Shared copyright creative design platform system, operation method and device

Abstract

The present invention proposes a shared copyright creative design platform system, operation method and device, which are used to solve the technical problems of high development cost and high market risk in existing customized design. The design platform system includes an information transmission and exchange integration module, a system operation integration module, an online design integration module and a shared copyright integration module. The system operation integration module, the online design integration module and the shared copyright integration module information transmission and exchange integration module are interconnected to form a network and form a functional chain in the process of network interaction; the design platform system distributes value to each functional chain through the shared copyright integration module and the system operation integration module. The present invention can enhance the interaction between users and brands and designers, greatly reduce the transaction costs of users in customized design, reduce the development costs and market risks of personalized products, and enable ordinary users' intellectual input to obtain value-added and profit in a shared copyright manner.

Description

Technical Field

[0001] The present invention relates to the technical field of online design and copyright sharing, and in particular to a copyright sharing creative design platform system, operation method and device. Background Art

[0002] Contemporary consumers are in an era of "personalized" consumer demand. Due to the increase in personalized consumer demand, brands are focusing on the design and development of customized products. However, the low degree of fit between user demand and brand customization, slow information communication, and complicated commercial circulation procedures for customized products, as well as high product circulation and development costs, have become a "hard injury" that hinders traditional online shopping platform operators from achieving "personalized" sustainable development. On the other hand, the concepts of intelligent manufacturing such as Industry 4.0 and flexible manufacturing have been proposed for many years, but due to the imperfect development of the Internet of Things, intelligent manufacturing chain, personalized intelligent design chain, information chain, logistics chain, commodity chain, transaction chain, copyright chain, and blockchain, the relevant business model is not clear, so that the development of intelligent manufacturing is currently only in the primary exploration. In the context of the current era, how to further innovate and explore models through the end-user demand side has become the key to the rise of intelligent manufacturing development. Summary of the invention

[0003] In view of the deficiencies existing in the above-mentioned background technology, the present invention proposes a shared copyright creative design platform system, operation method and device, which solve the technical problems of high development cost and high market risk in the existing customized design.

[0004] The technical solution of the present invention is achieved in this way:

[0005] A shared copyright creative design platform system, the design platform system includes an information transmission and exchange integration module, a system operation integration module, an online design integration module and a shared copyright integration module, the system operation integration module, the online design integration module and the shared copyright integration module information transmission and exchange integration module are interconnected to form a network, and form a functional chain in the process of network interaction; the functional chain includes: personalized intelligent design chain, information chain, copyright chain, transaction chain, intelligent manufacturing chain, commodity chain, logistics chain, blockchain; the design platform system distributes value to each functional chain through the shared copyright integration module and the system operation integration module.

[0006] The system operation integration module includes a backend management submodule, a big data submodule, a commodity trading submodule and an artificial intelligence submodule;

[0007] The online design integration module includes a user submodule, a perceptual process submodule, an online design submodule and a product terminal display submodule; the user submodule refers to a functional module that provides users with commercial activities, public welfare activities, design behaviors, communication behaviors, and entertainment behaviors; the perceptual submodule performs product design through visual perception, auditory perception, tactile perception, and olfactory perception and monitors the product design process;

[0008] The shared copyright integration module includes a blockchain copyright management submodule, a copyright sharing submodule, a copyright profit submodule and a copyright monetization submodule.

[0009] The design platform system uses intelligent terminals as carriers, and the intelligent terminals are smart phones, tablet computers, laptops, computers or cloud computers; the design platform system is expressed in the form of applications, APPs, software or websites on the intelligent terminals.

[0010] A method for operating a shared copyright creative design platform, the steps of which are as follows:

[0011] S11. The brand authorizes the system operator to publish online customized product specifications and upload the customized product specifications to the design platform system. The customized product specifications include basic styles, design elements, and design requirements;

[0012] S12, the system operator shares the customized product manual with N users through the online design integration module of the design platform system;

[0013] S13. User 1 conducts secondary creativity and innovative design of the product on the artificial intelligence submodule, forms a design plan and digital copyright, splits the digital copyright into N shared copyrights through the copyright sharing agreement agreed upon by the system, and agrees to conduct associated sales of the N shared copyrights and the first N customized products;

[0014] S14. User 1 purchases a customized product and automatically obtains a shared copyright. The system operator releases the design plan to the brand owner, OEM factory, and brand production factory for production. The system operator provides the product to User 1 in accordance with the agreed method.

[0015] S15, repeating step S14 until the Nth user purchases the Nth customized product and automatically obtains the Nth shared copyright;

[0016] S16. The digital copyright rights holders agreed upon by the system obtain capital gains from the sale of N shared copyrights; the digital copyright rights holders include system operators, brand owners, users 1 to N, or a combination of system operators, brand owners, users 1 to N;

[0017] S17. When the N+1th user purchases the N+1th customized product, he cannot obtain the shared copyright and needs to pay the copyright usage fee for the customized product;

[0018] S18. After selling N products, the system will automatically return all profit generated from the use of shared copyrights after N products to the first N users in accordance with the copyright agreed revenue method, forming positive interest feedback and a virtuous circle.

[0019] The system agreement refers to the rules that the system operator uses to constrain the commercial or public welfare behaviors of all N users participating in the design.

[0020] A method for operating a shared copyright creative design platform, the steps of which are as follows:

[0021] S21. The design subject forms a creative design plan and digital copyright through the online design integration module with the assistance of the big data submodule;

[0022] S22. The design subject uses the copyright sharing submodule to split the digital copyright into N shared copyrights, and publishes the design plan through the design platform system for users to browse, select, and purchase, where N≥0;

[0023] S23. User 1 purchases one product licensed by the shared copyright and one shared copyright at the agreed price. The system operator releases the design plan to brand owners, OEM factories, and brand production factories for production. The system operator provides products to users in the agreed manner. At the same time, the design subject obtains capital gains from the sale of shared copyrights.

[0024] S24, repeating step S23 until the Nth user purchases the Nth personalized customized product and automatically obtains the Nth shared copyright; the design entity obtains capital gains from selling N shared copyrights;

[0025] S25. The N+1th user purchases the N+1th product, but cannot obtain the shared copyright and pays the copyright royalties for the product;

[0026] S26. After selling N products, the system will automatically return all profit generated from the use of shared copyrights after N products to the first N users in accordance with the agreed copyright revenue method, forming positive interest feedback and a virtuous circle.

