54 results about "Product innovation" patented technology

The invention discloses a method for realizing intelligent operation and precision marketing through big data modeling. The method comprises the following steps of 1, acquiring various data of a product in an APP access process of a user; 2, integrating the various acquired real-time data and offline data by establishing a Hadoop-based big data ecological platform; 3, adopting artificial intelligence, a machine learning algorithm and a probability statistics model, and realizing rapid construction of a marketing model through self-defined model indexes; and 4, completing the configuration of the decision flow and the test engine in the engine system, when the user triggers a certain strategy response rule in the process of using the app, automatically pushing a corresponding operation strategy by the background, and pushing different information by aiming at different users in a personalized manner at the app end. According to the method, the data value is continuously mined from the service demand and the user demand to form the service experience and the data model, data support is provided for operation strategy optimization and product innovation, and the operation cost is saved while the user experience is improved.

The invention relates to the field of product design and discloses a product innovation designing method based on a problem solving process. The method comprises the following steps of: establishing a product designing method knowledge base by using a currently recognized product designing method; assisting the product development by using the problem solving process; stimulating designer creativity by using a cognitive theory, product knowledge and design information; and assisting the designer to finish the product innovation design in the problem solving process. The method has four steps of finding the problem, analyzing the problem, solving the problem and evaluating the solution. Three methods of a product oriented method, a market oriented method and a technology oriented method are adopted in the step of finding the problem. A QFD (Quality Function Deployment) analysis method is adopted in the product oriented method in the step of analyzing the problem; and a problem system modeling method is adopted for the problem oriented conflict. In the problem solving step, a body analysis module is first adopted; and then methods of direct calculation, knowledge guide, thinking guide, group solving, technology guide, heuristic approach and the like are adopted for solving the problem. Therefore, the efficiency and quality are improved in the problem solving process.

The invention provides a motor cloud-design platform. The platform includes a cloud-basis-service subsystem, a development cloud-service subsystem, a motor industry informatization cloud-service subsystem, a design resource library cloud-service subsystem and a motor core design cloud-service subsystem. According to the platform, deficiencies in traditional individual design and motor computer-aided-design software on aspects of interconnection capability, sharing capability, transaction capability, interface capability, internal and external collaboration capability and the like are solved, and industry levels are comprehensively increased on aspects of motor product innovation, design digitalization, intelligent manufacturing, quality technology and the like.

The invention provides a method for organizing and applying design knowledge supporting product innovation, comprising the following steps of (1) dividing the design knowledge supporting the product innovation into principle knowledge, comprehensive knowledge and field knowledge; the comprehensive knowledge and the field knowledge are collectively called design fact knowledge; (2) expressing the design fact knowledge using a physical characteristic layer, expressing the principle knowledge by using an innovation property layer, and expressing the incidence relation between the physical characteristic layer and the innovation property layer using a knowledge semantic layer; (3) constructing an internal semantic network side to organize the principle knowledge; (4) constructing an external knowledge resource network side to organize the design fact knowledge; (5) constructing the relation between the internal semantic network side and the external knowledge resource network side; and (6) constructing a design knowledge base application system facing the product innovation, and providing brand new, tracking and improved three different knowledge application models for product innovation design according to the requirements of design tasks.

The invention discloses a cloud manufacturing service system based on the product life cycle. The cloud manufacturing service system comprises a business negotiation module, a collaborative design and development design module, a sample piece trial-manufacturing module, a checkout detection module, a bulk ordering module, a material purchasing module, a production management module, a sale management module and an after-sales service module. By means of the cloud manufacturing service system, the efficiency and the quality in the product life cycle including research and development design, material purchasing, product production, selling and the like are better improved, management in the product life cycle including product research and development design, material purchasing, product production, selling and the like is specified, the product research and development period is shortened, the operating cost of an enterprise is reduced, improving of the product innovation capability in the manufacturing industry is promoted, the market competitiveness of the manufacturing enterprise is strengthened, and the rapid development of the manufacturing industry in China is pushed.

