85 results about "Market oriented" patented technology

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.

A method of automating security risk assessment and management and corrective feedback with a cost-optimized allocation plan is disclosed. The method, operable in a computer system, includes presenting an on-line survey questionnaire and receiving, in response to the on-line survey questionnaire, a user-provided answer. The method further includes extracting data from the computer system and calculating, in response to the user-provided answer and the extracted data, a security risk. The method also includes producing, in response to the security risk, the cost-optimized allocation plan. The data and the user-provided answer are recorded in a data repository. The cost-optimized allocation plan is produced using a game-theoretical approach. The cost-allocation allocation plan includes changes to break even a cost differential of an expected cost of loss (ECL), and further assigns realistic market-oriented mitigation costs to each line of action for the user's computer or system.

The invention provides a novel block chain technology based distributed generation marketization transaction architecture and a design method. The invention applies the block chain technology to the design of the distributed generation marketization transaction architecture and the design of the method to realize decentralized, open, transparent, safe, trustworthy, and traceable market-oriented transaction between users, which solve that defect of developing the direct transaction mode of distributed generation in the aspects of lack of trust and centralization; The invention further providesa specific application mechanism of the block chain technology in the distributed generation metering authentication and the intelligent contract, optimizes the technical effect of the distributed generation marketization trading system and method, and further improves the safety of the system and the method.

The invention provides a power energy volume contract transaction method under a load-grid-source coordinated control mode. The method comprises steps of determining the member scope of a transaction market and the priority of a declared transaction; carrying out a centralized matching (bidding) transaction, determining the matching priority according to the declared power quantity-power price pair of each transaction participation party, carrying out "high-low matching" until validity conditions of matching termination are met, and obtaining the transaction compensation power price and the transaction power quantity of each participation party; determining power energy volume violation examination rules, and carrying out power examination and contract volume examination in contract execution under the load-grid-source coordinated control mode; and carrying out energy charge calculation and payment. The method is advantageous for promoting the enthusiasm of each source-load participation part to carry out the transaction by means of market-oriented means, the transaction mode with the characteristics of "daily electricity measurement monthly settlement" can truly realize the power balance between the new energy power generation and the load electricity, and the method is more able to adapt to the new energy output stochastic volatility, and further enhances the capability of new energy abandoned wind and light energy consumption.

The invention provides a method for preparing selenium-rich dried pork slices by utilizing selenium-rich edible fungus powder, and a dried pork slice leisure nutritional food which is rich in edible fungi and organic selenium can be prepared by performing special fungus powder preparation, pickling with auxiliary materials, three-stage type baking process and other technical processed on biological organic selenium edible fungus fine powder which is prepared by liquid culture preparation through nutrition metabolic biotransformation way of the edible fungi. The method has important practical significance for enriching varieties of the selenium-rich nutritional foods with different commodity varieties on the market and easing the status quo that diet foods of urban and rural residents in China are lack of the selenium. The method is market-oriented, the functional dried pork slice product is developed through the scientific compounding technology according to the principle of nutrition, and the method is in line with the requirements of people on nutrition and health care of the foods. The production process is simple, the operation is convenient, and the requirements of industrialproduction can be met.

The invention discloses a market-oriented electric power management system, the system comprising a data acquisition module, which is used for acquiring electric power production information of a power plant and electric power sales information of a market. The data analysis module analyzes the production cost data according to the current electric power production information, and obtains the predicted value of the electric power production cost under the current electric power production condition; a data application module is used for generating a bidding strategy and a bidding instructionaccording to the production cost data and the predicted value of the data analysis module. The invention also discloses a market-oriented electric power management method. For the situation that the power plant in the power system cannot comprehensively monitor the production information of the power plant and the interests of the power market according to the production information and the marketinformation of the power plant itself, the system and method collects the production information of the power plant in the power production and the market information of the power plant and analyzesand stores the information according to the classification, which can be used to monitor the power production process and market trends comprehensively, so as to maximize the benefits of power sales.

