KR200477359Y1 - Far-infrared emission and reflection with reflector maximizes efficiency heating hair treatment device - Google Patents

Abstract

The present invention relates to a hair heating apparatus having a reflector that maximizes far-infrared ray emission and reflection efficiency. The apparatus includes a body case, a heating member And a reflector having a reflecting surface is mounted to the rear of the heater to reflect the heat of the heater of the heating section to the entire hair of the subject, wherein the reflector includes a side surface and a rear surface of the heater, To be curved to wrap; The color of the heating casing enclosing the side surfaces and the rear surface of the main body case and the reflection plate is different from the coating color of the main casing and the heating casing And a heat-reflecting layer for reflecting the radiation heat and the far-infrared rays of the heater while having heat and heat storage functions. According to the present invention, the reflective coating layer formed on the surface of the reflector is supported by the main body case to uniformly and efficiently reflect the heater heat of the heating part installed on the head of the subject to the subject's hair, It is possible to maximize the emission efficiency of far-infrared rays and the reflection efficiency, which can radiate the far-infrared ray together, and to produce various types of color design in the heating part where the heater is mounted.

Description

[0001] The present invention relates to a hair heating apparatus having a reflector that maximizes far-

The present invention relates to a hair heating apparatus, and more particularly, to a hair heating apparatus which is supported by the main body case so as to uniformly and efficiently reflect a heater row of a heating unit installed over a head of a person to be treated, The present invention relates to a hair heating apparatus having a reflector that maximizes the emission of far-infrared rays and maximizes the reflection efficiency so as to accelerate the action of the applied chemical liquid and emit far-infrared rays together.

In general, proper hair care is necessary to maintain the health and beauty of the hair continuously, and the most important thing in such hair care is the drying of the hair.

The best way to dry hair is to dry it slowly using natural wind, but it takes a lot of time. Therefore, there are two main types of hair drying methods used in hairdressers. The first method is to use a hair dryer The second method is to automatically dry hair using a rotary type hair warming apparatus.

On the other hand, in the course of a normal perming procedure, the hair is wound around the rod, and a first-step permanent liquid containing a reducing agent is applied to the hair and then softened or swollen by keeping the temperature at room temperature or by heating And then a reducing agent is washed on the hair, followed by applying a two-step permanent solution containing an oxidizing agent to oxidize and fix the bond inside the hair, then remove the rod, wash the applied second stage permanent liquid, and dry the hair Lt; / RTI >

In general, it is very important to heat and dry the hair during the above-mentioned procedures such as drying of the hair and the above-mentioned perm or the above-mentioned procedures such as dyeing. In addition, Korean Patent Publication No. 2002-0063484 "Hair Treatment Promotion Device"

However, the "hair treatment facilitating device" disclosed as the prior art has the following problems.

That is, the reflector of the prior art for reflecting the heat of the heater to the hair of the client is press-processed by using a stainless steel plate for high-performance reflection efficiency, and then the reflective surface is further optically polished to increase the surface roughness .

However, the stainless steel reflector has a problem of requiring a large initial cost for manufacturing the press mold because the unit price is very high and the moldability is not good.

In addition, there is a problem in that reflection plate manufacturing cost is high because the optical polishing is accompanied by manual work for maximizing reflection efficiency.

Accordingly, a stainless steel reflector is replaced by a press-formed aluminum plate, which is mainly made of an aluminum plate which is light in weight, low in unit price and good in molding.

Since such a conventional aluminum plate material can not obtain good surface roughness even after post-processing such as optical polishing, the surface of the aluminum plate itself is used as a reflector without a separate finishing operation, so that the reflection efficiency is much lower than that of the stainless steel reflector, There is a problem that the performance can not be uniformly irradiated over the entire surface.

Further, since the aluminum plate material has a lower surface hardness than the stainless steel plate due to its material properties, it has a problem of low durability such as being deformed or damaged even with a slight impact.

In addition, since the aluminum plate has a color in which the surface color has a light-gray color, there is a limitation in that it can not produce various colors together with the color design of the case or the case of the warmth.

In addition, there is a problem that the surface of the reflection plate adjacent to the heater is damaged by the heat of the heater, so that the appearance of the hair heating apparatus is damaged when it is used for a long period of time. Particularly, It was not easy to remove the soot with the cleaning liquid, and therefore, there was a problem that it could not be used as it was.

In addition, since the heater of the conventional hair warming apparatus uses a heater which emits far-infrared rays for the purpose of being useful for hair, scalp or the like, it exerts far-infrared rays forwardly when the heater generates heat.

However, since the heat emitted to the both sides and the rear of the heater is reflected on the reflection plate and is radiated forward as the wavelength of the far-infrared rays is lost, there is a problem that the far-infrared ray effect is weak and the structure for heating the hair is difficult to maximize .

