34results about How to "Improve R&D Capabilities" patented technology

The invention discloses a visualization cooperative sharing method for simulation data in network environment, belonging to the technical field of data visualization for simulation data network communication. The method is characterized in that a simulation data visualization processing module is created at the server side to provide users a parameter submission interface and a processing engine, thus realizing visualization processing the simulation data document according to the necessary parameters, and a simulation data cooperative sharing module is created to provide users a public virtual environment, thus realizing a remote simultaneous display; a common browser is used at client side to provide an operating interface and the visualization parameters are sent to the business logic class in the visualization processing module for visual processing through the parameter submission interface and the processing result is cooperative displayed and annotated in an end to end model between client sides and between the client side and the server. The invention fills in the blank of simulation data visualization and cooperative sharing in network environment.

The invention relates to a blade body sectional surface design method for a die forging blade. The blade body sectional surface design of the die forging blade is carried out according to the following requirements that: (1) firstly, a mathematical model of a blade body sectional surface line is built according to the coordinate values of the blade part blade body sectional surface points; (2) the inscribed circle of the air inlet and exhaust edges of the blade body is obtained according to the mathematical model; (3) the edge radius or the sectional line is optimized so that the sectional surface is precise and smooth; and (4) a blade forging element mathematical model is built on the basis, and in addition, the allowance increase is carried out. The method has the advantages that the design process is simple, the parametric design can be realized, the blade body sectional surface is smooth, the design model precision is high, and the like. The fast conversion and output process of the process files or parts, forging elements and the like can be realized, simultaneously, the resource sharing and the digital manufacture can be simultaneously realized, the design and manufacture period can be greatly shortened, the development process is accelerated, and the production efficiency is improved.

The invention discloses a method for enabling a power temperature control function by sending an instruction on the ground. The method comprises the steps: enabling a satellite to autonomously carry out periodic power temperature control management; enabling an on-board computer to set a power temperature control target value, and then count the opening or closing states of all the active thermalcontrol mechanisms incorporating the management object at the moment tx, and obtain the power, temperature control threshold upper and lower limits and temperature control point temperature of all thethermal control mechanisms which are powered on and started; setting the power of the i-th path of started thermal control mechanism at the tx moment as Qi, counting the sum of the thermal control power of m paths of thermal control mechanisms which are in a starting state at the tx moment, and comparing the sum with a power temperature control target value; starting or stopping an active thermalcontrol mechanism according to the comparison result, so that the thermal control power sum is equal to the power temperature control target value as much as possible; therefore, the problem of long-term large-range fluctuation of the satellite thermal control total power is solved, and the overall energy consumption of the satellite thermal control system can be reduced so as to meet the development requirement of the low-energy-consumption thermal control technology.

The invention relates to a remote collaboration technology, in particular to a remote collaboration method of a product design model. By means of a virtual reality technology and a network communication technology, three-dimensional model operations are synchronized in different places through a message distribution mode. The method is characterized in that a remote communication calculating unitand a main communication calculating unit linked with each other by a public network are included, wherein remote product design models are collaborated by the public network. In the invention, a collaboration environment that can be mutually experienced by all participants is constructed by using integrated virtual reality simulation software, a three-dimensional CAD (Computer Aided Design) model is converted through a model conversion technology from a common format to a model format that can be supported by a system and message distribution is completed by a windows network communication, thus the remote collaboration method of the product design model of remote synchronization of the three-dimensional model operationsis realized.

A fast mould-making method based on CAD/CAE/CAM for the ceramic closet includes such steps as CAD and CAE of product, CAD for the gypsum mould of product, CAM of said gypsum mould, casting the pottery blank of product, calcining product, testing its water flushing performance, modifying the gypsum mould, copying resin mould, and copying gypsum moulds.

The invention provides a method for producing acetone and butanol by co-fermenting cellobiose, pentaglucose and hexose, which comprises the following steps: adding water, or supplementally adding pentaglucose and hexose, or supplementally adding starch materials into a hydrolysate, which is obtained by hydrolyzing straw and other lignocellulose materials, according to the total saccharide content in the hydrolysate to regulate the total saccharide content to 30-90g/L; after adding a nitrogen source or phosphorus source, regulating the pH value to 4.5-8.0, and sterilizing the materials by boiling to obtain boiled fermented liquor; cooling the boiled fermented liquor to 42 DEG C or below, inoculating the strain, and fermenting; and filtering the fermentation liquor, distilling, and rectifying to obtain the final products acetone, butanol and ethanol. The invention solves the technical problem in producing acetone and butanol by co-fermenting cellobiose, pentaglucose and hexose in a hydrolysate obtained by hydrolyzing lignocellulose, effectively enhances the conversion rate of saccharides obtained by hydrolyzing lignocellulose, increases the yield of the products acetone and butanol, and can lower the cost for producing acetone and butanol from straw to a large degree.

