TW202338722A - Support assistance system and support assistance method for haircutting providing a person receiving a hair treatment with a means of supporting training that reflects more information - Google Patents

Abstract

The present invention is for trainees who need training, even if no one can actually perform the hair treatment, which can provide a person receiving the treatment with a means of supporting training that reflects more information. The support assistance system of the present invention is provided with a characteristic information receiving unit for receiving characteristic information including hair quality information and treatment designation information for designating hair style treatment to be applied to a person. A treatment designation information receiving unit and a haircut evaluation display command unit can perform a haircut evaluation and a haircut evaluation display for a person with characteristics based on instructions of the characteristic information and the haircut designation information. A haircutting process presentation command receiving unit can receive a haircutting process presentation command, which displays the haircutting process. When the haircutting process presentation command is received, the haircutting process is performed based on the characteristic information and the haircut designation information.

Description

Support and assistance system for haircut and method of support and assistance

The present invention relates to a support assistance system and a support assistance method for assisting hair cutting.

With regard to hair treatments performed in barbershops and/or beauty salons, etc., provide practitioners with training related to hair treatments by demonstrating the appropriate procedures for hair treatments.

The aforementioned practitioners, such as barbers and/or hairdressers, need to receive barbering training before they can engage in barbering-related industries. Through auxiliary training in barbering, they can arrange more suitable hairstyles for consumers. Interns can be trained in beauty schools to provide guidance on how to handle various hairstyles. After graduation, they can then engage in hairdressing-related industries. Through internship training in beauty schools, interns can meet consumers' needs for different hairstyles.

In order to reduce the cost of training interns, some barbershops/beauty salons will hire interns trained by beauty schools. Since the interns already have basic knowledge, training time, labor or costs can be reduced.

Regarding the training of auxiliary haircuts, Patent Document 1 takes a customer's pre-haircut image, extracts the consumer's hair area image before a haircut, and for each haircut step, simulates the haircut hair area to accept input content information, and generates a customer for each haircut process. The simulated hair style image accepts the input of the client's execution content information, captures the client's execution image, simulates the haircut content information, and simulates a characteristic hair style. The hairdresser support system describes the haircut content through the stored image. The information and the image after the hairstyle is used as the haircut process data.

According to the invention described in Patent Document 1, the customer satisfaction of hairdressers will increase, and the service quality of hairdressers will also be improved to a certain extent.

Patent Document 1 Japan No. 2015-225367. Problems to be solved by the disclosure of the invention:

Even if you do not actually get a haircut or receive relevant training in haircutting, you can receive relevant practical training through the technology of Patent Document 1. However, the technology in Patent Document 1 is based on calculations based on images (such as photos) of customers. However, when the consumer has not had a haircut or haircut, relevant haircut training cannot be performed, so there is still room for improvement.

Moreover, the person getting a haircut (or consumer) will also receive different information about the hair during the haircut process. For example, whether the person getting a haircut has a right or left hair root may change during the haircut process. However, information about hair such as hair flow and hair texture makes it difficult to distinguish the hair flow direction from collected images.

The technology disclosed in Patent Document 1 allows hairdressers to capture images of hair by consumers in advance, and generate a simulated hairstyle after a haircut from the image information. Therefore, the technology of Patent Document 1 can only generate hair-related information. For interns or practitioners, the technology of Patent Document 1 cannot assist in training and there is room for technical improvement.

In addition, depending on the head shape, face shape, hair quality and other conditions of the person receiving the haircut, the hairstyle after the haircut may not be suitable for the person receiving the haircut. The technology disclosed in Patent Document 1 can assist interns or trained practitioners to use image information to determine whether the grooming plan is suitable for the person being haircut. However, interns or practitioners in training may find it difficult to judge whether a hairstyle is suitable for the appearance of the person being cut due to their lack of experience. Therefore, the technology disclosed in Patent Document 1 still needs improvement.

The present invention can provide a means of auxiliary training for haircuts, which can actually perform haircutting on students who need training. With the support and auxiliary system for haircuts, even if interns or practitioners in training have not come into contact with the person being haircut, they can all be treated as the person being haircut. Get a proper haircut.

Means to solve the problem: The inventor of this case conducted in-depth research to solve the above problems and specifically explained the processing methods, including regarding the nature of the hair of the person being barbered, related processing during the haircut process based on the characteristics of the person being barbered, and based on the image. Tips related to message generation.

In order to achieve the above object, the present invention includes a receiving unit and a display command unit; the receiving unit is used to receive the characteristic information of the hair information of the person being barbered, and the display command unit is based on the characteristics obtained by the collection unit. The information is generated or the person to be barbered selects a hairstyle, and the simulation results are provided to the person to be barbered through the display command unit for evaluation, or the intern or practitioner in training is provided with a haircut treatment for the person to be barbered according to the prompts of the display command unit. method, thereby improving the satisfaction of the person receiving the haircut.

According to the aforementioned technical means, when the intern or the practitioner in training cannot determine whether the hair quality of the person being cut is suitable for the chosen hairstyle, the display command unit can be used to prompt the person to be cut, and at the same time assist the intern or practitioner in training. judge.

According to the aforementioned technical means, when the person who is getting a haircut chooses a hairstyle that suits him or her and it is judged that it is not an unmanageable hairstyle, the display command unit will prompt the person who is getting a haircut to receive haircut services by an intern or a practitioner in training, and Let the intern or practitioner in training follow the prompts of the display command unit to trim the hairstyle that suits the person being barbered, so that the person being barbered can be satisfied with the experience of this service.

According to the aforementioned technical means, when the hair quality of the person being barbered is not suitable for the selected hairstyle, the display command unit can be used to prompt the person being barbered, and at the same time notify interns or practitioners in training to avoid unpleasant experiences and consequences during service. Trainee or practitioner-in-training burden.

According to the aforementioned technical means, information related to the hair of the person being barbered is obtained by detecting characteristic information. After selecting a hairstyle suitable for the person being barbered, the display command unit generates a haircut-related process, and the intern or practitioner in training follows Follow the prompts to complete the hair cutting and grooming procedures.

According to the main technology of the present invention, when interns or practitioners in training do not have objects to practice with, the interns or practitioners in training can be trained through training equipment.

The second object of the present invention is to take the hair quality information of the person being cut, such as the length of the hair or the direction of the hair flow, and the display command unit generates the hair trimming steps and prompts the trimming parts according to the selected hairstyle, thereby assisting interns or Practitioner in training performs hair trimming.

During the hair trimming process, the appropriate treatment method can be changed according to the length of the hair and the direction of the hair flow. For example, if the hair length is normal, the hair can be cut shorter, and the cut hair may be too much, which may cause displeasure to the person receiving the haircut; or the hair flow of the person being haircut is right-flow direction, so the hair-cutting technique used is left-hand. However, it may cause uneven hair flow or changes in hair flow. If the hair flow is uneven, it may cause the person receiving the haircut to feel dissatisfied.

According to the characteristic information, the display command unit is used to guide interns or practitioners in training to trim the hair according to the condition of the hair roots and the direction of the hair flow. This way, the hair length can be trimmed appropriately and the hair of the person being cut can be prevented from being uneven. , let interns or practitioners in training provide the recipients with a good hair cutting experience.

Therefore, according to the present invention, the length of hair trimming and the direction of hair flow can be controlled. Even if the intern or the practitioner in training has no object to practice with, the intern or the practitioner in training can also use the training equipment to let the intern or the practitioner in training. Provide training to the industry.

The third object of the present invention is to specify a method for perming. Through the receiving unit and the display command unit, it can provide interns or practitioners in training to perform perming treatment according to the perm hairstyle plan.

When the hair is permed, the permed hairstyle can be changed to suit the shape of the person's head. That is, the evaluation of perm treatments may change depending on the shape of a person's head. For example, an A-line perm hairstyle with hair fanned downward may suit people with long head shapes and people with round head shapes. In addition, the S-line perm hairstyle draws the hair into an S shape and is suitable for people with higher cheekbones.

The third invention object of the present invention is characterized in that based on the consumer's head information, such as head shape, hair volume or hairstyle information, and based on the simulated hairstyle information after perming, the instructions and assistance for perming are generated through the display command unit. Let the person getting a haircut have a satisfactory experience.

Therefore, according to the third object of the present invention, the feature is that for practitioners who need training, even if no one can let the practitioners who need training perform actual hair styling treatment, the practitioners who need training can also be provided with haircut training.

The fourth object of the present invention is characterized in that during the hair perming process, the status of each hair and hair bundle after the perm treatment is displayed through the display command unit. The present invention can further provide a precise installation position (installed on the hair) and an installation method of the hair perm tool.

The hairstyle when performing the perm treatment can be changed depending on the attachment position and method of the perm tools used for the perm treatment, such as curling irons and the like. For example, if the perm tool is applied near the root of the hair bundle, the hairstyle changes the flow direction of the entire hair bundle, while if the perm tool is applied near the tip of the hair bundle, the hair tail changes the flow direction of the entire hair bundle.

In addition, the perm treatment uses a perm tool to curl the hair 10 times, which will make the curl look more natural than curling it twice.

Therefore, the present invention can assist training practitioners in installing hair perming tools at appropriate locations.

In the fourth object of the invention, the perm tools and the positions of the perm tools installed on the hair or hair techniques are shown; thereby training practitioners on perm processing, so that the person being barbered can complete the process more satisfactorily. Perm process.

A fourth object of the invention according to the present invention is characterized in that information on the person whose hair is to be treated can be provided even if no one is able to allow a practitioner who needs training to perform the actual hair treatment.

The characteristics of the fifth invention object of the present invention are derived from the first to fourth invention objects. The characteristic information includes hairline information related to the position and processing of the hairline. The specified information includes information for specifying bangs and a hair cutting process for cutting bangs, and the processing evaluation display instruction unit can display the bang cutting process based on the hairline information.

When cutting hair, cutting bangs is the key to giving people the first impression. Depending on the hair cutting technique, the impression given by the hairstyle will be very different. There are various ways to cut bangs, such as cutting them according to their original hair flow, cutting them with long bangs, lengthening bangs and cutting them along the hair flow, etc. By doing various trainings for cutting bangs, the person getting the haircut will also feel satisfied.

When dealing with bangs, whether the cut bangs look good or not depends on the position of the hairline. In other words, the evaluation of a bang cut may be affected based on the height of the hairline. For example, if a person has a high hairline (wide forehead) and a low hairline (narrow forehead), they will have different results even if they follow the same procedure and direction.

According to the characteristics of the fifth object of the present invention, practitioners use the hairline position and hairline information to evaluate the hairstyle treatment of cutting bangs. The displayed treatment evaluation can be used to determine whether the specified bangs treatment is suitable for hairline haircuts. The information indicates the position of the hairline of the person, and the practitioner can perform a hairstyle treatment result that satisfies the person receiving the haircut.

Therefore, according to the fifth object of the invention, practitioners who need training can be trained through the system of the present invention even if no one can let the practitioners who need training perform actual hair styling treatments.

According to a sixth object of the present invention, it is the invention according to any one of the first to fifth features, and the hair quality and hair information includes thickness information capable of identifying the hair of the head, and the display command unit designation information includes information for specifying The hair dye processing information is used for hair dyeing, and the processing program display command unit displays the processing method according to the processing designation information and the thickness of the hair.

In hair dyeing treatments, the hair dyeing methods vary depending on the thickness of the hair. Therefore, appropriate hair color treatments may vary depending on the thickness of your hair. By training in appropriate coloring procedures based on the thickness of the hair, practitioners can provide a more satisfactory haircut to the recipient.

According to the characteristics of the sixth object of the present invention, the display command unit is based on the steps of processing the specified information and the thickness of the hair, so that the practitioner can appropriately train the dyeing program according to the thickness of the hair. Practitioners can then perform hairstyle treatments that are more satisfying to the recipients.

Therefore, according to the characteristics of the sixth invention object of the present invention, for practitioners who need training, even if no one can let the practitioners who need training perform actual hair treatment, a means can be provided to support further reflecting the information of the person being hair styled. Training.

The seventh object of the present invention is characterized by being derived from the sixth embodiment, wherein the hair quality information also includes information capable of identifying the degree of hair damage, and a processing program is used to display the command unit. The method of hair dyeing treatment can be indicated based on treatment designation information, hair thickness and damage degree.

The steps of hair dyeing treatment, such as using appropriate hair dyeing agents, vary according to the degree of damage to the hair. By training in appropriate hair color treatments based on the degree of hair damage, practitioners may be able to perform hair treatments that are more satisfying to the recipient.

According to the characteristics of the seventh object of the present invention, the display command unit is based on the steps of processing the specified information and the degree of hair damage, so that practitioners can train appropriate hair dyeing procedures according to the degree of hair damage. Practitioners can then perform satisfactory hairstyle treatments.