[0027] A device for a shared copyright creative design platform system comprises a system end and a user end, wherein the system end is connected to the user end.

[0028] The system end includes a system memory, a system processor, a system signal transmission unit and a system background processing unit. The system processor is respectively connected to the system memory, the system signal transmission unit and the system background processing unit. The system signal transmission unit is respectively connected to the system background processing unit and the user end, and the system background processing unit is connected to the system memory; the user end includes an intelligent sensor unit, an input unit, an output unit, a human-computer interaction unit and an authentication unit; the human-computer interaction unit is respectively connected to the input unit, the output unit, the intelligent sensor unit, and the authentication unit; the intelligent sensor unit is respectively connected to the output unit and the input unit; the intelligent sensor unit, the input unit, the output unit, the human-computer interaction unit, and the authentication unit are respectively connected to the system signal transmission unit.

[0029] The smart sensor unit includes an acoustic sensor, an optical sensor, a touch sensor, a visual sensor, an olfactory sensor, a high-energy ion sensor and a radiation sensor. The smart sensor unit is used to input, output, send, receive, calculate and simulate the perception signal of the perceptible process submodule;

[0030] The human-computer interaction unit includes a touch screen, a digital tablet, a hand-drawn tablet, a mouse, a keyboard, a wearable device, a wearable sensor, a laser sensor and a microphone. The human-computer interaction unit is a device unit used to achieve mutual recognition, command operation and perception between the user and the computer;

[0031] The input unit is a functional unit capable of digitizing real information; the input unit includes a 3D scanning optical input unit;

[0032] The system background processing unit is the final execution unit for information processing and program running;

[0033] The system signal transmission unit is a transmission path for photoelectric signals and chemical signals;

[0034] The output unit includes a 3D printer, a 3D display, an AR device, a VR device, an MR device, an optoelectronic display, a simulator, a camera, a webcam, and a speaker. The output unit is a device unit that models, structures, and virtually presents or outputs the design scheme;

[0035] The authentication unit is a device used to perform identity authentication and identification on a design subject or user.

[0036] The beneficial effects of this technical solution are:

[0037] (1) The present invention is based on a personalized intelligent design chain, information chain, copyright chain, transaction chain, commodity chain, and blockchain that are directly relevant to end customers, and invents a shared copyright creative design platform system that can enhance the interactive experience between users and brands and designers, greatly reduce the transaction costs of users in customized design, reduce the development costs and market risks of personalized products, and enable ordinary users to obtain value-added and profit through their intellectual investment in a shared copyright manner.

[0038] (2) The present invention helps to accelerate the circulation of information and commodities, and promotes the high-speed conversion and circulation between capital, copyright and products.

[0039] (3) The present invention helps to reduce market uncertainty factors in product development and share the market risks of the design entity.

[0040] (4) The present invention can not only further promote the development of upstream intelligent manufacturing chains, the Internet of Things, and logistics chains, but also drive the overall development and innovation of Industry 4.0 and flexible manufacturing, enabling human society to enter the era of personalized intelligent manufacturing more quickly. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0042] Figure 1 Schematic diagram of the design platform system architecture of the present invention.

[0043] Figure 2 It is a schematic diagram of the organic integration of the design platform system of the present invention into the ecological chain.

[0044] Figure 3 The present invention is a flowchart of the design platform operation method.

[0045] Figure 4 This is a flow chart of the brand business model shown in Example 3.

[0046] Figure 5 This is a schematic diagram of the main interface of the App shown in Example 4.

[0047] Figure 6 This is a schematic diagram of the secondary interface of the App shown in Example 4.

[0048] Figure 7 This is a schematic diagram of the design interface of the App shown in Example 4.

[0049] Figure 8 This is a schematic diagram of the design interface of the App shown in Example 4.

[0050] Fig. 9 This is a schematic diagram of the copyright sharing interface of the App shown in Example 4. DETAILED DESCRIPTION

[0051] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0052] (1) A shared copyright creative design platform system, the design platform system includes an information transmission and exchange integration module, a system operation integration module, an online design integration module and a shared copyright integration module, the system operation integration module, the online design integration module and the shared copyright integration module information transmission and exchange integration module are interconnected to form a network, and form a functional chain in the process of network interaction; the functional chain includes: personalized intelligent design chain, information chain, copyright chain, transaction chain, intelligent manufacturing chain, commodity chain, logistics chain, blockchain; the design platform system distributes value to each functional chain through the shared copyright integration module and the system operation integration module. A non-limiting system architecture is shown in Example 1, such as Figure 1 shown.

[0053] The design platform system organically integrates the intelligent manufacturing chain, personalized intelligent design chain, information chain, logistics chain, commodity chain, transaction chain, and copyright chain; the organic integration means that the design platform system distributes value and divides functions for all objects, data, processes, networks, methods, and transactions involved in the system, and makes the system operable and sustainable through innovation of business models, such as Figure 2 shown.

[0054] The system operation integration module includes a backend management submodule, a big data submodule, a commodity trading submodule and an artificial intelligence submodule; the commodity trading submodule refers to a module that has the function of conducting online transactions on products, design plans, copyrights, etc., and provides the functions of purchasing, paying, saving and investing in legal currency.

[0055] The online design integration module includes a user submodule, a perceptual process submodule, an online design submodule and a product terminal display submodule;

[0056] The user submodule refers to a functional module that allows users to conduct commercial activities, public welfare activities, design behaviors, communication behaviors, and entertainment behaviors.

[0057] The perceptual process submodule designs products through visual perception, auditory perception, tactile perception, and olfactory perception and monitors the product design process; for example, in the creation of some music products, the auditory perception module can provide online feedback and display of audio designs; in some designs that require tactile perception, such as the surface roughness and feel of the material, the system can use external tactile sensors to provide real-time feedback and online design of tactile designs.

