TW201524412A - Cosmetic device - Google Patents

Abstract

Provided is a cosmetic device furnished with a light-irradiating depilatory mechanism for performing hair removal treatment on a skin surface by irradiating light from a light-emitting unit on the skin surface, the cosmetic device: having a grip section that the user grasps and a skin guiding surface to be brought into contact with the area to be treated while the device is grasped; and, in a configuration in which the irradiation window through which light from the light-emitting unit is irradiated and the cooling means for cooling the skin surface are disposed on the same surface on said skin guiding surface, being provided with a fan for simultaneously generating an air stream for heat dissipation from the cooling means and an air stream for air-cooling the light-emitting unit.

Description

Beauty container

The present invention relates to a technique for providing a light-irradiating type hair removal structure, particularly for cooling and heat dissipation in a cosmetic device.

In the prior art, this type of light-irradiating type hair removal device provides a light-irradiating unit having a light-irradiated surface, and uses the light-irradiating type hair removal device to perform hair removal or shaving. A device disclosed in Japanese Laid-Open Patent Publication No. 2002-360336, which is arranged with a plurality of laser diodes on both sides of a rotating disk of an electric hair remover or a hair removal actuator provided with a clamp The laser light is irradiated, and the laser diodes are inserted into the heat sink through the through holes, and a ball lens is disposed in front of the light emitting surface. The laser light of the laser diode is collected by the ball lens to form a beam waist at the top end of the hair removal actuator.

As with the above-described hair removal device, it is also a conventional technique to use a flash to heat the tissue in the vicinity of the hair root to denature it.

Japanese Patent No. 4233755 discloses that the device has an opening and includes: a casing, when the opening is in contact with the skin, a cavity portion for sealing a certain amount of air is formed; and a heat source is disposed in the casing. And by turning the heat source on and off, a certain amount of air is thermally conducted toward the hair growth direction of the hair follicle, and a temperature sufficient to damage the hair is applied; and a power source is a voltage that can control the heat source. For example, a flash or an arc lamp can be used as a heat source for the device.

In addition, Japanese Laid-Open Patent Publication No. 2005-218824 discloses that in order to immediately suppress the surface temperature rise of the skin due to light irradiation, a mobile flash hair removal machine is used to cool the bottom of the hair removal machine by the hot electronic cooling plate, and then directly Cool down by touching the skin.

In addition, the related art is also disclosed in Japanese Patent Application Laid-Open No. 4744968, No. 4,881,308, No. 3,621,296, No. 4,496,572, and No. 3,658,538.

In the above-described light-irradiating type hair removal device, the skin surface, in particular, the hair root portion is subjected to a heat source for hair removal, and it is easy to feel a burning sensation during use, or it is easy to feel heat and the like when used continuously. Therefore, the technique of cooling the skin surface by the thermoelectric cooling plate is disclosed in Japanese Laid-Open Patent Publication No. 2005-218824, but does not provide a technique for efficiently dissipating heat from a flash lamp or a hot electronic cooling plate having a high calorific value.

In view of the above problems of the prior art, the object of the present invention is to provide a light-irradiating type hair removal device having a cooling device capable of cooling the skin surface, providing continuous cooling and illumination during use, and at the same time efficiently cooling the device and The technology of cooling the light-emitting part.

In order to achieve the above object, the present invention provides a cosmetic device having a light-irradiating type hair removal device as described below.

A cosmetic device having at least one light-irradiating type hair removal device is configured to perform a hair removal treatment by irradiating light emitted from a light-emitting portion to a skin surface of a user, and has a grip portion for holding by a user. And a skin guiding surface for the user to contact the target site to be treated while being gripped; wherein the surface of the skin guiding surface is further provided with an illumination window for the light emitting portion to emit light; a cooling device for the user to cool the skin; and a fan that generates an air flow and simultaneously cools and cools the cooling device and the light emitting portion.