The object of the present invention is to provide a method and an apparatus for supporting a patient, which is supported by the main body case, to uniformly and efficiently reflect the heat of the heating unit installed on the head of the patient to the entire hair of the patient, And to provide a hair heating apparatus having a reflector that maximizes far-infrared radiation and reflection efficiency.

Another object of the present invention is to provide various color designs of the hair heating apparatus by applying the same or different colors to the body case and the warming case, The present invention relates to a hair heating apparatus having a reflector that maximizes far-infrared radiation and reflection efficiency.

Another object of the present invention is to provide a hair heating apparatus having a reflector which maximizes reflection efficiency and far-infrared radiation capable of producing various colors while enhancing the hardness of the surface of the entire outer surface of the reflector.

Another object of the present invention is to provide a reflector which maximizes the emission efficiency of the far infrared rays and the reflection efficiency so that the beautiful appearance of the hair heating apparatus is not damaged even when the hair is used for a long period of time, The present invention relates to providing a hair heating apparatus having a hair dryer.

Another object of the present invention is to maximize the heating performance of the hair by radiating the heat radiated from both sides of the heater and the rear side to the front side while minimizing the loss of the far infrared ray wavelength through the reflector, Infrared rays emitted from the surface of the reflector so as to emit a new far-infrared ray, and a reflector which maximizes reflection efficiency.

According to an embodiment of the present invention, there is provided a hair heating apparatus having a reflector that maximizes far-infrared ray emission and reflection efficiency, the hair heating apparatus including a body case, a heater disposed on the head of the person to be inspected, And a reflecting plate having a reflecting surface for reflecting the heat of the heater of the heating part to the entire hair of the wearer is mounted to the rear of the heater, And is curved so as to surround the rear surface thereof; The color hue of the heating case enclosing the side surface and the rear surface of the main body case and the reflector is different from the color hue of any one of the color of the main body case and the coating color of the heating case And a heating reflecting layer for reflecting the radiant heat and the far-infrared rays of the heater while having heat resistance and heat storage function.

According to another embodiment of the present invention, the reflection plate is made of aluminum, and the heating reflection layer is formed of a soft or hard anodized layer formed on the reflection surface by anodizing the entire outer surface of the reflection plate.

According to another embodiment of the present invention, the reflection plate is made of aluminum, and the heating reflection layer is formed by forming fine concave-convex portions on the surface of the reflection plate, and then mixing the mixture with a proper amount of silicon dioxide (SiO2) alumina (Al2O3) And then cured at 160 to 200 DEG C for 20 to 30 minutes to form a cured ceramic coating layer.

According to another embodiment of the present invention, the reflection plate is made of aluminum, and the heating reflection layer is made of a Teflon coating layer formed by forming fine irregularities on the surface of the reflection plate and then spraying and drying the Teflon paint.

According to another embodiment of the present invention, the reflector is made of an aluminum material, and the warming reflection layer has a color different from that of the warming case, or a color of the warming casing and the casing And a heat-resistant paint comprising cetarmin which releases far infrared rays, near-infrared rays and radiant heat emitted from the rear and side surfaces of the heater together with far-infrared ray along with far infrared rays together with an anion at the same time, The heat-resistant pigment and the heat-resistant paint are in the form of a powder and a suspension, and are then coated on the reflecting surface through a spraying and drying process.

According to another embodiment of the present invention, the heat-resistant, corrosion-resistant, and chemical-resistant transparent coating protective layer is formed on the heat-reflecting layer to protect the heat-reflecting layer while reflecting the radiation heat and the far- .

According to another embodiment of the present invention, the heat-reflecting layer has a thickness of 25 탆 to 50 탆.

According to another embodiment of the present invention, the transparent coating protective layer is formed by first coating a first color ceramic liquid, then subjecting the first color ceramic liquid to a semi-drying process, and then subjecting the first color ceramic liquid to an anti- A second transparent ceramic liquid is secondarily coated on the first color ceramic liquid coating surface and baked at 160 ° C to 200 ° C for 20 to 30 minutes.

The combined thickness of the ceramic coating layer and the transparent coating protective layer is less than 50 mu m.

According to another embodiment of the present invention, the heating portion, the reflection plate, and the heater are circular or non-circular.

According to another embodiment of the present invention, the heater is composed of a carbon heater in which a plurality of carbon yarns are twisted in a quartz tube and mounted in a coil shape.

According to another embodiment of the present invention, the heater is formed of a metal tube, and a hot-wire heater is mounted in the tube in the form of a coil, or the tube is made of the metal tube and the surface of the tube is made of ceramic, Heater.

