6results about How to "Reliable data basis" patented technology

The application discloses a terminal crimping die tracking information management method for automobile wire harness, relates to the technical field of information processing, and comprises the following steps: acquiring crimping records generated in a continuous operation state and corresponding time position marks, performing trajectory sketching on sequence changes of the crimping records in a writing process, performing expansion processing on the crimping records according to a time advancing relationship, and forming basic record data. The application realizes identification and positioning of repeated writing and covering behavior by sketching sequence changes of crimping record writing and extracting periodic characteristics, restores a real advancing relationship of records, guarantees accuracy of a corresponding relationship of data, controls subsequent writing rhythm at the same time, makes record distribution tend to be balanced, suppresses a covering trend, maintains continuity of a record trajectory, and improves data stability and quality traceability reliability.

The utility model provides a shallow soil sampling device for geological exploration. The shallow soil sampling device comprises a soil sampler assembly capable of sampling soil, the soil sampler assembly comprises an engine, a shaft rod which is in transmission connection with an output shaft of the engine and extends in the vertical direction, and a soil sampling cylinder which is detachably connected with the shaft rod; the soil sampling cylinder comprises a plurality of groups of inserting plates and a plurality of groups of slotting plates, the inserting plates and the slotting plates are alternately connected and arranged, are arc plates, and are mutually matched and spliced to form a cylindrical structure which is detachably connected with the shaft rod; a cavity is formed in the slotting plate, a limiting assembly is arranged in the cavity, and a limiting groove matched with the limiting assembly is formed in the inserting plate; after the soil sampler successfully completes soil sample collection work, the cylindrical structure can be detached from the connecting block connected with the cylindrical structure. Then, the pulling piece is poked, the movement of the pulling piece can drive the inserting rod to act, and the inserting rod is made to be separated from the limiting groove. The purpose of the utility model is to keep a soil sample in a more complete state.

The application discloses a kind of detection method, device and equipment of the cooling liquid filling quantity of engine cooling system, comprising: filling cooling liquid to the expansion kettle of cooling system to the highest mark line position;Multiple control starts engine operation and after engine each operation stops, re-filling cooling liquid to the expansion kettle to the highest mark line position, until engine operation stops, the cooling liquid level height in expansion kettle is stabilized at the highest mark line position;The amount of cooling liquid filled in the expansion kettle each time is accumulated, to determine the cooling liquid filling quantity in cooling system.In the present application, cooling liquid is directly injected into the expansion kettle, and the engine is started multiple times, and cooling liquid is filled and supplemented when the engine stops each time, until the cooling liquid in the expansion kettle stabilizes at the highest mark line position, i.e.The filling quantity of cooling liquid in the cooling system can be accurately determined, to provide more accurate and reliable data basis for engine matching vehicle, which is beneficial to ensure the working performance of engine operation.

An improved method for short-term load forecasting using the whale algorithm and optimized deep extreme learning machine (IWOA-DELM) is proposed. This method introduces Tent chaotic mapping to initialize the initial whale population and employs IWOA as the base load forecasting model to mine deep hidden information in the data. The improved whale algorithm is then used for parameter optimization. Finally, considering the significant impact of factors such as temperature and humidity on load changes, a multi-dimensional IWOA-DELM load forecasting model is established. This method addresses the problem of insufficient initial population distribution in the whale algorithm and enriches the model input by considering the influence of climate factors on load values, thereby improving the accuracy of short-term load forecasting.

This invention relates to the field of water-guided laser processing technology, specifically a method and system for measuring the effective jet length and monitoring nozzles in water-guided lasers. The main components of the method are: first, a stimulated Raman scattering optical isolation imaging system is constructed to acquire a grayscale image of the scattered red light from the jet; then, the jet contour features are extracted, the pixel length along the principal axis is calculated, and the actual physical length of the jet is obtained by combining equipment parameters; finally, the length is compared with a safety threshold to determine the status. This invention relies on a dual isolation mechanism of long-pass filters and Raman scattering to effectively avoid detection interference caused by metal reflection and water mist, accurately identify high-energy jet regions with cutting capabilities, and abandon traditional relative calculation methods. It can directly output millimeter-level measured lengths, enabling timely detection of sudden nozzle malfunctions and full-process quantitative tracking of wear levels, providing accurate data support for nozzle condition monitoring.

The invention provides a gas reservoir production limit evaluation method, device and equipment and a storage medium. The method comprises the steps that on the basis of the current gas price, the critical full-life-cycle cumulative gas production rate of a gas well under the preset yield rate is calculated, and on the basis of the critical full-life-cycle cumulative gas production rate and the first-year gas production rate proportion of the gas well in the high-water-content tight sandstone gas reservoir area, the critical first-year gas production rate and the critical first-year daily average gas production rate are determined; based on the water production data and the gas production data of the multiple first-class gas wells, the linear relation between the daily average gas production rate of the first year and the water-gas ratio is determined, and the critical water-gas ratio is determined; based on the critical water-gas ratio and the critical first-year daily average gas production, reservoir calibration is conducted on the multiple second-class gas wells; and determining the lower limits of porosity, permeability and gas saturation of the effective reservoir of the high-water-content tight sandstone gas reservoir based on the reservoir calibration result. According to the method, the gas reservoir production limit is evaluated by combining the economic factors and the gas-water relationship of the gas reservoir, and the accuracy of production limit evaluation is improved.