KR102323968B1 - Apparatus and method for providing user-customized body shape correction service based on fascia management - Google Patents

Abstract

The present invention relates to a device and a method for providing a user customized body shape correcting service based on fascia management. The method for providing a user customized body shape correcting service based on fascia management comprises: a step of allowing a user managing unit to obtain user basic information including identification information and non-identification information; a step of allowing a body shape diagnosis questionnaire information collecting unit to obtain body shape diagnosis questionnaire information from a user terminal; a step of allowing a base body image information collecting unit to obtain base body image information from the user terminal; a step of allowing a body shape diagnosis element information extracting unit to extract body shape diagnosis element information; a step of allowing a body shape diagnosis information generating unit to generate body shape diagnosis information including body shape classification information and body shape imbalance weight information; a step of allowing a body shape correction exercise information generating unit to generate user customized body shape correction exercise information; a step of allowing a body shape correction program managing unit to provide the body shape diagnosis information and the user customized body shape correction exercise information to the user terminal and to provide a body shape correction exercise video to the user terminal depending on a video requesting signal inputted through the user terminal; and a step of allowing a body shape correction effect managing unit to obtain body shape correction feedback information from the user terminal after providing the body shape correction exercise video and to determine satisfaction of a body shape change reference condition based on the obtained body shape correction feedback information. The present invention can maximize an effect of correcting a body shape of a user.

Description

Apparatus and method for providing user-customized body shape correction service based on fascia management

The present invention relates to an apparatus and method for providing a user-customized body shape correction service based on fascia management, and more particularly, to diagnose a user's fascia-based body type based on body imbalance and fascial twist, and to optimize the diagnosed fascia-based body type. It relates to an apparatus and method for providing a user-customized body shape correction service based on fascia management that provides a correction program.

In recent years, as alternative medicine has been in the spotlight, various studies on cosmetic health have been attempted. This refers to the preference for nature-oriented disease treatment or health management that can prevent diseases and improve health by improving the natural healing power that humans have.

Taking care of your face has great meaning not only for beauty but also for health. Therefore, it is managed by applying meridian massage as a method to care for the face in the field of beauty.

It smoothly regulates the flow of qi to restore the health of the internal organs and organs to help recover from fatigue and relieve tension, and to prevent or treat various skin diseases externally. Among them, myofascial relaxation technique, which is a method of plastic meridian massage that can further maximize the natural healing power, stimulates bones and muscles and massages them. It affects the face and body a lot to make the face more beautiful and the body to form a slimmer and more balanced beauty. However, in line with this trend, research on the perception of beauty and the behavior to express beauty using myofascial relaxation technique is insufficient.

Most of the preceding studies have a small number of study subjects, most case studies, and are limited to a part of the body, and there are many deficiencies in the research method due to the lack of data. Moreover, there have been few studies that have investigated the cosmetic and cosmetic effects of fascia relaxation in women.

Above all, beauty management is required to maximize one's own beauty and to show off one's individuality while creating a unique beauty that is not similar to anyone else. Furthermore, a molding technique that finds the hidden beauty inside and creates it outside is also required. Fascia relaxation from various causes is a method of reducing obesity related to body obesity such as cheekbone line, eye size, nose height, chin line, forehead height, etc. is known as

The present inventor has developed an apparatus and method for providing a user-customized body shape correction service based on fascia management based on a study on the evaluation of beauty and the physiological and cosmetic effects using myofascial relaxation technique for the general public.

The technology that is the background of the present application is disclosed in Korean Patent Registration No. 10-0613851.

The technical problem to be solved by the present invention is a user-customized body shape correction service device based on fascia management that can effectively correct a user's body shape imbalance caused by asymmetry of a part of the body and the fascial twist that is chained due to this deepening and is to provide a way.

The problems to be solved by the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

In a method for providing a user-customized body shape correction service based on fascia management according to embodiments of the present invention for achieving the above object, the user management unit receives information about name, ID, password, date of birth, phone number and e-mail from the user terminal used by the user. Acquiring user basic information including identification information including at least one of and non-identification information including information on gender, age, height, weight, and body pain; obtaining, by a body type diagnosis questionnaire information collecting unit, body type diagnosis questionnaire information for classification of body type based on body type imbalance and fascial twist from the user terminal; acquiring, by a base body image information collecting unit, base body image information including at least one of a face picture, a front full body picture, a side full body picture, a back full body picture, and a body part picture of the user from the user terminal; The body type diagnosis element information extraction unit uses the non-identification information and the base body image information to determine the user's leg length difference, foot angle asymmetry, waist asymmetry, pelvis asymmetry, arm length difference, wing bone asymmetry, neck asymmetry, shoulder asymmetry and extracting body type diagnosis element information including body asymmetry element information including at least one of facial asymmetry and body obesity element information including at least one of upper body obesity, lower body obesity, abdominal obesity, and facial obesity; The body type diagnosis information generating unit uses the non-identification information and the body type diagnosis questionnaire information along with the body type diagnosis element information, and the user is classified as any one of the fascia-based body type types that are defined and classified based on body imbalance and fascial twist. generating body type diagnosis information including body type classification information including information on the fascia-based body type type and information on the severity of body type imbalance on the degree of aggravation of body type imbalance corresponding to the fascia-based body type type of the user; Based on the body type diagnosis information, the body shape correction exercise information generating unit includes a step-by-step body shape correction program, a body shape maintenance exercise program, and a body shape correction program for correcting body shape imbalance and fascial twist according to the user's fascia-based body type type. generating user-customized body shape correction exercise information including information on a type, sequence, and amount of exercise; The body shape correction program management unit provides the body shape diagnosis information and the user customized body shape correction exercise information to the user terminal, and according to a first image request signal input through the user terminal, the body shape of the first stage of the step-by-step body shape correction program providing a corrective exercise image to the user terminal; and the body shape correction effect management unit obtains body shape correction feedback information from the user terminal after providing the body shape correction exercise image of the first step, and after performing the body shape correction exercise of the first step based on the obtained body shape correction feedback information Comprising the step of determining whether the required body shape change criteria requirements are satisfied, when the body shape change criteria requirements of the first step are satisfied, the body shape correction program management unit responds to the second image request signal input through the user terminal. Accordingly, the image of the second step of the body shape correction program is provided to the user terminal.

According to an embodiment, when the body shape change criterion requirement of the first step is not met, the body shape correction program management unit re-executes the body shape correction program of the first step and re-executes the body shape correction feedback information to the user terminal. A first request alarm requesting an input may be transmitted.

According to an embodiment, when the body shape change criterion requirement of the first step is satisfied and the input deadline of the second image request signal has elapsed, the body shape correction program manager sends the body shape correction of the first step to the user terminal A re-execution of the program may be requested, or a re-input of the body shape correction feedback information may be requested.

