20results about How to "Clear source" patented technology

The invention discloses a charging station loss prediction method based on an LSTM deep learning method, and relates to the technical field of charging stations, and the method comprises the following steps: 1, collecting data including real-time power load data, a power grid topological structure and time sequence data; 2, feature engineering: carrying out preprocessing and feature extraction on the data, and extracting expert knowledge features; step 3, establishing an LSTM model in combination with a PPO algorithm; 4, performing hyper-parameter tuning on the LSTM model through a random search method; and step 5, the optimized miniaturized model is then deployed to each charging station, and local real-time energy loss prediction is realized. In order to further improve the prediction accuracy, expert knowledge is creatively integrated in a feature engineering part, multi-dimensional loss feature recognition is carried out, and the performance of the model in processing a complex nonlinear relation is improved by combining the input of an electric power system expert, recognizing factors such as equipment aging and the like.

The invention relates to a characterization method for energy density and response speed of a phase-change energy-storage composite material, which is mainly used for measuring the reachable maximum energy density and response speed of heat transfer of different pure phase-change materials or composite energy-storage phase-change materials. The characterization process comprises the following steps that a heat source transmits heat to the phase-change material through a heat transfer medium, the surface of the phase-change material is in close contact with the heat transfer medium, meanwhile, temperature measurement point positions are distributed at all positions of the phase-change material, and real-time temperature changes of all the positions after heat absorption are recorded; and according to the change condition of the recorded temperature, the final temperature at the end and the characterization duration, test data can be substituted into a calculation formula, so that the energy density and the response speed of the phase-change material of the type or the composite energy storage phase-change material can be solved, and the energy density and the response speed of the phase-change material of the type or the composite energy storage phase-change material of the type can be obtained under the unified standard. And comparing characterization methods of the energy density and the response speed with a theoretical derivation formula of numerical calculation.

The invention belongs to the technical field of unmanned aerial vehicles, and particularly relates to a multi-unmanned aerial vehicle synchronous positioning and mapping method based on block chain information security enhancement. According to the invention, the data uploaded by the unmanned aerial vehicle can be stored in a non-tampering manner at the server side by combining the block chain technology, and the function of the group key is dynamically adjusted according to the state of the unmanned aerial vehicle, so that the unmanned aerial vehicle can be ensured to flexibly and safely join or exit from the network in different states; therefore, the flexibility and fault tolerance of an unmanned aerial vehicle network are improved, a plurality of unmanned aerial vehicles collect and upload local map data at the same time, the server can integrate the data to form a larger regional map, the precision and efficiency of environmental perception are improved, the redundancy is reduced, the reliability is improved, and the unmanned aerial vehicles can realize high-precision map construction. Meanwhile, the chain structure of the block chain ensures the historical traceability of each data block, and ensures that the source of map data is clear and the process is transparent.

The invention relates to a hospital functional department performance assessment system and an implementation method, assessed functional department subjects including hospital leaders, functional departments at the same level and clinical departments are evaluated in multiple dimensions based on a 360-degree assessment method, the influence of factors in multiple aspects on assessment objects is comprehensively considered, the comprehensive quality of assessed objects is displayed in an omnibearing and three-dimensional mode, and the assessment efficiency is improved. According to the system, assessment blind spots are effectively avoided, assessment indexes are objective and customized continuously through quantized assessment indexes, the system can comprehensively and objectively evaluate the performance of functional departments, and the management efficiency and service quality of hospitals are improved.

This invention discloses a data processing method and system for government services, relating to the field of data transmission technology. The method includes: obtaining jitter-related USB events from USB events of a government self-service terminal; obtaining jitter-related government business events from government business events of the government self-service terminal based on the jitter-related USB events; obtaining a disturbance chain based on the jitter-related USB events and the jitter-related government business events, and determining the identifier of the disturbance chain; defining a target disturbance chain based on the identifier of the disturbance chain, and obtaining a disturbance chain pointing label; classifying all government data units according to the disturbance chain pointing label to obtain disturbance-related government data units and secure government data units. This invention improves the reliability and controllability of the government data processing process.

