WO2015133662A1 - Hair warming treatment device - Google Patents

Abstract

A hair warming treatment device is disclosed. A hair warming treatment device according to the present invention comprises: an electronic equipment body comprising a power conversion unit, a temperature control circuit unit, and a touch manipulation unit; a connection frame mounted on the upper portion of the electronic equipment body and formed such that the upper portion of the connection frame is inclined obliquely; a driving head unit formed on an end of the connection frame, the driving head unit comprising a driving motor formed therein, a reducer connected to the driving motor, and a driving shaft connected to the reducer; a rotating frame mounted on the driving shaft of the driving head unit so as to rotate; a warming wing unit mounted on the rotating frame, the warming wing unit comprising a pair of first and second warming wings, each comprising a circular or non-circular heater member and a reflection member; and a rotating electrode unit connected to the driving shaft such that the center thereof is penetrated by the driving shaft, the rotating electrode unit being bifurcated into upper and lower sides such that one side and the other side are fixed to the driving head unit and the rotating frame, respectively, and the two bifurcated sides are electrically connected to supply the heater member of the warming wing unit with power applied through the driving head unit. The present invention is advantageous in that useful far-infrared radiation heat can be evenly emitted to the hair of the person receiving treatment, the load of the warming wings, which generate heat, can be stably distributed and supported, thereby improving stability, and the heater assembly structure is concise and robust, thereby reducing the number of assembly processes.

Description

Hair warmer

The present invention relates to a hair warming treatment apparatus, and more particularly, to provide heat energy to the hair to achieve a more uniform heat treatment procedure in performing perma or dyeing, treatment, or dry, It is easy to assemble and disassemble the heating wing part while maintaining it stably, and the slip rotation structure of the stable heating wing part is provided together to prevent the safety accident during hair warming work. It is about.

In general, the treatment of perm or dyeing, treatment, dry, etc. is performed for a certain period of time using a heating device or the like to process hair using a predetermined device and medicines to perform a permanent wave or dyeing of the desired form.

That is, in the process of a normal perm procedure, the hair is wound on a rod, and a first-stage perm solution containing a reducing agent is applied to the hair, and then maintained at room temperature or heated (heated) to soften and swell. After washing the reducing agent to the hair, and then applying a two-step perm solution containing an oxidizing agent to oxidatively fix the bonds inside the hair, and then remove the rod, wash the applied two-step perm solution, and dry the hair Is done.

In addition, during the dyeing procedure is uniformly penetrated throughout the hair as the dyeing solution is uniformly dyed dyeing process is performed only when the action of the chemical solution for a certain time.

As such, the warming process of the hair in the procedure such as perming or dyeing is very important in the overall procedure.

As the first leading technology related thereto, a "hair treatment promoting device" of Korean Patent Laid-Open Publication No. 1989-0007695 has been disclosed.

Looking at the prior art, a curved irradiation element for irradiating some kind of infrared rays, a reflector for supporting the element and reflecting the infrared rays irradiated from the element, and the reflector is disposed on the top to pivot the movement of the reflector It relates to a hair treatment promoting device consisting of a rotating member rotatably supported for the purpose, and a drive head member for operating the rotating member.

The prior art described above has the following problems.

The prior art has a problem that the rotation member is made of a large ring shape and occupies a high space occupancy, and there is a risk of colliding with surrounding objects or people because the rotating trajectory is formed very large during rotation driving.

In addition, since the rotating member is biased to one side along with the heavy weight of the driving motor, it has an unstable center of gravity structure, and thus there is a problem in that a stable rotational drive cannot be made and frequent failure occurs.

In addition, since the single rotating member is heated while turning, the warming time interval becomes longer, so that it is difficult to continuously and uniformly warm it. Therefore, it is difficult to provide important constant and uniform warming conditions for farmers or dyeing agents. It did not penetrate the hair effectively, resulting in a problem of poor quality of the farmer or dyeing.

In the prior art, the heat generation structure for discharging the heat of the heater to the hair has been a simple heat generation structure consisting of a reflective member having a constant curvature or inclination angle on the rear surface of the heater.

Therefore, there is a problem in that heat is intensively applied only to an orbital region in which the heater is rotated 360 degrees, so that the procedure is not properly performed in the hair in a region where heat is weakly irradiated.

As described above, the heating technology of the heater does not uniformly act on the hair, and there is a problem in that the quality of the perm or dye is deteriorated because the heat emitted from the heater cannot be uniformly and efficiently supplied to the hair.

On the other hand, in order to maintain the health and beauty of hair continuously, the right hair care is necessary, and the most important thing in such hair care will be the drying of the hair.

The best way to dry hair is to use natural wind to dry it slowly, but it takes a long time, so the hair drying method mainly used in beauty salons can be divided into two types. This is a method of drying the hair manually, and the second method is a method of automatically drying the hair using a rotary hair dryer.

In addition, during the dyeing procedure is uniformly penetrated throughout the hair while the drug is properly performed for a certain time while the dyeing process of uniform color is performed.

As such, the warming process of the hair in the procedure such as perming or dyeing is very important in the overall procedure.

The conventional hair drying apparatus used for the heating and drying of such hair has already been proposed, and as the second leading technology, the Korean Registered Utility Model No. 20-0286478, "hair drying apparatus" is disclosed, and its configuration Looking at it, a motor that generates power by electric energy is installed inside the body fixed to the support, and the power of the motor is transmitted to the heater shaft by the bevel gear to rotate the heater shaft, and the heater shaft exposed to the outside of the body is thermal energy. The radiation heater part which is equipped with the heater which radiates | stacks is fixed.

Therefore, when the motor is operated, the radiant heater unit rotates at a constant speed, and as the heat energy radiated from the heater provided in the radiant heater unit is transferred to the subject's hair, the subject's hair is heated and dried.

The radiation heater unit is provided with a power supply device (rotating electrode 3) for supplying external power, the third leading technology of such a power supply device is registered in Korea Registered Utility Model No. 20-0319890 "Power supply for the heater of the hair dryer Device "has been disclosed.

Looking at the prior art according to such a "hair dryer power supply unit of the hair dryer", in the hair dryer in which the heater is rotated by the drive head installed in the upper end of the support, fixed to the drive head and the heater frame respectively facing Comprising the power supply insulation frame and the power supply and insulation supply frame to form a concentric circle centered around the shaft hole in the power supply insulation frame and the power supply and insulation insulation frame and having at least two or more circular terminal grooves having different diameters and mutual step It is formed to form a step.

A conductive resilient member and a conductive circular terminal member are respectively inserted into the circular terminal groove, and the circular terminal member has a plurality of conductive screws penetrated through the through hole and the resilient member and fastened to the terminal screw hole to prevent their separation, and are opposed to each other. Ball bearings are installed between the terminal members to make rolling motions in contact with each other, and any one of the plurality of conductive screws is coupled to a cable terminal to which an electric wire is connected.

However, such a conventional power supply device has a large number of parts constituting the power supply device, which makes assembly and disassembly difficult, and also takes a long time, making manufacturing difficult and difficult to maintain and manage the parts. There was a problem.

In addition, since the ball bearing for connecting the power and the circular terminal member are made by the electrical connection by the wire contact, the electric conduction is unstable due to the low conduction efficiency, which often causes a short, etc., and the electric safety accident frequently occurs due to the easy load. There was a problem.

In addition, the "hair drying apparatus" according to the second prior art described above has the following problems.

That is, inside the radiant heater part, symmetrical heaters are provided on opposite sides, respectively, and the center of the radiant heater part is connected to the heater axis of the main body. The heat energy generated by such a heater is also radiated along the same trajectory so that the hair of the operator located inside the radiating heater is not heated or dried uniformly as a whole. There was a problem that the deterioration, the completeness of the perm and dyeing procedure is reduced.

In addition, the hair drying apparatus according to the second prior art described above has a motor that is continuously rotated even if the rotation of the radiating heater is forcibly stopped due to an element that hinders the rotation of the radiating heater when the radiating heater is rotated by the driving of the motor. As a result, the radiation heater loses its center of gravity, which causes the hair dryer to fall to either side, and the collapse causes a problem of injury to the operator and the subject using the hair dryer as well as damage to the hair dryer. there was.

In addition, even if the hair dryer does not fall down, if the radiant heater part stops arbitrarily, the drive shaft, the drive shaft, the stator, and the rotor connected to the radiant heater part receive rotational resistance, and thus, the motor becomes difficult to operate at the rated speed, resulting in overcurrent or more than the rated current. Will flow.

That is, the rotor into which the drive shaft is inserted tries to continue to rotate by interacting with the stator, but the drive shaft and the rotor also cannot rotate due to the radiation heater that cannot rotate. If the phenomenon persists, severe heat and noise are generated in the motor. The winding coil is damaged and the end of the life of the motor, there was a problem that a fire occurs in some cases.

In addition, the "hair drying apparatus" according to the second prior art described above has the following problems.

That is, in order to fix the radiating heater unit including the reflector and the heater to the drive shaft of the main body, the plate-shaped support frame is laminated and fixed to the rear surface of the reflector, and then the support frame is laminated to the reflector as the support frame is fixed to the drive shaft of the main body. Due to the thickening of the overall thickness of the radiating heater unit, there is a problem in that the movement and storage of the hair dryer are not easy.

In addition, as the weight of the radiating heater increases due to the flat support frame, the consumption of power for rotating the radiating heater increases, and a large output motor must be used to increase noise, making maintenance and management difficult. There is a problem of increased manufacturing costs.

On the other hand, as the fourth leading technology of the conventional rotatable hair heating treatment apparatus has been disclosed Korean Patent Publication No. 2002-0063484 "hair treatment promoting device".

The "hair treatment promoting apparatus" of the fourth prior art has the following problems.

That is, in the conventional "hair treatment promotion apparatus", the heater, which is a heating source, is elastically fixed to the reflector together with the insulator divided into two. Looking at the assembly process, the insulator divided into two insulators is disposed on the upper and lower sides of the heater. After positioning, the heater is fixed to one side of the reflector using a plurality of leaf springs.

Therefore, as the two insulators and the multiple leaf springs are used, the number of components and the assembly are complicated, making the assembly and disassembly of the heater difficult, and the inconvenience of assembly and disassembly even when replacing and inspecting parts related to the heater during use. As a result, there is a problem in that the efficiency of maintenance and management of parts is reduced.

In addition, as the insulator and the heater are fixed in the form of hanging on one side of the reflector by a plurality of springs, it is easy to cause the heater and insulator to sag downward due to its own weight. Due to the elastic force of the up and down flow causes noise, as well as the heating effect transmitted to the hair is not constant, the completion of the procedure is reduced, repeated vertical flow of the heater will change the heater installation position, Accordingly, there is a problem that the heater is broken while being separated from the reflector.

In addition, the "hair treatment promoting apparatus" according to the fourth prior art has the following problems.

That is, the reflector of the prior art for reflecting the heat of the heater to the subject's hair was configured to increase the surface roughness by additionally polishing the reflecting surface after press working using a stainless steel plate for high performance reflection efficiency. .

However, since the reflector plate made of stainless steel has a very high unit cost and poor moldability, there is a problem in that initial manufacturing costs such as a press die are required.

In addition, there is a problem that the manufacturing cost of the reflector is high because it involves manual polishing by manpower to maximize the reflection efficiency.

As a result, it is manufactured by press molding in place of the stainless reflector and mainly uses aluminum plate material which is light in weight, inexpensive and has good molding.

Since the conventional aluminum plate does not obtain good surface roughness even after post-processing such as optical polishing, since the surface of the aluminum plate itself is used as a reflector without any additional post-processing, the reflection efficiency is much lower than that of the stainless reflector, and thus the heat of the heater is increased. There was a problem of low performance that was not evenly investigated throughout.

In addition, the aluminum plate has a problem of low durability such as deformation or breakage even with a slight impact because the surface hardness of the aluminum plate is lower than that of the stainless plate.

In addition, since the aluminum plate has a color of light gray color of the surface, there was a limit in that it could not produce various colors together with the color design of the main body case or the heating part case.

In addition, there is a problem in that the beautiful appearance of the hair warming treatment device is damaged during long-term use due to the occurrence of a soot on the surface of the reflecting plate adjacent to the heat of the heater. In particular, the surface of the reflecting plate of the aluminum plate is a rough surface. Since it was not easy to remove soot with a washing | cleaning liquid, there existed a problem which cannot be used as it was.

In addition, since the heater of the conventional hair heating treatment apparatus employs a heater that emits far-infrared rays for a useful action such as hair or scalp, it exhibits the effect of emitting far-infrared rays forward when the heater generates heat.

However, since the heat emitted to both sides and the rear of the heater is reflected to the reflector and is emitted forward as the loss of the far infrared wavelength is lost, there is a problem that the far-infrared effect has a weak effect, making it difficult to maximize the performance of the hair warming treatment. .

The present invention has been made to solve the above problems of the prior art, it is possible to stably distribute and support the load of the heating blade to generate heat can be improved safety, the assembly structure of the heater is simple and solid assembly It is an object of the present invention to provide a hair heating treatment device so that the number can be reduced.

In addition, the present invention is to provide a continuous and uniform heating conditions by alternating rotational movement of the heating wings provided in at least one pair so that the drug can be stably penetrated into the hair during the farmer or dyeing to ensure high quality farmer or dyeing It is another object to provide a hair warming treatment apparatus that can be implemented.

In addition, the present invention is divided into heating corresponding to the head of the hair and its surroundings so that the radiant heat or far-infrared visible light emitted from the heater can be uniformly and efficiently penetrated into the subject's hair to improve the quality of the perm and dyeing procedure It is an object of the present invention to provide a heat generating device of a hair heat treatment apparatus capable of being heated to have an area.

In addition, the present invention can uniformly warm and dry the hair of the subject during the warming and drying of hair required during the process of perming or dyeing, as well as the simple drying of the hair, so that the hair management and the treatment efficiency can be further improved. It is to provide a rotary heating processing apparatus having a heating wing capable of uniform heating.

In another aspect, the present invention is to configure the rotating electrode portion to be electrically connected to the heating blade portion of the hair warming device to the drive head portion, to reduce the number of parts of the rotating electrode portion, to increase the efficiency of assembly and disassembly fabrication of the rotating electrode portion And a rotating hair warming treatment apparatus having an assembly and disassembly structure of a rotating electrode which can improve the wear resistance and conductivity of the rotating electrode part while maintaining maintenance and management efficiently. .

In addition, the present invention changes the structure of the support frame installed on the heating wing in the construction of the heating wing of the hair warming treatment device to reduce the thickness and weight of the heating wing to increase the efficiency of movement and storage, the efficiency of maintenance and management It is to provide a hair warming treatment apparatus having a warming wing that can increase the manufacturing cost.

In another aspect, the present invention in installing the heater to the reflecting member of the hair warming treatment device, the number of parts for fixing the heater to the reflecting member, the efficiency of assembly and disassembly of the reflecting member and the heater to increase the manufacturability of the hair warming treatment device In addition, the present invention provides a hair warming treatment apparatus having a heater assembly structure to facilitate inspection and maintenance of parts related to a heater during use.

In addition, the present invention changes the structure of the support frame installed on the heating wing in the construction of the heating wing of the hair warming treatment device to reduce the thickness and weight of the heating wing to increase the efficiency of movement and storage, the efficiency of maintenance and management It is to provide a heating wing of the hair heating treatment device to increase the cost, and to reduce the manufacturing cost.

In addition, the present invention promotes the action of the chemical liquid applied to the hair, while simultaneously re-reflecting the heater heat of the heating portion supported on the body case and installed on the subject's head uniformly and efficiently throughout the subject's hair, and emits far infrared rays together. The present invention provides a hair warming treatment apparatus having a reflection member that maximizes far-infrared emission and reflection efficiency.

In another aspect, the present invention by applying the same or different colors of the case of the full-length body and the heating wing case to provide a variety of color design of the hair warming treatment device to provide a far-infrared color to match the interior of the beauty salon The present invention provides a hair warming treatment apparatus having a reflection member that maximizes emission and reflection efficiency.

In another aspect, the present invention provides a hair warming treatment apparatus having a reflection member that maximizes the far infrared emission and reflection efficiency while increasing the hardness of the entire surface of the reflection member outer surface.

