System and Method for Making Mandala Design Product with ICC-linked Psychological Stability and Art Therapy Effect

Abstract

A system and method for producing mandala design pattern products having psychological stability and art therapy effects linked to ICC are disclosed. This embodiment provides a system and method for producing a mandala design product linked to ICC that provides psychological stability and art therapy effects, which compensates for material disadvantages in products that are inconvenient to carry around, such as carpets, blankets, and clothing, while incorporating art therapy effects, and enables the provision of a surgical steel product featuring a mandala design that provides psychological stability and art therapy effects by utilizing the excellence of stainless steel and titanium alloys.

Description

Technology Field

[0001] One embodiment of the present invention relates to a system and method for producing mandala design pattern products having psychological stability and art therapy effects linked to Industry Coupled Collaboration (ICC). Background Technology

[0002] The following description merely provides background information related to the present embodiment and does not constitute prior art.

[0003] Currently, consumers are demanding products that can provide a sense of psychological stability.

[0004] Consumers are showing great interest in practical products that can help relieve or heal daily stress and reduce fatigue in social life by wearing health-promoting accessories such as germanium necklaces, tourmaline bracelets, and negative ion bracelets. Modern people recognize the psychological anxiety they are experiencing and wish to treat it, but they are currently avoiding treatment due to time and spatial constraints.

[0005] Recognizing the aforementioned social problems, the government is increasingly providing active support, such as establishing institutions like psychotherapy centers and trauma centers.

[0006] To solve social problems, there is a need for pattern designs that incorporate stress relief and psychological stability effects, which can be achieved personally without the assistance of professional psychotherapy institutions.

[0007] Surgical steel is more price-competitive than gold or silver products and is expected to gain popularity as a mass-market material in the future. Jewelry products worn by general users on a daily basis are made of gold or silver.

[0008] However, while gold possesses material excellence, its high price limits the sizes of products that can be manufactured and makes it difficult to achieve mass appeal. Silver is lower in price compared to gold, but it is difficult to commercialize without secondary processing (coloring, plating), and most other accessory materials cause allergic reactions.

[0009] Surgical steel is composed of stainless steel and titanium alloys, and as it is used as a material for medical tools such as surgical instruments, surgical equipment, metal pins used in fracture surgery, and implants, it does not contain components harmful to the human body.

[0010] Surgical steel does not cause allergies even when worn on the cartilage of the ear as a piercing material; it never rusts or discolors and does not cause allergic reactions in the human body. Surgical steel requires no cleaning and possesses the characteristic of maintaining its style at all times.

[0011] Conventional products with art therapy effects sold on the market are often inconvenient to carry around, such as carpets, blankets, and clothing, and are very uniform in design, mainly consisting of 2D printing, such as phone cases, handkerchiefs, and keychains.

[0012] Although psychological counseling centers are expanding and developing, the educational materials currently used are limited to specific tools within restricted spaces, resulting in a near complete lack of jewelry products that can be carried on the body. Consequently, there is a need to develop products that can be easily purchased and worn without being constrained by time or location.

[0013] Conventional surgical steel products primarily feature simple designs produced through machining, and most currently sold products are laser-engraved. Therefore, there is a need for diverse designs utilizing casting processes. Prior art literature

[65535] Korean Patent Publication No. 10-2024-0173663 (December 13, 2024) The problem to be solved

[0014] The purpose of this embodiment is to provide a system and method for producing products with a mandala design that provides psychological stability and art therapy effects in conjunction with ICC, which compensates for material disadvantages in products that are inconvenient to carry around, such as carpets, blankets, and clothing, while incorporating art therapy effects, and enables the provision of surgical steel products featuring a mandala pattern design that provides psychological stability and art therapy effects by utilizing the excellence of stainless steel and titanium alloys. means of solving the problem

[0015] According to one aspect of the present embodiment, a product manufacturing system is provided, characterized by comprising: a psychological analysis device that generates individual psychological analysis results based on survey results; a pattern design device that generates a specific pattern design draft, then generates three-dimensional data that embodies the specific pattern design draft based on the psychological analysis results, and generates rendering design data that renders the three-dimensional data; and a product manufacturing device that manufactures a product made of surgical steel based on the rendering design data.