The beauty device according to the above invention, wherein the light-irradiating type hair removal device further has an air intake port that is brought into the air from the fan; and the air is exhausted from the device; and the air is exhausted from the air inlet; a first air flow path to one of the cooling devices; a second air flow path from the cooling device to the light emitting portion; and a third air flow path from the light emitting portion to the exhaust port.

The hairdressing device according to the above aspect of the invention, wherein the light-irradiating type hair removing device is further provided with the air suction port on an air suction surface of the skin guiding surface, and is disposed at a position intermediate the second air flow channel The fan is provided with the exhaust port on the skin guiding surface and an exhaust surface different from the suction surface.

The cosmetic device according to the above invention, wherein the light-emitting portion is a mirror having a light source and a pair of light sources disposed on the other side of the illumination window, and functions to emit a direct light emitted from the illumination window portion. Light and reflected light reflected from the surface of the mirror, and the back surface of the mirror may be disposed on the second air flow channel

The cosmetic device of the above invention, wherein the cooling device is selected from the group consisting of a Pole member and a heat sink composed of the Pole member, and the first air flow passage and the second air flow The channel is configured by contacting the heat sink.

The cosmetic device of the above invention, wherein the cosmetic device is further provided with an illuminating window forming the illuminating window portion, which can adjust the target portion to be processed according to the illuminating window of different sizes or The structure of the amount of light exposure.

In the cosmetic device according to the above aspect of the invention, the cosmetic device further includes a filter device that adjusts the amount or wavelength of the light to be irradiated on the skin side of the user with respect to the light emitting portion.

The invention can provide another type of cosmetic device, which is characterized in that the light emitted from the light-emitting portion is irradiated to the skin surface of the user for hair removal treatment, and has an illumination window portion for allowing light emitted from the light-emitting portion to pass through; And a cooling cylinder body for cooling the skin surface around the illumination window; wherein the cooling roller bodies are juxtaposed on both sides of the illumination window when not applying downward force The cooling roller body is biased toward the skin surface, and the opening and closing device that displaces both sides of the irradiation window portion in a left-right opening state while being retracted upward.

In the above invention, the cooling drum body may be configured to have a hair removal device or a shaving device.

The present invention provides another type of cosmetic device for performing a hair removal treatment on a skin surface of a user by light emitted from a light-emitting portion, which has an illumination window portion through which light emitted from the light-emitting portion passes; At least two scraper bodies are disposed on a peripheral portion of the illumination window portion; wherein the scraper bodies are a rough scraper for a specific length, and the other scraper body is for trimming Fine scraper.

The present invention achieves the following effects by the above configuration.

On the same side of the skin guiding surface, an irradiation window portion that is irradiated with light emitted from the light-emitting portion and a cooling device that cools the skin are placed, and the skin guiding surface is brought into contact with the skin, thereby continuing cooling and light irradiation. Further, the fan is provided with a cooling device that simultaneously generates a flow of the heat release and a flow of the cooling light-emitting portion, whereby the cooling device and the light-emitting portion can be efficiently dissipated.

The beauty device is provided with the suction port for taking in air from the fan, and sequentially leads to the cooling device via the first air flow path, and then the second air flow path leads to the light-emitting portion, and then The third air flow passage forms an air flow to the exhaust port, so that after the relatively low temperature cooling device dissipates heat, the relatively high temperature light emitting portion can be further dissipated to improve heat dissipation efficiency.

The suction port is disposed on the suction surface different from the skin guide surface; and the exhaust port is disposed on the exhaust surface different from the skin guide surface and the suction surface, so that the air flow does not come into contact with the skin surface. In turn, the comfort of use can be achieved. In addition, the fan is disposed at a midway position of the second air flow path, thereby concentrating the airflow in the light-emitting portion having the highest heat generation, and improving the flexibility of the position of the air inlet and the exhaust port, thereby contributing to the improvement of the device. Design.