The present invention thus constituted has various effects as follows.

First, the heating radiation layer formed on the surface of the reflection plate uniformly and efficiently raises the radiant heat and the far-infrared rays of the heater of the warming portion to the entire hair of the client, thereby facilitating the action of the chemical solution, thereby promptly performing the anion and far- The hair and the scalp are useful for the human body.

Second, various colors represented by anodizing, teflon or ceramic coating layers on the entire surface or the entire outer surface of the reflector can be selectively applied to the colors of the main body casing and the heating casing, or different colors, By providing a color design, it is possible to create a color that is well suited to the interior of a beauty salon.

Third, since the hard surface hardness is obtained by the anodizing process which is applied to the whole reflection plate, the surface hardness of the entire outer surface of the reflection plate is improved, so that the enemy that is easily scratched or damaged by external impact is prevented, And provides a possible advantage.

Fourth, since the ceramic coating or the Teflon coating layer does not generate grease on the surface of the reflector close to the heater by the heat of the heater, the surface roughness can be easily cleaned even if some grease or contamination occurs. It is possible to maintain the excellent appearance of the hair heating apparatus due to the contamination of the surface of the reflector plate for a long period of use and to maintain the uniform heat reflectance without deteriorating the performance even after long term use.

Fifth, since the heat radiated to both sides of the heater and the rear is radiated all the way forward while minimizing the loss of the far-infrared wavelength through the reflector, the heating performance of the hair can be maximized. Therefore, the reflector is heated by the heat accumulated on the surface of the reflector, New anion and far-infrared wavelengths are emitted from the surface, thereby maximizing the heating treatment effect.

Since the effect of the present invention is obviously exerted by the composition of the design regardless of whether the designer perceives it or not, the above effect is only a few effects according to the present invention, It should not be.

It will also be appreciated that the effect of the present invention should be additionally determined by the overall description of the specification, and that even if it is not explicitly stated, those skilled in the art will appreciate If an effect can be recognized, it should be viewed as an effect described in this specification.

Fig. 1 is a side view showing the entire structure of the inventive hair heating apparatus,
FIG. 2 is an exploded perspective view showing an assembled structure of a reflector that maximizes the far-infrared ray emission and reflection efficiency of the present invention,
Fig. 3 is a perspective view of a grille-separated state showing the outer configuration of the reflector of the present invention,
FIG. 4 is an enlarged side view of the main part showing the far-infrared ray emission and reflection action by the reflector of the present invention,
5 is a longitudinal sectional view for explaining the assembling structure of the heating part and the reflection plate of the present invention,
6 is a front view showing an elliptical shape of the carbon heater of the present invention,
7 is a perspective view showing the configuration of the reflector and the carbon heater of the present invention,
8A to 8C are enlarged cross-sectional views showing various embodiments of the warming reflective layer according to the present invention,

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

This is intended to be illustrative in nature to enable those skilled in the art to readily implement the invention, and this does not mean that the technical idea and scope of the invention is limited.

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

2 is an exploded perspective view showing an assembly structure of a reflector that maximizes the far-infrared ray emission and reflection efficiency of the present invention. FIG. 3 is an exploded perspective view of a reflector FIG. 4 is an enlarged side view of the main part showing the far-infrared ray emission and reflection action by the reflection plate of the present invention, FIG. 5 is a side view illustrating the assembling structure of the heating part and the reflection plate of the present invention 7 is a perspective view showing the configuration of the reflector and the carbon heater of the present invention, and Figs. 8A to 8C are cross-sectional views for illustrating the configuration of the warming reflection layer according to the present invention. Fig. Fig. 3 is an enlarged cross-sectional view showing various embodiments.

First, the reflector 30 according to the present invention may be applied to various types of hair heating apparatuses. However, in the embodiment of the present invention, for example, the following applies to the rotary heating-type hair heating apparatus 100 The following is an explanation.

1 to 6, a hair heating apparatus according to the present invention includes a body case 10 (not shown) having a power conversion unit (not shown), a temperature control circuit unit (not shown) and an operation unit .

A connection frame 11 formed by inclining the upper portion of the main body case 10 is assembled to the upper portion of the main body case 10.

Although not shown in the drawings, a motor is provided inside the connection frame 11, a speed reducer is connected to the motor, and a drive shaft 12 is protruded from the speed reducer.

Therefore, the driving head portion 14 having the rotary electrode portion 13 connected to the drive shaft 12 is formed.

A rotating frame 15 is mounted on the rotating electrode unit 13 connected to a speed reducer (not shown) provided in the driving head unit 14 and is supplied with power while rotating. And a heating unit 40 including a first heating blade 41 having a reflection plate 30 and a second heating blade 42. The first heating blade 41 and the second heating blade 42 are connected to each other.