The invention discloses an electricity market subject market-oriented transaction behavior credit evaluation method. The electricity market subject market-oriented transaction behavior credit evaluation method comprises the steps: 1, establishing a credit rating index system; 2, collecting actual transaction historical data of an electricity market, and calculating and correcting each index weightby using a comprehensive weight method; and 3, based on the index weight, establishing an index scoring standard and a credit main scale. The electricity market subject market-oriented transaction behavior credit evaluation method solves the problems that in the prior art, the electricity market transaction credit rating evaluation range is small, and the quantification degree is low, and a market subject credit rating model with more market subjects and more comprehensive evaluation angles is not established, and the main credit of the electricity market cannot be accurately evaluated in real time and the like, can focus on key links of market-oriented transaction behaviors, and can satisfy the requirements for data collection, index quantification and evaluation.

The invention discloses a process for coproducing aromatic oil, asphalt and fuel oil by under-pressure distillation of catalytic oil slurry, which comprises the following steps: storing catalytic oil slurry which is a byproduct of catalytic cracking of heavy oil in a raw material tank, conveying the catalytic oil slurry to a heating furnace by using a pump, heating to 350 to 380 DEG C, allowing the heated catalytic oil slurry to enter a reduced-pressure distillation tower continuously, vacuumizing the reduced-pressure distillation tower to keep the vacuum pressure below 40mmHg, and obtaining fuel oil, aromatic oil and asphalt in turn from the lateral line and tower bottom of distillation tower through continuous reduced-pressure distillation. In the invention, the process flow is short, direct and continuous, the operation conditions are mild and easy to control, the scalability of the yield scale is high, the aromatic oil, fuel oil and asphalt, which have high added value and meet high market-oriented demands, can be coproduced by using rice and accumulated catalytic oil slurry resource, and the comprehensive utilization efficiency of catalytic oil slurry is improved; meanwhile, the coproducing process is free from discharge of harmful gases, the cooling water is circularly utilized and the discharge of waste water is limited.

The invention discloses a three-dimensional (3D) printing device with cooperative parallel multiple nozzles, and relates to the field of 3D printing. The 3D printing device comprises a main body support, a printing platform, a Y-axis screw rod and multiple 3D printing units. Each 3D printing unit is provided with a corresponding installation rack, and a Y-directional movement mechanism, a Z-directional movement mechanism, an X-directional movement mechanism and an extruding mechanism arranged on the installation rack, so that the extruding mechanisms move along a Y axis, a Z axis and an X axis. According to the 3D printing device with the cooperative parallel multiple nozzles provided by the invention, the multiple 3D printing units are adopted to share the Y-axis screw rod and the printing platform, and each 3D printing unit is provided with the Y-directional movement mechanism, the Z-directional movement mechanism, the X-directional movement mechanism and the extruding mechanism which are independent, so that parts can be printed independently or jointly printed regionally. Through simultaneously printing the parts regionally, the forming time of a large-sized parts can be greatly shortened, and the printing efficiency is improved. The 3D printing device is convenient to market-oriented applied, and the development of the FFF 3D printer is accelerated.

The invention discloses a photovoltaic power station efficiency attenuation prediction method. The method comprises the steps that firstly, actually-measured power station operating environment parameters and output power are selected as actually-measured samples; a power station simulation platform is established, the environment parameters of the actually-measured samples are input into the simulation platform, and simulation samples under corresponding environment parameters are obtained; the power of the two sets of samples is regarded as a signal source, an actually-measured power signal and a simulated power signal are denoised, and data obtained after denoising is used for calculating power station output efficiency EFF values at corresponding moments; the obtained EFF value sequence is decomposed through an EMD method, and all the EFF values obtained after decomposition through the EMD method are stored as a historical sequence; sample points are drawn from the historical sequence and input into an efficiency attenuation prediction model, and predicted values are obtained. The method overcomes the defect that through an existing model, photovoltaic power station efficiency attenuation under different outdoor conditions is not predicted sufficiently, and the method is beneficial for market-oriented operation of a photovoltaic power station and further achievement of failure prediction and healthy management technologies of the photovoltaic power station.

