30 results about "Technological system" patented technology

This invention relates to a multi-agent orchestration and execution method supporting complex cyclic graph structures, comprising: S1: receiving workflow configuration and constructing a directed graph data structure; S2: performing a depth-first search traversal on the directed graph data structure, detecting and outputting strongly connected components in the directed graph data structure; S3: abstracting strongly connected components containing multiple nodes into super nodes, and keeping single-node strongly connected components as ordinary nodes, thereby constructing a directed acyclic graph containing super nodes; S4: performing topological sorting on the directed acyclic graph to generate a hierarchical execution plan containing multiple execution layers; S5: scheduling execution items according to the hierarchical execution plan, and when an execution item is the super node, starting a loop executor for iterative execution. This method, by constructing a multi-layered technical system, integrates graph algorithm innovation, unified context management, abstraction layer design, metadata-driven techniques, etc., to achieve automated orchestration and execution of multi-agent workflows supporting cyclic graph structures.

This invention relates to an optimization method and system for preventing coking in waste incinerators based on CFD and solid-phase combustion coupled simulation, belonging to the field of solid waste energy utilization and combustion optimization technology. The technical solution is as follows: S1. Full-process coupled numerical modeling and baseline operating condition simulation; S2. Coking risk diagnosis and dominant cause analysis; S3. Two-level sequential collaborative optimization adjustment; S4. Numerical verification and engineering implementation of the optimization scheme; S5. Adaptive operation and closed-loop feedback control. This invention has the following beneficial effects: breakthroughs in the realism and reliability of numerical simulation, greatly improving the accuracy of diagnostic results and the reliability of optimization guidance; the control strategy possesses high innovation and synergy, the technical solution is specific, quantifiable, and highly operable, with extremely significant industrial application effects, outstanding economic benefits, improved boiler operating efficiency and overall economic benefits, and greatly enhanced equipment operating safety; and it forms a complete technical system that is replicable and scalable.

This invention relates to the field of ecological environment protection and governance technology, specifically to a technical system for preventing wind erosion and sand intrusion along the Yellow River and its construction method. The system includes: a high-level frontal sand-blocking belt, composed of at least two sets of high-level sand barriers, positioned windward and arranged on a continuous chain of adjacent sand dunes; a sand-fixing belt combining checkered sand barriers and native sandy vegetation, composed of straw sand barriers and industrial material sand barriers, arranged alternately, with seeds sown within the straw sand barriers; and a row-type tree and shrub main protection belt, composed of sand-fixing groups and wind-lifting groups. By vertically positioning the high-level frontal sand-blocking belt, the checkered sand barrier and native sandy vegetation sand-fixing belt, the row-type tree and shrub main protection belt, and the riverside edge protection belt along the windward side of the Yellow River channel, from the outside in, these systems intercept, fix, and protect against wind erosion from different levels and angles, improving the effectiveness of preventing wind erosion and sand intrusion along the Yellow River.

The application belongs to the technical field of groundwater resource management, and discloses an integrated method of groundwater source environment safety and sustainable utilization technology, which comprises the following steps: first step, multi-source database construction and feature recognition; second step, technology system construction and applicability evaluation; third step, technology combination comparison and effect evaluation; fourth step, system integration and output. The beneficial effects are as follows: the technical problems of cross-disciplinary joint interpretation and mechanism identification caused by the format and scale conflicts of original data are solved completely. The repeated calculation contribution caused by the strong internal correlation of indexes is effectively weakened, so that the applicability score of the final calculation can truly and accurately reflect the physical matching relationship between the technology and the complex hydrogeological environment condition. The globally optimal integrated technology path screening with high self-adaptation and cross-scenario robustness in the multi-dimensional conflict solution space is realized, and a scientific and operable tool for fine management is provided.

