warming forceps according to the present invention,

Figure 2 is an assembled cross-sectional view of the warming forceps according to the present invention,

Figure 3 is a side view showing the lifting operation configuration of the warming forceps according to the present invention,

Figure 4 is a schematic view showing the electrical wiring diagram of the warming forceps according to the present invention,

Figure 5 is an enlarged cross-sectional view showing the main portion of the power connection of the warming forceps according to the present invention

Degree,

FIG. 6 is an enlarged cross-sectional view seen from part “A” of FIG. 5;

Figure 7 is an exploded perspective view showing a power connection circuit board and a detachable outlet configuration of the heating clip power connector according to the present invention,

8 to 10 are explanatory diagrams showing a process of setting perm using the tongs according to the present invention.

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

10: fixed heater unit 11, 21: heater

12,22: heating plate 15: uneven groove

16,17: 1st, 2nd vertical guide member 19,19 ': slide electrode member

20: raising and lowering heater 25: penetrating portion

26: through boss 27: pull handle

28,28 ': Tension electrode member 30: Power supply circuit board

34, 35: Plug terminal 40: Removable part for power connection

42,42 ': Lockbutton 43: Detachment door

50: mortar coil spring 70, 71: electrode cover

101: power line 102: outlet

105: rod hanger R: permarod]

H: Hair S: Heat Sheet

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

1 is an overall perspective view of the warming forceps according to the present invention, Figure 2 is an assembly cross-sectional view of the warming forceps, Figure 3 is a side view showing the lifting operation configuration of the warming forceps, Figure 4 is a schematic diagram showing the electrical wiring diagram of the warming forceps. It is shown.

The heating clamp for setting perm according to the present invention, which is heated by heat generated by electrical energy, is classified into a fixed heater unit 10, a lifting heater unit 20, an electric circuit board 30, and a power source. It is comprised by the connection welding detachable part 40. FIG.

The fixed heater unit 10 is a heater 11 for self-heating by electrical energy, and a heating plate for transferring the heat generated from the heater 11 to an external heating medium, for example, a heating sheet made of silicon ( 12 is provided, and comprises a case 13 and a cover 14 for embedding the heater 11 and the heat generating plate 12.

The heater 11 may be a PTC heater or a ceramic heater, and the like, and a general configuration is made in consideration of the control relationship according to the temperature control and the heating method, and thus a detailed description thereof will be omitted.

On the other hand, the heat generating plate 12 has an arcuate shape in which a cross-sectional shape of a central portion of one surface thereof is concave, and both edges are formed in a convex shape.

The heating plate 12 has a constant length corresponding to the length of the permarod (R), because the center portion is concave in the longitudinal direction rolled the hair (H) and the heating sheet (S) on the outer surface of the circular permarod (R). When it is possible to embrace the rounded surface of various sizes of permarod (R), so as to be in close contact with the widest possible area irrespective of the size of the permarod so that heat is transferred to the hair (H) and the heating sheet (S) as much as possible. It is a structure for doing so.

And both edges of the heating plate 12 is formed in a convex arc shape with respect to the center portion is that when the corner is angled hair (H) is curled by the heat in contact with the corner in the state in which the curled in the permarod (R) This is to prevent.

In addition, the heater 11 is assembled on the other side of the heating plate 12 to be in close contact with the rear surface.

The heat generating plate 12 is made of a metal material such as aluminum having good thermal conductivity, but other materials can be used as long as the material has high thermal conductivity.

In addition, the case 13 and the cover 14 are made of a heat-resistant synthetic resin resistant to heat because the measurement temperature of the heat generated from the heater 11 and the heat generating plate 12 is high, the case 13 and the cover 14 are inside Thus, the heating plate 12 and the heater 11 is made of a long shape having a space for accommodating.

