146 results about "Test order" patented technology

The invention provides a continuous integration testing method which is applicable to all testing environments and high in reusability and can reduce working loads and complexity in maintenance. The method includes the following steps that a continuous integration project monitors targets which are to be tested and operate in all real environments at the same time; when the target which is to be tested and operates in a certain real environment reaches the preset conditions and is detected, an environment identification corresponding to the real environment where the target to be tested operates is obtained; a test case is called by sending a test order, wherein the test order comprises the environment identification; the test case is allocated with the corresponding test environment according to the environment identification; a testing script in the test case is executed in the testing environment and a final testing result is obtained. According to the continuous integration testing method, the reusability is high; even if the target to be tested is changed, only one CI project and one test case are needed to be maintained and the work loads and the complexity of the continuous integration test are greatly improved.

The invention relates to a numerical control machine tool thermal error real-time compensation modeling method based on a time series algorithm, which belongs to the technical field of precision machining. The method comprises the steps of (1) carrying out data zero mean pretreatment, namely employing an inverted sequence test method and a kurtosis and skewness test method to judge the stationarity and the normality of the data; (2) using an autocorrelation function, a partial correlation function, and the censored results as judgment criteria to carry out the pattern recognition of a thermal error mathematical model; (3) employing a least square estimation method or a long autoregressive residual calculating method to realize the parameter estimation of the thermal error mathematical model; (4) determining the order of the thermal error mathematical model, namely employing a judgment method that combines an AIC order determination criterion, an F test order determination criterion, and a whiteness test order determination criterion to realize the order determination of the thermal error mathematical model; (5) and carrying out integration processing of synthesizing judgment conditions, namely constructing a complete forecasting mathematical model formula. The modeling method provided by the invention has the advantages that less hardware is required, the applicability is wide, and the established model has high prediction precision and reliability.

This invention discloses one intelligent card memory subject method by use of capacity device in subject type, which comprises the following steps: testing order parameters and judging its legality and analyzing its detail operation type; analyzing input subject label and judging whether the current application entrance label is same; if yes, then indexing the current entrance; if there is the subject, fulfilling the memory operation flow according to the subject property; due to APDU subject this invention is for each detail application flow.

This invention discloses a diagnosis method for network fault including: receiving and recording fault report of users, judging if the user session is normal, if not, it judges that the user line is faulty, otherwise, it starts up a connectedness test order to the network side from CPE corresponding to the user to judge if the connection of the protocol layer is normal, if not, it determines that the protocol layer connectedness is faulty, otherwise, it simulates the protocol and operates or requires to send it to the network side at the CPE to determine if the protocol is normal based on the operation. This invention also discloses a device for diagnosing network fault.

A method and a device for restoring the storage device unit in a storage device system are disclosed. A testing device detects a fault address by testing storage device equipment according to a test order and temporarily stores the fault address in a fault address storage device (FAM). According to a fault address transmitting mode, the fault address is transmitted to the storage device equipment and is temporarily stored in a temporary fault address storage device of the storage device equipment and is then stored in an anti-fuse array which is used as a nonvolatile storage device. To ensure the reliability of data, stored data is read for verifying data and a verification result is transmitted to the testing device through data pins in a serial or parallel manner.

The invention discloses a method. a device and an electronic paying system for detecting an electronic paying fault, in which the method comprises the following steps: generating automatically a testing order according to preset rules; generating paying information corresponding to the testing order; sending the testing order and the paying information to an order receiving system and receiving an order processing result from the order receiving system; checking whether the order paying has faults according to the testing order and the order processing result. The invention solves the problem that the reason causing the fault can not be detected when the order processing result can not be received in the prior electronic paying process.

Computerized systems and methods are provided for coordinating clinical laboratory testing from initial order entry to results notification. A laboratory testing manager provides a centralized conduit for interfacing entities placing orders for laboratory testing and laboratories performing testing. Entities, such as healthcare providers, patients, and the like, may access the laboratory testing manager to enter orders for laboratory testing. The laboratory testing manager may determine an eligible laboratory to perform the laboratory testing based on information provided in each order, such as the type of testing requested and insurance coverage information. After a laboratory performs testing specified in an order, the laboratory may enter the testing results, which are routed to recipients indicated for the results.

