WO2020220784A1

WO2020220784A1 - Detection and execution system and method for hair care and hair growth

Info

Publication number: WO2020220784A1
Application number: PCT/CN2020/074332
Authority: WO
Inventors: 张延华
Original assignee: 深圳美丽策光生物科技有限公司
Priority date: 2019-04-28
Filing date: 2020-02-05
Publication date: 2020-11-05
Also published as: CN110215612A

Abstract

Disclosed in the present invention is a detection and execution system for hair care and hair growth, comprising a detection sub-system, a terminal device, a wireless transmission module, and an execution sub-system, the detection sub-system and the execution sub-system both establishing wireless communication with the terminal device by means of the wireless transmission module; the detection sub-system is used for acquiring hair and scalp image files and uploading the hair and scalp image files to the terminal device by means of the wireless transmission module; the terminal device is used for obtaining hair and scalp parameters after analysing and computing the hair and scalp image files, generating control parameters on the basis of the hair and scalp parameters, and transmitting the control parameters to the execution sub-system by means of the wireless transmission module; and the execution sub-system is used for, on the basis of the control parameters, outputting an EMS micro current and radio frequency signals of a corresponding power to the scalp and irradiating the scalp with laser and LED light of a corresponding power and wavelength. The present invention makes the hair care and hair growth process more targeted, and thereby improves hair care and hair growth effects.

Description

A detection execution system and method for hair care

Technical field

The invention relates to hair care and hair care equipment, in particular to a detection execution system and method for hair care.

Background technique

At present, there are a wide variety of hair care and hair growth equipment on the market. Such equipment only has the function of physiotherapy and maintenance of hair and scalp. Existing equipment such as laser hair growth device or LED hair growth device, etc., the equipment parameters are usually It is based on the experience of the physician or user to solidify the working parameters in the device, and only need to select the corresponding gear to operate during use. This processing method is open, and it cannot have an in-depth understanding of the scalp and hair. It is impossible to accurately determine the condition of the hair and scalp, and it is difficult to select appropriate parameters for hair care and physiotherapy, resulting in poor hair care effects and difficulty in meeting user needs.

Summary of the invention

technical problem

The technical problem to be solved by the present invention is to provide a detection execution system and method for hair care that integrates detection, processing, and execution functions in a closed-loop control manner in view of the deficiencies of the prior art.

The solution to the problem

Technical solutions

To solve the above technical problems, the present invention adopts the following technical solutions.

The beneficial effects of the invention

Beneficial effect

A detection execution system for hair care, which includes a detection subsystem, a terminal device, a wireless transmission module, and an execution subsystem. Both the detection subsystem and the execution subsystem communicate with the terminal through the wireless transmission module. The device establishes wireless communication, wherein: the detection subsystem is used to obtain a hair scalp image file, and upload the hair scalp image file to the terminal device through the wireless transmission module; the terminal device is used to The hair scalp image file is analyzed and calculated to obtain hair scalp parameters, and then control parameters are generated according to the hair scalp parameters, and the control parameters are transmitted to the execution subsystem through the wireless transmission module; The control parameters output radio frequency signals of corresponding power and EMS micro current to the scalp, and radiate laser and LED light of corresponding power and wavelength to the scalp.

Preferably, the detection subsystem includes: an image sensor, a lens assembly is provided on the front side of the image sensor, and the image sensor is used to take an image of the hair scalp; an image processing module is connected to the image sensor; The image processing module is used to process the image taken by the image sensor to generate a hair scalp image file. [0007] Preferably, the detection subsystem further includes a lens drive circuit, the lens drive circuit is used to drive the lens assembly to move, and then focus when the image sensor takes an image of the hair scalp.

Preferably, the execution subsystem includes a control module, a laser head, and an LED lamp array, the laser head and the control module are connected through a laser drive circuit, and the LED lamp array is connected to the control module. It is connected through an LED drive circuit, and the laser head and the LED lamp array are controlled by the control module to radiate laser and LED light of corresponding power and wavelength to the scalp.

Brief description of the drawings

Description of the drawings

Figure 1 is a flowchart of the system of the present invention;

Figure 2 is a flow chart of the method of the present invention.

The best embodiment for implementing the invention

The best mode of the invention

The foregoing descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modification, equivalent replacement or improvement within the technical scope of the present invention should be included in the protection scope of the present invention.

Invention embodiment

Detailed ways

The present invention will be described in more detail below in conjunction with the drawings and embodiments.