This invention relates to the interdisciplinary field of cell biology, experimental oncology, and translational medicine, specifically to a cancer-associated fibroblast cell line, its construction method, and its applications. This invention fills the research gap in mouse-derived oral squamous cell carcinoma-associated fibroblast cell line models and provides a method for constructing such a cell line. Through the inverted adherent culture and enzymatic digestion methods of this invention, a mouse-derived oral squamous cell carcinoma-associated fibroblast cell line with a clear origin, high purity, and long-term phenotypic and functional stability can be obtained. This allows for the establishment of a cryopreservable and resuscitable mouse oral squamous cell carcinoma-associated fibroblast cell bank, providing technical support for research related to the tumor microenvironment and immunotherapy.

The application discloses a traditional Chinese medicine extract with antibacterial, anti-inflammatory and antipyretic effects and an active component self-assembled nanomaterial of the traditional Chinese medicine extract and application, wherein the polygonum capitatum extract and the active component self-assembled nanomaterial have the effects of inhibiting bacteria and relieving inflammation and can be used for treating atopic dermatitis. The in-vitro bacteriostatic experiment and animal experiment results verify that the polygonum capitatum extract and the active component self-assembled nanomaterial have the effects of resisting bacteria and inflammation and can effectively treat atopic dermatitis.

This invention discloses a rhizosphere iron-promoting bacterial strain that alleviates iron deficiency-induced premature aging in Litsea cubeba and its applications. It belongs to the field of agricultural microbiology and plant mineral nutrition regulation technology. This invention provides related products and specific applications. The strain of this invention possesses both ferric iron (Fe3+) reduction ability and siderophore production ability. On the one hand, it can promote the conversion of ferric iron to ferrous iron (Fe2+); on the other hand, it can chelate and activate iron in the rhizosphere environment through siderophores, thereby increasing the supply of active iron in the rhizosphere of Litsea cubeba. After the Litsea cubeba rhizosphere iron-reducing bacterium LcB6 is reintroduced, it can increase the chlorophyll content of Litsea cubeba leaves and the soluble iron content of the plant, increase the content of ferrous iron and available iron in the rhizosphere soil, and improve iron deficiency-induced premature aging phenotypes such as leaf yellowing and decreased plant growth vigor. This provides a new bacterial resource and application pathway for the regulation of rhizosphere iron nutrition in Litsea cubeba.

The present invention provides a method for defining low-orbit communication constellation network functions and interfaces based on SysML, which belongs to the field of satellite communication MBSE modeling. The method first analyzes the stakeholders' needs for the low-orbit communication constellation network based on the SysML use case diagram, sorts out the specific communication indicators and indicator performance, and presents them with a SysML requirement diagram; then analyzes the interface relationship of the constellation network service target and the communication network system used, and presents them with a SysML internal structure diagram; finally, the behavior of each network system during operation is explained, taking the backbone network and the spacecraft network as examples, and using a SysML activity diagram to describe it. The present invention realizes the standardization of the functional interface definition of the low-orbit communication constellation network, and realizes standardized definition based on the model, which is easy to expand; starting from the constellation network requirements, the source and rationality of the functions and interfaces are clarified; and support is provided for executable model construction, demand demonstration, and incremental development.

The invention relates to the technical field of biological medicine, and provides a polypeptide and application thereof in preparation of an anti-inflammatory and / or anti-aging product, the polypeptide is derived from bee venom, has an amino acid sequence as shown in SEQ ID NO: 1, has small molecular weight and good biocompatibility, shows excellent anti-inflammatory and anti-aging dual biological activity, can effectively regulate key inflammatory indexes, and can be used for preparing anti-inflammatory and / or anti-aging products. And the synergistic anti-aging effect of inhibiting degradation and promoting synthesis is achieved by regulating and controlling the metabolism balance of collagen. The invention provides a new raw material selection for developing multifunctional and efficient anti-inflammatory and anti-aging products, and has wide application prospects in the fields of medicines, cosmetics, health care products, medical biological materials, medical apparatuses and instruments and the like.

The present invention belongs to the field of bioengineering technology, and specifically provides a method for preparing bioactive peptides by enzymatically hydrolyzing enzyme residues, comprising the following steps: (1) preparing ginger homogenate containing ginger protease; (2) taking the enzyme residue for pretreatment, and then adding the ginger homogenate for enzymatic hydrolysis to obtain an enzymatic solution; (3) heating and inactivating the enzymatic solution, filtering and centrifuging, and the supernatant is the bioactive peptide product. The method for preparing bioactive peptides by enzymatically hydrolyzing enzyme residues provided by the present invention directly uses ginger to enzymatically hydrolyze the residual crude protein in the enzyme residue, replacing the complicated ginger protease extraction process, and reusing the enzyme residue substrate, greatly reducing the environmental pressure of waste residue treatment in the enzyme production process, and the reaction raw materials are all pure natural and edible raw materials, which are green and environmentally friendly.