The embodiment of the invention discloses a product analysis method and device, computer equipment and a storage medium, and the method comprises the steps: obtaining user data for a product, and storing the obtained user data in a preset database; extracting user data in the preset database and determining feature information of the user data; classifying the determined feature information, and converting the classified feature information into feature vectors; the classified feature vectors serve as training data, and a preset naive Bayes classification algorithm model is used for training to obtain a model base; and obtaining specified user data input by a specified user, and inputting the specified user data into the naive Bayes classification algorithm model library to obtain a matching result of a specified product. According to the embodiment of the invention, the performance of the product in the market can be predicted in advance, and the research and development capability ofnew products or potential products is improved, so that the profits of enterprises are increased.

The invention discloses a thrombolytic efficacy evaluation method based on a two-photon microscope technology. The thrombolytic efficacy evaluation method comprises the following steps: (1) establishing a cerebral thrombosis animal model of a living animal in a waking state, wherein the cerebral thrombosis animal model comprises an arterial thrombosis model and a venous thrombosis model; (2) carrying out fluorescence labeling on a thrombolytic drug by adopting fluorescein isothiocyanate to obtain a fluorescein isothiocyanate labeled thrombolytic drug; (3) injecting the fluorescein isothiocyanate labeled thrombolytic drug into the caudal vein of the cerebral thrombosis animal model; (4) detecting hemodynamics and vascular morphological changes after thrombolytic drug treatment, and observing changes of blood oxygen pressure after thrombolytic drug treatment; (5) observing the change of the cerebral infarction area after thrombolytic drug treatment, and judging the cerebral area range affected by thrombus; and (6) judging the efficacy of the thrombolytic drug according to the result. The method has the characteristic that the efficacy of the thrombolytic drug can be directly evaluated.

The invention discloses a screening method for differentially expressed proteins of heterotopic-pregnancy and non-pregnancy decidua tissue. The method is characterized by comprising the following steps: carrying out proteomics analysis to discover specific proteins and differential proteins of heterotopic-pregnancy and non-pregnancy decidua tissue; subjecting the specific proteins and differential proteins to separation and purification; and using the purified specific proteins and differential proteins as special biological markers for discrimination of intrauterine and extrauterine pregnancy. After pregnancy, specific proteins can be synthesized in the bodies of both a mother and a fetus. Detection of the specific proteins with different methods is beneficial for diagnosis of pregnancy. Searching for a special marker for pregnancy, especially for distinguishing intrauterine and extrauterine pregnancy, is of critical significance to determination of clinical medical liabilities and medical jurisprudence and is a great breakthrough to the basic theory of medical science.

The invention relates to a method for constructing a relationship between a chest gathering effect and bra pressure comfort. The method comprises the following steps: determining an experimental modeland an experimental sample coat; designing a bra pressure comfort experiment; designing a bra gathering effect experiment; carrying out correlation analysis on the bra pressure comfort and the gathering effect according to a bra pressure comfort experiment result and a bra gathering effect experiment result; and constructing a relationship between the obtained overall comfort value and the gathering effect value by using an SPSS regression model to obtain a regression model. According to the invention, consumers can be guided to reasonably buy bras according to aesthetic and comfort requirements of themselves, and enterprise researchers can be guided to correctly understand the relationship between the pressure comfort and the gathering effect, so that the bras are correctly designed andthe quality of the bras is improved.

The invention discloses a combined synchronous generator base. The combined synchronous generator base comprises a front base, a middle base and a rear base; the front base comprises two front end plates, a front shell and two front bottom foot plates, the two sides of the lower ends of the front end plates extend outwards to form front supporting lug plates respectively, and the two front bottomfoot plates are fixed to the lower sides of the corresponding front supporting lug plates respectively; the middle base comprises two middle end plates and a cylinder, and a plurality of ribs are uniformly and fixedly arranged on the inner wall of the cylinder at intervals; and the rear base comprises two rear end plates, a rear shell and two rear bottom foot plates, the two sides of the lower endof each rear end plate extend outwards to form rear supporting lug plates respectively, and the two rear bottom foot plates are fixed to the lower sides of the corresponding rear supporting lug plates respectively. The combined synchronous generator base is simple in structure and convenient to install, the three bases can be assembled after being machined at the same time, machining can be completed through existing equipment without purchasing large equipment even for a high-power generator, machining is quite convenient, the machining period is short, the cost is greatly saved, and the research and development capacity of a company is improved.