The present application relates to a kind of mine dump truck wheel hub drive unit conceptual design method, to establish the technical system of the positive design of large tonnage mine dump truck wheel hub drive unit, including from the selection of structural form, the determination of transmission route, overall structure design and transmission system parameter optimization and component strength check and life calculation.Optimal scheme in feasible transmission route is explored according to accurate multi-working condition load spectrum, vehicle operation requirement, boundary condition of wheel hub drive, relevant component structure coupling requirement etc.;In the selected gear transmission route, according to the space arrangement of wheel hub drive, and the advantages and disadvantages of transmission form, determine to adopt transmission schematic diagram;According to the assembly condition of planetary row, adjacency condition, coincidence degree, concentricity condition and other constraint requirements, optimize the gear parameters with light mass and balanced load capacity under the premise of meeting the use strength.The complete design process of large tonnage mine dump truck wheel hub drive unit conceptual scheme is realized.

The invention relates to an advantage evaluation method for a fabricated structure technical system in the field of low-rise houses, and belongs to the technical field of fabricated buildings. The technical problem to be solved is that for selection of an existing fabricated structure technical system in the low-rise house field, a scientific and quantitative mathematical evaluation method is lacked, and accurate matching of the fabricated structure technical system and different application scene requirements cannot be achieved. According to the technical scheme, a target application scene is determined, demand weight coefficients corresponding to cost, construction period and performance are set, benchmarking products are selected to obtain related basic data, fractal dimension advantage indexes and industrialization indexes of a to-be-evaluated system are calculated, comprehensive competitive power indexes are calculated in combination with the weight coefficients, and the system is evaluated. And completing selection of the dominant technology system according to an index result.

The present application relates to the technical field of soft rock area coal exploration hole construction, and discloses a soft rock area coal exploration hole grading wall protection and leakage stopping method based on real-time determination; the present application constructs a multi-source monitoring network to cooperate with an edge computing module to form a real-time data acquisition and processing system, designs a double determination model composed of a grading threshold dynamic correction model driven by a stratum parameter inversion algorithm and a composite risk identification model with a hybrid architecture of a rule engine cooperating with a lightweight decision tree algorithm, forms a complete technical system of data acquisition, dynamic determination, man-machine collaborative disposal and full-process data closed-loop evolution, realizes accurate determination of the composite risk of the soft rock area coal exploration hole, reduces the in-hole accident rate from more than 30% to less than 5%, improves the hole forming efficiency by 15%-20%, reduces the drilling fluid loss by 25%, realizes dynamic risk determination, customized disposal scheme and closed-loop technology system, and the industrial-grade hardware is adapted to the complex environment of high temperature, high vibration and strong interference underground, has strong environmental adaptability and continuous optimization capacity.

This invention discloses an ecological and biomimetic full-cycle breeding method for blind leafcutter ants, comprising the following steps: First, collecting wild ant eggs (blind leafcutter ant) ​​from mating female and male ant colonies; Second, obtaining high-quality new female and male queen ants from the ant eggs (blind leafcutter ant); Third, inducing the female and male queen ants (blind leafcutter ant) ​​to aestivate in batches; Fourth, inducing the female and male queen ants to lay eggs and cultivating primary ant colonies in batches; Fifth, cultivating and managing the primary ant colonies in the wild ecological environment to become economic ant colonies; Sixth, collecting high-quality ant eggs (first-level ant eggs) multiple times; Seventh, selecting high-quality and strong ant eggs (blind leafcutter ant) ​​to reserve seed populations. Based on in-depth research on the life history and biological learning behavior of blind leafcutter ants, this invention establishes for the first time a complete technical system from seed source collection, new queen ant acquisition, new queen ant aestivation, primary ant colony cultivation, wild breeding to economic ant colony harvesting, and selection of breeding ant colonies, filling a technological gap in this field.

This invention discloses a high-precision temperature control method for multi-zone, multi-variable hot plate based on artificial intelligence and self-learning optimization. Addressing the problems of insufficient temperature control accuracy, weak anti-interference capability, poor multi-variable coupling handling, and lack of self-learning ability in existing technologies, the core objective of this invention is to achieve high-precision (within ±0.1℃), high-uniformity (within ±0.2℃), and high-stability temperature control for each zone of a multi-zone hot plate; automatically resolve temperature control deviations caused by multi-zone thermal coupling and dynamic interference; possess self-learning optimization capabilities, eliminating the need for frequent manual adjustment of control parameters and adapting to changes in different process parameters and equipment states; and construct a customized hot plate technology system tailored to the unique characteristics of semiconductor multi-zone hot plate thin-plate structure, asymmetrical layout of heating elements, and predominantly radial heat conduction. Simultaneously, a three-loop timing coordination and dynamic weight control mechanism based on prediction, decoupling, and self-learning is designed to achieve full-process linkage optimization.