In front of the heating unit 40, a grill G is mounted to protect the heater 20 and prevent burns due to heat.

A support (16) supported on the ground; A stand 17 formed in a tubular shape perpendicular to the support 16 is formed and a lower portion of the support frame 18 is elevatably coupled to the stand 17, The frame 11 is connected.

The upper portion of the support frame 18 and the lower portion of the connection frame 11 are fixedly inserted through the main body case 10 so that the heating portion 40 is positioned on the head of the subject W And the hair is heated by rotating 360 degrees.

A plurality of casters 16a are formed on the support 16 so as to be easily moved along the ground surface. The support frame 18 assembled to the stand 17 can be elevated and lowered, And is supported by a coil spring (not shown) so that the warming portion 40 can be raised and lowered to a position corresponding to the head height of the subject by the lifting action of the main body case 10.

The connection frame 11 and the driving head 14 are connected to each other by fixing the connection frame to the main frame (not shown) inside the main body case 10, And the heating unit 40 are lifted and lowered together to adjust the height suitable for heating on the head of the client W. [

According to another embodiment of the present invention, the heating unit 40, the reflection plate 30, and the heater 20 may be circular or elliptical.

For example, the first heating blade 41 and the second heating blade 42 are circular or non-circular, and the non-circular shape is an elliptical shape or a rectangular shape.

That is, the first heating blade 41 may have a circular or non-circular shape with a small diameter, while the second heating blade 42 may have a circular or non-circular shape with a large diameter.

Accordingly, the first heating wing 41 having a small size performs intensive warming to a specified part of the hair (e.g., the upper part of the head of the subject), and the second heating wing 42 having a larger size, The entire region (the middle of the head of the subject and the region below the head) is subjected to overall warming.

The first heating blade 41 and the second heating blade 42 are formed in a circular or non-circular shape and have a through hole formed at the center thereof. And a reflector 30 mounted in the inside of the heating case 43 and concentrating the heat of the heater 20.

In the case where the heating section case 43 is formed in a circular or non-circular shape having a through hole at the center thereof, the heater 20 and the reflecting plate 30 correspond to the circular or non-circular hole .

The heater 20 is preferably a carbon heater 21 made of a carbon paper 22 inserted into a transparent glass tube, for example, a quartz tube 23.

That is, according to another embodiment of the present invention, the carbon heater 21 has a configuration in which a plurality of carbon yarns 22 are twisted and mounted in a coil shape in the quartz tube 23.

Since the carbon heater 21 has a very high far-infrared radiation amount and has a high radiation amount because it belongs to the infrared wavelength range beneficial to the human body, the carbon heater 21 can penetrate into the skin subcutaneous layer of the human body. Therefore, There is an efficacy to investigate.

According to another embodiment of the present invention, the heater 20 is not specifically shown in the drawings, but may be a metal tube, and a hot-wire heater may be installed inside the tube in the form of a coil, or may be formed of the metal tube, And a cartridge heater in which a hot wire heater is mounted in a coil shape.

The ceramic may be formed of a ceramic coating layer 151, which will be described later, which is deposited on the entire outer surface of the metal tube by spraying and drying so as to cover a thickness of 25 to 50 μm.

Since such a cartridge heater uses a metal tube, it provides a strong shock resistance as compared with the carbon heater 21 using the quartz tube 23, and far-infrared rays are radiated along with radiant heat from the ceramic coating layer 151 formed on the surface of the metal tube The action of the chemical solution applied to the hair is promoted to minimize the damage of the hair while promptly performing the desired treatment, and the effect of accelerating the blood circulation action of the scalp is exhibited.

As described above, the heater 20 applied in the present embodiment is applied to the carbon heater 21 and the cartridge heater, but it is not limited to any one type, and radiates heat and far-infrared energy for drying and heating the hair. A carbon heater 21 in which a plurality of carbon yarns 22 are twisted into a quartz tube 23 in the form of a coil, The cartridge heater is applied.

Therefore, the present invention allows not only the action of the chemical solution applied to the surface of the hair by the action of the carbon heater 21 but also the action of the chemical solution applied to the overlapping side of the hair.

Particularly, the cartridge heater (not shown) in which the carbon heater 21 and the ceramic coating layer 151 are formed has excellent hair heat treatment ability as compared with a heater in which radiant heat and far infrared rays are emitted mainly in a short distance like a conventional heater Rapid warming is performed.

Since the hair is made of proteins and is very weak to heat and easily hardened and damaged, the heating process should be performed in a shortest possible time. As described below, the reflection plate 30 formed with the heating reflection layers 50, The carbon heater 21 and the cartridge heater, which are applied together with the carbon heater 21, can be a component that enables the entire hair to be warmed up within a short time.

