KR100982243B1 - Hair management apparatus for preventing hair loss - Google Patents

Abstract

PURPOSE: A scalp management device is provided to improve the effect of scalp massage by forming grooves on the conductive terminal of a probe. CONSTITUTION: A waveform generation part(10) generates a high frequency waveform for the generation of deep heat. A control part(20) controls the output waveform of the waveform generation part. A setting part executes the setting of a user for the operation of the control part. A waveform output part(60) outputs a waveform which is generated from the waveform generation part. A scalp management electrode part(100) applies a high frequency waveform to a body. A plate(300) is contacted with the body in order to transfer a high frequency waveform to the body.

Description

Hair Management Apparatus for Preventing Hair Loss {Hair Management Apparatus for Preventing Hair Loss}

The present invention relates to a scalp management device for improving hair loss, and more particularly, to a scalp management device that has a stable use and improves efficiency in managing alopecia for each type of hair loss.

Hair loss management using electrical energy is a field of medical science that diagnoses, treats and manages diseases of the human body using electricity such as DC / AC / pulsation current. The biggest advantage of the hair loss management method using electric energy is that the internal lesion can be treated without physical treatment by causing the electrical change inside the human body by electrical stimulation from the outside by using the characteristics of the body medium and the electrical conduction phenomenon. By using the phenomena and characteristics of the body, it can be beneficially used for hair loss management by causing electrical changes in the human body by electrical stimulation from the outside.

A general electrotherapy device uses a method of attaching a plurality of small ceramic pads as an output device for applying electrical stimulation to body parts such as waist, abdomen, leg shoulder, sole of the body, and the like. The electrotherapy device using the ceramic pad is designed to be attached to the body by using an adhesive or a belt on the frequency input terminal under the management of experts, and for this reason, it is restricted to be used only in a specific medical institution such as a hospital.

In order to improve this problem, one of the inventors of the present application proposed a scalp management device (Registration Room No. 20-0355189) for improving hair loss, which is easy to use on July 03, 2004. Although the scalp management device for improving hair loss can be made easier for the general public, the necessity for improving the electrolysis is insufficient due to the lack of a function to perform the microscopic electrotherapy according to the characteristics of the user.

And the above design has the disadvantage that the effect of the scalp massage is limited by using a waveform having the same output value for the same stimulus point.

In addition, in the case of hair loss management using the scalp management device for improving hair loss, improvement of the keratin of the scalp can be seen in advance, and it is time-consuming and inconvenient to manage the keratin improvement of the scalp separately. do. In addition, according to the fact that the scalp management device for improving hair loss can be easily used by the public, it is required to improve the stability of the scalp management device for improving hair loss.

The present invention has been made to solve the problems of the prior art and the necessity of technology development, and to provide a scalp management device for hair loss improvement that can perform fine hair loss management according to the characteristics of the user There is a purpose.

Another object of the present invention is to provide a scalp management device for improving hair loss that can increase the effect of scalp massage by using waveforms having different output values at the same time even for the same stimulus point.

It is also an object of the present invention to provide a scalp management device for hair loss improvement that can simultaneously perform keratin improvement of the scalp to improve hair loss.

At the same time, the object of the present invention is to provide a scalp management device for improving hair loss that can be easily and safely used by the general public.

In order to achieve the above object, the scalp management device for hair loss improvement according to the present invention includes: a waveform generator for generating a high frequency waveform for hair loss management; A waveform output unit for transferring the waveform of the waveform generator to the human body well; A controller for controlling an output waveform of the waveform generator; A setting unit for setting a user for the operation of the control unit; A scalp management electrode unit configured to output a waveform generated by the waveform generating unit and include a probe including a conductive terminal having one or more grooves in an area of contact with the body and an insulator surrounding the conductive terminal; And a pole plate corresponding to the probe to be in contact with the body so that current due to the waveform output from the probe passes through the human body.

The groove of the scalp management electrode portion may be set at a ratio of 70% to 90% as compared with the width of the protrusion where the groove is not formed.