[0016] According to another aspect of the present embodiment, a method for manufacturing a product is provided, characterized by comprising: a process of generating individual psychological analysis results based on survey results in a psychological analysis device; a process of generating a specific pattern design draft in a pattern design device, then generating three-dimensional data that materializes the specific pattern design draft based on the psychological analysis results, and generating rendering design data that renders the three-dimensional data; and a process of manufacturing a product made of surgical steel based on the rendering design data in a product manufacturing device. Effects of the invention

[0017] As explained above, according to the present embodiment, the disadvantages of the material are compensated for inconvenient to carry around in products such as carpets, blankets, and clothing that incorporate art therapy effects, and the surgical steel product having a mandala pattern design that provides psychological stability and art therapy effects by utilizing the excellence of stainless steel and titanium alloys has ICC-linked psychological stability and art therapy effects. Brief explanation of the drawing

[0018] FIG. 1 is a block diagram schematically showing a mandala design pattern product manufacturing system according to the present embodiment. FIG. 2 is a flowchart illustrating a method for making a mandala design pattern ornament according to the present embodiment. FIGS. 3a and 3b are example diagrams of pattern designs for a mandala design ornament according to the present embodiment. FIGS. 4a and 4b are product example diagrams of a mandala design pattern ornament according to the present embodiment. FIG. 5 is a conceptual diagram for generating a psychological analysis result of a psychological analysis device according to an embodiment of the present invention. Specific details for implementing the invention

[0019] Hereinafter, the present embodiment will be described in detail with reference to the attached drawings.

[0020] FIG. 1 is a block diagram schematically showing a mandala design pattern product manufacturing system according to the present embodiment.

[0021] The product manufacturing system according to the present embodiment includes a psychological analysis device (110), a pattern design device (120), and a product manufacturing device (130). The components included in the product manufacturing system are not necessarily limited thereto.

[0022] The psychological analysis device (110) identifies colors and shapes through individual tendencies and psychological analysis. The psychological analysis device (110) performs individual counseling psychological surveys for psychological stability. The psychological analysis device (110) performs individual color diagnosis using 64 UV colors based on the results of the psychological analysis.

[0023] The psychological analysis device (110) according to the present embodiment generates individual psychological analysis results based on survey results.

[0024] The psychological analysis device (110) receives a client mandala pattern drawn by the client from a user terminal and generates a psychological analysis result including the client mandala pattern, a personal color diagnosis result for UV color based on survey results, and a personal tendency analysis result.

[0025] A mandala is a symbolic and artistic expression derived from the Sanskrit word for "circle," primarily used in the meditation and spiritual practices of Buddhism and Hinduism. Mandalas contain geometric patterns representing the relationship between the universe and humanity, and they hold sacred significance in specific religious traditions. Mandalas are depicted in various forms and colors, with each element carrying symbolic meaning. Based on the circle, shapes such as triangles, squares, crosses, and animals are also utilized. Drawing or gazing at a mandala during meditation or spiritual practice has the effect of enhancing concentration and calming the mind.

[0026] As a structure and pattern, the mandala possesses a circular structure. The mandala is composed in a form that shrinks centrifugally in an assembly manner. The mandala symbolizes the harmony between the universe and life. The mandala is symmetrical. The mandala also utilizes filling symbols (e.g., clips, crosses) into which detailed elements such as flowers, angle shapes, and natural elements can be inserted.

[0027] As a psychological effect, the mandala is interpreted by Carl Jung as symbolizing the process of integrating an individual's maximum consciousness and consciousness.

[0028] The psychological analysis device (110) receives a client mandala pattern drawn by the client from a user terminal. The psychological analysis device (110) receives a client mandala pattern drawn by the client from a user terminal including a tablet, a computer, etc. The psychological analysis device (110) measures the user's drawing speed, pressure, pen position, etc., regarding the client mandala pattern drawn by the client in real time.

[0029] The psychological analysis device (110) performs an analysis of the client mandala pattern drawn by the client. To analyze the mandala pattern, the psychological analysis device (110) identifies the user's psychological state based on the size, shape, color, arrangement, etc. of the mandala pattern. For example, if the psychological analysis device (110) determines that the stress or anxiety may be high when comparing the pattern to a reference value and judging it to be irregular or complex, it determines that the sense of stability may be high when conversely comparing it to a reference value and judging it to be regular and simple.

[0030] The psychological analysis device (110) can store the analyzed psychological state within the device or transmit it to a separate server. The psychological analysis device (110) generates a psychological analysis result by analyzing the client mandala pattern drawn by the client who received the input.

[0031] The user terminal digitizes the client mandala pattern drawn by the client and uploads it to the psychological analysis device (110). The psychological analysis device (110) digitizes the client mandala pattern drawn by the client using a mandala pattern tool kit provided by the pattern design device (120). The psychological analysis device (110) can receive an image of the client mandala pattern drawn by the client captured by a camera.