The invention relates to a cloud manufacturing service system based on industrial cooperation matching and resource sharing services. The system comprises a cooperation flow management module, a priceinquiry and comparison module, a supplier management module, an industrial product / capability management module, an order management module, a contract management module, a contract performing management module, a settlement management module and an evaluation management module. Modern information technologies such as Internet, Internet of Things, cloud computing and big data are applied, a cloudservice platform based on outsourcing matching and resource sharing is established, and full-process service from demand docking, price inquiry and comparison, order placing, contract signing and performance execution to mutual evaluation of two parties is provided for the service demands of manufacturing enterprises; The efficiency and quality of the external coordination and product full-life process are improved, the management of the product full-life process is standardized, the product research and development design period is shortened, the enterprise operation cost is reduced, the product innovation capability of the manufacturing industry is improved, and the market competitiveness of the manufacturing enterprise is enhanced.

This invention relates to one product innovation design system based on QFD and TRIZ, which comprises the following parts: quality match module to convert the customer needs on product into design need to get customer maximum satisfaction; invention resolution theory module to provide detail method for design method; quality chamber structure to reflect the customer need into technique actions to realize quality property improvement and to embody the parts design combined with quality property and parts quality chamber analysis to determine needed parts for technique innovation.

The invention discloses a rapid forming method used for manufacturing silkworm cocooning frames. The method comprises the following steps of a, section information obtaining; b, mold forming; c, mold secondary curing; d, raw material preparing; e, mold closing; f, cooling and mold opening; g, clamping base bonding; h, compression test taking; and I, surface treatment. By means of the rapid forming method, large-batch production of the silkworm cocooning frames can be completed, rapid forming is achieved, the machining efficiency is high, the forming quality is good, the development tendency of rapid upgrading and smaller batching of products is met, and the positive promoting effect on promoting the enterprise product innovation, shortening the new product development period and improving product competitiveness is achieved.

The invention discloses a test method and test instrument for user smell experience in product innovation design expression. By displaying the product innovation design expression on a computer screen, a user observes the product innovation design expression on the screen; when the user wants to experience a smell of a material used in a product design diagram, the user clicks a region of some material in the product innovation design expression diagram displayed on the screen through a mouse, a test system outputs a control signal to a smell generator; the smell generator automatically blows a smell of the material used in a product selected by the user on the screen; and at the same time, a product whole or material smell experience questionnaire window is popped on the screen, the user selects answers according to questions and a test software stores, processes and outputs a user experience test evaluation report, so that a designer can carry out smell experience test on a target user for the smell of the material adopted in the product innovation design expression diagram, in a novel product development conceptual design stage.

The simulating virtual prototype method includes the following steps: installing Solid Works or Inventor software in computer; performing 3D design on the parts constituting the virtual prototype, classifying into standard parts, standard parts, purchased parts and special purchased parts, and establishing part library, standard part library, purchased part library, assembly and prototype assembling system; assembling assemblies, and disassembling assemblies to create stereo exploded view to realize the dynamic simulation of virtual prototype. The present invention combines the 3D CAD technology with designerí»s synthesis, analysis, creative thinking ability and can shorten product developing period, raise performance and quality and lower manufacture cost.

The invention relates to an industrial design product innovation collaborative work service method and system. The present invention provides a set of overall solutions that integrate the project workflow of the industrial design industry, and a multi-functional innovative collaborative work system for the industrial design industry, which overcomes the shortcomings of the traditional online work platform that only adopts weak management for project and work process management . The platform has enhanced workflow control, and user-defined work nodes to flexibly control project progress and periodic review. The existing independent working mode of online work has been changed, the concept of team management has been emphasized, and the team has been promoted to work collaboratively on the platform. At the same time, it integrates the teaching concept of industry practice, so that newcomers in the industrial design industry can learn the practical operation process of the industry through the use of the work platform, so as to achieve the real effect of project-based industry-university-research.