According to one embodiment, as a result of determining whether the body shape correction effect management unit satisfies the body shape change criterion requirement, it is determined that the body shape change rate exceeds the required body shape change rate or a body change in a body part other than the body part that is required for change occurs. In this case, the body type diagnosis management unit uses the body type diagnosis information including the previously generated body type classification information and the body type imbalance weight information, the body shape correction feedback information, and the body shape change standard requirement determination result, based on the user's fascia The body type may be re-diagnosed or the user-customized body shape correction exercise information may be regenerated.

According to an embodiment, the operations and functions of the body type diagnosis element information extraction unit, the body type diagnosis information generation unit, and the body type correction exercise information generation unit are performed by a fascia-based body type diagnosis model learned by a machine learning algorithm. The body type diagnosis element information extraction unit, the body type diagnosis information generation unit, and the body type correction exercise information generation unit constitute a body type diagnosis management unit, and the body type diagnosis management unit includes the non-identification information, the base body image information and the body type. By inputting the diagnostic questionnaire information into the fascia-based body type diagnosis model, the body type diagnosis factor information including the body asymmetry factor information and the body obesity factor information of the user is extracted, and based on this, based on body shape imbalance and fascia twist, Among the defined and classified fascia-based body type types, the body type classification information for classifying the body type with the highest body fit as the user's fascia-based body type type, and the weight of the degree of body imbalance corresponding to the classified fascia-based body type type The user-customized body shape correction exercise information for correcting the body shape imbalance and fascial twist according to the user's fascia-based body type type is generated based on the generated body type diagnosis information, and the body type diagnosis information including the body shape imbalance weight information is generated. can create

According to an embodiment, the body shape correction feedback information includes the start date and end date of the body shape correction exercise of the first step, the time and number of daily exercise, the weight of the exercise end date, and a face photograph, a front full body photograph, a side full body photograph, It may include body change image information including at least one of a back full body picture and a body part picture.

In order to achieve the above object, an apparatus for providing a user-customized body shape correction service based on fascia management according to embodiments of the present invention for achieving the above object is at least one of information about name, ID, password, date of birth, phone number and e-mail from the user terminal used by the user. a user management unit for obtaining basic user information including identification information and non-identification information including information on gender, age, height, weight and presence or absence of body pain; a body type diagnosis questionnaire information collecting unit for obtaining body type diagnosis questionnaire information for classification of body type types based on body shape imbalance and fascial twisting from the user terminal; a base body image information collecting unit configured to acquire base body image information including at least one of a face picture, a front full body picture, a side full body picture, a back full body picture, and a body part picture of the user from the user terminal; At least one of the user's leg length difference, foot angle asymmetry, waist asymmetry, pelvic asymmetry, arm length difference, wing bone asymmetry, neck asymmetry, shoulder asymmetry, and face asymmetry using the non-identification information and the base body image information a body type diagnosis element information extraction unit for extracting body type diagnosis element information including body asymmetry component information and body obesity component information including at least one of upper body obesity, lower body obesity, abdominal obesity, and facial obesity; Using the non-identification information and the body type diagnosis questionnaire information along with the body type diagnosis element information, the user's fascia-based body type type classified as any one of the fascia-based body type types defined and classified based on body shape imbalance and fascial twist a body type diagnosis information generating unit for generating body type diagnosis information including body type classification information including information and body type imbalance weight information on a degree of aggravation of body shape imbalance corresponding to the user's fascia-based body type type; On the basis of the body type diagnosis information, the type of body shape correction program, body shape maintenance exercise program, and body shape correction exercise included in each stage body shape correction program for correcting body shape imbalance and fascial twist according to the user's fascia-based body type type, a body shape correction exercise information generating unit that generates user-customized body shape correction exercise information including information about an order and an amount of exercise; The body shape diagnosis information and the user-customized body shape correction exercise information are provided to the user terminal, and the body shape correction exercise image of the first stage of the step-by-step body shape correction program is displayed according to a first image request signal input through the user terminal. Body shape correction program management unit provided to the user terminal; and obtaining body shape correction feedback information from the user terminal after providing the body shape correction exercise image of the first step, and based on the obtained body shape correction feedback information, the body shape change standard required after the body shape correction exercise of the first step is performed a body shape correction effect management unit for determining whether the requirements are satisfied A body shape correction exercise image of the second stage of the step-by-step body shape correction program is provided to the user terminal.

According to the embodiments of the present invention, the user's body type is defined and classified as a fascia-based body type type by characterizing the asymmetry of body parts and the type of body imbalance caused by the deepening of the fascia twist that is chained due to this. By providing a body shape correction program capable of diagnosing and correcting body shape imbalance and fascial twist according to the diagnosed fascia-based body type, it may be possible to provide a customized body shape correction service based on fascia management.

In addition, after each stage of the body shape correction program is performed, the user's body shape correction effect is analyzed, and only users who meet the body shape change criteria can perform the next stage body shape correction program. Since the ends can be released sequentially, the effect of the user's body shape correction based on fascia management can be maximized.

1 is a block diagram illustrating a system for providing a user-customized body shape correction service according to embodiments of the present invention.
2 is a schematic block diagram illustrating a configuration of an apparatus for providing a user-customized body shape correction service based on fascia management according to embodiments of the present invention.
3 is a block diagram specifically illustrating the configuration of the base diagnostic information collecting unit of FIG. 2 .
4 is a block diagram specifically showing the configuration of the body type diagnosis management unit of FIG. 2 .
5 is a flowchart illustrating a method of providing a user-customized body shape correction service based on fascia management according to embodiments of the present invention.
6 is a flowchart specifically illustrating step S30 of FIG. 5 .
7 to 9 are diagrams illustrating a list of a body shape correction exercise and a body shape maintenance exercise for each stage included in the body shape correction program according to the fascia-based body type type.
10 is a diagram illustrating a list of body shape correction exercise images provided to a user terminal.

Objects and effects of the present invention, and technical configurations for achieving them will become clear with reference to the embodiments described below in detail in conjunction with the accompanying drawings. In describing the present invention, if it is determined that a detailed description of a well-known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. And the terms to be described later are terms defined in consideration of donation in the present invention, which may vary depending on the intention or custom of the user or operator.

However, the present invention is not limited to the embodiments disclosed below and may be implemented in various different forms. Only the present embodiments are provided so that the disclosure of the present invention is complete, and to fully inform those of ordinary skill in the art to which the present invention belongs, the scope of the invention, the present invention is defined by the scope of the claims will only be Therefore, the definition should be made based on the content throughout this specification.

Throughout the specification, when a part "includes" or "includes" a certain element, it means that other elements may be further included, rather than excluding other elements, unless otherwise stated. . In addition, terms such as "...unit", "...unit" or "...module" described in the specification mean a unit that processes at least one function or operation, which includes hardware or software or hardware and It can be implemented by a combination of software.