The scalp management electrode unit may include a first conductive part receiving a waveform from the waveform generating part; A first housing surrounding the first conductive portion; A second conductive part spaced apart from the first conductive part and facing the conductive terminal of the probe; And a second housing disposed to enable vertical movement within the first housing and surrounding the second conductive portion. Accordingly, the first and second conductive parts may be electrically connected when the probe contacts the body.

The second housing may further include a temperature sensor for detecting a body temperature of a portion where the probe contacts.

In addition, the scalp management device for improving hair loss according to the present invention may further include an ultrasonic generator for generating an ultrasonic wave having a frequency of 800kHz to 1200kHz and applying it to the scalp management electrode.

The scalp management device for improving hair loss according to the present invention may further include a memory unit for storing user's personal information and body information. Based on the data of the memory unit, the scalp management device for improving hair loss ensures that the output waveform of the waveform generator generated by the waveform generator is well transmitted to the human body and is output when the output value generated by the waveform generator exceeds a predetermined output value range. Waveform output unit for blocking the may be further provided.

As described above, according to the present invention, a fine hair loss management can be performed according to the characteristics of the user by the memory unit storing the user's information.

Further, by stamping the groove in the conductive terminal of the probe, the effect of the scalp massage can be increased by using a waveform having a different output value at the same time even for the same magnetic pole point.

In addition, the scalp management device for improving hair loss according to the present invention can maximize the effect of improving hair loss for improving hair loss by simultaneously performing keratin improvement of the scalp to be preceded to improve hair loss using an ultrasonic generator.

At the same time, the use of the structure of the scalp management electrode that can apply high frequency only when used, including the temperature sensor that can sense the temperature of the body can be used more easily and safely.

1 is a block diagram showing a scalp management device for improving hair loss according to the present invention.
2 and 3 are cross-sectional views showing the scalp management electrode unit according to the present invention.
4 is a plan view showing a conductive terminal according to the present invention;
5 is a plan view of the electrode plate according to the present invention.
Figure 6 is a perspective view showing an embodiment of a scalp care device for improving hair loss according to the present invention.

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

1 is a block diagram showing a scalp care device for improving hair loss according to the present invention.

1, the scalp management device for improving hair loss according to the present invention includes a waveform generator 10, a controller 20 for controlling the waveform generator 10, and a waveform output unit 60 for outputting a waveform. And a scalp management electrode unit 100 and a pole plate 300 for applying the waveform via the waveform output unit 60 to the body.

The waveform generator 10 generates a high frequency waveform for generating deep heat. The waveform generator 10 may include a basic waveform generator 12, a waveform modulator 14, and a waveform amplifier 16. The basic waveform generator 12 generates several waveforms. The waveform modulator 14 converts the waveform generated by the basic waveform generator 12 into various waveforms suitable for the patient's hair loss situation by the signal of the controller 20. The various waveforms via the waveform modulator 14 are amplified in magnitude through the waveform amplifier 16. As such, the conditions for amplifying the size of the various waveforms may be adjusted by the user's setting, which may be based on a condition based on the user's body characteristics.

The setting unit 30 sets the voltage / current and the frequency of the output waveform for generating the deep heat output from the waveform generator 10. The setting unit 30 may be directly input by the user, or may be automatically set by the user information stored in the memory unit 40.

The controller 20 controls the output voltage, the operation time, and the like by the operation of the setting unit 30. That is, the basic waveform generator 12 generates a fundamental wave, and the waveform modulator 14 modulates the waveform into a waveform that meets the needs of the controller 20, and the waveform amplifier 16 amplifies the power of the waveform. A series of operations may be performed by the controller 20.

In addition, the controller 20 may block the operation of the waveform generator 10 according to a specific signal applied from the overcurrent / overvoltage detector 74 and the temperature detector 200. That is, when an abnormal voltage / current is detected by the overcurrent / overvoltage detector 74, the overcurrent / overvoltage detector 74 applies a signal to the controller 20, and the controller 20 controls the output blocker 72 to form a waveform. The operation of the generation unit 10 is blocked. In addition, when the temperature of the body detected by the temperature detector 200 exceeds the proper temperature range of 39 ° C. to 45.5 ° C., the controller 20 operates the waveform generator 10 to prevent damage to skin cells. Can be stopped. For example, the temperature detector 200 may stop the operation of the waveform generator 10 when the temperature of the body exceeds 45.5 ° C.

