KR20240059191A - Self-perm device and self-perm system using the same - Google Patents

Abstract

The present invention relates to a self-perm device and a self-perm system using the same, which includes a self-perm device that diagnoses the user's hair or scalp condition and performs perm, communicates wirelessly with the self-perm device, and measures the hair or scalp condition of the user. A service server that provides a self-perm system that diagnoses the user's scalp and hair condition based on the scalp and hair condition information, recommends a hairstyle suitable for the user, and operates the self-perm device, and communicates data with the service server It includes a user terminal, which is a tool that can utilize the service platform provided by the service server. The present invention includes a perm unit that is provided in the shape of a helmet and includes mechanical components for perm treatment on the user's head. And the perm unit includes a perm module that provides setting values such as perm design, wave thickness, and perm intensity that the user wants to perform, which has the effect of allowing non-expert users to perform the perm procedure on their own.

Description

Self-perm device and self-perm system using the same {Self-perm device and self-perm system using the same}

The present invention relates to a self-perm device and a self-perm system using the same. A self-perm device that performs perm through the self-perm device when a user checks the condition of the hair and scalp and sets the style through his or her user terminal. This is about the self-perm system used.

For modern people, appearance is an element that can appeal to others and is an important part of competitiveness. Many modern people are very interested in skin care and hair, and go to various channels such as skin care centers and hair salons to maintain their skin and hair. and scalp.

In particular, hair style influences a person's impression and is one of the important elements of appearance. Accordingly, people are very interested in scalp health care and hairstyles.

Methods of modifying the hairstyle include cutting the hair to make it shorter, forming waves, or dyeing the hair.

However, for busy modern people, making a reservation at a hair salon and visiting the salon at a set time to change their hairstyle is very inconvenient and costs a lot of money and time. Additionally, due to COVID-19, there is a recent trend of people wanting to change their hairstyles themselves rather than visiting a hair salon.

Republic of Korea, Registered Patent Publication No. 10-2333120 Republic of Korea, Registered Patent Publication No. 10-1564889

The present invention was developed to solve the above problems. When a helmet-shaped self-perm device diagnoses the user's hair and scalp condition, the user can check the hair and scalp condition on his/her own through his or her user terminal, and the user can use the user terminal to check the condition of the hair and scalp. The aim is to provide a self-perm device and a self-perm system using the self-perm device, which performs perm through the self-perm device when the hairstyle is set through.

The present invention relates to a self-perm device and a self-perm system using the same, which includes a self-perm device that diagnoses the user's hair or scalp condition and performs perm, communicates wirelessly with the self-perm device, and measures the hair or scalp condition of the user. A service server that provides a self-perm system that diagnoses the user's scalp and hair condition based on the scalp and hair condition information, recommends a hairstyle suitable for the user, and operates the self-perm device, and communicates data with the service server And, it is characterized by including a user terminal, which is a tool that can utilize the service platform provided by the service server.

In addition, the self-perm device includes a helmet-shaped main body with a space for accommodating the user's head, a diagnostic sensor unit coupled to the main body and in contact with the scalp and hair to measure the condition of the hair and scalp, and the main body. It is coupled to a perm unit that includes mechanical components for performing a perm treatment on the user's head, and a communication unit that enables wireless communication between the diagnostic sensor unit and the service server.

In addition, the perm unit includes an application module for applying a perm agent and a neutralizer to the user's hair, a setting module for forming waves by wrapping a rod around the hair, and a heat treatment module for applying heat to the hair.

In addition, the service server has a user information input module where user information such as user age and gender, user's face and hairstyle, and preferred hairstyle information is input, and the user's hair and scalp condition measured by the diagnostic sensor unit. An analysis module that analyzes and diagnoses the user's hair and scalp condition based on information, a style recommendation module that recommends a hairstyle suitable for the user based on the user information analyzed in the user information input module, and a perm unit that is linked to the perm unit. It is characterized by including a perm module for providing settings such as perm design, wave thickness, and perm strength that the user wants to perform.

