KR100912660B1 - Photo Rejuvenation and Whitening System - Google Patents

Abstract

The present invention relates to an IPL (Intense Pulse Light) light therapy device for rejuvenating skin, and specifically, to remove blemishes of skin and aging by using light and heat selectively absorbed by irradiating light (400-1200 nm) of xenon lamps. In order to improve fine wrinkles, it can be used in ordinary homes unlike the existing ones, and its structure is compact so that it can be carried easily so that it can be used easily regardless of the place, and rejuvenation and whitening effect that makes skin youthful As a portable skin lightening to provide aging IPL phototherapy device for the improvement of aging,

The specific solution of the portable skin care device using the present inventors,

"As a body (1) and a handpiece (2) connected by a flexible wire,

The upper surface is formed with a receiving groove 10 to seat the handpiece 2, the lower portion of the one side of the receiving groove 10 is provided with a power button unit 11 and the other side of the pulse number adjustment button 12 The upper part is provided with the number of use (pulse) and the cumulative display unit 13 for displaying the number of times of use (pulse) and the total number of use (pulse) of the handpiece (2). In the state, the main body 1 having a pulse adjusting display unit 14 having a number and a diagram (picture) showing the number of desired pulses of the user's handpiece 2 on the upper side,

One side is connected to the main body 1 by the wire, the other side is provided with an on / off button 20 on the upper surface and the inner side of the negative electrode terminal hole 210, (+) An inner guide 200 having electrode terminal holes 211, sensor terminal holes 212, and high voltage application terminal holes 213 are provided, and the motor 214 and the fan 215 are coupled to the lower side thereof. Handpiece frame 21,

Coupled to the inner guide 200, the negative electrode terminal hole 210, the positive electrode terminal hole 211, the sensor terminal hole 212, the high pressure terminal terminal 213 at the same position A cover body 22 having a through hole 220, a reflection plate 230, and a xenon lamp 231 are coupled to the inside thereof, and three through-edges of the rear corners of the cover body 22 are formed in the rear hole 220. (-) Electrode terminal pin (232), (+) electrode terminal coupled to the (-) electrode terminal hole 210, (+) electrode terminal hole 211, the high-voltage terminal terminal hole 213 through The pin 233, the high-pressure terminal pin 234 is integrally coupled and the other end of the lamp holder 23 and the fastening hole 235 is punched in the fastening hole 235 is fastened to the through hole 220 The sensor terminal pin 240 is integrally provided at one corner of one of the four corners of the rear corner so as to be coupled to the sensor terminal hole 212, and the irradiation hole 241 is perforated in the center. ) And the han The lamp cover body 25 in which the space 251 is perforated on both sides of the skin protector 252 so that the xenon lamp 231 can be irradiated to the front in the state where it is detachable from the piece frame 21 is provided. The combined lamp cartridge 26 consisting of a handpiece 2 detachably configured with the handpiece frame 21 ".

The present invention configured as described above can be used in ordinary homes unlike conventional ones in order to remove blemishes of skin and improve aging and fine lines by irradiating light rays of xenon lamps, and to make the structure compact and portable. It is easy to use without being concerned with, and it helps to rejuvenate the skin that can be easily used at home.

Handpiece, body, handpiece flame. Lamp holder, sensor unit, cover body, lamp cover body.

Description

IPEL phototherapy device for aging skin whitening portable {Photo Rejuvenation and Whitening System}

The present invention can be used in ordinary homes unlike conventional ones in order to remove blemishes of skin and to improve aging and fine wrinkles by irradiating light of xenon lamp (400-1200 nm), and to make the structure compact and portable. The present invention relates to an IPL light therapy device for improving aging of a portable skin lightening agent that rejuvenates skin that can be easily cared for.

In general, it is known that cosmetics have been used for cosmetics as a way to keep skin young and beautiful.However, even if cosmetics are added to the dermal layer no matter how high the bio-materials are added by the protein protective film constituting the skin layer of the human body As it was not absorbed, the skin improvement effect could not be guaranteed.