In addition, the present invention prevents the occurrence of soot on the surface of the reflective member adjacent to the heater by the heat of the heater so that the beautiful appearance of the hair heating treatment device is not impaired even after long-term use, the hair having a reflective member that maximizes far infrared emission and reflection efficiency It is to provide a heating treatment device.

In addition, the present invention is to maximize the hair warming performance by allowing the heat emitted to both sides and the rear of the heater to be discharged to the front while minimizing the loss of far-infrared wavelengths through the reflecting member as well as being heated by the heat accumulated on the surface of the reflecting member to reflect The present invention provides a hair warming treatment apparatus having a reflection member that maximizes far infrared emission and reflection efficiency, which is configured to newly emit far infrared wavelengths from a member surface.

In another aspect, the present invention is to configure the rotating electrode portion to be electrically connected to the heating blade portion of the hair warming device to the drive head portion, to reduce the number of parts of the rotating electrode portion, to increase the efficiency of assembly and disassembly fabrication of the rotating electrode portion And the wear resistance and conductivity of the rotating electrode part can be further improved while maintaining and managing efficiently, and the rotating electrode assembly structure, which is easy to assemble and disassemble, is constructed so that the heating wing is always returned to its original position after the heating operation is completed. It is to provide a rotary hair heating treatment device having.

In addition, the present invention is a slip rotation apparatus of the hair warming processor to effectively prevent the phenomenon that the hair warming processor loses its center and collapses or overloads the motor even if the heating wing of the hair warming processor stops in an unintended situation To provide.

In another aspect, the present invention provides a stand and wall hangings that can be used to stand the hair warming processor on the ground or hung on the wall, but in particular the stand to prevent the warming wing portion having a heavy weight to rotate over the stand to prevent a safety accident To provide a hair warmer.

An object of the present invention as described above, the electronic device having a power conversion unit, a temperature control circuit unit and a touch control unit; A connection frame mounted on an upper portion of the electric body part and having an inclined upper portion; A drive head unit formed at one end of the connection frame and having a drive motor formed therein, a reducer connected to the drive motor, and a drive shaft connected to the reducer; A rotating frame which is mounted on the driving shaft of the driving head and rotates; A warming wing part mounted on the rotating frame and comprising a pair of first and second warming wings having a circular or non-circular heater member and a reflecting member; And a power source applied through the drive head while the center is connected to the drive shaft so that the center is penetrated up and down, and one side is fixed to the drive head and the other side is fixed to the rotation frame. It is achieved by a hair warming treatment apparatus including a rotary electrode portion for supplying the heater member of the heating wing.

According to the present invention, since a pair of warming wings are heated while being alternately rotated with respect to the hair, uniform and continuous heat supply can be made possible, so that the condition of the drug penetrating into the hair can be maintained at the best, so that the quality of the farmer or dyeing is improved. It provides an effect that can be greatly improved.

In addition, although the size is smaller than the conventional, the pair of warming wings provided in a pair is arranged in a straight line with each other, it is provided to the effect that the space occupancy can be minimized by vertically positioned at the stop.

In addition, safety can be improved by stably distributing the load of a pair of heating wings to be heated, and the assembly structure of the heater is concise and robust, thereby providing an effect of reducing the assembly labor.

In addition, the present invention connects the heating blade to be rotated from the drive head, and the assembly and disassembly of the rotary electrode is installed between the drive head and the heating blade so that the driving head and the heating blade electrically connected to each other. By improving the manufacturability of the rotating electrode portion as well as maintenance and management can be more effectively.

In addition, by improving the wear resistance and conductivity of the rotating electrode portion to increase the durability of the rotating electrode portion, through the stable power supply can be an effective procedure through the hair warming treatment device.

In addition, the present invention is the first, second heating portion of the warming blade is formed to be inclined inwardly facing the center of the drive shaft, the overall oval and drying the hair of the subject through the first and second heating portion rotates as the hollow portion is formed In heating, it improves the efficiency of drying and heating by improving the radiation efficiency of thermal energy, improves the completeness of the procedure such as perm and dyeing through effective heating and drying, and shortens the time required for the procedure, and installs the heating treatment device. And it is possible to further improve the utilization of the space according to the use.

In addition, according to the present invention, the slip member is fixed to the drive shaft connected to the drive motor, and a fixed block having a locking means is fixed to the rotating electrode of the drive head together with the heating wing frame on the outer circumference of the slip member. When the rotational force of the drive shaft according to the driving is transferred from the slip member to the fixed block through the locking means, the warming wing provided in the warming wing frame rotates, and in the process of driving the driving motor, the warming wing is unintentional to external factors. Even when the motor is stopped, the driving shaft and the slip member can be continuously rotated without the rotational force of the driving shaft being transmitted from the slip member to the fixed block by the locking means, so that the rotational force of the driving motor is heated when the driving shaft is stopped during the driving of the driving motor. Continued propagation to the wing to prevent hair warmer from losing center and falling over There is an effect that it is possible.

In addition, even if the hair warming processor does not fall, the phenomenon in which an overload occurs in the driving motor may damage the motor or a fire may also be effectively prevented.

In addition, by simplifying the components for assembling between the reflecting member and the heater of the hair warming treatment device and improving the assembly and disassembly workability between the reflecting member and the heater, it is easier to manufacture the hair warming treatment device and to maintain and manage the parts related to the heater. can do.

In addition, since the support frame installed on the reflecting member of the warming wing is not laminated to the rear side of the reflecting member and is wrapped around the outer periphery of the curved part of the reflecting member, the overall thickness of the warming wing can be reduced, thereby making the warming blade slim and the warming wing. The weight reduction improves the efficiency of movement and storage of the hair warmer, and the miniaturization of the drive motor that can rotate the warming wing makes the hair warmer easy to maintain and manage, and also reduces manufacturing costs. Provide the effect.

In addition, by heating the radiant heat and far-infrared rays of the heater of the heating part uniformly and efficiently by the warm reflection layer formed on the surface of the reflecting member is promoted the action of the chemical solution to the anion and far-infrared rays that are released together with the rapid procedure By the hair and scalp is useful to the human body is made.

In addition, various colors represented by anodizing or Teflon or ceramic coating layers on the entire surface or the outer surface of the reflective member may be the same as or different from the colors of the main body case and the heating unit case, thereby selectively applying the hair warming treatment apparatus. Providing a variety of color designs will provide the advantage of color matching the interior of the beauty salon.

In addition, since the hard surface hardness is obtained by anodizing the entire reflecting member, the surface hardness of the entire outer surface of the reflecting member is improved, so that it is not easily scratched or damaged even by external impact, and does not cause soot caused by heater heat. It will provide the advantages that can be produced.

In addition, no phenomena on the surface of the reflecting member adjacent to the heater due to the heat of the heater is generated by the ceramic coating or the Teflon coating layer at all, and even if a little soot or contamination is provided, the surface roughness that is easy to clean provides easy cleaning by simply mopping. Since it can be removed, it does not damage the beautiful appearance of the hair warming device due to contamination of the reflecting member surface during long-term use, and it is possible to maintain a uniform and non-degrading heat reflectance even in long-term use.

In addition, since the heat emitted to both sides and the rear of the heater can be emitted to the front while minimizing the loss of the far infrared wavelength through the reflecting member to maximize the hair warming performance, the reflecting member is heated by heat accumulated on the reflecting member surface. Anion and far-infrared wavelengths are newly emitted from the slope surface to maximize the warming effect.

1 is a perspective view showing a hair warming treatment device of the present invention,

Figure 2 is a front view showing the hair warming treatment device of the present invention,

Figure 3 is a partial cross-sectional view showing the assembly configuration of the heating blade portion and the drive head portion of the hair warming treatment device of the present invention,

4 and 5 are a perspective view and an exploded perspective view showing the assembly configuration of the heater member and the reflective member of the present invention hair heating treatment device

Figure 6 is a main assembly cross-sectional view illustrating a coupling state of the reflection member and the heater member of the present invention hair heating treatment device,

7 is a cross-sectional view showing a reflecting surface structure of a reflecting member of the hair warming treatment apparatus of the present invention;

8 is a front view showing the configuration of a carbon heater as a heater member of the hair heating treatment device of the present invention;

9 and 10 is a bottom perspective view of the main portion separating perspective view and the grill separation state showing the configuration of the heater member and the reflecting member of the hair warming treatment device of the present invention;

11 is a side view showing a treatment state of the present invention hair warming treatment device,

12 is an exploded perspective view showing the assembly structure of the support frame and the reflective member of the present invention, the hair warming treatment device;

13 is a partially separated perspective view of a support frame and a reflection member assembled in the hair warming treatment device according to the present invention;

14 is a plan view showing a state in which the support frame and the reflecting member of the hair warming treatment device of the present invention are assembled to the rear case of the warm wing;

15 is a side cross-sectional view showing a state in which a support frame, a reflection member, a rear case, and a heater member of the hair warming treatment device of the present invention are assembled;

16 is a side cross-sectional view showing the configuration of a warm reflection layer applied to the reflective member of the hair warming treatment device of the present invention;

17A to 17C are enlarged cross-sectional views illustrating main parts of various embodiments of a warm reflection layer of the present invention.

18 is an exploded perspective view illustrating main parts of the rotating electrode of the present invention.

19 is a cross-sectional view showing main parts of an example of a rotating electrode of the present invention.

20 is a perspective view illustrating main parts cutaway illustrating the rotating electrode of the present invention.

21 is a sectional view showing the main parts of the fixed electrode of the rotating electrode unit of the hair warming treatment device of the present invention;

Figure 22 is an exploded perspective view showing the configuration of the slip member of the hair warming treatment device of the present invention,

23 is a plan perspective view of a state in which the slip member of the present invention is applied to the hair warming treatment device;

24a to 24c is a partial perspective view showing the configuration of the drive shaft and the slip member of the hair warming treatment device of the present invention,

25 is an exploded cross-sectional view showing the assembly procedure of the slip member of the hair warming treatment device of the present invention;

26 is an assembly cross-sectional view showing the assembly procedure of the slip member of the hair warming treatment device of the present invention;

27 is a side view showing the configuration of the wall hanger of the present invention hair warming treatment device;

28 is an exploded view showing the assembly configuration of the wall hanger of the present invention hair warming treatment device;

29 is a front sectional view showing the assembling configuration of the wall hanger of the present invention hair warming treatment device;

Figure 30 is a side view showing another assembly configuration of the wall hanger of the present invention hair warming treatment device,

Figure 31 is an exploded view showing another assembly configuration of the wall hanger of the present invention hair warming treatment device,

32 is a front sectional view showing another assembling configuration of a wall hanger of the present invention's hair warming treatment device.

33 is a perspective view showing a cooling and drying configuration of the hair warming treatment apparatus of the present invention.

<Description of reference numerals for the main parts of the drawings>

10: support 12: stand

12a: coil spring 13: caster

14: screw fixing cap 15: screw fastener

20: Battlefield Body

30: connection frame 31: lifting frame

40: rotation frame 41: first extension portion

42: second extension

100: drive head portion 110: drive motor

120: reducer 130: drive shaft

131: housing (in driving head) 132: chamfering groove (in driving shaft)

133: rectangular hole (on the drive shaft)

140: heater member 141: transparent quartz tube

142: carbon heater 143: carbon yarn

150: reflective member 151: fixing groove

151a: vertical cutout 151b: horizontal plane

151c: Vertical plane 151d: Hole

152: coupling hole 153: reflecting surface

154: first curved portion 155; 2nd bend

156: Gaon reflective layer 157: Fine iron

158: oxide film layer 151: ceramic coating layer

152: transparent coating protective layer

160: fixed block 161: fastening hole

162: space portion 162a: screw hole

163: settling groove

170: elastic fastener 171: curved portion

171a: elastic protrusion 172: coupling portion

172a: fitting ball

180: fixing ring body 181: first fitting groove

190: fastening member

200: warming wing 210: first warming wing

220: second warming wing 230: warming wing case

231: the first curved portion 232: the second curved portion

233 curved portion 234 front case

235 rear case 236 fastening hole

237: boss 240: hollow part

300: support frame 301: straight assembly

302 reinforcement edge

310: fixing bracket 311: horizontal portion

312: vertical portion 313: third extension portion

314: second fitting groove 320: connection bracket

330: main frame 331: shaft

400: rotating electrode 410: fixed insulating member

411: fixed terminal 411a, 411b, 411c: 1, 2, 3 fixed terminal

412: fixed circuit board 423: rotating circuit board

413: fixed electrode portion 414: horizontal connection portion

414a: first horizontal connection part 414b: second horizontal connection part

415: elastic electrode portion 415a: carbon tip

420: rotating insulating member 421: rotating electrode ring

421a, 421b, 421c: first, second and third rotating electrode rings

422: insulation side wall

500: position control means 520: sensing member

521: sensing home

600: slip member 610: nut

611: through hole 612: locking groove

613: Chamfering 614: Home

620: fixed pin 630: fixed block

631: installer 640: ball plunger

641: fastener 642: spring

643: ball 650: bushing

660: slip ring

700: Hanger Bracket 710,750: Cover

720: press bracket 730: male connector

740: fixture

800: wall hanger 810: first arm

820: second arm 830: third arm

840: Socket 850: Female Connector

900: blower fan 910: negative ion generator

W: Fish G: Grill

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

This is for the purpose of describing the present invention in detail so that those skilled in the art can easily practice the present invention, and thus, the technical spirit and scope of the present invention are not limited thereto.

In addition, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of description, terms specifically defined in consideration of the configuration and operation of the present invention will vary depending on the intention or custom of the user or operator The definitions of these terms should be made based on the contents throughout the specification.

Among the accompanying drawings, with reference to Figures 1 to 4 will be described a preferred embodiment as follows.

First, the hair warming treatment apparatus according to an embodiment of the present invention,

The operation unit of the electronic device main body 20, the driving head unit 100 is driven by receiving the power applied from the electronic device main body 20, the driving head unit 100 is connected to It has a component that includes a heating wing portion 200 is rotated by, look at in detail with respect to these components as shown in Figures 1 to 11 as follows.

Hair heating processing apparatus according to the present invention, the electric power conversion unit, the electric control unit having a temperature control circuit unit and the touch control unit 21; A connection frame 30 mounted on an upper portion of the electric component main body 20 and formed to be inclined at an upper portion thereof; A driving head which is formed at one end of the connection frame 30 and includes a drive motor 110 formed therein, a reducer 120 connected to the drive motor 110, and a drive shaft 130 connected to the reducer 120. Part 100; A rotating frame 40 mounted and rotated on the drive shaft 130 of the drive head unit 100; Mounted on the rotating frame 40, the heating wing portion consisting of a pair of first heating wing 210 and second heating wing 220 having a circular or non-circular heater member 140 and a reflective member (150) ( 200); And a center is connected to the drive shaft 130 to be penetrated, and divided into two parts up and down so that one side is fixed to the driving head part 100 and the other side is fixed to the rotation frame 40 so that both parts are electrically energized. The rotary electrode unit 400 is configured to supply power applied through the driving head unit 100 to the heater member 140 of the heating wing unit 200.

The electric part body 20 serves to apply power to the driving head part 100 for rotating the warming wing part 200, and to control the rotation of the warming wing part 200. Inside the 20, the voltage conversion unit and the temperature control circuit unit (not shown in the figure) for converting the electrical energy drawn from the outside, and the rotary operation of the heating wing unit 200 on / off, or the heating wing unit Touch operation unit for adjusting the operating temperature and operating time of the 200 may be included.

The connecting frame 30 includes a vertical portion 312 and an inclined portion connected to the upper portion and inclined to one side, and the driving head portion 100 is formed at the tip of the inclined portion.

The drive head unit 100 is equipped with a drive motor 110, the reducer 120 is connected to the drive motor 110, the reducer 120 is connected to the drive shaft 130 and the bevel gear, the drive shaft 130 The rotating electrode 400 is connected to the configuration.

Rotating frame 40 is coupled to the drive head 100 is rotated 360 degrees so that the first heating wing 210 and the second heating wing 220 is uniformly applied to the hair.

Although the above-mentioned electric body part 20 and the driving head part 100 may be configured together in one body, it is preferable that the electric body part 20 and the driving head part 100 are divided into separate bodies for stable installation, maintenance, and convenience of management.

Here, the drive head unit 100,

As described above, the electric power is supplied from the electric component main body 20 to rotate the heating wing part 200, and the driving head 100 is electrically connected to the electric component main body 20 inside the driving head part 100. It includes a motor 110, a drive shaft 130 is connected through the shaft and the bevel gear (not shown in the figure) of the drive motor 110 and protruding to the outside of the drive head portion 100, such a drive shaft 130 ) Is connected to the warming wing 300 which will be described later in detail.