The invention discloses a multi-channel high-definition live program forwarding method and system based on a broadcast television network home gateway. The multi-channel high-definition live program forwarding method comprises the following steps: providing a high-definition live program by various market-oriented intelligent terminals such as internet set top boxes, mobile phones, tablet computers, intelligent motors by the broadcast television network home gateway, obtaining data of the live program by virtue of a wired television network according to ID of the live program sent by the intelligent terminals by a live program obtaining module of the home gateway; demodulating and descrambling the received live program data by a demodulating and descrambling module; encrypting the demodulated and descrambled live program data again by an encrypting module; sending the encrypted high-definition live program data and decrypting keys to the intelligent terminals by a live program distributing module; decrypting and playing the encrypted live program data by the intelligent terminals. The multi-channel high-definition live program forwarding method and system can be used for watching different live programs on a plurality of different intelligent terminals.

The invention discloses a technological method for synthesizing a bilobalide B derivative. Under alkaline condition and presence of an organic solvent, a homogeneous catalyst and a compound of X-R1-N (R2)-R3 are added into for reaction to obtain a derivative after the C10 hydroxyl of the bilobalide B is etherified; wherein, X represents halogen, R1, R2 and R3 represent alkane or naphthenic hydrocarbon with 1-8 carbon atoms and decorate the C10 hydroxyl of the bilobalide B. The technological method for synthesizing the bilobalide B derivative of the invention is safe, economical and applicable to industrialized production, thus bring promising prospect to the market-oriented development of the bilobalide B.

The disclosure provides a system and method for building a network platform of knowledge value-realization, wherein the public recognition is obtained for the content rating based on the knowledge published by the user and the user rating is performed based on the user credit system on the website, to form a knowledge ranking list to fully display the user and its contribution to the knowledge content through the public rating; based on the public rating results on a user knowledge display module, the user can refer to and select forms of paying for Q & A such as reward question, invitation to answer and Q & A service to interact with other users, to achieve the market-oriented matchmaking trading and rapid realization of knowledge value.

The invention discloses a symmetrical electrode structure fuel cell prepared from a nanocomposite material. The prepared novel electrolyte material is composed of a samarium-doped cerium oxide-carbonate composite material, and the chemical expression of the material is Ce0.8Sm0.2O1.9-Na2CO3. The solid oxide fuel cell of a symmetrical electrode structure is prepared based on the novel electrolyte material, and an anode and a cathode of the cell are in a symmetrical form. Experiments indicate that the symmetrical electrode structure fuel cell is of full symmetry in structure, and the symmetrical form of the anode and the cathode on two sides of the electrolyte can also be realized in practical application. Experimental results indicate that the electrochemical performance of the symmetrical electrode structure fuel cell prepared from the nanocomposite material disclosed by the invention can be comparable with the performance of a traditional solid oxide fuel cell. Moreover, through the material and structural innovation, the operating temperature of the fuel cell is reduced, so that the technological requirements of sealing are reduced, and the fuel cell has market-oriented prospects.

The invention discloses a display screen control method and a display screen control system of a smart television, wherein the control method comprises the steps of: a step A, dividing a display area of a display screen into several display subareas, thereby obtaining a plurality of display blocks; a step B, through a touch screen connected with the display screen, acquiring focal points of the display blocks which need to be controlled; C, receiving an operation command of a user by the touch screen, and synchronizing the operation content to the display blocks of which the focal points are acquired. According to the method and the system provided by the invention, operations to the display screen of the television is realized through one added touch screen, thus, the user can perform touch operation on one touch screen instead of directly performing operation on an oversized display screen, and such operation is delivered to the display screen, and thus, synchronization is realized; and the method provided by the invention is simple to realize, moreover, is convenient to use and can easily realize large-scale market-oriented application.

