CN112070594A - Shared copyright-based elastic manufacturing system, operation method and device for footwear products - Google Patents
Shared copyright-based elastic manufacturing system, operation method and device for footwear products Download PDFInfo
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Abstract
The invention provides a shoe product elastic manufacturing system based on shared copyright, an operation method and a device, which are used for solving the technical problem of high manufacturing cost and design cost caused by high individuation degree of shoe products. The system comprises a cloud server integration module, a visual design integration module, a sharing copyright integration module, an information exchange transmission integration module and an elastic manufacturing integration module; the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module are all connected with the elastic manufacturing integration module through the cloud server integration module; the information exchange and transmission integrated module is respectively connected with the visual design integrated module and the sharing copyright integrated module; the visual design integration module is connected with the sharing copyright integration module. The invention integrates the design scheme of the user, so that more users can participate in the personalized customization of the footwear product, the shared copyright benefit is obtained, and the manufacturing design cost is reduced.
Description
Technical Field
The invention relates to the technical field of elastic manufacturing of footwear products, in particular to a system, an operation method and a device for elastic manufacturing of footwear products based on shared copyright.
Background
The design, manufacture, sale and other links of the traditional manufacturing industry generally do not have the participation of consumers, the understanding ways of the demands of the consumers are few, the product development cost is high, and the risk of inventory exists. In recent years, shoe products in clothing and apparel products are gradually changed into customized production from large-scale batch production as products with higher personalized degree. However, the increased manufacturing cost and design cost also make the terminal expensive and difficult to popularize on a large scale.
Chinese patent CN104520920A discloses a customized design of an article of footwear, comprising the following steps: the method includes providing a customer with a preselected set of graphics, allowing the customer to select a set of input graphics, and generating a set of morphed graphics based on the set of input graphics. The user may select and apply the morphed graphic to the item. The method may further include the step of limiting the number of times the customized graphic may be selected and applied to the article. The scheme has the following defects: first, the customer can only make design changes to the product at the time of customization, and the goods object often has visual errors or comprehension differences from the design pattern. The existing factory needs to sample and confirm when manufacturing bulk goods, but in the field of personalized customization, because goods are generally unique personalized customized products, sampling and confirmation are impossible. Secondly, the purchase quantity of a single order of a customer is generally small, the order quantity of different orders is large, and the confirmation of each order of each customer also has the problems of large workload, high production cost and the like. Thirdly, the client does not know the production process, production materials and the like of the product, and only selects in the customization system, so that the scheme required by the client cannot be intuitively selected from the customization system, and the client is easy to waste property and social resources after receiving goods and determining the goods. Fourth, the existing size specifications are suitable for all customer groups, but due to the fact that the foot types of customers are different, the customers can be more suitable for specific customers by filling a little and changing the position material, but due to insufficient information collection, the customers can choose a lot of shoes, and the shoes which are really suitable for the customers are difficult to pick.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a shoe product elastic manufacturing system based on shared copyright, an operation method and a device, which solve the technical problem of high manufacturing cost and design cost caused by high individuation degree of the shoe product.
The technical scheme of the invention is realized as follows:
a method of operating a system for flexible manufacturing of shared-rights-based footwear products, comprising the steps of:
the method comprises the following steps: a contract relation is formed between a system operator and a brand provider, the brand provider provides basic footwear structure styles aiming at different foot shapes, and publishes design elements and design rules aiming at the basic footwear styles on an elastic manufacturing system, wherein the basic footwear styles comprise the shapes of shoes and the structures of the shoes, the design elements comprise colors and materials, and the design rules comprise collocation modes and region selection designs;
step two: the method comprises the following steps that a user 1 inputs 3D structure data of feet into an elastic manufacturing system, a visual design integration module quickly adapts the 3D structure data of the feet to a basic style, and a product planning design scheme is formed through a real-time display and design function, a performance perception sensing function and an artificial intelligence auxiliary aesthetic perception design function;
step three: the product drawing design scheme forms a final design scheme after artificial intelligence prejudgment of a cloud server integration module or feasibility confirmation of a brand merchant; the final design scheme forms digital copyright and digital copyright rights through a shared copyright integrated module, and monetizes the digital copyright; the system operator, the brand owner and the user 1 respectively share the digital copyright rights and interests of a%, b% and c%, wherein a + b + c is 100;
step four: the system operator divides the digital copyright into N shares copyright through the share copyright integrated module, the N shares copyright and N shoes products are associated one by one, the user can purchase the share copyright associated with the shoes products while purchasing the first N shoes products, the product price Q is the brand manufacturer production operation payment Q1+ system operator service payment Q2+ shared copyright purchase payment Q3；
Step five: after the transaction is successful, the final design scheme is issued to the elastic manufacturing integration module through the cloud server integration module for production;
step six: user 1 obtains Q for each product sold in the first N footwear products3C% monetary gain of shared copyright equity, brand trader obtaining Q3B% monetary gain of shared copyright rights, the system operator obtains Q3A% monetary gain sharing copyright equity;
step seven: after selling N pieces of footwear, the user who obtains the rights and interests of the N pieces of shared copyright will automatically obtain a profit on the shared copyright for the footwear after producing the N pieces of footwear sold using the final design scheme of the shared copyright, the price after the N pieces of footwear being:
step eight: after N shoe products are sold, the shared copyright use income after the N shoe products is automatically returned to the first N shared copyright owner users according to the shared copyright profit mode, and each shared copyright is generated every time one product is sold
The copyright usage profit.
