15 results about "Confirmation test" patented technology

The utility model discloses a kind of confirmation experimental devices for Bacillus cereus detection with wax sample, including transparent detection box, two magnetic seats are symmetrically installed in the upper end in transparent detection box, two magnetic seats upper end are fixed with glass slide by magnetic block, the upper end of transparent detection box is provided with several syringes, the lower end of syringe is connected with the upper end of hard long connecting pipe by pipe joint, the lower end of several long connecting pipes is located above glass slide, the uppermost of glass slide is also provided with horn head, the upper end of horn head is connected with air duct and air bag, the lower end of transparent detection box is set in the liquid collection box outside, compared with prior art, the beneficial effects of the utility model are: when carrying out confirmation experiment, each kind of reagent needed for dyeing is respectively loaded into different syringes, reagent is made to drop on glass slide by long connecting pipe by pushing syringe to carry out dyeing, air flow is generated by extruding air bag and acts on magnetic seat, realize air drying.

The present application relates to human medical monitoring. The system generates a stress response risk assessment, which at least includes a first cognitive identification for the tester's environment, and finds the stress response inducer of the tester based on the first cognitive identification result; the first cognitive identification is that the first cognitive module pre-identifies the odor factor in the environment based on the tester's environment, which is used to obtain the odor factor in the tester's environment as the first early warning assessment parameter for screening the inducer of the tester's stress response, and sends the first early warning assessment parameter and the tester's past medical history obtained by sending a query request to the historical database with the tester's permission to the tester's risk management module; the risk management module realizes the stress level assessment of the tester based on the first early warning assessment parameter and the tester's past medical history, and confirms the coping measures needed by the tester in the current environment based on the stress level.

An object of the system according to the embodiment is to solve questions related to qualification acquisition and learning, and to support learning in accordance with individual needs.SOLUTION: A system includes a question answering part, a step proposing part, a curriculum proposing part, and an exercise providing part. The question answering unit generates an answer to a question of a user. The step proposal unit proposes steps for achieving the goal on the basis of the answer generated by the question and answer unit. The curriculum proposing section proposes an optimum curriculum based on the steps proposed by the step proposing section. The exercise providing unit provides an exercise and a confirmation test based on the curriculum suggested by the curriculum suggesting unit.SELECTED DRAWING: Figure 1

A smoke application tester having a configuration that allows easy operation confirmation testing of a smoke detector even in various installation environments where operation confirmation testing using a support rod is difficult. [Solution] A smoke testing device mounted on a flying robot that uses test smoke to test the operation of a smoke detector, comprising a cup that is placed over the smoke detector, a smoke generating unit that is installed on the flying robot and generates test smoke, and a support that has one end connected to the smoke generating unit and the other end connected to the cup and supplies the test smoke generated by the smoke generating unit to the cup.

The invention discloses a user interface automatic testing method and device.The method comprises the steps that operation elements in a user interface involved in testing are modified from initial styles to corresponding custom styles, and the custom styles are used for highlighting the operation elements so that the operation elements can be rapidly recognized; after each test action in the test script is executed, performing screenshot on the user interface, generating annotation information according to the operation type, the operation element identifier, the operation parameter and the expected result of the current test action, and adding the annotation information to the screenshot; splicing the screenshots corresponding to the test actions into a video according to the sequence of the test actions in the test script; according to the video, a test result is confirmed, and the test result comprises whether the test is successful or not and the position where a problem occurs when the problem occurs in the test. According to the scheme, the problem positioning efficiency and accuracy in the automatic test of the user interface are effectively improved.

The invention discloses a multimode rail transit signal software confirmation test analysis method, system, medium and equipment, and the method comprises the steps: selecting a test mode and parameters through an interaction interface, and connecting a test platform; defining and initializing a test case conforming to the selected mode in the automatic analysis unit; calling a platform interface to obtain full-cycle test data of the current use case; based on the modes, the parameters and the test data, analysis of the corresponding modes is executed, and results are generated; and a result is transmitted back to the platform through an interface to generate a visual report. The multi-mode fusion analysis module is provided, the time sequence relevance of the test case is dynamically adapted, and the accuracy of the rail transit signal system software for confirming the test result can be effectively improved.

A system and method for digital imaging and communications in security (DICOS) standard compliance validation. The system and method may validate both communication messages and files for compliance with the DICOS standard. In some embodiments, the system includes a processor for communicating with a test subject and a memory having program instructions stored thereon for performing a compliance test of the test subject to determine if the test subject is complaint with the DICOS standard. Execution of the instructions by the processor causes the processor to carry out the steps of: confirming that a transmitted DICOS message, e.g., a response or request, from the test subject is compliant with the DICOS standard; logging any errors in the transmitted DICOS message from the test subject in a validation report; and transmitting a simulated DICOS message, e.g., a response or request, to the test subject. In some embodiments, the steps further include, in response to the transmitted DICOS message, accessing a DICOMDIR file stored in the memory. The DICOMDIR file may be configured as a directory for DICOM file sets stored the memory. Transmitting the simulated DICOS message to the test subject may be performed in response to accessing the DICOMDIR file stored in the memory. Also, a DICOM file may be stored or retrieved from memory in response to accessing the DICOMDIR file stored in the memory.