The heating wing unit 200,

Rotating in the upper portion of the head of the operator (W) serves to warm or dry the hair of the operator (W), the heating wing portion 200 is the driving head portion in the state located in front of the driving head portion 100 First and second extension parts 41 and 42 rotatably connected to the drive shaft 130 of 100 and the front case 235 having a recessed shape in an open state, and the front case 235 And a heater member 140 installed in the reflection member 150 and the first and second extension parts 41 and 42 described above. The first and second heating wings 210 and 220 are connected to each other.

Meanwhile, in the present invention, the first and second warming wings 210 and 220 of the warming wing part 200 may have a circular or non-circular shape.

According to this configuration, the long axis is formed in the same direction as the extension direction extending along the first and second extension portions 41 and 42 in consideration of the shape of the head and hair of the subject W, and perpendicularly crosses the extension direction. It is preferable that it is composed of an oval that a short axis is formed in the direction.

When the warm wing 200 is formed in an elliptical manner as described above, the width of the warm wing 200 of the rotatable heating treatment device is narrow, so that the utilization of the surrounding space may be enhanced when the beauty salon is used and stored.

In addition, as another form, the first and second warming wings 210 and 220 of the warming wing 200 may be configured in the same circle, respectively, or may be configured in a circle having different sizes.

In addition, any one of the first and second warming wings 210 and 220 may be variously modified, such as configured in a circular shape and the other in a non-circular shape such as an ellipse.

This configuration enables the warming treatment as an even distribution area without being locally heated on the entire hair of the subject W.

In addition, the small first warming wing 210 performs intensive warming on a specific portion of the hair, and the second warming wing 220 having a large size performs overall warming on the entire portion of the hair. It can be configured to do that.

The rotating frame 40,

It is formed to a predetermined length on the outer periphery of the drive shaft 130 and arranged in a symmetrical or asymmetrical shape, and when viewed from the side including a first extension portion 41 and the second extension portion 42 It is composed.

The first extension part 41 and the second extension part 42 are mounted with a first warming wing 210 and a second warming wing 220, respectively.

The first warming wing 210 and the second warming wing 220 may be configured in various forms such that uniform heating is performed on the entire hair of the operator W.

First, by forming the symmetrical or asymmetrical with respect to the drive shaft 130 in the center of the heating wing 200 may be configured to achieve a uniform heating.

In particular, according to the first heating wing 210 and the second heating wing 220 having an asymmetrical structure, the distances from the driving shaft 130 are different from each other so that the heat distribution applied to the entire hair is not biased in a specific region. Uniform heating is achieved.

In addition, the first heating wing 210 and the second heating wing 220, as described above, the angles inclined inward from the imaginary line perpendicular to the drive shaft 130 are configured differently as described above. Uniform heating can be achieved throughout the hair.

For example, the first warming wing 210 is configured to be vertical or horizontal with respect to the head of the operator W when the warming wing unit 200 rotates, and the second warming wing 220 is the first warming wing 210. By maintaining the oblique angle to the outside to maintain an obtuse angle of 90 degrees or more than) can be configured to draw the rotational trajectory different from the rotational trajectory of the first heating wing 210 while the warming action is made.

As described above, the second heating wing 220 which is rotated to the outside more inclined state is made to have a uniform heating effect to the lower end of the hair, especially in the case of the long W (W), the first heating wing 210 is By minimizing overlapping sections, local hair damage due to warming can be minimized.

In addition, in another form, the first heating wing 210 is disposed to correspond to the central portion of the operator W's head, and the second heating wing 220 is disposed to correspond to the peripheral portion of the operator W's head. By configuring so that uniform heating is made to the entire hair by the configuration, it is possible to evenly warm the whole hair of the operator (W) even in the case of long hair.

As described above, the first warming wing 210 and the second warming wing 220 of the present invention having various forms of construction for uniform heating may have an outer shape of a circular, elliptical, or rectangular shape.

In addition, the outer shape of the heating wing 200 and the reflecting member 150 is made of a circular, elliptical, rectangular shape of the hollow shape of the circular, elliptical, rectangular selected among the corresponding shape in the center The heating wing 200 of the present invention may be configured to be formed such that the 240 may be formed in various forms.

In particular, the hollow portion 240 of the heating wing 200 may reduce the overall weight of the heating wing to minimize the load due to the weight applied to the driving motor 110, thereby improving the durability of the driving motor 110. By maintaining a high and smooth rotation operation to minimize the eccentric load on the drive shaft 130 to suppress the noise generated due to mutual friction between the parts during the rotation operation.

And, since the hollow member 240 is not provided with the heater member 140 and is a configuration that is opened, the linear heater member 140 is mounted to uniformly warm the entire hair as described above, as well as the heater member. When heat is generated at 140, the radiant heat that is raised by the convection phenomenon is released to the outside of the warm wing part 200, and at the same time, the radiant heat is increased through the hollow part 240.

Accordingly, by providing a heat dissipation effect so that heat does not accumulate inside the case of the heating wing unit 200, the deformation of the case of the heating wing unit 200 due to heat accumulation or the discoloration of the coating painted on the outside is prevented together. It can be used.

On the other hand, as another embodiment of the present invention, the hollow portion 240 of the circular, elliptical, rectangular shape in the center to correspond to the outer shape of the first heating wing 210 and the second heating wing 220 is A warming wing case 230 formed; A heater member 140 coupled to the inside of the warm wing case 230 and having a circular cross section; And a reflection member 150 coupled to the inside of the warming wing case 230 so that the heat generated from the heater member 140 is concentrated in one direction.

In this case, as shown in FIG. 7, the reflective member 150 includes a first curved portion 154 and a second curved portion 155, wherein the first curved portion 154 is a rear portion of the heater member 140. Is formed to be curved to surround the radiant heat or far-infrared visible light emitted from the heater member 140 is formed in the inside of the warm wing case 230 so as to concentrate the central portion of the head of the operator (W).

The second curved portion 155 extends symmetrically or asymmetrically with greater curvature from both ends of the first curved portion 154 so as to surround both sides of the heater member 140 and is discharged from the heater member 140. Radiant heat and far-infrared visible light are formed to concentrate on the periphery of the head of the subject (W).

The heat generated by the heater member is reflected by the first curved portion 154 to form the first heating region Z1, and the heat reflected by the second curved portion 155 is formed on both sides of the first curved portion 154. While forming the warming zones (Z2, Z2 '), a uniform heating effect is performed on the hair of the operator (W).

Reference numeral G denotes a safety grill of a network structure for preventing burns of the operator and the subject from the heat of the heater member 140.

Meanwhile, the warming wing case 230 may include a front case 234 and a rear case 235 having a hollow portion 240 formed in the center of the embodiment shown in FIGS. 9 to 11.

The heater member 140 is mounted in the front case 234 and the front case 235, and the reflection which concentrates heat of the heater member 140 in the front case 234 and the front case 235. It is comprised including the member 150.

The heater member 140 is preferably a carbon heater 142 made of a transparent quartz tube 141 and a carbon yarn 143 inserted into the transparent quartz tube 141.

Since the carbon heater 142 applied in the present invention has a very high far-infrared radiation dose and belongs to an infrared wavelength region beneficial to the human body, the carbon heater 142 has a high radiation dose and can penetrate into the skin subcutaneous layer of the human body. It is effective to irradiate heat evenly to the outside.

According to another embodiment of the present invention, the heater member 140 may be formed of a metal tube or a ceramic tube and a hot wire. Although not shown in detail in the drawing, the heater heater is made of a metal tube mounted inside the tube in the form of a coil, or the tube tube is made of a metal tube made of ceramic and the heater heater is formed of a coil heater mounted in the form of a coil in the tube. It is.

The ceramic may be formed by forming a ceramic coating layer 151 as described below, which is laminated through a spray and drying process so that a predetermined thickness of the ceramic tube is covered with a thickness of 25 μm to 50 μm on the entire outer surface of the metal tube.

Since the cartridge heater uses a metal tube, it provides a strong impact against the carbon heater 142 using the transparent quartz tube 141, and far-infrared radiation is emitted along with the radiant heat from the ceramic coating layer 151 formed on the metal tube surface. Therefore, by activating the action of the chemical solution applied to the hair to minimize the damage of the hair, the desired procedure is made quickly, and will exert the effect of promoting blood circulation of the scalp.

As described above, the heater member 140 applied in the present embodiment has been described as being applied to the carbon heater 142 and the cartridge heater. If the heater has a function that can be performed can be variously modified.

Therefore, the present invention allows not only the action of the chemical liquid applied to the surface of the hair by the action of the carbon heater 142, but also the action of the chemical liquid applied to the overlapping side inside the hair.

In particular, the cartridge heater (not shown) in which the carbon heater 142 and the ceramic coating layer 151 are formed as described above is superior to a heater in which radiant heat and far infrared rays are emitted in a short distance, as in the conventional general heater. Rapid warming procedure will be made.

For reference, since the hair is made of protein and is very weak to heat and easily hardened and damaged, the heating treatment should be performed in the shortest time possible. As described below, the reflective member 150 having the warm reflective layer 156 of the present invention is formed. The carbon heater 142 and the cartridge heater to be applied together can be said to be a component that enables the heating treatment of the entire hair in a short time.

On the other hand, according to another embodiment of the present invention, the first warming wing 210 is disposed to correspond to the parietal portion of the head of the operator (W), the second warming wing 220 is a peripheral portion of the head of the operator (W) It is preferably arranged to correspond to.

In another configuration, the first warming wing 210 is formed to be small in size so that the rotational trajectory forms a warming region for a specific site while irradiating the parietal of the head of the operator W.

In addition, the second warming wing 220 may be formed to have a large size so that the rotational trajectory is irradiated to the entire area of the head of the operator W to form a wide area of warming.

In this case, the trace of the second warming wing 220 includes the track of the first warming wing 210, and the warming effect may be doubled by forming an overlapping warming area.

As such, when the shape and size of the first and second warming wings 210 and 220 are different from each other, the radiation range and the amount of heat energy transmitted from the first and second warming wings 210 and 220 are different from each other. The heat energy is repeatedly concentrated in specific areas of the hair to prevent hair damage or uneven procedures.

The first and second heating wings 210 and 220 of the above-described heating wing 200 may have a structure in which the outer surface of the front case 235 is closed, but in order to increase radiation uniformity of the thermal energy of the front case 235. The hollow portion 240 is formed in the center to form a ring shape.

Accordingly, the reflective member 150 and the heater member 140 are also configured in a ring shape so that the hollow part 240 is formed, so that the first and second warming wings 210 and 220 have a ring shape having the hollow part 240. .

This configuration has a spherical shape of the head of the operator (W) protruding from the center and downwardly curved from the center to the outside, so that the warming wing 200 has a pair of first wings in consideration of the three-dimensional shape of the head. , It is composed of two heating wings (210,220).

In particular, in the rotary hair treatment device that rotates 360 degrees as the present invention, the first and second warming wings 210 and 220 are rotated at positions facing each other, so that the first warming wing 210 is rotated and warmed, followed by the second. The warming wing 220 is subsequently heated, so that the heating effect of the appropriate temperature can be continuously maintained in the hair

For example, when the centers of the first and second warming wings 210 and 220 are closed, the thermal energy radiated from the warming wing 200 does not have a large difference or the outside of the center or the center of the warming wing 200. .

As a result, it is difficult to transfer uniform thermal energy to the head of the subject having a three-dimensional effect (W), and heat energy is concentrated in the protruding center, thereby decreasing hair drying efficiency and heating and drying for heat treatment during the process of perming or dyeing. This is because the procedure is not complete.

As described above, when the hollow part 240 is formed at the center of the first and second heating parts 210 and 220, the hollow part of the first and second warming wings 210 and 220 is formed at the protruding center part of the head of the operator W. 240 is positioned to prevent the heat energy from being concentrated in the protruding center (fixed part) of the operator (W).

In addition, when the hollow portion 240 of the first and second warming wings 210 and 220 is positioned at the protruding center of the head of the operator W, the heat energy radiated toward the protruding center is relatively relative to the heat energy radiating to the outside of the central part. May be lacking.

Accordingly, the heat energy is preferably dispersed and moved toward the hollow portion 240 of the first and second heating wings 210 and 220 through the structure of the arc-shaped reflecting member 150 so that the thermal energy of the first and second heating portions is three-dimensional. It needs to be configured so that it can be delivered evenly throughout.

To this end, in forming the arc-shaped reflecting member 150, the curvature of the portion facing toward the hollow portion 240 is made more gentle than the portion facing the hollow portion 240, thereby being reflected and radiated to the reflecting member 150. The thermal energy can be uniformly transmitted throughout the head of the operator (W).

As such, the first and second warming wings 210 and 220 of the warming wing part 200 extend through the first and second extension parts 41 and 42, and the first and second extension parts 41 and 42 are formed together with the first and second extension parts 41 and 42. As described above, the first and second warming wings 210 and 220 are formed to face each other while being symmetrical with respect to the driving shaft 130.

In addition, as described above, the first and second heating parts 310 and 320 may be formed asymmetrically with respect to the driving shaft 130 of the connection part 330 as necessary.

As described above, the first and second warming wings 210 and 220 may be simply fixed in a symmetrical or asymmetrical form with respect to the driving shaft 130 of the driving head unit 100.

In another configuration, in fixing the first and second warming wings 210 and 220 to the first and second extension parts 41 and 42, the first and second warming wings 210 and 220 are rotated by using a means such as a hinge. It can also be fixed to be adjustable.

As such, when the first and second heating wings 210 and 220 are fixed to the second and second extension parts 41 and 42 so as to be rotatable, the operator may move the first and second heating wings 210 and 220 to the driving shaft 130 of the driving head part 100. ) Can be used freely changed in a symmetrical or asymmetrical form.

Rotation control of the first and second warming wings 210 and 220 may provide an effect of minimizing interference with the surrounding space during movement and storage of the warming processing device.

The first and second heating wings 210 and 220 of the above-described heating wing part 200 may be configured to have the same distance from the driving shaft 130 according to the length of the first and second extension parts 41 and 42. When looking at the state of the hair of the operator (W), the rear hair is relatively longer than other parts, so the distance between the first and second warming wings 210 and 220 and the driving shaft 130 is longer than the other one. It is preferable to configure so that.

In this embodiment, as shown in FIG. 2, the length of the second extension part 42 is longer than the length of the first extension part 41, so that the distance between the first heating wing 210 and the first warming wing 210 is increased. The second heating wing 220 is configured to have a longer distance apart.

Here, the lengths of the first extension part 41 and the second extension part 42 are different from each other, and then the first and second warming wings 210 and 220 are formed using the first and second extension parts 41 and 42 having different lengths. By connecting to each other may be configured so that the spaced apart distance of the first, second heating wings (210, 220) are different from each other.

However, although not specifically illustrated in the drawings as another embodiment, the length of the first extension part 41, the second extension part 42, or the first and second warming wings 210 and 220 may be all folded in a multi-step manner. It can be configured as a structure.

In this case, the first and second warming wings 210 and 220 may be adjusted by appropriately adjusting the length of the first and second extension portions 41 and 42 according to the seating position of the operator W, the size of the head, the shape of the hair of the operator W, and the like. It is also possible to effectively transfer the heat energy radiated from the hair of the operator (W).

Preferably, the first and second warming wings 210 and 220 of the above-described warming wing part 200 together with the first and second extending parts 41 and 42 are driven along a virtual line perpendicular to the drive shaft 130. It may be configured to be inclined while maintaining a constant angle toward the inner side of the opposite side 100, wherein the inclined angles of the first and second heating wings 210 and 220 may be inclined at the same angle with each other.

However, the first and second warming wings 210 and 220 may be more inclined or less inclined than the other one for the seating state of the subject W and effective heat treatment after perm or dyeing. The angle of inclination of) can be configured differently.

As another example, the first and second extension parts 41 and 42 may include both the first extension part 41, the second extension part 42, or the first and second extension parts 41 and 42. By combining the angle adjustable step by step toward the virtual line orthogonal to 130, and to adjust the inclination angle of the first and second warming wings (210, 220) in a variety of ways depending on the condition of the subject (W) You can do it.