This invention provides a non-equilibrium grouting method based on the multi-dimensional characteristics of tunnel rock mass. By constructing a technical system that integrates multi-dimensional geological feature identification and model-based decision-making, it achieves precise and intelligent grouting control for complex fractured rock masses in tunnels. First, fractures are comprehensively classified based on their width, connectivity, and filling state, forming spatial distribution data. This transforms geological conditions into structured, spatially locatable digital information, providing precise target objects for grouting construction. Then, through a grouting parameter decision model, the current fracture type is automatically mapped to a strictly matching combination of grout mix ratio, grouting pressure, and grouting rate, achieving intelligent and standardized decision-making from geological features to construction parameters. This process solidifies mature experience and theoretical understanding into repeatable rules, ensuring a high degree of compatibility between the initial construction plan and the inherent hydraulic characteristics of the fractures, thereby significantly improving the targeting and controllability of grouting construction.

A method performed by a computer system is provided. The method includes: (a) receiving a set of one or more documents that are descriptive of a technological system; (b) performing a logical entity extraction procedure on the set of one or more documents, thereby yielding a set of one or more entities that make up the technological system, the entities including physical components and processes performed using the technological system; (c) performing a logical relation extraction procedure on the set of one or more documents, thereby yielding a set of one or more relationships between the set of one or more entities yielded by the logical entity extraction procedure; and (d) transforming the set of one or more entities and the set of one or more relationships into a structured file having a hierarchical structure according to a predefined specification.

The application provides an asphalt road construction method, relates to the technical field of highway engineering construction, and is suitable for old road reconstruction, newly-built main roads and slow-moving systems and the like. The core innovation of the method is that a technical system of 'layered differentiated structure design + stress absorption layer strengthening + multi-dimensional dynamic quality control' is adopted, through key steps of base pre-treatment, layered paving, stress absorption layer setting, precise mixing and transportation, collaborative rolling and joint optimization, and in combination with environmental protection construction measures. The method clearly defines process parameters of the whole process of mixing, transportation, paving and compaction of asphalt mixture, adopts a collaborative rolling mode of double steel wheels + rubber-tired road rollers, and cooperates with hot joint treatment technology, so that the compaction degree of the road surface is ensured to be greater than or equal to 96%, the flatness is less than or equal to 3mm, and the anti-skid structure depth is greater than or equal to 0.55mm. The construction efficiency of the method is improved by more than 20%, the service life of the road surface is prolonged by 3-5 years, the dust and noise in the construction process meet the standards, the method is suitable for secondary road and slow-moving system construction, and has remarkable technical, economic and environmental protection values.

This invention relates to the field of intelligent manufacturing, specifically to a multidisciplinary motion control modeling method for large component attitude adjustment and alignment systems. It combines the theories of multiple disciplines and fields involved in large component attitude adjustment and alignment systems with the Modelica technology system for the construction and simulation analysis of motion control models for these systems. This invention eliminates the need for pre-defining the input and output variables of components and the order of equation solving during the modeling process. During system solution, it automatically derives the causal relationships between variables based on mathematical equations. It has a wide range of applications, as this invention, based on the Modelica language, achieves integrated modeling and simulation across multiple disciplines and fields, including mechanics and control, overcoming the limitations of cross-platform modeling and simulation across different disciplines.

This invention discloses a method for the uniform preparation of silver nanowires based on spectral-conductivity closed-loop control, belonging to the field of nanomaterial preparation technology. The method includes: S1, preparation of mother liquor and functional working solution; S2, nucleation, growth, and closed-loop control within a CSTR-PFR cascade microreactor: the mother liquor, halogen control agent, and reducing agent are pumped into the CSTR for explosive reduction nucleation, and the first-stage closed-loop control is performed based on online UV-Vis spectroscopy; subsequently, the slurry enters the PFR, a transition metal control agent is injected for growth, and the second-stage closed-loop control is performed based on online conductivity monitoring; S3, reaction quenching and primary separation; S4, product separation, purification, and post-processing. This invention develops a new pathway for the preparation of silver nanowires that is precisely controllable, produces high-quality products, exhibits high stability and repeatability, and is easily scalable by constructing a technical system of dual-parameter closed-loop sensing and control, cascade reactor optimization design, and continuous flow automated production.

