12results about How to "Improve scientific" patented technology

The invention provides a tumor diagnosis and treatment standardized quality control method and system based on a domain-specific language. The method comprises the following steps: acquiring professional tumor quality control indexes; the semantics of the index is recognized, a semantic logic relation is determined based on the semantics, index input data needed by the index are calculated, and the semantic logic relation indicates a relational expression describing a quality control index result determined based on the index input data; an index calculation task is generated based on the semantic logic relationship, a task is selected from a plurality of predefined tasks set according to a predetermined medical rule based on the index input data so as to generate an index composite task, the task logic of the index composite task is a directed acyclic graph, and a final node of the directed acyclic graph is the index calculation task, the plurality of predefined tasks and the index calculation task are described by a specific language in the tumor field; and inputting the medical data into the index composite task to obtain a tumor professional quality control index result.

The present invention provides an electric furnace device and a method for using a component fire protection design and fire supervision, S1. Determine the test scene: S2. The device is in place on site: S3. The test sample is installed: S3A, the installation steps when a cubic sample is used: S3B, the installation steps when a cylindrical sample is used: S4. Back-fire surface insulation selection: S4A, when the test sample is a cubic sample or a cylindrical sample, the insulation cover installation steps; S4B, do not use the insulation cover; S5. Furnace temperature setting preparation: S6. Control mode selection: Among them, S6A, the control test process using the control unit: S6B, the control test process using the mobile terminal: S7. The whole test process is completed: the electric furnace device and the mobile terminal are stored and saved. The present invention can simulate the real boundary relationship between the protected material and the insulation material, provide a simple and reliable equivalent temperature rise curve setting method, can quickly form a test report, and greatly improve the efficiency of supervision and law enforcement.

The invention provides a GIS equipment intelligent transportation and arrangement system and method based on digital twinning, and relates to the technical field of power equipment installation. The system comprises an equipment cleaning module, an equipment transportation and arrangement module, a digital model module, a data acquisition module, a data transmission module and a remote monitoring module. Wherein the equipment transportation module is composed of a GIS equipment transportation vehicle, a transportation track and a GIS indoor bridge crane, and is used for carrying GIS equipment; the data transmission module establishes data interaction among the functional modules and is responsible for remote distribution; the data acquisition module carries out fusion calculation on sensor, control and position information; and the remote monitoring module is used for visual display and interaction of the digital twinning. The expandability and the flexibility of the system are improved by adopting a modular design; and by combining high-precision RTK positioning, multi-sensor fusion and virtual simulation synchronization technologies, the precision, efficiency and safety of the GIS equipment in the indoor carrying and arrangement process of the transformer substation can be remarkably improved.

The invention relates to the technical field of wharf control systems, in particular to a bulk cargo wharf intelligent centralized control system, which comprises a scheduling workbench for receiving a process operation line task, decomposing the task into an equipment task and issuing the equipment task; the operation table receives the equipment tasks issued by the scheduling workbench and issues starting commands of all the equipment; and the full-process cabinet receives the equipment tasks issued by the operation platform and remotely controls multiple pieces of equipment in a data interaction mode. By integrating a plurality of operation devices in the same system, a plurality of devices can be started and stopped through one key, so that the operation is simpler, and the labor cost is reduced; through the functions of issuing and splitting a work order, issuing an equipment instruction, displaying the operation progress of ship unloading, ship loading, truck loading, ore mixing, compounding processes and the like in real time, integrating process operation and large machine equipment operation and the like, a production plan full-process algorithm is built, the scientific and intelligent degree of the production plan is improved, and the equipment state and operation information are more intuitive and clear.

The invention discloses a prediction method, a management and control method, a system, equipment and a medium for dynamic risks of an extra-high voltage converter station, and the prediction method comprises the steps: carrying out the risk association analysis of risk association points, obtaining a risk association network, and determining a risk prevention and control strategy; a multi-dimensional risk calibration framework is constructed based on space coordinates and three-dimensional modeling, after static calibration and dynamic calibration are completed, a risk prevention and control strategy is introduced for static and dynamic risk integration, and a risk calibration system is obtained; constructing a dynamic risk identification mechanism based on biological multi-modal identification and behavior trend early warning; and introducing a dynamic risk identification mechanism into the risk calibration system to carry out risk prediction. Based on space coordinates of the extra-high voltage converter station, after static calibration and dynamic calibration are completed, a risk prevention and control strategy is introduced for static and dynamic risk integration, and a risk calibration system is obtained; and then a dynamic risk identification mechanism is introduced to carry out risk prediction, so that accurate identification and grade evaluation of risk points are realized, and the risk predictability is enhanced.

The present application provides a kind of based on molecular management's radial flow fixed bed reactor device potential analysis method, the method comprises: obtaining molecular level reaction process model;Molecular level reaction process model includes molecular composition model, molecular reaction dynamics model, catalyst deactivation model and radial flow fixed bed reactor model;Using molecular level reaction process model, the reaction process of actual radial flow fixed bed reactor device is simulated, and product composition property and device energy consumption prediction result are obtained;Based on prediction result, the production potential of actual radial flow fixed bed reactor device is quantitatively analyzed, and quantitative analysis result is obtained, to based on quantitative analysis result and production target, the process parameters of actual radial flow fixed bed reactor device are adjusted and optimized.The present application can improve the raw material utilization rate and product value of production device, provide guidance for the production strategy of device upgrading and efficiency improvement, and be beneficial to improve the scientific and fine management of production.