In particular, the light-emitting portion has the light source and the mirror disposed on the other side of the illumination window portion corresponding to the light source, and functions to emit direct light emitted from the illumination window portion and reflected from the surface of the mirror portion. The light can improve the heat dissipation efficiency after the second air flow path is in contact with the back surface of the mirror.

The cooling device of the present invention uses the Boerule element and the heat sink to save space, and also contributes to simplifying equipment and reducing cost while obtaining sufficient cooling effect.

The first drawing is a perspective view showing the appearance of a light-irradiating type hair removal device (hereinafter referred to as the present device) of the present invention; and the second drawing is an external sectional view showing the right side of the present invention. Further, the present embodiment is not intended to limit the inventors of the present invention, and may be appropriately modified.

A device (1) has a rod-like appearance extending upward and downward, and a central portion and a lower portion are disposed for the user to hold one of the grip portions (2), and the upper portion is configured to have one of various functions such as a hair removal processing function. Processing unit (3).

The grip portion (2) has a central portion having a smaller diameter than the upper and lower portions for easy gripping, so that the whole body generally constitutes a cylinder having a waist and is provided with an operation switch (20) for switching light irradiation. In addition, the lower end surface of the device (1) is provided with a power supply (21) required for charging. Furthermore, the device (1) is of a rechargeable type, but the present invention is not limited to a charging type, and may be a power supply method such as an external power source or a dry battery.

As shown in the second figure, the device (1) is composed of a frame body (10) for fixing each device and a design cover body (11) around the device, and the frame body is exposed at the lower end surface (10). The cover body (11) can be divided into a right side integral cover body (11a) and a left side integral cover body (11b), a top cover body (11c) and a light irradiation part cover body (11d).

A charging battery (30) is disposed on the upper portion of the frame body (10), and power is supplied to the power circuit board (22) through the power source (21), and the power circuit board (22) is used to perform voltage transformation and simultaneously charge the battery. The battery (30) is charged to supply power to the device (1).

The rechargeable battery (30) can be a fixed battery that cannot be replaced, or a replaceable battery that can be removed when the upper cover (11c) is removed.

The upper cover (11c) has a plurality of setting switches (31) that can perform operations of the device (1), such as switching light illumination modes, controlling cooling appliances, and the like. Dispatching the operation switch (20) and the setting switch (31) according to the operating frequency or the holding state during operation, so that the setting switch (31) is not accidentally pressed during the hair removal process. Confusion.

The light-irradiating portion cover (11d) is provided with a skin guiding surface (12) for contacting the processing target portion while being held by the user, and the upper portion is provided with a cooling device of one of the main portions of the present invention ( 13) and a light illuminating window portion (14) provided by the light emitted from the light-emitting portion directly under the cooling device (13).

According to this configuration, when the user touches the skin guiding surface (12) in contact with the skin, the processing target portion is cooled by the cooling device (13), and light can be irradiated from the light emitting portion. Since the device (1) is a long strip-shaped and substantially cylindrical body having a waist, it is easy to perform an upward and downward sliding motion, for example, when sliding up and down, the processing target portion irradiated with light can be immediately cooled. To calm the treated skin.

On the other hand, when sliding downward from the bottom, the treatment target portion can be cooled in advance, and the perception is temporarily paralyzed to reduce the irritation caused by the light irradiation.

Therefore, the cooling device (13) and the irradiation window portion (14) of the present invention are disposed on the same side as the skin guiding surface (12), and are preferably arranged side by side in accordance with the sliding direction at the time of use. For example, it is suitable to provide the cooling device (13) on the left and right sides of the irradiation window portion (14) in a structure that is easy to slide to the left and right.

Furthermore, the cooling device (13) is not limited to being disposed on one side of the illumination window portion (14), and may be disposed on both sides. Alternatively, it may be disposed on the entire circumference of the illumination window portion (14).

Furthermore, the shape of the illumination window portion (14) is not limited to the rectangular shape of the embodiment, and may be a circular shape, an elliptical shape or the like. The shape of the cooling device (13) may be any, but the design can be improved if the shape of the irradiation window portion (14) can be matched.