[0032] The psychological analysis device (110) performs preprocessing on the client mandala pattern drawn by the client. The psychological analysis device (110) performs noise removal, reflection and contrast adjustment to improve the image quality of the client mandala pattern drawn by the client. The psychological analysis device (110) performs distortion correction on the client mandala pattern drawn by the client.

[0033] The psychological analysis device (110) prepares for data analysis of the client mandala pattern drawn by the client. The psychological analysis device (110) performs segmentation for data analysis of the client mandala pattern drawn by the client. The psychological analysis device (110) performs segmentation to distinguish key features (circular patterns, colors, etc.) from the client mandala pattern drawn by the client. The psychological analysis device (110) can distinguish key features using deep learning (OpenCV or deep learning-based Mask R-CNN).

[0034] The psychological analysis device (110) evaluates the symmetry and repeatability of the mandala pattern by performing contrast analysis to extract pattern features from the client mandala pattern drawn by the client. The psychological analysis device (110) analyzes the types and arrangement of visual shapes (circles, triangles, petals, etc.) to analyze the form of the client mandala pattern drawn by the client. The psychological analysis device (110) recognizes the colors of each section and identifies the meaning of each color to extract colors from the client mandala pattern drawn by the client.

[0035] The psychological analysis device (110) analyzes the client mandala pattern drawn by the client to generate a psychological explanation. The psychological analysis device (110) is a core step of the psychological analysis and generates a psychological analysis result based on the meaning of the pattern and color.

[0036] The psychological analysis device (110) performs color analysis to generate psychological analysis results. The psychological analysis device (110) perceives energy, passion, or anger depending on the color. If the color is blue, the psychological analysis device (110) generates psychological analysis results perceived as stability, sadness, or sadness. If the color is green, the psychological analysis device (110) generates psychological analysis results perceived as balance, growth, or healing.

[0037] The psychological analysis device (110) analyzes light and contrast to generate a psychological analysis result. When the light and contrast are stronger than the reference value, the psychological analysis device (110) generates a psychological analysis result perceived as an extreme emotional state. When the light and contrast are weaker than the reference value, the psychological analysis device (110) generates a psychological analysis result perceived as a soft tone and analyzed as a stable psychological state.

[0038] The psychological analysis device (110) analyzes color combinations to generate psychological analysis results. The psychological analysis device (110) recognizes that if a specific color set in advance is combined, it indicates a specific personality type or emotional state.

[0039] The psychological analysis device (110) performs structural and pattern analysis on the client mandala pattern drawn by the client. The psychological analysis device (110) analyzes the symmetry lines of the client mandala pattern drawn by the client. If the symmetry has a symmetry higher than the reference value, the psychological analysis device (110) generates a psychological analysis result that judges the result as being in harmony and internal balance. If the symmetry has an asymmetry lower than the reference value, the psychological analysis device (110) generates a psychological analysis result that judges the result as being in a state of conflict and instability.

[0040] The psychological analysis device (110) performs a centrality analysis on the client mandala pattern drawn by the client. If the psychological analysis device (110) confirms that the centrality of the client mandala pattern drawn by the client is stronger than the reference value, it generates a psychological analysis result judged as egocentric thinking and a state of internal concentration. If the psychological analysis device (110) confirms that the centrality of the client mandala pattern drawn by the client is weaker than the reference value, it generates a psychological analysis result judged as a state of more interest in the external environment.

[0041] The psychological analysis device (110) performs an analysis of repetition and complexity of the client mandala pattern drawn by the client. If the repetition and complexity of the client mandala pattern drawn by the client are found to be more complex than a standard value, the psychological analysis device (110) generates a psychological analysis result judged as high creativity and a state of mental activity. If the repetition and complexity of the client mandala pattern drawn by the client are found to be simpler than a standard value, the psychological analysis device (110) generates a psychological analysis result judged as simplicity and a state of clear thinking.

[0042] The psychological analysis device (110) performs an analysis of the area and arrangement relationships of the client mandala pattern drawn by the client. The psychological analysis device (110) checks the correlation between the center and the outer edge of the client mandala pattern drawn by the client. If the psychological analysis device (110) determines that the client mandala pattern drawn by the client becomes more complex as it moves from the center to the outer edge, it generates a psychological analysis result that determines the state as being heavily influenced by the external environment. If the psychological analysis device (110) determines that the client mandala pattern drawn by the client is simple on the inside and complex on the outside, it generates a psychological analysis result that determines the state as inner stability and chaos in external activities.

[0043] The psychological analysis device (110) inputs the client mandala pattern drawn by the client into a pre-learned psychological model (e.g., a psychological data-based deep learning model) to generate a psychological analysis result.

