14results about How to "Verify stability" patented technology

The utility model discloses an auxiliary maintenance platform for a flow velocity measuring vehicle, which relates to the technical field of hydraulic engineering and comprises a first upright post and a second upright post, support tables are fixed on the outer sides of the first upright post and the second upright post, and a protection component for protection during maintenance is arranged at the top of each support table. A first supporting rod is fixed to the outer side of the first stand column, and a ball machine probe is installed at the bottom of the first supporting rod. The beneficial effects of the utility model are that the protective rack and the protective frame effectively prevent maintenance personnel from being injured due to accidental falling or impact of external objects in the operation process, and the ball machine probe can monitor the maintenance area in all directions, so that the maintenance progress, the equipment state and the surrounding environment can be observed in real time; the safety and efficiency of maintenance work are improved, the solar panel can supply power to equipment on the platform, dependence on traditional energy is reduced, and the operation cost is reduced.

The present application relates to the technical field of agricultural product origin identification and traceability, and particularly discloses an agricultural product origin identification and traceability system and method based on characteristic fingerprints, which comprises the following steps: collecting agricultural product samples to obtain a target sample set; marking the target sample set with dominant characteristic fingerprints according to the dominant characteristics of the agricultural products, and performing one-class partitioning on the target sample set according to the dominant marking result to obtain a plurality of one-class sample clusters; marking the target sample set with recessive characteristic fingerprints according to the recessive characteristics of the agricultural products, and performing two-class partitioning on the target sample set according to the recessive marking result to obtain a plurality of two-class sample clusters; comparing the one-class partitioning result and the two-class partitioning result to determine whether to start a successive verification mode or a separate verification mode; based on the successive verification mode, obtaining each verification result, and determining whether to output an actual origin traceability result according to the verification results.

This application relates to the field of computational materials science and technology, and particularly to a method for targeted design of high-calorific-value energetic alloy materials by coupling elemental information. The method includes the following steps: First, establishing a dedicated energetic alloy material dataset; then, constructing a deep reinforcement learning model for high-calorific-value energetic alloy materials, training the model based on the dedicated energetic alloy material dataset, directionally generating potential energetic alloy material components, and assigning crystal templates to obtain energetic alloy materials with crystal structures; subsequently, training a calorific value and formation energy prediction model based on the dedicated energetic alloy material dataset, predicting newly generated energetic alloy materials, and selecting high-calorific-value energetic alloy materials; finally, using VASP software for computational verification of candidate materials. This application, based on a smart paradigm for materials research and development, combines a deep reinforcement learning model, a neural network prediction model, and quantum mechanical computational verification to achieve targeted design of high-calorific-value energetic alloy materials.

The utility model relates to the technical field of battery manufacturing, in particular to a vibration testing device which comprises a vibration testing table, a pressing component, a first fastening component and a positioning component, the vibration testing table is used for placing a to-be-detected object such as a battery pack, the pressing component is used for pressing the to-be-detected object, and the first fastening component is used for fastening the to-be-detected object. The first fastening component is used for fixing the pressing component on the vibration test bench, so that the to-be-detected object is positioned in a first preset direction; the positioning members are connected with the vibration test bench, and at least two opposite sides or at least two opposite vertex angles of the to-be-detected object are provided with the positioning members, so that the to-be-detected object is positioned in a second preset direction and a third preset direction. The battery pack vibration test tool is designed and used for simulating the vibration environment possibly encountered in the transportation process or the actual use process of the battery pack so as to verify the structural stability and the performance reliability of the battery pack, and an important basis is provided for design and improvement of the battery pack.

The invention discloses an in-situ monitoring method for reaction stability of a titanium-containing multiphase electrode in an electrolysis process, and belongs to the field of electrochemical metallurgy. On the basis of the closed gas sensor detection chamber, through gas circuit connection with the molten salt electrolysis furnace, real-time in-situ monitoring of gas production components and concentration in the electrolysis process is realized, so that the specific reaction condition is judged. And the argon bottle, the pressure reducing valve, the flowmeter, the high-temperature molten salt resistance furnace, the water cooling device and the gas detection cabin are connected with the safety bottle and the tail gas bottle through polytetrafluoroethylene hoses. According to the method, the quantitative relation among the gas volume signal, the electrolysis overpotential and the electrode surface area is established, the change of the electrode surface area in the electrolysis process is calculated and analyzed in real time, the electrolysis system is regulated and controlled by adjusting the electrode surface area, inputting the current density and the like to recover stability, and the reason of the change of the electrolysis overpotential is analyzed; and in-situ monitoring of the reaction stability of the titanium-containing multiphase electrode in the electrolysis process is realized. The electrolysis environment is consistent with the commercial titanium molten salt electrolysis environment.

The application provides a screen aging test method, a system, an electronic device and a storage medium, relates to the technical field of aging test, and the method comprises the following steps: in response to a user input or a preset program, a test strategy containing signal timing, power supply parameters and monitoring threshold is configured for a target screen to be tested, and control instructions independent of each other and having a time sequence relationship are allowed to be set for a power supply control channel and a signal control channel; an independent control signal corresponding to the target screen to be tested is generated by a control unit to respectively drive a corresponding target power supply control channel and a target signal control channel; working parameters of the target screen to be tested in a test process are collected in real time by a monitoring unit; and when it is determined that the target power supply control channel or the target signal control channel is abnormal based on the comparison result of the working parameters collected in real time and the monitoring threshold, a predetermined processing operation is performed. The technical scheme of the application improves the reliability of screen aging test.