In addition, the device (1) may have an illumination window formed by the illumination window portion (14). As a simple structure of the irradiation window, the illumination window is provided in a detachable manner by preparing a plurality of types of the size of the window portion in accordance with the processing target portion.

For example, when the narrower range is subjected to the hair removal treatment, the illumination window having a small illumination window can be installed for processing. In addition, the change in the size of the illumination window can also be used to adjust the amount of light exposure.

Fig. 3 is a perspective view showing a light-emitting portion and a cooling device in a state in which the light-irradiating type hair removal device of the present invention is detached from the cover portion of the light-irradiating portion. In the present invention, the light-emitting portion (15) is provided with a xenon lamp tube (150) and a mirror (151), and the xenon lamp tube (150) is disposed on a substrate (152) for light source behind it.

The light source substrate (152) has a booster circuit (not shown), a storage circuit (not shown), and a capacitor portion (not shown) for charging the boosted current to the capacitor portion. The xenon lamp (150) is then fired by operating the operating switch (20) to discharge it.

Furthermore, depending on the operation mode, the flash can be controlled to emit light only once, or to continuously emit light and then emit light at a fixed period.

The xenon lamp tube (150) emits a light path directly toward the illumination window portion (14), and reflects the inner surface of the mirror (151) having a semi-arc shape, and the light toward the illumination window portion (14) The path and both light paths are arranged through one of the glass filters (153) on the front side. Further, the glass filter (153) mainly functions to protect the xenon lamp (150), etc., but at the same time has a function of shielding ultraviolet rays harmful to the skin, and a dimming function for adjusting the amount of light.

The glass filter (153) can be replaced according to the adjustment of the amount of light or the wavelength. Alternatively, it may be replaced by the illumination window attached thereto.

A light guide plate (154) is disposed around the inner surface of the illumination window portion (14) for keeping the glass filter (153) at a certain distance from the skin guiding surface (12) so as not to directly contact the skin. Further, the configuration is such that all of the light emitted from the xenon lamp tube (150) is irradiated to the processing target portion to which the irradiation window portion (14) is in contact. The light guide plate (154) is not intended to adjust the wavelength emitted by the xenon lamp tube (150), and is basically composed of a total reflection metal, and a low reflectivity or light absorbing element can also be used.

On the other hand, the cooling device (13) uses a Bering element (130). The pad member (130) is a conventional semiconductor element having a thermoelectric effect, and has a heat absorbing surface on one side and a heat generating surface on the other side. In this embodiment, a heat absorbing surface (130a) is discharged to the outside with a power line (131), and a heat sink (130b) is continuously disposed rearward with a heat sink (132). The Bollard element (130) is a cooling device capable of reducing the volume, but it is a heat conduction type cooling method, so heat dissipation is required. Therefore, in the present embodiment, the large heat sink (132) is attempted to effectively dissipate heat.

The light-emitting type hair remover of the present invention generates a large amount of heat generated by the xenon lamp tube (150), and the focus is on the heat dissipation of the light source substrate (152) or the cooling device (13) of the capacitor portion. For example, the above-mentioned cited document (Japanese Laid-Open Patent Publication No. Hei No. 2005-218824) discloses a hot-electron cooling plate having a cooling fan that releases heated air from a grid window provided above the thermoelectric cooling plate. However, if the air blown by the cooling fan contains air heated by a flash lamp having a large amount of heat, the cooling effect of the hot electron cooling plate cannot be provided, and the air temperature is increased.

In view of this, the present invention has a fan (16) for simultaneously cooling the cooling device (13) and the light emitting portion (15). The fan (16) promotes heat dissipation of the heat sink (132), further generating air to cool the airflow of the light emitting portion (15).