On the other hand, the heater member 140 installed in the reflection member 150 of the first and second heating wings (210, 220) is preferably configured to correspond to the shape of the reflection member 150.

For example, in the case of the closed reflective member 150 without the hollow portion 240, the heater member 140 may be configured in various forms such as a straight type, a U-shaped type, or a weight type, as shown in the drawings. When the first and second heating wings 210 and 220 are elliptical and the hollow portion 240 is formed, the heater member 140 may be configured to have a circular or elliptical shape.

The heater member 140 may be variously modified and implemented as long as it has a function of radiating thermal energy for drying and warming the hair without being limited to any one kind, and the inside of the transparent quartz tube 141 A plurality of carbon yarns 143 may be formed in the carbon heater 142 is twisted to form a coil.

Meanwhile, the mounting structure of the heater member 140 and the reflective member 150 will be described with reference to FIGS. 4 to 8.

Looking at the basic configuration first, the reflective member 150 and the plurality of fixed blocks 160 which are installed spaced apart from each other along the inner surface of the reflecting member 150 installed inside the warming wing of the hair warming treatment device, and the fixed block It may be configured to include an elastic fastener 170 for fixing the heater member 140 placed on the 160, and look at in detail through Figures 1 to 3 illustrated for such a component.

Reflective member 150,

Installed inside the warming wing 100 of the hair warming treatment device, the inner surface of the heater member 140 is fixed to reflect the heat of the heater member 140 serves to evenly spread heat transfer to the hair of the operator (W). Do it.

The reflective member 150 is preferably configured in a shape corresponding to the shape of the warming wing 100, the warming wing 100 may be circular as well as non-circular, so the reflective member 150 is also circular or non-circular It may be configured as.

In the exemplary embodiment of the present invention, as shown in the drawing, the warming wing 100 and the reflective member 150 show an elliptical embodiment in which a hollow portion 240 is formed in the center as an example of a non-circular shape, and thus the reflective member The heater member 140 installed on the 150 is also configured in an oval shape.

The inner surface of the reflective member 150 is formed with a coupling hole 152 and a fixing groove 151 for stably fixing the fixing block 160 to be described later in detail.

That is, as illustrated in FIG. 5, the long axis and the short axis of the hollow part 240 of the reflective member 150 intersect with the plurality of coupling holes 152 at regular intervals along the center of the inner surface of the reflective member 150. It is arranged radially around the virtual center point, the fixing grooves on both sides opposite to the coupling hole 152 on the line facing the center point of the hollow member 240 of the reflective member 150 in each coupling hole 152 151 is formed in a pair.

In the case of the fixing groove 151 formed on the inner surface of the reflective member 150, the inner surface of the reflective member 150 is formed to be curved so that the flat portion of the lower portion of the fixed block 160 can be stably seated. Two vertical cutouts 151a having a constant length are formed on both inner surfaces of the coupling surface 152 opposite to each other on the opposite sides of the coupling hole 152, and the cut-out portion is directed outward to have a substantially right angle shape. It is bent so as to form a horizontal surface 151b and a vertical surface 151c, and a hole 151d is formed in the horizontal surface 151b.

Therefore, when the lower side of both sides of the fixing block 160 is seated in the fixing groove 151, the exact mounting position of the fixing block 160 is naturally set in the reflecting member 150, so that the fixing block in the reflecting member 150 ( 160 can be quickly and easily installed.

The fixed block 160 is,

It is made of a material having a heat transfer function and a heat insulating function, such as a heat-resistant ceramic, and allows the heater member 140 to be fixed while maintaining a proper distance from the inner surface of the above-described reflective member 150.

The fixed block 160 has a substantially rectangular enclosure shape, and both sides of the bottom face are respectively matched to the fixing grooves 151 of the reflective member 150 and have a width that does not flow in the front, rear, left, and right directions except for the upper side, and both sides of the upper surface. Fastening holes 161 penetrating the upper and lower portions are respectively formed, and a space portion 162 having a shape recessed toward the inside is formed at the center of the upper surface, and a screw hole 162a is formed at the bottom surface of the space portion 162. It is formed, and the hemispherical seating groove 163 is formed symmetrically in the center of the front and rear.

Accordingly, when the lower sides of both sides of the fixing block 160 are fitted into the fixing grooves 151 of the reflective member 150, the fastening holes 161 formed on the upper surface of the fixing block 160 are illustrated as shown in FIG. The hole 151d formed in the fixing groove 151 of the reflecting member 150 coincides with the screw hole 162a formed in the space 162 of the fixing block 160. It is naturally coinciding with the ball (152).

The fixing block 160 is fixed to the fixing block 160 by fastening the fastening member 190 such as a bolt and a nut to the screw hole 162a, the coupling hole 152, and the fastening hole 161 and the hole 151d which are matched with each other. ) Can be fixed accurately and quickly.

Elastic fastener 170,

It serves to fix the heater member 140 to the fixed block 160 pre-assembled on the inner surface of the reflective member 150, the elastic fastener 170 has a shape of approximately hemisphere to correspond to the outer shape of the heater member 140. The center of the curved portion 171, both ends of the coupling portion 172 is formed in a horizontally extending state, the coupling portion 172 is formed with fitting holes 172a, respectively.

Therefore, the lower portion of the heater member 140 is seated in the seating groove 163 of the fixed block 160, and then the elastic fastener is wrapped around the upper surface of the heater member 140 of the curved portion 171 of the elastic fastener 170. The fitting hole 172a formed at both ends of the coupling portion 172 of the 170 is matched with the fastening hole 161 formed on the upper surface of the fixed block 160 and the elastic fastening member 170 through the fastening member 190. The fixing block 160 and the reflective member 150 is to be fixed together as a whole.

Preferably, the elastic fastener 170 is made of a plate-shaped metal plate so as to have an elastic force, such as a leaf spring, as illustrated in Figure 5, and more preferably, the curved portion 171 of the elastic fastener 170 has a concave-convex shape As the elastic protrusion 171a is formed, in fixing the both side coupling portions 172 of the elastic fastener 170 to the fixing block 160 with the heater member 140 therebetween, the length may be varied by external force. Due to the elastic protrusion 171a, the curved portion 171 of the elastic fastener 170 presses the heater member 140 unnecessarily in the process of fastening the elastic fastener 170 and the fixed block 160 to press the heater member 140. It is to prevent damage.

In addition, even when the heater member 140 is inflated while being heated and a change occurs in diameter, the curved portion 171 with the elastic protrusion 171a is actively changed according to the change of the diameter so that the heater member 140 properly reacts to fix the heater member 140. It can be securely fixed to the block 160.

Here, the elastic fastener 170 may be deformed in a linear or other various embodiments, such as a wire without being limited to a plate shape, and may be variously modified such as a high heat resistant silicone that may have elasticity as well as a metal. The elastic protrusion 171a of the curved portion 171 may also be deformed into various shapes as long as the elastic protrusion 171a satisfies a condition in which a length can be varied in a predetermined range such as a coil shape or an uneven shape of a round shape. will be.

As such, the assembly structure of the heater member 140 and the reflective member 150 of the hair warming treatment apparatus further includes a fixing ring body 180 in the aforementioned reflective member 150, the fixed block 160, and the elastic fastener 170. It may be configured, the description of the reflective member 150, the fixed block 160 and the elastic fastener 170 is the same as described above will be omitted and only the fixed ring body 180 will be described in detail.

The fixed ring body 180,

It is made of a material having a heat transfer function and a heat insulating function, such as heat-resistant ceramic, such as the fixed block 160 described above serves to prevent the heat and electricity of the heater member 140 is directly transmitted to the elastic fastener 170.

That is, when the heater member 140 is directly in contact with the elastic fastener 170 of the metal is fixed to the fixed block 160, the heat of the heater member 140 affects the elastic fastener 170, the elastic fastener 170 The elastic force may be changed according to the thermal deformation of), and the change of the elastic force may cause the fastening force between the heater member 140 and the fixed block 160 to decrease.

In addition, when the elastic fastener 170 of the metal is directly in contact with the surface of the heater member 140, when the withstand voltage test and instantaneous voltage of the heater member 140 is instantaneously energized, it may cause a drop in safety.

Therefore, the fixing ring body 180 having a heat insulating function and an insulating function is configured, but is configured to have an inner diameter larger than the outer diameter of the heater so that it can be simply inserted into the heater member 140.

In addition, a space portion of the fixing block 160 is fixed to the fixing ring body 180 fitted to the heater member 140 by forming the first fitting groove 181 recessed inwardly on the outer circumference of the fixing ring body 180. A lower portion of the fixed ring body 180 is positioned at 162 to be fitted into the space portion 162 of the fixed block 160, and then the elastic fastener 170 is disposed in the first fitting groove 181 of the fixed ring body 180. After the curved portion 171 of the fitting is fixed to both sides coupled portion 172 of the fixing ring body 180 to the fixed block 160, the heater member 140 and the elastic fastening member 170 are in direct contact with the heater member Heat and electricity of 140 is to prevent the heat transfer and conduction to the elastic fastener 170.

On the other hand, in the hair heating treatment apparatus of the present invention, the heater member 140 need not be limited to any one type if the heater member 140 having a function capable of radiating heat energy for drying and warming the hair In the embodiment of the present invention, as shown in FIG. 8, a plurality of carbon yarns 143 are twisted in the transparent quartz tube 141 to form a coil heater 142. Applied.

The process of assembling the reflective member and the heater member provided in the warming wing of the hair warming treatment apparatus will be described with reference to FIGS. 4 and 6 as follows.

First, when the lower portion of the fixing block 160 is seated in the plurality of fixing grooves 151 formed in the reflective member 150, the screw hole 162a and the reflective member formed in the space portion 162 of the fixing block 160, respectively. The coupling hole 152 of the 150 is naturally matched, and in this state, the fastening member 190 is fastened to the screw hole 162a and the coupling hole 152 of the fixed block 160 matched with each other to assemble the line. Do it.

Subsequently, the lower portion of the heater member 140 is seated in the seating groove 163 of each fixing block 160, and then the curved portion 171 of the elastic fastener 170 is folded on the heater member 140. , The fitting holes 172a formed at both coupling portions 172 of the elastic fastener 170 and the fastening holes 161 of the fixing block 160 coinciding with the holes 151d of the reflective member 150 are matched with each other. By fastening the assembly of the heater member 140 to the reflective member 150 by fastening the elastic fastener 170, the fixed block 160 and the reflective member 150 using the fastening member 190 in a state. It can be done.

In the case where the fixing ring body 180 is used when assembling the heater member 140 to the reflecting member 150, the reflecting member in the state where the fixing ring body 180 corresponding to the number of the fixing blocks 160 is first inserted into the heater. When the heater member 140 is seated by the seating groove 163 of the fixed block 160 fixed to the 150, each of the fixing ring bodies 180 previously fitted to the heater member 140 is fixed to the fixed block 160. After fitting to each of the space 162, and then the curved portion 171 of the elastic fastening member 170 is fitted to the first fitting groove 181 of the fixing ring body 180 and then coupled to both sides of the fixing ring body 180 172 and the fixing block 160 and the reflective member 150 may be fixed by fastening together with the fastening member 190.

As described above, in fixing the heater member 140 to the reflective member 150, the fixing block 160 and the elastic fastening member 170 or the fixing block 160 and the elastic fastening member 170 made of a fixing ring body 180. As a simple component, the heater member 140 can be quickly and stably and firmly assembled to the reflecting member 150, and the assembly and disassembly can be easily performed. It is possible to further double the efficiency of replacement and inspection of parts associated with the heater member 140 during use.

On the other hand, as another embodiment of the present invention, look at the frame configuration of the heating blade and its assembly structure as follows.

Reflecting member 150 installed inside the heating wing unit 200 of the hair warming treatment device, the support frame 300 is installed in a form surrounding the rear surface of the reflecting member 150, and the support frame 300 reflecting member Large fixing bracket 310 for fixing to 150 and the support bracket 300 for connecting the support frame 300 and the main frame 330 installed in the drive head portion 100 of the hair warming apparatus with each other. It can be distinguished, look at in detail with reference to Figures 12 to 15 illustrated for each component as follows.

Reflective member 150,

It is installed inside the warming wing 100 of the hair warming treatment device, and serves to diffuse and evenly transfer heat to the hair of the operator W by reflecting the heat of the heater member 140 installed on the inner surface thereof.

As the reflective member 150 has a shape corresponding to that of the warming wing 100, when the shape of the warming wing 100 is circular or non-circular, the reflective member 150 may also be circular or non-circular. Can be.

In the exemplary embodiment of the present invention, the heating wing 100 and the reflective member 150 are illustrated as an elliptical shape in which a hollow portion 240 is formed at the center as an example of a non-circular shape, and thus a heater member installed in the reflective member 150. 140 may also be configured as an oval.

The reflective member 150 has an arc-shaped first curved portion 154 and a second curved portion 155 to effectively diffuse the heat of the heater member 140, such a first curved portion 154 and the second curved portion ( The heater member 140 is fixed to the inner surface of the 155 through a separate fixing means (not shown in the figure).

Support frame 300,

It is fixed to the reflective member 150 to reinforce the rigidity of the reflective member 150, and has a structure connected to the main frame 330 installed in the drive head portion 100 of the hair warming treatment device.

An embodiment of the support frame 300 has a band shape having a constant upper and lower width as shown in FIG. 5, and is configured in a shape corresponding to the outer shape of the reflective member 150. Preferably, the first curved portion of the reflective member 150 is provided. The first curved portion 154 and the second curved portion 155 may be spaced apart from the outer circumference of the outer surface of the first curved portion 154 and the second curved portion 155 without leaving the upper side.

Therefore, the support frame 300 does not protrude from the first curved portion 154 and the second curved portion 155 of the reflective member 150, the warming wing having a structure in which the reflective member 150 and the support frame 300 are stacked. It is possible to prevent the phenomenon that the overall thickness of the thickening (100), and as a band shape rather than a plate shape will also reduce the overall weight of the heating wing (100).

Both ends of the support frame 300 face each other in a state spaced apart at any point of the outer circumference of the first curved portion 154 and the second curved portion 155, these ends are connected through a connection bracket 320 to be described later It is connected to the main frame 330 of the driving head 100.

As a preferred embodiment of the support frame 300, as shown in Figs. 5 and 14 by bending to form a polygonal shape, the linear assembly portion 301 and the reinforcing edge portion 302 is continuously formed repeatedly.

On the other hand, in using the fixing bracket 310 to be described later to fix the support frame 300 to the reflective member 150 having an elliptical shape, the support frame 300 has an elliptical shape corresponding to the outer shape of the reflective member 150. When configured, as the curvature of the elliptical support frame 300 is different from each other for each section fixed to connect the vertices of the first curved portion 154 and the second curved portion 155 of the support frame 300 and the reflective member 150 Bracket 310 also has to be made in plural in consideration of the curvature of the different side of the support frame 300, the fixing bracket 310 is not shared, making the production of parts inconvenient and also easy to maintain and install .

Therefore, as in the present invention, by placing the linear assembly unit 301 in the support frame 300 can be manufactured by making the fixed bracket 310 in common, it is possible to effectively manufacture, maintenance and installation of the parts.

In addition, while the linear assembly portion 301 of the support frame 300 is made, the reinforcing edge portion 302 formed between the linear assembly portions 301 may increase the rigidity of the support frame 300 to support the frame ( It can help to prevent deformation of 300).

Fixed bracket 310 is,

As a means for fixing the above-described support frame 300 to the reflective member 150, as described above, the support frame 300 and the reflective member 150 by using the linear assembly portion 301 of the support frame 300 The one side horizontal portion 311 of the fixing bracket 310 is a riveting means such as riveting or bolts and nuts on the rear apex of the first curved portion 154 and the second curved portion 155 of the reflective member 150 The vertical portion 312 is fixed through the horizontal portion 311 is inclined from the horizontal portion 311 is bent downward and is folded on the outer surface of the linear assembly portion 301 of the support frame 300 to be riveted or bolts and nuts or screws and It is fastened through the same fastening means.

12, 13, and 15, the front case 234 is positioned at the front edge of the reflective member 150, and the reflective member 150 and the support frame 300 are located behind the reflective member 150. Surrounding the rear case 235 is located and coupled to each other, in this case, the reflection member 150 and the support frame 300 is located inside the front case 150 and the rear case 235 to be coupled to each other can be flowed The front case 234 and the rear case 235 and the support frame 300 is preferably configured to be fixed to each other.