[0058] The online design submodules include brand-authorized creative online design modules, freelance designer creative online design modules, platform designer-assisted creative online design modules, platform designer creative online design modules, artificial intelligence-assisted creative online design modules, and any combination thereof. For example: ordinary users can carry out simplified and visualized innovation and creation based on products with basic protocol solutions. This process is usually carried out in artificial intelligence-assisted or platform designer-assisted modes. The assisted mode can greatly improve design efficiency, increase user participation, and enhance interactive experience; in some actual shoe product cases, the system operator provides users with basic shoe styles through brand authorization. Under the basic solutions provided by the system, users can freely design the matching of shoe materials, colors, patterns, and sizes, or capture personal preference data based on artificial intelligence, and recommend multiple matching design solutions for users to choose from.

[0059] The shared copyright integration module includes a blockchain copyright management submodule, a copyright sharing submodule, a copyright profit submodule and a copyright monetization submodule. The copyright monetization submodule refers to a functional module that can price and evaluate copyrights and express them in monetary or capitalized form. The copyright sharing submodule refers to a functional module that can split and disassemble copyright rights and interests, and agree on copyright trading rules and trading methods.

[0060] The information transmission and communication integration module, as the information exchange and transmission medium between design entities, can be carried out through video, audio, pictures, voice, live webcast, Internet phone, network information, satellite phone, satellite network, etc., and realizes real-time communication and information sharing in the product design perceptible process module. In some embodiments, voice, text, pictures, and videos are used as communication methods, which are compatible with common instant messaging tools on the market; in other embodiments, live webcast is used for designers and online users to carry out the following processes in real time, including online communication of design plans, online real-time display of design plans, online real-time modification of design plans, online decision-making of design plans, online display of perceptible processes, copyright sharing decisions, copyright release, product pre-sales, product releases, and has the reward function in live webcast.

[0061] The design platform system uses an intelligent terminal as a carrier, and the intelligent terminal is a smart phone, tablet computer, laptop computer, computer or cloud computer; the design platform system is expressed in the form of an application, APP, software or website on the intelligent terminal.

[0062] The functional features of the design platform system are as follows:

[0063] S01. The design subject forms an original product design plan based on the product terminal display submodule and the product design perceptible process submodule of the online design integration module; the design subject includes platform designers, freelance designers, users, system operators, brand owners, artificial intelligence, artificial intelligence clusters or their combination;

[0064] S02. The original design plan is confirmed to be a final design plan after being feasibility confirmed by the background management submodule, the artificial intelligence submodule or the upstream manufacturer; the final design plan is passed through the blockchain copyright management submodule to form digital copyright and copyright owner rights, and the digital copyright is monetized through the copyright monetization module;

[0065] S03. Designers, users, brands or system operators publish N shared copyright rights through the copyright sharing module. The system stipulates that N shared copyright rights and N products are traded in association and / or non-association in the commodity trading module. Thus, users can purchase, obtain or trade products and shared copyright rights through the user module.

[0066] S04. After the transaction is successful, the system will release the final design plan to the OEM factory and brand production factory for production through the background management sub-module;

[0067] S05. Users who obtain N copies of the shared copyright rights will automatically obtain copyright profits for N copies of products produced and sold on the system using the copyrighted design solution;

[0068] S06. All information flows of the design platform system will be stored in the big data submodule and analyzed and utilized. The artificial intelligence submodule is used to assist in design, aesthetic perception, customer group capture, and feasibility analysis.

[0069] The N shared copyrights in the system refer to the division of the rights of digital copyright into N shares for pricing and sales in accordance with the protocol requirements agreed upon by the system. One of the purposes is to share the design costs of the personalized design of a single product. In addition, shared copyrights are usually associated with the purchase process of products. Usually, system operators will design the minimum product production volume M of the products attached to the design scheme in advance based on market demand relationships, brand requirements, etc. In some more common implementation cases, M=N, that is, one product corresponds to one shared copyright. For example, the system operator divides the digital copyright of an electronic product design scheme into 100 shared copyrights according to the minimum order quantity of 100 copies required by the upstream manufacturer. Any purchase of the first 100 products will automatically obtain a shared copyright. It should be pointed out that in this process, timestamps and blockchain technology will record the rights and interests of copyright sharers.

[0070] The design scheme includes the original design scheme, the final design scheme and all design schemes involved in the process of reciprocating feedback and correction. The design scheme of the system is usually a digital model scheme, including: 3D model, animation model, picture model, video model and other visual model schemes; for example: in the simplest design scheme of a footwear product, it includes information on the appearance, color combination, size structure, material composition, etc. of the upper, tongue, sole, laces, mid-top, back top, heel, insole, etc. of the footwear product; the design scheme also includes structure, appearance, material, and function schemes to guide the production of upstream factories and supply chains; the design scheme also includes process schemes, production schemes, equipment schemes, and quality control schemes; the design scheme is not limited to various physical product schemes.

[0071] In the system, all products and copyright transactions are managed and authenticated using blockchain technology. The digital copyright monetization process in the system refers to the system operator giving a monetization guide price based on the commercial market demand for general design solutions, or the design subject that owns the copyright will set a monetization price; of course, in the monetization process without a clear target, market bidding can usually be used.

[0072] In the system, obtaining copyright profit refers to making profit from copyright purchased through related or unrelated transactions. In some embodiments, it usually refers to copyright obtained through related transactions.

[0073] For example, the system operator divides the digital copyright of the electronic product design plan into 100 shared copyrights according to the upstream manufacturer's minimum order quantity of 100 pieces. The system operator prices the product at 100 yuan. The product price (100 yuan / piece) = the monetization price of the shared copyright rights (25 yuan / piece) + the monetization price of all production and circulation links (70 yuan / piece) + the monetization price of the system operation service (5 yuan / piece). The design entity can obtain the monetization benefits of the shared copyright. .

[0074] After selling 100 copies of the product, the product price is defined as: product price (100 yuan / piece) = monetization price of shared copyright use (25 yuan / piece) + monetization price of all production and circulation links (70 yuan / piece) + monetization price of system operation services (5 yuan / piece). If the product is sold one more copy on the basis of 100 copies, the shared copyright owner can obtain copyright income. The copyright income of each shared copyright is equal to the monetization income of copyright use divided by the number of shared copyrights, that is, If 500 more copies are sold, each shared copyright can generate a profit of 125 yuan.