The present invention discloses a detection and execution system for hair protection, please refer to Figure 1. It includes a detection subsystem 1, a terminal device 2, a wireless transmission module 3 and an execution subsystem 4. The detection subsystem 1 and The execution subsystem 4 establishes wireless communication with the terminal device 2 through the wireless transmission module 3, wherein:

The detection subsystem 1 is used to obtain a hair scalp image file, and upload the hair scalp image file to the terminal device 2 through the wireless transmission module 3;

The terminal device 2 is used to analyze and calculate the hair scalp image file to obtain hair scalp parameters, then generate control parameters according to the hair scalp parameters, and transmit the control parameters to the execution sub-module through the wireless transmission module 3 System 4;

The execution subsystem 4 is used for outputting radio frequency signals of corresponding power and EMS micro current to the scalp according to the control parameters, and radiating laser and LED light of corresponding power and wavelength to the scalp.

In the above system, the detection subsystem 1 is used to obtain a hair scalp image file, the terminal device 2 performs analysis and calculation processing on the hair scalp image file to generate control parameters, and the execution subsystem 4 generates control parameters according to the control parameters. The radio frequency signal and EMS micro-current of the corresponding power are output to the scalp, and the laser and LED light of the corresponding power and wavelength are radiated to the scalp, thereby realizing laser physiotherapy and photon physiotherapy of the scalp. Compared with the prior art, the present invention adopts a closed-loop control method to realize image acquisition, arithmetic processing and light signal control of the hair and scalp, so that the hair care process is more targeted, and the hair care effect is improved. To meet the needs of users and the market.

In this embodiment, the detection subsystem 1 includes:

An image sensor 10, a lens assembly is provided on the front side of the image sensor 10, and the image sensor 10 is used to capture images of the hair and scalp;

The image processing module 11 is connected to the image sensor 10, and the image processing module 11 is configured to process the image taken by the image sensor 10 to generate a hair scalp image file;

The lens driving circuit 12 is used to drive the lens assembly to move, and then focus when the image sensor 10 captures an image of the hair scalp.

Wherein, the image processing module 11 processes the image taken by the image sensor 10 according to its preset image processing algorithm, and then generates a clear hair and scalp image file.

In this embodiment, the execution subsystem 4 includes a control module 40, a laser head 41, and an LED lamp array 42. The laser head 41 and the control module 40 are connected through a laser drive circuit 43, and the LED The lamp array 42 and the control module 40 are connected through an LED driving circuit 44, and the control module 40 controls the laser head 41 and the LED lamp array 42 to radiate laser and LED light of corresponding power and wavelength to the scalp.

Further, the laser head 41 is a 5 mW laser head, and the laser head 41 is used to radiate laser light with a wavelength of 650 NM to the scalp. The principle of hair care is: 650nm laser can penetrate the surface cells 3-5mm, and then reach the root of the hair follicle, and the root of the hair follicle is rich in melanin, which can specifically absorb the 650nm soft laser energy and increase the activity of adenosine triphosphate ATP in the subcutaneous tissue. Promote tissue metabolism, help improve blood circulation, send oxygen and nutrients to hair follicles, prevent hair loss, and effectively stimulate hair follicles, regulate oil secretion, accelerate hair growth, and strengthen the strength, density and elasticity of hair itself.

This embodiment also has the function of radio frequency care. Specifically, the execution subsystem 4 further includes a radio frequency head 45, which is used for contacting the scalp, between the radio frequency head 45 and the control module 40 An RF and EMS circuit 46 is connected, and the RF and EMS circuit 46 is used to execute the control commands of the control module 40 and output micro current and radio frequency signals to the scalp through the radio frequency head 45.

As a preferred manner, the RF and EMS circuit 46 is used to generate a 1Mhz radio frequency signal and load it on the radio frequency head 45, the radio frequency head 45 includes a temperature sensor, and the temperature sensor is connected to the control module 40, The control module 40 controls the frequency of the radio frequency signal output by the RF and EMS circuit 46 through the temperature data fed back by the temperature sensor.

In the RF and EMS circuit 46, the EMS circuit is used to generate a micro current, which assists the introduction and export of the hair conditioner by contact with the scalp. The RF circuit generates 1Mhz radio frequency, which is in contact with the scalp through the radio frequency head. At the same time, it has temperature detection. The control module controls the temperature in a certain range by controlling the radio frequency intensity to achieve the best scalp care effect.