In addition, the user information input module provides a questionnaire to the user to collect the user's hair information, and analyzes the entered questionnaire information to determine the user's hair information.

The present invention is provided in the shape of a helmet and includes a perm unit including mechanical components for performing a perm treatment on the user's head and a perm module that provides settings to the perm unit, allowing ordinary users to self-perm without visiting a beauty salon. Since the treatment can be performed by a law firm, it has the effect of reducing the time and cost of visiting a beauty salon.

In more detail, the perm unit includes an application module for applying a perm agent and a neutralizer to the user's hair, a setting module for forming waves by wrapping a rod around the hair, and a heat treatment module for applying heat to the hair so that non-expert users can self-perm. It has the effect of making law firm procedures possible.

In addition, the perm module is provided so that the user can adjust settings such as perm design, wave thickness, perm strength, etc., which has the effect of allowing the perm to be performed according to the design desired by the user.

In addition, the present invention includes a diagnostic sensor unit that measures the hair and scalp condition and an analysis module that analyzes and diagnoses the user's hair and scalp condition based on the user's hair and scalp condition information measured by the diagnostic sensor unit. , It has the remarkable effect of allowing users to objectively identify and manage the condition of their hair and scalp.

In addition, the service server according to the present invention includes a user information input module that collects user information such as user age and gender, user's face and hairstyle, and preferred hairstyle information, and user information analyzed in the user information input module. Based on this, it includes a style recommendation module that recommends a hairstyle that suits the user, which has the effect of allowing the user to check the hairstyle that suits him or her.

In addition, the user information input module has the effect of providing a questionnaire to the user to collect the user's hair information and analyzing the entered questionnaire information to understand the user's hair information more closely.

1 is a schematic diagram of a self-perm device and a self-perm system using the same according to the present invention.
Figure 2 is a configuration diagram of a self-firming device according to the present invention.
Figure 3 is a configuration diagram of a service server according to the present invention.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below and may be implemented in various different forms, and the present embodiments are merely provided to ensure that the disclosure of the present invention is complete and that the present invention is not limited to the embodiments disclosed below and is not limited to the embodiments disclosed below. It is provided to fully inform those with knowledge of the scope of the invention, and the present invention is only defined by the scope of the claims.

Additionally, the terms used in this specification are for describing embodiments and are not intended to limit the present invention.

As used herein, singular forms also include plural forms, unless specifically stated otherwise in the context. As used in the specification, “comprises” and/or “comprising” does not exclude the presence or addition of elements other than the mentioned elements.

Unless otherwise defined, all terms (including technical and scientific terms) used in this specification may be used with meanings that can be commonly understood by those skilled in the art to which the present invention pertains.

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

1 is a schematic diagram of a self-perm device and a self-perm system using the same according to the present invention.

As shown in FIG. 1, the self-firming device and the self-firming system using the same according to the present invention include a self-firming device 100, a user terminal 200, and a service server 300.

The self-firming device 100, the user terminal 200, and the service server 300 are connected to each other to enable data communication through a communication network.

First, as shown in FIG. 2, the self-firming device 100 includes a main body 110, a diagnostic sensor 120, a firming unit 130, a communication unit 140, a display unit 150, and a power unit ( 160).

The main body 110 is an element that constitutes the exterior of the self-perm device, and is provided in the form of a helmet with a space for accommodating the user's head.

The diagnostic sensor unit 120 is an element that is coupled to the main body and contacts the scalp and/or hair to measure the condition of the hair and/or scalp and generate a measurement signal.

The diagnostic sensor unit is provided to include a camera and a sensor that can photograph the scalp and hair to check the distribution of the number of hairs, hair thickness, hair dyeing, hair condition or pore condition, etc.

The perm unit 130 is coupled to the main body and is a mechanical component for perming the user's head.