On the other hand, recently, cosmetic techniques using ION have been known, and various skin cosmetics have been developed. However, the size of the instrument is too large, making it difficult to carry, and the operation method is complicated and difficult to use. It was.

Recently, a method of enabling skin blemishes, skin structure improvement, vascular diseases, and hair removal using characteristics of light and heat has been widely used. That is, by irradiating a certain light and heat where the blemishes occur in the skin, light can be selectively absorbed to destroy the blemishes, thereby achieving a whitening effect.

However, since the conventional technology is an expensive professional phototherapy device, the output of the xenon lamp is high power, so the capacity is large and the high pressure generating device is relatively needed, and the machine size is too large, so that it can be used for personal use. There is a problem that there is a problem to apply a cooling device and ultrasonic gel to irradiate the skin using light and heat selectively absorbed by the target to be treated and irradiate the skin.

The present invention is to solve the above problems,

That is, the purpose of not only controlling the number of irradiation of the lamp oscillation but also controlling the intensity thereof and at the same time making it compact for easy use and storage and carrying can be used by the user anytime and anywhere without regard to the place. There is,

In addition, the present invention is effective by adjusting the intensity of the treatment freely according to the degree of skin trouble even in the same skin layer by adjusting the amount of light source by the user periodically or irregularly by using the xenon lamp as the light source. Another purpose is to make treatment possible,

The purpose of the assembly and separation of each component is easy to replace and repair the component is convenient and simple to promote economics that can be used for a long time.

Specific solution means for achieving the above object,

"Consisting of the handpiece (2) and the handpiece (2) connected by a flexible wire, the upper surface is formed with a receiving groove 10 to allow the handpiece 2 to be seated and one side lower portion of the receiving groove (10) The power button part 11 is provided, and the other side lower part is provided with the pulse number adjustment button 12, and the upper part of the handpiece 2 displays the number of companies (pulses) and the total number of uses (pulses). It is provided with the number of use (pulse) and the cumulative display unit 13, and in the divided state on the upper side of the pulse adjustment display unit showing the number of pulses of the user's handpiece (2) by the number and diagram (figure) ( 14 is formed on the main body 1, and one side is connected to the main body 1 by the electric wire on the other side is provided with an on / off button 20 on the outer upper surface and the inner corners (-) Electrode terminal hole 210, (+) electrode The inner guide 200 is provided with a magnetic hole 211, a sensor terminal hole 212, a high-pressure terminal terminal 213, respectively, the motor 214 and the fan 215 is coupled to the lower side Coupled to the handpiece frame 21 and the inner guide 200, the (-) electrode terminal hole 210, (+) electrode terminal hole 211, sensor terminal hole 212, high-voltage terminal terminal hole A cover body 22 having a through hole 220 at a position coinciding with 213, and a reflecting plate 230 and a xenon lamp 231 are coupled to the inside thereof, and the cover body is formed at each of the three corners of the back corner. (-) Electrode terminal pins penetrating through the through-hole 220 of (22) and coupled to the (-) electrode terminal hole 210, (+) electrode terminal hole 211, the high-voltage terminal terminal 213 ( 232, a lamp holder 23 in which the positive electrode terminal pin 233 and the high voltage applying terminal pin 234 are integrally coupled to each other, and the fastening hole 235 is drilled at the other edge thereof, and the fastening hole 235. Is fastened to the through hole 220 The sensor terminal pin 240 is integrally provided at one edge of one of the four corners of the rear corner so as to be coupled to the sensor terminal hole 212 after penetrating. In the state in which the handpiece frame 21 is detachable, a lamp cover body in which space portions 251 are perforated on both sides of the skin protector 252 so that the xenon lamp 231 can be irradiated on the front surface thereof ( In the IPL phototherapy device for improving skin whitening and aging, in which the lamp cartridge 26 to which the 25 is coupled is composed of the handpiece 2 detachably attached to the handpiece frame 21,
Inner guide 30 having a plurality of pushing bar through-holes 304 formed at the center of (-) electrode terminal hole 301, (+) electrode terminal hole 302, and high-pressure applying terminal hole 303, respectively )Wow,
The inner guide 30 is coupled to one side is connected to the main body (1) by the wire on one side is provided with an on / off button 300 on the outer upper surface and the plurality of through-bar through hole ( A ground terminal 314 is protruded at a position coinciding with 304, and a leaf spring 315 is formed at a front side separated from the ground terminal 314, and a motor 316 and a fan 317 are located below the ground terminal 315. The handpiece frame 31 is coupled to,
It is coupled to the handpiece frame 31 together with the inner guide 30 and penetrates through the pushing bar through hole 304 to press the leaf spring 315 to be grounded to the ground terminal 314. Pushing bar 320 is provided in the spaced apart state and the pushing bar cover 32, the hole 321 is drilled in each of the three corners,
The negative electrode terminal hole 301 and the positive electrode terminal hole penetrate the hole 321 of the pushing bar cover 32 while the reflecting plate 330 and the xenon lamp 331 are coupled to the inside thereof. (302), the (-) electrode terminal pin 332, (+) electrode terminal pin 333, the high-voltage terminal pin 334 coupled to the high-voltage terminal terminal 303 is integrally coupled to the back corner Lamp holder (33)
In front of the handpiece frame 31 and the lamp cover body 34 which is perforated on both sides of the skin protector 341 provided with a space 340 at the center so that the xenon lamp 331 can be irradiated. The above object can be attained by making a portable skin lightening IPL phototherapy device for improving aging ", which is composed of a handpiece 2 configured to be detachable.