[0075] (2) The present invention provides a method 1 for operating a shared copyright creative design platform system, which is managed by blockchain technology and includes at least the following actions and combinations thereof:

[0076] S11. Brands authorize system operators to publish instructions for basic styles, design elements, design requirements and other solutions for online customized products, and upload the instructions to the system;

[0077] S12, the system operator shares the product manual with the user through the online design submodule;

[0078] S13. User 1, with the assistance of a designer or artificial intelligence, conducts secondary creativity and innovative design of the product, and forms a design plan and digital copyright rights. The digital copyright is split into N shared copyrights through the copyright sharing agreement agreed upon by the system; and it is agreed that the N shared copyrights and the first N products will be sold in association;

[0079] S14. User 1 purchases a customized product and automatically obtains a shared copyright. The system operator releases the design plan to the brand owner, OEM factory, and brand production factory for production. The system operator provides the product to the user in the agreed manner.

[0080] S15, repeating S14 until the Nth user purchases the Nth personalized customized product and automatically obtains the Nth shared copyright;

[0081] S16. The digital copyright rights holders agreed upon by the system obtain capital gains from the sale of N shared copyrights; the digital copyright rights holders include system operators, brand owners, users 1 to N, or a combination of system operators, brand owners, users 1 to N;

[0082] S17. The N+1th user purchases the N+1th product, but cannot obtain the shared copyright and needs to pay the copyright royalties for the product;

[0083] S18. After selling N products, the system will automatically return all profit generated from the use of shared copyrights after N products to the first N users in accordance with the copyright agreed revenue method, forming positive interest feedback and a virtuous circle.

[0084] The above method 1 is also a business model. Figure 3 As shown, it is usually more applicable in design solutions such as fast-moving consumer goods, clothing products, furniture, etc. that do not require complex intellectual investment.

[0085] In step S11, the instructions provide a library of selectable design elements. Users can freely combine and match design elements according to design rules and obtain basic copyright. Usually, the combination and matching of the design element library released by the brand can obtain thousands of design solutions. For example, in a design example of a hat product, the design elements include:

[0086] 5 brim shapes, 5 brim materials, 5 brim colors,

[0087] 5 types of hat top shapes,

[0088] 5 types of front hat materials, 5 types of front hat colors, 5 types of front hat patterns,

[0089] 5 types of back cap materials, 5 types of back cap colors, 5 types of back cap patterns,

[0090] 5 types of left hat top materials, 5 types of left hat top colors, 5 types of left hat top patterns,

[0091] 5 types of right hat top materials, 5 types of right hat top colors, 5 types of right hat top patterns,

[0092] There are 5 kinds of hat buckle materials and 5 kinds of hat buckle colors;

[0093] Among the above design elements, at least 5 can be combined 18 The user usually optimizes the solution with the assistance of designers or artificial intelligence. For example, 10 3 Up to 10 4Of course, artificial intelligence assistance can also automatically combine combinations that meet the aesthetic habits of specific users based on their aesthetic habits and preferences. The combination methods of specific user aesthetic habits can be copyrighted or not.

[0094] In steps S13 and S16, the copyright right holder is usually a brand owner or a system operator or user 1; the digital copyright right in S13 is divided into N shared copyrights. After gradual transactions of copyright rights and related products, the brand owner or system operator gradually transfers all N shared copyrights to the user. The system operator usually bears the economic risks, time difference risks and market cultivation risks caused by insufficient sales of the first N copyrights and related products.

[0095] In steps S13 to S18, N is usually a natural number greater than 0. In certain specific implementations, users, brand owners and system operators may agree that N=1, that is, the copyright rights are directly granted to users. When users purchase the first product, they also purchase all the copyright rights associated with it. In certain tight supply and demand relationships, this is beneficial for users to obtain more copyright benefits.

[0096] In steps S17 and S18, the N+1th user can only purchase products and pay copyright royalties because the number of copyright rights available for trading is 0. The copyright royalties will generate income for the first N users. All products after the Nth product will pay copyright royalties.

[0097] In method 1, the copyright sharing includes the sharing of possession rights, use rights, income rights and disposal rights or a combination thereof. In some embodiments, the above rights and interests are restrictive. For example, the system operator or brand owner requires users who purchase shared copyrights to unconditionally provide copyright use authorization services for their subsequent product production and sales, and may not terminate the use of the copyright. In some embodiments, the shared copyright owners may adopt a joint voting mechanism and conduct collective transfer, change, sale and other transactions of copyright ownership in accordance with the copyright agreement of the system. In addition, the copyright agreement provided by the system also includes an agreement on the validity period of the copyright.

[0098] In method 1, the system, as a comprehensive platform, can attract brands from various fields to join the system. Through the system's business model, it can enhance the interactive experience between users and brands in the design plan, accelerate information flow, reduce the transaction costs of users in customized design, and enable users' intellectual investment to gain value-added and profit. On the other hand, the system can bring together a large number of brands through large-scale transactions and big data analysis, reducing the design and development costs of brands, as well as market uncertainty factors in product development.

[0099] (3) The present invention provides a method 2 for operating a shared copyright creative design platform system, which is managed by blockchain technology and includes at least the following actions and their combinations:

[0100] S21. The design subject forms a creative design plan and digital copyright through the online design submodule and / or with the assistance of the big data submodule;

[0101] S22. The design subject uses the copyright sharing submodule to split the digital copyright into N shared copyrights, and publishes the design plan through the design platform system for users to browse, select, and purchase, where N≥0;

[0102] S23. User 1 purchases one product licensed by the shared copyright and one shared copyright at the agreed price. The system operator releases the design plan to brand owners, OEM factories, and brand production factories for production. The system operator provides products to users in the agreed manner. At the same time, the design subject obtains capital gains from the sale of shared copyrights.

[0103] S24, repeating step S23 until the Nth user purchases the Nth personalized customized product and automatically obtains the Nth shared copyright; the design entity obtains capital gains from selling N shared copyrights;

[0104] S25. The N+1th user purchases the N+1th product, but cannot obtain the shared copyright and pays the copyright royalties for the product;

[0105] S26. After selling N products, the system will automatically return all profit generated from the use of shared copyrights after N products to the first N users in accordance with the agreed copyright revenue method, forming positive interest feedback and a virtuous circle.

[0106] Method 2 is also a business model. In Method 2, the design subject includes but is not limited to: platform designers and freelance designers. In some common cases, the design subject is a platform designer, who is a professional designer hired by the system operator. The platform designer can publish design plans and share copyright plans on the design platform based on the market data, consumer data, system design and production tools, system interactive tools, and system artificial intelligence sub-modules provided by the system operator.