Therefore, the effect according to the object of the seventh invention is to provide a means to support training that further reflects the information of the person whose hair is dyed, even if no one can allow the practitioner who needs training to perform actual hair styling treatment.

An eighth object of the invention is a derivative of the first embodiment.

A ninth object of the invention according to the present invention relates to a characteristic information transmitting step of transmitting characteristic information including hair quality information to an external predetermined device, and for specifying a hairstyle treatment process to be applied to the person. A method for performing a haircut on a person with characteristics based on a haircut processing designation information sending step of transmitting the designation information to a predetermined device, as well as the characteristic information and the haircut designation information. The hair style treatment evaluation display command unit receives a step for receiving a hair style treatment evaluation display command from a predetermined device, a hair style treatment evaluation display step for displaying a hair style treatment evaluation based on the hair style treatment evaluation display command, and a hair style treatment evaluation display step based on the hair style treatment evaluation display command. A handler for instructing the presentation of the process to a predetermined device, a handler presentation command, and the feature information handler specifies information for display.

The auxiliary system according to the first object of the invention may require computer equipment with higher computing power, etc. Therefore, when providing support related to the first feature by using electronic devices with lower computing power, such as smartphones, tablets, etc., difficulties may arise due to lack of computing power.

According to the feature of the ninth object of the present invention, a computer executing the program of the present invention according to the feature of the first object of the invention is characterized in that the operator specifies information and evaluates the display according to the information assisting device of the first aspect and transmits a command from the auxiliary device Receives the barber assessment display command to display the barber assessment on the computer. In turn, the display of haircut evaluation can be supported even on electronic devices with low computing power.

According to the ninth object of the present invention, the computer executing the haircut program sends a haircut program presentation command according to the auxiliary device of the first invention, and receives the haircut process display method and steps on the computer from the auxiliary device. Therefore, haircut methods and steps can be displayed even on electronic devices with low computing power.

According to the effect of the ninth object of the present invention, for interns or practitioners who need training, even if no one can let the practitioners who need training perform actual hair styling, training on hair cutting through the present invention can be provided.

According to the above description, the characteristic of the present invention is that it provides practitioners who need training. Even if no one can let the practitioners who need training perform actual hair styling treatments, the present invention can still be used to perform haircutting, hair dyeing, perming, bang cutting and other haircut-related tasks. Technical training.

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

The assist support system S of this embodiment is a block diagram showing a configuration example. The auxiliary support system S (hereinafter, also referred to as "system S" for short) provides hairdressing support assistance using the computer 1 used by the user of the system S.

The computer 1 and the auxiliary device 2 may be an integrally configured device, or may be separate computers and devices configured to be able to communicate with each other. Since the computer 1 and the auxiliary device 2 are integrated, the auxiliary support system S can be used even in places where communication is difficult.

The computer 1 and the auxiliary device 2 are separate computers that can communicate with each other. The computer 1 assists in the haircut processing by executing the auxiliary device 2, and the configuration can be integrated into one or the two are separated, and the convenience of the system can be improved.

When the computer 1 is a computer with relatively low processing power, it may be difficult to perform the case for generating and displaying dynamic images. Since the computer 1 and the auxiliary device 2 are separate computers and are configured as devices that can transmit to each other, even if the processing power of the computer 1 is relatively low, the dynamic images generated by the auxiliary device 2 are auxiliary processed by the computer 1 for display.

When the computer 1 and the auxiliary device 2 are separate computers and are configured as devices that can communicate with each other, the auxiliary support system S is configured to include a network N that can communicatively connect the computer 1 and the auxiliary device 2 and to communicate with each other through the network N. communication.

When the computer 1 and the auxiliary device 2 are communicating through the Internet (in other words, the two are separated). In the configuration of the computer 1 and the auxiliary device 2, communication processing performed when the computer 1 and the auxiliary device 2 are performed via the network N is performed by the communication bus provided inside the device, process communication, and inter-object communication.

The computer 1 includes a computer control unit 11 that controls the operation of the computer 1, a computer storage unit 12 that stores a control program executed by a microcomputer of the computer control unit 11, and the network N includes a computer communication unit 13 via the computer communication unit 13 and the auxiliary device 2 etc. In communication, the computer input unit 14 allows input from the practitioner, and the input is displayed on the display unit 15 .

The type of computer 1 is not particularly limited, and may include portable electronic devices such as smartphones and tablets, notebook computers, or desktop computers.

The computer control unit 11 is, for example, a CPU (Central Processing Unit), and a microcomputer including a ROM (Read Only Memory).

The computer control unit 11 reads the scheduled haircut plan and cooperates with the computer storage unit 12, the computer communication unit 13, the computer input unit 14, and/or displays the results on the display unit 15, etc. as needed, the characteristic information sending unit 111, and the characteristic information The sending unit 112, the hair style evaluation display command receiving unit 113, the hair style trimming process presentation command sending unit 114 and the hair style trimming program display command receiving unit 115 are software configured in the computer 1 to achieve the display of the hair style trimming program display unit 116. Function.

Computer storage 12 is a device for storing data and/or files, a hard disk, a semiconductor memory, a recording medium and one or more storage devices such as a memory card or the like which has a data storage unit implemented using it.

The computer communication unit 13 is not particularly limited as long as it is a communication unit that can communicate with the auxiliary device 2 and the like by connecting the computer 1 to the network N. For example, it corresponds to a cellular network. Examples include wireless devices and Wi-Fi compliant with IEEE802.11. (Wiress Fidelity) compatible devices and Ethernet standard compliant network cards.

The type of computer input unit 14 is not particularly limited. The computer input unit 14 includes, for example, a touch panel, a software keyboard, a microphone for recognizing voice, a communication device for receiving input from an external device, a keyboard, and a mouse.

When the computer input unit 14 has the functions of an input device such as a touch screen and a display device, the computer input unit 14 may be integrated with the display unit 15 . Computer 1 may be configured to be smaller and/or lighter. And even in places where large and/or heavy-duty terminals are difficult to use, hair styling assistance can be provided.

The auxiliary device 2 includes a hardware device control unit 21 which may be similar to the computer control unit 11 .

The hardware device control unit 21 includes a GPU (Graphics Processing Unit) adapted to generate dynamic images. The hardware device control unit 21 of the auxiliary device can generate a dynamic image, send the generated dynamic image to the computer 1 , and display the transmitted dynamic image on the display unit 15 of the computer 1 . As a result, the results can be displayed even when the computer 1 is a device with relatively low processing power, such as a mobile phone or a tablet computer. The computer 1 can also provide support using dynamic images.

The hardware device control unit 21 reads the predetermined hairdressing auxiliary process and cooperates with a device storage unit 22 and/or a device communication unit 23 and as necessary software functions configured in the auxiliary device 2, such as the feature information receiving unit 211, A haircut designation information receiving unit 212, a haircut evaluation display command unit 213, a haircut program presentation command receiving unit 214, and a hair cutting program display command unit 215.

The device storage unit 22 may be similar to the computer storage unit 12, and includes a characteristic information table 221, a hair style evaluation table 222, and a processing program table 223 for executing control programs.

(Characteristic information table 221)

FIG. 2 is a schematic diagram showing the feature information table 221. The characteristic information table 221 is a characteristic information table for storing hair quality information including characteristics of a person.

In the feature information table 221, the feature information and the feature information ID can store the identified feature information.

Characteristic information includes information about the characteristics of human hair and hair quality.

The characteristic information further includes information on hair style treatment to be performed on a person having characteristics indicated by the characteristic information.

The treatment information includes information indicating the hair cutting treatment, and the hair quality information includes information determining the hair root state and hair flow angle.

The processing information includes information indicating hair cutting processing steps, and the hair quality information includes information that determines the hair length state and the hair flow direction.

During the hair cutting process, if the hair flow angle of the person being cut is to the right, and the hair flow angle is turned to the left, the hair style may change direction according to the hair flow state after the cut, which will reduce the risk of the person being cut. of satisfaction.

The processing information includes information for instructing hair cutting processing, and the hair quality information includes information on hair length status and hair flow direction, so that the processing specified information and hair can assist in displaying hair cutting processing according to the hair length status and hair flow direction. Evaluation and/or processing steps.

The information that can determine the hair root length status is not particularly limited, for example, it can be information that classifies the hair root status into "floating", "normal", "sinking", "sinking", etc. Information including one or more, such as a numerical representation of a condition, may be used.

The information that can determine the hair flow direction is not particularly limited. For example, the information that the flow direction around the hair can be classified as left flow, normal, right flow, radial, etc.

When the information instructs the perm treatment, the characteristic information includes head shape information about the shape of the person's head.

When a perm is applied to hair, the hairstyle to which the perm is applied may or may not be suitable depending on the shape of a person's head. That is, the evaluation of the perm treatment may change depending on the shape of the person's head. For example, an A-line perm hairstyle with hair fanned downward may suit people with long head shapes and people with round head shapes. In addition, the S-line perm hairstyle draws the hair into an S shape and is suitable for people with higher cheekbones.

At the time of the perm processing, the characteristic information includes head shape information about the person's head shape, so that the head shape information about the person's head shape and the perm processing can be used to support hair style processing evaluation based on the haircut designation information including the designation information. / Or display of the haircut process for perming and hairstyle treatments.

There are no special restrictions on the head shape information. For example, the head shape above the eyes is normal, the top of the head is flat, and the back of the head is flat. Or head shape information viewed from the front, such as wide face, round face, inverted triangle face, long face, home plate face, etc. One or more pieces of information can be included to display the head shape.

When bangs are cut, the feature information includes hairline information about the hairline position.

When cutting hair, cutting bangs is the key to giving people the first impression. Depending on the hair cutting technique, the impression given by the hairstyle will be very different. There are various ways to cut bangs, such as cutting them according to their original hair flow, cutting them with long bangs, lengthening bangs and cutting them along the hair flow, etc. By doing various trainings for cutting bangs, the person getting the haircut will also feel satisfied.

When applying bang cutting treatment, the suitable hairline position may be different for hairstylists who have experience cutting bangs. In other words, the bangs cut may change depending on the position of the hairline. For example, if the hairline is high (the forehead is wide) or the hairline is low (the forehead is narrow), even if the bangs are cut in the predetermined direction according to the same procedure, the results will be different.

When the processing information includes information indicating bangs trimming, the characteristic information includes hairline information regarding the position of the hairline so that the processing of bangs trimming and the position of the hairline are performed based on the processing result of the hairline information. The pre-treatment assessment provides information such as whether the forehead is of normal width or the forehead is narrow.

When bangs are cut, the suitability may be evaluated depending on the hair volume. That said, reviews of bangs cuts may change based on the amount of hair. For example, even if the bangs are cut and thinned, the evaluation will be based on the hair volume.

The aforementioned hair volume can be large hair volume, normal hair volume, small hair volume, or very little hair volume.

When the treatment information includes information indicating hair dyeing treatment, the hair quality information includes information that can specify the thickness of the hair.

In hair dyeing treatments, the method of hair dyeing varies depending on the thickness of the hair. Therefore, hair color treatments may vary depending on the thickness of your hair. Practitioners trained in proper coloring procedures based on hair thickness are able to perform more satisfying hair treatments.

When the processing information includes information instructing hair dyeing treatment, the hair quality information includes hair thickness information, and the hair dyeing processing is performed based on the processing designation information and the hair thickness.

The aforementioned hair thickness information includes thick hair, normal hair, or fine hair.

Hair quality information also includes information that can identify hair damage when hair coloring is performed.

In hair dyeing treatments, the effects of the agents used in hair dyeing treatments vary depending on the damage to the hair. Therefore, according to the degree of damage to the hair, choose the appropriate dye to dye your hair. Through the above training methods, practitioners can achieve satisfactory hair dyeing results.

The hair damage information is not particularly limited. For example, information for classifying hair damage into "damaged", "normal", "not too damaged", etc., and information including one or more information such as "damaged", "normal", "not too damaged", etc. may be used.

When hair dyeing is performed, the hair quality information includes information that can identify the hair color.

When hair dyeing is performed, the color of the hair after the dyeing treatment differs depending on the color of the hair. Therefore, choosing the right dye for hair dyeing can achieve different hair dyeing effects. Hair dyeing practitioners can achieve satisfactory hair dyeing results through the above training methods.

The hair color information representation method is, for example, information that classifies the hair color into "black", "normal", "brown", etc.

Feature information FI0001 associated with feature information ID "FI0001" in FIG. 2 includes processing information indicating trimming processing, information indicating "hair length", and information "hair is concentrated on hair stripes". The hair quality information includes information indicating that the hair flows to the left and feature information having head shape information indicating that the head shape is “upper part: normal” and “front side: normal”. Therefore, the evaluation and/or procedure for hair cutting is based on hair designation information, hair length, hair flowing to the left centered on the spine, and normal conditions.