In particular, it is preferable to provide three air flow passages, in particular, the fan (16) is provided with an air intake port for sucking in air from the fan, and the first air flow from the air suction port toward the cooling device (13) The passage, the second air flow path from the cooling device (13) to the light-emitting portion (15), and the third air flow path from the light-emitting portion (15) toward the exhaust port.

The fourth figure is a schematic view of the flow direction of the airflow of the present invention. The upper cover (11c) and the light-irradiating portion cover (11d) are formed with an air inlet (160) for opening a plurality of holes to allow a large extent of air to be taken in from above the device (1).

A plurality of holes are used to suppress the noise accompanying the inhalation, and the air is guided to a first air flow path (161) of the radiator (132) of the cooling device (13).

The first air flow path (161) passes through one of the fins (132a) of the heat sink (132) (see the third figure), and is guided to the fan (16) by a rectifying cover (162). The wind blown from the fan (16) is blown toward the back side of the mirror (151) of the light-emitting portion (15) through the grid window (152a) of the light source substrate (152).

Further, a portion from the heat sink (132) to the mirror (151) is a second air flow path (163). In this embodiment, the fan (16) is disposed on the way of the second air flow path (163), thereby configuring the heat sink (132) to contact air sucked from a wide range of air intake ports, and the mirror (151) Then concentrate on the air with a faster flow rate.

In addition, the heated air contacting the mirror (151) is forcibly exhausted from a vent (165) by the fan (16) (a third air flow path (164)), and the exhaust port ( 165) A portion of the light-emitting portion cover (11d) and the left-side integral cover (11a) and the right-side integral cover (11b) are opened. The exhaust port (165) also suppresses exhaust noise with a sufficient opening area.

Therefore, the present invention is constituted by the first air flow path (161) to the third air flow path (164), that is, after the heat is cooled by the relatively low temperature cooling device, the light emitting portion is cooled at a relatively high temperature, thereby improving heat dissipation. effectiveness. This means that the heat dissipation of the heat sink (132) is promoted, thereby improving the cooling effect of the Bering element (130), and also providing an extended life and power saving of the component. Further, the mirror (151) is directly cooled in contact with the wind from the fan, and is protected by the light source substrate (152) on the back side of the heat sink (132) in order to prevent the temperature from rising, and the helium gas may be cooled. The air around the tube (150).

The suction port (160) is disposed on the suction surface because the skin guiding surface (12) is different, and the air guiding surface (12) and the suction surface are different on the exhaust surface. The exhaust port (165) allows the airflow to not contact the skin surface, and the comfort of use can be achieved.

As the light source of the light-emitting portion of the present invention, in addition to the above-described xenon lamp, various light sources such as a laser light source, an incandescent light source, or a light-emitting diode light source can be used, and any of the light-removing devices can be used. light source.

Further, the cooling device is not limited to the bolster element, and may be a metal plate or the like having high heat conductivity, or a coolant for cooling the ice bank or the like. In order to dissipate heat of the cooling device, it can be appropriately changed within the range in which the above airflow is applied.

The present invention is not limited to the light-irradiating type hair removal device (1) of the above-described hair removal function, and may be provided as a beauty device having other beauty-related functions. That is, the device (1) can have a light-irradiating type hair removal device at the same time, or can have a cosmetic function with a replacement type. Examples of the cosmetic function include an ion introducer, an ion extractor, a heater, a vapor generator, an ultrasonic generator, a vibrator, a water content meter, a low frequency generator, a high frequency generator, and a laser beam irradiation device.

Various cosmetic devices have been provided in the past to perform facial treatment on the face, head or other body parts while the user is holding them. For example, an iontophoretor that releases negative ions and enhances the penetration effect of a cosmetic liquid (refer to Japanese Patent No. 4744968); an ion exporter that enhances a descaling effect by a positive ion, a heating function, and a steam generating device that moisturizes the skin surface ( Refer to Japanese Patent Application No. 4881308); an ultrasonic generating device that slightly stimulates the skin by ultrasonic vibration (refer to Japanese Patent No. 3621296); a vibrator, a moisture meter for detecting moisture content of the skin, by A low-frequency generating device for weak current massage muscles (refer to Japanese Patent No. 4,949,572); and a high-frequency generating device, a laser light irradiation device for performing hair removal by spotting or spotting by laser light (refer to Japanese invention patent license) No. 3658538) and so on.