One side of the case 13 has a first vertical guide member 16 formed with an uneven groove 15 for a lifting sliding space for power supply connection for supplying power to the heater 11 in a vertical direction to a predetermined length. Along with this, the second vertical guide member 17 having an axial shape is integrally formed side by side in a "b" shape in the vertical direction with respect to the case 13.

As shown in FIG. 5, the uneven groove 15 has an insulating partition 18 protruding from the center thereof, and a pair of slide electrode members 19 and 19 ′ face each other at appropriate intervals on both sides thereof. It is configured to be assembled in form.

The slide electrode members 19 and 19 'are configured to have a predetermined width and length corresponding to the sliding operation range, and are made of metal having good electrical conductivity, and the surface thereof is durable to withstand repeated slide operation. It is preferably made of a material, one end of which is electrically connected to the heater 11 is configured.

Reference numerals 70 and 71 denote electrode covers for fixing the slide electrode members 19 and 19 'to the sidewalls of the first vertical guide member.

On the other hand, the lifting heater 20 is composed of a heater 21 and a heat generating plate 22 having the same specifications as the fixed heater 10 in the interior of the case 23 and the cover 24.

Then, one side of the fixed heater unit 10 is inserted into the first vertical guide member 16, the power supply connecting portion 25 for sliding up and down on the same line as the uneven groove 15, Is formed, and parallel to the second vertical guide member 17 is inserted into the elastic support through boss 26 is formed integrally formed.

At the periphery of the penetrating portion 25, a pull handle 27 for pulling up and down to lift up and down the lifting heater unit 20 to open with respect to the fixed heater unit 10 is provided to be detachable.

In the through part 25, a pair of tension electrode members 28 and 28 ′ are provided as shown in FIGS. 5 and 6.

The tension electrode members 28 and 28 'are made of a metal having good electrical conductivity, and fixing parts thereof are spaced apart at appropriate intervals in the through part 25 so as to face each other, and are press-molded in an arc shape at the other end thereof. The conductive end portions 28a and 28a 'having elasticity are provided.

therefore. When assembled to the first and second guide members 16 and 17 of the penetrating portion 25 and the penetrating boss 26 and the fixed heater portion 10 of the elevating heater 20, the slide electrode member 19, 19 ') to the side of the energizing end (28a, 28a') while maintaining a state of elastic close contact with the repetitive lifting operation of the elevating heater 20, the contact state is maintained stably It is configured to smoothly supply power to the heater 21 of the raising and lowering heater unit 20.

In such a configuration, a mortar coil spring 50 is fitted to the second guide shaft 17 of the fixed heater unit 10.

The mortar coil spring 50 is configured in such a way that the central portion thereof gradually decreases in the form of a general coil spring having a predetermined diameter.

In general straight coil spring, elastic force is easily degraded by repeated compressive action.

In addition, the warming forceps of the present invention is to pick up the permarod (R) of various sizes, when the general coil spring to pick up the large size permarod (R) when the compression force is high, so that the fixed heater unit 10 and the win As the descending heater unit 20 needs to be opened a lot, if it is compressed to the maximum, the user enters a lot of force to open it, and it becomes inconvenient to use, and a bite mark is formed after a warming action on the hair that is compressed in a strong state. Permalink style becomes impossible.

On the contrary, when the compressive force of the spring is too low, when the small size of permarod (R) is removed, the grip force is weak and the hair (H) and the heating sheet (S) wound on the permarod (R) are released. It is generated, the adhesion is weak, the heat of the heat generating plate (12, 22) is not transmitted smoothly, the smooth heating action is not made.

On the contrary, the mortar coil spring 50 according to the present invention has a concave resilient portion 51 formed at the center thereof, so that the permanent rod R from the small size R to the larger rod R at a uniform pressure. I can pick it up.

Since the diameter of the concave elastic portion 51 in the center is small and the pitch interval is dense, the compressive force is applied to only one side from the medium perm to the small permarod in the slide operating range of the elevating heater 20. The medium-sized permarods are uniformly compressed on both sides, and the large-sized permarods have a compressive force on the other side, and the compression force is equally applied to all sizes.