The invention discloses a food product innovation data analysis network platform. The platform comprises an expert system module, a sensory index evaluation module, an e-commerce platform module and a database and data analysis module. A demander provides product information to the platform, an expert system sets sensory evaluation items and standards according to the product information, and consumers purchase products through the e-commerce platform module and perform sensory evaluation. The sensory index evaluation module collects sensory index data and market sales data in real time to establish a data base which is then stored into the database and data analysis module, and product continuous improvement or re-innovation schemes are made through the expert system module and provided for the demander. The food product innovation data analysis network platform has advantages that product related data such as consumer sensory index evaluation data and market sales data are acquired in real time after marketing, and the database is established and data analysis is performed to provide data support for enterprises to carry out product innovation and marketing plan adjustment.

The invention discloses an intelligent camera anti-channel conflict system. The intelligent camera anti-channel conflict system is characterized by comprising a channel conflict automatic early warning system, and an agent management system, an anti-channel conflict identification system, a channel conflict error correcting system, a channel conflict appealing system and a channel conflict statistics system connected with the channel conflict automatic early warning system. The intelligent camera anti-channel conflict system has the beneficial effects that the structure is simple and the use is convenient; the "channel conflict" problem troubling an enterprise is solved radically, and channel transparency is realized; decision makers of the enterprise can master every sales link and dealer information of own products; and scientific management of enterprise managers and acceptance or rejection of product innovation measures and various sale-on-commission links are ensured.

The invention provides an FBAS function model for product conceptual design and a product conceptual design method based on the function model and gene expression, and aims at solving the problems of low structure scheme feasibility, long design period and high cost caused by fuzzy and incomplete design information in traditional conceptual design. The method comprises the following steps: analyzing forward product design process from top to bottom to build a function expansion model on the basis of function, behavior, attribute and structure; then performing analog on biological genes, and proposing a concept, a model and a coding method of a product gene; and then performing the product conceptual design through operations such as product gene crossing, combining, transcription and translation. According to the method, the key information in the conceptual design is defined through the product genes; the genes are crossed and combined to obtain more gene forms corresponding to various function units; the genes are subjected to transcription and translation, thus more design scheme feasible solutions can be obtained, and more selection space is provided to the product creation design, and as a result, the product innovation can be effectively improved.

The present invention provides a power data management method, platform and device. The method comprises that: a data layer determines power data according to the obtained power generation information, and writes the power data into the blockchain, wherein each node in a blockchain network comprises members in an application management layer, and the data layer; the data layer sends the power datato regulatory members in the application management layer, so that the regulatory members determine subsidy distribution information according to the power data, and broadcast the subsidy distribution information to the blockchain network, and then each node in the blockchain network confirms the subsidy distribution information. According to the technical scheme of the present invention, power data is stored based on the blockchain technology, so that it can be ensured that the power data cannot be falsified; whether the subsidy distribution information is legal can be determined through theblockchain technology, so that the subsidy can be distributed based on the real power data; and the subsidy fund can be actually distributed to enterprises that meet the subsidy policy, and massive loss of funds used by our state to encourage enterprises to conduct market researches and product innovation can be avoided.

The invention discloses a product innovation method based on internet big data. The product innovation method comprises the steps of innovation demand starting, market present situation analysis, consumer demand analysis and determination of the product innovation feasible degree. Market opportunity points are acquired by analyzing the market present situation, then the consumer pain points and unmet demands are mined by analyzing the consumer demands, and then the binding point between the market opportunity points and the consumer demands is searched by further combining the two analysis results so as to find the direction of innovation. According to the method, the massive internet data are comprehensively analyzed and utilized so that the public demands can be better met, the direction of product innovation is enabled to have market value, the resource cost is greatly saved, and enterprise policymakers are assisted to quickly find the innovation opportunity points and verify the concept of innovation.