A terminal device and a relay node selection method of the terminal device are described. The terminal device may sequentially compare a threshold value and an output signal to noise ratio (SNR) of a plurality of relay nodes based on a set test order, and select a relay node having an output SNR greater than the threshold value as a relay node to perform a cooperative communication.

This invention provides a realization method for automatization test, in which, a primary control computer receives a test order sent by a user and converts the order to order information to transmit it to a controlled computer and the order information includes an information kind corresponding to the function kind to be called by the test controlled software entity, after the controlled computer receives said order information, the software entity carries out said function call and transfers the result to the control computer in the way of feeding back information.

The invention discloses a method of indicating instrument automatic test based on the computer vision technology, which comprises the following steps: inputting the information of the seized table to the computer; camera equipment which is controlled by the computer collects the seized table image, after recognizing by mage recognition software, causes the dial on image to check verification of information; the computer according to the corresponding test order, controls the standard source and camera equipment, completes the testing instrument. The invention adds a matching process in the existing automatic test methods, before the formal detecting of the computer, the dial recognized by the computer is showed in front of customers on image, and the sub-degree line and the value needed to test are marked, for users checking or modifying. Wrong judgments caused by the identification error of computer are avoided in the course of dial testing; the accuracy of test instrumentation is increased.

The invention discloses a television test method. The method comprises following steps of acquiring a test plan of a television, wherein the test plan comprises a step of testing properties and / or functions of the television; and sending a test order to a remote control device according to the test plan, so as to allow the remote control device to remotely control the television to perform corresponding processing. The invention also discloses a television test device and a television test system. In the method, according to the test plan, the remote control device remotely controls the television, so that the television can perform corresponding processing so as to finish the television test automatically, and a lot of repetitive operations of testers are saved. The method is applicable to subjective reviews or pressure tests needing a lot of repetitive operations and tests in special environments unsuitable for manual operation, such as high temperature environments, can reduce human errors and improve test accuracy, can reduce work stations and testers of a television factory and improve production efficiency and productivity, and makes automation of the television factory feasible.

This invention discloses a performance combined test system of a memory server including a test management module and a load generative module set on a customer computer, in which, the first is responsible for setting test parameters to send test order to the load generation module and collects its test result data and calculates and arranges the result data to output them, controlling the whole process of the test. The latter sets up I / O access flow, transfers I / O request messages to the storage server and receives its respond information. This invention uses multiple customer computers to simulate multiple users and accesses the storage server within stimulated time to test its performance expressed under different load conditions.

An automatic power supply testing system records a preset test order of first and second power supplies with a recording module. The automatic power supply testing system controls a first control unit to connect a first connector connected to the first power supply to a simulation load to test the first power supply according to the preset test order by a determination control module and obtains a first test result. The automatic power supply testing system controls a second control unit to connect a second connector connected to the second power supply to the simulation load to test the second power supply after determining that the first test result is displayed and obtain a second test result. A display module displays the electrical stability of the first and second power supplies.

A method for operating an automated sample workcell (102, 410, 301) for processing one or more biological samples (125-130), the method comprising: - receiving (201) the one or more biological samples, each sample being contained in a sample tube, each sample tube being of a tube type (122-124),- in case a test order (104) was received for at least one of said biological samples, the test order being indicative of one or more first processing steps, operating (204) the workcell for automatically executing the one or more first processing steps, and - in case said test order was not received, determining (205) one or more second processing steps in dependence on the tube type of the sample tube that contains said at least one biological sample, and executing (206) said one or more second processing steps.

The embodiment of the invention provides a performance test system, method and device for electronic equipment to be tested. The system comprises a PC, a test instrument and multiple sets of electronic equipment to be tested. The PC respectively establishes communication with all the electronic equipment to be tested and determines the test orders of all the electronic equipment to be tested through a network card connected with all the electronic equipment to be tested, wherein one test order corresponds to one set of electronic equipment to be tested; by means of the network card connected with the test instrument, the PC controls the test instrument to target the electronic equipment to be tested corresponding to all the test orders and to carry out tests on the performance of the electronic equipment to be tested corresponding to all the test orders through test ports connected with all the electronic equipment to be tested corresponding to all the test orders in all test order phases according to the test orders to complete the performance tests of all the electronic equipment to be tested and to obtain the test results of all the electronic equipment to be tested. The performance test system, method and device for the electronic equipment to be tested improve the efficiency of the performance tests of the electronic equipment to be tested.