Feature information FI0002 associated with feature information ID "FI0002" in FIG. 2 includes processing information indicating perm processing, "hair length status "normal" and "hair sparse". And includes information indicating "hair damage: 1" and having Hair quality information of "Ella-tensioned face". Hair damage equivalent to "Hair Damage: 3", and information specifying perm treatment. Hair style treatment evaluation based on the specified information and/or procedures for perm hair style treatment can be displayed, accordingly , according to the person's face shape and head shape, the elastic changing effect can be simulated and displayed through the display unit 15 .

Feature information FI0003 associated with feature information ID "FI0003" in FIG. 2 includes processing information indicating bang cutting, hairline information indicating "ordinary forehead" and "hair volume". It includes characteristic information such as "a lot" of hair quality, "hair length", "radial hair flow", etc. The information specifying the bangs-cutting procedure can assist in displaying the evaluation of the specified bangs-cutting information and/or the display of the bangs-cutting procedure.

Feature information FI0004 associated with feature information ID "FI0004" in FIG. 2 shows processing information indicating hair dye processing "thick hair" and "hair damage: 3". The characteristic information including the hair quality information is included, and therefore, the processing specifying information including the information for specifying the hair dyeing treatment is used to perform the hair dyeing treatment. Can help show evaluation after hair coloring.

FIG. 2 is a schematic diagram showing an implementation of the hairstyle evaluation table 222. The hairstyle evaluation table 222 is an evaluation table for storing characteristic information and hairstyle treatment designation information associated with each other.

The hairstyle evaluation table 222 is used to store an evaluation table associated with the characteristic information and the designated hairstyle information. Therefore, the hairstyle implementation method associated with the characteristic information and the hairstyle processing designated information is obtained from the hairstyle evaluation table 222. Therefore, based on the characteristic information and Hair style designation information can obtain hair style characteristic information and hair style evaluation of the person being cut.

Among them, the hairstyle evaluation table 222 can be related to the evaluation of being able to identify the hairstyle. The evaluation methods are roughly classified according to the evaluation results, such as "×", "Δ", and "O" evaluations.

The treatment designation information includes information for designating cutting treatment, perming treatment, bang cutting, hair dyeing treatment, etc.

When the processing designation information includes information for trimming processing at a designated position, the processing designation information includes fading the front face downward into a bob, the back face downward fading into a bob, and the gradient bob at a specific length. Information that enables the hair to be trimmed according to the instructions.

Regarding the information indicating the processing content, when the processing designation information includes information for designating perm processing, the processing designation information includes short A line, short rhombus, middle A line, middle S line, middle rhombus, etc. This makes it possible to provide treatment assessments using information indicative of the hairstyle after the perm treatment.

Regarding the information instructing the processing content, when the processing designation information includes information for designating bangs cutting, the processing designation information includes information on hairstyles after bangs cutting such as short bangs, long bangs, air bangs, etc. This makes it possible to use information indicating the hair style after bang trimming.

Regarding the information indicating the content of the treatment, when the treatment designation information includes information for designating hair dyeing treatment, the treatment designation information includes less color dyeing, more color dyeing, less color dyeing in places other than the top of the head, hair dyeing tail, Information on hair dyeing treatments such as dyeing your hair a single color. This makes it possible to provide treatment evaluation using information representing the hairstyle after the hair dyeing treatment.

The characteristic information is not particularly limited, and may be various characteristic information listed in the characteristic information table 221, for example.

The haircut evaluation TR0001 associated with the haircut evaluation ID "TR0001" in FIG. 3 is a haircut treatment evaluation showing a hairstyle treatment evaluation of "0" (corresponding to a high evaluation). The processing designation information of the processing evaluation designating the trimming processing is a bob head with a downward slope gradient, the hair quality information is that the hair roots are fluffy and the hair flow direction is to the left, and the characteristic information of the head shape information is "upper part: normal" and " "Front: Normal" characteristic information of head shape information.

In this embodiment, if a front-down wave treatment is performed on a person with fluffy hair roots, hair flow direction to the left, and a normal head shape, the treatment evaluation can be displayed as a high evaluation of "O".

The hairstyle evaluation TR0002 associated with the hairstyle evaluation ID "TR0002" in FIG. 3 is a hairstyle treatment evaluation indicating a hairstyle evaluation "x" (corresponding to a low evaluation). The treatment designation information of the treatment evaluation designates the trimming treatment as perm treatment as short A-line, the hair quality information as fluffy hair roots, thinning hair and hair damage: 1, and the characteristic information of head shape information as cheek face.

In this embodiment, if a person with normal hair length, thinning hair, and hair damage: 1" is permed with short A-line treatment, the treatment evaluation can be displayed as a low evaluation of "X".

The hairstyle processing evaluation TR0003 associated with the hairstyle evaluation ID "TR0003" in FIG. 3 is a hairstyle evaluation indicating the hairstyle evaluation "Δ" (equivalent to a medium evaluation). The treatment designation information of the treatment evaluation designation of the trimming treatment is to shorten the bangs, and the hair quality information is that the forehead is narrow, the hair volume is large, the hair roots are fluffy, and the hair is radial. If short current sea treatment is applied to it, the treatment evaluation can be displayed as a medium evaluation of "Δ".

FIG. 4 is a schematic diagram showing an implementation of the processing program table 223. The processing program table 223 is an information storage table for storing head feature and hair quality feature information.

Since the processing program table 223 is an information table that stores hair characteristics, when processing such as hair cutting, bang cutting, hair dyeing, etc., you can refer to the relevant information to perform hair cutting work.

Preferably, the processing program table 223 can store personal information, and the information can be quickly retrieved the next time a haircut is performed.

The characteristic information and the haircut designation information are not particularly limited, and may be, for example, the same information as the various feature information and the haircut designation information listed in the hairstyle evaluation table 222 .

The handler is not particularly limited. The haircut process display can, for example, display a three-dimensional model showing the status of the haircut, a video showing the status of the haircut, an image showing the status of the haircut, and a string showing the status of the haircut. The process may include one or more pieces of information.

When processing specified information including information specifying a trimming process and/or a fringe trimming process, the processing program describes, for each hair strand included in the hair, the location of the trimming strand, any one or more procedures for cutting the hair strand, e.g. The angle of the strands, the movement of the hair cutting tool, the order in which each of multiple hair strands are processed, etc. This allows the process of cutting each hair strand to be assisted.

When processing designation information is used to specify information for a perm treatment, the handler is a location for attaching a perm tool (e.g., a rod for wrapping hair, a curling iron, etc.) for each perm treatment and is included in the hair bundle A procedure for using a perm tool that has a method for attaching a perm tool and a procedure for using a perm tool on each hair strand. Therefore, when performing a hair perming treatment procedure, the present invention can display a more detailed treatment procedure.

In addition, when the information of the hair perming treatment is specified, the processing procedure includes the order of processing each of the plurality of hair bundles.

When processing the specified information for specifying hair dyeing treatment information, the processing procedure is to dye each hair bundle included according to the location to be dyed, the range to be dyed, and the range to be dyed. Among them, it also includes color, multiple Each of the hair bundles is processed in order. Therefore, when the hair undergoes the hair dyeing process, a more detailed process can be shown.

When the processing specified information includes information specifying the hair dyeing treatment, the processing program includes information on the agent used for the hair dyeing treatment.

The effects of agents used in hair dye treatments vary depending on the damage to the hair, the thickness of the hair and/or the color of the hair.

Depending on the damage to the hair, the thickness of the hair and/or the color of the hair, when the treatment designation information includes information on hair coloring treatments, the treatment designation information includes information on hair coloring treatments, taking into account the effects of drugs used in the coloring procedure. Reagent information specifies hair dye treatments.

The treatment procedure ID "TS0001" displays a three-dimensional model of the procedure for hair trimming, providing information on the hair cutting treatment sequence. The processing designation information of the processing evaluation designating the trimming processing is a bob head with a downward slope gradient, the hair quality information is that the hair roots are fluffy and the hair flow direction is to the left, and the characteristic information of the head shape information is "upper part: normal" and " "Front: Normal" characteristic information of head shape information.

As mentioned above, we can help provide hair cutting procedures when performing the process of cutting a bob with a downward slant gradient on people with normal head length and normal head shape. Therefore, when showing the process of cutting the whole hair, the present invention can show the process in more detail.

The processing procedure ID "TS0002" in Figure 4 shows a three-dimensional model of the hair bundle procedure of attaching a perm tool (rod) to the right back hair, providing information on the perming processing sequence. The processing designation information of the processing evaluation designating the trimming processing is the perm processing as short A-line, the hair quality information is fluffy hair roots, thinning hair and hair damage: 1, and the characteristic information of the head shape information is cheek face.

As mentioned above, when the short A-line perm process is performed on people with fluffy hair roots, thin hair, damaged hair: 1, and head shape information whose characteristic information is cheek face, it can help provide a perm process. Therefore, when showing the process of perming treatment, the present invention can show the process in more detail.

The treatment program ID "TS0003" in Figure 4 shows a three-dimensional model of the process of trimming the hair strands in the center part of the bangs, providing information on the hair treatment sequence. The treatment designation information for the treatment evaluation designation of the trimming treatment is short bangs, and the hair quality information is a narrow forehead, large hair volume, fluffy hair roots, and radial hair flow.

As mentioned above, when going through the process of cutting bangs and trimming hair for people with narrow foreheads, thick hair, long hair, and radial flowing hair, we can help provide bangs cutting procedures. Therefore, when showing the process of cutting the whole hair, the present invention can show the process in more detail.

The processing program ID "TS0004" in Figure 4 shows the process of hair dyeing treatment on the hair bundle and provides information on the sequence of the hair dyeing treatment. The treatment designation information of the treatment evaluation designating the trimming treatment is hair dyeing treatment, and the hair quality information is large hair volume and hair damage: 3.

As mentioned above, we can help provide hair dyeing procedures when going through the hair dyeing process for people with heavy hair and damaged hair: 3. Therefore, when showing the process of dyeing and finishing hair, the present invention can show the process in more detail.

The device communication unit 23 is not particularly limited as long as it is a communication unit that can communicate with the auxiliary device 2 and connect the auxiliary device 2 to the network N terminal 1 and the like, for example, a corresponding device such as an IEEE802.11 Wi-Fi (Wireless Fidelity) network card and the like. Ethernet standard.

The computer 1 and the auxiliary device 2 communicate through the network N. The network technology used in the present invention is not particularly limited. It may include a local network, a local area network, an intranet, an extranet, the Internet, a Wi-Fi network, a mobile phone network, or A network in which there are multiple networks, or a combination of the above.

FIG. 5 is a main flowchart showing a preferred flow of auxiliary processing performed by the computer 1 of this embodiment. Hereinafter, an embodiment of a process of performing auxiliary processing by the computer 1 will be described with reference to FIG. 1 .

[Step S1: Practitioner specifies how to handle hairstyle]

The computer control unit 11, computer storage unit 12, and computer input unit 14 cooperate with the display unit 15, and the execution practitioner then specifies the processing method through the characteristic information sending unit 111 (step S1). If the designated mode is confirmed, the computer control unit 11 transfers the process to step S2. If there is no unconfirmation, the computer control unit 11 shifts the process to step S1.

FIG. 6 is a schematic diagram showing a hairstyle designation information input screen displayed on the display unit 15 of the computer 1 for inputting hairstyle designation information. In the process of determining whether a hairstyle has been designated, for example, a processing area ST indicating a plurality of hairstyles to be designated is displayed on the display portion 15 shown in FIG. 6 , and the processing method is determined using the computer input unit 14 .

When the processing area ST is displayed on the display unit 15, the hairstyle suggestion MST is displayed as a prompt on the display unit 15. Accordingly, the practitioner can designate the departure processing method from the computer 1 .

[Step S2 The computer control unit 11 inputs characteristic information], the computer storage unit 12, the computer input unit 14, and the display unit 15 execute the characteristic information sending unit 112 to input the characteristic information (step S2). The computer control unit 11 shifts the process to step S3. By inputting the characteristic information, the input characteristic information is used through the computer control unit 11 . FIG. 7 describes in more detail the feature information input processing for inputting feature information performed in step S2.

[Step S3: Characteristic information transmission] The computer control unit 11 and the computer storage unit 12, and/or the computer communication unit 13 execute the characteristic information transmission by using the characteristic information sending unit 112 as needed. The characteristic information S2 input in step S2 is transmitted to Auxiliary device 2, etc. (step S2, feature information transmission step). The computer control unit 11 shifts the process to step S4. Thereby, the auxiliary device 2 can use the input characteristic information to provide auxiliary support for haircutting.

