468 results about "Testing position" patented technology

The invention is applicable to the technical field of PCB testing, and particularly relates to a PCB electrical performance testing method, which comprises the following steps of: acquiring test object information; wherein the object information comprises a PCB image and at least one test area, the PCB image corresponds to the PCB and reflects the circuit structure of the PCB, the test area is marked on the PCB image, and the test area comprises a main test position and an auxiliary test position; when an electrical performance test instruction is received, contact judgment information is obtained based on the test object information; when it is detected that the auxiliary test probe is in stable contact with the auxiliary test position, the control device controls the main test probe to continuously send test signals and collect test results in real time, and test analysis information is obtained based on the test results. According to the PCB electrical performance test method provided by the embodiment of the invention, the problem of high test error caused by asynchronous actions of the main test probe and the auxiliary test probe can be improved.

Disclosed are an apparatus and a method for generating an operable area of a surgical robot. The method for generating the operable area according to the present disclosure comprises the steps of: setting virtual positions of an affected area and the surgical robot, and a distance between the affected area and the surgical robot; determining a position, a shape and a size of the operable area based on the virtual position and the distance; determining a plurality of test positions for simulating movement of an end effector of the surgical robot inside or on the surface of the operable area; for each test position, simulating the movement of an end effector according to a pre-planned cutting path of the surgical robot; and generating a final operable region based on the simulation results at the plurality of test positions. In this way, the operable area where no problem occurs when the kinematics solution of the surgical robot is obtained is recognized before the surgery, and therefore interruption or delay in the surgery process is effectively prevented.

The invention provides a battery pole piece uniformity test method, device and equipment, a medium and a program, and belongs to the technical field of batteries. The testing method comprises the following steps: acquiring a plurality of electrochemical impedance spectrums of a plurality of testing positions of a to-be-tested pole piece based on a pre-constructed locally symmetric battery, the locally symmetric battery being pre-constructed according to the following steps: acquiring the to-be-tested pole piece; an auxiliary test pole piece is obtained, the auxiliary test pole piece and the to-be-tested pole piece are processed through at least one same processing procedure, and the area of the auxiliary test pole piece is smaller than that of the to-be-tested pole piece; and adding a diaphragm between the to-be-tested pole piece and the auxiliary test pole piece to obtain a locally symmetrical battery, determining a plurality of characteristic resistances of the pole piece to be detected according to the plurality of electrochemical impedance spectrums; and determining the uniformity of the to-be-tested pole piece based on the plurality of characteristic resistors of the to-be-tested pole piece. According to the method, the uniformity of the electrical performance of the pole piece can be efficiently evaluated, and a theoretical basis can be provided for process optimization in the battery processing process, positioning of battery failure reasons and the like.

The invention relates to the technical field of household appliance control panels, and discloses a derating test system of a household appliance control panel. The derating test system comprises a control device used for generating a power supply instruction, a test position switching instruction and a load switching instruction according to a current test item; the power supply device is used for providing voltage corresponding to the power supply instruction according to the power supply instruction; the switching device is used for selecting a corresponding target test position from a plurality of test positions to be connected with the output end of the switching device according to the test position switching instruction; the load module is used for providing a corresponding power load according to the load switching instruction; and the waveform sampling device is respectively connected with the output end of the switching device and the control device, and is used for collecting the waveform corresponding to the target test position and sending the waveform as test data to the control device for test result judgment. By means of the mode, the demand for electric signal and component derating of the household appliance control panel is effectively met, waste of resources is reduced, and the test period is shortened.

The invention discloses a clutch torque transmission characteristic dynamic test method, and relates to the field of clutch control, and the method comprises the steps: building a test bench, and separating a clutch, the transmission is put into a direct gear; presetting working condition parameters, wherein the working condition parameters comprise an output dynamometer target rotating speed N, an input dynamometer target rotating speed N and a clutch actuator target initial position P; obtaining a preset target torque loading strategy; according to the preset target torque loading strategy, the current position of a clutch actuator is controlled, a clutch friction pair is made to move relatively, and meanwhile test data are collected; acquiring a preset temperature threshold value; according to the test data, whether the clutch reaches a preset temperature threshold value or not is judged; if not, continuing to execute the preset target torque loading strategy; if yes, acquiring a target test position, and generating test data of the target test position; and preprocessing the test data according to the target test position test data, and generating an all-position test result.