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The present invention configured as described above can be used in ordinary homes unlike conventional ones in order to remove acne or other skin troubles, exfoliation and wrinkles of the skin by irradiating the light of the xenon lamp, and its structure is compact and portable. By doing so, it is easy to use without regard to the place and removes the waste accumulated deep in the skin.

While the invention has been shown and described with reference to certain preferred embodiments, the invention is not limited to the embodiments described above and does not depart from the spirit of the invention and has ordinary skill in the art to which the invention pertains. Various changes and modifications may be made by the user.

Hereinafter, the specific configuration and operation of the IPL light therapy device for improving the skin aging of the present inventors will be described with the drawings.

First of all, IPL is an abbreviation of Intensive Pulse Light, whereas conventional laser uses light of a certain wavelength coming from a specific medium, whereas IPL is a strong pulse type that has light with a certain range of wavelength band (400 ~ 1200nm). It is used in the clinical treatment of skin care, vascular lesions, hair removal, etc., which has been started in 1993 by ESC of the United States. The device using the IPL is composed of four components such as the selected wavelength band, the width of the pulse, the interval between the pulses, and the energy used. Therefore, the variable determining the effect of the treatment using the IPL is skin type (ie skin color). , The energy of the light to be irradiated, the wavelength of the light, and the time to be irradiated. In general, treatment is performed by adjusting these four variables depending on the lesion to be treated. In all cases, the more energy the better the treatment, the shorter the treatment time.

The present invention is to use the IPL effective to the skin as described above, as well as to be portable so that it can be used without regard to the place, the specific configuration is as follows.

Example 1

1 is a perspective view of the present invention portable skin lightening IPL phototherapy device for aging improvement, Figure 2 is a detailed perspective view of the handpiece frame in the present invention portable skin lightening aging IPL phototherapy device, Figure 3a is the present invention portable Figure 3b is an exploded perspective view of the handpiece in the IPL light therapy device for improving skin whitening aging, Figure 3b is an exploded perspective view of the handpiece seen from the back in the IPL phototherapy device for portable skin lightening aging improvement, Figure 4 is the present invention I is a block diagram of an IPL phototherapy device for aging and improving skin whitening.

This embodiment is a so-called electronic name can be described in detail,

This embodiment or the embodiment described below, or both of the present invention is composed of the handpiece 2 connected to the main body 1 and a flexible wire.

First, the reference numeral 1 designates a main body, and the main body 1 may be represented in various shapes without being limited thereto although it is represented in a circular form in FIG. 1.