[0107] In method 2, the design entity can make a profit simply by selling shared copyrights without having to purchase any actual products.

[0108] (4) All systems, methods, and devices involved in the present invention, including but not limited to clothing products, footwear products, automotive products, consumer electronics products, intellectual property rights, architectural design solutions, and all other products that can be traded online.

[0109] The shared copyright creative design platform system of the present invention can be presented in the form of a user terminal in the form of an application, APP, software or website, and is carried out through a smart terminal device, which includes: a smart phone, a tablet computer, a laptop computer, a computer and a cloud computer.

[0110] The present invention provides a device for a copyright sharing creative design platform system, the device includes a system end and a user end, and the system end is connected to the user end. The system end includes a system memory, a system processor, a system signal transmission unit and a system background processing unit, the system processor is respectively connected to the system memory, the system signal transmission unit and the system background processing unit, the system signal transmission unit is respectively connected to the system background processing unit and the user end, and the system background processing unit is connected to the system memory; the user end includes an intelligent sensor unit, an input unit, an output unit, a human-computer interaction unit and an authentication unit; the human-computer interaction unit is respectively connected to the input unit, the output unit, the intelligent sensor unit, and the authentication unit; the intelligent sensor unit is respectively connected to the output unit and the input unit; the intelligent sensor unit, the input unit, the output unit, the human-computer interaction unit, and the authentication unit are respectively connected to the system signal transmission unit.

[0111] The intelligent sensor unit uses basic signals such as sound, light, heat, force, electricity, magnetic field, radiation, mechanical wave, laser, chemical reaction, etc. as the signal action unit of the sensor, which is used to input, send, receive, output, calculate, and simulate the perception signal of the perceptible submodule described in this system;

[0112] The intelligent sensor unit generally includes but is not limited to: acoustic sensors, optical sensors, touch sensors, visual sensors, olfactory sensors, high-energy ion sensors, radiation sensors, etc. In some embodiments, the sensor is a common sensor on the market, for example, the optical sensor is an infrared imaging sensor, a camera, a display, a digital camera, an infrared gesture sensor, an infrared limb sensor, an infrared temperature sensor, etc.; but in some embodiments, the sensor is a professional sensor, for example: a vibration wave sensor for detecting vibration, a sensor for detecting high-energy ion rays, a sensor for detecting chemical reaction rates, etc. In this device, all possible implementations are to match and combine sensors in possible ways according to the final design requirements of the system and the design field.

[0113] The device includes an output unit, which is a device or equipment for modeling, virtualizing, presenting or outputting the design solution;

[0114] The input unit is a functional unit capable of digitizing real information; for example, a 3D scanning optical input device;

[0115] The output unit is usually a device that presents the final effect of a specific design solution, including but not limited to: 3D printer, 3D display, AR equipment, VR equipment, MR equipment, optoelectronic display, simulator, camera, camera, speaker, etc. In some design solutions that require high fidelity, the output unit is a 3D display, and the user can experience the 3D structure of the designed object in three dimensions; in other scenarios where the design solution needs to be directly output as a sample, the output unit is a 3D printer; in some design solutions that require odor output, the output unit is an odor mixing simulation output device.

[0116] The human-computer interaction unit is used to realize the mutual recognition, operability and perception of human behavior and thought with the computer system. The human-computer interaction unit also has a signal input function; the human-computer interaction unit generally includes: touch screen, digital tablet, drawing board, mouse, keyboard, wearable device, wearable sensor, laser sensor, AR device, VR device, MR device, camera, camera, microphone, etc.

[0117] The storage unit is a storage unit commonly used in computers or computer systems, including but not limited to: a medium storage unit, a cloud storage unit, a central storage unit, a background storage unit, etc.

[0118] The processing unit is the core of the system operation and control of the present invention, and is the final execution unit of information processing and program operation. Generally, the processing unit of the system of the present invention is a commonly used processing unit in a computer or computer system, including but not limited to: cloud processor, CPU, cloud computing, chip integration, central processing unit, background processor, etc.

[0119] The signal transmission unit is a transmission path for photoelectric signals and chemical signals, including but not limited to: wires, circuits, optical fibers, optical paths, and microcircuits for transmitting physical signals such as electrical signals and optical signals; the signal transmission unit includes but is not limited to: devices and paths for transmitting chemical reaction signals.

[0120] The authentication unit is a device used to design the identity authentication and identification of the subject and the user, and the authentication unit includes but is not limited to: fingerprint recognition device, face recognition, iris recognition device, vein recognition device, U shield, key, etc.

[0121] Example 1 A non-limiting system architecture

[0122] A non-limiting system diagram is shown below: Figure 1 As shown, the system architecture includes three integrated modules: system operation, shared copyright, and creative design;

[0123] The system operation integration module includes commodity trading submodule, backend management submodule, big data submodule, and artificial intelligence submodule;

[0124] The online design integration module includes a user submodule, an online design submodule, a product terminal display submodule, a perceptualization submodule, and an information transmission and communication submodule;

[0125] The shared copyright integration module includes the blockchain copyright management submodule, the copyright monetization submodule, the copyright sharing submodule, and the copyright profit submodule;

[0126] The three integrated modules of system operation, shared copyright and creative design are interconnected through the information exchange and transmission integrated module to generate information flow, data flow, capital flow and commodity flow. Each main part also conducts internal information transmission and communication through the information exchange and transmission integrated module.

[0127] Example 2 A non-limiting user submodule

[0128] In embodiment 2, the user submodule includes the following function sets: account function set, data function set, design function set, capital function set, and copyright function set.

[0129] Account function set, including account settings, login, logout, modification, password settings, authentication, credit rating, entertainment and other functions;

[0130] Data function set, including providing product browsing data, product transaction data, market analysis data, stock market data, supply chain data, logistics data, Internet of Things data and other data of all system ecosystem chains;

[0131] Design function set, including providing online design, aesthetic perception, material library, artificial intelligence assistance and other functions;

[0132] The capital function set includes payment, investment, savings, purchase, sale, credit, reward, profit and other functions;

[0133] The copyright function set includes the functions of providing copyright transactions, copyright management, copyright application, and copyright rule-making.