The invention discloses a bottle embryo glue melting injection molding process. The process comprises the following steps: step I, preparing a processing site and an injection molding machine, whereinthe humidity of the processing site is below 35%; step II, preparing a raw material which is a PET raw material, and drying the PET raw material to enable the moisture content thereof to be 0.03% orbelow, wherein, the temperature is between 150 DEG C and 165 DEG C during drying, and drying time is more than 6 hours; step III, putting the raw material into the injection molding machine to carry out glue melting and injection molding, wherein the glue melting temperature in the injection molding machine is 258-262 DEG C, the glue melting revolving speed is 150-160rpm, the glue melting pressureis 50-60bar, the injection molding cycle is 29-30s, and the cooling time is 8-9s; and step IV, taking out a bottle embryo by using a mechanical arm after completing mold injection. By new methods such as adjusting the processing site environment and improving the injection molding process, based on adopting a common injection molding machine, the intrinsic viscosity of a CSD bottle embryo is 0.80dL/g or above, so that the embryo supplying range of a corporate is enlarged, and the research and development capacity of the corporate is increased.

The invention discloses an atomic component of an organic compound molecular model. The atomic component is an assembly structure with a macroscopic concrete solid form, wherein the assembly structureis manufactured on the basis of a shape of a known form deduced by combining an octangle electron stable structure of a main group atom of an organic compound in an actual state and a hybrid orbit theory according to an actual atom and orbit size amplification design. The atomic component comprises an atomic solid and chemical bonds; the chemical bonds are manufactured and formed by distributingto the distance positions of all atoms to be cut off with the bond length parameters of the molecular group connection chemical bonds as the benchmark and through macroscopic concrete design; atoms are used for indicating the intensity of positive charges. According to the invention, besides single bonds, double bonds and triple bonds, forms of lone pair electrons and multi-center multi-electron delocalization bonds in the atoms can be displayed, interaction between atoms and molecules, steric hindrance, energy barrier and functional group distribution of the whole molecules can be visually displayed, the atomic component is more convenient for users to understand, and the guidance of the model is improved.

The invention relates to a formula for white coffee and a preparation method thereof. The formula for white coffee comprises KK520 non-dairy powder, hydrogenated coconut oil, drinking emulgator, concentrated whey protein powder, phosphate, MS08 ground coffee, MS12 ground coffee, MS82 ground coffee, drinking salt and ethyl maltol. The invention also discloses the preparation method thereof. The white coffee according to the invention is free from caramel flavor, tastes fragrant and mellow, is low in caffeine content, does not cause endogenous fire, is harmless to stomach and contains no coffeeessence; the sugar-free trans-fatty acid white coffee is ground; the content of trans-fatty acids of the end product is below 0.2g/100g; the white coffee has a refreshing effect; the end product contains free fatty acid and nicotinic acid, is capable of reducing blood fat and cholesterol, is beneficial to cardiovascular patients and brain workers and meets the requirements of people for healthy diet; the preparation method is simple, the condition is mild, no special device is required and the white coffee can be easily industrialized.

The embodiment of the invention relates to the technical field of testing, in particular to a helicopter hydraulic energy simulation testing platform, which adopts a semi-physical simulation method to carry out simulation testing on hydraulic energy, and a hydraulic energy system constructs equivalent loads for a real object and a hydraulic user system. Load flow and pressure of the hydraulic subsystem during execution of an action task are simulated, an execution component and a control strategy of the action task are replaced by a simulation model, the simulation model and a simulation load are organically combined to form a real-time simulation closed-loop system, test research on a helicopter hydraulic energy system is realized, peripheral working conditions of a helicopter hydraulic energy system which cannot be built in a laboratory are simulated by using a simulation model, so that the problems of low full-digital simulation confidence coefficient, incapability of meeting the development requirements of light weight, intelligence, high maintainability and high reliability of helicopter hydraulic energy, complete physical verification test, high test cost and long test period, and an optimization iteration test is inconvenient to carry out are solved.