On the other hand, in an embodiment of the present invention, each of the components, functional blocks or means may be composed of one or more sub-components, and the electrical, electronic, and mechanical functions performed by each component include an electronic circuit, It may be implemented with various well-known devices or mechanical elements, such as an integrated circuit, an application specific integrated circuit (ASIC), etc., and may be implemented separately or two or more may be integrated into one.

Also, combinations of each block in the accompanying block diagram and each step in the flowchart may be performed by computer program instructions. These computer program instructions may be loaded into the processor of a general-purpose computer, special-purpose computer, portable notebook computer, network computer, mobile device such as a smart phone, online service providing server, or other programmable data processing equipment, so that the computer device or other programmable The instructions, which are executed by the processor of the data processing equipment, create means for performing the functions described in each block of the block diagrams described below or in each step of the flowcharts. These computer program instructions may also be stored in a computer readable memory or memory available to a computer device that may direct a computer device or other programmable data processing equipment to implement a function in a particular manner, such that each block of the block diagram Alternatively, it is also possible to produce an article of manufacture containing instruction means for performing the functions described in each step of the flowchart. The computer program instructions may also be mounted on a computer device or other programmable data processing equipment, thereby creating a process for performing a series of operational steps on the computer device or other programmable data processing equipment, such that each block in the block diagram and the flowchart It is also possible to provide steps for executing the functions described in each step of .

Further, each block or each step may represent a module, segment, or portion of code that includes one or more executable instructions for executing the specified logical function(s). It should also be noted that in some alternative embodiments it is also possible for the functions recited in blocks or steps to occur out of order. For example, it is possible that two blocks or steps shown one after another may in fact be performed substantially simultaneously, or that the blocks or steps may sometimes be performed in the reverse order according to the corresponding function.

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

1 is a block diagram illustrating a system for providing a user-customized body shape correction service according to embodiments of the present invention.

Referring to FIG. 1 , a system for providing a customized body shape correction service 1 may include a user terminal 100 and an apparatus 200 for providing a user customized body shape correction service. The user terminal 100 and the user-customized body shape correction service providing apparatus 200 are connected to each other through the network 300, and may transmit/receive various information necessary for the user's customized body shape correction management based on fascia management.

The user terminal 100 is a component used for interaction between the user and the present system 1 , and may include a communication terminal capable of using a web service in a wired/wireless communication environment. That is, the user terminal 100 may be a terminal of a user using a user-customized body shape correction service through the present system 1 .

The user can access the user-customized body shape correction service providing device 200 through the user terminal 100 and sign up for membership, and user information such as name, ID, password, date of birth, phone number and e-mail, age, gender, User basic information regarding height, weight, and presence or absence of body pain, and body image information including at least one of a face picture, a front full body picture, a side full body picture, a back full body picture, and a body part picture may be input. In addition, the user may input questionnaire information on body type diagnosis or body shape change through the user terminal 100 . The input information may be transmitted to and stored in the user-customized body shape correction service providing apparatus 200 .

The user terminal 100 may include an electronic device such as a smart phone, a mobile phone, a navigation system, a computer, a notebook computer, a digital broadcasting terminal, a personal digital assistant (PDA), a portable multimedia player (PMP), a tablet PC, and the like. . The electronic device may have one or more general or special purpose processors, memory, storage, and/or networking components (wired or wireless). The user terminal 100 may use a web browser or an application as an interface for interacting with the user-customized body shape correction service providing apparatus 200 .

The user-customized body shape correction service providing apparatus 200 uses the user information obtained through the user terminal 100 to diagnose the user's body type based on body imbalance and fascial twist, and for fascia management optimized for the diagnosed body type type. We can offer a body shape correction program.

For example, the user-customized body shape correction service providing apparatus 200 uses the user's basic information, the base body image information, and the body type diagnosis questionnaire information obtained from the user terminal 100 to diagnose the user's fascia-based body type, and the diagnosed fascia User-customized body shape correction exercise information corresponding to the base body type can be generated and provided to the user terminal 100, and body shape correction exercise optimized for the user's body type according to an image request signal input through the user terminal 100 Images can be provided for each step of the body shape correction program.

After viewing the body shape correction exercise image provided through the user terminal 100 , the user may perform a step-by-step body shape correction program provided by the user-customized body shape correction service providing apparatus 200 . The body shape correction program of the present invention produces an image so that the user can easily follow the step-by-step body shape correction exercise necessary to sequentially loosen the twisted fascia according to the user's fascia-based body type type and provides it to the user terminal, so that the user can use the image. It may be a program designed to effectively perform body shape correction exercise at each stage after watching the movie. For example, the body shape correction program of the present invention can time-series the type, order, and amount of body shape correction exercise required to sequentially correct body imbalance and/or body obesity in the order of lower body, upper body, and face at each stage by fascia-based body type type. It may be a program that is optimized and provided.

In addition, the user may input body shape correction feedback information after performing the body shape correction program (ie, body shape correction exercise) of each stage, and the user-customized body shape correction service providing apparatus 200 analyzes the input feedback information and performs each stage It can be determined whether the effect of the body shape correction exercise has been sufficiently achieved, and based on the determination result, it is possible to determine whether to provide the next stage body shape correction program.

The user-customized body shape correction service providing apparatus 200 may include a plurality of computer systems and/or computer software constituting a network server. Here, the network server may refer to a computer system and computer software (network server program) that is connected to a subordinate device capable of communicating with another network server, receives a request for performing a task, performs an operation on it, and provides an execution result. have. The user-customized body shape correction service providing apparatus 200 may be a concept including, in addition to a network server program, a series of applications operating on a network server and various databases built in the application programs. The network server may be implemented using a network server program that is variously provided according to an operating system such as DOS, Windows, Linux, UNIX, or MacOS.

Hereinafter, an apparatus and method for providing a user-customized body shape correction service according to embodiments of the present invention will be described in detail.

2 is a schematic block diagram illustrating a configuration of an apparatus for providing a user-customized body shape correction service based on fascia management according to embodiments of the present invention. 3 is a block diagram specifically illustrating the configuration of the base diagnostic information collecting unit of FIG. 2 . 4 is a block diagram specifically showing the configuration of the body type diagnosis management unit of FIG. 2 . 5 is a flowchart illustrating a method of providing a user-customized body shape correction service based on fascia management according to embodiments of the present invention. 6 is a flowchart specifically illustrating step S30 of FIG. 5 . 7 to 9 are diagrams illustrating a list of a body shape correction exercise and a body shape maintenance exercise for each stage included in a body shape correction program according to a fascia-based body type type. 10 is a diagram illustrating a list of body shape correction exercise images provided to a user terminal.