As a preferred manner, the terminal device 2 is a mobile phone with a preset APP installed. The APP can be an application that automatically executes the corresponding functions, or it can display the hair scalp image file to the user or doctor. The user or doctor can set the control parameters according to the hair scalp image file. Of course, it can also have the above two functions at the same time. Meet different application requirements.

For ease of use, in this embodiment, the detection subsystem 1, the wireless transmission module 3, and the execution subsystem 4 are integrated in a comb-shaped handheld device. The comb-shaped handheld device can not only realize hair scalp image collection, but also has a hair conditioner output function, thereby improving the hair care effect.

The present invention also relates to a detection execution method for hair care. As shown in FIG. 1 and FIG. 2, the method is implemented based on a system including a detection subsystem 1, a terminal device 2, and a wireless transmission module 3. And the execution subsystem 4, the detection subsystem 1 and the execution subsystem 4 both establish wireless communication with the terminal device 2 through the wireless transmission module 3. The method includes:

Step S1, using the detection subsystem 1 to obtain a hair scalp image file;

Step S2: The detection subsystem 1 uploads the hair scalp image file to the terminal device 2 through the wireless transmission module 3;

Step S3, the terminal device 2 analyzes and calculates the hair scalp image file to obtain hair scalp parameters;

Step S4, the terminal device 2 generates control parameters according to the hair and scalp parameters;

Step S5: The terminal device 2 transmits the control parameter to the execution subsystem 4 through the wireless transmission module 3;

In step S6, the execution subsystem 4 outputs a radio frequency signal of corresponding power and EMS micro current to the scalp according to the control parameter, and radiates laser and LED light of corresponding power and wavelength to the scalp.

The detection execution system and method for hair care disclosed in the present invention can refer to the following embodiments in the actual application process: the detection subsystem obtains the scalp and hair image digital signal through the image sensor, and processes the digital signal to generate the required image The file is transmitted to the mobile phone APP through the wireless data transmission system. The mobile phone APP performs data analysis and calculation on the scalp hair image file, obtains the scalp hair state parameters, sets the control system parameters according to the scalp hair parameters, and sends the scalp hair parameters to the wireless data transmission system Execution subsystem, the execution subsystem uses the set scalp hair parameters to control the 650NM laser head and drive circuit, set the laser head parameters, control the LED light array and drive circuit, and set the LED light array parameters, control RF and EMS and drive circuit at the same time , Set the drive circuit parameters, start the scalp hair care process.

Industrial applicability

Preferably, the laser head is a 5 mW laser head, and the laser head is used to radiate laser light with a wavelength of 650 NM to the scalp.

Sequence Listing Free Content

Preferably, the execution subsystem further includes a radio frequency head, the radio frequency head is used to contact the scalp, and the radio frequency head and the control module are connected through an RF and EMS circuit, and the RF and EMS circuit is used for Execute the control instructions of the control module, and output micro current and radio frequency signals to the scalp through the radio frequency head.

Preferably, the RF and EMS circuits are used to generate a 1Mhz radio frequency signal and load it on the radio frequency head, the radio frequency head includes a temperature sensor connected to the control module, and the control module passes through the The temperature data fed back by the temperature sensor controls the frequency of the radio frequency signal output by the RF and EMS circuits.

Preferably, the terminal device is a mobile phone installed with a preset APP.

Preferably, the detection subsystem, the wireless transmission module and the execution subsystem are integrated in a comb-shaped handheld device.

A detection execution method for hair care. The method is implemented based on a system. The system includes a detection subsystem, a terminal device, a wireless transmission module, and an execution subsystem. Both the detection subsystem and the execution subsystem pass The wireless transmission module establishes wireless communication with the terminal device, and the method includes: step S1, using the detection subsystem to obtain a hair scalp image file; step S2, the detection subsystem passing the hair scalp image file The wireless transmission module is uploaded to the terminal device; step S3, the terminal device analyzes and calculates the hair scalp image file to obtain hair scalp parameters; step S4, the terminal device generates control parameters based on the hair scalp parameters Step S5, the terminal device transmits the control parameters to the execution subsystem through the wireless transmission module; Step S6, the execution subsystem outputs corresponding power radio frequency signals and EMS micro current to the scalp according to the control parameters , And radiate laser and LED light with corresponding power and wavelength to the scalp.