As shown in FIG. 1, the main body 1 has an accommodating groove 10 formed thereon to allow the handpiece 2 to be seated on an upper surface thereof, and a power button unit 11 at one lower side of the accommodating groove 10. The lower side is provided with a pulse number adjusting button 12, and the upper part thereof has a number of use (pulse) for displaying the number of (pulse) and the total number of use (pulse) for one company of the handpiece (2). And a cumulative display unit 13, in which the pulse adjustment display unit 14 is formed on the upper side in the state partitioned therein, the number of pulses desired by the user of the handpiece 2 as a number and a diagram (picture). Configuration.

Specifically, the receiving groove 10, as mentioned in itself, performs a function for easy carrying, carrying, and storing by receiving the handpiece 2, which is a key component of the present invention described below. To do that,

Next, the power button unit 11 is a button for turning on / off the power as its name, and will be described in detail as shown in FIG.

The system driven by the main body 1 is first inputted by the input unit 100 and power supply unit 11 for inputting a set value by operating the operation panel when power is supplied by the power button unit 11. AC / DC converter 120 for driving the microcomputer 110 by converting the applied AC 220V input voltage to DC15V / DC5V voltage, rectifier 130 for rectifying the converted power, and the rectifier 130 The charging unit 140 to charge the rectified voltage to drive the xenon lamp 231, the control unit 150 to control and adjust according to the set value set from the input unit 100, and the charging unit 140 As the output unit 160 to instantaneously output the charged voltage to light the xenon lamp 231,

When the power is applied by operating the power button unit 11, the rectifying unit 130 rectifies and the rectified voltage is charged in the charging unit 140 and then through the control unit 150 according to the information input to the microcomputer 110 The xenon lamp 231 is turned on by outputting a voltage through the output unit 160 according to the controlled contents.

Of course, the overcurrent blocking fuse is provided in case the overcurrent flows, but is not shown.

In addition, in order to prevent a high heat is generated when the xenon lamp 231 emits light inside the handpiece 2 and the output of the xenon lamp 231 is rotated at a high speed by a fan to prevent the output from being deteriorated, the operation is not stopped, or the stop is stopped. It is provided with a device for cooling the will be described later.

In the above, the operation panel is referred to as the pulse number adjustment button 12, the use (pulse) number and the cumulative display unit 13 and the user's desired pulse to display the number of (pulse) and the total number of use (pulse) for one company It refers to the pulse adjustment display unit 14, which shows the number of times and the diagram (picture), the setting input of the desired set value to the user to the control panel as described above corresponds to the input unit (100).

The above-mentioned contents are the same as in the other embodiments described below, that is, Example 2.

Next, the reference numeral 2 indicates a handpiece which is the core of the present invention, and the handpiece 2 is largely,

It consists of the handpiece frame 21, the cover body 22, the lamp holder 23, the sensor unit 24, the lamp cover body 25, the cover body 22, the lamp holder 23, the sensor unit (24), the lamp cover 25 refers to the lamp cartridge 26 that can be separated and assembled as well as replace the respective components, as well as the four components are removable with the handpiece frame 21. This is as shown in Figs. 2 to 3b.

If this is described sequentially,

The handpiece frame 21 is provided with an on / off button 20 on an outer upper surface of the handpiece frame 21 connected to the main body 1 by the wires on one side thereof, and a negative electrode terminal on each of the inner edges thereof. The inner guide 200 is provided with a hole 210, a positive electrode terminal hole 211, a sensor terminal hole 212, and a high voltage applying terminal hole 213, respectively, and a motor 214 is disposed under the hole 210. And fan 215 are combined.

The inside of the (-) electrode terminal hole 210, the (+) electrode terminal hole 211, the sensor terminal hole 212, the high-pressure applied terminal hole 213 is known by a wire connected from the main body (1) An electric device for driving the power supply system and the other handpiece 2 is provided, and the description thereof is omitted in the present invention because it is a known technology rather than a problem within the scope of rights.