The invention discloses an automatic optical detection system based on a CPU+GPU+FPGA architecture. The automatic optical detection system comprises an image storage unit, an image calculation unit and an image acquisition unit, wherein the image storage unit is provided with a first communication interface and a second communication interface, the image calculation unit is provided with a first optical-fiber interface, a second optical-fiber interface, a third optical-fiber interface and a fourth optical-fiber interface, and the image acquisition unit is provided with a third communication interface and a camera interface; and the image calculation unit receives configuration parameters and test orders transmitted by the image storage unit and transmits a test result to the image storageunit by virtue of the first optical-fiber interface, receives data of the image acquisition unit and transmits the configuration parameters and the test orders to the image acquisition unit by virtueof the second optical-fiber interface, controls the generation of a point-screen signal by virtue of the third optical-fiber interface, and controls an IO light source by virtue of the fourth optical-fiber interface. The automatic optical detection system based on the CPU+GPU+FPGA architecture has the advantages of simple structure, low cost, good stability, good coordination capacity, high calculation processing capacity and the like.

The present invention relates to a data processing system and method for seamlessly integrating laboratory information management system (LIMS) functionalities into an enterprise resource planning (ERP) system. The invention enables to keep the additional complexity that is required for the provision of LIMS functionalities at a minimum as all laboratory instrumentation setup information is centrally stored in a server computer but not in the ERP system.

This invention discloses one imbed file system and its test method, which comprises the following steps: user transplanting the imbedded file system application interface API function to test system API database; the said test system receives and analyzes user input imbed file system for test order to transfer order relative file management function; the said file management function transfers the relative API of the system to test imbedded files sent back to user through API.

The invention provides a test system, method and device; the test system comprises a central controller, at least one physical machine, and a plurality of tested devices physically connected with connectors of the physical machine; each physical machine is provided with at least one virtual machine capable of testing the tested device; the control controller receives a test task, and sends a test order to the physical machine having one or more virtual machines; the physical machine receives the test order, starts the corresponding virtual machines, and the started virtual machines can identify the tested device, thus executing the test task. The physical machine and virtual machine can realize interaction work, and the virtual machine can identify the tested device so as to realize automatic testing of the tested device in the virtual machine; manual plugging is not needed, so manpower resource is librated, thus largely improving test efficiency.

A test administration system comprises a central computer and associated database containing a plurality of tests that may be distributed to a test taker. The central computer provides a website to be accessed by the test administrator and the test taker at remote personal computers when using the test administration system. The website includes an administrator workspace for use by the test administrator and a testing workspace for use by the test taker. The administrator workspace provides the test administrator with the ability to order any number of the tests contained in the database. After ordering a number of tests, the test administrator uses the system to generate test identification codes for a chosen set of ordered tests. The system automatically provides the test identification codes to those test subjects taking a test, and provides the test subject with access information and instructions for using the system to take the test. The test administrator workspace also provides the test administrator with valuable test status information concerning the tests ordered by the administrator.

A multi-mode output circuit testing system capable of carrying out resolving in real time comprises a power source, an analog signal source, an upper computer and a lower computer. The analog signal source is used for simulating output of a rotary transformer, and sine signals, cosine signals and reference signals are generated to be used as input signals of a tested output circuit. The upper computer sends out a testing order to the lower computer, the lower computer generates corresponding control signals according to the order to control a timer counter function and a constant-number timing function of the tested output circuit in real time, a bus interface is used for monitoring fast-rotating protection signals and collecting data of the tested output circuit, the data are processed by the lower computer and then are sent to the upper computer through a communication interface in real time, and the upper computer displays and stores testing results. The system can flexibly send testing orders to the tested output circuit, and collect testing results on the tested output circuit in real time, and system function expandability is enhanced.