The invention proposes a fatigue testing machine for a gear shift fork, and the machine comprises a substrate. The substrate is provided with a transmission mechanism, a testing mechanism, a loading braking mechanism, and a position adjustment mechanism. The transmission mechanism comprises a motor and a speed reducer, wherein the motor is connected with the speed reducer. The testing mechanism consists of a transmission box part and a shift fork testing part. The transmission box part comprises a synchronizer and a box body, wherein the synchronizer is fixed in the box body, and is connected with the speed reducer. The shift fork testing part comprises a shift fork shaft, an operating rod, a cylinder, and a cross beam, wherein the shift fork shaft is fixed at the lower part of the cross beam. The cylinder is fixed at the upper part of the cross beam, and the operating rod is connected with the cylinder through a sensor. The other end of the operating rod is provided with a gear shift pointer. The loading braking mechanism comprises a brake which is connected with the synchronizer. The position adjustment mechanism comprises a Z-direction adjustment mechanism and a Y-direction adjustment mechanism. The cross beam is fixed on the Z-direction adjustment mechanism and the Z-direction adjustment mechanism is fixed on the Y-direction adjustment mechanism. The machine is convenient to operate, is reliable in data, is good in universality, reduces the development cost, and prompts the product innovation.

The invention discloses an enterprise Internet-of-Things office all-in-one machine. The machine comprises a communication management module, a natural language interaction module, a checking-in management module, a visitor management module, a display management module, a job application registration management module, an express management module, an anti-theft alarm module and a precise enterprise industry information module. The provided enterprise Internet-of-Things office all-in-one machine is combined with an enterprises cloud server, enterprise electric equipment and anti-theft alarm equipment to form enterprise Internet-of-Things, the electric equipment can be intelligently managed, and the energy waste needing artificial control is eliminated; the all-in-one machine not only improves the checking-in efficiency, reduces the workload of personnel and administration departments, but also can promote product innovation and industrial upgrading, and inhibit excess production capacity; the all-in-one machine achieves paperless office of visitor registration, improves the working benefits of the enterprise, achieves paperless intelligent display of distinguished guest arrival welcoming speeches and enterprise publicity materials, achieves intelligent job application registration management, and achieves express intelligent management of the enterprise.

The invention discloses a service system based on user-customized requirement settlement. The system comprises a user-customized requirement input end, a user customization output end and a user-customized requirement settlement subsystem. The user-customized requirement information is input into the user-customized requirement settlement subsystem through the user-customized requirement input end. The user-customized requirement settlement subsystem obtains a user-customized result according to the user-customized requirement information. The user customization output end outputs the user-customized result. The user-customized requirement settlement subsystem comprises an agricultural open innovation data subsystem, an agricultural customized planting information subsystem and an agricultural service product innovation information subsystem. The service system can comprehensively settle various requirements in the planting process of a planter in a targeted manner and generates a settlement solution, thereby realizing higher requirement settlement speed and higher professional degree.

The invention discloses a product innovation aided design method based on a fuzzy cognitive map, relates to product innovation aided design methods and belongs to the field of product aided design andintelligent manufacture. The invention constructs a functional word bank suitable for the external information source of the auxiliary design based on the actual engineering problem requirements, andconstructs a fuzzy cognitive map according to the influence relationship between the functional words. Finally, the functional vocabulary with high product relevance and creative information requiring to be designed is output through calculation and reasoning of fuzzy cognitive maps; The output function vocabulary is used as auxiliary information for product innovation design. The innovative auxiliary information design enables the designed product to have more functions that meet actual needs, improve the actual use performance and innovation of the designed product, and solve related engineering problems. The present invention is universal, and it is preferable to engineering problems in the field of mechanical design, and is not limited to engineering problems in the field of mechanical design.

The invention discloses a method and a system for innovative design of evolution-driven products, wherein the method adopts a 'structure-function' design process, uses components and variables as genetic information to establish product genes and product genomes, and performs evolution operations in the product genes or between the production genes by adopting five evolution strategies according to certain traversing sequence. Designers adopt a principle in the form of function following according to candidate design plans generated by the operations to inspire and discover functions of the product originalities and find suitable markets to finally design out new creative products according with market requirements. The method for the innovative design of the products can assist the designers to systematically and directively improve the prior products, put forward original product design plans and improve the efficiency and the novelty of the innovative designs before discovering the potential market demands.