The present invention can also suitably utilize these cosmetic functions.

Next, as a second embodiment of the present invention, it is also possible to provide a light-irradiating type hair removal device which is provided with a two-switch type drum body having at least a cooling function on both sides of the light-emitting portion.

That is, as shown in the fifth figure, the two switch type drum bodies (201) and (202) are disposed on the left and right sides of a light-emitting portion (203) at a lower portion of the hair remover body (200). In the present embodiment, the treatment target portion of the skin surface is located below the hair remover body (200), and the flashing light emitted from the illumination window portion (14) of the light-emitting portion (203) is irradiated toward the lower portion of the treatment target portion. .

The two switch drum bodies (201) and (202) are pivotally supported by a switch mechanism (204), and are left and right switches as shown in the fifth diagrams (a) and (b). The switch mechanism (204) is concentrated toward the center, and if no external force is applied, it is juxtaposed toward the center as shown in Fig. 5(a). Further, as shown in Fig. 5(b), when the skin surface is pressed from the top to the bottom, the two switch type drum bodies (201) and (202) are opened to the left and right sides. At this time, the processing target portion is pulled to the left and right sides by the friction between the two switch type drum bodies (201) and (202) and the skin surface.

In other words, when the two switch type drum bodies (201) and (202) are in a state in which the processing target portion is pushed to both sides, the light-emitting portion (203) is attached to the skin surface, and the flash is irradiated to perform hair removal.

As shown in Fig. 6(a), after the hair removal body (200) is removed upward after the hair removal process is completed, the two switch type drum bodies (201) and (202) are closed to the center.

At this time, the two switch type drum bodies (201) and (202) are closed while rolling on the processing target portion, and the cooling function of the two switch type drum bodies (201) and (202) can cool the skin. surface. In other words, the circumferential surfaces of the two switch type drum bodies (201) and (202) are made of a metal having high thermal conductivity, and the skin surface of the burning sensation caused by the treatment can be cooled by rolling.

Further, the cooling function is the same as that of the above embodiment, and may be a structure using a Boer tent element or a coolant used in advance after cooling the ice bank.

As shown in FIG. 6(b), the hair remover body (200) completely separates from the skin surface, and the two switch type drum bodies (201) and (202) cover the light-emitting portion (203). Safety can be provided while protecting the light-emitting portion (203). When the two switch drum bodies (201) and (202) are in the closed state, the capacitor portion will store electricity for the next light emission.

The operation of the hair remover body (200) is driven by the two switch type drum bodies (201) and (202). In other words, in the present embodiment, when the two switch type drum bodies (201) and (202) are pressed against the skin surface and opened to the left and right to the maximum, the light-emitting portion (203) will automatically emit light. In addition, when the two switch type drum bodies (201) and (202) are separated from the skin surface and closed toward the center, the operation switch (not shown) does not emit light.

In this embodiment, the two-switch type drum body (201), (202) may also be provided with a hair trimming device. That is, the dressing device has any function of shaving or hair removal, and simultaneously shaves or removes hair when the skin is pushed away.

As the dressing tool, a conventional hair removal function can be suitably used, such as a structure in which a rotatable roller blade is internally shaved, or a high-frequency hair removal structure in which a high frequency is applied to a hair root portion to remove hair. Wait.

Next, the hair remover body (300) of the third embodiment of the present invention is shown in the seventh figure. On the opposite side of the processing target portion of the hair remover body (300), two scrapers (301) and (302) are disposed on the left and right sides of the light emitting portion (303), and the two scrapers (301) and (302) respectively It consists of a fine scraper (301) for dressing and a rough scraper (302) for rough scraping.