The role of the motor 214 and the fan 215 is to prevent the xenon lamp 231 emitting light from the inside of the handpiece 2 to generate high heat during light emission, thereby reducing output, malfunctioning or stopping. , Is a device that cools the heat of the xenon lamp (231).

Next, the cover body 22, which is one of the components of the lamp cartridge 26, is coupled to the handpiece frame 21, and the (-) electrode terminal hole 210 and the (+) electrode terminal hole 211. In addition, the through hole 220 is provided at a position coinciding with the sensor terminal hole 212 and the high-pressure applied terminal hole 213 to perform a function for protecting the lamp holder 23 described below.

Next, the lamp holder 23, which is one of the other components of the lamp cartridge 26, is mounted on the handpiece frame 21 with the cover member 22, and then mounted as the next component. 23) The reflection plate 230 and the xenon lamp 231 is coupled to the inside thereof, and the (-) electrode terminal hole 210 penetrates the through hole 220 of the cover body 22 to each of the three corners of the rear corners. ), (+) Electrode terminal holes 211, (-) electrode terminal pins 232, (+) electrode terminal pins 233, high voltage applied terminal pins 234 coupled to the high-voltage applied terminal holes 213 are It is integrally coupled and the other corner is a configuration in which the fastening hole 235 is perforated.

Next, the sensor unit 24, which is one of the other components of the lamp cartridge 26, is fastened to the fastening hole 235, passes through the through hole 220, and is coupled to the sensor terminal hole 212. The sensor terminal pin 240 is integrally provided at one corner of one corner and the irradiation hole 241 is perforated in the center.

The sensor unit 24 detects whether the handpiece 2 touches the user's skin after the power is applied, and presses the on / off button 20 of the handpiece 2 to the xenon lamp 231. By applying a voltage to the high voltage light source of the xenon lamp 231 substantially and repeatedly to emit a high voltage within a short time, it is to improve and heal the trouble and other wastes of the skin, that is, to remove blemishes of the skin and to age and fine lines. .

Next, in the case of the lamp cover body 25, which is one of the other components of the lamp cartridge 26, the fastening part 250 is provided at both sides to be detachably fastened to the handpiece frame 21, and the front face is provided. The lamp cover body 25 is coupled to the space portion 251 is perforated on both sides with the skin protector 252 so that the xenon lamp 231 can be irradiated.

Referring to the operation of this embodiment,

First, the user presses the power button unit 11 to supply power, and then adjusts the voltage of the light source to be emitted from the xenon lamp 231 and the number of times using the pulse number adjusting button 12 or at any time. It is also possible to adjust it every time you use it, and then touch the lamp cover body 25 of the handpiece 2 with the skin you want to heal while pressing the on / off button 20 provided on the handpiece 2 after the operation. When the sensor unit 24 detects the touch of the user's skin and outputs a high voltage for emitting a light source from the output unit 160, the xenon lamp 231 momentarily emits a light source having a high voltage. The high voltage light source is directly irradiated through the lamp cover body 25 through the space part 250 while passing through the irradiation hole 241 of FIG.

At this time, the operation of the pulse number adjustment button 12 can be freely performed for convenience, and the intensity of the pulse number can be expressed in the pulse adjustment display unit 14 so that the user can output the current voltage intensity and the frequency of the pulse number. In addition, it is possible to identify the number of (pulse) or total use (pulse) for one company (pulse) and the cumulative display unit 13 so that the Xenon lamp 231 can be replaced at other times. It can also detect when an element is replaced.

The assembly process of the present invention, first, the handpiece frame 21 is provided with (-) electrode terminal hole 210, (+) electrode terminal hole 211, sensor terminal hole 212, high-pressure terminal terminal hole 213. After coupling the cover body 22 to the upper surface of the lamp holder 23 and the sensor unit 24 is coupled to the (-) electrode terminal hole 210, (+) electrode terminal hole 211, sensor terminal (-) Electrode terminal pins 232, (+) electrode terminal pins 233, high voltage applying terminal pins 234, and sensor terminal pins in holes corresponding to the holes 212 and the high-voltage applying terminal holes 213, respectively. 240 may be coupled to each other, and the lamp cover body 25 may be coupled to the upper surface of the lamp holder 23 and the sensor unit 24.