[0044] The pattern design device (120) obtains psychological analysis information from the psychological analysis device (110). Based on the psychological analysis information, the pattern design device (120) constructs a database of individual color-specific psychological tendencies. The pattern design device (120) generates design data for jewelry applied to warm and cool colors seen in gemstones.

[0045] The pattern design device (120) constructs pattern design and psychological influence and effect data based on analysis results that match individual forms and tendencies, based on psychological analysis information from the psychological analysis device (110). The pattern design device (120) concretizes a mandala pattern in first and second stages for pattern development.

[0046] The pattern design device (120) according to the present embodiment generates a specific pattern design draft. The pattern design device (120) generates three-dimensional data that materializes the specific pattern design draft based on the results of psychological analysis. The pattern design device (120) generates rendering design data that renders the three-dimensional data.

[0047] The pattern design device (120) generates a draft of the mandala pattern design and then extracts the client's mandala pattern from the results of the psychological analysis. The pattern design device (120) generates additional patterns that are formatively presented based on the results of performing picture analysis, shape analysis, and mandala pattern analysis on the client's mandala pattern, thereby generating three-dimensional data that concretizes the draft of the mandala pattern design.

[0048] The pattern design device (120) receives the results of the psychological analysis from the psychological analysis device (110). The pattern design device (120) performs picture analysis, shape analysis, and mandala shape analysis on the results of the psychological analysis.

[0049] The pattern design device (120) performs a picture analysis of the psychological analysis results to identify the overall composition and flow of the mandala pattern. The pattern design device (120) performs a shape analysis of the psychological analysis results to analyze the size, position, direction, etc. of each shape within the mandala pattern. The pattern design device (120) performs a mandala shape analysis of the psychological analysis results to analyze the shape and structure of the mandala pattern and identify the characteristics of the pattern.

[0050] The pattern design device (120) performs data conversion for the results of psychological analysis. The pattern design device (120) converts 2D images into 3D modeling data to materialize a draft of a mandala pattern design. The pattern design device (120) implements the mandala pattern three-dimensionally using 3D modeling software. Based on the 3D modeling data, the pattern design device (120) materializes the draft of the mandala pattern design. The pattern design device (120) modifies and supplements the design by reflecting the client's requirements and analysis results. The pattern design device (120) finally renders the generated 3D data to visually represent it. During the rendering process, the pattern design device (120) applies various lighting and materials to create a realistic image. The pattern design device (120) outputs the rendered image. The pattern design device (120) can output the rendered image as a digital file.

[0051] The pattern design device (120) obtains individual psychological analysis results, including the subject's age, gender, personality, and psychological state, from the psychological analysis device (110). The pattern design device (120) checks the MBTI, MMPI, and SCT results included in the individual psychological analysis results. The pattern design device (120) analyzes the individual psychological analysis results to identify the subject's personality, needs, and emotions. Based on the individual psychological analysis results, the pattern design device (120) designs a mandala pattern suitable for the subject. When designing the mandala pattern, the pattern design device (120) applies symmetry, repetition, and balance differently according to the individual psychological analysis results. The pattern design device (120) implements the designed pattern into an actual design. The pattern design device (120) provides the completed mandala design to the subject, collects feedback from the subject, and modifies and supplements the design by reflecting the feedback.

[0052] The pattern design device (120) identifies emotional state, personality type (e.g., MBTI), physical strength, etc. based on individual psychological analysis results. The pattern design device (120) converts the individual psychological analysis results (emotional state, personality type (e.g., MBTI), physical strength) into associated attributes. The pattern design device (120) maps the psychological analysis results to the attributes of a mandala pattern to materialize a specific pattern design draft. The pattern design device (120) determines colors based on the psychological analysis results to materialize a specific pattern design draft. The pattern design device (120) determines the opposition of the mandala pattern based on the psychological analysis results and, according to the opposition, sets the symmetrical response as an opposing position to materialize a specific pattern design draft. The pattern design device (120) trains the mandala pattern based on the psychological analysis results and materializes a specific pattern design draft based on the training results.

[0053] The pattern design device (120) defines timing rules based on the results of psychological analysis. The pattern design device (120) concretizes a specific pattern design draft in the form of an array pattern that expands in an array-like manner from the center of a mandala pattern array based on the results of psychological analysis. The pattern design device (120) concretizes a specific pattern design draft in the form of generating unique patterns repeatedly using a fractal structure based on the results of psychological analysis. The pattern design device (120) concretizes a specific pattern design draft in the form of adding fixed patterns using Perlin Noise based on the results of psychological analysis.