The memory unit 40 stores user's personal information and body characteristics. That is, the personal information of the user may be personal information capable of identifying and determining a specific person. The body characteristic information of the user may also be information on the use of the present invention, in particular, the condition of the hair. The state information of the user hair is information on the type of hair loss of the user, and may include information on six general types of hair loss. The memory unit 40 may be embedded in a scalp management device for improving hair loss of the present invention, or may be implemented using an external removable memory.

The waveform output unit 60 is for applying the waveform generated by the waveform generator 10 to the scalp management electrode unit 100, and the waveform generated by the waveform generator 10 to the scalp management electrode unit 100. To apply, by using the transform and the resonant circuit to effectively transmit the waveform generated by the waveform generator 10 to the human body, it may be implemented in the form of an electrical terminal coupled to the scalp management electrode unit (100). . In addition, the waveform output unit 60 blocks the output through the control unit 20 when the output value generated by the waveform generator 10 exceeds a predetermined output value range.

The ultrasonic generator 80 generates ultrasonic waves and applies them to the scalp management electrode unit 100. Ultrasound is a high-speed massage of the skin tissue, which facilitates the removal of the stratum corneum in the scalp and hair follicles by smoothing the lymphatic flow and metabolism of the skin tissue. The ultrasonic generator 80 preferably generates ultrasonic waves having a frequency of 800 kHz to 1200 kHz to be suitable for activation of the skin. This is related to the cleaning of the scalp surface and pores using ultrasonic waves and the frequency of ultrasonic waves suitable to generate heat through physical action on the scalp surface.

Scalp management electrode unit 100 is an electrode unit in contact with the site to be treated in the human body. The scalp management electrode unit 100 may be connected to the probe and the probe in contact with the body may include a handle for the user to easily handle the probe.

2 is a cross-sectional view showing a handle portion, Figure 3 is a cross-sectional view showing a probe.

Referring to FIG. 2, the handle part may include a housing 130 surrounding the first and second conductive parts 110 and 120 and the first and second conductive parts 110 and 120 to transmit the waveform. The first conductive part 110 and the second conductive part 120 are disposed to be spaced apart from each other with their ends facing each other. That is, the first housing 132 and the second housing 134 may be spaced apart from each other by the spring 140 connecting the first and second housings 132 and 134. In addition, a first fastening pattern 122 for fastening with the probe is formed under the second conductive part 120. The first fastening pattern 122 may be implemented in the form of a male screw. The first conductive part 110 may be coupled to the first housing 132 in a fixed state. In addition, the second conductive part 120 may be coupled to be fixed to the second housing 134 disposed inside the first housing 132. In this case, the second housing 134 is implemented to be movable vertically in the first housing 132.

Referring to FIG. 3, the probe surrounds the conductive terminal 150 and the conductive terminal 150 on which the second coupling pattern 122 corresponding to the first coupling pattern 122 of the second conductive portion 120 is formed. It may include an insulator 160. The conductive terminal 150 may be implemented in a circular shape. At this time, the diameter of the conductive terminal 150 may be formed in the size of 25mm to 35mm. That is, the size of the conductive terminal 150 may be appropriately selected according to the head of the user.

The groove 170 is formed on a surface of the conductive terminal 150 that contacts the body. The groove 170 may be formed in a circular shape spaced apart from the center of the conductive terminal 150 as shown in FIG. In addition, the groove 170 of the conductive terminal 150 may be formed in one or more numbers. The width of the groove 170 may be set at a ratio of 70% to 90% of the width of the protrusion to optimize the waveform output from the conductive terminal and the heat applied to the body. In this way, the output value of the waveform acts differently in the region where the conductive terminal 170 is in contact with the body by the groove of the conductive terminal 150. Accordingly, when the scalp massage using the probe, the stimulation point is changed, thereby maximizing the hair loss improving effect.

Although not shown in the drawings, a space formed by the groove 170 in the coupling of the conductive terminal 150 and the insulator 160 may be filled with any one or two or more combination materials of a conductive adhesive, a lubricant, and an electrolytic material. Such conductive adhesives or electrolytic materials can facilitate the transfer of corrugation and heat to the scalp.