2 to 6 , the apparatus 200 for providing a customized body shape correction service based on fascia management may include a communication unit 210 , a control unit 220 , and a storage unit 280 . The control unit 220 may include a user manager 230 , a base diagnosis information collection unit 240 , a body type diagnosis management unit 250 , a body shape correction program management unit 260 , and a body shape correction effect management unit 270 .

The communication unit 210 may provide a communication interface necessary for providing a transmission/reception signal with the user terminal 100 in the form of packet data in cooperation with the network 200 . For example, the communication unit 210 may receive a signal input through the user terminal 100 , and transmit various commands, signals, or information to the user terminal 100 in response to the input signal.

The controller 220 may control the overall operation of the user-customized body shape correction service providing apparatus 200 based on fascia management. For example, the control unit 220 includes the communication unit 210 , the user management unit 230 , the base diagnosis information collection unit 240 , the body type diagnosis management unit 250 , the body shape correction program management unit 260 , the body shape correction effect management unit 270 and The storage units 280 may be intermediary to perform operations between them. In FIG. 2 , the control unit 220 is shown to include a user management unit 230 , a base diagnosis information collection unit 240 , a body type diagnosis management unit 250 , a body shape correction program management unit 260 , and a body type correction effect management unit 270 . However, this is to help the understanding of the invention, and all related functions may be performed by the controller 220 .

The controller 220 may include a processor and a memory. A processor may be a data processing device embedded in hardware, having circuits physically structured to perform functions expressed as codes or instructions included in a program. The processor is, for example, a microprocessor, a central processing unit (CPU), a processor core, a multiprocessor, an application-specific integrated circuit (ASIC), a field programmable gate array (FPGA). ) may be included. The memory may perform a function of temporarily or permanently storing data processed by the processor. The memory may include magnetic storage media or flash storage media.

The storage unit 280 is a user acquired or generated through interaction with image data such as a body shape correction exercise image and a body shape maintenance exercise image included in a step-by-step body shape correction program configured for each type of fascia-based body type, and the user terminal 100 . Basic information, body image information (ie, base body image information and body change image information), body type diagnosis questionnaire information, body type diagnosis element information, body type diagnosis information, user-customized body shape correction exercise information, and body shape correction feedback information may be stored.

Hereinafter, an operation of the apparatus 200 for providing a customized body shape correction service based on fascia management or a method for providing a customized body shape correction service using the same will be described in detail through the detailed description of the controller 220 .

The user manager 230 may obtain basic user information from the user terminal 100 (S10).

Specifically, the user accesses the device 200 through the user terminal 100 to use the user-customized body shape correction service provided by the device 200 and performs a user registration procedure (in other words, a membership registration procedure). can be done Through a user registration procedure or a separate procedure, the user manager 230 may acquire basic user information from the user terminal 100 . The user basic information may include identification information for identifying the user and non-identification information not related to the identification of the user. The identification information may include, for example, at least one of information about a name, ID, password, date of birth, phone number, and email, and the non-identifying information may include information about gender, age, height, weight, and physical pain. can The acquired basic user information may be stored in the storage unit 280 .

When a user whose user registration has been completed logs in to the device 200 through the user terminal 100 , the user management unit 230 may perform a user authentication procedure for the user using basic user information.

The base diagnosis information collecting unit 240 may obtain base diagnosis information including body type diagnosis questionnaire information and base body image information from the user terminal 100 ( S20 ).

The base diagnosis information may be utilized to diagnose and classify a user's body type based on body shape imbalance and fascial twist. Specifically, referring to FIG. 3 , the base diagnosis information collecting unit 240 may include a body type diagnosis questionnaire information collecting unit 242 and a base body image information collecting unit 244 .

The body type diagnosis questionnaire information collecting unit 242 may obtain body type diagnosis questionnaire information for classification of body types based on body type imbalance and fascial twist from the user terminal 100 . For example, the body type diagnosis questionnaire information collection unit 242 may provide the body type diagnosis questionnaire items for classification of body types based on body type imbalance and fascia twist to the user terminal 100 on which the user authentication procedure has been completed, in the form of a checklist, Body type diagnosis questionnaire information may be obtained when the user responds to body type diagnosis questionnaire items in a self-diagnosis method. The body type diagnosis questionnaire may include the contents as described in Table 1, which will be described later.

The base body image information collecting unit 244 may obtain base body image information including at least one of a face picture, a front full body picture, a side full body picture, a back full body picture, and a body part picture from the user terminal 100. have. Here, the base body image information may be information about a body picture taken before the user performs the body shape correction program provided by the present invention.

The base body image information may be used not only to classify the user's fascia-based body type, but also to check whether the body shape is changed at each stage after the body shape correction exercise provided by the present invention is performed. The base body image information may be obtained by uploading a picture of all or a part of the body taken through a camera provided in the user terminal 100 or a separate photographing device through the user terminal 100 .

The body type diagnosis management unit 250 diagnoses the user's fascia-based body type based on the user's basic information, the base body image information, and the body type diagnosis questionnaire information, and generates user-customized body shape correction exercise information according to the diagnosed fascia-based body type type. can be (S30).

Specifically, referring to FIG. 4 , the body type diagnosis management unit 250 may include a body type diagnosis element information extraction unit 252 , a body type diagnosis information generation unit 254 , and a body shape correction exercise information generation unit 256 .

The body type diagnosis factor information extraction unit 252 may extract body type diagnosis component information including the user's body asymmetry factor information and body obesity factor information by using the non-identification information and the base body image information (S31).

In the present invention, the body asymmetry element information includes at least one of the user's leg length difference, foot angle asymmetry, waist asymmetry, pelvic asymmetry, arm length difference, wing bone asymmetry, neck asymmetry, shoulder asymmetry, and face asymmetry of the user's body. It may include asymmetric features. The body obesity factor information may include a user's body obesity characteristics including at least one of upper body obesity, lower body obesity, abdominal obesity, and facial obesity.

For example, the body type diagnosis element information extraction unit 252 calculates the user's body mass index by using the user's height and weight information, and determines whether the body is asymmetry and whether the body is obese through a photograph of all or part of the user's body. It is possible to determine and extract information on asymmetry factors and body obesity factors in consideration of the user's gender, age, and information on whether or not there is physical pain. In order to extract the body type diagnosis element information as described above, the body type diagnosis element information extractor 252 may use an image program for body type analysis, but is not limited thereto.

The body type diagnosis information generation unit 254 uses the body type diagnosis element information, non-identification information, and body type diagnosis questionnaire information extracted by the body type diagnosis element information extraction unit 252 to generate the user's body type classification information and body type imbalance weight information. It is possible to generate body type diagnosis information including (S32).

