112 results about "Visual testing" patented technology

The invention discloses a ship mobile energy storage system CAN communication protocol automatic test system and method, and the system comprises a protocol modeling and test configuration module, a simulation node behavior simulation module, a CAN bus interaction and power closed loop module, and a test analysis and result evaluation module. A CAN communication protocol specification of the ship mobile energy storage system and parameters of tested equipment can be obtained, a protocol analysis model and a test configuration file are constructed for format verification and logic consistency verification, meanwhile, a corresponding test case sequence is automatically generated, and the message sending time is controlled to generate a time sequence simulation message flow; and sending the time sequence simulation message flow to the tested equipment, simulating energy interaction behavior acquisition to generate a power feedback data set, testing to obtain a signal consistency deviation and a power execution error to construct a protocol conformity evaluation matrix, and generating a visual test report. According to the invention, the high coverage rate and automatic closed-loop test of the CAN communication protocol can be realized.

The invention discloses a soil-rock mixed filler compaction transparency visual test system and method, and relates to the technical field of civil engineering test equipment. In order to solve the problem that the movement and deformation of soil particles in the soil-rock mixed filler cannot be observed and recorded in the compaction process, the following technical scheme is provided: the device comprises a reaction frame and a model groove formed in the inner side of the reaction frame, an actuator is arranged at the top of the reaction frame, a double-track ball screw transmission mechanism is arranged between the reaction frame and the actuator, and the double-track ball screw transmission mechanism is arranged in the model groove. A pressure sensor is arranged at the bottom of the actuator, and the bottom of the pressure sensor compacts the transparent soil in the model groove through a roller; a laser is arranged at the side end of the model groove and irradiates the transparent soil in the model groove to present a speckle field plane, and an industrial camera is fixed right behind the model groove and collects speckle field pictures generated in the compaction process. According to the invention, visual monitoring and analysis of the compaction process of the soil-rock mixed filler can be comprehensively and accurately realized.

The invention discloses a lithium battery thermal runaway in-situ fire, explosion and fire suppression visual testing device based on multi-dimensional signal acquisition. Comprising a metal high-pressure tank, an atmosphere device, a gas collecting device, a battery fixing support, a thermal runaway heating simulation device, a suppression experiment fire extinguishing device, an explosive force measuring device, a needling experiment device, a gas component monitoring device, a thermal radiation monitoring device, a central control system, an ignition device and an image recording system. According to the testing device, smoke does not need to be collected into other containers for explosion risk testing, in-situ fire suppression and explosion of needled, overcharged and overheated batteries can be carried out under simulation of a complex gas atmosphere, multi-dimensional signal collection can be carried out in the whole experiment process, visualization is achieved, and the testing device is specially used for lithium iron phosphate batteries and low-nickel ternary lithium batteries.

The invention discloses a one-key performance test method, medium and equipment based on JMeter and template configuration, and the method comprises the steps: obtaining a parameterized performance test template from a template configuration center in response to a test instruction, injecting runtime parameters through a template engine, and generating an executable JMeter test plan; parsing the plan to identify a load pressure demand, thereby dynamically scheduling resources from a distributed load injector cluster and distributing a test plan; uniformly triggering test execution on the cluster, and synchronously acquiring a performance data stream from the JMeter and a resource data stream of the tested system; and finally, timestamp alignment and fusion are carried out on the two types of data streams, intelligent diagnosis is carried out on a formed monitoring data set based on a diagnosis rule base or an intelligent analysis model, and a visual test report containing bottleneck positioning, resource association and link tracking analysis results is generated. According to the invention, full-process automation and intelligentization of performance testing are realized, and the testing efficiency is remarkably improved.

The invention relates to a Python-based Web system automatic test method, which comprises the following steps of interface test data capture, page element acquisition, test framework establishment and establishment of a visual test platform by combining a UI (User Interface) and an interface case, in the interface test data capture, a charls tool is used for data capture, agent setting and SSL (Secure Socket Layer) certificate installation; after packet capturing is completed, file conversion in a yaml format is carried out; in the step of page element acquisition, related information of elements is acquired by using a method provided by Selenium, and a page is analyzed, processed and packaged. According to the method, the Web automatic test execution efficiency can be improved, the problem that the use threshold is too high is avoided, and the project risk and the labor cost are reduced.

