KR20000063872A - Multi-wavelength hair medical system with semiconductor laser - Google Patents

Abstract

PURPOSE: A multi-wavelength hair treatment machine is provided which accesses damaged parts to emit a semiconductor laser collected from a hair cap without pause so that it treats various diseases generated in hair. CONSTITUTION: The multi-wavelength hair treatment machine using a semiconductor laser comprises the parts of: a power supply part(100) which supplies power to operate the hair treatment machine; a control part(110) which receives the licensed power, supplies each operation part and controls the entire system; a key handling part(120) which handles keys to increase power per wavelength, energy per wavelength, sound and time as wanted in corresponding with patients' state; a display part(130) which displays each input value and time in the control part; an emergency switch(140) which is pressed when the power supplied from the power supply part is excessively high and problems in operating system happens; a hair cap part(150) and a hand piece(160) which emit laser to perform an operation on injury part as the input value and time; and a laser operation lamp(170) which notifies users whether 3 kinds of wavelengths are emitted from the hand piece.

Description

Multi-wavelength hair medical system with semiconductor laser

The present invention relates to a hair promoting treatment device, and more particularly, the activation of the hair, scalp regeneration, hair follicle and hair root activation by applying a semiconductor laser having three different wavelengths from the hair cap located in close proximity to the wound site, The present invention relates to a multi-wavelength hair treatment device using a semiconductor laser that can be used to treat pain relief of the scalp, keratin, pores, inflammation, wrinkles, anti-aging of the skin, anti-dandruff, trauma and other diseases.

In general, hair activation, scalp regeneration, hair follicle and hair root activation, scalp pain relief, keratin, pores, inflammation, rashes, anti-aging, dandruff, trauma and other diseases are common in all ages. Side effects from hair dyes, hair damage, scalp damage, hair follicle and hair root damage, and pores are very common. However, in the past, as a method of treating these diseases, it has been consistently applied by applying ointment in parallel with drug treatment and washing the hair with shampoo.

When the ointment is used, it is difficult to apply the ointment because of the hair, and the ointment is absorbed up to the scalp and thus, the hair follicle or the hair root is quite difficult. And as the user applies directly, it is not only unpleasant and uncomfortable, but also unsanitary, and it takes a lot of time and places.

In addition, the method of washing the hair with the shampoo described above should not only apply the user directly, but also have to invest a lot of time and effort to wait until the medicine soaks and rinse the hair.

In the case of the above two cases, the effectiveness of the drug decreases and it is inconvenient to use several times, and depending on the user's constitution, there is a problem of exposure to side effects or diseases caused by another drug.

The present invention has been made in order to solve the above problems according to the conventional treatment, the object of the present invention, the laser of three wavelengths emitted from the hair cap, the activation of the hair, scalp regeneration, hair follicle and hair root activation, pain relief of the scalp The present invention provides a hair treatment device using a multi-wavelength semiconductor laser diode that can cure keratin, pores, inflammation, rashes, skin aging, dandruff removal, trauma and other diseases.

A multi-wavelength treatment device using a semiconductor laser according to the present invention for achieving the above object, in the multi-wavelength hair treatment device using a semiconductor laser, supply a commercial power for operating the multi-wavelength hair treatment device using the semiconductor laser A power supply unit, a control unit for receiving the commercial power output from the power supply unit and supplying it to each operation unit and controlling the entire system, and powering the three wavelengths as desired by the user by operating keys according to the wound state of the patient, The key operation unit for inputting and outputting energy, sound, and time to the control unit, the display unit for displaying the procedure value and time input to the control unit, and the commercial power output from the power supply unit are overpower or Emergency switch pressed in case of system malfunction A hair cap unit for treating a wound and changing and adjusting a spot size of a semiconductor laser having three different wavelengths according to the procedure value and time inputted to the controller, and whether the laser is emitted from the hair cap unit It consists of three laser operation lamps to inform the user of the main body including the power supply unit, the control unit, key operation unit, display unit, emergency switch.

1 is a block diagram of a hair treatment device using a multi-wavelength semiconductor laser according to the present invention,

2 is a detailed view of the key operation unit of FIG. 1;

3 is a detailed view of the display portion of FIG. 1;

Figure 4 is a detailed view of the hair cap portion of Figure 1,

5 is a detailed view of the handpiece of FIG.

6 is a detailed view of the main body of FIG. 1.

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

100: power supply unit, 110: control unit,

120: key operation unit, 130: display unit,

140: emergency switch, 150: hair cap,

160: handpiece, 170: laser operation lamp,

180: main body.

Hereinafter, a preferred embodiment of a multi-wavelength hair treatment apparatus using a semiconductor laser according to the present invention will be described with reference to the accompanying drawings.

