12results about How to "Speed ​​up the development process" patented technology

The invention belongs to the technical field of material science, and discloses a shape optimization method for a high-temperature alloy disc type pre-forged piece. According to the method, finite element numerical simulation, a support vector machine and a genetic algorithm are combined, a GA-SVR prediction model between an input variable and a target function is established, the optimal value of the target function is predicted, and the optimal geometric parameter combination of the pre-forged piece is obtained. Firstly, the shape of a pre-forged piece is preliminarily designed through experience, then a finite element simulation result is extracted to establish a data set, parameters of a support vector machine model serve as a target function of a genetic algorithm by means of the data set, the parameters of the support vector machine model are optimized by means of the genetic algorithm, and an optimal prediction model is obtained. And for the size parameter combination of the pre-forged piece when the best deformation uniformity evaluation index is obtained, the deformation uniformity of finish forging is effectively improved through global optimization of the genetic algorithm, so that the final performance of the forged piece is improved.

The invention discloses an additive molecule screening design method for optimizing the performance of ester-based insulating oil, and relates to the technical field of electrical insulating materials. The invention provides an additive molecule design method combined with a deep molecule generation model, aiming at solving the problems that the breakdown voltage performance is insufficient due to the fact that ester-based insulating oil is easy to generate rapid streamer under high-strength lightning impulse, and time and labor are consumed when an appropriate additive is found through an experiment. The method comprises the following steps: acquiring molecular data with target electronic attributes; taking the fragment of the molecular structure as the input of the model, and designing a new additive molecular structure by utilizing the molecular generation model; performing molecular screening according to target characteristics; and the performance of the screened molecules is verified through streamer discharge simulation. According to the method, generative design of ester-based insulating oil additive molecules is realized by using the deep autoregressive neural network, the molecular screening efficiency is remarkably improved, and a new technical route is provided for improving the breakdown voltage performance of the ester-based insulating oil.

The invention discloses a self-elevating platform pile pitching operation slippage semi-quantitative judgment method which comprises the following steps: investigating the form of an old pile pit; old pile pit survey parameters are analyzed; a self-elevating platform in-place scheme is designed, and the position of the self-elevating platform is determined; judging the area coincidence ratio of the pile shoe to the old pile pit; analyzing the slope degree of the old pile pit and performing collapse backfilling; analyzing the pile center distance; the comparison value of the pile shoe diameter of the in-place pile pitching self-elevating platform and the old pile pit and the comparison value of the predicted depth and the depth of the old pile pit are determined; analyzing the self-weight and the full-load ballast of the self-elevating platform; analyzing the overall slippage trend of the three piles; forming an instrumentation slip influence factor and slip risk grade table; and a slip semi-quantitative determination result is obtained. The self-elevating platform multi-time pile pitching operation slippage risk judgment, pile pitching operation safety early warning and pile pitching operation plan making are facilitated, the in-place pile pitching operation safety of the self-elevating platform is guaranteed, the slippage risk is reduced to the maximum degree, the safety of large facilities and personnel is guaranteed, and the offshore oilfield development process is promoted.

The application discloses a non-singular fast terminal sliding mode vibration active control method based on a compensation function observer, 1) according to elastic dynamics, a fourth-order modal equation of a four-side fixed support plate structure driven by an electromagnetic inertial actuator is established; 2) in view of external unknown interference and modeling uncertainty existing in the system, a compensation function observer is designed to realize real-time estimation and compensation; 3) a non-singular fast terminal sliding mode surface is constructed, and a sliding mode control law is designed in combination with the observer output, so that the singularity problem of a traditional terminal sliding mode is solved, and the time for system state to reach a balance point is shortened through a fast convergence term; 4) a comparison experiment is designed, and the composite control method designed in the application can significantly reduce the vibration amplitude of the four-side fixed support plate while guaranteeing the finite time stability of the system, and has stronger anti-interference ability and higher vibration suppression precision compared with the traditional sliding mode control.

The utility model relates to injection moulding processing mould technical field especially relates to a kind of injection molding part quick -wired mould. Including: top plate, top block being arranged in the top plate below, intermediate block being arranged in the top block below, several bottom blocks being arranged in the intermediate block below and bottom plate being arranged in the bottom block below, the inside detachable connection of the top block has mould core;The middle part of the top plate is provided with main flow pipeline, and the main flow pipeline is communicated with the mould core. The utility model provides a kind of injection molding part quick -wired mould with the advantages of high work efficiency, good product quality, long service life, low cost, simple structure and easy to disassemble and assemble.