[0054] The pattern design device (120) outputs a specific pattern design draft, 3D data, and rendering design data, and provides an interface that can change the color / shape. The pattern design device (120) enables color change or design rotation using the interface. The pattern design device (120) outputs the specific pattern design draft, 3D data, and rendering design data in various file formats. The pattern design device (120) modifies existing patterns or creates new designs based on user feedback or new psychoanalysis results.

[0055] The product manufacturing device (130) generates customized ornaments of customized shape, material, and use based on result analysis. The product manufacturing device (130) produces ornaments based on pattern design and color based on individual psychological analysis. The product manufacturing device (130) produces ornaments based on three-dimensional data using a 3D program. The product manufacturing device (130) produces ornaments based on a three-dimensional shape. The product manufacturing device (130) produces semi-permanent products that do not deteriorate using CAD / CAM equipment and surgical steel materials.

[0056] The product manufacturing device (130) according to the present embodiment manufactures a product made of surgical steel based on rendering design data. The product manufacturing device (130) manufactures a product made of surgical steel by reflecting the rendering design data in any one of a decorative item, a child stroller handle, a toy, an adult umbrella handle, a hiking stick, or a cane for the elderly.

[0057] The product manufacturing device (130) receives rendering design data from the pattern design device (120). The product manufacturing device (130) checks the details and requirements of the design included in the rendering design data. The product manufacturing device (130) manufactures a product by processing surgical steel material based on the rendering design data. The product manufacturing device (130) manufactures a product by processing surgical steel material according to the rendering design data using processing technology such as a CNC machine or laser cutting. The product manufacturing device (130) can apply various processing methods depending on the characteristics of the surgical steel material.

[0058] The product manufacturing device (130) can complete a product by assembling processed parts. The product manufacturing device (130) ensures that the connection between parts is robust. The product manufacturing device (130) smooths the surface of the product and performs a finishing treatment to prevent corrosion. The product manufacturing device (130) improves the appearance and durability of the product by performing the finishing treatment. The product manufacturing device (130) inspects the quality of the manufactured product. During the quality inspection process, the product manufacturing device (130) checks the accuracy of the design, the state of the connection between parts, the finishing treatment, etc. The product manufacturing device (130) ships the products that have been inspected.

[0059] The product manufacturing device (130) checks the rendering design data. The product manufacturing device (130) converts the rendering design data into a format that can be read by the manufacturing device. The product manufacturing device (130) performs an error check on the rendering design data. The product manufacturing device (130) checks for defects (holes, intersecting surfaces, etc.) in the rendering design data and corrects them. The product manufacturing device (130) converts the rendering design data to generate G-code for CNC machining or generates slicing data for 3D printing. The product manufacturing device (130) reconstructs the rendering design data as needed, and reconfigures the CAD data to meet mechanical engineering requirements.

[0060] The product manufacturing device (130) selects surgical steel of a grade suitable for the manufacturing process. The product manufacturing device (130) prepares the surgical steel into the required form, such as a block, plate, or wire, and then adjusts the size and thickness to suit CNC, laser cutting, or 3D printing.

[0061] The product manufacturing device (130) may use CNC machining when processing surgical steel based on rendering design data. The product manufacturing device (130) performs CNC milling or lathe operations using G-code based on rendering design data to precisely machine surgical steel using a cutting tool. The product manufacturing device (130) prevents thermal deformation by using a 3-axis or 5-axis CNC machine, utilizing a high-speed spindle and coolant.

[0062] The product manufacturing device (130) can selectively apply metal 3D printing to sinter metal powder layer by layer using SLM (Selective Laser Melting) or DMLS (Direct Metal Laser Sintering). The product manufacturing device (130) can produce complex structures at once using metal 3D printing and minimizes additional assembly processes.

[0063] The product manufacturing device (130) performs laser cutting and assembly by cutting surgical steel plates into a desired shape using a laser cutter. The product manufacturing device (130) assembles the cut parts by welding or mechanical connection.

[0064] The product manufacturing device (130) performs surface polishing for finishing. The product manufacturing device (130) applies mechanical or electrolytic polishing to remove rough surfaces and achieve a smooth surface. The product manufacturing device (130) may use polishing discs, abrasives, polishing cloths, etc. The product manufacturing device (130) can achieve a mirror finish (a surface that shines like a mirror) or a matte finish (a subtle gloss).

[0065] The product manufacturing device (130) performs electropolishing for finishing treatment. The product manufacturing device (130) can immerse the product in an electrolytic solution to remove fine defects on the surface and enhance corrosion resistance. The product manufacturing device (130) can maximize the hygienic properties of the steel along with fine surface improvement.