The invention discloses a script testing method and a script testing device, and relates to the communication field; the testing method and the testing device can automatically test script of network equipment, so as to reduce labor and material consumption. The testing method comprises the following steps: receiving business request information transmitted by an operation and maintenance system; depending on a corresponding relation between stored equipment information and tested script, determining a first script corresponding to equipment information of the network equipment; if the determined mode indicated by mode parameter is a test mode, loading and executing the first script; depending on a corresponding relation between the stored equipment information and a simulation document, determining a first simulation document corresponding to the equipment information of the network equipment; when executing a first test order in the first script, acquiring a first returned result corresponding to the first test order depending on the corresponding relation in the first simulation document; and transmitting the first returned result to the operation and maintenance system. The script testing method and the script testing device disclosed by the invention are applied to automatic testing.

The invention discloses a testing method for a cloud storage system. The testing method includes the following steps that a test control unit is used for carrying initializing test configuration; the initializing test configuration includes the following steps that routine parameters of a matched test program and routine parameters of a log file of a tested program are configured for each test executing node involved in a test according to an application platform of the test executing node; the test control unit executes a preset test case and in the executing process, a test order is transmitted to the corresponding test executing node according to test steps in the automatic test case; the test executing node carries out the corresponding test steps according to the test order and feeds a test result to the test control unit; the test control unit judges whether the test result conforms to an expected target and generates a corresponding test report. The testing method for the cloud storage system can achieve automatic testing on the cloud storage system.

The invention provides an extraction and purification method of opuntia DNA and is especially fit for extracting and purifying the DNA from the muciferous opuntia. The method of the invention is an improvement based on a standard CTAB method and adopts the methods of adjusting the test order, properly prolonging the extraction time of organic solvent, increasing the extraction times etc. to effectively conquer the interference of mucus substance during the DNA extraction process, effectively remove the interference substances in extract, such as sugar, phenol, enzyme etc. and improves the yield and the purity of the DNA extraction, and the obtained DNA extract can meet the requirement of further research. The whole extraction and purification method does not require other special instrument and has low cost and simple and convenient operation, and general testing personnel can achieve successfully.

In a test order optimization method, a pass probability and resource requirement are identified for each of a plurality of tests. A pass-weighted resource requirement factor is then generated for each of the tests in accord with the test's pass probability and resource requirement. Thereafter, the tests are ordered to be executed in accord with their pass-weighted resource requirement factors.

The invention relates to a 500kV line relay protection device detection method and system. The method comprises the following steps: receiving a test order of to-be-detected relay protection devices and a test parameter and a standard fixed value of each preset logic protection test case, which are input by a user; acquiring sampling precision of the current to-be-detected relay protection device; generating a test sequence according to the logic protection test case and the test parameter corresponding to the current to-be-detected relay protection device when the sampling precision is greater than a preset precision threshold value; outputting the test sequence to the to-be-detected relay protection device, receiving an action message returned by the to-be-detected relay protection device, and generating detection result information in a preset format of the current to-be-detected relay protection device; generating a detection result of a next relay protection device according to the test order until the detection results of all the to-be-detected relay protection devices are generated. According to the method and the system, the detection accuracy can be effectively improved, the detection steps of testers can be saved, and the time required for detecting 500kV line relay protection devices is shortened.

This invention discloses a process method and a device for broadband device fault position request, in which the device includes a test server, a memory module and an input / output module, the test server includes: a test task dispatch module, a monitor thread module, a test task process module and a result analysis process module. The test order is input via the input / output module the dispatch module judges its feature to store it in different task arrays, the task process module receives the order to start two pairs of test threads separately used in the communication with the being tested broadband devices and test device, the process module analyses the test result to the being tested device to transfer it to ordinary file and stores it in a memory module to be output by the output module.

The invention relates to the transformer station technical field, and provides a communication protocol consistency test method and terminal equipment; the method comprises the following steps: configuring a test system that includes a simulation main station, a communication gateway unit connected with the simulation main station, a measurement and control device connected with the communicationgateway unit, and a relay protection tester connected with the measurement and control device; obtaining to-be-tested items and test orders corresponding to the to-be-tested items; carrying out the communication protocol consistency test for the test system according to the to-be-tested items and the test orders corresponding to the to-be-tested items. The method can realize the communication protocol consistency test of the communication gateway unit.