Example 2

Figure 5a is a perspective view of a separate handpiece showing another embodiment of the handpiece in the present invention portable skin lightening aging improvement IPL, Figure 5b is a handpiece in the present invention portable skin lightening aging improvement IPL phototherapy Figure 6 is a perspective view of the separation of the handpiece of another embodiment seen from the back, Figure 6 is a state diagram showing the bonding process of another embodiment in the IPL light therapy device for improving the skin aging of the present invention.

The present embodiment is the same as the first embodiment and the main body 1, but the difference in the configuration of the handpiece 2, specifically,

Inner guides having a plurality of pushing bar through-holes 304 in the center of the negative electrode terminal hole 301, the positive electrode terminal hole 302, and the high-pressure applying terminal hole 303, respectively, 30) is formed,

The inner guide 30 is coupled to one side is connected to the main body (1) by the wire on one side is provided with an on / off button 300 on the outer upper surface and the plurality of through-bar through hole ( The ground terminal 314 is protruded at a position coinciding with 304, and a leaf spring 315 is formed at a front side spaced apart from the ground terminal 314, and a motor 316 and a fan 317 are formed at a lower side thereof. The handpiece frame 31 which is coupled is provided.

It is coupled to the handpiece frame 31 together with the inner guide 30 to push the plate spring 315 through the pushing bar through hole 304 to push the plate spring 315 to the ground terminal 314 so as to be grounded. In the state in which the bar 320 has three holes, the holes 321 are drilled in the three corners, and the pushing bar cover 32 is provided.

The negative electrode terminal hole 301 and the positive electrode terminal hole penetrate the hole 321 of the pushing bar cover 32 while the reflecting plate 330 and the xenon lamp 331 are coupled to the inside thereof. 302, the lamp holder (-) electrode terminal pins 332, (+) electrode terminal pins 333, high-voltage application terminal pins 334 coupled to the high-pressure terminal terminal 303 is integrally coupled ( 33).

Next, fastening parts 342 are provided at both sides to be detachably attached to the handpiece frame 31, and a skin part 340 is provided at the center so that the xenon lamp 331 can be irradiated at the front. A lamp cartridge 35 having a lamp cover body 34 drilled on both sides of the guard 341 is formed.

That is, the pushing bar cover 32, the lamp holder 33, and the lamp cover body 34 are components of the lamp cartridge 35.

That is, in the present embodiment, as shown in FIG. 6, the leaf spring 315 plays a key role of applying power, and the high voltage divergence and pulse number adjustment of the xenon lamp 331 are adjusted by the pulse number of the main body 1. It is made possible by the button 12, unlike Example 1, it can be mechanically named.

In more detail about the operation of this,

The working relationship of the present embodiment is omitted because the functions of the first embodiment and the main body are almost the same, and only the handpiece 2 will be described.

That is, in the present embodiment, unlike the first embodiment, as the sensor unit or the cover body is omitted, power is applied as a separate component.

While the inner guide 30 is coupled to the handpiece frame 31, the pushing bar cover 32 is coupled to the pushing bar through hole 304 formed in the inner guide 30, and at the same time, the pushing bar through hole is formed. As the pushing bar 320 formed on the pushing bar cover 32 via the 304 presses the leaf spring 315 to allow the leaf spring 315 to be grounded to the ground terminal 314.

First, (-) electrode terminal pins 332, (+) electrode terminal pins 333, and the high voltage application terminal pins 334 are formed in the holes 321 provided in the three corners of the pushing bar cover 32. The lamp cover body 34 and the inner side of the lamp cover body 34 with the lamp holder 33 and the pushing bar cover 32 coupled to the lamp cover body 34. 30, the (-) electrode terminal pins 332, (+) electrode terminal pins 333, the high-pressure terminal pins 334 are coupled to the inner guide 30 in the combined handpiece frame 31 The inner guide is formed through the negative electrode terminal hole 301, the positive electrode terminal hole 302, and the high-pressure terminal terminal hole 303 at the same time, and the pushing bar 320 formed on the pushing bar cover 32. 30 through the pushing bar through-hole 304 and thus the pushing bar 320 presses the leaf spring 315 provided in the handpiece frame 31 so that the leaf spring 315 is connected to the ground terminal 314. Grounded) will be.