Accordingly, by extending the end of the vertical portion 312 of the fixing bracket 310 horizontally to form a third extension portion 313 and by forming a second fitting groove 314 at the end of such a third extension portion 313 The boss 237 of the rear case 235 is fitted into the second fitting groove 314 formed in the third extension part 313, and the fastening hole 236 of the boss 237 and the front case 234. ) And the support frame 300 and the reflective member 150 which are inherent in the front case 234 and the front case 235 by fastening through the fastening means are matched within the front case 234 and the front case 235. It can be installed safely without moving.

When assembling the support frame 300 and the reflective member 150 in the front case 234 and the rear case 235, the coupling position is easily determined by the second fitting groove 314 and the boss 237. Accordingly, the assembly of the warming wing 100 can be made easier.

In addition, the number of the fixing brackets 310 connecting the support frame 300 and the reflective member 150 need not be set to any one, and a predetermined interval is maintained while being radially arranged around the center of the reflective member 150. It is preferable to install a plurality of them.

More preferably, in the process of transmitting the rotational force of the driving head part 100 to the support frame 300 by the main frame 330, the support frame 300 receives the rotational force as the closer to the main frame 330. In connecting the frame 300 and the reflective member 150 with the fixing bracket 310, the main frame 330 and the support frame 300 close to the narrowing the distance between the adjacent fixing bracket 310, the main frame 330 Far from the support frame 300 may be configured to widen the interval between the adjacent fixing bracket 310.

In addition, the fixing bracket 310 may be configured as a separate component to connect the support frame 300 and the reflective member 150 to each other, but if necessary extend a portion of the support frame 300 directly to the reflective member 150 It may have a fixed structure.

Connection bracket 320 is,

As a connecting means for firmly fixing the support frame 300 to the main frame 330 of the driving head part 100, the support frame (300) to connect both ends of the support frame 300 facing each other in a spaced state ( 300) It consists of the shape of a plate having a substantially rectangular shape having a width of the left and right and a front and rear width of a constant length corresponding to the spaced interval of both ends.

The connection bracket 320 may be fixed to both top and bottom surfaces of the support frame 300, but may be firmly connected to the support frame 300 while receiving rotational force transmitted from the main frame 330 of the driving head part 100. Both sides of the connection bracket 320 is to be fixed in the vertical direction to both ends of the inner surface of the support frame 300 in order to.

At this time, the fixing bracket 320 and the support frame 300 may be fixed by welding, in order to increase rigidity.

When the connecting brackets 320 are fixed to both ends of the support frame 300 as described above, the fastening means is made to overlap the ends of the main frame 330 of the driving head part 100 with the bottom or the upper surface of the connecting bracket 320. By fastening through, the support frame 300 and the main frame 330 through the connection bracket 320 will be firmly fixed.

The connection bracket 320 need not be limited to any one form, and may be variously modified and implemented in a structure and a shape capable of firmly fixing both ends of the support frame 300 and the main frame 330. If necessary, if the necessary coupling force can be obtained, it may be configured by fixing both ends of the support frame 300 directly to the main frame 330 without using the connection bracket 320.

The coupling process of the reflective member 150, the support frame, the fixing bracket, the connecting bracket, the front case and the rear case constituting the warming wing of the hair warming treatment apparatus will be described with reference to FIGS. 12 to 14 as follows.

First, the fixing bracket (b) is installed in a state in which the support frame 300 having the connection brackets 320 fixed to the both ends spaced apart from each other is wrapped around the first curved portion 154 and the second curved portion 155 of the reflective member 150. The support frame 300 and the reflective member 150 are fixed to each other using the 310.

In addition, when the support frame 300 and the reflective member 150 fixed to each other are inherently coupled to the front case 234 and the front case 235, the support frame 300 and the reflective member (to the inner surface of the front case 235) The third extension part 313 of the fixing bracket 310 connecting the support frame 300 and the reflective member 150 to the boss 237 of the front case 235 while seating 150 is placed therein. The second fitting groove 314 of the extension portion 313 is to be fitted to the boss 237 to accurately and quickly seat the support frame 300 and the reflective member 150 on the front case 235.

Thereafter, by matching the fastening hole 236 of the front case 234 to the boss 237 of the front case 235 and then fastening using the fastening means, the warming wing 100 may be assembled.

After the assembly of the warming wing 100 is completed as described above, the connecting bracket 320 of the support frame 300 and the main frame 330 of the driving head part 100 have one end overlapped with each other by a fastening means. By doing so, the assembly of the warming wing 100 can be completed in the hair heating treatment device.

Here, the assembling order of the heating wing 100 and the assembling order of the support frame 300 and the main frame 330 need not be determined by any one, and may be modified according to the user's intention and design conditions and product specifications. will be.

On the other hand, the reflective member 150 according to another embodiment of the present invention,

Referring to FIGS. 16 and 17, far infrared radiation heat useful for hair and scalp is emitted from the surface of the reflective member 150, including the far infrared radiation heat emitted from the carbon heater 142 of the heater member 140.

First, the reflective member 150 in the present embodiment is formed to be curved as a whole, and is formed in one curve to surround the side and the rear surface of the carbon heater 142 or a plurality of curves having different curved surfaces are formed in succession. Can be configured.

The reflective member 150 is installed in each of the first heating wing 210 and the second heating wing 220 of the hair warming treatment device 100, the carbon heater 142 on the inner surface of the reflecting surface 153 It is fixed to maintain a proper distance from the heat sink to the rear side and rear of the carbon heater 142 and radiant heat and far-infrared wavelengths are re-reflected forward without loss to the heat of the operator (W) (W) is spread evenly transferred to the hair. .

The outer shape of the reflective member 150 in the present embodiment is preferably configured to have a shape corresponding to the shape of the first heating wing 210 and the second heating wing 220, as described above, the first heating wing In the case of the 210 and the second heating wing 220, the circular member may be configured as a non-circular shape as well as the reflective member 150 may also be configured as a circular or non-circular shape.

In this embodiment, as illustrated in the drawing, the first heating wing 210, the second heating wing 220, and the reflecting member 150 are non-circular as an example of an elliptical shape in which a hollow portion 240 is formed in the center. As an example, the carbon heater 142 installed on the reflective member 150 also has an elliptical shape in which the hollow part 240 is formed.

In the present invention configured as described above, the hair warming treatment apparatus 100 having a reflecting member 150 that maximizes far infrared emission and reflection efficiency is configured as follows.

As described above, the heating unit 40 supported by the full length body 20 is installed over the head of the operator W and mounted on the hair of the operator W to be equipped with the heater member 140 for heat treatment. ) Is provided.

Here, in the following description, the heater member 140 described above will be described as applying the carbon heater 142.

In order to reflect the heat of the carbon heater 142 of the heating wing unit 200 to the entire hair of the operator (W) (W), the reflective member 150 having a reflective surface 153 is the carbon heater 142 ) Is mounted on the rear of the unit.

The reflective member 150 is formed such that its cross-sectional shape is curved to surround side and rear surfaces of the carbon heater 142.

For example, the cross-sectional shape of the reflective member 150 has a curvature that draws a concentric circle with the center of the carbon heater 142 based on the center of the carbon heater 142 having a circular cross section, and the carbon heater 142 on both sides thereof. It is desirable to have a large curvature close to a straight line having an eccentric center different from that of the center.

In addition, the opened direction of the reflective member 150 is formed to be inclined inward so that the direction in which the heat emitted from the carbon heater 142 is reflected is concentrated toward the head of the operator W without being discharged forward.

In addition, the warm reflective layer 156 is formed on the reflective surface 153 is the most characteristic configuration of the present invention, the warm reflective layer 156 may be formed only on the reflective surface 153 according to the coating molding method. In addition, when anodizing is performed as described below, the warm reflective layer 156 may be formed on the entire outer surface of the reflective member 150 to form the warm reflective layer 156 on the reflective surface 153.

In addition, the warm reflection layer 156 is the heating unit case 43, for example, the first heating wing 210 and the second heating, which surround the side and rear surfaces of the electric body part 20 and the reflective member 150. Another feature of the present invention is composed of a paint color and a heterogeneous color applied to a case of the wing 220.

Accordingly, the warm reflecting layer 156 may be formed of the same color as any one of the paint colors of the electric body part 20 and the warm part case 43.

For example, when the colors of the electric body 20 and the heating unit case 43 is a red color, the color of the heating reflection layer 156 may be configured as a gold color.

In addition, the warm reflection layer 156 may be composed of a heat-resistant coating layer of various materials for re-reflecting the radiant heat and far infrared rays of the carbon heater 142 while having a heat resistance and heat storage function, various embodiments with reference to the drawings The explanation is as follows.

First, according to another embodiment of the present invention, as shown in FIG. 17A, the reflective member 150 is made of aluminum, and the warm reflective layer 50 is anodized on the entire reflective member 150. It is made of a soft or hard oxide film layer 158 formed on the reflective surface 153.

According to this structure, the surface hardness of the aluminum material in which the oxide film layer 158 is formed by anodizing the reflective surface 153 made of aluminum is much higher than before the anodizing treatment.

Therefore, the reflectance is improved compared to the existing aluminum reflecting member 150 in which the oxide film layer 158 is not formed, and has strong durability against external impact or scratch, thereby minimizing scratches or deformation due to external impact. And the reflection efficiency is also improved.

For reference, according to the anodizing treatment, an oxide film is formed on the aluminum surface to maximize the reflectance of the heat of the heater member 140, and also emits far infrared rays and anions in the oxide film layer 158 itself. It is useful for the action of a chemical solution applied to the hair and for activating blood circulation to the scalp.

In addition, since the oxide film layer 158 has a very good surface roughness, when the heat of the carbon heater 142 is transferred to the heat reflecting layer 156 which is anodized to the reflecting member 150, the radiant heat and the far infrared wavelength are re-reflected. Without being lost to the hair of the operator (W) (W) it is re-reflected as it is, the hair warming treatment is made quickly and efficiently.

Then, the radiant heat transferred to the reflective member 150 is accumulated in the aluminum reflective member 150 having a high thermal conductivity to regenerate negative ions and far infrared rays from the oxide film layer 158 and release them to the entire hair, and the negative ions and far infrared rays are applied to the hair. While further promoting the action of the drug solution will also be effective to smooth the blood circulation of the scalp.

As such, the warm reflective layer 156 formed of the oxide film layer 158 may be formed to have a surface hardness of soft and hard according to the anodizing treatment.

That is, the hard oxide film layer 158 can be colored during the anodizing process, for example, color design can be produced on the surface of the reflective member 150 in a color having relatively low saturation and brightness, such as defense color, black, and gray. According to the saturation of the color of the electric body 20 and the heating unit case 43, it is possible to selectively express the color suitable for the product.

In addition, in the case of the soft oxide film layer 158, coloration such as red, blue, green, orange, purple, and the like may be performed in the anodizing process, and thus, color production may be more diverse than that of the hard oxide film layer 158.

As described above, the hardness of the soft oxide film layer 158 is weaker than that of hard anodizing, but because the color can be produced in various designs with high saturation and brightness, more colorful designs can be produced.

Therefore, the heating unit case 43 may have a different color from the color, or the same color as any one of the heating wing case 230 and the full-length unit body 20 may be selectively applied. Enables color in form.

In addition, according to another embodiment of the present invention, as shown in FIG. 17B, the reflective member 150 is made of aluminum, and the warm reflective layer 156 is sanded or corroded on the surface of the reflective member 150. After forming the uneven portion 157 through the treatment, the primary color ceramic solution consisting of a suitable mixture of silicon (SiO 2) alumina (AL 2 O 3), alcohol, and heat-resistant pigment was first coated and then 20- at 160 ° C. to 200 ° C. It is made of a ceramic coating layer 151 cured by drying for 30 minutes.

In addition, according to another embodiment of the present invention, the ceramic coating layer 151 may have a thickness of 25 μm to 50 μm.

In the case where the thickness is thinly coated toward 25 μm, the molding condition of the ceramic coating layer 151 becomes good, and when the thickness is formed thickly toward 50 μm, the far-infrared emission effect is increased, but the coating formability is somewhat lowered and the hardness is lowered.

Therefore, in consideration of the overall structure and area of the reflective member 150 or the thickness of forming a pattern such as embossing or irregularities for diffuse reflection, the overall thickness of the ceramic coating layer 151 may be appropriately adjusted and coated.

According to such a configuration, since the ceramic coating layer 151 is provided with pigments of various colors ranging from low saturation and high brightness to bright colors, the ceramic coating layer 151 has a brighter and more versatile color design than the case of the anodization layer 158. It can be applied colorfully.

In addition, a large amount of far-infrared rays are released together with the far-infrared heat emitted from the carbon heater 142 by the heat accumulated in the ceramic coating layer 151, so that the hair warming procedure is made quickly, uniformly and effectively, the hair warming treatment apparatus 100. It will be able to maximize the overall warming effect of.

In addition, according to another embodiment of the present invention, as shown in FIG. 17C, the coating color is exposed to the heating reflection layer 156 to the outside while re-reflecting the radiant heat and far infrared rays of the carbon heater 142. It is further configured to further include a heat-resistant, corrosion-resistant, chemical-resistant transparent coating protective layer 152 to protect the coated ceramic coating layer 151.

The transparent coating protective layer 152 may be applied over various coating layers, and in particular, may be applied to the ceramic coating layer 151.

For example, first, the color ceramic solution is first coated to form the ceramic coating layer 151, and then semi-dried, and then a second transparent ceramic made of a suitable mixture of silicon (SiO 2), alumina (AL 2 O 3), and alcohol. The solution is subjected to a second coating treatment on the primary color ceramic liquid coating surface, and baked for 20 to 30 minutes at 160 ℃ ~ 200 ℃.

In particular, the combined thickness of the ceramic coating layer 151 and the transparent coating protective layer 152 in the warm reflection layer 156 is preferably less than 50 μm.

According to this configuration, since the surface roughness is formed very well by the transparent coating protective layer 152 subjected to the second coating as well as the effect of the ceramic coating layer 151 as in the above-described embodiment, the carbon heater 142 is emitted from the carbon heater 142 or the like. Radiation heat or far-infrared wavelength is not lost as in the prior art as it is re-reflected (mirror effect) to the front as it is to be irradiated evenly throughout the hair and scalp is to perform an efficient and rapid heating procedure.

In addition, various colors produced by the ceramic coating layer 151 are exposed to the outside by the transparent coating protective layer 152 to produce a colorful high glossy effect color design while also exerting a high gloss effect. By doing so, the overall design of the hair warming treatment device 100 together with the paint color of the electric part body 20 and the heating part case 43 is exerted to exert an effect of raising the quality and high quality.

In addition, according to the transparent coating protective layer 152, the phenomena caused by the carbon heater 142 heat generation does not directly affect the ceramic coating layer 151, thereby leaving the discoloration of color, and the phenomena are transparent. Even if the coating is formed on the protective layer 152, it can be easily removed using a cleaning agent, so that even if the product is used for a long time, the initial color design can be maintained and maintained as it is.

In addition, according to another embodiment of the present invention, although not shown in the drawing, the reflective member 150 is made of an aluminum material, such as the ceramic coating layer 151, the warm reflective layer 156 is the reflective member ( 150) After forming the fine concave-convex portion 157 on the surface, the Teflon coating may be formed of a Teflon coating layer (not shown) formed by spraying and drying operations.

Like the ceramic coating layer 151, the Teflon coating layer also emits far-infrared rays, and the surface hardness of the Teflon coating layer can maintain a hardness higher than that of the anodizing hardness, especially the soft anodizing hardness. Illuminance can be implemented.

Therefore, a warm reflective layer 156 is formed with high surface roughness while producing a glittering effect by adding silver pearls or gold pearls while expressing calm colors mainly based on dark colors such as black colors without applying colorful colors like ceramics. If so, the reflective member 150 having a Teflon coating layer can be configured at a relatively low cost.

On the other hand, according to another embodiment of the present invention, the reflective member 150 is made of an aluminum material, and the warm reflective layer 156 has a color different from the color of the heating part case 43, or the The heat-resistant pigment having the same color as any one of the warming part case 43 and the electric part body 20, and far infrared rays, near infrared rays, and radiant heat emitted from the rear and side surfaces of the carbon heater 142, the subject (W). (W) It is composed of a heat-resistant paint containing tourmaline to release anion together with far-infrared rays while releasing the whole hair.The heat-resistant pigments and heat-resistant paints are mixed with each other in a liquid or powder form, and then sprayed and dried. The reflective surface 153 may be coated. Here, the heat-resistant pigment is preferably made of ceramic powder or liquid material.