The invention provides a metadata analysis processing method and device, and relates to the technical field of big data analysis processing, the method comprises the following steps: collecting metadata in a data source; obtaining a business process, declaring the granularity of the metadata model according to the business process, and constructing a dimension table and a fact table according to the granularity; taking the business process as a modeling driver, and establishing a metadata model according to the metadata, the dimension table and the fact table; and when a data analysis request is obtained, performing data analysis by using the metadata model to obtain an analysis result. According to the method, the metadata model is established by collecting the metadata, the metadata dispersed in a plurality of application systems of an enterprise is managed in a centralized mode, a complete and comprehensive data structure relation is shown for the enterprise, the enterprise is assisted in managing data assets in a centralized and efficient mode, metadata analysis processing of different business requirements can be met, and data values are mined from an analysis result so as to guide business or product innovation and enable enterprise production.

The invention belongs to the field of the helicopter manufacturing, and particularly relates to a cloud manufacturing management system of a helicopter. How to integrate socialized stock resources ina helicopter manufacturing process, improve the resource utilization rate, reduce energy consumption, reduce emission, and realize the service manufacturing has become a problem which needs to be solved urgently in the helicopter manufacturing field in China. The cloud manufacturing management system of the helicopter comprises a manufacturing service providing module, a manufacturing service management module and a manufacturing service using module, wherein the manufacturing service providing module is used for providing an account entrance to each service supplier, and classifying and identifying according to the service content. The service content comprises manufacturing resources and manufacturing capability. Through re-integrating the helicopter manufacturing innovation resources, the quality and efficiency of the helicopter manufacturing product innovation work are improved comprehensively, the tight joining of the scientific research and production is guaranteed, the rapid industrialization of an innovative product is realized, the optimization and upgrade of the helicopter manufacturing industrial structure are promoted, and thereby the competitive power of the helicoptermanufacturing industry in China is improved.

The invention discloses an environment-friendly medium density fiberboard with light calcined powder as filler. The environment-friendly medium density fiberboard comprises, by mass, 70 parts to 80 parts of wood fibers, 10 parts to 12 parts of the light calcined powder, 7 parts to 9 parts of urea resin, 0.8 part to 1.2 parts of paraffin, 0.2 part to 0.3 part of caustic soda flakes, 0.2 part to 0.3 part of formic acid, 0.25 part to 0.3 part of ammonia chloride, 0.15 part to 0.2 part of melamin and 0.05 part to 0.08 part of an assistant; and the light calcined powder is a material obtained by calcining natural magnesite stone at the temperature ranging from 750 DEG C to 1100 DEG C. The environment-friendly medium density fiberboard has the beneficial effects that the use amount of wood is saved, meanwhile, the formaldehyde releasing amount of a high-density fiberboard can be greatly reduced, the environment-friendly performance of the fiberboard can be improved, the production level and the product quality are improved, and meanwhile the technical innovation, the technology innovation and the product innovation of manmade board products are promoted.

The invention relates to a multi-azimuth front-and-back-overprinting digital printing machine electronic eye device. The device comprises a left positioning sliding block, a fixing shaft and a right positioning sliding block, and the left positioning sliding block and the right positioning sliding block are arranged on the fixing shaft in a sleeved mode through corresponding through holes respectively. The left positioning sliding block is installed on a printer through a groove. The upper end face of the right positioning sliding block is provided with an electronic eye containing hole. The electronic eye position of the right positioning sliding block coincides with the position of a mark label by moving the fixing shaft, and the left positioning sliding block and the right positioning sliding block are fastened on the fixing shaft through jackscrews after the electronic eye position of the right positioning sliding block coincides with the position of a mark label. Due to the fact that an external electronic eye is adopted, the electronic eye can rotate by 360 degrees on the fixing shaft, and therefore secondary registration printing of non-transparent materials can be achieved. Meanwhile, product material waste and defective products caused due to the fact that a primary registration position is adjusted are reduced, therefore, the defect of limitation of digital printing equipment is overcome, and the requirements for application ranges and product innovation of printing products are met.