[Step S4: The practitioner displays the evaluation results] The computer control unit 11 and the computer storage unit 12 cooperate with the computer communication unit 13 as needed, and/or the display unit 15 and the practitioner display the evaluation results through the hair style evaluation display command receiving unit 113. During the process, the hairstyle process presentation command sending unit 114 provides the hairstyle evaluation display command received by the auxiliary device 2 and the like to display the hairstyle evaluation (step S4). The computer control unit 11 shifts the process to step S5. Through the hair styling treatment evaluation received from the support device 2 or the like through the display unit 15 , the practitioner using the computer 1 can decide whether to display the hair styling treatment process using the displayed hair style treatment evaluation. FIG. 5 describes in more detail the hair style treatment evaluation display process for displaying the hair style treatment evaluation performed in step S4.

In the hair style evaluation, based on the feature information sent in step S3 and the hair style treatment designation information specified in step S1, the hair style indicated by the hair style treatment designation information is evaluated for the person who has the characteristics indicated by the feature information. Then, the characteristic information transmitted in step S3 includes hair quality information regarding human hair characteristics.

By performing the hair style evaluation display process in step S4, the practitioner can simply judge the nature of the person's hair to determine whether the hair style treatment is suitable for the person, and can decide whether to perform hair style treatment and order the display of the hair style trimming procedure during training. Preventing practitioner training from being burdened by displays that are not needed when training is not taking place.

[Step S5: Practitioner program determines whether display command is received] The computer control unit 11 cooperates with the computer storage unit 12 and/or the computer communication unit 13 as necessary, and the hair-cutting program uses the hair-cutting program display command receiving unit 115 to determine whether to execute Whether the hair styling process display command has been received from the auxiliary device 2 or the like (step S5, hair style processing process display command receiving step). When receiving the hair styling process display command, the computer control unit 11 shifts the process to step S6. If the hair styling process display command is not received, the computer control unit 11 shifts the process to step S7. By determining whether a hairstyle processing process display command is received, the received hairstyle processing process can be displayed when the hairstyle processing process display command is received. The processing procedure display command is a command that displays a procedure based on the characteristic information sent in step S3 and the processing designation information specified in step S1 and so on. Then, the characteristic information transmitted in step S3 includes hair quality information regarding human hair characteristics.

When executing the hair-cutting program, the display command receiving step can display information that further reflects the person being cut, such as hair quality information. Practitioners in need of training can then be assisted using the hair treatment process shown, so that training can be conducted to further assist the practitioner with hair treatment.

[Step S6: Processing program display] The computer control unit 11, the computer storage unit 12, the computer communication unit 13 if necessary, cooperate with the computer input unit 14, and/or the computer display 15, and the processing program display execution unit 116 displays the process in step S5. The received hair-cutting program display command indicates the hair-cutting program (step S6, hair-cutting program display step). The computer control unit 11 shifts the process to step S7. You can use the hair-cutting program displayed on computer 1 for training. The hairstyle processing process performed in step S6 for display will be described in more detail in FIG. 6 .

[Step S7: Determine whether to view the hair style treatment evaluation] The computer control unit 11, the computer storage unit 12, the computer input unit 14, and the display unit 15 cooperate with each other to determine whether to display the hair style treatment evaluation by executing the hair style trimming program display unit 116 (step S7: Determine whether to view the hair style treatment evaluation). S7). If the hairstyle treatment evaluation is displayed, the computer control unit 11 shifts the process to step S4. If the hairstyle treatment evaluation is not displayed, the computer control unit 11 shifts the process to step S8. By determining whether to display the hairstyle treatment evaluation, the hairstyle treatment evaluation display process executed in step S4 can be executed when the hairstyle treatment evaluation is displayed.

[Step S8: Determine whether to input characteristic information] The computer control unit 11, computer storage unit 12, and computer input unit 14 cooperate with the display unit 15 to execute the hair-cutting program display unit 116 to determine whether to input characteristic information (step S8). If the characteristic information is input, the computer control unit 11 shifts the process to step S2. If the characteristic information is not input, the computer control unit 11 returns the process to step S1 and repeats the processes from step S1 to step S8. By determining whether to input feature information, the feature information input processing performed in step S2 can be performed when feature information is input.

FIG. 7 shows a flowchart of the feature information input processing in the computer 1 . Hereinafter, the feature information input processing procedure in the computer 1 executed in step S2 of FIG. 5 will be described with reference to FIG. 7 .

[Step S11: Determining whether the pruning process is specified] The computer control unit 11, the computer storage unit 12, and the computer input unit 14 cooperate to determine whether the pruning process has been specified by executing the feature information sending unit 112 (step S11). If the trimming operation is specified, the computer control unit 11 shifts the process to step S12. If the pruning program is not specified, the computer control unit 11 shifts the process to step S13. By determining whether to specify the pruning process, it is possible to perform processing for receiving feature information related to the pruning process when specifying the area pruning process.

[Step S12: The practitioner determines the trimming information] The computer control unit 11, the computer storage unit 12, and the computer input unit 14 perform the characteristic information in cooperation with the display unit 15 and the characteristic information sending unit 112 to determine whether the trimming operation has been received. characteristic information (step S12). When receiving the characteristic information regarding the trimming operation, the computer control unit 11 ends the characteristic information input process and shifts the process to step S3. If the characteristic information regarding the trimming operation is not received, the computer control unit 11 shifts the process to step S12. By determining whether characteristic information related to hair cutting is received, the hair cutting process can be received and trimmed.

FIG. 8 shows a schematic diagram for inputting characteristic information on the display unit 15 of the computer 1 . In the process of determining whether the feature information related to the trimming process has been received, for example, a feature information input screen as shown in FIG. 8 is displayed on the display unit 15 of the computer 1, and the information related to the trimming process is input using the computer input unit 14. .

The feature information input screen shown in Fig. 8 shows the features related to the feature display area DF, the "head shape" (the shape of the part above the eyes of the head), which is displayed by using a three-dimensional model, first The first feature input area SF1 is input, the second feature input area SF2 is input the features related to the "face shape" (the shape of the head when viewed from the front), and the third feature is the hair related to the "hair root" (hair root floating state) The input area SF3 is used to input quality information, the fourth feature input area SF4 is used to input hair quality information about "hair direction" (direction of hair flow flow), and the process screen of transition to the previous process includes immediately before specifying The screen transition area TPD.

Computer 1 displays the characteristics displayed by the three-dimensional model and generates floating states of hair roots and hair stripes, which are characteristic information about hair. Hair quality information such as the flow direction of the hair, the shape of the part of the head above the eyes, and characteristic information of the head shape when viewed from the front can be input.

The feature display area DF is configured so that the three-dimensional model can be viewed from different directions. This can support training in looking at people with features from all directions. The means of viewing the three-dimensional model from different directions are not particularly limited, depending on the feature display area DF and/or on the three-dimensional model.

The feature input area SF1-4 is not particularly limited as long as it is an area used to input feature information related to the pruning operation. Furthermore, the display part 15 may also display one or more areas for inputting characteristic information related to the hair cutting operation, taking the fifth characteristic input area as an example.

[Step S13: Whether or not the identification of permanent processing is designated] The computer control unit 11, the computer storage unit 12, and the computer input part 14 cooperate to determine whether or not the designated permanent processing has been completed by executing the characteristic information sending unit 112 (step S13). If the perm treatment is designated, the computer control unit 11 shifts the process to step S14. If the perming treatment is not specified, the computer control unit 11 shifts the process to step S15. By determining whether the perm treatment is specified, a process of determining whether characteristic information related to the perm treatment is received when the perm treatment is specified can be performed.

[Step S14: The practitioner determines the received information] The computer control unit 11, the computer storage unit 12, and the computer input unit 14 perform this operation in cooperation with the display unit 15 and the characteristic information sending unit 112 to determine whether the information has been received. Characteristic information on perming treatment (step S14). When receiving the characteristic information about the perm, the computer control unit 11 ends the characteristic information input process and transfers the process to step S3. If the characteristic information on the perm is not received, the computer control unit 11 shifts the process to step S14. It is determined that characteristic information related to perming is received.

In the process of determining whether the characteristic information related to perming is received, for example, the characteristic information is input using the computer input unit 14 of the computer 1, and the display unit 15 displays the information related to the perm.

In the process of determining whether the feature information related to perming is received, the second feature input area SF2 is used to input the degree of hair damage, and the fourth feature input area SF4 is used to input the thickness of the hair. In addition to the area, it is related to determining whether the perm-related feature information is received. The process of processing related feature information is the same.

Use computer 1 to display the characteristics of the three-dimensional model, that is, the characteristic information of the perm treatment, that is, the degree of damage to the hair and the length of the hair can be input into the hair quality information of the hair root, including the characteristic information of the thickness and shape of the hair being higher than the eyes of the head.

The feature input area SF1-4 is not particularly limited as long as it is an area for inputting feature information related to perm processing. In addition, the display unit 15 may be displayed on the display unit 15 for inputting characteristic information related to the perm treatment area in the fifth characteristic input area.

[Step S15: Specify bangs or determine cropping process] The computer control unit 11, the computer storage unit 12, and the computer input unit 14 cooperate to execute the characteristic information sending unit 112, and the practitioner determines the bangs cropping process (step S15). If the bang cutting operation is designated, the computer control unit 11 shifts the process to step S16. If the bang trimming program is not specified, the computer control unit 11 transfers the process to step S17.

[Step S16: Receiving the characteristic information about bangs cutting] The computer control unit 11, the computer storage unit 12, the computer input unit 14, and the characteristic information sending unit 112 cooperating with the display unit 15 determine whether the characteristic information about bangs cutting is received. (Step S16). When receiving the characteristic information regarding the bangs trimming process, the computer control unit 11 ends the characteristic information input process and transfers the process to step S3. If the characteristic information regarding the bang cutting operation is not received, the computer control unit 11 transfers the process to step S16.

The process of receiving the characteristic information regarding bangs trimming processing is not particularly limited. In the process of determining whether characteristic information related to bangs cutting is received, for example, the input screen shown in FIG. 8 is displayed on the display unit 15 of the computer 1, and the computer input unit 14 is used to associate characteristic information with bangs cutting, A means to determine that feature information has been input.

The process of determining whether the feature information about bang cutting is received is that the hairline position is input into the first feature input area SF1, and the hair amount is input into the second feature input area SF2.

Computer 1 displays the features displayed by the three-dimensional model, which is characteristic information about bangs cutting, such as hair volume, hair length, etc. Hair quality information such as hair flow direction and hairline position characteristic information can be input.

The feature input areas SF1-4 are not particularly limited as long as they are used to input feature information related to bang trimming processing. Furthermore, one or more areas for inputting characteristic information about bangs cutting, taking the fifth characteristic input area as an example, may also be displayed on the display unit 15 .

[Step S17: The practitioner determines the designated color] The computer control unit 11 and the computer storage unit 12 cooperate with the computer input unit 14 to determine the hair dyeing process by executing the characteristic information sending unit 112 (step S17). If the hair dyeing operation is designated, the computer control unit 11 shifts the process to step S18. If the hair dyeing process is not specified, the computer control unit 11 ends the characteristic information input process and shifts the process to step S3. By determining whether the hair dyeing treatment is specified, a process of determining whether characteristic information related to the hair dyeing treatment is received when the hair dyeing treatment is specified can be performed.

[Step S18: The practitioner receives the characteristic information of hair dyeing] The computer control unit 11, the computer storage unit 12, the computer input unit 14, and cooperate with the display unit 15, transmit the characteristic information to the execution part 112 to determine whether the information about hair dyeing has been received. Processed feature information (step S18). When receiving the characteristic information about the hair dyeing treatment, the computer control unit 11 ends the characteristic information input process and shifts the process to step S3. If the characteristic information regarding the coloring operation is not received, the computer control unit 11 shifts the process to step S18.

The process of determining that characteristic information about the hair dye treatment is received is not particularly limited. In the process of determining whether the characteristic information related to the hair dyeing treatment has been received, for example, the computer input unit 14 of the computer 1 is used to input the characteristic information, and the display unit 15 is used to display the hair dyeing treatment.

In the process of determining whether the feature information related to hair dyeing is received, the first feature input area SF1 is an area for inputting the thickness of the hair, and the second feature input area SF2 is the area for inputting the degree of hair. This is related to determining whether the feature information related to the trimming process is received. The process is the same, except that the 3-4 feature input areas SF3-4 do not need to be filled with feature information.

The computer 1 checks the characteristics displayed on the three-dimensional model of the person being haircut and also checks the hair thickness and the degree of hair damage, which are characteristic information related to the hair dyeing process.

The feature input area SF1-4 is not particularly limited as long as it is an area used to input feature information related to hair dyeing treatment. In addition, one or more areas for inputting characteristic information related to the hair dyeing treatment such as the fifth characteristic input area or the like may be further displayed on the display unit 15 .

According to the feature information input process of steps S11-18, feature information corresponding to the designated hairstyle process can be input.