The invention belongs to the technical field of dermatobiology and functional cosmetics / skin medicines, and particularly relates to a composition for synergistically inhibiting melanogenesis through isorosmarinol and isoasiaticoside and application of the composition. The composition in the present application contains isorosmarinol and isoasiaticoside as active ingredients. Experiments prove that the composition can reduce the melanogenesis level and related enzyme activity in melanoma cells, and shows a remarkable regulation effect at a CREB1 / MITF signal channel level. Mechanism research shows that the isorosmarinol and the isoasiaticoside down-regulate the CREB1 phosphorylation level and the expression of MITF through the synergistic effect of the isorosmarinol and the isoasiaticoside at an upstream signal regulation node, so that the overall inhibition of melanogenesis is realized. The composition disclosed by the invention has the characteristics of clear action mechanism, stable inhibition effect and good safety, and can be used for preparing cosmetics for whitening, fading spots and uniformizing skin color, external skin preparations or products for preventing and treating pigmentation-related skin problems.

This invention relates to the field of industrial production technology and discloses a digital twin modeling and collaborative optimization system for industrial production lines. The system includes the following modules: a production contract and self-evolution constraint module, used to construct a set of production contracts for multiple production units and a set of system self-evolution constraints to limit the boundaries of the operational behavior of the production units and the modification methods of the production contract set; an event ledger module, used to receive operational events and write them into the event ledger after performing admission verification based on the production contract set and the system self-evolution constraint set; a state generation and management module; a collaborative settlement module; an execution generation module; and a consistency detection and repair module. By introducing a production contract set, an event ledger, and an event folding mechanism, the actual operational events are strictly bound to the internal state evolution process of the system, avoiding twin state distortion caused by inconsistent rules or state drift in multi-production unit collaborative operation scenarios.

The invention discloses a leuconostoc mesenteroides exopolysaccharide for relieving diarrhea by directionally enriching intestinal beneficial bacteria, and belongs to the technical field of microorganisms. The exopolysaccharide is separated and purified from leuconostoc mesenteroides CCFM1516, is acidic heteropolysaccharide, is composed of galactosamine, glucosamine, galactose, glucose, mannose, galacturonic acid and glucuronic acid, is uniform in molecular weight distribution, and contains alpha-glucosidic bonds. The extracellular polysaccharide disclosed by the invention has a targeted regulation effect on intestinal flora, can be used for directionally enriching potential beneficial bacteria such as gParabacteroides, gParasuttera, gBacteroides and the like, can be used for reducing the abundance of a harmful bacterium gEscherichia-Shigiella, and has an important application value.

The present invention discloses a sludge management method, a sludge management system and a method for using the sludge management method, which includes: a sludge mud property management task: obtaining three-dimensional model data and mud property data of each sludge pile, and binding the three-dimensional model data and mud property data of each sludge pile, and saving them in a database; a sludge calorific value management task: obtaining and updating the calorific value attenuation coefficient in the database, and updating the mud property data through the calorific value attenuation coefficient; a sludge execution mechanism guidance task: when the sludge incineration system needs to be fed, obtaining the feed calorific value required by the sludge incineration system, selecting the sludge corresponding to the closest calorific value in the database according to the feed calorific value, and driving the sludge execution mechanism to grab the sludge in the corresponding area of ​​the closest calorific value and put it into the sludge incineration system. The present invention dynamically and effectively tracks the sludge calorific value, dynamically matches the sludge calorific value with the feed calorific value required by the sludge incineration system, and improves the incineration efficiency and stability of the sludge incineration system.