The user's body type classification information may include information about the user's fascia-based body type type classified as any one of the fascia-based body type types. The fascia-based body type types defined and classified in the present invention are classified by characterizing the asymmetry of parts of the body and the body shape imbalance caused by the deepening of the fascial twist that is chained due to this. The type of body shape correction exercise required for this purpose may be defined and classified based on the type of body type having the same or similar physical characteristics.

For example, when the arm bone rotates, the fascia connected thereto may affect the neck, shoulder, clavicle, and even the wingbone, resulting in a turtle neck due to the arm, and pain in the neck, shoulder, etc. may occur. As another example, if the symmetry of the left and right elbows is not met, the outer waist becomes asymmetry and pain is induced. As another example, when the wrist is twisted, the back of the back is widened and sagged, resulting in an imbalance in the body shape in which the body is lumpy. In this case, each body shape imbalance can be corrected by performing a body shape correction exercise for resolving the imbalance of the body part and the fascia torsion that caused each body imbalance.

The fascia-based body type types defined and classified as described above include 8 basic types including P type, S type, O type, Z type, H type, M type, A type, and K type, and R type (H type) +P type), Q type (K+A type), and G type (Z+A type) can include three complex types. The characteristics of each body type and the corresponding body type diagnosis questionnaire items are illustrated in Table 1 below.

type physical characteristics Body type diagnosis questionnaire P-type It is the most common type in the 30s and 40s.
Upper or lower belly fat sticking out.
The legs are slim compared to the belly fat.
My face is bigger than before. □ Upper body obesity type
□ A belly came out (dung belly, round belly)
□ No waist line
□ The side is bulging
□ I have a big face S-shaped Appears in various age groups from 20s to 40s. The body is S-line, so it is beautiful to look at.
My arms and legs are long.
The shape and size of both feet are different and they are sharp. □ When others see you, you look like a model because you have a pretty body.
□ Zone Y bulged out
□ The arms are long but curved, so the elbows are large compared to the body.
□ I have a long neck, but both neck lines are asymmetrical.
□ Face is small but unbalanced Type O It appears in various age groups from 20 to 50. I don't eat much, but I seem to gain weight.
height gradually decreases.
It is thick and plump up to the feet. □ The entire upper body is round.
□ The ship came out to the side and forward
□ Short and thick limbs
□ The back is wide and large
□ Flesh on the side is bumpy and sagging
□ I have flat feet
□ The face is large and broad.
□ You have a lot of fat on your face Z type This is a type that appears a lot in teenage students. The right waist line is deeper than the left waist line.
The right arm protrudes forward.
Legs look straight.
The hospital recommends surgery or an assistive device to fix the spine without bending it. □ Scoliosis (more than 30 degrees)
□ The right child went in, but the left waist came out and the line was at an oblique angle.
□ The shape of both knees is very different
□ The buttocks protrude only on one side, so it is a pair of buttocks
□ The navel is skewed to one side.
□ Chest height and size are the same
□ Severe facial asymmetry H type It is a type that appears in the 20s and 30s. He is thin and skinny, but has no body line. He has no strength and his wrists are thin and weak.
The ankles are thin and prone to falls. □Long and slender limbs
I have a straight body with no waistline.
It's a duck butt
The shape and size of the left and right knees are different
The instep is wide
□ Wait
□The face is large and angular compared to the body. M type There is a huge difference in the thickness and length of the right and left legs. This is a serious situation that has been around for several decades.
If you're in your 20s, it's already different from when you were a child, but that's a case of getting worse.
If you are over 50, I remember that there was a big difference between the two when I was young.
Surgery is recommended by the hospital. □ Right leg is thin and short
□ There is a big difference in leg length
□ I have thick arms
□ The shoulder line is round and curved.
□ One leg is not straight
□ People in their 20s and 30s have severe facial asymmetry.
□ People in their 50s and 60s have a lot of wrinkles. type A Appears in various age groups from 20s to 40s. Thighs and calves are thick.
The legs are thick, but the arms are thin.
a lot of fat on the feet
The upper and lower body clothing sizes are different (ex: 55 upper body, 66 lower body) □ The lower body is large and wide.
□ The upper body is thinner than the lower body
□ The calf is thick, swollen, and stiff.
□ When buying clothes, buy the bottom one size larger than the top.
□ My face is longer than before
□ Cheeks and chin are drooping type K This is the type that appears in the 40s and 50s. Only the belly, buttocks, and thighs are large and fat.
The ankles and calves are thin compared to other parts.
Lots of armpits □ My legs are shorter than before.
□ Hips are flat, big and wide
□ I can't tell the difference between the thighs and buttocks
□ When buying bottoms, buy one that fits your thigh size.
□ The upper body is slim
□ I have a long face R type (H+P type) It is a type that appears a lot in the 50s and 60s. The shoulders are wide and thick.
My wrists and ankles are thinner than other parts.
The upper body is large and the lower body is thin. □ The chest is exceptionally large
□ Belly fat sticks out a lot from the side and front
□ No matter how hard I try, my belly fat doesn't go away
□ I wear clothes that are bigger as my sides get bigger
□ I have slim legs, but I buy pants that are large to fit my hips and waist.
□ As your face becomes wider, your face becomes fatter. Q type (K+A type) It is a type that appears a lot in the 30s and 40s. I have poor breasts.
There is a lot of flesh from the ribs to the soles of the feet.
I have a small face and a large body. □ Upper and lower abdomen came out
□ If you wear pants, you won't get pregnant, so cover your legs with a long top or skirt.
□ Do not wear clothes that show off the waistline
□ People don't know if you have flesh just by looking at your face
□ Your face is long and your cheeks are sagging G type (Z+A type) It is a type that appears frequently in people in their 20s and 30s. It is found in students and office workers who have scoliosis and sit at a desk for a long time.
Severe imbalance between the pelvis and thighs. The hip and thigh lines are even. □ The spine is curved and the lower body is large.
□ The calf is stiff and has poor circulation, so it often swells.
□ Foot size changes in the morning and evening when wearing shoes
□ Knee bones are not visible when standing
□ The nose is curved and the pharynx is crooked.
□ You have a lot of fat on your face

The body shape imbalance weight information is information about the degree of aggravation of body shape imbalance corresponding to the classified user's fascia body type type, and may include information on the weight of the body asymmetry degree or body obesity degree. The information on the weight of body imbalance may include information on the weight of the degree of body asymmetry or body obesity classified into three stages of upper, middle, and lower, but the present invention is not limited thereto. In other words, the body type diagnosis information generating unit 254 uses the body type diagnosis element information, non-identification information, and body type diagnosis questionnaire information to select the type of body type having the highest degree of conformity with the user among the above-mentioned fascia-based body types based on the user's fascia-based body type. Classified by body type, and information on the severity of body imbalance corresponding to the classified user's fascia-based body type (for example, if the user classified as Z type has severe scoliosis, the degree of scoliosis is designated as 'high') can create

The body shape correction exercise information generation unit 256 may generate user-customized body type correction exercise information for correcting the user's body imbalance and fascial twist, based on the body type diagnosis information generated by the body type diagnosis information generation unit 254 . There is (S33).