[0134] Example 3 A non-limiting business model 1

[0135] like Figure 4 As shown, Business Model 1 operates according to the following behaviors:

[0136] A1.1. Brands authorize system operators to publish the instructions for basic styles, design elements, and design requirements of online customized products, and upload the instructions to the system;

[0137] A1.2. System operators design submodules online according to the product specifications and share them with users;

[0138] A1.3. User 1, with the assistance of a designer or artificial intelligence, conducts secondary creativity and innovative design of the product, and forms a design plan and digital copyright rights. The copyright rights are jointly owned by the system operator, the brand owner, and User 1, with a share of 40%, 40%, and 20% respectively. The system splits the digital copyright into N copyright sharing plans through a copyright sharing agreement, and each shared copyright only enjoys the right to income;

[0139] A1.4. User 1 pays the system operator a price of Q to purchase a customized product and automatically obtains the first shared copyright. The price structure is: product price (Q) = brand production and operation payment (Q1) + system operation service payment (Q2) + shared copyright purchase payment (Q3).

[0140] A1.5. The system operator releases the design plan to the brand's production factory and produces N products according to the minimum production volume required by the brand. At the same time, the system operator pays Q1*N to the brand manufacturer. The system operator provides one product to user 1 in accordance with the agreed method. The system operator obtains 40%* Q3 of the shared copyright fee, the brand obtains 40%* Q3 of the shared copyright fee, and user 1 obtains 20%* Q3 of the shared copyright.

[0141] A1.6. User 2 purchases the product at price Q and obtains the corresponding copyright, until the Nth user purchases the Nth personalized customized product at price Q and automatically obtains the Nth shared copyright; after selling N products, the system operator obtains 40%* Q3* N of asset income from digital copyright rights sharing, the brand owner obtains 40%* Q3* N of asset income from digital copyright rights sharing, and user 1 obtains 20%* Q3* N of digital copyright rights sharing; at the same time, the system operator obtains Q2*N of system operation service income;

[0142] A1.7. The N+1th user can only purchase at price Q * If you purchase a product but cannot obtain shared copyright, the price structure is: product price (Q * ) = Brand production and operation payment (Q * 1) + System operation fee (Q * 2)+Shared copyright usage payment (Q * 3) It should be noted that the price includes the copyright fee of the product Q * 3; where Q * and Q can be of the same or different size, Q1 and Q * The size of 1 is consistent or inconsistent, Q2 and Q *The size of 2 is consistent or inconsistent, Q3 and Q * 3 are consistent or inconsistent in size;

[0143] A1.8. After selling N products, the system will automatically return the copyright revenue after N products to the first N users in accordance with the copyright agreed revenue method. For each additional product sold, each of the first N users will receive Q * 3 / N’s copyright use income;

[0144] A1.9. System operators bear the capital, inventory and market risks brought by producing at least N copies of products as required by brand manufacturers;

[0145] A1.10. Users reduce the design and copyright fees of customized products and gain profits from shared copyright royalties through the mental labor of providing design solutions;

[0146] A1.11. The system stipulates that after the shared copyright is generated, its validity period is Y years. Regardless of whether the N shared copyrights are completely sold or transferred, the rights and interests of the shared copyright will belong to the system operator after Y years.

[0147] A1.12. If the system has M types of products, and each type of product in the system can drive N1 (x=1,2,3,4...M) users to obtain shared copyright usage profits, then the total number of people who can participate in copyright income is ;

[0148] A1.13c The system assists decision-making on product production and design strategies through big data market analysis, and shares the design and production risks of producing only a single product through the design and production of multiple types of products, making the overall risk of the system controllable.

[0149] Example 4 A non-limiting business model 2

[0150] Business Model 2 operates as follows:

[0151] A2.1. The design subject forms a creative design plan and digital copyright rights through the online design submodule with the assistance of the big data submodule. The digital copyright rights belong to the design subject according to the system agreement.

[0152] A2.2. The design subject uses the copyright sharing submodule to form N (N≥0) copyright sharing plans, and publishes the design plans through the system for users to browse, select and purchase;

[0153] A2.3. User 1 pays the system operator a price Q to purchase the customized product and automatically obtains the first shared copyright. The price is composed of: product price (Q) = OEM production and operation payment (Q1) + system operator service payment (Q2) + shared copyright purchase payment (Q3);

[0154] A2.4. The system operator releases the design plan to the foundry and produces N copies of the product according to the minimum production volume required by the foundry. At the same time, the system operator pays the foundry Q1*N. The system operator provides one copy of the product to user 1 in accordance with the agreed method. The system operator pays the design subject the fee Q3 for selling the copyright.

[0155] A2.5. User 2 purchases the product at price Q and obtains the corresponding copyright, until the Nth user purchases the Nth personalized customized product at price Q and automatically obtains the Nth shared copyright. After selling N copies of the product, the design entity obtains asset income Q3*N from the shared copyright rights. At the same time, the system operator obtains system operation service income Q2*N.

[0156] A2.6. The N+1th user can only purchase at price Q * If you purchase a product but cannot obtain shared copyright, the price structure is: product price (Q * ) = Brand production and operation payment (Q * 1)+System operator service payment (Q * 2)+Shared copyright usage payment (Q * 3) It should be noted that the price includes the copyright fee of the product Q * 3; where Q * and Q can be the same or different in size, Q1 and Q * The size of 1 is consistent or inconsistent, Q2 and Q * The size of 2 is consistent or inconsistent, Q3 and Q * 3 are consistent or inconsistent in size;

[0157] A2.7. After selling N products, the system will automatically return the copyright revenue after N products to the first N users in accordance with the copyright agreed revenue method. For each additional product sold, each of the first N users will receive Q * 3 / N’s copyright use income;

[0158] A2.8. System operators bear the capital, inventory and market risks brought by producing at least N copies of products according to the requirements of the foundry; the design entity reduces the capital pressure and risks caused by direct investment in the production link;

[0159] A2.9. Users reduce the design and copyright fees for customized products and gain profits from the use of shared copyrights through the designer sharing design copyright scheme;

[0160] A2.10. The system stipulates that after the shared copyright is generated, its validity period is Y years. Regardless of whether the N divided shared copyrights are completely sold or transferred, the rights and interests of the shared copyright will belong to the system operator after Y years.