The invention relates to the field of testing, and particularly discloses an Internet of Vehicles testing system and method, so as to improve the testing accuracy. The system comprises a sensing layer used for acquiring device state data of a plurality of Internet of Vehicles devices in a current time period; the edge computing layer is used for acquiring test context information corresponding to a current time period through a pre-trained first network model, generating a first test case based on the equipment state data and the test context information, and distributing the first test case to an edge computing module; the platform layer is used for generating a second test case according to the historical test data through a pre-trained second network model, and distributing the second test case to the edge computing module and / or the cloud equipment; the application layer is used for generating and displaying a visual test result according to test data generated by the edge calculation module and / or the cloud equipment for the test case; wherein the model parameters of the network model are dynamically adjusted by adjusting the penalty coefficient.

The invention relates to the technical field of rock fracture mechanics and rock digital image processing, in particular to a super-high-temperature reservoir supercritical carbon dioxide fracturing visual testing technology and device which comprises an instrument fixing base, and an instrument fixing bearing table is fixedly connected to the top of the instrument fixing base. The top of the instrument fixing bearing table is fixedly connected with a hydraulic servo loading machine fixing plate, the top of the hydraulic servo loading machine fixing plate is fixedly connected with a hydraulic servo loading machine, the bottom of the hydraulic servo loading machine is slidably connected with a loading platform through a loading sliding rod, and the top of the loading platform is fixedly connected with a loading bin. According to the invention, through a loading structure formed by the hydraulic servo loading machine, the telescopic loading sleeve rod and the telescopic loading pressure head, and in combination with control of the loading control-data processing system on a loading path and a loading process, a rock test piece can undergo continuous and controllable damage and fracture evolution processes under different loading modes and different working conditions.

The invention discloses a dust explosion flame free radical testing system and a testing method, belongs to the technical field of dust explosion testing, and solves the problem that existing testing equipment cannot realize visual testing of combustion flame free radicals at the initial stage of dust explosion ignition and in the development process. According to the solution, the test system comprises an explosion generation assembly used for generating single-side open type dust cloud explosion, an optical observation assembly used for observing flame free radicals, a control system, a computer and an air compressor, and semi-open type dust cloud is formed through the explosion generation assembly and is ignited and detonated; images of different free radicals changing along with flame are collected through the optical observation assembly, and visual observation, recording and analysis are carried out through the computer. The system has the advantages of being high in functionality, integrated in system, easy to operate and safe and reliable in experiment process and is suitable for various kinds of combustible dust, collected data can promote dust explosion mechanism research, and data support is provided for development of dust explosion optical early warning protection measures.

The invention discloses a visual test device and method for porous medium displacement under different gravities. The micro-fluidic chip model module, the displacement injection module, the image acquisition module and the light source module are all placed in the model box shell, the model box shell is placed in a hanging basket of a centrifugal machine, fluid is stored in the displacement injection module and used for providing the fluid for the micro-fluidic chip model module, the displacement injection module is connected with the micro-fluidic chip model module, and the image acquisition module is connected with the light source module. The image acquisition module is used for acquiring optical image information of the micro-fluidic chip model module in a fluid displacement process; the method comprises the following steps: dyeing a primary fluid, installing the micro-fluidic chip, pushing a plastic injector by using an injection pump to inject the fluid into the micro-fluidic chip, and observing a flow migration mode and fluid distribution of the fluid in a displacement process in a porous medium. The device is simple and easy to manufacture, easy to operate and high in stability, model tests are carried out by utilizing supergravity and microgravity, and real-time observation of the two-phase fluid displacement process is realized.