For example, as shown in FIGS. 7 to 9, the user-customized body shape correction exercise information includes a step-by-step body shape correction program provided for each type of fascia-based body type, a body shape maintenance exercise program, and a body shape correction exercise included in each stage of the body shape correction program. It may include information about the type and order. In addition, the user-customized body shape correction exercise information may include information on the amount of exercise required to be performed at each stage. For example, the amount of exercise required to be performed at each step may be suggested to be performed for one week for each step of the body shape correction program, and each body shape correction exercise for each step may be suggested to be performed 2 sets a day, 30 times at a time, but is not limited thereto. According to the degree of imbalance in the body type, the execution period of each stage of the body shape correction program, the number of sets of each exercise, and the number of times per set can be adjusted.

In order to correct the body imbalance based on fascia management, it is necessary to find the beginning and end points of the twisted fascia and release them sequentially. At this time, since the degree of twisting of the fascia is different depending on the body part that is asymmetric or obese corresponding to the fascia-based body type, it is necessary to change the type and order of the body shape correction exercise to relieve it, and the degree of body asymmetry or body obesity It is necessary to adjust the amount of exercise for each stage according to the degree (ie, the degree of body imbalance). The user-customized body shape correction exercise information reflects this need, and based on the user's fascia-based body type and body type imbalance weight information, it is possible to provide information on the optimal body shape correction exercise method to correct the user's body shape imbalance and fascial twist. can

According to an exemplary embodiment, functions and operations of the body type diagnosis management unit 250 including the body type diagnosis element information extraction unit 252 , the body type diagnosis information generation unit 254 , and the body shape correction exercise information generation unit 256 as described above. may be performed by an artificial intelligence (AI) algorithm learned by a machine learning algorithm. That is, the operations and functions of the body type diagnosis element information extraction unit 252 , the body type diagnosis information generation unit 254 , and the body type correction exercise information generation unit 256 are artificial intelligence (AI) learned by a machine learning algorithm. ) can be performed by an algorithm.

For example, the body type diagnosis management unit 250 may include at least one of age, gender, height, weight, and non-identifying information including information on the presence or absence of body pain, a face photograph, a front full body photograph, a side full body photograph, a rear full body photograph, and a body part photograph. By inputting the base body image information and body type diagnosis questionnaire information including Among the fascia-based body types defined and classified based on body imbalance and fascia twist based on element information extracted, body type classification information that classifies the body type with the highest body fit as the user's fascia-based body type type, and classified fascia Create body type diagnosis information including body type imbalance weight information on the weight of the body type imbalance degree corresponding to the body type, and correct body type imbalance and fascial twist according to the user's fascia-based body type type based on the generated body type diagnosis information It is possible to create user-customized body shape correction exercise information for

According to the concept of the present invention, the fascia-based body type diagnosis model is a k-nearest-neighbors (KNN), support vector machine (SVN) or artificial neural network (ANN) algorithm. As a model learned by and an information processing algorithm for generating user-customized body shape correction exercise information for correcting fascia twist.

The supervised learning of the fascia-based body type diagnosis model is based on the clinical data accumulated through manual correction (e.g., asymmetric data on body pain and facial asymmetry or body imbalance obtained through manual correction, and the user's body shape correction exercise effect data, etc.) Based on the user's basic information, the subject's base body image information, and the subject's body shape survey information may be matched and extracted using features extracted.

The body shape correction program management unit 260 provides the body type diagnosis information generated by the body type diagnosis management unit 250 and the user-customized body type correction exercise information to the user terminal 100 , and an image request signal input through the user terminal 100 . Accordingly, a body shape correction exercise image of the body shape correction program of each step may be provided to the user terminal 100 (S40).

The user can check his/her fascia-based body type through the body type diagnosis information provided to the user terminal 100, and input an image request signal to view a body shape correction exercise image of a step-by-step body shape correction program optimized for his/her body type. can The body shape correction program manager 260 may provide the body shape correction exercise image to the user terminal 100 step by step in response to the user's image request signal.

For example, the user classified as H type may input a first image request signal for viewing the image of the first stage (ie, week 1) through the user terminal 100 (eg, type H in FIG. 10 ). Click the play button of the first week exercise routine image), in this case, the body shape correction program manager 260 may provide the body shape correction exercise image of the first stage to the user terminal 100 according to the first image request signal. Accordingly, the image of the first-stage body-correcting exercise provided according to the user's body type (eg, the image of the first-stage body-correcting exercise required to be performed in the order of pelvic exercise, spinal exercise, hip joint exercise 2, and walking finishing exercise) ) can be viewed, and body shape correction exercise can be performed according to the amount of exercise suggested in the user-customized body shape correction exercise information.

The body shape correction effect management unit 270 obtains body shape correction feedback information from the user terminal 100 after providing the body shape correction exercise image of each stage, and requests after execution of the body shape correction exercise of the corresponding stage based on the obtained body shape correction feedback information It can be determined whether or not the body shape change standard requirements are satisfied (S50).

After the user performs the body shape correction exercise of the body shape correction program of the corresponding step (eg, the first step) according to the amount of exercise presented, the body shape correction feedback information required to analyze the body shape correction effect of the corresponding step through the user terminal 100 can be entered. For example, the body shape correction feedback information includes the start date and end date of the body shape correction exercise of the corresponding stage, the time and number of daily exercise, the weight of the exercise end date, and a face picture, a front full body picture, a side full body picture, a rear full body picture and a body part picture It may include body change image information including at least one of. The body shape correction effect management unit 270 may use an image program for body shape analysis to determine whether a body shape change criterion requirement is satisfied, but is not limited thereto.

The body shape correction program of the present invention optimizes the type, sequence, and amount of exercise required for sequentially correcting body imbalance and/or body obesity in the order of lower body, upper body, and face at each stage by fascia-based body type type. Since it is a program provided by this program, after the effect of each stage of body shape correction exercise is satisfied, the next stage of body shape correction exercise must be performed to effectively loosen the twisted fascia, and through this, the effect of the body shape correction program can be maximized.

For this reason, the body shape correction effect management unit 270 may request input of body shape correction feedback information to be used as judgment data for determining whether the user's body shape correction exercise effect is satisfied after each stage of the body shape correction exercise is performed, Based on the body shape correction feedback information input through the user terminal 100, the degree of body asymmetry relief and body obesity alleviation degree after performing the body shape correction program of the corresponding stage are analyzed, and the degree of body asymmetry relief and body obesity alleviation required for each step is analyzed. It can be determined whether the criteria requirements are met.