In the detection execution system for hair care disclosed in the present invention, the detection subsystem is used to obtain a hair scalp image file, and the terminal device analyzes and calculates the hair scalp image file before generating control parameters. The executive subsystem outputs radio frequency signals of corresponding power and EMS micro current to the scalp according to the control parameters, and radiates laser and LED light of corresponding power and wavelength to the scalp, thereby realizing laser physiotherapy and photon physiotherapy on the scalp. Compared with the prior art, the present invention adopts a closed-loop control method to realize image acquisition, arithmetic processing and light signal control of the hair and scalp, so that the hair care process is more targeted, and the hair care effect is improved. To meet the needs of users and the market.

Claims

A detection execution system for hair care, characterized in that it includes a detection subsystem (1), a terminal device (2), a wireless transmission module (3), and an execution subsystem (4). The detection subsystem (1) and the execution subsystem (4) both establish wireless communication with the terminal device (2) through the wireless transmission module (3), wherein:

The detection subsystem (1) is used to obtain a hair scalp image file, and upload the hair scalp image file to the terminal device (2) through the wireless transmission module (3);

The terminal device (2) is used to analyze and calculate the hair scalp image file to obtain hair scalp parameters, then generate control parameters according to the hair scalp parameters, and pass the control parameters through the wireless transmission module (3) Transfer to the execution subsystem (4);

The execution subsystem (4) is used to output radio frequency signals of corresponding power and EMS micro current to the scalp according to the control parameters, and radiate laser and LED light of corresponding power and wavelength to the scalp.
The detection execution system for hair care according to claim 1, wherein the detection subsystem (1) comprises:

An image sensor (10), a lens assembly is provided on the front side of the image sensor (10), and the image sensor (10) is used to take images of the hair and scalp;

The image processing module (11) is connected to the image sensor (10), and the image processing module (11) is used to process the image taken by the image sensor (10) to generate a hair scalp image file.
The detection execution system for hair care according to claim 2, wherein the detection subsystem (1) further comprises a lens drive circuit (12), and the lens drive circuit (12) is used to drive The lens assembly moves to focus when the image sensor (10) captures an image of the hair and scalp.
The detection execution system for hair care according to claim 1, wherein the execution subsystem (4) comprises a control module (40), a laser head (41) and an LED lamp array (42) , The laser head (41) and the control module (40) are connected through a laser drive circuit (43), and the LED light array (42) and the control module (40) are driven by an LED. The circuit (44) is connected, and the control module (40) controls the laser head (41) and the LED lamp array (42) to radiate laser and LED light of corresponding power and wavelength to the scalp.
The detection execution system for hair care according to claim 4, wherein the laser head (41) is a 5mW laser head, and the laser head (41) is used to radiate a laser with a wavelength of 650NM to the scalp .
The detection execution system for hair care according to claim 5, characterized in that the execution subsystem (4) further comprises a radio frequency head (45), and the radio frequency head (45) is used to contact the scalp, The radio head (45) and the control module (40) are connected through an RF and EMS circuit (46), and the RF and EMS circuit (46) is used to execute control commands of the control module (40) , And output micro-current and radio frequency signals to the scalp through the radio frequency head (45).
The detection execution system for hair care according to claim 6, wherein the RF and EMS circuit (46) is used to generate a 1Mhz radio frequency signal and load it on the radio head (45). The head (45) includes a temperature sensor connected to the control module (40), and the control module (40) controls the output of the RF and EMS circuits (46) through temperature data fed back by the temperature sensor The RF signal frequency.
The detection execution system for hair care according to claim 1, wherein the terminal device (2) is a mobile phone with a preset APP.
The detection execution system for hair care according to claim 1, wherein the detection subsystem (1), wireless transmission module (3) and execution subsystem (4) are integrated in a comb-shaped handheld In the device.
A detection execution method for hair care, characterized in that the method is implemented based on a system that includes a detection subsystem (1), a terminal device (2), a wireless transmission module (3), and an execution sub-system In the system (4), the detection subsystem (1) and the execution subsystem (4) both establish wireless communication with the terminal device (2) through the wireless transmission module (3), and the method includes:

Step S1, using the detection subsystem (1) to obtain a hair scalp image file;

Step S2, the detection subsystem (1) uploads the hair and scalp image file to the terminal device (2) through the wireless transmission module (3);

Step S3, the terminal device (2) analyzes and calculates the hair scalp image file to obtain hair scalp parameters;

Step S4, the terminal device (2) generates control parameters according to the hair and scalp parameters;

Step S5, the terminal device (2) transmits the control parameters to the execution subsystem (4) through the wireless transmission module (3);

In step S6, the execution subsystem (4) outputs a radio frequency signal of corresponding power and EMS micro current to the scalp according to the control parameter, and radiates laser and LED light of corresponding power and wavelength to the scalp.