An object of the system according to the embodiment is to enable a shop crew to efficiently learn the latest fee plan and terminal information.SOLUTION: A system includes an information collection unit, an analysis unit, and a test generation unit. The information collection unit collects information using the generated AI. The analysis unit analyzes the information collected by the information collection unit. The test generation unit generates a confirmation test based on the information analyzed by the analysis unit.SELECTED DRAWING: Figure 1

The application discloses a kind of multi-ECMP load sharing test method, device, equipment and medium, method includes: confirming test task, according to the test task determines main test equipment and auxiliary test equipment;According to the test task, build test environment, the test environment includes single physical link, virtual local area network and the logical interface corresponding to the virtual local area network;In the auxiliary test equipment, the logical interface is bound by access control list ACL technology, to obtain the number of messages;According to the number of messages, judge whether load sharing link carries out load sharing.The application uses a physical link, replaces original multi-physical link, and is simpler on environment building.Moreover, it is not limited by the number of load sharing links supported on the switch.The more ECMP load sharing links supported by the switch, the more efficient the method is, with strong scalability.

The invention discloses a method for detecting diphenyl pentene in water and a fish body based on LC-MSMS (liquid chromatography-mass spectrometry). The method comprises the following steps: 1, respectively determining different detection conditions according to the detected water and the fish body by adopting LC-MSMS; 2, preparing a working solution of a detected object; 3, carrying out sample introduction test on a blank solvent, a blank matrix sample and the standard working solution with the lowest-grade concentration by using the established LC-MS / MS analysis method; 4, testing the recovery rate and repeatability; 5, detection limit and quantification limit; 6, analyzing experimental results including specificity, linear range and correlation, recovery rate and repeatability, and detection limit and quantitation limit; compared with the prior art, the method has the advantages that in an analysis method confirmation test, the target object can be qualitatively and quantitatively determined through retention time and qualitative and quantitative ion pairs, the interference phenomenon of other impurities does not exist, and the method has good selectivity.

The invention discloses a spacecraft simulation model fidelity verification method based on behavior comparison, and belongs to the technical field of spacecraft simulation. The method comprises the following steps: designing a spacecraft simulation model overall fidelity index system; designing an initial fidelity confirmation test method, and carrying out an initial test on the spacecraft simulation model; establishing an agent model for the output residual error of the spacecraft simulation model and the spacecraft real object, and quantifying the uncertainty of the spacecraft simulation model by quantifying the uncertainty of the residual error to obtain the output uncertainty of the spacecraft simulation model; on the basis of an initial test, an incremental fidelity confirmation test is designed, test points are gradually increased according to a model uncertainty quantification result, and accurate calculation of a fidelity index is realized. According to the method, the comprehensiveness and efficiency of the overall fidelity of the spacecraft simulation model can be improved.

The application discloses a degradation model confirmation and test design method with interval uncertainty in the field of material test design. The first moment average unbiased estimator and the second moment variance unbiased estimator are calculated based on a test data sample set, and the upper limit value and the lower limit value of the unbiased estimation are calculated. The upper limit and the lower limit of the interval variables in the interval variable set are linearly interpolated to obtain the upper limit and the lower limit of the test observation model of the interval process, and a test observation model is formed. The model confirmation index is compared with the set model confirmation factor to determine whether the prediction model is a real degradation model. The interval limit of the test data is quantitatively calculated by using the unbiased estimation method, the demand for the number of test samples is reduced, the number and distribution of observation time and the number of test samples are fully considered, the collaborative optimization algorithm is adopted to obtain the optimal distribution of the test sample quantity and the observation time, and the cost of the model confirmation test is reduced.

A system is provided.SOLUTION: A system comprising: a terminal for inputting contents that a user wants to learn; a server having natural language processing means for receiving and analyzing the learning contents input from the terminal; means for proposing an optimum learning course based on an analysis result; means for providing a confirmation test based on a learning progress situation of the user; and means for applying a discount to a specific communication service user based on communication line information.SELECTED DRAWING: Figure 1

The invention relates to a multi-tool integrated automatic test platform implementation method and system, and the method comprises the steps: receiving a test case ID by a dispatching center, loading a test step sequence, an expected result and configuration parameters from a test case library and a station yard configuration library of a data and configuration management center, deploying a test environment through the tool integration adaptation layer and confirming that the test environment is ready; the dispatching center executes a test step sequence in sequence, the modules work in parallel to continuously collect data, and each module comprises a test management dispatching center, a tool integration adaptation layer, a data and configuration management center and an analysis and judgment engine; the analysis and judgment engine collects and aligns data collected by all the modules and carries out information extraction, and a multi-dimensional index calculator is used for calculating functional indexes; and comparing with a predefined passing standard to obtain a conclusion, so that automatic testing of multi-tool integration is realized. Compared with the prior art, the method has the advantages of being high in testing efficiency, accurate in judgment result, high in testing platform adaptability and the like.

An object of the system according to the embodiment is to automatically generate a confirmation test only by uploading a material.SOLUTION: A system includes a material upload part, an analysis part, and a test generation part. The material uploading unit uploads a material such as a PDF. The analysis part analyzes the material uploaded by the material upload part. The test generation unit generates a checking test based on the content of the material analyzed by the analysis unit.SELECTED DRAWING: Figure 1