The invention relates to a method for increasing the content of mogroside V in the suspension cells of grosvenor momordica fruit. According to the method, a yeast inducer with a concentration of 5 to200 mg/L and methyl jasmonate with a concentration of 50 to 260 mg/L are separately added in the 5th day to the 11th day of a culture period of the suspension cells of grosvenor momordica fruit, so the synthesis rate and yield of mogroside V are increased while the secretion of mogroside II is reduced. The method of the invention is beneficial for the market-oriented mass production and quality control and management of mogroside V.

The invention discloses a preparation method of waste ceramic castable. The preparation method takes industrial waste ceramics as an aggregate material and a powder material, adds the waste ceramics in the formula, and then adjusts the composition of the base materials so as to improve the wear resistance and thermal shock stability of the castable and reduce the cost and the environmental pollution, and the waste ceramic castable has the characteristics of high economic profit and market-oriented properties.

The invention discloses a field breeding method based on an edible fungus substrate for grubs. The method comprises the following steps of (1) screening of an excellent seed source, (2) arrangement ofa breeding site, (3) preparation of a feeding substrate, (4) preparation of a breeding ridged bed, (5) routine management of field breeding, (6) harvesting of breeding products and (7) counting of the survival rate and yield. The method has the advantages that the grubs are ecologically healthy, the operation is simple and convenient, the breeding survival rate is high, the breeding cycle is shorter, breeding feed is waste mushroom residues, materials are locally available, low in cost and easy to obtain, and the cost is low; the development of the high-quality grub breeding industry is promoted, the market-oriented supply capacity of the species is improved, and the medicinal and edible development of the grubs is promoted.

The invention discloses a cooking fume purification integrated cooker all-in-one machine. The cooking fume purification integrated cooker all-in-one machine comprises an integrated cooker body; the integrated cooker body comprises a steam box, a cooking fume extraction system and a control system; the cooking fume extraction system comprises a shell, an axial flow fan arranged in the position, close to the lower end, of the interior of the shell, and a cooking fume exhaust cavity which is arranged on the lower portion of the shell and communicates with the interior of the shell; the upper portion of one side surface of the shell is provided with an air suction opening, the position, corresponding to the air suction opening, of the inner side wall of the shell is provided with an electric blind window, and the interior of the shell is provided with a plurality of air feeding pipes; one ends of the air feeding pipes communicate with the interior of the steam box, and the other ends of the air feeding pipes extend to the position of the axial flow fan; and one side wall of the cooking fume exhaust cavity is provided with a cooking fume exhaust opening. According to the cooking fume purification integrated cooker all-in-one machine, the structural design is reasonable, cleaning is convenient, residual steam in the steam box can be effectively used for cleaning the cooking fume extraction system of the integrated cooker, accordingly, the phenomenon that wasting is caused due to the fact that the residual steam is directly discharged is avoided, and market-oriented application and popularization are facilitated.

The invention discloses a method for processing an unmodeled unit in the process of forecasting a bus load. The method comprises the following steps of: acquiring history output data and history bus load data of the unmodeled unit; adding the history output data of the unmodeled unit into the history load data of a bus to which the unmodeled unit belongs according to the corresponding relation between the unmodeled unit and the bus, and dynamically regenerating real electrical load data for the bus; performing the conventional bus load forecast and calculation to acquire a forecast value of the bus load; acquiring a power generation plan of the unmodeled unit in a day to be forecast from a regional dispatching center; and deducting the power generation plans of all unmodeled units related to the unmodeled unit from the forecast value of the bus load according to the corresponding relation between the unmodeled unit and the bus to which the unmodeled unit belongs so as to acquire the final bus load forecast result. By the method for processing the unmodeled unit in the process of forecasting the bus load, the forecast precision of the bus load can be effectively improved, a foundation is laid for a provincial dispatching center to analyze an operation mode of a daily plan precisely and arrange various plans reasonably, and safety, high quality, economy and market-oriented operation level of a power grid are improved further.