[0066] The product manufacturing device (130) optionally performs a coating for finishing. The product manufacturing device (130) adds color or provides additional durability with a PVD (Physical Vapor Deposition) coating as needed.

[0067] The product manufacturing device (130) performs a dimensional review for quality inspection. The product manufacturing device (130) checks for errors by comparing the CNC or 3D printing result with the design data.

[0068] The product manufacturing device (130) performs a surface inspection for quality inspection. The product manufacturing device (130) checks for defects (scratches, dents, etc.) by visual inspection or microscopic inspection.

[0069] The product manufacturing device (130) performs durability and safety tests for quality inspection. The product manufacturing device (130) performs corrosion resistance tests for quality inspection to check the reaction in a corrosive environment (saltwater, etc.). The product manufacturing device (130) performs mechanical strength tests for quality inspection to check resistance to external impact and load.

[0070] The product manufacturing device (130) performs cleaning after finishing. The product manufacturing device (130) removes residual contaminants by ultrasonic cleaning or chemical cleaning.

[0071] FIG. 2 is a flowchart illustrating a method for making a mandala design pattern ornament according to the present embodiment.

[0072] The pattern design device (120) generates a design draft (S210). In step S210, the pattern design device (120) collects data regarding the institution of the requester (individual) using mandala patterns and colors, as well as the mandala patterns and design direction. The pattern design device (120) generates a design draft for the shape and color according to the intended use.

[0073] The psychological analysis device (110) collects survey data (S220). In step S220, the psychological analysis device (110) collects basic data targeting the client. The psychological analysis device (110) constructs a survey data database regarding the psychological impact effects.

[0074] The pattern design device (120) constructs a pattern design database (S230). In step S230, the pattern design device (120) generates a formative presentation and pattern based on the analysis of the client's mandala pattern. The pattern design device (120) performs a picture inspection, a figure inspection, a mandala pattern inspection, and design development.

[0075] The pattern design device (120) performs design concretization (S240). In step S240, the pattern design device (120) establishes a basic pattern design pattern system based on the client. The pattern design device (120) develops a primary pattern (pattern) design. The pattern design device (120) concretizes it into a secondary (shape and color).

[0076] The pattern design device (120) generates three-dimensional data (S250). In step S250, the pattern design device (120) converts the data from the first and second stages into a 3D data shape. The pattern design device (120) constructs a simulation database using a 3D program.

[0077] The pattern design device (120) performs rendering (S260). In step S260, the pattern design device (120) performs 3D rendering of the color, shape, and size of the constructed simulation to be close to real life.

[0078] The product manufacturing device (130) manufactures a product (ornament) based on 3D rendering (S270). In step S270, the product manufacturing device (130) manufactures a product that meets the needs of the subject based on 3D rendering. The product manufacturing device (130) manufactures jewelry products that are suitable for therapeutic purposes and fashion trends.

[0079] Although steps S210 through S270 are described as being executed sequentially in FIG. 2, they are not necessarily limited thereto. In other words, since it is possible to modify and execute the steps described in FIG. 2 or to execute one or more steps in parallel, FIG. 2 is not limited to a chronological order.

[0080] As described above, the method for producing a mandala design pattern ornament according to the present embodiment described in FIG. 2 can be implemented as a program and recorded on a computer-readable recording medium. A computer-readable recording medium on which a program for implementing the method for producing a mandala design pattern ornament according to the present embodiment is recorded includes all types of recording devices in which data that can be read by a computer system is stored.

[0081] FIGS. 3a and 3b are example diagrams of pattern designs for a mandala design ornament according to the present embodiment.

[0082] The pattern design device (120) performs design for a mandala design prototype. The product manufacturing device (130) utilizes plating of surgical steel that does not easily peel off due to sweat and cosmetics, and since deterioration occurs at 700–800°C, it does not deteriorate in daily life and can be maintained semi-permanently. Conventional surgical steel products mainly consisted of designs in the form of cutting processes (CNC engraving). The pattern design device (120) designs various designs of mandala products using a 3D casting technique that is not available on the market. The product manufacturing device (130) is capable of mass-producing various forms of cast products using surgical steel materials and its own casting process technology.

[0083] The pattern design device (120) establishes its own design DB and a large number of CAD-utilized mandala design DBs. The pattern design device (120) possesses various mandala pattern DBs and colors.

[0084] Conventional commercially available mandala products only have 2D designs, but the pattern design device (120) has a database of 3D three-dimensional mandala pattern designs. The pattern design device (120) designs radial patterns and patterns using shapes such as circles, triangles, squares, and various lines. The pattern design device (120) enables the UV cloisonné (resin) liquid to produce 64 or more colors.