In addition, the conductive terminal 150 may be coated using a ceramic containing an organic germanium component. Accordingly, the efficiency of hair loss management is increased, and the organic germanium component can penetrate the scalp, thereby increasing the hair loss improving effect.

In addition, the scalp management electrode unit 100 may include a temperature sensor 200 in the vicinity of the conductive terminal 150 in contact with the body. The temperature sensor 200 is implemented by the above-described temperature detection unit 200, may be any of the known temperature sensor.

In addition, the scalp management electrode unit 100 coupled by the first and second fastening patterns 122 and 152 is disposed so that the first and second conductive units 110 and 120 are spaced apart from each other so that the user does not use the probe. The waveform is not transmitted through. When the user closely attaches the probe to the body, the probe and the second conductive part 120 coupled with the probe are electrically contacted with the first conductive part 110 as the lift rises, thereby transmitting a waveform through the probe.

The electrode plate 300 corresponds to the above-described scalp managing electrode unit 100 to transmit a waveform to the body, and may be implemented in the form as shown in FIG. 5. That is, referring to FIG. 5, the pole plate 300 may be implemented in a form in which the insulating rubber 320 surrounds the edge of the pole plate to which the plurality of metal bodies 310 are coupled. As the electrode plate 300 is composed of a combination of a plurality of metal bodies 310, it may be easy to adjust the overall size of the electrode plate 300. In general, the pole plate 300 is attached to the abdomen portion is advantageous in large size, but if the initial size of the pole plate 300 is excessively large, depending on the user, the pole plate 300 may not completely contact the skin may occur Can be. However, since the pole plate 300 is composed of a plurality of metal bodies 310 as described above, it is easy to adjust the size of the entire pole plate 300, and thus the pole plate 300 may be smoothly contacted according to user fluctuations.

Figure 6 is a perspective view showing an embodiment of a scalp care device for hair loss improvement according to the present invention as described above.

Referring to FIG. 6, the configuration of the waveform generator 10 and the controller 20 may be implemented in the main body 99. In addition, a power cable 7 may be connected to the main body 99 to receive power. In addition, the scalp management electrode unit 100 and the electrode plate 300 may be connected to the main body 99 through the first and second cables 101 and 301, respectively, for electrotherapy using high frequency through direct contact with the body. The first and second cables 101 and 301 may be coated with an insulated wire in which a shielding shield is embedded. Accordingly, it is possible to improve that the high frequency flowing out of the insulated wire interferes with the waveform transmitted directly to the human body.

Looking at the method and principle of hair loss management as part of the electrical treatment using a scalp management device for hair loss improvement according to this embodiment as follows.

The output voltage generated by the waveform generator 10 and applied to the probe is an AC voltage of 1.5 kV to 3.0 kV and an output frequency is 150 kHz to 400 kHz. The temperature of the deep heat penetrating the scalp by this waveform can be maintained at 39 ℃ to 45.5 ℃. At this time, the average input current is 0.1 to 0.8A. And the output frequency for generating deep heat can be set in three stages by the type of hair loss. For example, the output frequency may be divided into 150 kHz to 200 kHz, 200 kHz to 300 kHz, and 300 kHz to 400 kHz. In this case, each step may be selected by a user's setting or user characteristics stored in the memory unit 40.

These waveforms are transmitted to the scalp through the probe and moved to the electrode plate, and the frequency waveform is resonated in the human body to induce vibration of molecules constituting the tissue. Increasing the local temperature caused by heat by vibration of body tissue molecules by 5 ° C to 6 ° C results in a 50% to 100% increase in blood flow. In other words, the increase in local temperature promotes metabolism, increases blood flow, stimulates hair follicles in hair follicles, and increases blood flow in capillaries, thereby improving hair loss due to nutrient supply and oxygen increase.

In particular, the scalp management device for improving hair loss according to the present invention can increase the hair loss improving effect by the massage effect using a waveform having different output values at the same point by the groove formed in the probe.

In addition, by performing the ultrasonic massage to the probe to remove the keratin of the scalp surface, it can be effective to improve hair loss by inducing the hair root to penetrate the stratum corneum.