The invention provides a biaxial compressor performance test and analysis method, which is used for realizing association between a uniaxial compressor test result and a complete machine test result, and belongs to the field of aero-engine test, and the method comprises the following steps: constructing a biaxial compressor performance test layout associating the uniaxial compressor test result with the complete machine test result, the test layout comprises the step of determining axial test positions and circumferential test positions of a total temperature instrument and a total pressure instrument in each test section in the double-shaft compressor; and a biaxial compressor test is carried out based on the constructed biaxial compressor performance speed measurement layout, a biaxial compressor test result is obtained, a uniaxial compressor test result and a complete machine test result are represented based on the biaxial compressor test result, and association of the test results is completed. The integrated analysis efficiency of test data of the single-shaft compressor, the double-shaft compressor and the whole machine is improved, and the application range of the test data is widened.

The invention provides a refrigerator cabinet polyurethane foam density test analyzer and a density test method. The density test analyzer is configured to obtain to-be-tested sample information input by a user; pre-treating the sample based on the information of the sample to be detected; putting the pretreated sample at a weight testing position for weighing to obtain weight data, and then putting the sample block into the volume measuring cup for volume measurement to obtain volume data; and calculating and displaying the density based on the weight data and the volume data. According to the invention, through cooperation of the automatic weighing module and the intelligent data processing system, high-precision rapid detection of the density of the polyurethane foam is realized, the measurement error is controlled within + / -0.5%, and the detection efficiency is significantly improved; and meanwhile, through information binding storage and dynamic analysis functions, a complete quality tracing system is constructed, so that the process abnormity response speed is increased by 70%.

The utility model discloses a mutual inductor detection and verification device which comprises a verification table, a first conveying belt is installed at the top end of the verification table, a limiting plate is installed on the verification table and located on one side of the first conveying belt, a rotating tray is movably installed in the center of the limiting plate, and a plurality of sets of rolling shafts are rotatably installed on the surface of the limiting plate. The output side of the verification bench is provided with a test bench in an attached manner, two sides of the test bench are fixedly provided with two groups of pressure test plates, and the interior of the test bench is provided with a detection plate. The lifting of the voltage transformer body is controlled through the arranged liftable rotating tray, and the rotation of the voltage transformer body is controlled through the cooperation of the electric driver in the rotating tray, thereby achieving the control of the testing positive and negative electrodes of the voltage transformer body in the testing process. And meanwhile, the purpose of rapidly moving the voltage transformer body to a test position is achieved through cooperation of the first conveying belt and the second conveying belt, participation of workers is reduced, and the detection quality is improved.

The invention relates to the technical field of circuit breaker testing, in particular to an auxiliary device for circuit breaker inspection, which comprises a testing cabinet and a conveying belt, a plurality of inspection modules are arranged on the testing cabinet, each inspection module comprises a transfer mechanism, a power connection mechanism and a testing terminal, the transfer mechanism comprises a mounting plate, the mounting plate is fixed on the testing cabinet, and the power connection mechanism is fixed on the testing cabinet. The bearing support is fixed on the mounting plate, the transfer sliding rail is fixed on the mounting plate, the sliding support is driven by the rodless cylinder to move along the transfer sliding rail, and the circuit breaker can be clamped in the sliding support and is supported by the bearing support; the power connection mechanism comprises a plurality of connection columns, the test terminal is electrically connected with the plurality of connection columns, and the test terminal is used for carrying out automatic inspection on the circuit breaker. After the circuit breaker is moved to a to-be-tested position through the sliding support of the transfer mechanism, the contact above the circuit breaker and the contact below the circuit breaker are connected at the same time through the connecting column of the power connection mechanism, and the contact of the circuit breaker is prevented from being damaged in the connecting process.