[0085] The product manufacturing device (130) manufactures fashion analysis jewelry. The product manufacturing device (130) makes the mandala design product, which helps consumers relieve stress in daily life or reduce fatigue in social life simply by wearing it on their body, allergy-free and price-competitive.

[0086] The pattern design device (120) develops household items. Since the pattern design device (120) uses surgical steel and is harmless to the human body, it can be applied to various designs for products needed for daily life. The pattern design device (120) can apply designs to children's stroller handles, toys, etc. The pattern design device (120) can apply designs to adults' umbrella handles, hiking sticks, etc. The pattern design device (120) can apply designs to the elderly's canes.

[0087] The pattern design device (120) can incorporate designs into therapeutic teaching materials. The pattern design device (120) can design interesting therapeutic analysis teaching material products, such as play blocks and puzzles, rather than therapeutic analysis such as drawing, in conjunction with institutions including child psychotherapy and trauma centers. The pattern design device (120) can apply designs to child psychotherapy teaching materials and products in the field of art therapy, and can also apply designs to household items. Since the product manufacturing device (130) manufactures products using surgical steel, it offers price competitiveness and a light weight in terms of jewelry, using popular materials such as gold and silver.

[0088] FIGS. 4a and 4b are product example diagrams of a mandala design pattern ornament according to the present embodiment.

[0089] The psychological analysis device (110) obtains psychological analysis results linked with a counseling and therapy institution (an art therapy institution, a psychotherapy institution, or a counseling and therapy institution) and transmits them to the pattern design device (120). The pattern design device (120) provides a mandala pattern tool kit for psychological analysis to the psychological analysis device (110). The psychological analysis device (110) receives input of a client mandala pattern drawn by the client using the mandala pattern tool kit.

[0090] The pattern design device (120) receives the client's mandala pattern drawn by the client using a mandala pattern toolkit while performing personal therapeutic counseling via the psychological analysis device (110).

[0091] The pattern design device (120) identifies the individual's psychological state and tendencies via the psychological analysis device (110) and designs products with fashion applied according to color and shape. The pattern design device (120) can design customized teaching materials or accessories that can be used in art therapy institutions.

[0092] The pattern design device (120) can be designed as jewelry that provides a sense of psychological stability using MBTI test results. The pattern design device (120) allows for customized production considering individual tendencies. The pattern design device (120) can commercialize fashion coordination products by applying mandala designs. The pattern design device (120) allows for the free adjustment of colors according to an individual's color diagnosis. The product manufacturing device (130) produces products made of surgical steel, making the products semi-permanent, affordable, and recyclable through the metal melting process.

[0093] FIG. 5 is a conceptual diagram for generating a psychological analysis result of a psychological analysis device according to an embodiment of the present invention.

[0094] Figure 5 discloses a specific method for analyzing a client's mandala pattern in a psychological analysis device.

[0095] Referring to FIG. 5, a method for analyzing the centrality of a mandala pattern, the repetition / complexity of the pattern, and the area and arrangement relationships of the mandala pattern in a psychoanalysis device is disclosed.

[0096] (1) Analysis of centrality of mandala patterns (510)

[0097] To analyze the centrality of a mandala pattern, repeating regions can be extracted from the pattern, and the central location of these repeating regions can be identified. Repeating regions may be areas with identical or similar colors and patterns. To locate repeating regions, pattern similarity can be determined first. Pattern similarity can be determined by extracting edges from the client's mandala pattern and comparing combinations of these edges. If edges are combined and similarity is assessed for those combinations, it can be determined as pattern similarity. Edge combinations are various combinations of connected neighboring edges, and similar edge combinations identified through these combinations can be determined as pattern similarity.

[0098] Patterns determined to be similar can have their pattern similarity assessed. Pattern similarity can be determined based on the size of the pattern and the angles between the edges forming the pattern. If the pattern similarity is above a threshold, it is determined to be a repeating region. If the pattern similarity is below the threshold, the color within the pattern is assessed, and if the color similarity is above the threshold, it can be determined to be a repeating region.

[0099] After determining the repeating area, the center point of the repeating area can be determined. The center point of the repeating area may correspond to the center of the circle when the outside of the repeating area is enclosed by a circle of minimum size. Subsequently, a circle connecting the center points of multiple repeating areas can be created, and the center point of this circle can be determined as the center point of the mandala pattern.

[0100] The centrality of a mandala pattern can be determined based on the number of times a repeating area based on the center point of the mandala pattern is repeated.