The first heating blade 41 of the heating section 40 of the present invention is arranged to correspond to the top portion of the head of the subject W and the second heating blade 42 is disposed on the peripheral portion of the head of the subject W As shown in FIG.

For example, the first heating blade 41 is formed to be small in size, so that the rotational locus thereof forms a heating region for a specific region while mainly irradiating the top of the head of the subject W. [

The second heating wing 42 is formed to have a large size so that the rotation locus thereof irradiates the whole area of the head of the subject W to form a wide heating region.

Therefore, the locus of the first heating blade 41 is included in the trajectory of the second heating blade 42, and by forming the overlapped heating region, heat treatment is deeply performed especially at the portion where the hair is thickly overlapped, Provides the advantages of.

The reflector 30 according to the present invention has a basic configuration and is curved as a whole. The reflector 30 has a plurality of curved lines formed with one curved line or surrounding curved lines to surround the side surface and the rear surface of the carbon heater 21, As shown in FIG.

The reflector 30 is installed in each of the first and second heating wings 41 and 42 of the hair heating apparatus 100. A carbon heater 21 is disposed on the inner surface of the first heating wing 41 and the second heating wing 42, The radiant heat and the far infrared rays radiated to the side and rear of the carbon heater 21 are retransferred forward without loss so that heat is uniformly diffused and transmitted to the hair of the subject W. [

The outer shape of the reflector 30 of the present invention is preferably configured in a shape corresponding to the shapes of the first and second heating wings 41 and 42, In the case of the vanes 42, the reflector 30 may be circular or non-circular because it may be formed as a circle as well as a non-circle.

In the embodiment of the present invention, as shown in the drawing, an example of the non-circular shape of the first heating blade 41, the second heating blade 42 and the reflection plate 30 is an elliptical shape in which a hollow portion The carbon heater 21 provided on the reflection plate 30 is also formed in an elliptical shape having a hollow portion (through hole).

In the present invention configured as described above, the hair heating apparatus 100 having the reflector 30 that maximizes the far-infrared ray emission and reflection efficiency is configured as follows.

As described above, the heating unit 40, which is supported on the main body case 10 and installed above the head of the subject W, is equipped with a heater 20 for heat treatment on the hair of the subject.

Hereinafter, the heater 20 will be described with the carbon heater 21 applied thereto.

7 and 8, a reflection plate 30 having a reflection surface 31 is provided to reflect the heat of the carbon heater 21 of the warming unit 40 to the entire hair of the subject W, And is mounted on the rear side of the carbon heater 21.

The reflector 30 is curved so as to surround the side surface and the rear surface of the carbon heater 21.

For example, as shown in FIG. 4, the cross-sectional shape of the reflector has a curvature that concentrically intersects the center of the center carbon heater with respect to the center of the carbon heater having a circular cross section, It is preferable to have a large curvature close to a straight line having a center.

The opening direction of the reflection plate is inclined toward the inside so that the direction of heat reflected from the carbon heater is concentrated toward the head of the subject without being emitted forward.

The heating reflective layers 50 and 150 are formed on the reflective surface 31. The heating reflective layers 50 and 150 may be formed by a semi-transparent reflective layer, A heating layer 50 or 150 may be formed on the entire outer surface of the reflector 30 to form a reflecting layer 50 on the reflecting surface 31, (150).

The warming reflection layers 50 and 150 may include the main body case 10 and the heating case 43 such as the first heating blade 41 and the second heating blade 42 surrounding the side surfaces and the rear surface of the reflection plate 30, 2 is a feature of the present invention that the coating color applied to the case of the heating wing 42 and the like are different colors.

Accordingly, the warming reflective layers 50 and 150 may have the same hue as any one of the color hues of the main body case 10 and the warming case 43.

For example, when the colors of the body case 10 and the warming case 43 are red, the colors of the warming reflective layers 50 and 150 may be gold.

In addition, the heat-reflecting layers 50 and 150 may be formed of a heat-resistant coating layer having various heat resistance and heat-storage functions to reflect radiant heat and far-infrared rays of the carbon heater 21, Referring to the drawings, the following will be described.

8A, the reflector 30 is made of an aluminum material, and the heat-reflecting layer 50 is anodized in the entirety of the reflector 30, And a soft or hard anodic oxide layer 51 formed on the substrate 31.

According to this configuration, the surface hardness of the aluminum material having the anodizing layer 51 formed by performing the anodizing treatment on the reflecting surface 31 made of aluminum becomes much higher than before the anodizing treatment.