In such a state, pressing the on / off button 300 provided on the outer circumferential upper surface of the handpiece frame 31 is to enable the application of power.

That is, the lamp holder 33 is coupled to the handpiece frame 31 and at the same time, such an operation is performed. As a result, power is always applied in the structure of the handpiece 2, and in order to substantially supply power. Power is substantially supplied by the operation of the power button unit 11 of the main body 1, and when the power is supplied in this way, the handpiece 2 is in a state of being supplied with power. When pressing the off button 300, the light source of the xenon lamp is emitted regardless of whether it touches the user's skin.

 This is as shown in FIG. 6.

Preferably applied to both embodiments 1 and 2, the upper surface of the handpiece frame (21, 31) is provided with a mesh of a flexible synthetic resin material as an insulator to fasten and replace the lamp holder (23, 33) It is also considered that it is a desirable technical configuration to allow a worker to minimize damage due to electric shock or other voltage.

The present invention relates to a skin care device, and in particular, to a portable skin care device that can be conveniently used without being tied to the place is easy to carry.

1 is a perspective view of the present inventors portable skin lightening IPL phototherapy for aging improvement,

Figure 2 is a detailed perspective view of the handpiece frame in the present invention portable skin lightening IPL phototherapy device for aging improvement,

Figure 3a is an isolated perspective view of the handpiece in the present invention portable skin lightening IPL phototherapy device for aging improvement,

Figure 3b is an exploded perspective view of the handpiece seen from the back in the present invention portable skin lightening IPL phototherapy device for aging,

Figure 4 is a block diagram of the present inventors portable skin lightening IPL light therapy for aging,

Figure 5a is a handpiece separation perspective view showing another embodiment of the handpiece in the present invention portable skin lightening IPL phototherapy for aging improvement,

Figure 5b is a perspective view of the handpiece of another embodiment of the present invention seen from the back of the handpiece in the IPL phototherapy device for aging skin care of the present invention,

Figure 6 is a state diagram showing the bonding process of another embodiment in the IPL light therapy device for improving the skin aging of the present inventors.

Explanation of symbols on the main parts of the drawings

          1: body 2: handpiece

         10: receiving groove 11: power button

         12: pulse number adjustment button

         13: number of times of use (pulse) and cumulative display

         14: pulse adjustment display unit 20: on / off button

         21: handpiece frame 22: cover body

         23 lamp holder 24 sensor unit

         25 lamp cover body 26 lamp cartridge

         30: inner guide 31: handpiece frame

         32: pushing bar cover 33: lamp holder

         34 lamp cover body 35 lamp cartridge

        100 input unit 110 microcomputer

        120: converter 130: rectifier

        140: charging unit 150: control unit

        160: output unit 200: inner guide

        210: (-) electrode terminal hole 211: (+) electrode terminal hole

        212: sensor terminal hole 213: high voltage terminal hole

        214: motor 215: fan

        220: through hole 230: reflecting plate

        231: xenon lamp 232: (-) electrode terminal pin

        233: (+) electrode terminal pin 234: high voltage terminal pin

        235: fastening hole 240: sensor terminal pin

        241 irradiation hole 250 fastening part

        251: space part 252: skin protector

        300: on / off button 301: (-) electrode terminal hole

        302: (+) electrode terminal hole 303: high voltage terminal hole

        304: Pushing bar through hole 314: Grounding terminal

        315: leaf spring 316: motor

        317 fan 320 push bar

        321: hole 330: reflector

        331 xenon lamp 332: (-) electrode terminal pin

        333: (+) electrode terminal pin 334: high voltage terminal pin

        340: space part 341: skin protector

        342: fastening portion

Claims (3)