According to the above configuration, the hair is swept on the hair of the treatment target portion in the state shown in Fig. 7(a), and the rough scraper (302) is subjected to preliminary hair removal in the state shown in Fig. 7(b). The rough scraper (302) can be pre-treated to a length suitable for the flashing of the light-emitting portion (303). Further, in the state shown in the seventh diagram (c), the light-emitting portion (303) generates a flash and then heats the hair root portion to perform a hair removal treatment.

After the flashing is completed, as in the state shown in the seventh diagram (d), the fine hair scraping knife (301) is used to trim the cold hair which is not easily removed by the flashing hair removal, and a continuous hair removal treatment is completed. The user touches and slides the hair remover body (300) with the skin, whereby the hair removal of the coarse doctor blade (302), the flash hair removal, and the trimming of the fine blade (301) can be sequentially performed.

In this embodiment, the two scrapers (301) and (302) may also have a cooling function. That is, the surface of the blade may be formed of a metal having a high thermal conductivity, or a cooling device using a pad electrode member and a coolant may be provided. The portion to be treated is cooled by cooling the rough scraper (302), and the perception is temporarily paralyzed to reduce the irritation caused by the light irradiation. Further, by cooling the fine blade (301), the portion to be treated which is irradiated with light is cooled, so that the treated skin is calmed.

The invention has been described above in terms of the preferred embodiments, and it should be understood by those skilled in the art that the present invention is not intended to limit the scope of the invention. It should be noted that variations and permutations equivalent to those of the embodiments are intended to be included within the scope of the present invention.

1‧‧‧Light-irradiated hair removal device 2‧‧‧Handheld 3‧‧‧Processing section 10‧‧‧Frame 11‧‧‧ Cover 11a‧‧‧ Right side cover 11b‧‧‧ left side cover Body 11c‧‧‧Top cover 11d‧‧‧Light irradiation part cover 12‧‧‧ Skin guide surface 13‧‧‧ Cooling device 14‧‧‧Illumination window 15‧‧‧Lighting section 16‧‧‧Fan 20 ‧‧‧Operation switch 21‧‧‧Power supply 22‧‧‧Power circuit board 30‧‧•Rechargeable battery 31‧‧‧Setting switch 130‧‧‧Board element 130a‧‧‧Heat absorption surface 130b‧‧‧ Heating surface 131‧‧‧Power cord 132‧‧‧ Radiator 132a‧‧‧Fabric part 150‧‧‧ Xenon lamp 151‧‧ Mirror 152‧‧ ‧Light source substrate 152a‧‧‧ Grid 153‧‧ ‧ Glass filter 154‧‧‧ Light guide plate 160‧‧‧ Intake port 161‧‧‧First air flow path 162‧‧‧Reflecting cover 163‧‧‧2nd gas Passage 164‧‧‧3rd airflow path 165‧‧‧Exhaust port 200‧‧‧Embrella body 201‧‧‧ Switching drum body 202‧‧‧ Switching drum body 203‧‧‧Lighting part 204‧‧‧ Switching mechanism 300‧‧‧Selector body 301‧‧‧Scraper 302‧‧‧Rough scraper 303‧‧‧Lighting part

The first figure is a perspective view showing the appearance of a light-irradiating type hair removal device of the present invention. The second figure is an external cross-sectional view of the light-irradiating type hair removal device of the present invention. Fig. 3 is a perspective view showing a light-emitting portion and a cooling device in a state in which the light-irradiating type hair removal device of the present invention is detached from the cover portion of the light-irradiating portion. The fourth figure is a schematic view of the flow direction of the airflow of the present invention. Fig. 5 is a schematic view showing the operation of the hair removal treatment according to the second embodiment of the present invention. Fig. 6 is a view showing the operation of the hair removal treatment according to the second embodiment of the present invention. Fig. 7 is a schematic view showing the operation of the hair removal treatment according to the third embodiment of the present invention.