1 is a block diagram of a multi-wavelength hair treatment device using a semiconductor laser according to the present invention.

As shown in FIG. 1, a power supply unit 100 for supplying commercial power for operating a multi-wavelength hair treatment device using a semiconductor laser and commercial power output from the power supply unit 100 are applied to each operation unit. In addition to supplying the control unit 110 to control the entire system, the user can operate the key (key) according to the wound state of the patient to increase or decrease the desired procedure value (wave power, energy, sound) and time The key operation unit 120 input to the control unit 110, the display unit 130 for displaying the procedure value and time input to the control unit 110 and the commercial power output from the power supply unit 100 Emergency switch 140, which is pressed when overpower or a problem occurs in the operation of the system, and the laser is emitted according to the operation value and time input to the control unit 110 to operate the wound site Hair cap 150 to change and adjust the spot size of the semiconductor laser having three different wavelengths, and the handpiece 160 and the hair cap to scan the wound by hand instead of the hair cap 150 Three laser operation lamps 170 to inform the user whether the laser is emitted from the 150 or the handpiece 160, the power supply unit 100, the control unit 110, the key operation unit 120, the display unit ( 130, comprising an emergency switch 140 and the main body 180 for connecting the hair cap 150 or the handpiece 160.

Since the hair cap 150 and the handpiece 160 are composed of an optical device lens and semiconductor lasers that are weak to impact, the hair cap 150 and the handpiece 160 should not be excessively impacted or dropped.

FIG. 2 is a detailed view of the key operation unit of FIG. 1.

As shown in FIG. 2, the key manipulation unit 120 includes a numeric key of "0 to 9" and a procedure value of the display unit 130 shown in FIG. 3 (by wavelength (red): 620 to 680 nm, Green: 500-530 nm, Blue: 450-490 nm) Used to adjust power (P), energy (E), time (T)) and sound (S) to your desired values. ▷ " " and " keys " and used to match functions of the treatment values (power P, energy E, time T) and sound S of the display unit 130. When the "Manual" key and the procedure values (power (P), energy (E), time (T) for each wavelength) and the sound (S) of the display unit 130 are set, press "Enter" to signify the completion of the setting. And the "START" key, which is used to enable the laser to be emitted from the hair cap 150 or the handpiece 160 to the wound of the patient while pressing the "Enter" key. When stopping at laser emission, during the laser emission Consists of "STOP" is key.

The wavelength-specific power P ranges from a minimum of 50 Hz to a maximum of 500 Hz, and the time T ranges from a minimum of 1 second up to 99 minutes 59 seconds.

4 is a detailed view of the hair cap part of FIG. 1.

As shown in FIG. 4, the hair cap unit 150 scans 120 semiconductor lasers per 40 wavelengths while rotating the procedure shown by the display unit 130 from 0 to 180 degrees to the wound site of the patient. And a band rotating part 153 for receiving a signal from the band support part 152 of the hemisphere supporting the half call band part 151 and the control part 110, and rotating the half call band part 151. It consists of a support 154 for connecting the hair cap 150 to the body 170.

FIG. 5 is a detailed view of the handpiece portion of FIG. 1. FIG.

As shown in FIG. 5, the handpiece unit 160 is a device which allows the procedure value shown in the display unit 130 to be used instead of the hair cap unit 150. 160 is a laser injection unit 161 consisting of 60 semiconductor lasers each having three wavelengths and a handle part 162 which allows the operator to directly hold the handpiece part 160 to directly treat the wound of the patient. It is composed.

6 is a detailed view of the main body of FIG. 1.

As shown in FIG. 6, the main part 181 including the power supply unit 100, the control unit 110, the key operation unit 120, the display unit 130, and the emergency switch 140 and the hair cap unit ( It is composed of a connecting portion 182 for connecting the 150 and the handpiece 160 and the adjusting unit 183 for adjusting the upper and lower left and right of the hair gap portion 150.

In addition, an external earth connection connector (not shown) and a power supply cord connector (not shown) are formed on a rear surface of the main body 180 of the multi-wavelength hair treatment device using the semiconductor laser.

In addition, the material of the exterior of the multi-wavelength hair treatment apparatus using the semiconductor laser is preferably made of an iron plate.

Referring to the operation of the multi-wavelength hair treatment device using a semiconductor laser according to the present invention configured as described above are as follows.

First, the user checks the patient's wounds (activation of the hair, regeneration of the scalp, activation of the hair follicles and hair roots, pain relief of the scalp, keratin, pores, inflammation, crumbs, skin aging, dandruff removal, trauma and other diseases) After that, commercial power is supplied to the multi-wavelength hair treatment apparatus using the semiconductor laser through the power supply unit 100. Subsequently, the user manipulates a key formed in the key manipulation unit 120 according to the wound state of the patient.