The invention provides a database stability testing method and device, equipment, a storage medium and a program product, and relates to the technical field of computers. The method comprises the following steps: acquiring a full-quantity SQL case set, wherein the full-quantity SQL case set comprises SQL statements related to business in a production environment; filtering the full SQL case set, and removing invalid cases to generate a to-be-tested case set; the invalid case comprises at least one of a user-defined excluded SQL (Structured Query Language) statement, a grammar error SQL statement and a file deletion operation SQL statement, and the file deletion operation refers to a command related to user-defined file or system file deletion operation in the SQL statement; executing the to-be-tested case set to obtain an execution result; the execution result is used for verifying the stability of the database; and outputting a stability report according to the execution result. The method is used for achieving the effect of improving the test efficiency.

The present disclosure provides a memory capacitor stability test method, device and equipment. In the method, the test device writes logic levels into all capacitors of the memory to be tested, and reads the logic levels from all capacitors of the memory. The steps of writing and reading are repeated to obtain multiple groups of logic levels written into the capacitors of the memory and logic levels read out, and transmit to the computer equipment. The computer equipment determines the number of failed capacitors in the memory in each test according to the multiple groups of logic levels written into the capacitors of the memory and the logic levels read out, and finally determines the stability of the memory capacitor according to the change of the multiple groups of capacitor failure numbers. Through the comparison of the written and read levels, the capacitor test can be realized in the circuit test stage without waiting for a long time, the stability of the capacitor is quickly verified, the test process is simple and the test time is short, and the test efficiency of the memory capacitor is effectively improved.

This invention discloses a load cell, method, and electronic device for testing vehicle controllers. The load cell includes: a communication device for acquiring test requirement information and hardware parameter information of the vehicle controller to be load tested; a test environment simulation device connected to the communication device for constructing a simulated environment for load testing of the vehicle controller based on the test requirement information and hardware parameter information; an information acquisition device connected to the vehicle controller for acquiring operational status information generated by the vehicle controller during operation in the simulated environment; and a controller connected to the information acquisition device for performing load testing on the vehicle controller based on the operational status information. This invention solves the technical problem of low efficiency in load testing of vehicle controllers in related technologies.

A shelter heat dissipation backflow test detection device is characterized in that a test support tool, an air duct frame, a radiator left end baffle plate, a radiator right end baffle plate and an arc plate are arranged, and a radiator is arranged in the test support tool; the radiator left end baffle and the radiator right end baffle are arranged on the two sides of the radiator arranged on the test supporting tool, and the air duct frame is fixedly arranged above the radiator left end baffle, the radiator and the radiator right end baffle. The arc plates are erected on the rear side of an air inlet shutter of the radiator at intervals, and the arc centers of the arc plates are located on the far side of the radiator, so that the actual working condition of a product and the ambient temperature are simulated, the actual conditions are simulated through the test tool, and data of the working conditions of different ambient temperatures are collected. And whether the shelter power station can generate high temperature or not under a severe environment condition is judged through data analysis, so that the stability of a product is verified.

The invention discloses a PJI diagnosis model based on serum and synovial fluid indexes and a construction method of the PJI diagnosis model, and aims to solve the problems that in existing PJI diagnosis, specificity of a single index is insufficient, and misjudgment is easily caused due to culture negative. According to the method, serum and joint fluid samples and clinical information of all-joint replacement postoperative revision patients are collected, multiple types of clinical indexes are extracted after data processing and queue division, and eight core indexes are screened out by adopting LASSO logistic regression in combination with single-factor and multi-factor logistic regression; and constructing a visual column graph model containing a scoring system and a probability transformation formula through an R language. The model fully considers index weight and interaction, has the characteristics of low cost, easy acquisition and accurate diagnosis, is reliable in performance through training and verification queue verification, can assist clinicians in making scientific judgment before invasive treatment and reduce unnecessary detection and medical burden, and is suitable for popularization and application of medical institutions at all levels.

The application is suitable for the field of protein detection, and provides a microprotein detection method, comprising the following steps: step one, preparing a protein solution, and adsorbing the protein solution through a polystyrene hole plate, and then washing; step two, synthesizing titanium dioxide nanoparticles by a solvothermal method, and adding the titanium dioxide into the protein solution, so that the titanium dioxide is combined with the hole plate protein, and washing after the combination; step three, adding a chromogenic solution into the hole plate, and irradiating the chromogenic solution through ultraviolet light, so that the resazurin in the chromogenic solution is converted into resorcinol; and step four, reading and recording the fluorescence value of the hole plate through an enzyme label instrument. The research proposes a new microprotein detection method, realizes signal amplification through a catalytic reaction, has the characteristics of convenient operation, high speed and low cost, and takes urine protein detection as an example to verify the feasibility, sensitivity and stability of the method, has high practical application value, and provides a new solution for clinical urine protein detection.

This invention discloses a method for optimizing drinking water taste questionnaire scoring data and selecting evaluator weights, comprising the following steps: Step S1, obtaining taste questionnaire scoring data of multiple drinking water samples from random evaluators, constructing a scoring matrix, where represents the water sample number and represents the evaluator number; the differences in taste sensitivity among the evaluators are objectively reflected in their scoring data, and are quantified and distinguished through subsequent objective weighting steps; Step S2, preprocessing the scores to obtain a standardized matrix for weight calculation. This invention, through consistency assessment and selection criteria, makes the weighting scheme selection interpretable and verifiable, avoiding the uncertainty caused by empirical selection, and the correlation coefficient between the information content weighting method and other methods is greater than 0.9, verifying the effectiveness and stability of the consistency selection mechanism of this invention.