1‧‧‧Lighting type hair removal device

2‧‧‧ grips

3‧‧‧Processing Department

11‧‧‧ Cover

11a‧‧‧The right side cover

11b‧‧‧ left side cover

11c‧‧‧Top cover

11d‧‧‧Lighting part cover

12‧‧‧ Skin guide surface

13‧‧‧Cooling appliances

14‧‧‧ illumination window

20‧‧‧Operator switch

31‧‧‧Set switcher

153‧‧‧glass filter

154‧‧‧Light guide plate

160‧‧‧ suction port

165‧‧‧Exhaust port

Claims (10)

A cosmetic device having at least one light-irradiating type hair removal device is configured to perform a hair removal treatment by irradiating light emitted from a light-emitting portion to a skin surface of a user, and has: a grip portion for holding by a user And a skin guiding surface for the user to contact the target site to be treated while being gripped; wherein the surface of the skin guiding surface is further provided with an illumination window for the light emitting portion to emit light; a cooling device for the user to cool the skin; and a fan that generates an air flow and simultaneously cools and cools the cooling device and the light emitting portion. The beauty device of claim 1, wherein the light-irradiating type hair removal device further has an air suction port that is brought into the air from the fan; and the air is exhausted from the device; The suction port leads to the first air flow passage of the cooling device; the second air flow passage from the cooling device to the light emitting portion; and the third air flow passage from the light emitting portion to the exhaust port. The beauty device of claim 2, wherein the light-irradiating hair removal device is further configured to provide the air inlet on an air suction surface of the skin guiding surface, and in the second air flow channel The fan is disposed at a midway position, and the exhaust port is provided on the skin guiding surface and an exhaust surface different from the suction surface. The cosmetic device of claim 3, wherein the light-emitting portion is a mirror having a light source and a pair of light sources disposed on the other side of the illumination window, the function of which is to be emitted from the illumination window. The direct light emitted from the portion and the reflected light reflected from the surface of the mirror, and the back surface of the mirror may be disposed on the second air flow channel. The cosmetic device according to any one of claims 2 to 4, wherein the cooling device is selected from the group consisting of a Pole member and a heat sink composed of the Pole member. The first air flow channel and the second air flow channel are disposed to contact the heat sink. The cosmetic device according to any one of the preceding claims, wherein the cosmetic device is further provided with an illuminating window forming the illuminating window portion, which can be sized according to different sizes of the illuminating window. The body adjusts the structure of the target portion to be treated or the amount of light irradiation. The cosmetic device according to any one of the preceding claims, wherein the cosmetic device further comprises a filter device, wherein the amount of illumination light can be adjusted on the side of the skin of the user relative to the light-emitting portion or wavelength. A cosmetic device having at least one light-irradiating type hair removal device is configured to perform a hair removal treatment by irradiating light emitted from a light-emitting portion to a skin surface of a user, and has: an illumination window portion for light emitted from the light-emitting portion And the at least two scraper bodies are disposed on a peripheral portion of the illumination window portion; wherein the scraper bodies are ones of the rough scrapers for a certain length of hair removal, and the other of the scraper bodies are used The cooling roller body is arranged on both sides of the irradiation window portion when the force is not applied downward, and when the cooling roller body is biased toward the skin surface, and is retracted upward, An opening and closing device that displaces both sides of the illumination window portion in a left-right open state. The cosmetic device of claim 8, wherein the cooling roller body is also configured to have a hair removal device or a shaving device. A cosmetic device having at least one light-irradiating type hair removal device performs a hair removal treatment on a skin surface of a user by light emitted from a light-emitting portion, and has: an illumination window portion for light emitted from the light-emitting portion And the at least two scraper bodies are disposed on a peripheral portion of the illumination window portion; wherein the scraper bodies are ones of the rough scrapers for a certain length of hair removal, and the other of the scraper bodies are used To trim the fine scraper.