The application provides a battery electrode sheet uniformity test method, device, equipment, medium and program, and belongs to the technical field of batteries. The test method comprises the following steps: obtaining a plurality of electrochemical impedance spectra of a plurality of test positions of a to-be-tested electrode sheet based on a pre-constructed locally symmetrical battery; the locally symmetrical battery is pre-constructed according to the following steps: obtaining the to-be-tested electrode sheet; obtaining an auxiliary test electrode sheet, the auxiliary test electrode sheet and the to-be-tested electrode sheet have undergone at least one same processing procedure, and the area of the auxiliary test electrode sheet is smaller than that of the to-be-tested electrode sheet; and adding a separator between the to-be-tested electrode sheet and the auxiliary test electrode sheet to obtain the locally symmetrical battery; determining a plurality of characteristic resistances of the to-be-tested electrode sheet according to the plurality of electrochemical impedance spectra; and determining the uniformity of the to-be-tested electrode sheet based on the plurality of characteristic resistances of the to-be-tested electrode sheet. The method can efficiently evaluate the uniformity of the electrode sheet electrical performance, and can provide a theoretical basis for process optimization in the battery processing process and positioning of battery failure causes.

The invention relates to the technical field of steel linings, in particular to a high-precision assembly type steel structure installation effect detection device, which comprises a hoisting component, a winding component, a cable, a balance component, an adjusting arm and a detection component, and is characterized in that one side of the hoisting component is provided with a steel lining assembly body, and the balance component comprises a conical balance block; a mounting rod is arranged on the upper side of the conical balance block, a transmission groove is formed in the upper side of the conical balance block, and the adjusting arm comprises a first adjusting rod. The detection component is hoisted to the inner side of the steel lining through the hoisting component, the winding component and the cable for detection operation, the detection precision is improved, the position of the detection component is automatically adjusted through rotation of the adjusting arm at the upper end of the balance component, the steel lining can be detected in all directions, and the detection efficiency is improved. The height of the detection position is adjusted by winding and unwinding the detection component through the winding component, the automation degree is high, and the detection efficiency is improved.

A battery nickel tab welding quality testing system and a battery nickel tab welding quality testing method. The system comprises: a traverse movement platform; a testing assembly, wherein the testing assembly comprises: a support, which can be movably arranged on the transverse movement platform in a first linear direction relative to the transverse movement platform; a probe plate; and probe assemblies, wherein each probe assembly is arranged at a corresponding preset position of the probe plate and used for measuring related electrical parameters at a corresponding position of a battery under test and comprises a probe base, a plurality of probes, a plug-in electrical connector, and an adjusting mechanism, and the probe plate is arranged at the bottom end of the adjusting mechanism; a camera assembly, configured to acquire first image information of the battery under test; and a control device, configured to control the adjusting mechanism on the basis of the first image information to adjust the probe plate to a test position, wherein the first linear direction is parallel to the plane where the probe plate is located. The system can effectively test a battery product comprising a plurality of groups of battery cells arranged side by side, and prevent a manual means from being used to adjust the position of the battery, improving the testing efficiency.

The utility model provides a drawing test tool, which belongs to the technical field of energy storage battery manufacturing and testing equipment.The drawing test tool comprises a test bench, a clamping assembly, a gantry support, a first locking assembly, a drawing test assembly and a second locking assembly, the clamping assembly is arranged on the test bench, the gantry support is arranged on the gantry support, and the second locking assembly is arranged on the gantry support. The object to be tested only needs to be clamped and positioned on the test rack through the clamping assembly, the gantry support is slidably arranged on the test rack in the first direction, and the drawing test assembly is slidably arranged on the gantry support in the second direction, so that the drawing test assembly can perform two-dimensional movement on the plane parallel to the test plane of the object to be tested; therefore, the drawing test assemblies can be moved to different test positions on the same surface of the to-be-tested object respectively without moving and adjusting the position of the to-be-tested object on the test bench or reloading the to-be-tested object, and the tensile mechanical properties of the to-be-tested object at different test positions can be tested quickly, accurately and efficiently.