The invention discloses a natural language processing technology research and development method based on a graph theory, and the research method comprises the following steps: 1, storing a natural conversation through a graph database according to a Chinese character sequence, and instantly forming character association statistics of an N-Gram model; 2, conversation sentences are processed according to a sentence segmentation rule, a connection chain of characters is formed, when the class of data reaches a certain magnitude, the occurrence frequency of adjacent Chinese characters on the same chain is counted, and N-Gram data is formed; and 3, forming a pyramid structure from Chinese characters to words to phrases to sentences based on the rules, tightly binding the rules and Chinese character data, forming a processing method of data, namely a processing unit, through a graph theory method, and carrying out intervention calibration on the formed rules through a semi-supervised learning method. By means of the mode, the relation between the elements of the natural language can be extracted more quickly and more visually, and the extracted natural language rule is more accurate, more concise and easier to maintain.

The invention discloses a unified modeling method and system supporting reactor core multi-specialty computing software. The method comprises the steps that standardization processing is conducted on reactor core data; according to the reference relationship between the reactor core data and each software calculation model, association synchronization is performed on the standardized data and each software calculation model, and based on association synchronization, association data information between the standardized data and the software calculation models is obtained; data information needed by reactor core calculation software corresponding to any software calculation model is obtained from the standardized data, an input file of the software calculation model in the reactor core calculation software is formed, the reactor core calculation software executes calculation according to the input file, and the real-time state of reactor core calculation software operation calculation is synchronously displayed. According to the method, unified centralized management and unified centralized visual display of various software calculation models are realized, the modeling accuracy and modeling efficiency of the reactor core calculation model are improved, and the development efficiency of a nuclear reactor is further improved.

The invention provides a vehicle coasting resistance decomposition test method for a passenger vehicle. The method includes the following steps of: A, vehicle and transmission system parameter preparation; step B, road coasting testing; step C, chassis dynamometer testing; step D, 4-wheel-drive five-motor testing; and step E, two-wheel-drive three-motor testing. The step D further includes the following steps that: step d1, the rolling resistance of tires is calculated according to test results of the step C and the step D; and step d2, brake caliper drag force and wheel hub bearing force testing is performed. The vehicle coasting resistance decomposition test method for the passenger vehicle of the invention can be applied to the research and development verification of a vehicle including the resistance comparative analysis of quality competing vehicle models, the resistance decomposition and transmission system part selection of development vehicle models and the resistance test aswell as optimization and improvement of mass-produced vehicle models. The method has the advantages of high universality, high accuracy, high repeatability and high interchangeability, and can meet the requirements of the resistance test of a transmission system.

The invention discloses an energy consumption measuring system for an electric vehicle. The energy consumption measuring system for the electric vehicle comprises a battery measuring module, a vehicleweight module, a motor measuring module, a motor controller measuring module, a VCU measuring module and a calculating module, wherein, the battery measuring module is used for measuring current andvoltage at the output end of a battery, the motor measuring module is used for measuring the current and the voltage at the input end of a motor, the motor controller measuring module is used for measuring the current and the voltage at the input end of an electric motor controller, the VCU measuring module is used for measuring rotating speed and torque of the motor when driving, the vehicle weight module is used for simulating the measurement results of the battery measuring module, the motor measuring module, the motor controller measuring module and the VCU measuring module by carrying outweight balancing at different positions of the vehicle. The energy consumption measuring system and measuring method for the electric vehicle are closer to the actual use state of the electric vehicle, so as to make a more effective analysis on energy consumption and the efficiency of the whole vehicle of the electric vehicle and ensure that the data accuracy and authenticity of the measurement system.

The invention is applicable to the field of computers, and provides a power construction industry information interaction system, which is characterized in that an enterprise information acquisition module is arranged in the system and used for acquiring real-time dynamic information of each enterprise, and information of more power enterprises with strength is stored for calling at any time; the bid invitation project acquisition module is used for acquiring power construction bid invitation projects published by a cloud network and acquiring various power construction bid invitation information published on the market in real time; and a bid invitation project analysis module, an enterprise collection module, a project amount sending module, a claim information receiving module and a distribution scheme output module are also arranged, so that the acquired bid invitation information can be sent to each small-sized power enterprise, a plurality of small-sized power enterprises are integrated, resources are integrated, and the efficiency is improved. According to the invention, a plurality of small power enterprises can jointly undertake a large project, so that the pressure of the large and powerful enterprises can be conveniently reduced, the construction of the power industry is promoted, and the cultivation of more power enterprises with strength is facilitated.