On the other hand, the power connection circuit board 30, for example, the power supply of the outlet 102 of the power supply line 101 connected to the power distribution body 100 of the setting perm to the slide electrode member (19, 19 ') By transmitting to the fixed heater unit 10 and the lifting heater unit 20 is configured to supply power at the same time.

That is, as shown in FIG. 7 is formed in a plate shape and one end of the slide electrode member (19, 19 ') is inserted into one side surface is soldered and fixed horizontally to the first second guide member (16, 17) Assembled in the direction orthogonal to the.

The circuit board 30 for power connection has an electric circuit printed on the front thereof so as to be energized with the slide electrode members 19 and 19 ', and a capacitor circuit 31 is formed at both ends of the printed circuit. The lead wires 33 of the LED lamps 32 for power on / off display are respectively connected to the resistance circuit 31, and a pair of plug terminals 34 and 35 are connected and fixed in the vertical direction at the other end thereof.

Accordingly, when the outlet 102 is connected to the plug terminals 34 and 35 and power is applied, the LED lamp 32 is turned on to indicate a power on / off state.

In addition, the plug terminals 34 and 35 have a socket 41 and a pair of lock buttons 42 and 42 'formed to be detachably inserted into the outlet 102 of the power supply power line 101. The sphere 43 is fitted.

Detachable opening 43 is made of an insulating material, one side is formed with a recess groove 44 for the outlet 102 is inserted, the other side of the pair of plug terminals 34, 35 is inserted Terminal holes 45 and 45 'are formed, and both sides of the terminal holes 45 and 45' are formed to be caught by the latching jaw portion 104 of the outlet terminal 103 so that the connection state is maintained when the outlet 102 is inserted.

The lock buttons 42 and 42 'are formed by integrally pressing parts 42a and 42a' and engaging parts 42b and 42b ', and the center portions of the lock buttons 42 and 42' are coupled to the sockets 41 by the hinges 42c and 42c '. The spring 46 is held in the pressing portions 42a and 42a 'so that the catching portions 42b and 42b' are caught by the outlet 102 and the catching jaw portion 104 so as to be detached from each other.

The power connection circuit board 30 and the detachable opening 43 of this configuration are built in a pair of cases 47 and 48 in an assembled state to form the power connection detachable part 40.

That is, the power connection detachable part 40 has cases 47 and 48 made of an insulating material, and the detachable opening 43 is positioned at one side thereof, and the outlet 102 of the power supply line 101 is inserted and detached. On the other side, the circuit board 30 is assembled together with the plugs 34 and 35 inserted into the terminal holes 45 and 45 '.

In addition, a guide assembly 49 is formed on one side of the outer surface of the first and second guide members 16 and 17 to fix the end of the first and second guide members 16 and 17 to be integrally assembled to the fixed heater unit 10.

On the other hand, the heating sheet (S) referred to in the present invention is different from the heating sheet presented in the heating apparatus using a pre-registered heating sheet.

In other words, silicone, a heating sheet (S) material, has good flexibility, insulation, heat resistance, chemical resistance, and corrosion resistance, so it is strong in perm chemicals, but it does not generate heat by itself. Used a heat transfer metal sheet member between the silicon sheets.

However, the heat generating sheet according to the present invention has a thickness of 0.3-0.4mm as an extrusion molding method, and a special heat dissipation made by stirring a ceramic powder having high thermal conductivity as a heat transfer material together with a silicon molding material. Winding work is more convenient when winding together with the hair by using silicone, and the production is good, so that the mass production cost can be reduced and the heat transferred from the heating plates (12, 22) to the hair (H) and permarod (R) as a whole. It is effective in spreading and spreading it evenly.