The perm unit includes an application module for applying a perm agent and a neutralizer to the hair, a setting module for forming waves by wrapping a rod around the hair, and a heat treatment module for applying heat to the hair.

The communication unit 140 is an element that enables wireless communication between the diagnostic sensor unit 120 and the service server 300.

The communication unit transmits the diagnostic signal generated by the diagnostic sensor unit 120 to the service server 300, receives firm information generated by the service server 300, and transmits it to the firm unit 130.

The display unit 150 is mounted on the main body 110 and is an element for outputting the progress status of the self-perm device.

The display unit 150, when the user is diagnosing the condition of the user's scalp and hair by the diagnostic sensor unit, outputs the time required for diagnosis and the progress, and displays the user's condition during the perm treatment by the perm unit. In this case, the perm time required, progress, etc. are output.

The power unit 160 is an element that provides the electrical energy necessary for the self-perm device to operate.

The power supply unit may be provided in a wired form that includes a power supply line and receives electrical energy when the power supply line is connected to an outlet, or may include a battery so that the self-firming device is provided wirelessly.

When the self-perming device is wireless, the battery may be built into the main body to enable wired or wireless charging through a charging terminal, or may be detachably provided from the main body so that it can be replaced, but this is not limited to the present invention. .

Meanwhile, the user terminal 200 is connected to the self-firm device 100 through wired/wireless communication and can utilize the service platform provided by the service server 300, such as a desktop PC, tablet PC, or smartphone terminal. It is a tool.

The user terminal 200 used in the present invention includes a camera so that the user can take pictures of his or her face and hairstyle and transmit them to the service server 300.

In addition, the user terminal 200 may include an input unit, a wireless communication unit, a memory unit, an output unit, a control unit, an interface unit, a power supply unit, etc., and not all of the above-described components are essential components. The user terminal may be implemented with more components than the number of components, or the user terminal may be implemented with fewer components.

Meanwhile, the service server 300 is connected to the user terminal and a communication network to enable mutual data communication, and includes a database 310 that stores various information and data, processes and processes the information and data stored in the database, and provides a service platform. It includes a module unit 320 that is responsible for driving and executing.

The database 310 contains hair information about the user's scalp and hair, such as the latest hair information, the user's hairstyle, the user's scalp and hair condition, and the user's preferred hairstyle, as well as the user's name, gender, age, and the user's face ( Other information, including face color, facial features, and the user's clothing style information, is stored.

As shown in FIG. 3, the module unit 320 includes a user information input module 322, an analysis module 324, a style recommendation module 326, and a firm module 328.

The user information input module 322 is a module for collecting user information.

Here, user information refers to hair information including the user's face and hairstyle, user's scalp type (dry, oily), recently performed hair treatment, preferred hairstyle information, etc., user's age, gender, clothing style, user's age, gender, clothing style, etc. Includes all other information including facial features, etc.

The user information input module 322 provides a questionnaire to the user to collect the user's hair information, and analyzes the entered questionnaire information to determine the user's hair information.

In the process of filling out the questionnaire, the user takes a photo of his or her face through the camera provided in the user terminal 200, provides the user's face and hairstyle as an image file, and allows the user to enter information on his or her preferred hairstyle. Upload photos saved on the terminal as image files.

In addition, the user information input module 322 is linked to the analysis module 324, which will be described later, to provide the user's scalp and hair condition information analyzed by the analysis module 324 and the user's hair information collected through the questionnaire. is collected to identify user information.

Next, the analysis module 324 is a module that analyzes and diagnoses the user's hair and scalp condition based on the user's hair or scalp condition information measured by the diagnostic sensor unit 120 of the self-perm device 100. .

The analysis module divides the user's hair or scalp into predetermined sections to analyze the hair and scalp condition, and diagnoses the user's hair and scalp condition information, such as hair root condition and hair thickness, by dividing them into sections.

The analysis module compares the user's hair and scalp information with the standard hair and scalp information previously stored in the database to diagnose whether the user's hair and scalp condition is normal or hair loss, and determines the condition of the hair roots (telogen phase, growth phase, catagen phase, etc.) ) is diagnosed.