FIG. 9 is a flowchart showing the hair style treatment evaluation display processing in the computer 1 . Hereinafter, the procedure of the hair style treatment evaluation display processing in the computer 1 executed in step S4 of FIG. 5 will be explained.

[Step S21: The practitioner determines whether the practitioner is designated to handle hair style content] The computer control unit 11, the computer storage unit 12, the computer input unit 14, and the hair style evaluation display command receiving unit 113 in cooperation with the display unit 15 are executed to determine whether it is designated. Contents of hairstyle processing (step S21). If the designation is the designated hair style processing content, the computer control unit 11 shifts the process to step S22. If the content of the processing is not specified, the computer control unit 11 advances the processing to step S21. By determining the hairstyle processing content, when the hairstyle processing is designated, the hairstyle processing designation information is sent.

The process of determining whether the processed content is designated is not particularly limited. The process of determining whether to specify the content of the program corresponds to the program specified in step S1 (for example, a hair cutting program, a hair perming program, a fringe cutting program, a hair dyeing program).

FIG. 10 is a schematic diagram showing an evaluation related to the trimming process being displayed on the display unit 15 of the computer 1 . When the trimming process is specified in step S1, the process of determining whether the processing content is specified is, for example, displaying a trimming process evaluation display screen as shown in FIG. 10 on the display unit 15 of the computer 1. This may be used to determine whether the trimming process is related to The processing contents have already used input devices such as the computer input unit 14.

The hair cutting evaluation display screen shown in FIG. 10 lists the hair styles after hair cutting, and has a hair cutting designation area SC in which a hair style can be specified from the listed hair styles, as well as the specified hair style. The hair cutting evaluation display area DC is included to be able to display a treatment evaluation of the treatment performed on the person having the characteristic information input in step S2 and to display a three-dimensional model of the hair style after the treatment. The hair cutting evaluation display area DC in FIG. 10 displays an “O” mark indicating a high treatment evaluation and a three-dimensional model of a human head, that is, a hairstyle that is gradually thinned forward and downward. Computer 1 can confirm the hairstyle after haircut.

Hair trimming evaluation shows that the regional DC composition enables the three-dimensional model to be viewed from different directions. This can support training in looking at the hairstyle from all directions. The means of viewing the three-dimensional model from different directions are not particularly limited, depending on the feature display area DF and/or on the three-dimensional model.

FIG. 11 is a schematic diagram showing an example of a perm treatment evaluation display screen displayed on the display unit 15 of the computer 1 for displaying a treatment evaluation related to the perm treatment. When the perm treatment is designated in step S1, the process of determining whether the treatment content is designated includes, for example, displaying a perm treatment evaluation display screen as shown in FIG. 11 on the display unit 15 of the computer 1. Thereby, the computer 1 can use the computer input unit 14 to input the processing content related to the hair perming treatment.

The perm treatment evaluation screen shown in FIG. 11 lists the hair styles after the perm treatment, and the perm treatment designated area SP and the specified hair style of one hair style can be specified from the listed hair styles. The three-dimensional model including the perm treatment evaluation display area DP can display the treatment evaluation of the person having the characteristic information input in step S2 and the hair style after the treatment. The perm treatment evaluation display area DP in FIG. 11 displays an "X" mark indicating a low treatment evaluation and a three-dimensional model of a human head, which is a short A-line hairstyle.

Thereby, the computer 1 can be used to confirm the hairstyle after perming.

The three-dimensional model of the perm treatment evaluation display area DP can be viewed from different directions. This can assist practitioners in training to view hairstyles from all directions, and there are no special restrictions on viewing 3D models from different directions.

FIG. 12 is a schematic diagram of bangs cropping displayed on the display unit 15 of the computer 1 . When the bangs-cutting process is designated in step S1, the process of determining whether the bangs-cutting process is designated is, for example, displaying a bangs-cutting process evaluation display screen as shown in FIG. 12 on the display unit 15. The computer 1 can input hair characteristic information through the computer input unit 14, and the display unit 15 displays the hair style processing content related to the bangs cutting hair style treatment.

The bang-cut evaluation display screen shown in FIG. 12 shows the hairstyle after bang-cut, and is designated as the bang-cut designated area SB. A hairstyle can be specified from the listed hairstyles. The cutting evaluation display area DB can display the processing evaluation of the processing performed on the person having the characteristic information input in step S2 who performed bangs cropping processing related to the hairstyle.

In this way, the computer 1 can display the hair style of the person who is getting the haircut after cutting the bangs.

[Step S22: Practitioner designated information transmission] The computer control unit 11 cooperates with the computer storage unit 12 and/or the computer communication unit 13 as necessary, and by executing the characteristic information transmitting unit 111, the hairstyle treatment designation information will be sent in steps S1 and S22. The input information is sent to the auxiliary device 2 and the like (step S22, hair style processing designation information sending step). The computer control unit 11 shifts the process to step S23. Thereby, the auxiliary device 2 and the like can provide practitioner training using the input hair style treatment designation information.

[Step S23: Practitioner evaluation display command determination or reception] The computer control unit 11 cooperates with the computer storage unit 12 and/or the computer communication unit 13 as necessary, and the hair style evaluation display command receiving unit 113 is executed to determine whether or not from the support device 2 Wait until the hairstyle trimming evaluation display instruction is received (step S23, hairstyle trimming evaluation display instruction receiving step). When receiving the hairstyle trimming evaluation display command, the computer control unit 11 shifts the process to step S24. If the hairstyle trimming evaluation display command is not received, the computer control unit 11 shifts the process to step S23. By determining whether a hairstyle trimming evaluation display command is received, when a hairstyle trimming evaluation display command is received, the hairstyle trimming evaluation can be received.

[Step S24: Practitioner evaluation display] The computer control unit 11, the computer storage unit 12 cooperate with the display unit 15, the practitioner executes the process provided by the hairstyle evaluation display command receiving unit 113, and the hairstyle trimming evaluation received in step S23 is displayed. (Step S24, hairstyle trimming evaluation display step). The computer control unit 11 shifts the process to step S25. By displaying the hair-cutting evaluation result, the practitioner using the computer 1 determines the hair-cutting process using the displayed hair-cutting evaluation. The display process of the treatment evaluation is not particularly limited. For example, the treatment evaluation received in step S23 may be the hair cutting evaluation display area DC, the perm treatment evaluation display area DP, the bang cut treatment evaluation display area DB, or the like. In Figure 10-12, a process may be shown.

[Step S25: The practitioner program determines that it has received the presentation instruction]

The computer control unit 11 and the computer storage unit 12 cooperate with the computer input unit 14 to execute the hair styling program and present the command sending unit 114, which determines whether a hair trimming program prompt command is received (step S25). After receiving the prompt instruction of the hairstyle trimming process, the computer control unit 11 transfers the process to step S26. If the hairstyle trimming process presentation instruction is not received, the computer control unit 11 ends the hairstyle trimming evaluation display process and transfers the process to step S5. By determining whether the hair-cutting process prompt instruction is received, the hair-cutting process prompt instruction can be sent to the auxiliary device 2 and the like when the hair-cutting process prompt instruction is received.

[Step S26: Send the display command program to the practitioner] The computer control unit 11 cooperates with the computer storage unit 12 and/or the computer communication unit 13 as needed to execute the hair-cutting process. The presentation command sending unit 114 then sends the hair style to the auxiliary device 2 and so on. The trimming program prompts the instruction (step S26, the step of sending the hairstyle trimming program prompts the instruction). The computer control unit 11 ends the hairstyle trimming evaluation display process and moves the process to step S5. As a result, the auxiliary device 2 and the like can send a hairstyle trimming program display instruction based on the hairstyle trimming program prompt instruction and the like.

FIG. 13 is a flowchart showing the processing sequence display processing in the computer 1 . Hereinafter, the procedure of the hair style trimming process display process in the computer 1 executed in step S6 of FIG. 5 will be described with reference to FIG. 5 .

[Step S31: Processing program display] The computer control unit 11, the computer storage unit 12, the computer communication unit 13, and the display unit 15 cooperate to display the received process (step S5) by executing the hair-cutting program display unit 116 and the process of step S5. S31). The computer control unit 11 shifts the process to step S32.

The hair style trimming process display command is a command for displaying the hair style trimming process based on the characteristic information sent in step S3 and the hair style trimming designation information specified in step S1 and the like. Then, the characteristic information transmitted in step S3 includes hair quality information regarding human hair characteristics. Therefore, according to the processing manner of step S31, the hairstyle trimming process based on the characteristic information transmitted in step S3, the hairstyle trimming designation information designated in step S1, and the like can be displayed. This will display the process suitable for combinations of people and hairstyles.

There is no particular restriction on the combined process of trimming the person and hairstyle shown in step S31. This process corresponds to the processing specified in step S1 (for example, hair cutting processing, hair perming processing, bang cutting processing, hair dyeing processing).

FIG. 14 is a schematic diagram showing an example of the hair cutting process displayed on the display unit 15 of the computer 1 . The trimming processing program shown in FIG. 14 includes the following areas: a hair style designation transition area TST, where the process of determining whether the processing performed in step S1 is designated can be transferred to step S2; a feature designation transition area TSF, which can specify a hair style transition area TSF. The characteristic information input processing is to perform transition, the evaluation display transition area TDC, which can specify transition to the treatment evaluation display processing performed in step S4, and the process includes a plurality of steps. When each stage is displayed, the process stage transition area (program stage transition area TS1-3 for steps 1 to 3) can be used to convert the program stage to a stage different from the stage being displayed, step stage identification The area is a part of the program that can display a possible display, a trimming process display area that can display a trimming process DCS, when at least one 3D model is being displayed. One viewpoint changing area (first to fourth viewpoint changing areas CV1-4) can provide means for changing the viewing direction of the three-dimensional model. A device capable of providing a mode for changing a display process displays a mode change area (first). The display mode change area is a feature display area DFS that can display a human outline including human characteristics, and CD1-2), and a trimming process video display area MCS that can use a dynamic image display process.

By including the designated hairstyle transition area TST in the display of the hairstyle trimming process, the practitioner can specify a transition to the process of determining whether the hairstyle trimming to be performed in step S1 is designated.

The characteristic designation transition area TSF is included in the display of the hairstyle trimming process, and the practitioner can designate transition to the characteristic information input processing performed in step S2. Practitioners can reassign people's characteristics and train them as needed.

The display of the hairstyle trimming process includes the evaluation display transition area TDC, so the practitioner can specify transition to the hairstyle trimming evaluation display processing executed in step S4. Practitioners can re-evaluate hair cuts and provide training as needed.

When the display of the hair trimming process includes a process stage transition area and the computer 1 displays a process including a plurality of stages for each stage, the practitioner differs from the stage displaying the process stages. Practitioners can train the process while transforming its stages. Furthermore, since the display of the hair trimming process includes the process stage identification area IS, when the computer 1 displays the process including each stage.

The display of the hair trimming program includes the trimming program display area DCS, so the program of the trimming program can be displayed. The trimming process display area DCS is an area in which at least a part of the process can be displayed using a three-dimensional model. By using a three-dimensional model to display the process, the process can be viewed from different directions.

When the computer 1 displays a process in which each step includes multiple steps, the hair trimming process display area DCS displays the trimming process so that the hair strands to be processed can be identified during the display process.

Including a viewpoint changing area in the display of the hair trimming process can provide a means for changing the viewing direction of the three-dimensional model, etc. When the trimming process display area DCS is an area in which at least a portion of the process can be displayed using a three-dimensional model, the practitioner may instruct the process to be viewed from different directions.

The hair trimming process includes display mode changing areas. Practitioners can therefore display procedures and conduct training from various modes. The mode of the display process is not particularly limited, such as a mode using a three-dimensional model, a mode of displaying all hair bundles, a mode of displaying only a part of the hair bundles, and a mode for display. The hair strands/head may be displayed as opaque, a mode in which at least a portion of the hair strands and/or the head may be displayed as transparent, a mode in which the hair strands are color-coded and/or a process in which the head is trimmed according to the hairstyle.

The display of the hair trimming process includes a feature display area DFS, which can display outlines including human features.

The display of the hair trimming process includes the dynamic image display area MCS of the trimming process, so dynamic images or videos are used to display the process.

FIG. 15 is a schematic diagram of an example of a process for trimming and perming hair displayed on the display section 15 of the computer 1 . Figure 15 includes the following areas: hair cutting program display, hair cutting program display transition area TCS, which can be used to display the hair cutting program command after the perm program, hair style display transition, which can indicate the post-cut area, TCD, which displays the hairstyle before perm, and the perm program display The transition area TPS can indicate and display the perm processing program, the perm program display area DPS can display the perm processing program, and the hair cutting program video display area MCS can use video to display the trimming process related to the perm.

