9 results about "Critical test" patented technology

An Advanced Modular Test Bench for Industry (100) comprising a Compartment (110) that acts as the structural framework housing the internal components, a Cover (120) that secures the components inside the enclosure, a Connection Board (130) that facilitates the interconnection of modules and devices under test (DUT), a Visual Interface (140) that provides an interactive interface for test programming and real-time data visualization, a plurality of Test Terminals (150) that allow direct connection of devices under test (DUT), Switches (160) that provide manual control over critical test bench functions, a Control Base (200) that supports electronic components, a Power Supply (220), and Control Terminals (230) that enable the connection between control elements, test terminals (150), and switches (160).

This invention relates to the field of testing technology, and in particular to a testing device for quantum dot film fabrication. The device includes a friction testing machine, a pen holder, and a loading arm. The friction testing machine has a fixed base on its top for fixing the test piece. The fixed base has opposing clamping components for centering and aligning the test piece. A sweeping cleaning component is located at the bottom of the sliding guide block for blowing air to clean the surface of the test piece. This invention ensures that the clamping forces applied from all sides of the sample are completely symmetrical and act simultaneously through the opposing clamping components, improving the accuracy of friction resistance testing for quantum dot film products. Relying on the mechanical coupling between the sweeping cleaning component and the opposing clamping component, the critical testing area is purged instantly upon sample fixation, efficiently removing dust contamination. The use of a circumferential locking component greatly improves the accuracy of load control, forcing the geometric center of the weight to coincide with the mechanical axis of the loading arm.

The invention provides an automatic driving simulation test method for scene automatic generation, and belongs to the technical field of automatic driving, and the method comprises the steps: loading a preset file to configure an executable initial scene set; collecting camera and LiDAR sensor data and vehicle state data on a CARLA simulation platform based on an unreal engine; after the data are preprocessed, a comfort index and a safety index are calculated; constructing a fitness function with hard constraint by using the index matrix, and realizing search by combining genetic algorithm global exploration and neighborhood disturbance local optimization; restarting the process from an unexplored area when continuous ten generations are not optimized and improved; and finally outputting a minimum uncomfortable triggering scene set, a high-risk safety violation scene set and a reproducible experiment package containing scene files, parameters and the like. According to the invention, 'safety-comfort 'two-dimensional evaluation is realized, the test cost is greatly reduced, the evaluation comprehensiveness and reliability are improved, and key test support is provided for landing of automatic driving.

The invention provides a BMS controller detection method and related equipment, and is suitable for the technical field of battery detection, and the method comprises the steps: carrying out the random sampling of an operation parameter group according to the joint probability distribution data of a historical operation data set, and obtaining a first test parameter group set, performing parameter group screening and simulation testing on the first test parameter group set according to a critical parameter group set to generate a critical test operation data set, determining critical probability distribution data according to the critical test operation data set, and performing random sampling of operation parameter groups according to the critical probability distribution data to obtain a second test parameter group set, and performing simulation test on the BMS controller according to the second test parameter set to obtain second operation response data, and performing weighted aggregation and statistical analysis on the second operation response data according to the joint probability distribution data and the critical probability distribution data to generate critical detection data. According to the invention, the critical failure probability of the BMS controller can be quantified efficiently and reliably.

This application relates to a dynamic scheduling method, apparatus, device, and storage medium based on task priority. The dynamic scheduling method based on task priority includes: using a multi-dimensional evaluation algorithm to dynamically prioritize test tasks to obtain their task priorities; acquiring indicator data for each test node; obtaining full-dimensional structured resource status data based on the indicator data; and obtaining a task scheduling strategy based on the task priorities and the full-dimensional structured resource status data. By introducing a dynamic scheduling mechanism based on task priority, this application can adjust the execution order and resource allocation of test tasks in real time according to factors such as the urgency of test tasks, resource requirements, and project schedule. This dynamic scheduling method can significantly improve the utilization rate of test resources, ensure the priority execution of critical test tasks, and thus improve overall testing efficiency and project delivery quality.

The invention discloses a test case processing method and device, equipment and a storage medium, and relates to the technical field of tests.The test case processing method comprises the steps that to-be-processed test case data is subjected to data screening, and key signals are obtained; performing format conversion on the key signal based on the meaning of the key signal to obtain key test case data; performing test case segmentation on the key test case data to obtain multiple segments of target format data; and inputting the multi-section target format data into a preset large model to carry out test case intention extraction and rule extraction to obtain a test intention and a test rule of the key test case. Through the processing, the intention of the test case and the followed rule can be more accurately understood, and then the processing efficiency and accuracy of the test case are improved.

This application provides a resilient testing method and apparatus for unmanned systems, relating to the field of artificial intelligence technology. Step 1: Input the initial test cases of the proxy prediction model corresponding to the actual system under test into the criticality prediction model to determine the criticality score of the initial test cases; Step 2: Determine key test cases from the initial test cases based on the criticality score and criticality threshold, and predict test deviations based on the actual test cases and key test cases of the actual system under test; Step 3: Correct the criticality prediction model based on the test deviations while collecting actual test cases online to generate an updated criticality prediction model; Step 4: Repeat steps 1-3 using the updated criticality prediction model according to the preset maximum number of tests to determine the final key test cases. This improves the resilience of intelligent testing technology in testing different models of unmanned systems and enables rapid optimization and adaptation of the test case library.

The invention discloses a method for testing a heating rod for a CHF test, and belongs to the field of nuclear power. The method comprises the following steps: providing a simulation test environment for a heating rod, carrying out a transient test by taking a first environment parameter as an initial state, carrying out a critical test by taking a second environment parameter as an initial state, carrying out a steady-state test under a third environment parameter, and finally carrying out a heat balance test. According to the method, the test sequence of the heating rods is reasonably arranged, so that frequent disassembly, assembly and transformation of a test device are avoided, and the test efficiency is improved; and meanwhile, aging treatment on the heating rod is realized by utilizing the influence of a preorder test on the state of the heating rod, so that the repeatability and the accuracy of a test result are improved.

The application discloses a narrow rectangular channel boiling critical test section under motion condition with local heat flow concentration, which adopts direct current power single-side electric heating and comprises a compression glass window, compression bolts, an outer glass window, an inner glass window, a rectangular narrow slit flow channel, a heating plate assembly, upper and lower pressure bearing shells, a flow channel inlet, a flow channel outlet, an inlet electrode assembly and an outlet electrode assembly. The test section changes the regional resistance by adjusting the thickness of the heating plate part area, thereby changing the regional distribution voltage and power, and realizes the heat flow local concentration effect. The compression glass assembly, the outer window, the air gap and the inner window jointly form a visual window for observing the experimental phenomena. The test device can complete the visual test of the rectangular narrow slit channel boiling critical under the condition of the middle-low pressure heat flow local concentration.