A shoe product elastic manufacturing system based on shared copyright comprises a cloud server integration module, a visual design integration module, a shared copyright integration module, an information exchange and transmission integration module and an elastic manufacturing integration module; the cloud server integration module controls the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module; the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module are all connected with the elastic manufacturing integration module through the cloud server integration module; the information exchange and transmission integrated module is respectively connected with the visual design integrated module and the sharing copyright integrated module; the visual design integration module is connected with the sharing copyright integration module.
The cloud server integration module comprises an operation submodule, a storage submodule and a resource scheduling submodule, and the storage submodule is respectively connected with the operation submodule and the resource scheduling submodule; the cloud server integration module is a functional module for providing operation, storage and resource scheduling for the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module.
The visual design integration module is a functional module for carrying out sensible design and display on a design process or a product and carrying out 3D modeling and structural simulation on the foot of a user;
the information exchange transmission integration module is used for implementing information exchange and transmission among the visual design integration module, the sharing copyright integration module and the cloud server integration module;
the elastic manufacturing integrated module is a functional module for realizing the personalized production and manufacturing of the online design scheme.
The sharing copyright integration module comprises a block chain management submodule, a copyright monetization submodule, a copyright sharing submodule and a copyright profit allocation submodule, and the block chain management submodule is respectively connected with the copyright monetization submodule, the copyright sharing submodule and the copyright profit allocation submodule; the sharing copyright integration module is a functional module for realizing block chain management, copyright evaluation, copyright sharing and copyright profit allocation of digital copyright or sharing copyright.
The perceptive design and display refers to the visualization of clothing products.
A shoe product elastic manufacturing device based on shared copyright comprises a system end and a user end, wherein the system end is connected with the user end;
the system end comprises a system central cloud storage, a system central cloud processor, a system signal transmission unit and a system background processing unit, wherein the system central cloud processor is respectively connected with the system central cloud storage, the system signal transmission unit and the system background processing unit;
the user side comprises an intelligent sensor unit, a 3D structure scanning unit, an output unit, a man-machine interaction unit and an identity authentication unit, the identity authentication unit is respectively connected with the 3D structure scanning unit and the man-machine interaction unit, the man-machine interaction unit is connected with the intelligent sensor unit, the intelligent sensor unit is connected with the output unit, and the output unit is connected with a system signal transmission unit.
The intelligent sensor unit is used for inputting, outputting, sending, receiving, calculating and simulating signals or information of the footwear products;
the human-computer interaction unit is used for realizing a device unit which can be recognized, operated and sensed by a user and a computer;
the signal transmission unit is a transmission channel of photoelectric signals, and a chip for signal conversion and a processor are integrated on the signal transmission unit;
the output unit is an equipment unit for modeling, structuring, virtual reality presentation or output of the design scheme.
The footwear product signal or message includes appearance, structure, material, color, intensity, and odor.
The beneficial effect that this technical scheme can produce:
(1) in the system, common users can carry out creative design on basic design styles provided by brand manufacturers with the assistance of artificial intelligence, the design schemes of the users are subjected to digital copyright, and more users can participate in personalized customization of footwear products and obtain shared copyright benefits through further sharing copyright.
(2) The invention not only can reduce the design cost of elastic manufacturing, but also can embody the intellectual investment of users in the form of digital copyright.