The application discloses a machine tool error detection method and a detection device thereof. The detection method comprises the following steps: controlling a workbench to move to a test position, controlling a position sensor to obtain position information of a first reference point as first initial position information, and controlling a first temperature sensor to obtain the temperature of a first lead screw as a first initial lead screw temperature; controlling a main workbench to perform a preset number of test runs to obtain a preset number of first position information and a preset number of first lead screw temperatures; and obtaining a mapping relationship between the offset of the main workbench in the first direction and the temperature of the first lead screw by using the first initial position information, the preset number of first position information, the first initial lead screw temperature and the preset number of first lead screw temperatures. Thus, the temperature of the first lead screw can be obtained in the normal working process of the main workbench, and the offset of the main workbench in the first direction can be adjusted according to the relevant mapping relationship to perform error compensation, improve the machining precision, and the detection method is simple, fast and high in precision.

This invention provides a testing method and apparatus for a metasurface structure detector, relating to the field of photodetector testing technology. The method includes: mounting the metasurface structure detector on a sample stage with its photosensitive surface facing an optical testing system, the optical testing system including a coaxially arranged laser irradiation optical path and an infrared imaging optical path; imaging the photosensitive surface using the infrared imaging optical path to obtain a surface image of the photosensitive surface; determining multiple test positions on the photosensitive surface based on the surface image, and planning scanning paths for the multiple test positions on the photosensitive surface according to the structural period of the micro / nano periodic structural unit and the laser irradiation optical path; controlling the sample stage along the scanning path to sequentially align the multiple test positions with the laser irradiation optical path, and sequentially emitting laser light to the multiple test positions through the laser irradiation optical path to obtain scanning data for the multiple test positions; and generating a physical field distribution map of the photoelectric properties of the metasurface structure detector based on the scanning data.

The utility model belongs to the technical field of chip testing equipment, and particularly relates to a chip testing and sorting machine which comprises a working table, a connecting plate is fixedly connected to the upper surface of the working table, a feeding block is fixedly connected to the upper surface of the connecting plate, a feeding port is formed in the upper surface of the feeding block, and a sliding groove is formed in the inner bottom of the feeding port. A moving plate is arranged in the sliding groove, a mounting plate is fixedly connected to the side wall of the feeding block, a first motor is fixedly connected to the lower surface of the mounting plate, a first rotating shaft is fixedly connected to the output end of the first motor, a rotating disc is fixedly connected to the lower surface of the first rotating shaft, and a connecting shaft is fixedly connected to the lower surface of the rotating disc; deflection arms are movably mounted on the outer surfaces of the connecting shafts. The chip conveying device is reasonable in structure, chips can be automatically conveyed to a testing position, only the chips need to be uniformly placed into the feeding port, and operation is easy and convenient.

The utility model relates to a device and a system for automatically measuring the lighting effect of a lamp, the device comprises a cabinet body for placing the lamp and a drawer which can be folded in the cabinet body or extend out of the cabinet body, and an optical measuring instrument which can be moved to a proper test position to obtain the optical data of the lamp is arranged in the cabinet body. The device is designed to be of a drawer type structure and has certain sealing performance, light rays of a tested lamp are not interfered by non-measurement light, the lighting effect measurement precision of the lamp is improved, and the detection, verification and correction efficiency of lamp products can be greatly improved by combining the device with a system.

This utility model discloses a liquid crystal panel moving testing fixture, belonging to the field of liquid crystal panel testing technology. The fixture includes a mounting platform, a guide rail fixed to the mounting platform, a probe holder slidably mounted on the guide rail, a removable elastic probe inserted into the probe holder, a clamping block that elastically presses a flexible circuit board against the rear end of the probe, and a mounting platform for supporting and fixing the liquid crystal panel. The front end of the probe is pressed against the detection point of the liquid crystal panel, and the other end of the flexible circuit board is connected to an external testing circuit via a piano cover, forming a quickly replaceable testing path. This utility model utilizes the cooperation between the elastic probe and the clamping block to achieve a highly reliable, low-contact-resistance electrical connection; the probe holder as a whole can move along the guide rail to adapt to different testing positions; the pluggable probe structure facilitates maintenance, significantly improving testing efficiency and reducing testing costs.