The application discloses a kind of triangle area and hard roof suspension roof management method, the method uses "roof pre-splitting-triangle area support-floor pressure relief reinforcement" trinity comprehensive management technical system, comprising: using directional pre-splitting blasting and segmented hydraulic fracturing combined technology to pretreat hard roof, realize roof layering ordered caving;In triangle area, adopt anchor cable truss and grouting reinforcement collaborative support system, build high-strength bearing structure;Using floor borehole pressure relief and grouting reinforcement combined floor heave control method, realize floor stress release and strength improvement;And establish multi-process space-time collaborative operation mechanism, realize the orderly advancement of each management process.The application effectively solves the technical problems of stress concentration in triangle area of fully mechanized working face, large-area pressure impact of hard roof suspension roof, floor uplift deformation and the like, realizes the collaborative management of roof, triangle area and floor disasters, and significantly improves the safety production guarantee capability of fully mechanized working face.

The present application relates to the technical field of criminal case data analysis and early warning, in particular to a multi-technology coordinated criminal case intelligent early warning system and method fusing pre-training large model customization adaptation, dynamic weighted clustering and semantic vector retrieval, belonging to the cross technical field of judicial big data and artificial intelligence, through the coordinated technical path of "large model label extraction-weighted clustering-vector deduplication", a full-process intelligent system of "data input-intelligent analysis-accurate early warning-feedback iteration" applicable to judicial case analysis and processing scenes is constructed, not only effectively solving the core problems of low efficiency and early warning redundancy under the traditional manual analysis mode, but also completely solving the many common problems existing in the current technical system of criminal case analysis and early warning.

The present invention belongs to the field of plant genetic engineering. Provided is a gene ZmKO1 for regulating flowering and pollen shedding of a maize tassel. Mutating the gene ZmKO1 can lead to a genic male sterility phenomenon. The breeding of a maize genic male sterile line can be achieved on the basis of the gene ZmKO1 site using the CRISPR-Cas9 technology or mutant gene backcross breeding technology. In the silking stage of the sterile line, spraying exogenous gibberellin on the tassel can restore fertility in male flowers of the sterile line, enabling normal self-pollination and reproduction, thereby achieving an economical and efficient maintenance of the sterile line as a maintainer line. The genic male sterile line created on the basis of the ZmKO1 gene site has the characteristic of one line for two uses, and can be used for maize male sterile hybrid seed production. Further provided is a technical system for achieving maize two-line sterile hybrid seed production using ZmKO1 gene mutations.

The application discloses a coal-based polypropylene full-process process optimization method based on multi-source data, and belongs to the field of coal chemical process optimization. The method integrates full-process multi-source data, and constructs an accurate model system covering material balance and characteristics of each device. Global optimization instructions are generated through reverse optimization and collaborative game calculation to drive each device to perform parallel local optimization and issue execution. The system uses operation data to correct model parameters online, forming a self-learning closed loop. Through the complete technical system of data fusion, collaborative optimization and feedback learning, the application solves the problems of material imbalance and high energy consumption caused by traditional single unit independent optimization, and realizes the collaborative stable operation and continuous improvement of economic benefits of the full process.

The application discloses a preheating stress release system suitable for a full-range self-adaption of a gas combined cycle unit, belongs to the technical field of gas-steam combined cycle power generation, and is a complete technical system of multi-source fusion feature perception+multi-modal strategy matching+dynamic feedforward / feedback correction+layered hierarchical collaborative control+waste heat gradient utilization, realizes two core breakthroughs, namely, a breakthrough from "preset program control" to "data-driven self-adaptive dynamic control", which enables the drainage system to be optimized in real time according to random unit state changes, and improves the accuracy and response speed of the drainage control, and a breakthrough from "single drainage discharge" to "drainage-energy collaborative optimization", which maximizes the recovery of heat energy while ensuring safe drainage, and takes into account global optimization and local rapid response, so that the gas-combined cycle unit realizes "full-range self-adaptive fast start and stop" under all working conditions, and the safety, economy and intelligent level of unit operation are significantly improved.