The invention provides an evaporation section simulator, a visual test section and a visual test system. The evaporation section simulator comprises a light-transmitting bearing container, at least one supporting piece and a liquid absorbing core. The light-transmitting bearing container is provided with a containing cavity used for containing a liquid metal working medium. The at least one supporting piece is arranged on the light-transmitting bearing container and located in the containing cavity; the supporting piece is located on the heat conduction wall of the light-transmitting bearing container, and the heat conduction wall faces the heating piece. The liquid absorbing core is separably arranged on the top of at least one supporting piece. The evaporation section simulator provided by the invention is simple in structure. The supporting piece is arranged on the heat conduction wall and close to the heating piece, the heat transfer characteristic of the alkali metal heat pipe under the real working condition is easily simulated, and the generation process and the triggering characteristic of boiling criticality are conveniently observed and researched.

The present application belongs to the technical field of geotechnical engineering and indoor test, and provides a visual test device and method for interaction between high-pressure rotary jet flow and soft soil, which comprises a detachable model box, a jet medium simulation system, a high-pressure rotary jet flow generation system, an overburden pressure simulation system, a data acquisition system and a tracing system.The test device has the advantages of high visual degree, detachability, easy assembly and easy production.The jet medium simulation system has significant shear thinning characteristics, and has a high degree of reduction of the non-Newtonian fluid properties of cement slurry, which not only overcomes the problem of easy blockage of the pipeline, but also avoids distortion defects.The trajectory of the fluorescent powder particles in the jet medium simulation system can be captured by a high-speed camera under the irradiation of the pulsating laser beam generated by the pulsating laser, so as to accurately reproduce the flow field information of the high-pressure rotary jet flow in the soft soil.

The invention aims to provide a gas turbine blade unstable flow visualization testing method, and belongs to the technical field of gas turbine experimental testing. Comprising the following steps: inputting boundary conditions and geometric conditions of a calculation model; numerical simulation flow field data under the condition are obtained through CFD calculation; if yes, the next step is carried out, and if not, a higher-quality grid is generated and returned to the encrypted grid, and CFD numerical simulation calculation is carried out again; selecting a proper resolution ratio based on an actual demand; generating a data source quantity and obtaining CFD calculation data according to the data source quantity; and outputting the three-dimensional transient visual flow field at the moment obtained by the checked high-precision CFD numerical simulation. The actual working condition of the gas turbine blade can be simulated, the test error of an actual instrument under the severe working condition is avoided, and the test difficulty is reduced. The precision of CFD numerical simulation is optimized, and the error is reduced, so that the credibility of the three-dimensional visualization cloud picture is improved.

A mobile device and a method for testing an individual's vision are provided, the mobile device including a screen for displaying at least one test pattern, such as a smartphone or a tablet computer. A test of the individual's vision is performed using the test pattern displayed on the screen of the mobile device, in particular for testing visual acuity, contrast sensitivity and / or visual disturbances. Further, a parameter influencing the test result is evaluated before and / or during performing the test. The parameter includes at least one of the distance between the eye of the individual and the screen; the brightness at which the test pattern is displayed; and the ambient luminosity.

A system may include a headset device comprising a display screen and an adaptive map perimetry algorithm that is configured to access or implement a normative database or model. The system may implement a VF test adapted to fit an area of the display screen based on values in the normative database or model and is rendered as a same or similar visualization compared to one or more different headset devices having different display screens having different respective shapes, formats, sizes, and / or resolutions. The system may receive visual test data indicating a visual field of the user and detect one or more initial test locations. The one or more initial test locations define one or more healthy clusters indicative of an absence of scatoma and one or more damaged clusters indicative of scotoma. The system may generate a spatial mapping identifying locations of the one or more damaged clusters.

The present application relates to the technical field of mobile communication, more particularly, to a kind of multi-network connection state visual testing method and device.The present application includes the following steps: step S1, application is bound with corresponding network communication mode, so that each application network request is carried out via the network communication mode of binding;Step S2, based on interface selection required test application and its domain name information, through the preset network test instruction, confirm the network connection state of the required test application;Wherein, the network test instruction is used to execute through the network communication mode that the required test application has bound, to the network request feedback parameter corresponding to the domain name information.The present application can effectively test and judge the networking situation of each application for the system with multiple networks, simple and intuitive, strong operability, strong real-time performance.