The invention provides a Marek's disease virus meq and miR-M11 double-gene editing deleted vaccine candidate strain SQ01 [delta] meq [delta] M11 as well as construction and application of the vaccine candidate strain SQ01 [delta] meq [delta] M11. The preservation number of the vaccine strain is CGMCC (China General Microbiological Culture Collection Center) NO.45874. The parent strain of the SQ01 [delta] meq [delta] M11 vaccine strain provided by the invention is an MDV ultra-strong Chinese variant strain HNSQ01. After a parent strain HNSQ01 is subjected to in-vitro passage, a CRISPR / Cas9 gene editing technology is utilized, and fragments with the sizes of 925bp and 295bp are respectively deleted on two meq alleles and two miR-M11 alleles of an HNSQ01 genome. Through PCR identification, gene clone sequencing, RT-qPCR analysis, IFA identification and the like, it is proved that meq and miR-M11 dialleles of the SQ01 [delta] meq [delta] M11 strain are completely deleted, and passage stability is good. The SPF chicken immune challenge protection evaluation experiment shows that SQ01 [delta] meq [delta] M11 has good immune protection performance, and the immune protection index of the SQ01 [delta] meq [delta] M11 to parent strains is as high as 94.4%. Therefore, the SQ01 [delta] meq [delta] M11 strain constructed by the invention not only can be used as a latest MD gene deletion vaccine candidate strain, but also can be used for development and utilization of subsequent MD novel genetic engineering vaccines.

The invention relates to the technical field of variable frequency regulation, in particular to a variable frequency speed regulation energy-saving control method and system based on load dynamic identification, and the method comprises the steps: constructing a multi-dimensional time sequence structure for data collected in a current operation period of a system, and identifying the dynamic trend of a current load based on the sequence; establishing a candidate frequency set, outputting a power prediction value corresponding to the candidate frequency set through a power estimation model, calculating a unit energy-saving potential after the current frequency is adjusted to the candidate frequency through an energy-saving potential algorithm, and inputting the candidate frequency corresponding to the unit energy-saving potential greater than a threshold value into a feasible frequency set; on the basis of the feasible frequency set and the corresponding unit energy-saving potential, establishing a comprehensive scoring function, and selecting an optimal target frequency through the comprehensive scoring function; and inputting the optimal target frequency and the current operation frequency into a feedback correction function, outputting an execution frequency of the frequency converter through the feedback correction function, and converting the execution frequency into a corresponding control instruction.

This invention, entitled "Application of 6-Methylcoumarin in the Preparation of Products for Treating Intestinal Diseases and Improving the Intestinal Barrier," belongs to the fields of biomedical technology and food. The technical problem to be solved is the poor safety, side effects, and drug resistance of existing IBD clinical drugs. The key technical solutions are the application of 6-methylcoumarin in the preparation of products that improve intestinal barrier function, its application as a treatment for intestinal barrier repair drugs, and its application as a treatment for intestinal barrier-related intestinal diseases.

This invention discloses a photo-initiated method for preparing phenyl or substituted phenyl γ-ketoamides, belonging to the field of pharmaceutical compound synthesis. The method provided by this invention uses a transition metal salt as a catalyst, reacts in an air atmosphere, and yields phenyl or substituted phenyl γ-ketoamide products at room temperature and under light irradiation. This catalyst exhibits high catalytic efficiency and can produce phenyl or substituted phenyl γ-ketoamide products in high yield. This invention addresses the limitation of synthetic routes for phenyl or substituted phenyl γ-ketoamide compounds by providing a simple and direct preparation route. The method does not require expensive metal catalysts or external strong oxidants, has mild reaction conditions, and simple operation and post-processing. It is suitable for the synthesis and large-scale preparation of phenyl or substituted phenyl γ-ketoamide compounds, and features high efficiency, environmental friendliness, safety, and cost-effectiveness.

This invention discloses a method for calculating the effective volume of an initial rainwater collection pond in an alumina plant in a region experiencing heavy rainfall. It relates to the field of water pollution control engineering technology in alumina plants and includes the following steps: S01, setting a time threshold t0 and a rainfall depth threshold P0; S02, determining the effective catchment area A; S03, obtaining the local rainstorm intensity formula q; S04, calculating the cumulative rainfall depth h corresponding to t0 minutes. t0 S05. Determine the effective rainfall collection depth h eff S06. Calculate the effective volume V of the initial rainwater collection tank; S07. Output the results to guide engineering design; This invention overcomes the defects of existing technologies, such as rough volume estimation, rigid control logic, serious investment waste, and low operating efficiency. It realizes the accurate interception of highly polluted initial rainwater and the scientific calculation of the effective volume. It has the advantages of strong environmental compliance, high design accuracy, significant economic benefits, high operating efficiency, and good engineering feasibility.