(3) The market risk of individual customized product development can be further reduced by the large-scale aggregation effect of the system of the present invention.
(4) The present invention also provides a manufacturing apparatus that can enhance the real-life experience of the design process through reproduction or simulation of human perception.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a block diagram of the system of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without inventive effort based on the embodiments of the present invention, are within the scope of the present invention.
Embodiment 1, as shown in fig. 1, a system for flexible manufacturing of footwear products based on shared copyrights includes a cloud server integration module, a visual design integration module, a shared copyrights integration module, an information communication transmission integration module, and a flexible manufacturing integration module; the cloud server integration module controls the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module; the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module are all connected with the elastic manufacturing integration module through the cloud server integration module; the information exchange and transmission integrated module is respectively connected with the visual design integrated module and the sharing copyright integrated module; the visual design integration module is connected with the sharing copyright integration module.
The cloud server integration module comprises an operation submodule, a storage submodule and a resource scheduling submodule, and the storage submodule is respectively connected with the operation submodule and the resource scheduling submodule; the cloud server integration module is a functional module for providing operation, storage and resource scheduling for the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module, and has the function of running programs required by other integration modules. The cloud server integration module provides functions including commodity transaction, background management, big data processing and artificial intelligence processing. By implementing the combined function of big data processing and artificial intelligent processing, the functions of judging fashion trends, providing aesthetic preference of users, analyzing market data and providing network data safety supervision and protection are provided; the cloud server integration module provides all regularized and flow functional supports for the system; the commodity transaction sub provides supervision, implementation and safety functions of commodity transaction based on virtual currency or physical currency. Usually, the artificial intelligence submodule is used for realizing the functions of auxiliary intelligent design, aesthetic data mining, copyright monitoring and the like.
The visual design integration module is a functional module for carrying out sensible design and display on a design process or a product; also included are functions for 3D modeling and structural simulation of the user's foot. The perceptive design and display refers to the visualization of clothing products; the visualization includes techniques for visual presentation via commonly used pixilated display techniques, virtual reality display techniques, or a combination thereof. The visual design integration module comprises the following functions or functional modules: the method comprises the steps of structure perspective visualization, appearance modeling visualization, color rendering, material rendering, mechanical analysis, fatigue test simulation and walking gait simulation. The mechanical analysis refers to further stress analysis and comfort analysis of the shoe product through the 3D model of the height, the weight and the foot of the user in combination with the structure and the material of the shoe; the fatigue test simulation refers to the life test of the shoe products, including the breadth of the sole, the upper and the bending which are easy to wear; in some embodiments, the 3D model of the foot can be modeled by artificial intelligence through the user taking photos of the foot from different angles; in some embodiments, the user can take a picture of the whole and local shoes used and upload the pictures to the cloud server integrated module, the cloud server integrated module analyzes the foot stress condition, the walking habit and the power generation habit of the user through artificial intelligence, and the artificial intelligence automatically gives the optimal shoe design structure. The visual design integration module comprises an artificial intelligence auxiliary design mode and an individual design mode; the visual design integration module comprises the implementation of the combination and collocation function of design elements and the provision of a basic design style; the design elements are provided by system operators and brand providers, the design elements are provided by users through online creation, and collocation of any design elements can be fed back in real time through the visual design integration module.
The information exchange transmission integrated module has the characteristics of high flux, high bandwidth and low time delay, and is used for connecting the visual design integrated module, the sharing copyright integrated module and the cloud server integrated module; the system is also used for implementing information exchange and transmission between the visual design integration module and the sharing copyright integration module; and the device can also be used for implementing information exchange and transmission inside each integrated module. The information exchange transmission integrated module also provides signal transmission and exchange of large-scale user-system, user-user, user group-system and system-system.
The elastic manufacturing integrated module is a functional module used for realizing the personalized production and manufacture of the design scheme. The system is characterized in that an integration module is manufactured flexibly, brand merchants, factories, a supply chain, the Internet of things and an intelligent manufacturing chain are organically integrated, and the implementation efficiency is optimized.
The sharing copyright integration module comprises a block chain management submodule, a copyright monetization submodule, a copyright sharing submodule and a copyright profit allocation submodule, and the block chain management submodule is respectively connected with the copyright monetization submodule, the copyright sharing submodule and the copyright profit allocation submodule; the sharing copyright integration module is a functional module for realizing block chain management, copyright monetization, copyright sharing and copyright profit allocation of digital copyright or sharing copyright. The function of the block chain management submodule refers to realizing legalization and traceable identification of the digital copyright through a block chain authentication technology, and also comprises and provides management services of the whole process of original design registration, copyright monitoring, electronic evidence collection and notarization, judicial litigation and the like. The function of the copyright sharing sub-module refers to sharing of ownership, distribution right, earning right and use right of the digital copyright under the agreement of the system.