The hair trimming and trimming program related to further perming treatment is shown in Figure 14. The designated hairstyle transition area TST, the feature designated transition area TSF, the evaluation display transition area TDC, the program stage transition area, the process stage identification area IS and the viewpoint can also include changes. One or more of the area, the display mode change area, and the feature display area DFS.

The display of the hair trimming process includes a trimming process display transition area TCS, which can display the hair trimming process during perm hair trimming.

The display of the treatment program includes the transition area TCD for displaying the hairstyle after hair cutting, so it can be indicated to display the hairstyle after hair cutting and the hairstyle before perming. Practitioners can conduct training while checking the hairstyle after a haircut and before a perm.

The display of the treatment program includes the perm process, the transition area TPS is displayed to display the treatment program of the hair cutting process performed at the time of the perm treatment and/or the hairstyle after the hair cutting process, and when the hairstyle other than the perm processing program is displayed, such as displaying the perm. When processing the hairstyle before, the perm processing program can be indicated. During the training of the perm treatment program, content other than the perm treatment program can be displayed as needed.

The display of the hair style trimming process includes the perm process display area DPS, so that the appropriate hair style trimming process for perm hair style trimming can be displayed. The perming process display area DPS is an area in which at least part of the process can be displayed using a three-dimensional model. By using a three-dimensional model to display at least a portion of the process, the process can be viewed from different directions.

When the computer 1 displays a program that each stage includes multiple stages, the perm program display area DPS displays the perm treatment program so that the hair bundle to be treated can be identified in the displayed program. The method of identifying the hair bundle to be processed is not particularly limited, and may be a method of displaying only the hair bundle, a method of displaying the hair bundle in a color indicating the hair bundle of the processing target, or the like.

When the display of the hair trimming program includes the perm program display area DPS and the perm program display area DPS can use a three-dimensional model to display at least part of the program, the display of the hair trimming program preferably includes a viewpoint changing area as shown in the figure, whereby practitioners View the indicated process from different directions.

The display of the hair trimming process includes the trimming process dynamic image display area MCS, so dynamic images can be used to display processes related to perming and hair style trimming. This can support more intuitive training using video.

FIG. 16 is a schematic diagram showing a display example of the hair bundle to be permed during the perming process displayed on the display unit 15 of the computer 1 .

The display of the hair bundle as the target of the perming treatment at least includes the perming process display area DPS. In the display indicating the hair bundle that is the target of the perm treatment, the perm process display area DPS can display the hair bundle that is the target of the perm process.

The display of the hair bundle to be permed is the process designated hairstyle transition area TST, the feature designation transition area TSF, the evaluation display transition area TDC, the process stage transition area, the process stage identification area IS, and the view point change area of the figure, the display mode change area, One or more of the feature display area DFS, the cutting program display transition area TCS, the post-cut hairstyle display transition area TCD, and the perming program may further include the display transition area TPS in FIG. 15 .

As shown in Figure 16, the tresses to be permed are color coded. Figure 16 shows color-coded colors for a hatch pattern using downward sloping lines, a hatch pattern using downward sloping lines, and a hatch pattern using dots.

In Figure 16, the hair strands attached by wrapping the hair strands around the hair iron 10 times are shown in colors corresponding to the shading pattern using downward sloping lines, and the hair strands attached by wrapping the hair strands around the hair iron The hair is displayed 5 times, the hair strands are displayed with downward sloping lines in the color corresponding to the shadow pattern, and the hair strands attached by wrapping the hair strands around the perm tool 2 times are displayed in the corresponding color using the dot pattern. How to install a perm tool for a perm treatment can be shown through the use of an easily identifiable display that uses color coding for each of the multiple strands of hair that comprise the hair.

FIG. 17 is a schematic diagram illustrating a display example showing a process related to the hair perming tool among the processes related to the hair perm process displayed on the terminal display unit 15 of the terminal 1 . Figure 17 shows the following areas: the perm tool program display area, the perm tool display area DPT, which can display the perm tools used by the perm tools, the perm program display area DPS, which can display the perm processing program, the perm program display area DPS, and the use of the perm tools. The program video display area MPT can display the process of using perming tools in the form of dynamic images.

Figure 15 shows that the process display of the perm tool is the designated hairstyle transition area TST, the feature designated transition area TSF, the evaluation display transition area TDC, the process stage transition area, the process stage identification area IS, the viewpoint change area and the display mode, and the modification area. The feature display area is DFS, the cutting program displays the transition area TCS, the hairstyle after cutting displays the transition area TCD, and the perming program displays the transition area TPS.

The display of the hair-cutting process includes the perm tool display area DPT so that the appropriate perm tool for perming can be displayed. This can support training on appropriate perm tools for perm treatments.

Perm treatment hairstyles can vary depending on the location and method of installing the perm tools used for perm treatments, such as rod curling irons, etc. For example, if the perm tool is applied near the root of the hair bundle, the hairstyle changes the flow direction of the entire hair bundle, while if the perm tool is applied near the tip of the hair bundle, the hair tail changes the flow direction of the entire hair bundle.

In addition, the perm treatment uses a perm tool to curl the hair 10 times, which will make the curl look more natural than curling it twice.

If a trained practitioner can be assisted to install the perm tool at a suitable location, the perm style can be more satisfactory to the person being cut.

In the display showing the process of the perm tool, the perm process display area DPS and the perm tool usage process dynamic image display area MPT are used to attach the perm tool position for perm trimming hairstyle and the perm tool for each including hair including multiple hair strands; and showing the perm process including how to install the tools.

For each tress in the hair, the perm treatment process may be shown where to attach the perm tool for the perm treatment and the method of attaching the perm tool. The procedure for perming hair, including where to install the perm tools and how to install the perm tools. As a result, practitioners can be trained to perform the perming process more satisfactorily.

The display content of the bangs trimming program shown in Figure 18 includes the following areas: the bangs trimming program display area DBS can use the program video display area MBS to display the bangs trimming program in a video.

During the process of trimming bangs, the designated hairstyle transition area TST, the feature designated transition area TSF, the evaluation display transition area TDC, the process stage transition area, the process stage identification area IS, and the viewpoint change area are displayed. The display method of the figure can further include the change area and Feature display area DFS.

The bangs-cutting procedure display area is DBS, so the processing procedure of the bangs-cutting procedure can be displayed. This can assist with bang cutting training. The fringe trimming process display area DBS can use a three-dimensional model to display at least a part of the process area. Using a three-dimensional model to display at least part of a process, the process can be viewed from different directions.

Computer 1 displays each stage of the fringe trimming process. The display area DBS can identify the hair strands to be processed during the displayed process. This allows the practitioner to easily identify the hair strands to be treated. The recognition processing method is not particularly limited, and may be a method of displaying only the hair bundles, a method of displaying the hair bundles in a color indicating the hair bundles to be processed, or the like.

The display of the hair-cutting process includes the fringe-cutting program display area. DBS can use a three-dimensional model to display part of the program. When displaying the hair-cutting process, it is best to include a viewpoint changing area as shown in Figure 14. This allows the practitioner to indicate viewing the process from different directions.

The display of the hair trimming process includes a dynamic image display area MBS, so the trimming process of bangs trimming can be displayed.

FIG. 19 is a schematic diagram of an example of a process for performing hair dyeing displayed on the display section 15 of the computer 1 . The process display of the hair dyeing process shown in Figure 19 includes the following areas: single-color hair dyeing, which shows the process of dyeing basically the entire hair into a predetermined color. The transition ring process can be specified to specify the transition zone TSD; the multi-color coloring display will include multiple parts of the hair. Processing procedures for dyeing hair bundles into two or more colors. Multi-color coloring designates the transition area TMD, which can specify the transition to the treatment display process. The hair dyeing tool display area DDT can display the hair dyeing tools used for hair dyeing treatment. The coloring outline display area DDS can display To use the hair dyeing tool program, use the program video display area MDT to display the hair dyeing tool program in the form of a video.

The hairstyle designation transition area TST, the feature designation transition area TSF, the evaluation display transition area TDC, the process stage transition area, the process stage identification area IS, and the viewpoint change area. The display of the figure may also include an appearance change area and a feature display area DFS.

Including a single-color hair dye treatment in the display of the treatment process. The designated transition area TSD can specify the transition to a single-color hair dye treatment display process to display the treatment process for basically dyeing the entire hair with a predetermined color, which can assist hair dyeing. training.

A multi-color haircut display process is used to display a haircut process in which a multi-color coloring designated transition area TMD is included in the display of the haircut process, and a haircut process in which multiple hair bundles including hair are dyed into two or more colors. You can specify transitions. This can support training on the process of dyeing multiple strands of hair into two or more colors.

The display of the haircut process includes a hair dye tool display area DDT, so that the appropriate hair dye tool for coloring the haircut can be displayed. This can support training in the appropriate hair coloring tools used in coloring procedures.

In hair dyeing treatments, the hair dyeing methods vary depending on the thickness of the hair. Therefore, the appropriate hair coloring procedure may vary depending on the thickness of your hair. Practitioners can complete more satisfactory hair dyeing treatments by training in proper dyeing procedures based on the thickness of the hair.

The hair dye tool display area DDT can display appropriate hair dye tools based on process designation information and the thickness of the hair. In this way, the person receiving the haircut is trained on the appropriate hair dyeing procedures according to the thickness of the hair.

In hair dye treatments, the appropriate hair dye tools for the treatment vary depending on the degree of damage to the hair. Practitioners can achieve satisfactory hair style treatment by training appropriate hair dyeing tools according to the degree of hair damage.

The hair dye tool display area DDT can display appropriate hair dye tools based on treatment designation information and the degree of hair damage. The person receiving the haircut can be trained on appropriate hair coloring procedures based on the degree of hair damage.

The display of the hair cutting process includes a color outline display area DDS showing the appropriate process for using hair coloring tools. Shaded Outline Display Area DDS can use a three-dimensional model to display an area of at least a portion of a process. Using a three-dimensional model to display at least part of a process, the process can be viewed from different directions.

When the computer 1 displays a process in which each step includes a plurality of steps, the color summary display area DDS can identify the hair strands to be processed in the displayed process. This can support the practitioner in easily identifying the hair strands to be treated. The method of identifying the hair bundle to be processed is not particularly limited, and may be a method of displaying only the hair bundle, a method of displaying the hair bundle in a color indicating the hair bundle of the processing target, or the like.

When the coloring summary display area DDS can use a three-dimensional model to display at least a part of the area of the process, the display of the hair-cutting process can include a viewpoint changing area as shown in FIG. 2 . This allows the practitioner to indicate viewing the process from different directions.

The hair-cutting process includes the use of hair dyeing tools and the dynamic image display area MDT, so dynamic images or videos can be used to display the process.

The display of the hair-cutting process includes the dynamic image display area MDT of the hair dyeing tool using process, and dynamic images can be used to display the process. This can support more intuitive training using video. The hair dye pattern specification area SDP allows you to specify the hair dye pattern used to color-code hair strands in hair dye treatments, and the coloring mode specification area DDP allows more detailed settings for the coloring modes specified in the SDP.

In hair coloring treatments, the impression of what is seen with the treated hairstyle can change depending on the pattern used to color code the hair strands. Including the shading pattern designation area SDP in the display of the shaving process may support a shaving evaluation based on the shading pattern and/or training of the shaving process using the shaving process.

The display of the hair-cutting process includes the coloring mode detailed designation area DDP, so the coloring mode specified by the coloration mode designation area SDP can be specified in more detail and can be specified in more detail. Haircut assessments can be based on coloring patterns and/or training using the haircut process.

Figure 20 shows the color of the hair strands being filled (white/black) or the color of the hair strands being dyed through the shading pattern. As a result, the entire hair is dyed into a hair dyeing pattern with fine vertical stripes, a part of the hair is dyed into a hair dyeing pattern with thick vertical stripes, and the part other than the top of the head is dyed into a hair dyeing pattern. One side of the head is provided with a hair dyeing pattern in which hair strands are colored differently from the head, a hair dyeing pattern in which the part of the hair strands other than the hairline is dyed, and a hair strands in a color different from the color of the entire hair are provided in the part other than the bangs. Bangs are available in different colors than the color of the entire hair.

The coloring pattern designation area SDP and the coloring pattern detailed designation area DDP shown in FIG. 20 can display various coloring patterns, and any one of the various displayed coloring patterns can be designated. As a result, practitioners can specify coloring patterns and evaluate haircuts for training based on the coloring pattern.

FIG. 21 is a schematic diagram showing an example of a screen for displaying a hairstyle corresponding to a designated color pattern displayed on the display section 15 of the computer 1 . The screen display that displays hairstyles according to a specified color pattern includes the following areas: Coloring Overview Display Area DDS can display coloring programs.