For example, the body shape correction effect management unit 270 determines whether the standard requirements for leg length, foot angle, or waist symmetry change after performing the first stage body correction program are met, and the arm length after performing the second stage body shape correction program is determined. Determining whether the criteria for symmetry change, wingbone, rib, neck, or shoulder symmetry change are met, and whether the standard requirements for change with slim thighs, belly fat changes, or straight steps after performing the third stage body shape correction program are met , it is possible to determine whether the criteria for changing from a large, broad or asymmetric face to a small, slender face or symmetric face after performing the fourth stage body shape correction program are met.

Whether or not the body shape change standard requirements are met is 70 to 100% of the body shape change rate required in each stage (e.g., the rate of reduction in the difference in leg length required in the corresponding stage or the rate of decrease in waist circumference due to reduction in belly fat) In one case, it may be set as satisfying the standard requirements, but is not limited thereto.

When the body shape change criterion requirement of the corresponding step (eg, the first step) is satisfied, the body shape correction program management unit 260 according to the image request signal (eg, the second image request signal) input through the user terminal 100 . A body shape correction exercise image (eg, a body shape correction exercise image of the second stage) included in the body shape correction program of the next stage may be provided to the user terminal 100 .

On the other hand, when the body shape change standard requirement of the corresponding step (eg, the first step) is not met, the body shape correction program manager 260 sends the body shape correction program of the corresponding step (eg, the first step) to the user terminal 100 . A request alarm requesting re-entry of body shape correction feedback information may be transmitted along with the re-execution of

As a result, the user can perform the body shape correction program after watching the body shape correction exercise video of the next stage body shape correction program only when the body shape change standard requirements of the corresponding stage are met, and through this, the body shape imbalance and By correcting the fascia twist, the user's body shape correction based on fascia management can be effectively performed.

On the other hand, when the body shape change criterion requirement of the corresponding step (eg, the first step) is satisfied and the input deadline of the image request signal (eg, the second image request signal) of the next stage has elapsed (eg, the second image request signal) (when a predetermined period of time has elapsed from the input time of the first image request signal), the body shape correction program management unit 260 re-executes the body shape correction program of the corresponding step (eg, the first step) to the user terminal 100 . may request or transmit a request alarm for requesting body shape correction feedback information.

If the user does not carry out the next step body shape correction exercise within a certain period after performing the body shape correction program of the corresponding stage (in other words, if the execution of the body shape correction exercise is stopped in the middle), the body shape correction exercise of the corresponding stage The effect may be reduced. In this case, since the fascia loosened by the body shape correction exercise in the corresponding step may be twisted again, the fascia twisted in sequence may not be properly loosened even if the body shape correction exercise in the next step is performed. Therefore, even if the body shape change criteria requirements are met after performing each stage of the body shape correction program, if the next stage body shape correction exercise is not performed within a certain period of time, the body shape correction exercise of the corresponding stage may be re-executed or the performance of the corresponding stage It is necessary to check whether the body shape correction effect is maintained. In the present invention, by reflecting this need, a means for forcing viewing of the next step body shape correction exercise video after each step of the body shape correction program is performed to motivate the user to continuously perform the body shape correction program, and , it is possible to prevent re-twisting of the fascia due to cessation of exercise.

According to an embodiment, as a result of determining whether the body shape change criteria requirements are satisfied, the standard of the required body shape change rate is exceeded (for example, it exceeds 100% of the required body shape change rate), or the body part that is not required for change When body changes in other parts occur, the body type diagnosis management unit 250 uses the body type diagnosis information including pre-generated body type classification information and body shape imbalance weight information, body shape correction feedback information, and body shape change standard requirement determination results, It is possible to re-diagnose the user's fascia-based body type or to regenerate user-customized body shape correction exercise information.

For example, as a result of determining whether the body shape change criteria requirements are satisfied, if a body change other than the expected body part change occurs, the body type diagnosis management unit 250 re-diagnoses the user's fascia-based body type and corresponds By regenerating body type diagnosis information and user-customized body type correction exercise information, it is possible to provide a body type correction program corresponding to the re-diagnosed user's fascia-based body type type. As another example, as a result of determining whether or not the body shape change criteria requirements are satisfied, as a result of exceeding the required body shape change rate standard, the body type diagnosis management unit 250 regenerates the user-customized body shape correction exercise information to determine the type of body shape correction exercise for each stage, You can control the order or amount of exercise. Through this, it may be possible to provide a user-customized body shape correction service based on more sophisticated fascia management.

According to the embodiments of the present invention, the user's body type is defined and classified as a fascia-based body type type by characterizing the asymmetry of body parts and the type of body imbalance caused by the deepening of the fascia twist that is chained due to this. By providing a body shape correction program capable of diagnosing and correcting body shape imbalance and fascial twist according to the diagnosed fascia-based body type, it may be possible to provide a customized body shape correction service based on fascia management.

In addition, after each stage of the body shape correction program is performed, the user's body shape correction effect is analyzed, and only users who meet the body shape change criteria can perform the next stage body shape correction program. Since the ends can be released sequentially, the effect of the user's body shape correction based on fascia management can be maximized.

In the present specification, preferred embodiments of the present invention have been disclosed, and although specific terms are used, these are only used in a general sense to easily describe the technical content of the present invention and help the understanding of the present invention, and to limit the scope of the present invention. It is not meant to be limiting. It will be apparent to those of ordinary skill in the art to which the present invention pertains that other modifications based on the technical spirit of the present invention can be implemented in addition to the embodiments disclosed herein.

1: User-tailored body shape correction service provision system
100: user terminal
200: User-customized body shape correction service providing device
210: communication unit 220: control unit
280: storage

Claims (7)