The invention discloses a product innovative design method based on SET and TRIZ. The product innovative design method comprises the following steps of (1) analyzing the overall characteristics and the basic composition structures of existing products; (2) carrying out the customer demand investigation in an SET mode; (3) calculating the customer demand importance degree by using an entropy method; (4) carrying out the SET product opportunity key notch depth analysis; (5) analyzing a contradiction problem by using a TRIZ theory; (6) applying a TRIZ theory to solve the contradiction problem; and (7) proposing a product innovative design scheme. According to the present invention, the SET and TRIZ are combined, the innovative design of products can be completed, the product opportunity gapsare found through user investigation and SET factor analysis, the product opportunity gaps are converted into product design criteria, and the user satisfaction degree is improved; then, the contradiction problems in the discovered product opportunity gaps are described as engineering technical parameters, the contradiction of the problems is solved by utilizing an invention principle in a TRIZ theory, and the product innovative design is completed. The method effectively shortens the product innovative design period and has the relatively stronger operability and universality.

The invention discloses a development method for ensuring user experience quality and product innovative design. The method comprises the steps of investigation, concept definition, interactive design, visual design, technical development, quality guarantee and issue, wherein the steps are iterated and performed according to the actual condition, and user research and usability test traverse the whole process. According to a personalized flow and the method for ensuring the user experience quality, disclosed by the invention, the problems that the user experience quality cannot be controlled and the usability cannot be ensured in the conventional system and the conventional method for designing digital products are solved; by using the flow and the method, a product design team can be ensured to furthest promote the usability and the user experience of the product in the development; and the flow and the method are favorable for product innovation.

The embodiment of the invention discloses a label-based financial product development method and system. The method comprises the steps of obtaining existing financial product information, generatinga label corresponding to the financial product information according to a preset rule, detecting a development instruction of a new financial product, and obtaining a label of an existing financial product of a client; converting the existing financial product label into a label corresponding to a new financial product, encrypting the converted label to generate an electronic token, pushing the electronic token to a service system, generating a corresponding financial product by the service system according to the electronic token, and pushing the corresponding financial product to a client interaction terminal. According to the invention, business rules of products output to clients by banks are sorted, refined and stored. The product business and system rules are stored. Digital markingis carried out on the stored product business and system rules. When brand-new product innovative design is carried out through digital marking, digital marks among different products can be directlycalled and combined to form brand-new financial products, the development period is shortened, and the development efficiency is improved.

The invention discloses a design knowledge fusion reasoning method supporting rapid product innovation, which comprises the following steps: semi-automatically extracting knowledge for product innovation design to realize unified structural representation of the design knowledge; supporting knowledge semantic association calculation of rapid innovative design of a product, and evaluating a generated potential semantic space comprehensively; supporting knowledge hybrid fusion reasoning of rapid innovative design of products. The fusion reasoning method disclosed by the invention can help a designer to quickly discover problem essence in the early stage of product design and accurately define innovative problems and conflicts; knowledge and intelligence support is provided for designers, innovation ideas are expanded, innovation guidance is provided, the designers can find possible innovation design schemes as much as possible, and innovative products can be developed rapidly; the methodplays an important role in improving the knowledge technology content and innovation of products, shortening the research and development period of the products, predicting the future development trend of the products, remarkably enhancing the competitiveness of the products and the like.

The invention discloses an innovative development comprehensive service platform of food enterprises. The platform comprises an innovative platform and a supervision platform. The innovative platform is connected with research and development institutions and production enterprises, wherein profits are earned respectively according to sales quantity and sales amount based on an appointed proportion. The supervision platform shares data with the innovative platform and provides production detection report and food safety information for demanders, i.e., production enterprises, and consumers through detection of a third-party monitoring mechanism. The platform provides common development for 'suppliers' (the research and development institutions) and 'demanders' (the enterprises), and has an important meaning for promotion of 'industry-university-research' cooperation and promotion of 'conversion of industrialization of scientific and technological achievements', and the objectives of promoting innovative development of products of the food enterprises and well satisfying requirements of consumers are achieved.