The display of the hair trimming process includes the colored outline display area DDS, so the outline of the hair trimming process of the colored hair trim can be displayed. Hair dyeing tools used for hair coloring treatments (e.g. decolorizers for bleached hair and/or hair dyes used for dyed hair), dilution ratio and/or purpose of the medicine (quantity, etc.), name of hair dyeing tools (type of medicine) , the proportion of hair strands using hair dyeing tools, etc.

In hair dyeing treatments, the hair dyeing methods vary depending on the thickness of the hair. Therefore, the appropriate hair coloring procedure may vary depending on the thickness of your hair. Practitioners trained in proper coloring procedures based on hair thickness are able to perform satisfactory hair treatments.

In hair dyeing treatments, the hair dyeing treatment procedures such as the appropriate agents used for the treatment vary depending on the degree of damage to the hair. Trained in proper hair coloring procedures based on the degree of hair damage, practitioners are able to perform hair treatments that are more satisfying to the recipient.

The use of hair dye tools includes the use of hair dye tools based on the thickness of the hair and/or the degree of damage to the hair. Thus, training of appropriate hair dye treatment procedures can be supported based on the thickness of the hair and/or the degree of damage to the hair.

The display of the hair trimming process includes the coloring detailed process display area DDD, so the details of the hair trimming process of coloring hair trimming can be displayed. The details are not particularly limited and may be any one or more, such as the hair strand where the hair dye tool is used, the location where the hair dye tool is used, and how the hair dye tool is used.

FIG. 22 is a schematic diagram showing the steps of coloring based on a designated color pattern displayed on the display unit 15 of the computer 1 . The program that displays the coloring program according to the specified color mode includes the following areas: the hair dyeing tool display area DDT can display the hair dyeing tool, the display area DTU related to how to use the hair dyeing tool, and the characteristic display area DFS that can display the outline of the character, including those related to the hair dyeing process. Characteristics of the character, the coloring position information display area DPD, can display information about the position where the hair dyeing tool is used, as well as the color. Using the program, you can display the ring tool usage program as a dynamic image. Movie display area MDT.

The hair dyeing tool display area DDT is included in the display of the hairstyle trimming process, and can display the appropriate hair dyeing tool in the specified colored hairstyle trimming. Practitioners can therefore be trained in the appropriate hair coloring tools during designated coloring procedures.

The hair dyeing tool display area DDT can display suitable hair dyeing tools according to the thickness of the hair and/or the degree of damage to the hair. Training in treatment procedures using appropriate hair coloring tools for hair coloring treatments may be supported based on hair thickness and/or hair damage.

The hair dyeing tool usage display area DTU is included in the display of the hairstyle trimming process, and can display the appropriate use of the hair dyeing tool in the specified colored hairstyle trimming. This allows practitioners to be trained on the proper use of hair coloring tools during designated coloring procedures.

The purpose of hair dyeing tools that the DTU can display in the hair dyeing tool display area is not particularly limited. For example, it can be used for drugs such as hair decolorizers and/or hair dyes. The drugs that can be used include dilution ratios and/or usage amounts.

How this can be used to implement training of a hair coloring tool is shown in Figure 20 when specifying the shading mode used to color code hair strands.

By including the feature display area DFS in the display of the hair-cutting process, it is possible to display an outline of a person including features of the person related to colored hair-cutting. This makes it possible to support training while confirming the outline of a person including human features.

The feature display area DFS can display the thickness of the hair and/or the degree of hair damage. This can support training while checking hair thickness and/or hair damage.

The display of the hair-cutting process includes a coloring position information display area DPD, which displays information about the position where the hair-dying tool is used. When specifying a coloring pattern for color coding a portion of a hair strand, such as in Figure 20, training can be provided on how to use a hair coloring tool that implements color coding.

The display of the hairstyle trimming process includes a dynamic image display area MDT of the hair dyeing tool usage process, which displays information about the position of the hair dyeing tool.

The display of the hairstyle trimming process includes processes for each stage or multiple stages, and the display of the hairstyle trimming process includes the processing of steps S32 and S33 as shown below when the process stage transition area is changed.

[Step S32: Determine receipt of transfer instruction] The computer control unit 11, the computer storage unit 12, and the computer input unit 14 cooperate to determine whether the computer 1 has or has not received a message from the practitioner of the use process by executing the hair-cutting program display unit 116. A process transfer instruction to transfer to a stage different from the stage being displayed (step S32). When receiving the process transfer instruction, the computer control unit 11 transfers the process to step S33. If the process transfer instruction is not received, the computer control unit 11 transfers the process to step S34.

By determining whether a process transfer order has been received, instructions are provided to the practitioner when the stage of the process changes to differ from the transfer order.

[Step S33: Program displayed after conversion] The computer control unit 11 and the computer storage unit 12 cooperate with the computer input unit 14 to execute the hair-cutting program and the display unit 116 receives and generates a process change according to the process transfer instruction in step S32A. displayed (step S33). The computer control unit 11 shifts the process to step S31.

Displays are generated after a process change. When a practitioner specifies a change to the process, the transformation instruction process can be displayed and the practitioner can train the process while transforming the stages of the process.

When the display of the hair trimming process includes the process stage identification area IS, the process stage identification area IS can display the stage after the process transfer in the display after the process transfer. This allows the practitioner to identify the procedure stage displayed after the procedure transfer.

When the display of the hair trimming process includes the display of the three-dimensional model and the display of the hair trimming process includes the viewpoint changing area, the processing of steps S34 and S35 (viewing point changing step) shown below may be performed.

[Step S34: Viewpoint change command] The computer control unit 11, the computer storage unit 12, and the computer input unit 14 cooperate to execute the hair-cutting program display unit 116. The computer 1 determines whether the instruction for changing the three-dimensional shape has been received from the practitioner. A viewpoint change command for the viewing direction of the model (step S34). When receiving the viewpoint change instruction, the computer control unit 11 shifts the process to step S35. If the viewpoint change instruction is not received, the computer control unit 11 shifts the process to step S36.

The practitioner determines whether a viewpoint change instruction is received, and the practitioner's viewpoint change instruction changes the viewing direction of the three-dimensional model.

[Step S35: perspective generation display change] The computer control unit 11, the computer storage unit 12, and the computer input unit 14 cooperate with the computer input unit 14 to execute the hair cutting program display unit 116. The display unit 116 received in step S34 is generated in response to the viewpoint change command. After changing the viewing direction of the three-dimensional model (step S33). The computer control unit 11 shifts the process to step S31.

Finally, through the present invention, practitioners can be trained to trim hair while changing the viewing direction of the three-dimensional model.

When the display of the hairstyle trimming process includes the display mode change area, the processing of steps S36 and S37 (display mode change step) shown below is performed.

[Step S36: Determine whether the display mode change command is received] The computer control unit 11 cooperates with the computer storage unit 12 and the computer input unit 14 to execute the hair trimming program display unit 116, using the computer 1. It is determined whether a display mode change instruction for changing the hair style trimming process has been received from the practitioner (step S36). When receiving the display mode change instruction, the computer control unit 11 shifts the process to step S37. If the display mode change instruction is not received, the computer control unit 11 shifts the process to step S38.

Determining whether the display mode change instruction is received can be displayed when the practitioner changes the instruction to change the hairstyle trimming process.

[Step S37: Display of change in display mode] The computer control unit 11 and the computer storage unit 12 cooperate with the computer input unit 14 to execute the hair-cutting program and the display unit 116 displays A according to the received display mode in step S36. A change instruction is generated after changing the display mode (step S37). The computer control unit 11 shifts the process to step S31.

This allows the user to train the process while changing display modes.

[Step S38: Determine whether a processing transfer instruction is received] The computer control unit 11 cooperates with the computer storage unit 12 and the computer input unit 14 to execute the hair trimming program display unit 116 and use the computer 1 to transfer. From the person to the process of determining whether the haircut is specified in step S1, the feature information input process in step S2, or the haircut evaluation display process in step S4. The processing transfer instruction to be instructed is received (step S38). When receiving the process transfer instruction, the computer control unit 11 ends the process display process and transfers the process to step S7. If the process transfer instruction is not received, the computer control unit 11 transfers the process to step S31.

The process display process can be terminated by determining whether a process switch command has been received and the process can be switched to a specified process in response to the process switch command from the user.

[Flowchart of support processing for use of auxiliary device 2] FIG. 23 is a flowchart showing support processing for use of auxiliary device 2. Hereinafter, the processing procedure of using the auxiliary device 2 in FIG. 23 will be described.

[Step S51: Determination of whether the characteristic information has been received] The hardware device control unit 21 cooperates with the device storage unit 22, and the device communication unit 23 executes the characteristic information receiving part 211 to determine whether the characteristic information containing the quality information has been received from the computer 1 Feature information (step S51, feature information receiving step). When receiving the characteristic information, the hardware device control unit 21 shifts the process to step S52. If the characteristic information is not received, the hardware device control unit 21 shifts the process to step S51.

The feature information receiving step is performed, and when the feature information is received, training of hairstyle processing applied to a person having a feature indicated by the feature information can be supported.

[Step S52: Determine whether the haircut designation information has been received] The hardware device control unit 21 cooperates with the device storage unit 22, and the device communication unit 23 executes the practitioner designation information receiving part 212. From the above, the computer 1 determines whether it has been received. Process designation information for specifying hair style processing to be applied to the person having the characteristics indicated by the characteristic information received in step S51 (step S52, process designation information reception step). When receiving the haircut designation information, the hardware device control unit 21 associates the feature information received in step S51 with the haircut designation information received in step S52 and stores it in the feature information table 221, and The process is transferred to step S53, and if the haircut hair designation information is not received, the hardware device control unit 21 transfers the process to step S52.

The haircut and hairstyle designation information receiving step is performed. When the haircut and hairstyle designation information is received, the feature information received in step S51 and the haircut and hairstyle designation information received in step S52 can be associated and stored in the feature information table 221 . As a result, the assisting device 2 is involved in performing the hair style treatment indicated by the treatment designation information on the person having the characteristics indicated by the feature information using the feature information associated with the treatment designation information stored in the feature information table 221 . Can help show haircut assessment and/or haircut process.

[Step S53: Practitioner evaluation display sending command] The hardware device control unit 21 cooperates with the device storage unit 22, the device communication unit 23 executes the practitioner evaluation display command unit 213, and the trimming and hairstyle evaluation received in step S51 is sent from the user in step S51. The haircut evaluation table 222 of the characteristic information and the haircut designation information received in S52, and the haircut evaluation display command for instructing display of the acquired haircut evaluation (step S53). Haircut review display command. The hardware device control unit 21 shifts the processing flow to step S54.

The haircut evaluation display command step is executed to display the haircut evaluation of the person's haircut based on the hair quality information of the hair characteristics and the characteristic information of the haircut specification information for specifying the haircut. Even if the practitioner is a novice, he can use the computer 1 to assist in confirming whether the haircut is suitable for consumers.

When the characteristic information includes head shape information regarding the shape of a person's head and the haircut designation information includes information for specifying a perm haircut, the haircut evaluation display command is to designate a perm haircut for the head. The instruction displays a haircut evaluation capable of judging whether it is suitable for a person having a head shape represented by the shape information. Using the trimming and hairstyle results displayed on the computer 1, it can be determined that the specified perm and trimming style is suitable for the appropriate consumer.

The characteristic information includes information on the position of the hairline, and the processing designation information includes information for cutting bangs in the hair and the judgment can be made through the hairline information. Computer 1 displays whether the haircut result is suitable for the person being haircut.

[Step S54: The practitioner program determines whether the presentation command is received] The hardware device control unit 21 cooperates with the device storage unit 22 and the communication unit 23 to determine whether the presentation command is received from the computer by executing the hair trimming process and presenting the command receiving unit 214. 1. The process presentation command for instructing presentation of the hairstyle process process related to the process evaluation display command sent in step S53 is received (step S54, process presentation command receiving step). After receiving the hair-cutting process prompt instruction, the device control unit 21 transfers the process to step S55. If the hair-cutting process presentation command is not received, the hardware device control unit 21 ends the support process and shifts the process to step S51.

[Step S55: Practitioner Process Display Send Instruction] The hardware device control unit 21 cooperates with the device storage unit 22 and the device communication unit 23 to acquire the hair trimming process received in step S51 by executing the hair trimming and hair trimming program display command unit 215 A hair-cutting process display command for instructing display of the acquired hair-cutting process is sent to the computer 1 from the hair-cutting process table 223 using the characteristic information and the hair-cutting designation information received in step S52 (step S55), Hair trimming process showing command steps). The hardware device control unit 21 ends the support process and shifts the process to step S51.

The processing program table 223 is a processing program table that stores the processing program table in association with the characteristic information and the processing designation information, so that the characteristic information includes hair quality information about the nature of the person's hair and the processing designation. Information specifying a trimming hairstyle can be obtained from the trimming hairstyle program table 223 Get a haircut based on the process. In order to send a haircut process, the process may be instructed based on characteristic information including hair quality information related to the nature of human hair and haircut designation information for specifying a haircut.