According to this configuration, while forming the ceramic coating layer 151 by the heat-resistant pigment as described above, by the heat-resistant paint mixed together with tourmaline by the heat generation of the carbon heater 142, the anion is also released together with the far infrared rays. Will be done.

And, by the heat-resistant pigment of the ceramic having a color and a different color of the heating part case 43 or the same color as any one of the color of the heating part case 43 and the full-length part body 20 More various colors can be implemented in the hair heating treatment apparatus (100).

On the other hand, according to another embodiment of the present invention, the rotary electrode unit 400,

As shown in FIGS. 18 to 21, the driving head unit 100 and the heating wing unit 200 are positioned between the driving head unit 100 and the heating wing unit 200 to electrically connect the driving head unit 100 to the heating wing unit 200. Connect it.

That is, the rotary electrode 400 is formed on one side of the driving head 100, the center is penetrated through the drive shaft 130, the cylindrical fixed with a plurality of fixed terminals 411 is installed on the bottom Insulating member 410; A plurality of protrusions corresponding to the plurality of ring grooves are formed to be coupled to the fixed insulating member 410 and are coupled to the rotating frame 40, and a plurality of rotations in which the fixed terminal 411 is energized by elastic contact with the upper surface. A cylindrical rotary insulation member 420 having an electrode ring 421; Position control means for controlling the angle of rotation of the rotating frame 40 so that the first heating blade is positioned in the upper portion of the head of the operator (W) and the second heating wing is positioned in the rear of the head; It is configured to include.

The rotary electrode part 400 is cylindrical to form a through-hole so as to be fitted to the rotating shaft 120 of the driving head part 100 in order to mechanically connect the driving head part 100 and the warming wing part 200. The center portion of the outer periphery is divided into two horizontally and is formed into a fixed insulating member 410 and a rotating insulating member 420, the upper surface of the fixed insulating member 410 is inside the housing 131 of the drive head portion 100; And the bottom surface of the rotary insulating member 420 is fixed to the warming wing frame 310 of the warming wing part 200, and is fixed to the fixed insulating member 410. The bottom of the upper surface and the upper surface of the rotation insulating member 420 is in contact with each other to be rotatable.

In addition, the fixed insulation member 410 and the rotation insulation member 420 are rotated as they are wrapped by the housing 131 of the driving head part 100 and the heating wing case 230 of the heating wing part 200. The electrode unit 400 is to be safely protected from external influences.

In addition, the rotary electrode 400 has a fixed terminal 411 is installed on the bottom surface of the fixed insulating member 410 to electrically connect the driving head 100 and the heating blade 200, the rotary insulating member The upper surface of the 420 is provided with a circular rotary electrode ring 421 to be in contact with the fixed terminal 411 of the fixed insulating member 410 to be energized.

On the upper surface of the fixed insulating member 410, a fixed circuit board 412 to which the power supplied to the hair warming treatment device is electrically connected is installed, as shown in FIG. 20, and a fixed electrode positioned above the fixed terminal 411. The end portion 413 is bent to one side with the end penetrating the fixed circuit board 412 through the upper surface of the fixed insulating member 410 and is electrically fixed to the fixed circuit board 412.

The horizontal connection part 414 positioned at the center of the fixed terminal 411 is fastened to the bottom surface of the fixed insulating member 410 by the fastening member 190 in a state extending in the horizontal direction from the fixed electrode part 413, The lower elastic electrode part 415 of the fixed terminal 411 extends downwardly from the horizontal connection part 414 and is bent obliquely along the rotational direction of the rotary electrode ring 421 and elastically with the rotary electrode ring 421 at the end thereof. It is provided with a carbon tip 415a to be in contact.

Here, in the fixed terminal 411 of the rotary electrode 400 according to another embodiment of the present invention, as shown in FIG. 21, the horizontal connecting portion 414 extends from the fixed electrode portion 413 as the first horizontal connecting portion 414a. ) And the second horizontal connection part 414b extending from the elastic electrode part 415 and formed to be fastened to the bottom surface of the fixed insulating member 410 through the fastening member 190 in a state where they overlap each other. The terminal 411 is composed of two bodies instead of one body, and the fixed electrode portion 413 and the elastic electrode portion 415 are detached by separating and coupling the first and second horizontal connectors 414a and 414b. This would make it possible.

Therefore, when the elastic electrode portion 415 needs to be replaced due to wear of the carbon tip 415a provided in the elastic electrode portion 415, the first horizontal connection portion 414a and the first horizontal connection portion 414a are not required to be replaced. 2 After removing the fastening member 190 which has secured the horizontal connecting portion 414b to the bottom of the fixed insulating member 410 together, the elastic electrode portion 415 is simply and quickly replaced with the second horizontal connecting portion 414b. You can do it.

In addition, when the end of the fixed electrode 413 of the fixed terminal 411 penetrates through the fixed circuit board 412 and is electrically connected to the fixed circuit board 412, the fixed terminal 411 is formed as one body. In the case where the carbon tip 415a is worn out, the fixed electrode part 413 including the elastic electrode part 415, the horizontal connection part 414, and the fixed electrode part 413 should be replaced. The end is to be fastened to the fixed circuit board 412 through a fastening component such as a screw.

However, when the horizontal connecting portion 414 of the fixed terminal 411 is composed of the first and second horizontal connecting portions 414a and 414b that separate and couple with each other, the fixed electrode portion 413 connected to the fixed circuit board 412 is Since there is no need to separate from the fixed circuit board 412, the electrical connection between the fixed electrode unit 413 and the fixed circuit board 412 can be connected by means of soldering rather than fastening means such as screws, so that Installation is simple and quick.

The rotary electrode ring 421 of the rotary electrode unit 400 is provided on the elastic electrode unit 415 of the fixed terminal 411 when the rotating insulation member 420 rotates in consideration of the installation position of the fixed terminal 411. The upper surface of the rotary insulating member 420 is formed in a ring shape so that the carbon tip 415a is always in contact with the carbon tip 415a. In this case, the rotary circuit board 423 is provided on the bottom of the rotary insulating member 420, and the rotary electrode ring ( 421 is electrically connected to the rotary circuit board 423 of the rotary insulating member 420, the heater member 140 provided in the heating wing unit 200 is electrically connected to the external power source driving head portion ( It is supplied to the heater member 140 through the fixed terminal 411 and the rotary electrode ring 421 of the rotary electrode 400 through the 100 to heat the heater member 140.

Meanwhile, since the fixed terminal 411 and the rotating electrode ring 421 need to be accurately and stably energized while forming three contacts as illustrated in FIG. 18, the fixed terminal 411 and the rotating electrode ring 421 have symmetry around the center of the fixed insulating member 410. The first, second, and third fixed terminals 411a, 411b, and 411c constitute a pair, respectively, and the first, second, and third fixed terminals may form three different contacts with the rotary electrode ring 421. 411a, 411b, and 411c are configured to have different radii with respect to the center of the fixed insulating member 410, wherein the first, second, and third fixed terminals 411a, 411b, and ( 411c) is placed on different lines so as not to overlap each other.

In addition, the first and second rotary electrode rings 421 of the rotary insulating member 420 may have different radii so that they may be in contact with the first, second, and third fixed terminals 411a, 411b, and 411c. And three rotating electrode rings 421a, 421b and 421c.

Here, when the rotating electrode ring 421 is composed of first, second and third rotating electrode rings 421a, 421b and 421c, between the first and second rotating electrode rings 421a and 421b and the second and third rotations. Insulating side walls 422 are formed between the electrode rings 421b and 421c, respectively, and the lower end of the insulating side wall 422 is fixed to the upper surface of the rotary insulating member 420 and the upper end of the insulating side wall 422 is fixed insulating member. The first, second, and third rotary electrode rings 421a, 421b, and 421c have a height that can be close to the bottom of the 410, and protrude in a circular manner through the insulating side wall 422. The second and third rotary electrode rings 421a, 421b and 421c may be insulated from each other.

On the other hand, the position control means 500,

The fixed insulating member 410 is fixed to the driving head part 100 and the rotary insulating member 420 is fixed to the warming wing part 200 while the fixed insulating member 410 is fixed. It is to be rotated together with the heating wing unit 200, the heating wing unit 200 is configured to ensure that the heating wing unit is always in position before or after use.

That is, the position control means 500 is a configuration of one embodiment that can adjust the heating wing portion 200 to the correct position, as shown in Figure 20, such as a porter coupler on the bottom of the fixed insulating member 410 A sensing member 520, such as an optical sensor, is formed to be spaced apart from each other and is disposed to face each other, and the sensing side wall 422 provided in the rotary insulating member 420 is provided with a sensing protrusion (not shown) or a sensing groove ( 521 is formed and configured.

According to this configuration, the upper end of the insulating side wall 422 is positioned between the light emitting part and the light receiving part of the sensing member 510, so that the sensing protrusion or the sensing groove 521 is in the detection range of the light emitting part and the light receiving part of the sensing member 520. It can be rotated.

Therefore, as a method for the heating wing 200 to be placed in the correct position, when the power is cut off after using the hair warming treatment device, the heating wing 200 will continue to rotate to some extent without stopping immediately, When the rotating insulation member 420 rotates together with the wing 200, the sensing projection or the sensing groove 521 of the insulating side wall 422 is detected by the sensing member 520 of the fixed insulation member 410. By configuring 200 to be stopped, it is possible to make the heating wing unit 200 always be in the correct position after the use of the hair warming treatment device.

In addition, as another method for the heating wing unit 200 to be placed in the correct position, when the power of the hair heating processing device is cut off, the heating wing unit 200 immediately stops rotating while the heating wing unit 200 is in the correct position. Even if it is out of the heating device after the power is applied for the use of the heating device after the heating member 200 is in the non-operation state, the heating wing 200 is rotated, and the insulation along with the heating wing unit 200 As the member 420 is rotated and the sensing protrusion or the sensing groove 521 of the insulating side wall 422 is sensed by the sensing member 520 of the fixed insulating member 410, the heating blade part 200 that has been rotated is stopped. By doing so, it is also possible to make the warming wing part in the correct position before using the hair warmer.

The hair warming treatment device is fixed to the rotating electrode part 400 as the driving head part 100 and the heating wing part 200 are mechanically and electrically connected through the rotating electrode part 400 positioned therebetween. As the rotary insulating member 420 is rotated from the insulating member 410, the warming wing part 200 may be rotated from the driving head part 100, and the rotating electrode part 400 is passed through the driving head part 100. The heater member 140 may be operated by the power supply applied to the heating wing unit 200 through.

In addition, the rotary electrode unit 400 is to enable a stable supply of electricity as the correct contact is made through the fixed terminal 411 and the rotating electrode ring 421, and the replacement and maintenance of the fixed terminal 411 It can be easier.

On the other hand, according to another embodiment of the present invention the slip member 600 is

The driving head part 100 for transmitting the rotational force of the drive motor 110 through the rotating shaft, the slip member 600 is fixed to the end of the rotation head of the driving head 100 and the slip member 600 is fitted The fixed block 160 to rotate with the slip member 600 or to rotate only the rotating shaft and the slip member 600, and the heating blade frame is fixed to the drive head unit 100 together with the fixed block 160 It consists of the components, and these components will be described in detail with reference to FIGS. 22 to 26 as follows.

The drive head unit 100,

Rotating the warming wing 400 by using the rotational force of the drive motor 110, and also serves to supply power to the warming wing 400, wherein the drive shaft 130 of the drive motor 110 is a bevel As the drive shaft 110 is connected to the rotating shaft 120 through a gear (not shown in the drawing), the driving force of the driving motor 110 is converted through the bevel gear and transmitted to the rotating shaft 120.

Rotating shaft 120 is a portion of the end of the rotating shaft 120 is rotated while the rotary electrode 130 consisting of a fixed portion 131 and the movable portion 132 of a bifurcated form so that power can be supplied to the heating blade 400 is installed. Exposed to the front surface of the movable portion 132 of the electrode 130.

In front of the drive head portion 100, the warming wing frame 410 is positioned so that the warming blade 400 can be installed, wherein the rotating shaft 120 is provided with a bushing 650 and the bushing 650 The heating wing frame 410 is fixed.

The heating wing frame 410 is connected to the rotating shaft 120 when the heating wing frame 410 is stopped in an unintentional situation as the heating wing frame 410 is indirectly connected without being connected directly to the rotating shaft 120 It is to prevent the overload occurs in the drive motor 110.

The means for allowing the heating wing frame 410 and the rotating shaft 120 to be indirectly connected is not necessarily limited to any one, in the present invention, as an example, the slip member 600 and the fixed block 160 to be described later The heating wing frame 410 and the rotary shaft 120 is indirectly connected to each other.

Slip member 600,

It is installed at the end of the rotating shaft 120 exposed to the outside of the front of the drive head 100 is rotated with the rotating shaft 120, the through hole 611 is formed in the center so that the rotating shaft 120 can penetrate a constant up and down It is configured in the form of a disk having a thickness, and a plurality of hemispherical locking grooves 612 are arranged radially around the through-hole 611 while maintaining a constant interval on the same line of the outer circumference.

The slip member 600 is fixed to the rotating shaft 120 to be rotated together with the rotating shaft 120 as an embodiment. As illustrated in FIG. 24A, chamfering grooves are formed on one or both sides of the rotating shaft 120. 132 and the inner surface of the upper side of the through hole 611 of the slip member 600 to form the chamfered portion 613 that corresponds to the chamfering groove 132 of the rotation shaft 120. When the rotary shaft 120 is inserted into the through hole 611, the chamfering portion 613 formed in the through hole 611 of the slip member 600 is matched with the chamfering groove 132 of the rotary shaft 120, thereby slipping the member 600. ) Can be rotated together at all times without slipping from the rotating shaft (120).

The rotating shaft 120 and the slip member 600 are coupled to each other by the chamfering groove 132 and the chamfering portion 613 through the nut 610 at the upper fastening portion of the rotating shaft 120, thereby slipping the member 600. ) Will be prevented from being separated from the rotating shaft (120).

Rotation of the rotation shaft 120 lowers the rotational coupling force of the nut 610, so that the nut 610 may naturally loosen according to the rotation of the rotation shaft 120, so as to prevent the nut 610 from loosening. By installing at least one fastening member 190 penetrating toward the center of the nut 610 on either side of the outer periphery of the 610, the fastening member 190 after fastening the nut 610 to the rotating shaft 120 When the end of the fastening member 190 touches the rotary shaft 120 by fastening), the phenomenon in which the nut 610 is naturally loosened due to the rotation of the rotary shaft 120 may be prevented.

Meanwhile, as another embodiment for allowing the slip member 600 to be fixed to the rotation shaft 120 to be rotated together with the rotation shaft 120, as illustrated in FIG. 24B, front and rear sides of the slip member 600 are fixed to one end surface of the driving shaft 130. After forming the rectangular hole 133 to penetrate, the rectangular groove 614 is formed in the bottom of the slip member 600, and then the slip member 600 is inserted into the drive shaft 130 using the through hole 611. When the at least one straight fixing pin 620 is inserted into the rectangular hole 133 formed in the rotation shaft 120 using the rectangular recess 614 of the slip member 600, the slip member 600 is fixed by the fixing pin 620. Of course, the separation of the rotating shaft 120 and the rotation shaft 120 and the slip member 600 will always be able to rotate together.

As another embodiment for allowing the slip member 600 to be fixed to the rotary shaft 120 to be rotated together with the rotary shaft 120, as illustrated in FIG. 24C, the slip member 600 is disposed on the rotary shaft 120 and the slip member 600. Consists of the chamfering groove 132 and the chamfering portion 613 to be matched, and further forms a rectangular hole 133 in the rotary shaft 120, and further formed in the bottom surface of the slip member 600 to form a rectangular recess 614 and then fixed Pin 620 by fixing pins 620 and then fastening the nut 610 to the rotating shaft 120, the slip member 600 from the rotating shaft 120 can be more firmly fixed without a slip phenomenon, the rotating shaft 120 It is possible to more effectively prevent the departure of the slip member 600 from the).