[0161] A2.11. Each product of this system can drive N x Users can obtain the profit from the use of shared copyrights. If there are M products in the system, the total number of people who can participate in the copyright income is ;

[0162] A2.12. The system assists in decision-making on product production and design strategies through big data market analysis. It shares the design and production risks of producing only a single product through the design and production of multiple types of products, making the overall risk of the system controllable.

[0163] Example 5 A non-limiting business model 3

[0164] Business Model 3 operates according to the following behaviors:

[0165] A3.1. The design subject forms a creative design plan and digital copyright rights through the online design submodule with the assistance of the big data submodule. The digital copyright rights are jointly owned by the design subject and the system operator according to the system agreement, with each holding 50%;

[0166] A3.2. The system stipulates that the copyright of the design scheme will no longer be shared among users, but will be directly released and copyright royalties will be collected. The system operator will release the design scheme through the system for users to browse, select and purchase;

[0167] A3.3. User 1 pays the system operator a price Q to purchase the customized product and automatically obtain the first shared copyright. The price is composed of product price (Q) = production and operation fee (Q1) + system operator service fee (Q2) + copyright usage fee (Q3);

[0168] A3.4. The system operator releases the design plan to the foundry and produces N1 copies of the product according to the minimum production volume required by the foundry. At the same time, the system operator pays the foundry Q1*N1. The system operator provides one copy of the product to User 1 in accordance with the agreed method. The system operator pays the copyright fee Q3 / 2 to the design subject and obtains the copyright fee Q3 / 2.

[0169] A3.5. User 2 purchases the product at price Q, until the N1th user purchases the N1th personalized customized product at price Q. After selling N1 copies of the product, the design entity obtains the copyright use income Q3* N1 / 2; at the same time, the system operator obtains the system operation service income Q2* N1, and the system operator obtains the copyright use income Q3* N1 / 2;

[0170] A3.6. Based on the market forecast, the system again requires the foundry to produce Nx products, and the price is Q according to the market forecast or market strategy. * 1. Product price (Q * ) = Production and operation payment (Q * 1)+System operator service payment (Q * 2)+Copyright usage fee (Q * 3), where Q * and Q can be of the same or different size, Q1 and Q * The size of 1 is consistent or inconsistent, Q2 and Q * The size of 2 is consistent or inconsistent, Q3 and Q * 3 is consistent or inconsistent in size; at the same time, the system pays the foundry Q * 1*Nx;

[0171] A3.7. After each product is sold, the design entity can obtain a profit of Q * 3 / 2, the system obtains copyright royalties Q according to the same rules * 3 / 2, the system will also get Q * 2. System operation service fee;

[0172] A3.8. Repeat steps A3.6 and A3.7 until the product is removed from shelves.

[0173] Example 6 A non-limiting app

[0174] Example 6 provides a non-limiting app for implementing the functions and business model of the system.

[0175] Figure 5 It is the main interface of the sample App, which includes multiple functions such as users, mall, communication, design, copyright, etc. Functional icons can be clicked to enter the next sub-interface.

[0176] Figure 6 It is a design interface entered by clicking the smart design icon, which includes three optional design methods: free designer, platform-assisted designer, and artificial intelligence-assisted design;

[0177] It also includes the "Live Design Room" function, which enables users to communicate and broadcast designs in real time with online designers.

[0178] It also includes: "My Design Library", which includes any design works in which the user has participated, existing material libraries, and copyrights already owned, etc.

[0179] The interface also includes "hot design recommendations".

[0180] The interface also includes quick access links to design, display, purchase, copyright, etc. for the sub-sectors of digital electronics, home appliances, clothing and accessories, and home life.

[0181] Figure 7 It shows that users can design when the brand provides a basic model. Users can design according to all the details provided in the brand manual. Artificial intelligence recommends the materials that match the basic model based on the user's aesthetics and popular trends. On the other hand, users can also observe the product from all angles according to the 3D display function provided by the interface, and can obtain all product specification data including: size, color, material, pattern, accessories, comfort, etc.

[0182] Figure 8 It shows that when a user designs with a basic style provided by the brand, AI recommends color options for the basic style based on the user's aesthetics and fashion trends, so that the user can design quickly, easily and intuitively.

[0183] Fig. 9 It displays the products and shared copyrights that the user has purchased. The shared copyright of the product is divided into 100 parts. The user is the 61st purchasing user and automatically obtains a shared copyright. The user's purchase price of the product is 100 yuan. Currently, 500 pieces of the product have been sold. The user has earned a profit of 100 yuan through the use rights of the shared copyright. The interface also displays other detailed information about the user's purchase of the shared copyright.

[0184] Example 7 A non-limiting device

[0185] Example 7 shows a non-limiting device for online design of clothing products, including a system end and a user end. The system end includes: a system central cloud storage, a system central cloud processor, a system signal transmission unit, and a system background processing unit.

[0186] The user end includes: 3D optical scanning input device, tactile sensor, hand-drawn tablet input device; touch-display integrated device, VR device, MR device, 3D printer device, speaker; personal computer or personal cloud computer.

[0187] This user terminal is suitable for design entities and ordinary users.

[0188] Among them, 3D optical scanning input devices are used to collect user's body data; tactile sensor devices are used to collect, identify and simulate the feel of clothing materials; drawing boards are used for quick product drawing design; touch-display integrated devices are used for users to conveniently operate personal computers in real time; VR devices, MR devices, 3D printer devices, and speakers are all used as design output devices or process browsing devices on the user side.