[0101] (2) Analysis of pattern repetition / complexity (520)

[0102] The repetition of the pattern can be determined based on the number of times the aforementioned repetition area is repeated.

[0103] The complexity of a pattern can be determined based on the separate internal patterns included within the repeating pattern and the colors included in the pattern. The complexity of the pattern can also be determined based on the similarity of the internal patterns included within the repeating pattern and the similarity of the colors included within the repeating pattern.

[0104] The similarity of internal patterns included within a repeating pattern is determined based on the similarity of edges existing within the repeating pattern, and the higher the similarity of internal patterns, the lower the complexity of the pattern can be determined.

[0105] Color similarity contained within a repeating pattern is the similarity of color information existing within the repeating pattern. Color is determined based on RGB color codes, and the more similar the RGB color codes are, the higher the similarity can be judged. The higher the similarity of the internal pattern, the lower the complexity of the pattern can be judged.

[0106] (3) Analysis of area and arrangement relationships for mandala patterns (530)

[0107] The area and arrangement relationship for the mandala pattern is a correlation between the center and the outer edge of the mandala pattern. Based on the center point of the aforementioned mandala pattern, a determination can be made as to whether the repeating pattern extends to the outer edge, and the repeating pattern area can be divided into n regions extending outward from the center point of the mandala pattern to determine the sub-repetitive pattern area. The repetition / complexity of the pattern for each of the n divided sub-repetitive pattern areas can be determined through the procedure described in (2). Through this method, a determination can be made as to whether the mandala pattern becomes more complex as it moves from the center point to the outer edge.

[0108] The above description is merely an illustrative explanation of the technical concept of the present embodiment, and a person skilled in the art to which the present embodiment belongs would be able to make various modifications and variations within the scope of the essential characteristics of the present embodiment. Accordingly, the present embodiments are intended to explain, not limit, the technical concept of the present embodiment, and the scope of the technical concept of the present embodiment is not limited by these embodiments. The scope of protection of the present embodiment shall be interpreted by the claims below, and all technical concepts within an equivalent scope shall be interpreted as being included within the scope of rights of the present embodiment. Explanation of the symbols

[0109] 110: Psychoanalytic Device 120: Pattern design device 130: Product manufacturing device

Claims

Claim 1 A product manufacturing system comprising: a psychological analysis device that generates individual psychological analysis results based on survey results; a pattern design device that generates a specific pattern design draft, then generates three-dimensional data that concretizes the specific pattern design draft based on the psychological analysis results, and generates rendering design data that renders the three-dimensional data; and a product manufacturing device that manufactures a product made of surgical steel based on the rendering design data; wherein the pattern design device generates a mandala pattern design draft, then extracts a client mandala pattern from the psychological analysis results, and generates additional patterns that are formatively presented based on the analysis results of performing picture analysis, shape analysis, and mandala pattern analysis on the client mandala pattern, thereby generating the three-dimensional data that concretizes the mandala pattern design draft. Claim 2 A product manufacturing system according to claim 1, wherein the psychological analysis device receives a client mandala pattern drawn by a client from a user terminal, and generates a psychological analysis result including the client mandala pattern, a personal color diagnosis result for UV color based on the survey results, and a personal tendency analysis result. Claim 3 delete Claim 4 A mandala design pattern product manufacturing system according to claim 1, wherein the product manufacturing device produces the product made of surgical steel by reflecting the rendering design data in any one of the following: a decorative item, a child stroller handle, a toy, an adult umbrella handle, a hiking stick, or a cane for the elderly. Claim 5 A method for manufacturing a product comprising: a process of generating individual psychological analysis results based on survey results in a psychological analysis device; a process of generating a specific pattern design draft in a pattern design device, generating three-dimensional data that concretizes the specific pattern design draft based on the psychological analysis results, and generating rendering design data that renders the three-dimensional data; and a process of manufacturing a product made of surgical steel based on the rendering design data in a product manufacturing device; wherein the pattern design device generates a mandala pattern design draft, extracts a client mandala pattern from the psychological analysis results, and generates additional patterns that are formatively presented based on the analysis results of performing picture analysis, geometric analysis, and mandala pattern analysis on the client mandala pattern, thereby generating the three-dimensional data that concretizes the mandala pattern design draft. Claim 6 A method for manufacturing a product according to claim 5, wherein the psychological analysis device receives a client mandala pattern drawn by the client from a user terminal, and generates a psychological analysis result including the client mandala pattern, a personal color diagnosis result for UV color based on the survey results, and a personal tendency analysis result.

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