Example 2, a method of operating a system for flexible manufacturing of footwear products based on copyright sharing, the system for flexible manufacturing being based on a business model of copyright sharing, comprising the steps of:
the method comprises the following steps: a contract relation is formed between a system operator and a brand provider, the brand provider provides basic footwear structure styles aiming at different foot shapes, and publishes design elements and design rules aiming at the basic footwear styles on an elastic manufacturing system, wherein the basic footwear styles comprise the shapes of shoes and the structures of the shoes, the design elements comprise colors and materials, and the design rules comprise collocation modes and region selection designs; examples of applications are: a brand joint development contract relation is formed between a system operator and a brand manufacturer aiming at a pair of shock-absorbing basketball shoes, the brand manufacturer provides 5 basic footwear structure styles aiming at different foot types, the basic footwear structure styles in 5 have almost the same appearance, but fine adjustment and local reinforcement are carried out aiming at the internal structures of the shoes with different foot structures, 10 material design elements, 10 color design elements and 10 local selection area designs are issued in the system aiming at each basic footwear structure style.
Step two: the method comprises the following steps that a user 1 inputs 3D structure data of feet into an elastic manufacturing system, a visual design integration module quickly adapts the 3D structure data of the feet to a basic style, and a product planning design scheme is formed through a real-time display and design function, a performance perception sensing function and an artificial intelligence auxiliary aesthetic perception design function; the method comprises the following steps that a user 1 establishes foot 3D structure data of the user through a 3D scanning device and transmits the data into an elastic manufacturing system, and the optimal basic footwear structure style matched with the user is given through artificial intelligence; the user 1 performs preliminary scheme combination and collocation and performs real-time experience through the real-time display and design functions of the visual design integration module and the related performance perception sensing function; a user 1 obtains an original design scheme; the user 1 combines artificial intelligence to assist in matching and adjusting the color system of the original design scheme, and the style is adjusted to form a product design scheme.
Step three: the product drawing design scheme forms a final design scheme after artificial intelligence prejudgment or feasibility confirmation of brand merchants; the final design scheme forms digital copyright and digital copyright rights through a shared copyright integrated module, and monetizes and evaluates the price of the digital copyright to give a reasonable evaluation price; the system operator, the brand owner and the user 1 respectively share the digital copyright rights and interests of a%, b% and c%, wherein a + b + c is 100; the a, b, c are typically positive numbers or 0, for example in some embodiments: a is 0, b is 60 and c is 40. In the application example, the system operator, the brand owner and the user 1 respectively share the digital copyright rights of 30%, 35% and 35%.
Step four: the system operator divides the digital copyright into N (10) shares copyright through the share copyright integration module, the N shares copyright and N shoes products are associated one by one, the user can purchase the share copyright associated with the shoes products while purchasing the N shoes products, the product price Q is the brand manufacturer production operation payment Q1+ system operator service payment Q2+ shared copyright purchase payment Q3(ii) a Usually brand manufacturers or foundries, with minimum productionThe amount required; system operators can reduce brander inventory risks and further reduce user design cost expenditures through the large mass advantage of thousands of types of products.
Step five: after the transaction is successful, the final design scheme is issued to the elastic manufacturing integration module through the cloud server integration module for production;
step six: user 1 obtains Q for each product sold in the first N footwear products3C% monetary gain of shared copyright equity, brand trader obtaining Q3B% monetary gain of shared copyright rights, the system operator obtains Q3A% monetary gain sharing copyright equity;
step seven: after selling N pieces of footwear, the user who obtains the rights and interests of the N pieces of shared copyright will automatically obtain a profit on the shared copyright for the footwear after producing the N pieces of footwear sold using the final design scheme of the shared copyright, the price after the N pieces of footwear being:
product price Q*The price Q of the product in the fourth step can be the same or different; brand maker production operation payment Q in step four1And
the sizes of the components can be the same or different; system operator service payment Q in step four2And
the sizes of the components can be the same or different; shared copyright purchase payment Q in step four3And
the sizes of the components can be the same or different; the system operator can sell the products in different ways according to the supply and demand relationship, the production efficiency, the design cost and the likeThe price of the selling period is dynamically adjusted.