[0189] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A shared copyright creative design platform system, characterized in that: The design platform system includes an information transmission and exchange integration module, a system operation integration module, an online design integration module and a shared copyright integration module. The system operation integration module, the online design integration module and the shared copyright integration module information transmission and exchange integration module are interconnected to form a network, and form a functional chain in the process of network interaction; the functional chain includes: personalized intelligent design chain, information chain, copyright chain, transaction chain, intelligent manufacturing chain, commodity chain, logistics chain, blockchain; the design platform system distributes value to each functional chain through the shared copyright integration module and the system operation integration module; The system operation integration module includes a backend management submodule, a big data submodule, a commodity trading submodule and an artificial intelligence submodule; the commodity trading submodule is capable of online trading of products, design schemes and copyrights, and provides the functions of purchasing, paying, saving and investing in legal currency; The online design integration module includes a user submodule, a perceptual process submodule, an online design submodule and a product terminal display submodule; the user submodule refers to a functional module that provides users with commercial activities, public welfare activities, design behaviors, communication behaviors, and entertainment behaviors; the perceptual submodule performs product design through visual perception, auditory perception, tactile perception, and olfactory perception and monitors the process of product design; The shared copyright integration module includes a blockchain copyright management submodule, a copyright sharing submodule, a copyright profit submodule and a copyright monetization submodule; The copyright monetization submodule refers to a functional module that prices and evaluates copyrights and expresses them in monetary or capitalized form; the copyright sharing submodule refers to a functional module that splits and disassembles copyright rights and interests and agrees on copyright trading rules and trading methods; The functional features of the design platform system are as follows: S01. The design subject forms the original product design plan based on the product terminal display submodule and the product design perceptible process submodule of the online design integration module; S02. The original design plan is confirmed to be a final design plan after being feasibility confirmed by the backend management submodule, the artificial intelligence submodule or the upstream manufacturer; the final design plan is converted into digital copyright and copyright owner's rights and interests through the blockchain copyright management submodule, and the digital copyright is monetized through the copyright monetization module; S03. Designers, users, brands or system operators publish N shared copyright rights through the copyright sharing module. The system stipulates that N shared copyright rights and N products are traded in association and / or non-association in the commodity trading module. Thus, users can purchase, obtain or trade products and shared copyright rights through the user module. S04. After the transaction is successful, the system will release the final design plan to the OEM factory and brand production factory for production through the background management sub-module; S05. Users who obtain N copies of the shared copyright rights will automatically obtain copyright profits for N copies of products produced and sold on the system using the copyrighted design solution; S06. All information flows of the design platform system will be stored in the big data submodule for analysis and utilization, and the artificial intelligence submodule will be used for auxiliary design, aesthetic perception, customer group capture, and feasibility analysis; The N-shared copyright refers to dividing the rights of digital copyright into N shares for pricing and sales in accordance with the system agreement requirements, sharing the design cost of personalized design of a single product; the purchase process of products associated with the shared copyright; The steps of its operation method are as follows: S11. The brand authorizes the system operator to publish online customized product specifications and upload the customized product specifications to the design platform system. The customized product specifications include basic styles, design elements, and design requirements; S12, the system operator shares the customized product manual with N users through the online design integration module of the design platform system; S13. Users conduct secondary creativity and innovative design of products on the artificial intelligence submodule, form design plans and digital copyrights, split the digital copyrights into N shared copyrights through the copyright sharing agreement agreed upon by the system, and agree to conduct associated sales of the N shared copyrights and the first N customized products; S14. User 1 purchases a customized product and automatically obtains a shared copyright. The system operator releases the design plan to the brand owner, OEM factory, and brand production factory for production. The system operator provides the product to User 1 in accordance with the agreed method. S15, repeating step S14 until the Nth user purchases the Nth customized product and automatically obtains the Nth shared copyright; S16. The digital copyright rights holder agreed by the system obtains capital gains from the sale of N shared copyrights; the digital copyright rights holder includes the system operator, brand owner, user 1 to user N, or a combination of the system operator, brand owner, user 1 to user N; S17. When the N+1th user purchases the N+1th customized product, he cannot obtain the shared copyright and needs to pay the copyright usage fee for the customized product; S18. After selling N products, the system will automatically return all profit generated from the use of shared copyrights after N products to the first N users in accordance with the copyright agreed revenue method, forming positive interest feedback and a virtuous circle.

2. The shared copyright creative design platform system according to claim 1 is characterized in that: The design platform system uses intelligent terminals as carriers, and the intelligent terminals are smart phones, tablet computers, laptops, computers or cloud computers; the design platform system is expressed in the form of applications, APPs, software or websites on the intelligent terminals.

3. The shared copyright creative design platform system according to claim 1 is characterized in that: The system agreement refers to the rules that the system operator uses to constrain the commercial or public welfare behaviors of all N users participating in the design.

4. The device of the shared copyright creative design platform system according to any one of claims 1 to 3, characterized in that: The device comprises a system end and a user end, and the system end is connected with the user end.

5. The device of the shared copyright creative design platform system according to claim 4, characterized in that: The system end includes a system memory, a system processor, a system signal transmission unit and a system background processing unit. The system processor is respectively connected to the system memory, the system signal transmission unit and the system background processing unit. The system signal transmission unit is respectively connected to the system background processing unit and the user end, and the system background processing unit is connected to the system memory; the user end includes an intelligent sensor unit, an input unit, an output unit, a human-computer interaction unit and an authentication unit; the human-computer interaction unit is respectively connected to the input unit, the output unit, the intelligent sensor unit, and the authentication unit; the intelligent sensor unit is respectively connected to the output unit and the input unit; the intelligent sensor unit, the input unit, the output unit, the human-computer interaction unit, and the authentication unit are respectively connected to the system signal transmission unit.

6. The device of the shared copyright creative design platform system according to claim 5, characterized in that: The intelligent sensor unit includes an acoustic sensor, an optical sensor, a touch sensor, a visual sensor, an olfactory sensor, a high-energy ion sensor and a radiation sensor. The intelligent sensor unit is used for inputting, outputting, sending, receiving, calculating and simulating perceptible Perceptual signals of process submodules; The human-computer interaction unit includes a touch screen, a digital tablet, a hand-drawn tablet, a mouse, a keyboard, a wearable device, a wearable sensor, a laser sensor and a microphone. The human-computer interaction unit is a device unit used to achieve mutual recognition, command operation and perception between the user and the computer; The input unit is a functional unit capable of digitizing real information; the input unit includes a 3D scanning optical input unit; The system background processing unit is the final execution unit for information processing and program running; The system signal transmission unit is a transmission path for photoelectric signals and chemical signals; The output unit includes a 3D printer, a 3D display, an AR device, a VR device, an MR device, an optoelectronic display, a simulator, Camera, camera head and speaker. The output unit is a device unit that models, structures, and virtually presents or outputs the design plan; The authentication unit is a device used to perform identity authentication and identification on a design subject or user.

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