For example, when the wound of the patient is normal, the user presses the "▷" and "◁" keys of the key control unit 120 to select the wavelength-specific power P, which is a procedure value, and automatically the red (the first wavelength) ( P1) appears and press "1", "0" and "0" among the "0-9" numeric keys, and then press "Enter". Next, the second wavelength green (P2) will appear. Press "1", "0" and "0" among the 9 "numeric keys, and then press" Enter "key to display the third wavelength blue (P3), and again" 1 "," 0 "among the" 0 to 9 "numeric keys. Press "0" and "Enter" key.

Accordingly, the controller 110 displays P1 = 100 Hz, P2 = 100 Hz, and P3 = 100 Hz on the display 130.

If you press P1 = 100㎽ and press it incorrectly to get P1 = 170㎽, press the “◁” key to change the number by pressing “0” when the cursor moves under the “7” digit.

When the power of each wavelength "P1, P2, P3" value of the procedure is determined, the user presses the "Manual" key of the key operation unit 120 to select energy of the wavelength "E1, E2, E3" which is the procedure value in order. For each energy, press the desired value from the "0 to 9" numeric keys. Press "2", "0", "0".

Accordingly, the controller 110 displays E = 200.0J on the display 130. If you want to set E = 200.0J, press the wrong key to get E = 270.0J. When you move the cursor under the “7” digit, press “0” to change the number.

When the wavelength-specific energy "E1, E2, E3" of the procedure values is determined, the user presses the "Manual" key of the key control unit 120 to select the time T, which is the procedure value, and then the "0-9" numeric keys. Press "2", "0" and then "0" and "0".

Accordingly, the controller 110 displays T = 20: 00s on the display 130. If you want to set T = 20: 00, press the “◁” key to change the number when the cursor moves under the “7” digit.

When the time T of the procedure values is determined, the user selects SOUND by pressing the "Manual" key of the key operation unit 120 and is displayed as "X". "X" is displayed when operating without making a sound.

Subsequently, the user performs the procedure of the display unit 130 when the procedure value (power for each wavelength (P1, P2, P3), energy for each wavelength (E1, E2, E3), time (T)) and sound (S) are determined. When the value (power by wavelength (P1, P2, P3), energy by wavelength (E1, E2, E3), time (T)) and sound (S) are set, press the "Enter" key to confirm the setting.

Accordingly, the wavelength-specific power, wavelength-specific energy, and time of the laser emitted from the hair cap 150 are determined. Then, the user presses the "START" key of the key operation unit 120 after the hair cap 150 of the multi-wavelength semiconductor laser close to the wound site of the patient. Therefore, the multi-wavelength laser is emitted from the hair cap 150 to the wound site of the patient until the set time.

On the other hand, if the laser is emitted from the hair cap 150, the laser operation lamp 160 is lit for each wavelength. In addition, in order to stop the laser emitted from the hair cap 150, press the "STOP" key of the key control unit 120. If the operation of the hair cap 150 is abnormal or power is supplied to the multi-wavelength semiconductor diode laser, the emergency switch 140 is pressed to stop the system.

As described above, the present invention continuously activates the hair, regenerates the scalp, activates the hair follicles and the hair roots, and relieves the pain of the scalp by continuously applying a multi-wavelength semiconductor laser collected from a hair cap positioned in close proximity to the wound. Maximum cure effect can be achieved without side effects on keratin, pores, inflammation, rashes, skin aging, dandruff removal, trauma and other diseases.

In addition, the present invention not only ensures maximum safety for the patient using the most modern and sophisticated advanced technology, but also takes into account the emergency situation during treatment.

Claims (1)

In the multi-wavelength hair treatment device using a semiconductor laser, A power supply unit supplying commercial power for operating the multi-wavelength hair treatment device using the semiconductor laser; A control unit which receives the commercial power output from the power supply unit and supplies it to each operation unit and controls the entire system; A key manipulation unit which allows a user to manipulate keys to increase or decrease desired power values, wavelength-specific energy, wavelength-specific energy, sound, and time, according to the wound state of the patient, and input them to the controller; A display unit configured to display a procedure value and time input to the controller to a user; An emergency switch which is pressed when the commercial power output from the power supply unit is an excessive power source or a problem occurs in the operation of the system; A hair cap and a handpiece which laser is emitted according to the procedure value and time input to the control unit to treat the wound area; A laser actuating lamp for informing a user whether a three-wavelength laser is emitted from the hair cap and the handpiece; Multi-wavelength hair treatment device using a semiconductor laser, characterized in that