Step eight: after N shoe products are sold, the shared copyright use income after the N shoe products is automatically returned to the first N shared copyright owner users according to the shared copyright profit mode, and each shared copyright is generated every time one product is sold
The copyright usage profit.
Example 3, a shared-rights based flexible manufacturing apparatus for footwear products, the manufacturing apparatus comprising a system side and a user side, the system side coupled to the user side;
the system end comprises a system central cloud storage, a system central cloud processor, a system signal transmission unit and a system background processing unit, wherein the system central cloud processor is respectively connected with the system central cloud storage, the system signal transmission unit and the system background processing unit;
the intelligent sensor unit is used for inputting, outputting, sending, receiving, calculating and simulating signals or information of all human footwear products which can be sensed through touch, smell, vision and hearing; the intelligent sensor unit can also stimulate the tactile nerves of human skin by simulating a bioelectric current signal, so as to simulate a human tactile perception signal; wherein the footwear product signal or message includes appearance, structure, material, color, intensity, and odor.
The signal transmission unit is a transmission path of photoelectric signals and comprises a lead, a circuit, an optical fiber, an optical path, a light conductor, a circuit, a microcircuit and electromagnetic radiation signals; and a chip for signal conversion and a processor are integrated on the signal transmission unit.
The user side comprises an intelligent sensor unit, a 3D structure scanning unit, a touch sensor, a loudspeaker, an output unit, a man-machine interaction unit and an identity authentication unit, wherein the identity authentication unit is respectively connected with the 3D structure scanning unit and the man-machine interaction unit, the man-machine interaction unit is connected with the intelligent sensor unit, the intelligent sensor unit is connected with the output unit, and the output unit is connected with a system signal transmission unit. The 3D optical scanning input device is used for collecting the stature data of a user.
The human-computer interaction unit is used for realizing a device unit which can be recognized, operated and sensed by a user and a computer; the human-computer interaction unit comprises an input unit and has a signal input function; the human-computer interaction unit generally further comprises a touch and display integrated device, a digital board, a hand-drawing board, a mouse, a keyboard, an AR device, a VR device, an MR device, a camera and a microphone.
The output unit is an equipment unit for modeling, structuring, virtual reality presentation or output of the design scheme. The output unit is generally a device that presents the final effect of a particular design, and includes a 3D printer, a 3D display, an AR device, a VR device, an MR device, an electro-optical display, a simulator, a camera, and a speaker. In some design schemes requiring virtual reality presentation, the output unit is a 3D display, and a user can stereoscopically feel the 3D structure of the design object; in other scenarios where the design is directly output, the output unit is a 3D printer. The touch sensor equipment is used for collecting, identifying and simulating the hand feeling of the material of the shoe product; the hand drawing board is used for rapid product drawing design; the touch and display integrated equipment is used for the user to conveniently operate the personal computer in real time; the VR device, the MR device, the 3D printer device and the loudspeaker are all used as design output devices or process browsing devices of the user side.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (9)
1. A method of operating a system for flexible manufacturing of shared-rights-based footwear products, comprising the steps of:
the method comprises the following steps: a contract relation is formed between a system operator and a brand provider, the brand provider provides basic footwear structure styles aiming at different foot shapes, and publishes design elements and design rules aiming at the basic footwear styles on an elastic manufacturing system, wherein the basic footwear styles comprise the shapes of shoes and the structures of the shoes, the design elements comprise colors and materials, and the design rules comprise collocation modes and region selection designs;
step two: the method comprises the following steps that a user 1 inputs 3D structure data of feet into an elastic manufacturing system, a visual design integration module quickly adapts the 3D structure data of the feet to a basic style, and a product planning design scheme is formed through a real-time display and design function, a performance perception sensing function and an artificial intelligence auxiliary aesthetic perception design function;
step three: the product drawing design scheme forms a final design scheme after artificial intelligence prejudgment of a cloud server integration module or feasibility confirmation of a brand merchant; the final design scheme forms digital copyright and digital copyright rights through a shared copyright integrated module, and monetizes the digital copyright; the system operator, the brand owner and the user 1 respectively share the digital copyright rights and interests of a%, b% and c%, wherein a + b + c is 100;
step four: the system operator divides the digital copyright into N shares copyright through the share copyright integrated module, the N shares copyright and N shoes products are associated one by one, the user can purchase the share copyright associated with the shoes products while purchasing the first N shoes products, the product price Q is the brand manufacturer production operation payment Q1+ system operator service payment Q2+ shared copyright purchase payment Q3；
Step five: after the transaction is successful, the final design scheme is issued to the elastic manufacturing integration module through the cloud server integration module for production;
step six: user 1 obtains Q for each product sold in the first N footwear products3C% monetary gain of shared copyright equity, brand trader obtaining Q3B% monetary gain of shared copyright rights, the system operator obtains Q3A% monetary gain sharing copyright equity;
step seven: after selling N pieces of footwear, the user who obtains the rights and interests of the N pieces of shared copyright will automatically obtain a profit on the shared copyright for the footwear after producing the N pieces of footwear sold using the final design scheme of the shared copyright, the price after the N pieces of footwear being:
step eight: after N shoe products are sold, the shared copyright use income after the N shoe products is automatically returned to the first N shared copyright owner users according to the shared copyright profit mode, and each shared copyright is generated every time one product is sold
The copyright usage profit.