This utility model provides an inoculation device, including an outer container, an inner container fitted inside the outer container, a fixed handle fixedly connected to the outer container, and a rotating handle fixedly connected to the inner container. The rotating handle has a cylindrical structure, and the rotating handle and the fixed handle face the same direction, with the rotating handle located above the fixed handle. Both the inner container and the outer container have open upper halves, and the inner container is smaller than the outer container. A rigid sleeve with a circular cross-section is also connected to the fixed handle, and the outer end of the rotating handle is fitted inside the rigid sleeve. Using this technical solution, the inoculation process can be standardized and quantified, which helps to establish a standardized inoculation technology system.

This invention relates to the field of power equipment condition monitoring technology, and discloses a method and system for detecting partial discharge (PD) in overhead power lines based on a piezoelectric array. The steps include: synchronously acquiring ultrasonic signals generated by partial discharge to obtain multi-channel time-domain signals; fusing the environmental sound velocity field calculated from environmental parameters with the measured sound velocity field at the measurement points obtained from array measurements to establish a dynamic sound velocity field model; performing time-frequency transformation on the time-domain signals and constructing a multi-constraint joint optimization objective function based on a PD waveform dictionary; combining the dynamic sound velocity field and the objective function, iteratively solving for the waveforms, locations, and attenuation parameters of multiple PD sources through blind source separation; finally, matching the dictionary to identify the discharge type, calculating the discharge intensity, and outputting a complete diagnostic result. This invention significantly improves the accuracy and reliability of PD detection in overhead power lines under complex environments by constructing an integrated technical system encompassing array signal acquisition, dynamic sound velocity field reconstruction, multi-constraint joint optimization, blind source separation, and full-dimensional diagnostic output.

The application discloses a kind of new energy joint energy storage's credible capacity quantitative calculation method of fusion electricity price signal, comprising the following steps: generating daily multi-period simulation electricity price sequence of whole year;Establish energy storage output timing model;Get energy storage whole year output timing curve;Form boundary condition of different timing node;Simulate random outage scene of conventional unit, and under the random outage scene of conventional unit, calculate the reliability of conventional unit;Determine the energy storage output to be introduced in current period based on energy storage whole year output timing curve;With the minimum difference between system reliability after introducing new energy and energy storage and conventional unit reliability as the target, determine the credible capacity Y of new energy joint energy storage.The application forms the complete technical system of "electricity price input-energy storage output generation-scenario simulation-reliability evaluation-credible capacity determination", realizes the integration of credible capacity quantitative.

This invention belongs to the field of airport congestion management technology, specifically relating to a flexible cost-based airport congestion management method and system. The flexible cost-based airport congestion management method of this invention can achieve online linkage optimization of supply-side airport time slot cost calculation and demand-side airline flight rollout / adjustment response, and calculate time slot capacity utilization schemes. Based on the two-layer interaction relationship between the supply and demand sides, this invention integrates key factors such as flight time slot adjustment boundaries, airport capacity limitations, time slot saturation control, flight flow balance, airline cost differences, fairness constraints, and plan disturbance control into a unified modeling and decision-making framework. Through a closed-loop interaction mechanism of "flexible cost-response-feedback," it obtains capacity utilization schemes for each time slot, thereby satisfying operational constraints while considering fairness and plan stability, improving the real-time performance, precision, and effectiveness of airport congestion management. This method can be widely applied to business scenarios such as congestion mitigation, demand regulation, and time slot resource allocation in airport operation management, improving the technical system of real-time airport congestion management.

This invention relates to the field of production design technology, and in particular to a method, apparatus, equipment, and storage medium for the large-scale production of door panels. The method constructs a technical system from basic data organization to large-scale machine tool processing, resolving the technical contradiction between customized needs and large-scale production in the door panel manufacturing field. Specifically, with standardized modular design as the core, through the systematic management of basic data, the division of usage scenarios, the extraction of common essential features, the formulation of modification rules, and the construction of a coding system, it achieves standardized and efficient response to users' real-time customized needs, breaks down information transmission barriers between design, programming, and production, avoids repetitive design and programming work for similar products, ensures the consistency of customized door panel production processes, reduces production rework rates and labor and time costs, and achieves precise adaptation between machine tool processing and design and programming stages, significantly improving the standardization level and production efficiency of the door panel production process.