The invention discloses a visual test device for simulating high-temperature and high-pressure working conditions of a nuclear reactor core rod bundle channel prototype, the device is provided with a core test layer and a multi-stage depressurization layer, and a core test layer window on the side surface of the core test layer is sealed and insulated by using a sealing ring and an insulating spacer; an electric heating rod bundle is arranged in the core test layer; the multi-stage pressure reduction layer is formed by coaxially arranging a plurality of cylindrical pressure reduction layer windows outside the core test layer; circulating cooling water with stable pressure is respectively introduced into the core test layer and each pressure reduction layer, the pressure of each path of circulating cooling water is different, and the pressure difference of the two sides of each window is within the window material pressure bearing range; circulating cooling water in each pressure reduction layer is kept at a single-phase low temperature, so that visual observation is facilitated, and the temperature of the sealing material is ensured to be lower than the temperature resistance limit. According to the invention, the key technical problems of material strength limitation and thermal expansion mismatch in the high-temperature and high-pressure visualization test are solved, and a reliable test platform is provided for the high-temperature and high-pressure visualization of the reactor core rod bundle channel prototype.

The application discloses a kind of rock fissure low temperature two-phase percolation visual test system and test method, system includes low temperature control system, data acquisition system, high-definition video image acquisition and transmission system, gas transmission system, transparent fissure sample, gas drainage pipe, telescopic stand, parallel light source;The transparent fissure sample is placed on parallel light source in low temperature control box, both ends are equipped with steady flow tank, two gas drainage pipes are respectively installed in the lower end of two end steady flow tank, and pressure sensor for measuring the gas parameters in each gas drainage pipe is arranged in each gas drainage pipe.The low temperature control system of the application keeps the transparent fissure sample and fluid in low temperature state, and different low temperature environments are set during the test to carry out fissure low temperature two-phase percolation test.The application has simple structure and is easy to operate;The displacement of transparent fissure sample can be observed in real time;The displacement law of the sample under low temperature and different flow conditions can be continuously measured and studied.

A system for displaying visual content, comprising at least one output device, and at least one controller, and at least one input device, wherein the visual content comprises features comprising a color scheme and / or at least one color group, the output device is configured to display the visual content, the controller is configured to generate a first visual test comprising at least one first test image, and to allow displaying the visual content on the output device if a user correctly identifies an object in the first test image, the input device is configured to receive input by the user to identify the object in the first test image. In some examples, the first test image is generated using features and / or expected features of the visual content.

A patient's visual health can be evaluated via a virtual reality (VR) system, which can include a VR headset in electronic communication with a computing device. The computing device can cause a phenomenon (such as a visual test or an image) to be displayed on the screens of the VR headset. Using varying combinations of sensors, cameras, probes, and microphones, the VR headset collects data about the patient as she perceives and responds to the phenomenon. Optionally, the computing device can alter the phenomenon and analyze the patient's perception and responses to evaluate the patient for macular degeneration. Optionally, the computing device can alter the phenomenon based on the patient's perception and responses.

The invention discloses a shield tunneling whole process visualization test model, which belongs to the technical field of shield simulation tests and comprises a model box body, a shield simulation system, a propulsion control system, an acquisition system and an intelligent electric control system. The model box body is used for loading transparent soil, three surfaces are provided with transparent toughened glass, and the top is provided with a sliding cover plate; the shield simulation system comprises a pipe joint, a shield shell, a cutterhead and a sealing bin, and has the functions of reduction cutting, deslagging and grouting; the propelling system provides fine propelling speed and stable driving force; the acquisition system synchronously acquires the internal displacement of the soil body and the soil pressure data of the sealing bin; and the intelligent electric control system realizes parameter setting, real-time monitoring and cooperative control. The model solves the problems that an existing model is incomplete in observation, low in control precision and poor in scene adaptability, multiple scenes such as tunneling excavation and excavation face instability can be simulated, and a precise test carrier is provided for shield construction mechanism research and risk prevention and control.