Therefore, the reflectance is improved more than that of the conventional aluminum reflector 30 in which the oxide film layer 51 is not formed, and durability against external impact or scratching is provided, so that scratches or deformation due to external impacts can be minimized , Reflection efficiency is also improved.

The anodizing treatment process maximizes the reflectance of the heat of the heater 20 due to the formation of the oxide film on the aluminum surface as well as the far infrared rays and the negative ions are emitted together in the oxide layer 51 itself. The action of the chemical solution applied to the hair and the activation of blood circulation to the scalp are useful.

Since the surface roughness of the oxide film layer 51 is very good, when the heat of the carbon heater 21 is transferred to the heat-reflecting layers 50 and 150, which are anodized on the reflector 30, radiant heat and far- It is re-reflected and is re-reflected as it is without being lost to the hair of the subject W, so that the heating process of the hair can be performed quickly and efficiently.

The radiant heat transferred to the reflector 30 is accumulated in the aluminum reflector 30 having a high thermoconductivity to regenerate anions and far-infrared rays from the anodic oxide layer 51 to be released to the entire hair. The anion and the far- The effect is further promoted and the blood circulation of the scalp is smoothly effected.

The heat reflecting layer 50 made of the oxide film layer 51 can be formed into a soft and hard surface with anodizing processing.

That is, the hard anodized layer 51 can be colored in an anodizing process. For example, the color design can be produced on the surface of the reflector 30 with a relatively low saturation and lightness, such as a color of black, The color matching the product can be selectively expressed according to the color saturation of the main body case 10 and the warming case 43.

In addition, since the soft oxide layer 51 can be colored in red, blue, green, orange, purple, and the like during the anodizing process, color rendering can be applied in a variety of ways than the hard oxide layer 51.

Since the hardness of the soft oxide layer 51 is lower than that of the hard anodizing but the color having high saturation and high brightness can be produced in various designs, a more colorful design can be produced.

Therefore, it is possible to selectively apply a hue having the same color as that of the warming portion case 43 or a hue of any one of the warming portion case 43 and the body case 10, To enable color implementation.

According to another embodiment of the present invention, as shown in FIG. 8B, the reflection plate 30 is made of aluminum and the heating reflection layer 150 is subjected to a sanding or corrosion treatment on the surface of the reflection plate 30 After forming the convex portion 32, a primary color ceramic liquid consisting of an appropriate mixture of silicon dioxide (SiO2) alumina (Al2O3), alcohol and heat resistant pigment is first coated and then coated at 160 to 200 DEG C for 20 to 30 And a ceramic coating layer 151 which is cured by a minute drying treatment.

According to another embodiment of the present invention, it is preferable that the ceramic coating layer 151 has a thickness of 25 to 50 탆.

When the thickness is thinly coated on the side of 25 mu m, the forming condition of the ceramic coating layer 151 becomes good. When the thickness is made thick on the side of 50 mu m, the far infrared ray emitting effect is increased but the coating formability is somewhat lowered and the hardness is lowered.

Accordingly, the overall thickness and thickness of the ceramic coating layer 151 can be appropriately adjusted in consideration of the overall structure and area of the reflection plate 30 or the thickness of the embossing or irregularity pattern for diffusely reflecting.

According to this configuration, since the ceramic coating layer 151 is provided with pigments of various colors ranging from a color having a low saturation and a lightness to a high color, a more vivid and diverse color design is applied to the reflector 30 than the case of the above- So that it can be produced in a colorful manner.

Infrared rays emitted from the carbon heater 21 by the heat accumulated in the ceramic coating layer 151 together with the far-infrared rays emitted from the carbon heater 21, the hair heat treatment can be rapidly, uniformly and effectively performed, It is possible to maximize the overall warming action of the heater.

According to another embodiment of the present invention, as shown in FIG. 8C, the coating color is externally exposed to the heating reflection layers 50 and 150, while the radiant heat and the far-infrared rays of the carbon heater 21 Corrosion-resistant, and chemical-resistant transparent coating protective layer 152 to protect the ceramic coating layer 151 that is primarily coated while being reflected.

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

For example, the ceramic coating layer 151 is formed by first coating the color ceramic liquid first, then semi-drying process, and then the second transparent (transparent) layer made of silicon dioxide (SiO2), alumina (Al2O3) The ceramic liquid is secondarily coated on the primary color ceramic liquid coating surface and baked at 160 ° C to 200 ° C for 20 to 30 minutes.

The combined thickness of the ceramic coating layer 151 and the transparent coating protective layer 152 in the warming reflective layers 50 and 150 is preferably less than 50 μm.