The application discloses a kind of discrete developable surface construction and optimization method, system, equipment and medium, the method includes: obtaining quadrilateral grid;According to quadrilateral grid, parallel quadrilateral cell in chessboard distribution is constructed inside quadrilateral grid, and establish developable surface geometric model;The constraint of developable surface geometric model includes: having the constraint of chessboard pattern with embedded parallel quadrilateral, equiangular constraint, shape similarity constraint and equidistance constraint;Developable surface geometric model is solved, and discrete developable surface with congruent parallel quadrilateral is obtained;The geometric feature of the discrete developable surface is encoded into uniform plane unit, so that each surface sheet can be processed and formed using the same machining parameter or the same mold set.The application significantly reduces the number of molds and manufacturing complexity, and improves the feasibility of engineering implementation.The application integrates the chessboard pattern construction, equiangular and equidistance geometric constraints and engineering solving process into the same technical system, realizes the complete engineering process from quadrilateral grid to discrete developable surface.The application is suitable for being applied to building curved surface structure and curtain wall unit design, deployable shell and foldable structure modeling, sheet bending and sheet metal forming design, engineering shell and cladding structure design, and assembly type structure manufacturing based on plane sheet, etc.

This invention discloses a completely independent and original decimal abacus architecture computer system with reconstructed underlying logic. It aims to break through the architectural constraints of traditional binary computers and solve technical problems such as the monopoly of existing computer CPU architecture, high-end manufacturing processes, uncontrollable information security, large conversion losses, and insufficient computational accuracy. The system adopts a three-layer logical framework with a full-link design, using abacus rules as the computational core, binary as the information carrier, and decimal as the information core. It completely reconstructs the CPU core, simplifies chip manufacturing, and is compatible with the existing software ecosystem. The core design follows the principle of "binary as the base, decimal as the core, and abacus as the bridge." Binary is responsible for underlying temporary calculations and data transmission, while decimal uniformly manages the definition, storage, editing, and application of all final information. It can comprehensively cover applications in personal computing, professional design, artificial intelligence, supercomputing, and military applications, achieving a leapfrog improvement in computational efficiency, data accuracy, and architectural controllability, providing core technical support for the independent and controllable development of the national computer industry.

This invention provides a method, apparatus, device, and medium for personalized configuration of delivery confirmation methods, including: constructing a multi-dimensional attribute library for packages; extracting package attributes corresponding to a target package based on the constructed multi-dimensional attribute library; constructing a feature vector for the target package based on the package attributes of the target package and the logical relationships between the attributes; and completing intelligent matching and decision-making of delivery confirmation rules based on the feature vector of the target package, combined with the global attribute weights corresponding to each package attribute of the target package and a digital delivery confirmation rule library. This invention addresses industry pain points such as rigid processes, insufficient intelligence, significant system performance shortcomings, and poor adaptability to complex scenarios in traditional logistics delivery confirmation models. Through a complete technical system encompassing multi-dimensional attribute modeling, weighted intelligent matching, LLM for complex scenarios, high-frequency rule caching, and high-concurrency traffic control, it achieves precise personalized configuration of delivery confirmation methods and efficient and stable system operation.

The application discloses an enterprise ESG report accounting and green credit linkage method, and the linkage method comprises the following steps: focusing on two major leading industries of new energy storage and new energy vehicles, relying on the existing intelligent energy and carbon emission management platform, carbon account scoring system and enterprise supply and demand docking platform infrastructure in the park; constructing a regional customized ESG rating technical system + data-fund-supply chain-talent 'four chain fusion' green financial linkage technical scheme of government-bank-enterprise cooperation; the depth fusion of green finance and environmental management is realized through parameterization algorithm design and digital technology. Develop an industry differentiation segmented function, realize dynamic adjustment of the weight with the capacity and supporting scale, adapt to the characteristics of the two major leading industries, and eliminate subjective bias.