This invention provides a method and system for evaluating the water-saving level of thermal power plants based on the analytic hierarchy process (AHP), relating to the field of water-saving technology in the power industry. Its key feature is the construction of an evaluation index system for the water-saving level of thermal power plants, comprising a target layer, a criterion layer, and an indicator layer; the target layer is the comprehensive evaluation value of the water-saving level of the thermal power plant. The advantages of this invention are: it constructs a comprehensive evaluation system covering four dimensions—water efficiency, recycling, technical equipment, and management level—overcoming the one-sidedness of traditional single-indicator or subjective experience-based evaluations; it scientifically determines the indicator weights using the AHP and ensures the reliability of the results through consistency checks, significantly improving the objectivity and comparability of the evaluation; the system not only outputs a comprehensive score and grade but also accurately identifies weak links in water-saving efforts and provides improvement suggestions, realizing the systematization, intelligence, and refinement of water-saving evaluation for thermal power plants.

The invention relates to a cleaning system for cleaning a transport vehicle. The cleaning system comprises an access control unit, a vehicle cleaning unit, an air drying and draining unit, an intelligent vehicle recognition unit, an intelligent vehicle violation snapshot and video monitoring unit, an intelligent vehicle detection unit, a sewage circulation treatment unit, a voice and signal unit and an intelligent control unit. All the units are connected with the intelligent control unit, the functions of vehicle violation intelligent snapshot, remote monitoring, vehicle intelligent recognition and detection and the like are achieved, an intelligent man-machine operation interface is provided, remote interconnection with an enterprise environmental protection information system is achieved through a network, and it can be guaranteed that the indexes such as the vehicle cleaning rate, the cleaning time and the cleaning pressure can be achieved; the system has the characteristics of intelligentization, unmanned operation, remote operation and the like.

The invention discloses a bulk grain storage method, a control system, a storage medium and a program product. The method comprises the following steps: acquiring storage information of a storage area; when the storage information shows that the packaged grain is placed, determining an optimal storage condition according to the type of the packaged grain and a preset grain type-storage condition corresponding table; if the current packaged grain storage environment data of the storage area does not meet the optimal storage condition, sending a packaged grain storage environment adjustment instruction to environment regulation and control equipment; when the storage information shows that the bulk grain is placed, judging whether the current bulk grain storage environment data of the storage area meets a preset bulk grain storage condition or not; and if not, sending a bulk grain storage environment adjustment instruction to the environment regulation and control equipment. By implementing the method, packaged grains and bulk grains can be stored in the same granary, so that resources are saved, the storage efficiency is improved, the loss is reduced, more intelligent and differentiated storage management is realized, and the grain storage safety is guaranteed.

This invention provides a wearable postoperative pain assessment and analgesia pump linkage system, belonging to the field of medical rehabilitation equipment technology. The system includes a perception layer, an edge computing layer, a collaborative decision engine, and an execution feedback layer. The perception layer synchronously collects multimodal signals of patient movement, local wound mechanics, and pain physiological responses through a wearable motion sensing unit, wound biomechanical sensing patch, and physiological signal acquisition module. The edge computing layer completes spatiotemporal alignment of multimodal data, action recognition based on temporal convolutional networks, and quantitative calculation of wound stress risk index and action-pain response index. The collaborative decision engine incorporates a four-level risk assessment model to classify the risk of postoperative activities and performs dual-modal quantitative verification of occult wound risks using drug-masked and sleep-masked methods, outputting differentiated intervention decisions. The execution feedback layer achieves graded drug administration through an intelligent analgesia pump and pushes real-time physical intervention guidance via patient-side interactive devices.

The invention relates to a coal cutting circulation analysis method based on pressure data of hydraulic supports of a fully mechanized coal mining face, and belongs to the technical field of coal cutting circulation analysis. The coal cutting circulation analysis method comprises the following steps: S1, collecting pressure monitoring data of each hydraulic support of the fully mechanized coal mining face to form a data set D; s2, the data set D is preprocessed; s3, calculating the number of times of the initial supporting force of each support by using the initial supporting force identification model; and S4, counting the mode of the number of times of the initial supporting force of all supports according to shifts, and taking the mode as the number of coal cutting cycles of the shifts.

The invention relates to a reservoir operation management assessment method integrating a knowledge accumulation view angle and an analytic hierarchy process, which is characterized by comprising the following steps of: performing business scene deep analysis on reservoir operation management work, and establishing a hierarchical structure model of a reservoir operation management work assessment system; based on the hierarchical structure model, constructing a judgment matrix of each hierarchical index; according to the judgment matrix of each level, solving the index weight of each level by adopting a'square root method '; checking the consistency of the judgment matrix, and verifying the consistency of the thinking logic of the judgment matrix generated by construction; the method comprises the following steps: extracting a certain number of reservoir samples, obtaining scores of multiple evaluators on each index of each level of the reservoir samples, and obtaining an index weight of each index of each level; determining the final index weight of each index of each level, and performing arrangement based on the final index weight to obtain the influence degree of the lowest layer on the uppermost layer; scoring each index of the bottommost layer of the hierarchical structure model; and calculating a reservoir operation management work assessment sub-item score and a comprehensive score upwards layer by layer.