The invention relates to a gauge rod insulation test system, method and device and a storage medium. The gauge rod insulation test system comprises an industrial control assembly, a mechanical rust removal assembly, an insulation test assembly and a display assembly. The detection connection points of the insulation test assembly are respectively connected with the test points of the target test positions; the industrial control assembly is used for acquiring the surface state of the to-be-tested gauge rod at a target test position; under the condition that the surface state is the first state, controlling a mechanical rust removal assembly to remove a non-conductive layer on the target test position; controlling an insulation test assembly to perform insulation test on the test points of the target test positions to obtain insulation test data; and the control display assembly displays and stores the insulation test data. According to the automatic test system provided by the invention, by configuring the mechanical rust removal assembly, the insulation test assembly and the display assembly, automatic rust removal, automatic test and automatic recording of the gauge rod are realized, and the test efficiency and accuracy of the gauge rod can be greatly improved.

The invention belongs to the technical field of electronic product testing, and discloses a clamping device and a clamping device using method. The clamping device comprises a bearing assembly and an abutting plate, the bearing assembly comprises a bearing piece, an elastic piece and a bottom plate, the elastic piece is arranged between the bottom plate and the bearing piece, a bearing face is arranged on the side, away from the bottom plate, of the bearing piece, and a connecting through hole is formed in the bearing face; the supporting piece can move between a testing position and a separating position relative to the bottom plate in the first direction, the elastic piece is configured to drive the supporting piece to be stopped at the separating position, the testing connector is located between the supporting piece and the bottom plate, and when the supporting piece is located at the testing position, a connector of the testing connector extends out of the supporting face through the connecting penetrating hole; the pressing plate is used for pressing the to-be-tested object placed on the supporting member along the first direction. The clamping device can prevent the connector of the test connector from being collided and scratched with the to-be-tested object, so that the test connector and the to-be-tested object are effectively protected.

The invention relates to the technical field of analysis and testing, in particular to a micro-area testing device with a movable probe, which comprises a detection table, a fixed frame, a fixed probe and a telescopic support, the fixed probe is used for stabilizing a test benchmark, and a four-direction moving mechanism is mounted on the telescopic support to drive the movable probe to move accurately. The four-direction moving mechanism is provided with a jumping mechanism which comprises a swing arm, an auxiliary arm and a laser instrument, the swing arm is controlled to swing through a driving assembly, transposition of a movable probe and the laser instrument is achieved, the probe jumps to a micro-area testing position, an optical microscope is arranged near the movable probe, a detection area is monitored in real time, and the detection accuracy is improved. The probe is integrated with a pH sensor and a potential sensor, and a pH sensitive film is arranged at a probe head. The device can flexibly detect micro-areas at different positions, the laser instrument firstly determines the position, the movable probe rapidly moves for detection, the optical microscope guarantees the detection accuracy, and the device is suitable for electrochemical detection of the micro-areas in multiple fields.

The application relates to a test method, device, test equipment and storage medium of an inductive loop system. The method comprises the following steps: obtaining a rotor position of a rotating motor as a reference position, a certain length of a transmitting antenna is installed on the rotor; when the transmitting antenna rotates relative to a cross inductive loop, an envelope signal of the cross inductive loop is obtained, a position of a carrier generating unit in the cross inductive loop is obtained as a test position according to the envelope signal, the carrier generating unit comprises the transmitting antenna, the cross inductive loop is laid on the inner wall of a stator of the rotating motor in a splicing mode, the gaps between adjacent cross inductive loops and the rotor are different, a test result of a positioning function of the inductive loop system is obtained by comparing the reference position and the test position, and a test result of a speed measurement function of the inductive loop system is obtained according to waveforms of the envelope signals under different rotor speeds.

A dispensing machine (1) and a method for determining the liquid level in the container of the dispensing machine. The dispensing machine includes: - a movable platform, such as a turntable (5); - a plurality of dispensing units (8) located on the platform, each dispensing unit including a container (4), a pump (9), and a valve (10); and - a vibration sensor (27), such as a microphone. The dispensing machine also includes an impact element (26). The platform is movable to position a selected dispensing unit (4) at a test location, wherein the dispensing unit (8) is within reach of the impact element (26).