The invention relates to an indole derivative obtained by converting quinoline nitrogen-oxide and a synthesis method thereof. The chemical structural formula of the derivative is as shown in formula 2. The synthesis method comprises the following steps: adding a compound quinoline nitrogen-oxide as shown in a formula 1, dimethyl butynedioate and water serving as reaction raw materials into a 1, 2-dichloroethane solvent, carrying out a first heating and stirring reaction under the catalytic action of diphenyl phosphate, and after TLC monitors that the compound quinoline nitrogen-oxide as shown in the formula 1 is completely converted, carrying out a second heating and stirring reaction; and adding trichloroacetic acid and a dehydrating agent # imgabs0 # molecular sieve, carrying out a second heating and stirring reaction, monitoring the reaction by TLC until the reaction is complete, evaporating out the solvent, and purifying to obtain the product. The method has the advantages of being high in atom economy, mild in reaction condition, green, low in cost, high in conversion rate and the like, meanwhile, the method is a carbon recombination strategy for directly editing a molecular skeleton, and a new thought can be provided for later design optimization of drug molecules. The method can accelerate the drug discovery and development process, and has good theoretical value and application prospect. # imgabs1 #

The utility model discloses a clamping sleeve device for preparing a radionuclide labeled cell preparation, and relates to the technical field of radioactive biological medicines. The clamping sleeve device comprises a filtering assembly, a conveying assembly, a cleaning assembly, a waste liquid collecting bottle, a marking assembly, a cell preserving fluid assembly and a preparation collecting bottle, and a first three-way valve, a second three-way valve, a third three-way valve, a fourth three-way valve, a fifth three-way valve and a sixth three-way valve which are arranged corresponding to the assemblies respectively. According to the clamping sleeve device, automatic preparation of the radionuclide labeled cell preparation can be realized, and the product can be prevented from being polluted while the preparation efficiency is improved.

This invention belongs to the field of plasmid and mRNA quality control technology, specifically disclosing a method for characterizing plasmid quality. Existing plasmid quality control systems cannot effectively predict mRNA product quality and do not focus on the purity of the PolyA tail. This invention establishes a positive correlation between the purity of the PolyA region in the plasmid and the quality of the mRNA product by detecting its purity, thus achieving early mRNA quality prediction. The prediction method includes the following steps: plasmid sample enzyme digestion, analysis of PolyA fragment purity using capillary gel electrophoresis, and substituting the PolyA fragment purity into a correlation curve to obtain mRNA purity. Based on this, this invention effectively shortens the production cycle, reduces costs, and provides a new evaluation dimension for plasmid quality control by screening plasmids with acceptable PolyA purity for mRNA production.

The invention provides an equivalent frequency device, a compressor and a method, and solves the technical problems that high-frequency large-current automatic frequency reduction of the compressor cannot be carried out, and a high-frequency reliability test cannot be carried out. The equivalent frequency device comprises a driving shaft, a first transmission shaft, a second transmission shaft, a relay, a piezoelectric crystal, a first transmission assembly and a second transmission assembly, a relay is arranged between the driving shaft and the second transmission shaft; the first transmission shaft is in transmission connection with the driving shaft through a first transmission assembly which can be closed and opened; the second transmission shaft and the first transmission shaft are in transmission connection through a second transmission assembly capable of being closed and opened. The piezoelectric crystal is arranged on the first transmission shaft and used for controlling the first transmission assembly and the second transmission assembly to be connected or disconnected. The transmission ratio of the first transmission assembly is 1; the transmission ratio of the second transmission assembly is N2 / N1. According to the invention, the structural part can still operate according to the target frequency when the compressor is subjected to frequency reduction due to large current in high-frequency heavy load.

This invention provides a method, apparatus, equipment, and medium for controlling alternating gas-water injection and production, belonging to the field of petroleum development technology. The method includes: acquiring multiple sets of different injection and development parameters; calling a reservoir development gas-water alternating injection and production model; employing orthogonal design to select the optimal injection parameters from the multiple sets of injection parameters, and calculating the corresponding optimal gas-water ratio, gas slug size, and water slug size. By fixing these optimal parameters and inputting different development parameters into the gas-water alternating injection and production model, the optimal development parameters that maximize reservoir recovery are determined; finally, a gas-water alternating injection and production strategy is generated based on these optimal parameters to guide reservoir development. This invention significantly improves reservoir recovery and development efficiency by optimizing injection and development parameters, while reducing costs and enhancing operational flexibility.

The embodiment of the invention discloses a theme configuration method, device and equipment. According to the scheme, the method comprises the steps of defining rendering rule configuration based on a theme configuration layer to obtain a rendering rule list; collecting design data corresponding to the current theme configuration; based on rendering rules contained in the rendering rule list, performing rendering logic calculation on the design data to generate a corresponding semantic structure result set; and according to the semantic structure result set, generating a corresponding semantic structure entity for executing theme rendering.