The solid-liquid two-phase flow pump experimental device comprises a convenient recycling device and a visual testing structure, the recycling device is a conical funnel which is arranged in an open type water tank and provided with sieve holes, an opening of the conical funnel is connected to a pipe opening of a water inlet pipe in an upward mode, the opening extends to the position above the water surface, and the visual testing structure is arranged in the open type water tank. And the water outlet pipe extends into the conical funnel. The water surface in the water tank submerges the outlet of the water outlet pipe, it is ensured that gas does not enter a test circulation loop system, the lower end of the conical funnel is connected with the water inlet pipe section, and it is ensured that all solid-phase particles enter the test pump. Due to the design of the conical funnel structure, the risk that a traditional stirrer is uneven in stirring and large in test error is avoided; and when the test of particles with different sizes or mixed particles is carried out, the experimental particles can be quickly recycled, the experimental time is saved, and the test precision and reliability are improved.

The present invention aims to provide a device for detecting appearance defects of mobile phone back covers with a compact structure, a stable detection process, and a comprehensive detection effect. The present invention includes a frame, a visual test module, and a transfer module. The transfer module is fixedly arranged on the frame to drive the mobile phone back cover to move. The two ends of the transfer module are respectively connected to the external inflow mechanism and the external outflow mechanism. The visual test module is arranged above the transfer module. The visual test module includes a first detection component, a second detection component, a third detection component, and a code scanning component arranged in sequence. The first detection component visually inspects both sides of the mobile phone back cover, the second detection component visually inspects the entire mobile phone back cover, the code scanning component recognizes and detects the secret code on the mobile phone back cover, and the third code scanning component comprehensively inspects the mobile phone back cover with multiple light sources. The present invention is applied to the technical field of mobile phone back cover appearance defect detection equipment.

A method, device and equipment for testing an intelligent vehicle cockpit provided by an embodiment of the present application. The method includes determining at least one function to be tested in the vehicle cockpit; determining test items for each function to be tested based on the at least one function to be tested in the vehicle cockpit; converting the test items for each function to be tested into visual test items; and performing tests on the vehicle cockpit based on the visual test items to obtain test information. In the embodiment of the present application, by converting the test items of the functions to be tested in the vehicle cockpit into visual test items, people without coding ability can perform corresponding tests on the vehicle cockpit through the visual test items, reducing the learning cycle of testers and thus reducing the test cost.

The invention discloses a fine exercise training method and system under visual guidance for improving a visual function, and relates to the technical field of visual function improvement or recovery, and the method comprises the steps: determining a minimum threshold value according to a visual test index page, and generating a training scheme of a current training period based on a visual function impaired eye visual minimum recognition threshold value; when the training scheme is executed, to-be-copied characters with the character size being the real-time training character size are called from a paper copybook or a to-be-copied electronic character library to generate a current day copybook; the trainee is in a standard sitting posture, has a preset distance from the desktop and shields the eye-care copybook to copy the current day copybook; performing visual function testing after the training scheme is executed, and adjusting the training scheme of the next training period based on the evaluation training effect. The trainee can quickly improve the vision of the patient with the impaired optic nervous system function in a short time through fine movement under visual guidance, the compliance of the patient is improved, and the system has the advantages of being low in cost, high in feasibility and capable of being extended at home.

The invention discloses a visual testing system and method, and the system comprises a dynamic scene simulation module which is used for generating a dynamic testing scene through a Unity 3D or Unreal physical engine, and the adjustable parameters of the dynamic testing scene comprise the illumination intensity, the weather condition and the dynamic object density; the adversarial sample generation module is used for adding adversarial disturbance based on an FGSM or PGD algorithm into the input image by generating an adversarial network model or a diffusion model; and the sensor simulation module is used for simulating hardware output data of the camera, the inertial measurement unit or the laser radar, and the hardware output data comprises frame rate, noise and drift parameters. According to the invention, through cooperation of the dynamic scene parameter programmable control module and the anti-disturbance coupling injection module, multi-modal parameter nonlinear coupling adjustment of illumination intensity, object motion trail and anti-noise is realized, and the problem of test scene distortion caused by independent control of environmental parameters in the prior art is solved.