According to such a configuration, since the surface roughness is formed very well by the transparent coating protective layer 152 that is subjected to the second coating treatment in addition to the effect of the ceramic coating layer 151 as in the above-described embodiment, The mirror and the hair are irradiated uniformly without any loss of radiant heat or far infrared rays as in the prior art, so that the hair and the scalp are uniformly irradiated, thereby efficiently and quickly performing the warming operation.

The hue that is variously directed by the ceramic coating layer 151 is exposed to the outside through the transparent coating protection layer 152 to exhibit a high gloss effect and a high gloss effect The effect of raising the overall design of the hair heating apparatus 100 to high quality and high quality together with the color of the coating of the main body case 10 and the warming case 43 is exhibited.

In addition, according to the transparent coating protective layer 152, the grease caused by the heating of the carbon heater 21 does not directly affect the ceramic coating layer 151, so that discoloration of the color is neglected, Even if it is formed on the coating protection layer 152, it can be easily removed using a cleaning agent, so that the initial color design can be maintained and managed as it is even if the product is used for a long period of time.

According to another embodiment of the present invention, the reflection plate 30 is made of aluminum, and the heating reflection layer 50 and the heating reflection layer 150 are formed of the same material as the ceramic coating layer 151, And a Teflon coating layer (not shown) which is formed on the surface of the reflector 30 by forming a convex portion 32 and then spraying and drying the Teflon coating.

As the Teflon coating layer is operated to emit far-infrared rays like the ceramic coating layer 151, the surface hardness can maintain a hardness superior to an anodizing hardness, especially soft anodizing hardness, and even if the surface roughness is only a first Teflon coating layer, The illuminance can be implemented.

Therefore, it is possible to provide a warm-feeling reflective layer 50, which exhibits a shiny effect by adding silvery or gold puffs while expressing a calm color mainly based on a dark-colored color such as a black color without applying a colorful color such as ceramics, 150), it is possible to construct the reflector 30 having the Teflon coating layer at a relatively low cost.

According to another embodiment of the present invention, the reflection plate 30 is made of aluminum, and the heating reflection layers 50 and 150 have different colors from those of the warming case 43 Infrared ray and radiant heat emitted from the rear surface and the side surface of the carbon heater (21) to the subject person (10), and the color of the warmer part (43) (W) hair, and further comprising an anti-heat paint containing tourmaline to release anions together with the far-infrared rays while emitting the whole hair. The heat-resistant pigment and the heat-resistant paint are in the form of a powder and a suspension, 31). Here, the heat-resistant pigment is preferably made of a ceramic powder.

According to such a configuration, the ceramic coating layer 151 formed by the heat resistant pigment is formed, and the effect of releasing the negative ion together with the far-infrared rays by the heat of the carbon heater 21 is exhibited by the heat-resistant paint including tourmaline .

By heat-resistant ceramic heat-resistant pigment having a color different from that of the warming case 43 or having the same color as the hue of either the warming case 43 or the case 10, So that various colors can be implemented in the hair heating apparatus 100.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be apparent to those skilled in the art that various modifications are possible without departing from the spirit and scope, Belongs to.

10: main body case 11: connecting frame
12: drive shaft 13: rotary electrode part
14: driving head part 15: rotating frame
18: Support frame
20: heater 21: carbon heater
22: Car headquarters 23: Quartz tube
30: Reflector 31: Reflecting surface
32: Do not push
40: heating part 41: first heating wing
42: second heating wing 43: heating case
50, 150: heating-reflecting layer 51: oxidation coating layer
100: Hair heating apparatus 151: Ceramic coating layer
152: transparent coating protective layer W:
G: Grill

Claims (12)