The fixed block 160 is,

It is inserted into the outer circumference of the slip member 600 described above and serves to rotate with the slip member 600 or to rotate while slipping only the slip member 600 in some cases, and the heating wing frame 410 to be described later It is fixed to the front of the movable portion 132 of the drive head portion 100 together.

The fixing block 160 has an installation hole 631 formed at the center thereof so as to penetrate the slip member 600, and has a thickness corresponding to the top and bottom thicknesses of the slip member 600, such as the slip member 600. It is composed of disk.

The fixed block 160 is rotated together by the rotation of the slip member 600 according to the rotation of the rotary shaft 120, but when the fixed block 160 is in an unintended stop state, the slip member separates from the fixed block 160 separately. In the case of 600, the locking means is provided inside the fixed block 160 so that it can be continuously rotated while being slipped with the rotating shaft 120.

An embodiment of the locking means provided in the fixed block 160 is a ball plunger 640 including a fastener 641, a spring 642 and a ball 643 is installed in the fixed block 160 as shown in FIG. The fastener 641 is fastened toward the center at the outer circumference of the fixing block 160, and the end of such fastener 641 is provided with a ball 643 together with a spring 642, wherein the ball 643 A part of) protrudes outside the inner circumference of the installation hole 631 of the fixing block 160.

The ball plunger 640 is installed at regular intervals on the same line along the outer circumference of the fixed block 160, and the number of ball plungers 640 is installed at least one, wherein the installation of the ball plunger 640 The number of the grooves 612 may be less than or equal to the number of the locking grooves 612 of the slip member 600, and the locking grooves 612 of the slip members 600 which are adjacent to each other with the spacing of the ball plungers 640 adjacent to each other. The intervals are configured to correspond to each other so that the ball 643 installed in each ball plunger 640 is kept in line with the slip groove 600 of each slip member 600.

Accordingly, a portion of the ball 643 protruding outwardly from the inner side of the mounting hole 631 of the fixing block 160 has elasticity by the spring 642 and is provided in the installation hole 631 of the fixing block 160. When the slip member 600 rotates together with the rotation shaft 120 as the locking groove 612 of the member 600 is rotated, the slip member 600 and the fixed block 160 are formed by the ball plunger 640. This is to rotate together.

When the slip force of the slip member 600 together with the rotating shaft 120 is greater than the friction force to stop due to the ball 643 of the ball plunger 640 being caught by the locking groove 612 of the slip member 600. ) Is fixed to the locking shaft 160 and the heating blade frame 410 together with the rotary shaft 120 and the slip member 600 in a state that is caught in the locking groove 612.

When the slip force of the slip member 600 together with the rotating shaft 120 is smaller than the friction force to stop by the ball 643 of the ball plunger 640 caught by the locking groove 612 of the slip member 600 ( The locking groove 612 of the 600 passes over the ball 643, and the ball 643 compresses the spring 642 and moves backwards to match the locking groove 612 located thereafter. The ball 643, which has been retracted by the restoration of the 642, is moved forward again to be fitted into the locking groove 612, and the friction force to stop the ball 643 is caught by the locking groove 612 of the slip member 600 does not change. As long as the locking groove 612 continues to ride over the ball (643), even if the warm wing frame 410 and the fixed block 160 is stopped, the slip member 600 and the rotating shaft 120 can continue to rotate will be.

Heating wing frame 410,

It is fixed to the rotating electrode 130 together with the above-described fixed block 160, the shaft hole 331 is formed in the center and the heating blade 400 is installed at both ends, the central shaft hole 331 is the rotating shaft 120 The bottom surface is in contact with the front of the movable portion 132 of the rotary electrode 130, the upper surface is fixed to the fixed block 160 and the heating blade frame (160) through the fixing member 630 in a state of being folded. 410 and the movable portion 132 of the rotary electrode 130 are sequentially fixed together.

As the inner circumference of the shaft hole 331 is fixed to each other by the bushing 650 installed through the rotating shaft 120 and the welding method, the warming wing frame 410 rotated by the bushing 650 is stably without flow. It can be rotated. Therefore, when the rotating shaft 120 is rotated, the slip member 600 connected to the rotating shaft 120, the fixing means, the heating wing frame 410, and the movable part 132 of the rotating electrode 130 rotate simultaneously.

On the other hand, when the fixed block 160 is wrapped around the outer periphery of the slip member 600 described above, only the rotary shaft 120 and the slip member 600 are rotated according to an unintended stop of the fixed block 160. The inner circumference of the fixed block 160 and the outer circumference of the slip member 600 are in contact with each other, causing friction.

If one of the slip member 600 and the fixed block 160 is made of metal and the other is made of synthetic resin, wear on the synthetic resin side due to friction may be severe, and even if both the slip member 600 and the fixed block 160 are made of metal. Although there is a difference in degree of wear, wear also occurs, noise may be generated by friction between metals, and when the wear of the parts becomes severe, the parts need to be replaced. It can lower the reliability of the product and make it difficult to maintain and manage the product.

In an embodiment of the present invention, a material such as Teflon or acetal having a small coefficient of friction at a contact portion between the slip member 600 and the fixed block 160 to minimize the contact portion between the slip member 600 and the fixed block 160. By installing the slip ring 660 in one or more numbers to replace the slip ring 660, when the slip member 600 is slipped from the fixed block 160, wear of the fixed block 160 and the slip member 600 and noise between components. It is to prevent this.

Looking at the assembly process and the slip process of the slip rotation device consisting of these components as shown in Figures 25 and 26 as follows.

Assembling the slip rotating device first inserts the shaft hole 331 of the heating wing frame 410 on the rotating shaft 120 protruding from the front surface of the movable portion 132 of the rotating electrode 130 of the drive head 100, the heating wing In the state in which the bushing 650 is fixed to the shaft hole 331 of the frame 410 in advance, the bushing 650 passes through the rotating shaft 120 so that the bottom surface of the heating wing frame 410 moves to the movable portion 132 of the rotating electrode 130. ) To the front.

Insert the slip member 600 together with the slip ring 660 into the installation hole 631 of the fixed block 160, the outer periphery of the slip member 600 in the inner circumference of the installation hole 631 of the fixed block 160 While folded, the ball 643 of the ball plunger 640 installed in the fixed block 160 is fitted into the locking groove 612 of the slip member 600.

The through hole 611 of the slip member 600 coupled with the fixed block 160 passes through the rotating shaft 120 so that the chamfering groove 132 of the rotating shaft 120 and the slip member 600 and the slip member 600 fit together. Then, the fixing block 160 and the heating wing frame 410 are sequentially fixed to the front of the movable part 132 of the rotating electrode 130 by using the fixing member 630, and the nut 610 and nut 610 ( 120) The assembly between the components constituting the slip rotating device can be completed by fastening to the end.

The order of assembly between the parts of the slip rotating device may be changed according to the intention of the designer, the assembly conditions and the manufacturing environment without any need to be determined. The parts constituting the slip rotating device are not limited to the above-mentioned parts. Parts may be included and additional parts may be added or subtracted.

On the other hand, the stand 12 of the present invention is configured as follows.

That is, referring to FIGS. 1 and 2, the stand 12 includes a support 10 supported on the ground; The stand 12 is formed to be perpendicular to the support 10 is formed, the lower portion of the lifting frame 31 connected to the connection frame 30 or the connection frame 30 is assembled to the stand 12, On one side of the connecting frame 30 is equipped with the electric part (2).

And the drive head portion 100 is formed on the upper portion of the connecting frame 30, the rotating frame 40 is formed is connected to the drive head portion 100 is rotated, the first heating blade in the rotating frame 40 61 and the second warming wing 62 are formed.

The support 10 is formed with a plurality of casters 13 to be easy to move along the ground.

In addition, a screw fixing cap 14 is formed on an upper portion of the stand 12, and connected to the connecting frame 30 or the connecting frame 30 to the inner lifting frame 31 bushing of the screw fixing cap 14. The lifting frame 31 is fitted to the connecting frame 30 or the connecting frame 30 and the lifting frame 31 is assembled and connected to the lifting height can be adjusted.

Preferably, the lifting frame 31 connected to the connecting frame 30 or the connecting frame 30 in order to prevent the closing end of the lifting frame 31 connected to the connecting frame 30 or the connecting frame 30 is unexpectedly rotated. One side of the cross section of the bushing 31 and the inner lifting frame 31 of the screw fixing cap 14 is formed in a rectangular cross section, and the lifting frame 31 connected with the connecting frame 30 or the connecting frame 30 is assembled. The screw fixing cap 14 is fitted inside the elevating frame 31 bushing (not shown) to prevent any rotation of the elevating frame 31 connected and assembled with the connecting frame 30 or the connecting frame 30. Can be.

That is, the screw fixing cap 14, the inner lifting frame 31, the bushing is formed with a coupling hole having a rectangular cross section therein, and the lifting frame 31 connected and assembled with the connecting frame 30 or the connecting frame 30 is screw fixed The cross section is formed in a quadrangular shape so as to fit into the coupling hole of the cap 14 inner lifting frame 31 bushing.

In addition, the stand 12 is a coil spring (12a) is coupled to the inside, the connection frame 30 or the lifting frame 31 is assembled and connected to the connection frame 30 is fitted, the lifting frame 31 The lower end of the to be elastically supported by the coil spring (12a).

One side of the screw fixing cap 14 is coupled to the screw fastener 15 is pressed to the fixing groove 151 formed on the outer surface of the elevating frame 31 connected and assembled with the connecting frame 30 or the connecting frame 30 So that the fixing force can be exerted.

Thus, the coil spring 12a supports the elevating frame 31 connected and assembled with the connecting frame 30 or the connecting frame 30, and the elevating frame 31 connected and assembled with the connecting frame 30 or the connecting frame 30. By increasing the coil spring (12a) by the elasticity of the lifting can be easier to operate while lifting the less force, when loosening the screw fastener 15 is connected to the connecting frame 30 or the connecting frame (30) Assembled lifting frame 31 can prevent the sudden rise or fall and departure by the load of the drive head portion 100 in advance can be prevented the risk of breakage.

On the other hand, the present invention is configured to be installed and used on the wall by the wall-hanger.

As one embodiment, as shown in Figures 27 to 29, the hanger bracket 700 is formed in the connecting frame 30, the hanger bracket 700 and one side is coupled and the other side is wall mounted Hanger 800 is included.

In addition, as shown in FIGS. 30 to 32, a hanger bracket 700 is formed on the driving head part 100, and the hanger bracket 700 and one side thereof are coupled to each other, and the other side is a wall hanger mounted on a wall ( 800 may be configured to be included.

Therefore, the support frame 10 or the stand 12 is removed, and the driving frame 100, the drive frame 100, the connecting frame 30 or drive having the first heating blade 61 and the second heating blade 62, By attaching and mounting the wall hanger 800 on the upper portion of the head portion 100, the hair warming treatment device can be used in the form of a wall.

When the hanger bracket 700 is mounted to the connection frame 30 as shown in FIGS. 27 to 29, the 'c' shaped cover 710 is mounted to cover the bent outer surface of the connection frame 30. And a press bracket 720 formed inside the cover 710 and a male connector 730 protruding from the upper portion of the cover 710.

As another configuration of the hanger bracket 700, as shown in FIGS. 30 to 32, the upper surface of the driving head 100 is closed to be mounted on the upper surface of the driving head 100, and the passage hole 751 is closed. A press bracket formed of a 'c' shape so that both ends are screw-assembled to a frame (not shown) of the cover 750 vertically penetrating and the front of the reducer 120 of the driving head 100. And a male connector 73 protruding upward from the passage hole 751 of the cover 750.

The wall hanger 800 includes a first arm 81 connected to a hinge member (not shown) fixed to a wall, and a second arm 820 connected to the first arm 810 by a hinge shaft assembly structure. And a female connector 850 which is formed on the third arm 830 and the third arm 830 that is diffracted by being connected to the second arm 820, and the male connector 730 of the hanger bracket 700 is coupled thereto. It is configured to include a socket 840 is formed.

The male connector 730 of the hanger bracket 700 is coupled to the female connector 850 of the socket 840, and a fixture 740 is provided to prevent separation.

The fixture is preferably made of a fixing pin (not shown) that is penetrated and coupled to the female connector 850 and the male connector 730.

The first arm 810 and the second arm 820 may be diffracted in the horizontal direction, and the second arm 820 and the third arm 830 may be diffracted in the vertical direction.

In addition, the hanger bracket 700 is so that the power is built in the wall-mounted hanger 800 is applied so that it can be supplied to the heater member 140 of the first heating wing 210 and the second heating wing 220 to be known Means are provided.

The energizing means is configured to have the male connector 735 of the hanger bracket 700 and the female connector 843 of the socket 84 to be conductive, and the rotation can be freely rotated left and right with respect to the axis in the vertical direction. It is preferable that the code device is applied and configured.

That is, a contact terminal (not shown) for power supply is formed in the female connector 843, and a contact terminal (not shown) for power supply is also formed at the upper end of the male connector 735 to allow electrical contact with each other. Can be done.

A transition is embedded in the male connector 735 so as to supply power to the lower part of the electric part 20, the first heating wing 210, and the second heating wing 220.

Therefore, the male connector 730 may be coupled to the female connector 843, and power may be applied to the electric connector 2, the first heating wing 210, and the second heating wing 220.

In addition, since the connection frame 30 can be freely moved up, down, left and right in a state in which power is applied, the warming wing 200 can be warmed by properly placing the warm wing 200 on the subject's head.

On the other hand, according to another embodiment of the present invention, as shown in Figure 33 is a blowing fan for drying the moisture of the hair to an appropriate level in the warm wing portion or to quickly cool the heat applied to the hair after the end of the heating procedure It is configured to further include.

To this end, the center of the first heating wing 210 and the second heating wing 220 of the heating wing unit 200 has a circular shape so as to correspond to the outer shape of the first heating wing 210 and the second heating wing 220. , The hollow portion 240 of the alternative shape of the elliptical, rectangular is formed.

In addition, the blower fan 900 is installed in the hollow part 240 so as to dry or cool the hair.

In addition, one side of the blowing fan 900 may be configured to further include an anion generator 910 for supplying anions toward the hair.

As shown in FIG. 33, the blower fan 900 and the negative ion generator 910 may be installed at only one of the first heating wing 210 and the second heating wing 200.

In this case, it is preferable to configure the opposite heating wing to match the weight of the blowing fan 900 to minimize the load on the driving motor 110.

In addition, the blower fan 900 and the negative ion generator 910 are formed on the first heating blade 210 and the second heating blade 200, respectively, so as to reduce the load of the drive motor 110 while allowing stable rotational operation. Will be configurable.

In addition, the blower fan 900 is controlled by the electric field unit body 20 through the rotary electrode unit 400 so that the heating wing unit 200 can work together or operate independently when the heating action. Can be configured as

In addition, the blowing fan 900 may be configured to circuitry to quickly remove the moisture or heat remaining in the hair after the heating rotation operation of the heating wing unit 200 is finished.

The negative ion generator 910 is configured to promote the action of the chemical liquid applied to the hair or scalp by releasing a large amount of negative ions only when the blowing fan 900 is operated, the amount of negative ions is the full length body according to the hair treatment operation ( 20) it is preferable to control the discharge time and the discharge amount corresponding to the air volume of the blowing fan 900.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be readily apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the invention, all such modifications and modifications being attached It is obvious that the claims belong to the claims.

The present invention enables a uniform heating action to the hair and scalp by the carbon heater that is radiated far-infrared radiant heat as a pair of warming wings are alternately rotated with respect to the hair, so as to minimize the damage to the hair through stable and continuous heat supply of the drug to the hair The ability to quickly penetrate the skin can be maintained at its best, allowing the salon to provide high quality farmer or dyeing treatments for the customer's hair.