1. The name of the design product: separate visual testing device. 2. The use of the design product: for code reader high-speed decoding ability test and visual detection algorithm ability test. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

The utility model discloses plastic part detection equipment with a Type-D interface, and the plastic part detection equipment comprises vibrators, a visual test bottom, a vibrator product discharge channel, a transparent glass disc, a CCD test module, a probe, an air blowing and discharging part, a storage mechanism and a rotary motor, and the two vibrators convey products to the inner ring and the outer ring of the transparent glass disc through the product discharge channel at the same time for testing; and the tested products are conveyed to the defective product storage mechanism and the non-defective product storage mechanism for classified output. According to the invention, the defects of missing detection of a manual detection mode and confusion of different types of plastic part products are overcome, the stable detection effect of the plastic part of the Type-D interface is ensured, the detection efficiency is improved, the yield of a production line is further improved, the production operation cost can be reduced, and the goal of lean production is achieved. Under the condition that the detection quality is guaranteed, the labor cost is reduced, the operation time is short, and the operation efficiency is greatly improved.

The application provides a text interaction traffic robustness automatic testing method and device, the method comprises the following steps: based on the test target, different scenes are configured, different scene configurations are combined to obtain test cases covering different scenes, multiple parameters of the test cases are configured, the test cases are grouped and prioritized based on the test requirements, the configuration parameters required for testing are processed to obtain configuration parameters that meet the parameter receiving requirements of the large model firewall system, the configuration parameters are sent to the large model firewall system, the large model firewall system is preconfigured based on the configuration parameters, simulated test traffic is sent to the large model firewall system based on the test case parameters for traffic detection, the traffic detection results returned by the large model firewall system are received, the target test data of the whole test process is collected and processed, the core evaluation indexes are calculated based on the processed target test data, and the visual test report is generated based on the core evaluation indexes.

The utility model belongs to transformer production test equipment technical field discloses a kind of automatic testing, screening and tray integration equipment, including case, workstation, material taking mechanism, pressure resistance test mechanism, transfer storage jig, interlayer test mechanism, comprehensive test mechanism, visual test mechanism, defective product collection mechanism, tray mechanism and PLC controller.Material taking mechanism is used to transfer transformer material to test mechanism;Each test mechanism carries out different project test to transformer material;Transfer storage jig is used to temporarily store the material that passes test;Defective product collection mechanism is used to collect the material that fails test;Tray mechanism is used to arrange tray to the material that passes test;PLC controller is used to control the collaborative work of each mechanism.The utility model realizes the full automation operation of transformer test procedure, reduces manual intervention, improves test accuracy and work efficiency, reduces defective rate simultaneously, guarantees the consistency and reliability of product quality.

The invention provides a forecasting mode forecasting test method and device, electronic equipment and a program product. The method comprises the steps that target parameters input by a user are obtained, the target parameters comprise a target area, meteorological elements and a target time period, multiple pieces of observation data of the target area in the target time period and multiple pieces of forecasting data corresponding to multiple forecasting modes respectively are determined, and according to the meteorological elements, multiple pieces of forecasting data corresponding to multiple forecasting modes are obtained; the plurality of observation data and the plurality of forecast data are checked, a check index value corresponding to each forecast mode is obtained, a degradation factor corresponding to each forecast mode is determined according to the check index value, and the degradation factor is used for representing the driving contribution degree of meteorological elements to forecast skill degradation in the forecast mode. And according to the plurality of test index values and the plurality of degradation factors, visual test results corresponding to the plurality of forecasting modes are generated, so that the accuracy of testing the forecasting modes is improved.