delete delete A heating unit which is supported by the main body case and is mounted on the head of the person to be treated and on which a heater for heat treatment is mounted on the hair of the person to be inspected and a reflecting surface for reflecting the heater heat of the heating unit to the entire hair of the subject, A hair heating apparatus according to claim 1, wherein the reflector is mounted on the rear side of the heater,
Wherein the reflector is curved so as to surround a side surface and a rear surface of the heater;
Wherein the reflection surface or the entire outer surface of the reflection plate has a color different from a coating color of the heating case wrapping the side surface and the rear surface of the main body case and the reflection plate or a coating color of the main body case and the heating case And a heating reflecting layer for reflecting radiant heat and far infrared rays of the heater while having heat and heat storage functions,
The reflection plate is made of an aluminum material, and the heating reflection layer is formed by forming fine concave-convex portions on the surface of the reflection plate, and then a first color ceramic liquid composed of a mixture of silicon dioxide (SiO 2), alumina (Al 2 O 3) And a ceramic coating layer which is cured by drying treatment at 160 ° C to 200 ° C for 20-30 minutes,
Further comprising a transparent coating protective layer having heat resistance, corrosion resistance and chemical resistance so that the hue of the warming reflective layer is exposed to the outside and the warming reflection layer is protected while reflecting the radiant heat and far infrared rays of the heater. A hair heating device with a reflector maximizing emission and reflection efficiency. A heating unit which is supported by the main body case and is mounted on the head of the person to be treated and on which a heater for heat treatment is mounted on the hair of the person to be inspected and a reflecting surface for reflecting the heater heat of the heating unit to the entire hair of the subject, A hair heating apparatus according to claim 1, wherein the reflector is mounted on the rear side of the heater,
Wherein the reflector is curved so as to surround a side surface and a rear surface of the heater;
Wherein the reflection surface or the entire outer surface of the reflection plate has a color different from a coating color of the heating case wrapping the side surface and the rear surface of the main body case and the reflection plate or a coating color of the main body case and the heating case And a heating reflecting layer for reflecting radiant heat and far infrared rays of the heater while having heat and heat storage functions,
Wherein the reflection plate is made of aluminum and the heating reflection layer is formed of a Teflon coating layer formed by spraying and drying the Teflon coating after the micro concavo-convex portion is formed on the surface of the reflection plate. Hair heating device with reflector. A heating unit which is supported by the main body case and is mounted on the head of the person to be treated and on which a heater for heat treatment is mounted on the hair of the person to be inspected and a reflecting surface for reflecting the heater heat of the heating unit to the entire hair of the subject, A hair heating apparatus according to claim 1, wherein the reflector is mounted on the rear side of the heater,
Wherein the reflector is curved so as to surround a side surface and a rear surface of the heater;
Wherein the reflection surface or the entire outer surface of the reflection plate has a color different from a coating color of the heating case wrapping the side surface and the rear surface of the main body case and the reflection plate or a coating color of the main body case and the heating case And a heating reflecting layer for reflecting radiant heat and far infrared rays of the heater while having heat and heat storage functions,
Wherein the heat reflecting layer is made of an aluminum material and the heat reflecting layer has a color different from that of the warming portion case or a color of the same color as that of the warming portion case and the case portion,
And a heat-resistant coating material comprising tourmaline to emit far infrared rays, near-infrared rays, and radiant heat emitted from the rear and side surfaces of the heater to the entire surface of the subject's hair,
The heat-resistant pigment and the heat-resistant paint are in the form of a powder and a suspension. The heat-resistant pigment and the heat-resistant paint are coated on the reflective surface after spraying and drying,
Further comprising a transparent coating protective layer having heat resistance, corrosion resistance and chemical resistance so that the hue of the warming reflective layer is exposed to the outside and the warming reflection layer is protected while reflecting the radiant heat and far infrared rays of the heater. A hair heating device with a reflector maximizing emission and reflection efficiency. 5. The method of claim 4,
Further comprising a transparent coating protective layer having heat resistance, corrosion resistance and chemical resistance so that the hue of the warming reflective layer is exposed to the outside and the warming reflection layer is protected while reflecting the radiant heat and far infrared rays of the heater. A hair heating device with a reflector maximizing emission and reflection efficiency. 6. The method according to any one of claims 3 to 5,
Wherein the heat-reflecting layer has a thickness of 25 占 퐉 to 50 占 퐉. The hair heating apparatus has a reflector that maximizes far-infrared radiation and reflection efficiency. The method according to claim 6,
The transparent coating protective layer is formed by first coating a first color ceramic liquid and then semi-drying the second transparent ceramic liquid comprising a mixture of silicon dioxide (SiO2), alumina (Al2O3) and alcohol, Wherein the second coating treatment is performed on the color ceramic liquid coating surface and the second coating treatment is performed at 160 to 200 DEG C for 20 to 30 minutes to maximize the reflection efficiency and the far infrared ray emission. 7. The hair heating apparatus according to claim 6, wherein the combined thickness of the warming reflective layer and the transparent coating protective layer is less than 50 占 퐉. 6. The method according to any one of claims 3 to 5,
Wherein the heating unit, the reflection plate, and the heater are circular or non-circular, wherein the heating unit has a reflector that maximizes far-infrared ray emission and reflection efficiency. 6. The method according to any one of claims 3 to 5,
Wherein the heater is composed of a carbon heater in which a plurality of carbon yarns are twisted in a quartz tube and mounted in a coil shape, wherein the heater has a reflector maximizing far-infrared ray emission and reflection efficiency. 6. The method according to any one of claims 3 to 5,
Wherein the heater is made of a metal tube and is equipped with a hot wire heater in the form of a coil inside the tube or a cartridge heater made of the metal tube and having a tube surface made of ceramic and a hot wire heater mounted inside the tube in the form of a coil. And a reflector which maximizes reflection efficiency.

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