The user management unit includes identification information including at least one of information about name, ID, password, date of birth, phone number and e-mail from the user terminal used by the user, and information about gender, age, height, weight and physical pain. obtaining basic user information including non-identifying information;
acquiring, by a body type diagnosis questionnaire information collecting unit, body type diagnosis questionnaire information for classification of body type based on body type imbalance and fascia twist from the user terminal;
acquiring, by a base body image information collecting unit, base body image information including at least one of a face picture, a front full body picture, a side full body picture, a back full body picture, and a body part picture of the user from the user terminal;
The body type diagnosis element information extraction unit uses the non-identification information and the base body image information to determine the user's leg length difference, foot angle asymmetry, waist asymmetry, pelvis asymmetry, arm length difference, wing bone asymmetry, neck asymmetry, shoulder asymmetry and extracting body type diagnosis element information including body asymmetry element information including at least one of facial asymmetry and body obesity element information including at least one of upper body obesity, lower body obesity, abdominal obesity, and facial obesity;
The body type diagnosis information generating unit uses the non-identification information and the body type diagnosis questionnaire information along with the body type diagnosis element information, and the user is classified as any one of the fascia-based body type types that are defined and classified based on body imbalance and fascial twist. generating body type diagnosis information including body type classification information including information on the fascia-based body type type and information on the severity of body type imbalance on the degree of aggravation of body type imbalance corresponding to the fascia-based body type type of the user;
Based on the body type diagnosis information, the body shape correction exercise information generating unit includes a step-by-step body shape correction program, a body shape maintenance exercise program, and a body shape correction program for correcting body shape imbalance and fascial twist according to the user's fascia-based body type type. generating user-customized body shape correction exercise information including information on a type, sequence, and amount of exercise;
The body shape correction program management unit provides the body shape diagnosis information and the user customized body shape correction exercise information to the user terminal, and according to a first image request signal input through the user terminal, the body shape of the first stage of the step-by-step body shape correction program providing a corrective exercise image to the user terminal; and
The body shape correction effect management unit obtains body shape correction feedback information from the user terminal after providing the body shape correction exercise image of the first step, and requests after execution of the body shape correction exercise of the first step based on the obtained body shape correction feedback information Including the step of determining whether the body shape change criteria requirements are met,
When the body shape change criterion of the first step is satisfied, the body shape correction program management unit generates the body shape correction exercise image of the second step of the step-by-step body shape correction program according to a second image request signal input through the user terminal. A method of providing a user-customized body shape correction service for fascia management provided by a user terminal. According to claim 1,
When the body shape change criterion requirement of the first step is not satisfied, the body shape correction program management unit first requests the user terminal to re-enter the body shape correction feedback information along with re-executing the body shape correction program of the first step. A method of providing a customized body shape correction service for fascia management that sends a request alarm. 3. The method of claim 2,
When the body shape change criterion of the first step is satisfied and the input deadline of the second image request signal has elapsed, the body shape correction program management unit requests the user terminal to re-execute the body shape correction program of the first step Alternatively, a method of providing a user-customized body shape correction service for fascia management that transmits a second request alarm requesting re-input of the body shape correction feedback information. 4. The method of claim 3,
The body type diagnosis element information extraction unit, the body type diagnosis information generation unit, and the body type correction exercise information generation unit constitute a body type diagnosis management unit,
When the body shape correction effect management unit determines whether the body shape change standard requirements are satisfied, the body shape diagnosis management unit exceeds the required body shape change rate standard or a body change occurs in a body part other than the body part required for change re-diagnosing the user's fascia-based body type by using the body type diagnosis information, the body shape correction feedback information, and the body shape change standard requirement determination result including the previously generated body type classification information and the body shape imbalance weight information, or , A method of providing a user-customized body shape correction service for fascia management that regenerates the user-customized body shape correction exercise information. According to claim 1,
The operation and functions of the body type diagnosis element information extraction unit, the body type diagnosis information generation unit, and the body type correction exercise information generation unit are performed by a fascia-based body type diagnosis model learned by a machine learning algorithm, the body type diagnosis The element information extraction unit, the body type diagnosis information generation unit, and the body shape correction exercise information generation unit constitute a body type diagnosis management unit,
The body type diagnosis management unit inputs the non-identification information, the base body image information, and the body type diagnosis questionnaire information to the fascia-based body type diagnosis model, and includes the body asymmetry factor information and the body obesity factor information of the user. The body type classification information obtained by extracting body type diagnosis element information and classifying the body type with the highest body shape fit among the fascia-based body type types defined and classified based on body imbalance and fascial twisting as the user's fascia-based body type type; and the body type diagnosis information including the body type imbalance weight information on the weight of the body type imbalance degree corresponding to the classified fascia body type type, and based on the generated body type diagnosis information, the user's fascia-based body type type is determined. A method of providing a user-customized body shape correction service for fascia management for generating the user-customized body shape correction exercise information for correcting body shape imbalance and fascia twist. According to claim 1,
The body shape correction feedback information includes the start date and end date of the body shape correction exercise of the first step, the time and number of daily exercise, the weight of the exercise end date, and a face picture, a front full body picture, a side full body picture, a rear full body picture, and a body part A method of providing a user-customized body shape correction service for fascia management including body change image information including at least one of photos. Identification information including at least one of information about name, ID, password, date of birth, phone number, and e-mail from the user terminal used by the user, and non-identifying information including information on gender, age, height, weight and presence of body pain a user management unit for obtaining basic user information including;
a body type diagnosis questionnaire information collecting unit for obtaining body type diagnosis questionnaire information for classification of body type types based on body shape imbalance and fascial twisting from the user terminal;
a base body image information collecting unit configured to acquire base body image information including at least one of a face picture, a front full body picture, a side full body picture, a back full body picture, and a body part picture of the user from the user terminal;
At least one of the user's leg length difference, foot angle asymmetry, waist asymmetry, pelvic asymmetry, arm length difference, wing bone asymmetry, neck asymmetry, shoulder asymmetry, and face asymmetry using the non-identification information and the base body image information a body type diagnosis element information extraction unit for extracting body type diagnosis element information including body asymmetry component information and body obesity component information including at least one of upper body obesity, lower body obesity, abdominal obesity, and facial obesity;
Using the non-identification information and the body type diagnosis questionnaire information along with the body type diagnosis element information, the user's fascia-based body type type classified as any one of the fascia-based body type types defined and classified based on body shape imbalance and fascial twist a body type diagnosis information generating unit for generating body type diagnosis information including body type classification information including information and body type imbalance weight information on a degree of aggravation of body shape imbalance corresponding to the user's fascia-based body type type;
On the basis of the body type diagnosis information, the type of body shape correction program, body shape maintenance exercise program, and body shape correction exercise included in each stage body shape correction program for correcting body shape imbalance and fascial twist according to the user's fascia-based body type type, a body shape correction exercise information generating unit that generates user-customized body shape correction exercise information including information about an order and an amount of exercise;
The body shape diagnosis information and the user-customized body shape correction exercise information are provided to the user terminal, and the body shape correction exercise image of the first stage of the step-by-step body shape correction program is displayed according to a first image request signal input through the user terminal. Body shape correction program management unit provided to the user terminal; and
After providing the body shape correction exercise image of the first step, body shape correction feedback information is obtained from the user terminal, and based on the obtained body shape correction feedback information, the body shape change criterion required after the first step body shape correction exercise is performed including a body shape correction effect management unit that determines whether the
When the body shape change criterion of the first step is satisfied, the body shape correction program management unit displays the body shape correction exercise image of the second step of the step-by-step body shape correction program according to a second image request signal input through the user terminal. A user-customized body shape correction service providing device for fascia management provided by a user terminal.

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