2. A shoe product elastic manufacturing system based on shared copyright is characterized by comprising a cloud server integration module, a visual design integration module, a shared copyright integration module, an information exchange and transmission integration module and an elastic manufacturing integration module; the cloud server integration module controls the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module; the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module are all connected with the elastic manufacturing integration module through the cloud server integration module; the information exchange and transmission integrated module is respectively connected with the visual design integrated module and the sharing copyright integrated module; the visual design integration module is connected with the sharing copyright integration module.
3. The system of claim 2, wherein the cloud server integration module comprises an arithmetic submodule, a storage submodule and a resource scheduling submodule, and the storage submodule is connected with the arithmetic submodule and the resource scheduling submodule respectively; the cloud server integration module is a functional module for providing operation, storage and resource scheduling for the visual design integration module, the sharing copyright integration module and the information exchange transmission integration module.
4. The system for flexible manufacturing of shared rights-based footwear products according to claim 2 or 3, wherein the visual design integration module is a functional module for sensorial design and presentation of design processes or products and 3D modeling and structural simulation of a user's foot;
the information exchange transmission integration module is used for implementing information exchange and transmission among the visual design integration module, the sharing copyright integration module and the cloud server integration module;
the elastic manufacturing integrated module is a functional module for realizing the personalized production and manufacturing of the online design scheme.
5. The system for flexibly manufacturing footwear products based on shared rights according to claim 3, wherein the shared rights integration module comprises a blockchain management submodule, a rights monetization submodule, a rights sharization submodule and a rights profit allocation submodule, and the blockchain management submodule is respectively connected with the rights monetization submodule, the rights sharization submodule and the rights profit allocation submodule; the sharing copyright integration module is a functional module for realizing block chain management, copyright evaluation, copyright sharing and copyright profit allocation of digital copyright or sharing copyright.
6. The system of claim 4, wherein the perceptible design and presentation is a visualization of a clothing product.
7. The apparatus for flexible manufacturing of footwear products according to claim 1 or 2, wherein the apparatus for manufacturing comprises a system end and a user end, the system end being connected to the user end;
the system end comprises a system central cloud storage, a system central cloud processor, a system signal transmission unit and a system background processing unit, wherein the system central cloud processor is respectively connected with the system central cloud storage, the system signal transmission unit and the system background processing unit;
the user side comprises an intelligent sensor unit, a 3D structure scanning unit, an output unit, a man-machine interaction unit and an identity authentication unit, the identity authentication unit is respectively connected with the 3D structure scanning unit and the man-machine interaction unit, the man-machine interaction unit is connected with the intelligent sensor unit, the intelligent sensor unit is connected with the output unit, and the output unit is connected with a system signal transmission unit.
8. The apparatus for flexible manufacturing of footwear products based on shared rights as claimed in claim 7, wherein the smart sensor unit is used for inputting, outputting, sending, receiving, computing and simulating signals or information of footwear products;
the human-computer interaction unit is used for realizing a device unit which can be recognized, operated and sensed by a user and a computer;
the signal transmission unit is a transmission channel of photoelectric signals, and a chip for signal conversion and a processor are integrated on the signal transmission unit;
the output unit is an equipment unit for modeling, structuring, virtual reality presentation or output of the design scheme.
9. The apparatus of claim 8, wherein the footwear product signal or message includes appearance, structure, material, color, intensity, and odor.
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