As described above, the present invention has been described with reference to a preferred embodiment, but is not limited to the above-described embodiment and variously modified by those skilled in the art without departing from the gist of the present invention. Changes and corrections will be possible.

110, 120: first and second conductive portion 130: housing
150: conductive terminal 200: temperature sensor

Claims (8)

delete A waveform generator for generating a high frequency waveform for generating deep heat for hair loss management;
A controller for controlling an output waveform of the waveform generator;
A setting unit for setting a user for the operation of the control unit;
A waveform output unit configured to output the waveform generated by the waveform generator;
Connected to the waveform output unit for applying the high-frequency waveform to the body, one or more grooves are formed in the surface of the contact portion, the groove is 70% compared to the width of the protrusion is not formed groove A scalp management electrode part implemented as a probe including a conductive terminal set at a ratio of about 90% to about 90%, and an insulator surrounding the conductive terminal; And
And a pole plate through which the current generated by the waveform output from the probe passes through the human body by coming into contact with the body in correspondence with the probe. A waveform generator for generating a high frequency waveform for generating deep heat for hair loss management;
A controller for controlling an output waveform of the waveform generator;
A setting unit for setting a user for the operation of the control unit;
A waveform output unit configured to output the waveform generated by the waveform generator;
A scalp management electrode connected to the waveform output unit for applying the high frequency waveform to a body, the scalp management electrode being a probe including a conductive terminal having one or more grooves in a surface of a contacting body and an insulator surrounding the conductive terminal. part; And
And a pole plate corresponding to the probe to be in contact with the body so that current caused by the waveform output from the probe passes through the human body.
The scalp management electrode unit
A first conductive part receiving a waveform from the waveform generating part;
A first housing surrounding the first conductive portion;
A second conductive part spaced apart from the first conductive part to face the first conductive part and coupled to the conductive terminal of the probe; And
By including a second housing disposed to enable vertical movement within the first housing, surrounding the second conductive portion,
And the first and second conductive parts are electrically connected to each other when the probe contacts the body. The method of claim 3, wherein
The second housing further comprises a temperature sensor for detecting a body temperature of the area where the probe is in contact with the scalp management device for improving hair loss. The method according to any one of claims 2 to 4,
And an ultrasonic generator for generating an ultrasonic wave having a frequency of 800 kHz to 1200 kHz and applying the ultrasonic wave to the scalp managing electrode part. A waveform generator for generating a high frequency waveform for generating deep heat for hair loss management;
A controller for controlling an output waveform of the waveform generator;
A setting unit for setting a user for the operation of the control unit;
A waveform output unit configured to output the waveform generated by the waveform generator;
A scalp management electrode connected to the waveform output unit for applying the high frequency waveform to a body, the scalp management electrode being a probe including a conductive terminal having one or more grooves in the surface of a portion contacting the body and an insulator surrounding the conductive terminal. part;
An electrode plate corresponding to the probe to come into contact with a body so that current due to a waveform output from the probe passes through a human body; And
And a memory unit for storing personal information and body information of the user. The method according to claim 6,
And a frequency selector for adjusting an output waveform of the waveform generator based on the data of the memory unit. A waveform generator for generating a high frequency waveform for generating deep heat for hair loss management;
A controller for controlling an output waveform of the waveform generator;
A setting unit for setting a user for the operation of the control unit;
A waveform output unit configured to output the waveform generated by the waveform generator;
A scalp management electrode connected to the waveform output unit for applying the high frequency waveform to a body, the scalp management electrode being a probe including a conductive terminal having one or more grooves in the surface of a portion contacting the body and an insulator surrounding the conductive terminal. part;
An electrode plate corresponding to the probe to come into contact with a body so that current due to a waveform output from the probe passes through a human body;
An overvoltage / overcurrent detector for detecting a waveform of the waveform output unit and detecting whether an abnormal voltage / current is generated in the detected waveform;
A temperature detector configured to sense a temperature on the scalp management electrode and detect whether the detected temperature exceeds an abnormal high temperature of 45.5 ° C .; And
And an output cut-off unit for blocking the waveform output unit from the controller when abnormal voltage / current and temperature are detected by the overvoltage / overcurrent detector and the temperature detector.

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