When the hair quality information includes information that can determine the hair length status and the hair flow direction, and the processing specified information includes information that specifies the trimming process, the handler displays a command and preferably displays the process of the cutting process based on the hair length condition and the hair flow direction indication. As a result, even if the practitioner is a practitioner who requires training, etc., the trimming process according to the floating state of the hair root and the direction of the hair flow is different from the displayed process.

When the characteristic information includes information about the shape of a person's head, and the haircut designation information includes information for specifying a perm and haircut, the haircut process displays the position of the perm tool used for the perm and the perm fitting position, and in the process of displaying the perm, Includes how to install perm tools. The computer 1 displays the location of the perm tools for perm treatment and training on how to install the perm tools for the perm treatment process.

When the hair quality information includes information that can determine the hair thickness and the processing designation information includes information that specifies hair dyeing treatment, the processing program display command is a color corresponding to the hair thickness.

The processing program displays a command when the hair quality information includes information that can determine the thickness of the hair and information that can determine the degree of hair damage, and the processing specified information includes information that specifies hair dyeing treatment. It is best to be guided and shown the proper hair coloring procedure based on the thickness of your hair and the degree of damage to your hair. Through the program displayed on the computer 1, the appropriate hair dyeing procedure can be trained not only according to the thickness of the hair, but also according to the degree of damage to the hair.

Characteristics that include hair quality information regarding the characteristics of a person's hair when performing a hair-cutting process. The program can be displayed based on information and commands specifying the trimming style of the trimming style. Therefore, the practitioner can determine whether the haircut is suitable for the person being haircut, determine whether to perform training, and indicate the display of the haircut process when training is performed.

The process according to steps S51 to S58 is to display a haircut evaluation and a haircut process based on the characteristic information, which includes hair quality information about human hair characteristics and haircut designation information for specifying a haircut. An auxiliary device 2 can be provided, This auxiliary device 2 supports trained practitioners who need training so that they can carry out information training that further reflects the person being hairdressed.

The computer 1 performs the processing related to steps S1 to S38, and in cooperation with the auxiliary device 2, the characteristic information includes hair quality information on the characteristics of human hair and processing designation information for designating processing. A haircut and haircut evaluation display instruction corresponding to the transmitted characteristic information and haircut and haircut designation information is received from the auxiliary device 2, and the haircut and haircut evaluation is performed based on the received haircut and haircut designation information. Therefore, it is possible to display the haircut evaluation and the haircut process based on the characteristic information including the hair quality information on the characteristics of the person's hair and the haircut designation information for specifying the haircut.

The processing of the computer 1 is processing based on characteristic information including hair quality information on the nature of human hair and processing designation information for specifying processing, so that hair style processing can be actually performed. Even if there is no one who can actually perform the haircut, the training can further reflect information about the hair style of the person being cut.

According to the assistance system S of this embodiment, even if there is no person who can actually perform haircut, haircut training can be provided to practitioners who need training, and the information of the person to be haircut can be better reflected.

S: Auxiliary system 1:Computer 11: Computer control unit 111: Feature information sending unit 112: Feature information sending unit 113: Hair style evaluation display command receiving unit 114: Hair trimming process presentation command sending unit 115: Hair trimming program display command receiving unit 116: Hair trimming program display unit 12: Computer storage department 13: Computer communication unit 14: Computer input department 15:Display part 2: Auxiliary device 21: Hardware device control unit 211: Feature information receiving unit 212: Haircut designation information receiving unit 213: Hair trimming evaluation display command unit 214: Hair trimming process presentation command receiving unit 215: Display command unit during hair trimming process 22:Device storage unit 221: Characteristic information table 222:Hairstyle Evaluation Form 223: Handler table 23:Device communication unit N:Network ST: Trim hair style designated area MST: Display of haircut and hairstyle designation suggestions DF: Feature display area SF1: First characteristic designated area SF2: Second characteristic designated area SF3: Third characteristic designated area SF4: The fourth characteristic designated area TPD: in front of the screen: transition area SC: Designated area for hair cutting DC: hair cutting evaluation display area TST: designated hair transition area TSF: Feature designated transition area TDC: evaluation display transition area TS1: Transition area of the first process stage TS2: Transition area of the second process stage TS3: Third program stage transition area IS: Program stage identification area DCS: cutting program display area CV1: First viewpoint change area CV2: Second viewpoint changing area CV3: Third viewpoint changing area CV4: Fourth viewpoint change area CD1: First display mode changing area CD2: Second display mode changing area DFS: function overview display area MCS: Hair cutting procedure video display area SP: Perm in designated area for perm DP: Evaluation display area TCS: Hair cutting program displays transition area TCD: Haircut showing transition area after haircut TPS: Perm program display transition area DPS: Perm program display area DPT: Perm tool display area MPT:perma tool usage program video display area SB: Bangs cropping and processing of designated areas DB: Bangs cropping evaluation display area DBS: bangs cutting program display area MBS: bangs cutting program video display area TSD: Designated transition zone for single-color hair dye treatments TMD: Multi-color shading specifies transition area DDT: hair dye tool display area DDS: Coloring program display area MDT: Hair Dyeing Tool Usage Program Movie Display Area SDP: Shading mode designation area DDP: Shading mode detailed information designation area DDS: Shading overview display area DDD: Coloring detailed program display area DTU: Painting tool usage display area DPD: Painting position information display area

Figure 1 is a system diagram of the present invention. FIG. 2 is a schematic diagram of an embodiment of the feature information table 221. FIG. 3 is a schematic diagram of an embodiment of the hair style evaluation table 222. FIG. 4 is a schematic diagram of an embodiment of the processing program table 223. FIG. 5 is a flowchart of auxiliary processing using the computer 1 . FIG. 6 is a schematic diagram of an input screen for inputting haircut designation information displayed on the display 15 of the computer 1 . FIG. 7 is a flowchart of feature information input processing in the computer 1. FIG. 8 is a schematic diagram showing an input screen for inputting feature information displayed on the display unit 15 of the computer 1 . FIG. 9 is a flowchart of the hair style evaluation display processing in the computer 1 . FIG. 10 is a schematic diagram for displaying processing related to haircut processing displayed on the computer display unit 15 of the computer 1 . FIG. 11 is a schematic diagram of hair perm treatment evaluation displayed on the display unit 15 of the computer 1 . FIG. 12 is a schematic diagram of bangs cropping related evaluation processing on the display unit 15 of the computer 1 . Figure 13 is a flow chart of computer 1 processing hairstyle. FIG. 14 is a schematic diagram of the hair cutting process displayed on the display unit 15 of the computer 1 . FIG. 15 is a schematic diagram showing the flow of the hair perming operation on the display unit 15 of the computer 1 . FIG. 16 is a schematic diagram of the hair bundle to be permed in the perming treatment step displayed on the display unit 15 of the computer 1 . FIG. 17 is a schematic diagram showing the usage of the hair perming tool in the perming step displayed on the display unit 15 of the computer 1 . FIG. 18 is a schematic diagram of the bang-cutting steps displayed on the display unit 15 of the computer 1 . FIG. 19 is a schematic diagram of the hair dyeing process displayed on the display unit 15 of the computer 1 . FIG. 20 is a schematic diagram of selection and evaluation of hair color displayed on the display unit 15 of the computer 1 during the hair dyeing process. FIG. 21 is a schematic diagram of highlighting or specifying a special hairstyle in a specific position on the display unit 15 of the computer 1 . FIG. 22 is a schematic diagram of coloring based on a specified color pattern displayed on the display unit 15 of the computer 1 . FIG. 23 is a main flowchart showing hair styling assistance processing using the assistance device 2 .

S: Auxiliary system

1:Computer

11:Control unit

111: Feature information sending unit

112: Pruning feature information sending unit

113: Hair trimming evaluation display command receiving unit

114: Hair trimming process presentation command sending unit

115: Hair trimming process display command receiving unit

116: Hair trimming process display unit

12: Computer storage department

13: Computer communication unit

14: Computer input department

15:Display part

2: Auxiliary device

21: Hardware device control unit

211: Feature information receiving unit

212: Haircut designation information receiving unit

213: Hair trimming evaluation display command unit

214: Hair trimming process presentation command receiving unit

215: Display command unit during hair trimming process

22:Device storage unit

221: Characteristic information table

222: Haircut Evaluation Form

223: Hair trimming process chart

23:Device communication unit

N:Network

Claims (9)

A support auxiliary system for haircuts, which mainly includes: A characteristic information receiving unit receives characteristic information, and the characteristic information includes hair quality information about the characteristics of the person being barbered; A treatment designation information receiving unit may receive treatment designation information designating hair style treatment to be applied to the person; A haircut evaluation display command unit is capable of instructing a person with characteristics to display a haircut evaluation based on the characteristic information and the haircut designation information; A hair-cutting process presentation command receiving unit may receive a hair-cutting process presentation command that commands presentation of a hair-cutting process based on a hair-cutting evaluation; When the hair-cutting process presentation command is received, the hair-cutting process display command unit may be instructed to display the hair-cutting process based on the characteristic information and the hair-cutting designation information, and the hair-cutting process display command unit may be instructed. The support auxiliary system for haircutting according to claim 1, wherein the hair quality information includes information on hair flow direction and hair length, and the processing designation information specifies the trimming processing information; the trimming processing program displays instructions The unit can display trim handlers based on handle designation information, hair length conditions, and hair flow direction indications. The support assisting system for hairdressing according to claim 1 or 2, wherein the characteristic information includes head shape information about the shape of the person's head, and the processing method includes information specifying a perm treatment to apply a perm to the person's hair, The handler display command unit may instruct display of the haircut evaluation of the perm haircut based on the head shape information and the haircut designation information. The support auxiliary system for hairdressing according to claim 3, wherein the processing program display command unit can indicate the installation position of the perm tool in the hair bundle provided on the hair and the perm processing program for installing the perm tool. The support assisting system for haircut according to claim 1, wherein the characteristic information includes hairline information regarding the position of the hairline, and the processing designation information includes designation of a haircut for cutting bangs of a person's hair. The processing evaluation display command unit can command and display bangs cropping based on the hairline information. The supporting and assisting system and the supporting and assisting method for hairdressing as described in claim 1, wherein the hair quality information includes information that can determine the thickness of the hair, and also includes information that can determine the thickness of the hair, and processing the designated information includes specifying the object. The process display command unit can display the hair dyeing process based on the process designation information and the hair thickness command. The support assistance system and the support assistance method for hairdressing as described in claim 6, wherein the hair quality information also includes information that can determine the degree of hair damage, and the processing program display command unit can be based on processing the specified information, the thickness of the hair and degree of damage to indicate hair dye treatment procedures. A method of supporting haircuts, including: A characteristic information receiving step: used to receive characteristic information, including hair quality information about human characteristics; 1. Processing designation information receiving step: processing designation information designating the hairstyle treatment to be applied to the person being haircut can be received; A haircut and hairstyle evaluation display command step: capable of instructing a person with characteristics to display a haircut and hairstyle evaluation based on the characteristic information and the haircut and hairstyle designation information, and a command step of displaying a haircut and hairstyle evaluation; A hair-cutting process presentation command receiving step: receiving a hair-cutting process presentation command that commands presentation of the hair-cutting process based on the hair-cutting evaluation; When the hair-cutting process presentation command is received, the hair-cutting process display command step and the hair-cutting process display command step can be commanded to display the hair-cutting process according to the characteristic information and the hair-cutting designation information. The method for supporting and assisting hairdressing as described in claim 8, further comprising: A characteristic information transmission step: transmitting characteristic information including hair quality information to an external predetermined device regarding human characteristics; A processing designation information sending step: transmitting processing designation information for designating a hairstyle treatment to be applied to a person to a predetermined device, and a processing designation information sending step; The aforementioned haircut evaluation display command is used to receive a haircut evaluation display command from a predetermined device to instruct a person with characteristics to display a haircut evaluation based on the characteristic information and the haircut designation information; 1. A haircut and hairstyle evaluation display step: used to display the haircut and hairstyle evaluation according to the haircut and hairstyle evaluation display command; A hair-cutting process prompt command sending step: a hair-cutting process prompt command for sending a prompt for instructing a hair-cutting process to a predetermined device, and a hair-cutting process prompt command sending step; A hair-cutting process display command receiving step: receiving a hair-cutting process display command for displaying a hair-cutting process based on a hair-cutting process presentation command, feature information, and hair-cutting designation information from a predetermined device, and receiving a hair-cutting process display command steps; 1. Steps for displaying the hair-cutting process: display the hair-cutting process according to the hair-cutting process display command, which is a hair-styling processing support program that can be performed on a computer.