Reference numeral 60, 61 denotes a protective cover assembled to the fixed heater unit 10 and the elevating heater unit 20, the heat emitted from each case (13, 23, 14, 24) is directly transmitted to the operator and the subject. Cover to protect against

The present invention configured as described above is to break the heating sheet (S) on the appropriate amount of hair (H) by broaching the hair (H) of the subject as shown in Figures 8 to 10, and then to the end of the hair (H) Winding permarod (R) so as not to lift the hair (H) and the heating sheet (S) as much as possible while pulling with a suitable force in the state of permarod (R).

Next, hold the warming forceps of the present invention. At this time, the thumb pulls up and down the index finger and the stop finger against the power connection detachable portion 40 in the pulled state in the pulled state (27) is pulled up and down the heater 20 is raised and lowered heater 20 and Fixed heater unit 10 is opened.

Next, when the pull handle (27), which is being pulled in a state in which the hair (H) and the heating sheet (S) wound up, the permarod (R) is placed on the fixed heater unit (10) of the mortar coil spring (50) Lifting and lowering the heater portion 20 is lowered by the elasticity is wound on the outer surface of the rod is in close contact with the exposed heating sheet (S).

Here, the heating plate 12 of the elevating heater unit 20 and the fixed heater unit 10 has an arcuate inner surface thereof, so that the permarod (R) wound in a circle is the center between the heating plates (12, 22). It will always be picked up in position.

This is because the positions of the heating plates 12 and 22 are located at the center of the permarod R, so that the heat emitted from the heating plates 12 and 22 is evenly transmitted to the entire permarod R. ) Is closely attached to the center regardless of the permarod (R) size is always configured to come out evenly curl shape by the heating action.

In this way, in the state in which the warming tongs are picked up in the permarod (R) by pulling the string of the rod hanger 105 provided in the distribution body 100 of the setting perm, the hook (105a) to the permarod (R) Permarod (R) is horizontally suspended by pulling on the circular ring (R1) provided with tension.

Next, in this state, by holding the outlet 102 of the power supply line 101 is connected to the power supply main body 100 of the setting perm with one hand, the socket of the power connection detachable portion 40 of the warming forceps ( 41), the outlet terminal 103 and the plug terminals 34 and 35 are inserted into and energized.

At the same time, because the locking portions 42b and 42b 'of the lock buttons 42 and 42' are caught by the spring 46 while being pushed to the locking jaw portion 104 of the outlet terminal 103, the outlet terminal 103 is caught. As it is fixed not to fall out, the tongs are vertically suspended while picking up permarod (R).

In this way, a number of warming tongs are wound on the entire operator's head, and then the power switch (not shown) of the control unit of the distribution body 100 is turned on (ON) for a predetermined time by a predetermined control program. Supplied.

Next, the heating and lowering heater unit 20 and the heaters 11 and 21 of the fixed heater unit 10 are supplied with power, and heat is generated by the power supplied to the power line 101.

Therefore, the generated heat is transferred to the heat generating plates 12 and 22 and transferred to the heat generating sheet S which is in close contact therewith, thereby heating the hair to be dried together.

Here, since the heat generating sheet S receives the heat, a ceramic component having a high thermal conductivity is contained in the sheet itself, and thus heat is quickly transferred to the entire heat generating sheet of a thin thickness to be heated.

In addition, the transferred heat is transferred to the metal permarod (R) at the same time, the heat accumulated in the permarod (R) is released to the hair again, eventually, the hair wound together between the heating sheet (S) ( H) receives heat at the same time at the same time, and the heat transmitted in this way is indirectly transferred to the hair, so that moisture such as permeate applied to the hair (H) does not rapidly evaporate and can sufficiently penetrate into the hair tissue. As a result, the perm can be promoted quickly.

In addition, since the heat is not intensively concentrated on any one part and uniform heat is simultaneously received in the entire hair (H), it is possible to achieve a fast perm with almost no hair damage.