Claims (49)

1. An electric component unit having a power conversion unit, a temperature control circuit unit, and a touch control unit;

   A connection frame mounted on an upper portion of the electric body part and having an inclined upper portion;

   A drive head unit formed at one end of the connection frame and having a drive motor formed therein, a reducer connected to the drive motor, and a drive shaft connected to the reducer;

   A rotating frame which is mounted on the driving shaft of the driving head and rotates;

   A warming wing part mounted on the rotating frame and comprising a pair of first and second warming wings having a circular or non-circular heater member and a reflecting member; And

   The center is penetrated to the drive shaft, and divided into up and down, one side is fixed to the drive head portion, the other side is fixed to the rotating frame and the power is applied through the drive head portion while the two divided parts are electrically energized Rotating electrode unit for supplying to the heater member of the heating wing; Hair heating treatment apparatus comprising a.
2. The method of claim 1,

   The rotating frame is

   It is formed in a predetermined length on the outer periphery of the drive shaft and arranged in a symmetrical or asymmetrical shape, and comprises a first extension and a second extension forming a "b" shape when viewed from the side, the first extension and the second extension The hair warming treatment device, characterized in that the first warming wings and the second warming wings are formed.
3. The method of claim 1,

   The first heating wing and the second heating wing is a hair warming treatment apparatus, characterized in that formed in a symmetrical or asymmetrical with respect to the drive axis of the center.
4. The method of claim 1,

   The first warming wing and the second warming wing is a hair warming treatment device, characterized in that configured different distances from the drive shaft.
5. The method of claim 1,

   The first heating wing and the second heating wing is a hair warming treatment device, characterized in that the angle inclined inward from the imaginary line perpendicular to the drive shaft is configured differently.
6. The method of claim 1,

   The first warming wings are disposed to correspond to the central portion of the operator's head,

   The second warming wing is a hair warming treatment device, characterized in that arranged to correspond to the peripheral portion of the subject head.
7. The method according to any one of claims 1 to 6,

   The outer shape of the first heating wing and the second heating wing is a hair warming treatment device, characterized in that the alternative shape of the round, oval, rectangular.
8. The method of claim 7, wherein

   A warming wing case in which a hollow portion having an alternative shape among circular, elliptical and rectangular shapes is formed at a center thereof so as to correspond to the outer shapes of the first and second warming wings;

   The heater member is coupled to the inside of the warm wing case having a circular cross section;

   And a reflection member coupled to an inner side of the heating wing case to concentrate heat generated from the heater member in one direction.

   The reflective member,

   A first curved portion formed inside the heating wing case to be curved to surround a rear portion of the heater member and to concentrate radiant heat or far-infrared visible light emitted from the heater member to the center of the head of the subject;

   A second symmetrical or asymmetrical extension extending from the opposite ends of the first curved portion to a greater curvature so as to surround both sides of the heater member, and being formed to concentrate radiant heat and far-infrared visible light emitted from the heater member on the periphery of the head of the subject; Hair curved treatment apparatus comprising a; 2 curved portions.
9. The method of claim 7, wherein

   The heater member is a hair heating treatment device, characterized in that the carbon heater made of a transparent quartz tube and carbon yarn.
10. 8. The apparatus of claim 7, wherein the heater member comprises a metal tube or a ceramic tube, and a cartridge heater made of a hot wire.
11. The method of claim 1,

    The outer shape of the warm wing portion and the reflecting member is made of a circular, oval, rectangular shape of the shape and the center of the hair warming treatment, characterized in that the hollow portion of the selected shape of the round, oval, rectangular corresponding to each outer shape is formed Device.
12. The method of claim 11,

    The reflective member is installed inside the warming wing part, and a plurality of coupling holes are formed spaced apart along the curved inner surface, and the fixing grooves on both sides of the coupling hole are opposed to each other on the line facing the center point of the hollow part in the coupling hole. Are each formed;

    Both sides of the bottom surface are seated in the fixing groove of the reflective member, and fastening holes are formed at both sides of the upper surface, and a space portion is formed at the center of the upper surface, and the bottom surface of the space portion coincides with the coupling hole of the reflective member. A screw hole is formed to be fastened through, and a pair of seating grooves are formed at the front and the rear of the heater to be fitted together, and includes a fixing block made of a material having insulation and insulation performance;

    Coupling parts on both sides are fastened through fastening members in correspondence with fastening holes of the fixing block so as to elastically fix the heater member seated in the seating groove of the fixing block to the fixing block, and the curved surface in the center is located above the heater. Hair fastening treatment apparatus further comprises; elastic fasteners are folded to be folded.
13. The method of claim 12,

    It forms a ring shape with fitting grooves formed along the outer circumference, and the lower part is fitted into the space of the fixing block in the state of being fitted to the heater, and the curved part of the heater and the elastic fastening member is directly contacted while the curved part of the elastic fastening member is fitted into the fitting groove of the upper part. Hair heating treatment device characterized in that the fixing ring body is further included.
14. The method of claim 12,

    The elastic fastener is made of a thin plate-shaped metal plate, the hair warm treatment device, characterized in that formed in the concave-convex elastic protrusions so that the length of the center is variable.
15. The method of claim 1,

    The reflection member having a curved reflection surface for reflecting heat of a heater installed on an inner surface;

    A support frame having a shape corresponding to an outer shape of the reflective member and formed along an outer circumferential edge of the curved portion of the reflective member, and both ends of which are spaced apart from one point of the outer circumference;

    A fixing bracket which connects one surface of the support frame and the curved outer surface to each other and is arranged toward the center of the reflective member;

    Both side surfaces are vertically fixed to the inner surface of the two ends of the support frame spaced apart, one of the bottom surface and the upper surface of the connection head is fixed to one end of the main frame of the driving head portion overlap;

    A rear case surrounding the reflective member and the support frame from the rear side; And

    And a front case coupled to the rear case while surrounding the front edge of the reflective member.
16. The method of claim 15,

    The heating wing comprising the support frame, the reflective member, the rear case and the front case is a hair warming treatment device, characterized in that consisting of an oval with a hollow portion formed in the center.
17. The method of claim 15,

    The support frame is a hair warming treatment device, characterized in that consisting of a polygonal shape in which one end of the fixing bracket is fixed to the linear assembly portion and the reinforcing edge is formed repeatedly.
18. The method of claim 15,

    The fixing bracket has a horizontal portion formed on one side, and is fixed to the outer apex of the curved portion of the reflective member, and the vertical portion bent downward after being inclined from the horizontal portion is configured to be folded and fixed to the outer side of the support frame. Hair warmer.
19. The method of claim 18,

    The fixing bracket further comprises an extension extending horizontally from the vertical portion, hair extension treatment apparatus characterized in that the extension is provided with a fitting groove.
20. The method of claim 19,

    The inner circumference of the rear case is formed with a boss that is fitted into the fitting groove, the inner heating of the front case is characterized in that the fastening hole is formed to be coupled by the boss and the fastening means.
21. The method of claim 1,

    The reflective member is formed such that a reflective surface is curved inwardly to surround side and rear surfaces of the heater;

    The reflecting surface or the outer surface of the reflecting member may be a color of the heating wing case coating color and a heterogeneous color surrounding the case of the electric component body and the side and the rear surface of the reflecting member, or the case coating of the case and the heating wing of the electric component body. It is made of the same color as any one of the colors, and having a heat-resistant and heat storage function, characterized in that it comprises a heating reflection layer for re-reflecting the radiant heat and far-infrared of the heater characterized in that the far infrared emission and reflection efficiency maximized Hair heating processor with.
22. The method of claim 21,

    The reflective member is made of aluminum, and the warm reflective layer is an anodizing treatment of the entire outer surface of the reflective member to form a soft or hard oxide film layer formed on the reflective surface. Hair warming treatment device having a member.
23. The method of claim 21,

    The reflective member is made of aluminum, and the warm reflective layer forms a fine concavo-convex portion on the surface of the reflective member, and then forms a primary color ceramic solution comprising a suitable mixture of silicon (SiO 2), alumina (AL 2 O 3), alcohol, and a heat-resistant pigment. A hair warming treatment apparatus having a reflection member for maximizing far-infrared emission and reflection efficiency, comprising a ceramic coating layer cured by drying for 20-30 minutes at 160 ° C. to 200 ° C. after primary coating treatment.
24. The method of claim 21,

    The reflective member is made of aluminum, the warm reflecting layer is a hair warming treatment device, characterized in that consisting of a Teflon coating layer formed by spraying and drying the Teflon paint after forming a fine uneven portion on the surface of the reflecting member.
25. The method of claim 21,

    The reflective member is made of an aluminum material, and the heating reflecting layer has a color and heterogeneous color of the heating part case or a heat-resistant pigment having the same color as any one of the color of the heating part case and the full length body,

    It is made of a heat-resistant paint containing tourmaline to release anion together with far-infrared while releasing far infrared rays, near infrared rays, radiant heat radiated from the rear and side of the heater to the entire subject hair,

    The heat-resistant pigments and heat-resistant paints are formed in the form of a liquid or powder mixed with each other and then the hair warming treatment apparatus characterized in that the coating on the reflective surface through a spray and drying process.
26. The method according to any one of claims 23 to 25,

    The color of the heating reflecting layer is exposed to the outside, and the heat-resistant, corrosion resistance, chemical resistance to the coating layer further comprises a transparent coating protective layer to protect the warm reflection layer while re-reflecting the far infrared rays of the hair Heating processing unit.
27. The method according to any one of claims 23 to 25,

    The warm reflecting layer is a hair warming treatment device, characterized in that the thickness of 25㎛ 50㎛.
28. The method of claim 26,

    The transparent coating protective layer is a first coating of the first color ceramic solution and then semi-drying process, the second transparent ceramic solution of a suitable mixture of silicon (SiO2), alumina (AL2O3), alcohol, the primary color Hair coating treatment device characterized in that the secondary coating treatment on the ceramic liquid coating surface, and formed by firing 20 to 30 minutes at 160 ℃ ~ 200 ℃.
29. The method of claim 26,

    The thickness of the combined heat reflecting layer and the transparent coating protective layer is less than 50㎛ hair heating treatment apparatus.
30. The method of claim 1,

    The rotating electrode unit,

    A cylindrical fixed insulating member formed on one side of the driving head part, having a center penetrated through the driving shaft, and having a plurality of fixed terminals installed on a bottom thereof;

    A cylindrical rotation insulation member having a plurality of projections corresponding to a plurality of ring grooves to be coupled to the fixed insulation member and coupled to the rotation frame and having a plurality of rotary electrode rings on the upper surface of which the fixed terminals are elastically contacted and energized;

    Position control means for controlling the angle of rotation of the rotating frame to control the first heating blade to be positioned on the upper head of the subject and the second heating wing to be positioned behind the head; Hair heating treatment apparatus comprising a.
31. The method of claim 30,

    The upper surface of the fixed insulating member is provided with a printed circuit board which is electrically connected to the power supplied to the hair warming treatment device, the upper fixed electrode portion of the fixed terminal through the upper surface of the fixed insulating member through the printed circuit board Bent to one side and then electrically connected to the printed circuit board,

    The horizontal connection portion formed at the center of the fixed terminal is fastened to the bottom of the fixed insulating member through a fastening member,

    The lower elastic electrode portion of the fixed terminal is bent inclined in the rotational direction of the rotary electrode ring from the horizontal connection portion and the hair warming treatment device comprising a carbon tip to be in contact with the rotary electrode ring at the bottom thereof.
32. The method of claim 31, wherein

    The fixed terminal separates the horizontal connecting portion into the first and second horizontal connecting portions, and the first and second horizontal connecting portions are fixed to the bottom surface of the fixed insulating member through the fastening member in a state where they overlap each other. And the elastic electrode part to be detachable by the first and second horizontal connecting parts.
33. The method of claim 32,

    The upper end of the fixed electrode portion is the hair warming treatment apparatus, characterized in that the screw is fastened to the printed circuit board.
34. The method of claim 30,

    The fixed terminal is composed of an elastic electrode portion of the coil-type elastic member, and a carbon tip to be energized in contact with the rotating electrode ring at the bottom of the coil-shaped elastic member, the coil-shaped elastic member on the bottom surface of the fixed insulating member Located in the boss is provided to protrude downward, the hair warming treatment device, characterized in that configured to be elastic in the up and down direction while being guided by the inner surface of the boss.
35. The method of claim 30,

    The fixed terminal formed on the bottom of the fixed insulating member,

    The first, second, and third fixed terminals are configured in pairs so as to be symmetrical about the center of the fixed insulating member, but the first, second, and third fixed terminals forming a pair have different radii with respect to the center. Configure each to lie on a different line across

    And a first, second and third rotary electrode rings having different radii to be energized while being in contact with the first, second and third fixed terminals.
36. 36. The method of claim 35 wherein

    Between the first and second rotary electrode ring of the rotary insulating member and the second and third rotary electrode ring is provided in a circular insulating side wall having a predetermined height to be insulated from each other by the insulating side wall Heating processing unit.
37. The method of claim 30,

    The position control means

    An optical sensor formed on the fixed insulating member and configured to sense a correct position;

    A sensing member formed on the rotation insulating member to operate the optical sensor;

    Hair heating treatment apparatus comprising a.
38. The method of claim 37,

    A sensing member made of a sensing member or a sensing groove is provided on the insulating side wall of the rotation insulating member, and an optical sensor for recognizing the sensing member or the sensing groove is provided on a bottom surface of the fixed insulating member to rotate the sensor by sensing the optical sensor. Hair warming processing apparatus, characterized in that configured to be in place the warming wing portion including an insulating member.
39. The method of claim 1 or 30,

    The drive shaft is made to protrude to the outside through the rotating electrode portion;

    A slip member installed through the end of the drive shaft to rotate together with the drive shaft and having a plurality of engaging grooves spaced apart from the outer circumference thereof;

    It is inserted to surround the outer circumference of the slip member, and if the frictional force to stop than the rotational force of the slip member rotated with the drive shaft is rotated with the slip member, and the frictional force to stop than the rotational force of the slip member is slip A fixed block having a locking means elastically caught in the locking groove of the slip member to rotate only the member; And

    The heating block is fixed to the rotating electrode unit through the fixed insulating member together with the fixed block, wherein the inner circumference of the shaft hole includes a main frame fixed to each other with the outer circumference of the bushing installed through the drive shaft. Device.
40. The method of claim 39,

    The locking means of the fixed block is,

    At least one ball plunger penetrates toward the center of the fixed block so that the ball installed in the ball plunger is protruded partially into the inner circumference of the fixed block and is elastically fitted into the locking groove of the slip member. .
41. The method of claim 39,

    A chamfer groove is formed at the end of the drive shaft, and a chamfer is formed in the inner circumference of the through hole of the slip member coupled to the drive shaft, and the drive shaft and the slip member can be rotated together by matching the chamfer groove and the chamfer. Hair heating treatment device, characterized in that.
42. The method of claim 39,

    A rectangular hole penetrating front and rear is formed at one end of the driving shaft, and a rectangular groove is formed at the bottom of the slip member, so that the fixing pin is seated in the rectangular groove of the slip member, and is configured to penetrate the rectangular hole of the driving shaft. Hair heating processor made.
43. The method of claim 39,

    And at least one acetal or teflon slip ring is further provided to reduce the contact area between the outer circumference of the slip member and the inner circumference of the fixing block.
44. The method of claim 1,

    A support supported on the ground;

    Includes; is formed to be perpendicular to the support;

    A support frame is formed on an upper portion of the stand, and the connection frame is coupled to the support frame.

    The connection frame and the support frame is a hair warming treatment device, characterized in that the cross-section is formed to prevent the rotation of the connection frame.
45. The method of claim 44,

    A spring is coupled to the inside of the stand so that the lower end of the connecting frame is supported by the spring,

    One side of the support frame is a hair warming treatment device, characterized in that the screw fastener is coupled so that the connection frame is fixed.
46. The method of claim 1,

    It includes a wall mounting bracket and a rotating electrode mounting portion mounted on the connection frame or the drive head portion,

    And a wall-hanger hanger mounted on the wall to couple the wall-mount bracket.
47. The method of claim 46,

    The wall bracket is formed with a coupling portion at the top,

    The wall hanger includes a first arm connected to a hinge member fixed to a wall, a second arm connected to a hinge axis to the first arm, a third arm connected to a second arm and diffracted to a second arm, and a third arm. Hair heating treatment device, characterized in that it comprises a socket is coupled to the coupling portion of the wall bracket.
48. The method of claim 47,

    The rotating electrode mounting portion is for applying the power built in the wall hanger to the heater of the first heating blade and the second heating blade through the wall bracket,

    And a male connector formed in the coupling portion of the wall bracket, and a female connector formed in the socket of the wall hanger so as to correspond thereto.
49. The method of claim 1,

    A hollow part having an alternative shape among circular, elliptical and rectangular shapes so as to correspond to the outer shape of the first and second warming wings;

    A blowing fan installed in the hollow part to dry or cool the hair;

    Is installed on one side of the blowing fan hair warming treatment device further comprises an anion generator for supplying anions toward the hair.

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