It consists of a handpiece (2) connected to the main body (1) by a flexible wire, the upper surface is formed with a receiving groove (10) to be seated on the handpiece (2) and on the lower side of one side of the receiving groove (10) The power button unit 11 is provided, and the lower part of the other side is provided with a pulse number adjusting button 12, and the upper part of the handpiece 2 displays the number of times of use (pulse) and the total number of times of use (pulse). The number of use (pulse) and the cumulative display unit 13 is provided, and the pulse adjustment display unit 14 showing the number of desired pulses of the user's handpiece 2 on the upper side in the state of being partitioned therein in number and diagram (Fig. Shape). Is formed on the main body 1 and one side is connected to the main body 1 by the wires, and the other side is provided with an on / off button 20 on the outer upper surface and a negative electrode on the inner side of each of the (-) electrodes. Terminal hole 210, positive electrode The inner guide 200 is provided with a magnetic hole 211, a sensor terminal hole 212, a high-pressure terminal terminal 213, respectively, the motor 214 and the fan 215 is coupled to the lower side Coupled to the handpiece frame 21 and the inner guide 200, the (-) electrode terminal hole 210, (+) electrode terminal hole 211, sensor terminal hole 212, high-voltage terminal terminal hole A cover body 22 having a through hole 220 at a position coinciding with 213, and a reflecting plate 230 and a xenon lamp 231 are coupled to the inside thereof, and the cover body is formed at each of the three corners of the back corner. (-) Electrode terminal pins penetrating through the through-hole 220 of (22) and coupled to the (-) electrode terminal hole 210, (+) electrode terminal hole 211, the high-voltage terminal terminal 213 ( 232, a lamp holder 23 in which the positive electrode terminal pin 233 and the high voltage applying terminal pin 234 are integrally coupled to each other, and the fastening hole 235 is drilled at the other edge thereof, and the fastening hole 235. Is fastened to the through hole 220 The sensor terminal pin 240 is integrally provided at one edge of one of the four corners of the rear corner so as to be coupled to the sensor terminal hole 212 after penetrating. In the state in which the handpiece frame 21 is detachable, a lamp cover body in which space portions 251 are perforated on both sides of the skin protector 252 so that the xenon lamp 231 can be irradiated on the front surface thereof ( In the IPL phototherapy device for improving skin whitening and aging, in which the lamp cartridge 26 to which the 25 is coupled is composed of the handpiece 2 detachably attached to the handpiece frame 21, Inner guide 30 having a plurality of pushing bar through-holes 304 formed at the center of (-) electrode terminal hole 301, (+) electrode terminal hole 302, and high-pressure applying terminal hole 303, respectively )Wow, The inner guide 30 is coupled to one side is connected to the main body (1) by the wire on one side is provided with an on / off button 300 on the outer upper surface and the plurality of through-bar through hole ( A ground terminal 314 is protruded at a position coinciding with 304, and a leaf spring 315 is formed at a front side separated from the ground terminal 314, and a motor 316 and a fan 317 are located below the ground terminal 315. The handpiece frame 31 is coupled to, It is coupled to the handpiece frame 31 together with the inner guide 30 and penetrates through the pushing bar through hole 304 to press the leaf spring 315 to be grounded to the ground terminal 314. Pushing bar 320 in the spaced apart state is provided with a pushing bar cover 32, the hole 321 is drilled in each of the three corners, The negative electrode terminal hole 301 and the positive electrode terminal hole penetrate the hole 321 of the pushing bar cover 32 while the reflecting plate 330 and the xenon lamp 331 are coupled to the inside thereof. (302), the (-) electrode terminal pin 332, (+) electrode terminal pin 333, the high-voltage terminal pin 334 coupled to the high-voltage terminal terminal 303 is integrally coupled to the back corner Lamp holder (33) In front of the handpiece frame 31 and the lamp cover body 34 which is perforated on both sides of the skin protector 341 provided with a space 340 at the center so that the xenon lamp 331 can be irradiated. Portable skin whitening IPL light therapy device, characterized in that consisting of a detachable handpiece (2). delete delete

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