According to the above description, the warming forceps of the present invention are configured to have a compact size while the power supply is made to stably supply power to the lifting heater part while the lifting and lowering heater part and the fixed heater part slide in the up and down directions. Permarod with curled hair and heating sheet can be picked up very conveniently in the process of use, so it is possible to use permarod with several permarods. It can reliably remove the curled hair and heating sheet from the permarod, and can be easily detached from the outlet and heating clip of the switchable power cord hanging from the distribution body of the setting perm.

Therefore, when the setting perm treatment using the warming forceps device of the present invention, the hair can be heated evenly throughout the hair, making the perm work faster and more convenient, and making the perm work more convenient without damaging the hair at the same time. Promote the economics of the beauty shop to provide the effect.

Claims (1)

In perming hair by heating with heat generated by electrical energy, A heater 11 that self-heats due to electric energy, and one surface is formed in an arc shape, and on the other surface, a heating plate 12 made of a metal material having good thermal conductivity, in which the heater 11 is assembled in close contact with the rear surface, is provided. The first vertical guide member 16 is formed inside the cover 13 and the cover 14, and the uneven groove 15 is formed to slide up and down to one side of the case 13, and the second guide having a long axial shape. A fixed heater unit 10 in which the members 17 are formed side by side in a direction perpendicular to the case 13; It is made of a metal with good electrical conductivity and is spaced apart from each other at appropriate intervals with an insulating partition wall 18 formed in the center of the uneven groove 15 of the fixed heater unit 10, and one end thereof is assembled to the fixed heater unit. A pair of slide electrode members 19 and 19 'electrically connected to each other so as to supply power to the heater 11 of 10; The heater 21 and the heating plate 22 therein are embedded in the case 23 and the cover 24, and on one side thereof, the heater 21 and the heating plate 22 are inserted into the first vertical guide member 16 of the fixed heater unit 10. Lifting and lowering heater unit which is formed side by side with the through portion 26 and the elastic support through boss 26 to be fitted to the second vertical guide member 17 to slide up and down on the same line as (15) ( 20); It is made of a metal with good electrical conductivity, and are assembled to face each other at appropriate intervals in the through part 25, and a pair of energizing tension end parts 28a and 28a 'are formed at one side thereof, and thus the lifting heater part 20 is formed. The tension electrode members 28 and 28 'are electrically connected to the slide electrode members 16 and 17 so as to be electrically supplied to the heater 21 of the elevating heater 20 in the elevating operation of the elevating heater 20. Wow; A pull handle assembled to the periphery of the through part 25 of the elevating heater unit 20 so as to pull up and down to elevate the elevating heater unit 20 with respect to the fixed heater unit 10. 27); The resistive circuit 31 is assembled to an electric circuit printed on the front surface of the slide electrode members 19 and 19 'by being soldered to one end of the slide electrode members 19 and 19' and fixed horizontally. ) Is provided with an LED lamp 32 for power on / off indication fixed at both ends thereof, and at the other end thereof, a pair of plug terminals 34 and 35 are connected and fixed in a vertical direction. )and; A detachable opening 43 having a pair of lock buttons 42 and 42 'formed to be detachably inserted into an outlet 102 of a power line 101 on one side of a pair of cases 47 and 48 made of an insulating material. ) Is assembled, and the plug terminals 34 and 35 are inserted into a pair of terminal holes 45 and 45 'formed at one side of the detachable opening 43, and the power connection circuit board 30 Assembled together with), the guide assembly 49 is formed on one side of the outer surface of the first and second guide members (16, 17) is fitted to be integrally assembled to the fixed heater (10) A power connection attachment and detachment unit 40; The elevating heater case 20 and the fixed heater unit are fitted to the second vertical guide member 17 of the fixed heater member 10 so that both ends thereof are supported by the through boss 26 and the guide assembly 49. Warmer clamp for setting perm, characterized in that it comprises a mortar coil spring (50) formed in the middle of the concave elastic portion (51) is formed long to a predetermined diameter to be elastically bite.