Next, the style recommendation module 326 is a module that recommends a hairstyle suitable for the user through an artificial neural network (ANN) algorithm based on the user information analyzed in the user information input module.

In more detail, the style recommendation module provides recommended styles that match the user's facial features and outputs a plurality of lists taking the user's preferences into consideration. At this time, the recommended styles are provided in the form of virtual images.

The virtual image is a composite of a recommended hairstyle image with the user's face image input through the user information input module, and the user can intuitively select a hairstyle that suits him/her by visually checking the recommended hairstyle composite image. It becomes possible.

The firm module 328 is a module that is linked with the firm unit 130 of the self-perm device 100 and provides setting values to the firm unit.

The user sets the perm design, wave thickness (rod number), and perm strength (setting force) to be applied through the perm module 328, and the perm unit 130 receives these settings and applies them to the user's hair. A type of perm corresponding to the set value is performed.

In addition, the firm module 328 is linked with the style recommendation module 326 to automatically load settings corresponding to the firm style provided by the style recommendation module.

When the user selects a hair design to be treated through the perm module, the perm module outputs a virtual image combining the selected hairstyle with the user's face image, allowing the user to visually check it.

In addition, the perm module includes an image editing function, allowing the user to additionally modify hair length, wave thickness, etc. through a touch or drag operation on the virtual image provided by the perm module.

As described above, the present invention has been described with reference to the embodiments shown in the drawings, but this is only for illustrating the invention, and those skilled in the art may make various modifications or equivalents from the detailed description of the invention. It will be appreciated that one embodiment is possible.

Therefore, the true scope of the present invention must be determined by the technical spirit of the patent claims.

100: Self-firming device
110: main body
120: Diagnostic sensor unit
130: Pump part
140: Department of Communications
150: Display unit
160: power unit
200: user terminal
300: service server
310: database
320: module part
322: User information input module
324: Analysis module
326: Style recommendation module
328: Firm module

Claims (5)

A self-perm device that diagnoses the user's hair or scalp condition and performs perm;
It communicates wirelessly with the self-perm device, diagnoses the user's scalp and hair condition based on scalp and hair condition information measured by the self-perm device, recommends a hairstyle suitable for the user, and operates the self-perm device. A service server that provides a self-firming system; and
A self-firming device and a self-firming system using the same; a user terminal that communicates data with the service server and is a tool that can utilize the service platform provided by the service server.
According to clause 1,
The self-firming device,
A helmet-shaped main body with a space for accommodating the user's head,
A diagnostic sensor unit coupled to the main body and in contact with the hair and scalp to measure the condition of the hair and scalp,
A perm unit coupled to the main body and including mechanical components for perming the user's head,
A self-firming device and a self-firming system using the same, comprising a communication unit that enables wireless communication between the diagnostic sensor unit and the service server.
According to clause 2,
The pump unit,
A self-perm device and self-perm using the same, comprising an application module for applying a perm agent and a neutralizer to the user's hair, a setting module for forming waves by wrapping a rod around the hair, and a heat treatment module for applying heat to the hair. system.
According to clause 2,
The service server is,
A user information input module where user information such as user age and gender, user face and hairstyle, and preferred hairstyle information is input;
An analysis module that analyzes and diagnoses the user's hair and scalp condition based on the user's hair and scalp condition information measured by the diagnostic sensor unit,
A style recommendation module that recommends a hairstyle suitable for the user based on the user information analyzed in the user information input module,
A self-perm device and a self-perm system using the same, comprising a perm module that is linked to the perm unit and provides setting values such as perm design, wave thickness, and perm strength that the user wants to perform to the perm unit.
According to clause 4,
The user information input module is,
A self-perm device and a self-perm system using the same, which provides a questionnaire to the user to collect the user's hair information and analyzes the entered questionnaire information to determine the user's hair information.