The present invention discloses a distributed photovoltaic grid-connected test method and equipment, the equipment comprising: a box body, a cover body, a test assembly, a wiring assembly, and a transmission assembly. The method comprises moving the box body to a distributed photovoltaic grid-connected test position and opening the cover body; when the cover body is opened, the transmission assembly performs a mutual rotation between the components, driving the test assembly to move upward, and moving the test assembly to a first preset position; the test assembly at the first preset position performs a mutual movement between the components, controls the deployment angle of the test assembly, and deploys the test assembly to a preset angle in the box body; adjusts the wiring assembly to a preset wiring position, and connects the test equipment to the grid-connected inverter through the wiring assembly; starts the test assembly at the preset angle, and tests the waveform of the grid-connected inverter through the test assembly to obtain test data. This embodiment improves the ventilation effect and overall integration effect during testing, and improves the connection adaptability when wiring multiple harnesses.

The invention discloses a bed screen hardness test device and method, and the device comprises a test frame which is used for placing a bed screen to be tested; a plurality of test points are preset on the bed screen; the test pressure head is used for testing the hardness of each test point of the bed screen; the loading device is mounted on the test frame and connected with the test pressure head so as to drive and adjust the test position of the test pressure head and collect load-displacement data of each test point; and the control unit is respectively connected with the test framework, the test pressure head and the loading device. The test frame, the test pressure head and the loading device are reasonably arranged, so that the load-displacement data of each test point of the bed screen can be accurately acquired, and the hardness of the bed screen can be evaluated according to the load-displacement data, so that the hardness test effect of the bed screen can be improved, and the test efficiency is improved. The problems that in the prior art, a testing method is not standard, subjectivity is high, real working conditions cannot be reflected, and testing equipment is poor in positioning precision and repeatability are solved.

The embodiment of the invention discloses a rotation test method, system and device of a mobile robot and a server, and relates to the technical field of mobile robots. According to the specific implementation scheme, a task execution instruction is sent to the mobile robot, the task execution instruction is used for instructing the mobile robot to execute a test task, and the test task comprises rotation at a test position point according to a preset direction; obtaining rotation data collected by the distance measuring module when the mobile robot rotates at the test position point according to the preset direction; and obtaining a rotation performance index of the mobile robot based on the rotation data. In the scheme, by setting the test position point and the corresponding distance measurement baffle plate, the rotation performance of the mobile robot can be evaluated by using the rotation data acquired by the distance measurement module in the process that the mobile robot rotates at the test position point according to the preset direction, so that the accuracy of the rotation test of the mobile robot is improved.

The embodiment of the invention provides cushion cyclic compression test equipment and a test method thereof, and the cushion cyclic compression test equipment comprises a machine body which is provided with a first test position and a second test position; the placement mechanism is movably arranged on the machine body between the first test position and the second test position; the circulating pressure applying mechanism is arranged on the machine body in a liftable manner and is used for circularly applying pressure to the cushion when the placement mechanism is located at the first test position; the static pressure applying mechanism is arranged on the machine body in a liftable mode, the static pressure applying mechanism is provided with a distributed pressure sensor, the static pressure applying mechanism is used for applying pressure to the cushion when the placement mechanism is located at the second testing position, and the distributed pressure sensor is used for detecting pressure distribution when the static pressure applying mechanism applies pressure to the cushion. According to the cushion cyclic compression test equipment, after the cushion is subjected to cyclic pressure application, the cushion can be transferred from the first test position to the second test position, so that the pressure bearing distribution condition of the cushion can be detected at the second test position.

An electronics part verification system may comprise a test-site board loaded onto or otherwise secured to a PnP machine and computer instructions for using the PnP machine's capabilities to (i) retrieve a component-to-be-verified from a feeder; (2) move the component to a test site on the test-site board; (3) use an LCR meter to obtain an inductance, capacitance, or resistance value for the component; and (4) determine, based on the value from the LCR meter, whether the component is correct or incorrect.

This utility model discloses an adjustable cantilever for OPC wear testing, including a support base. A positioning column is connected to one side of the support base, and a telescopic groove is formed on the other side. An adjusting column is slidably installed inside the telescopic groove. A drive motor is mounted on one side of the positioning column, and a rotating shaft is rotatably mounted on one side of the adjusting column. Both the output ends of the rotating shaft and the drive motor are connected to support covers. An adjusting frame is provided on the surface of the support base, and a testing cantilever is rotatably installed inside the adjusting frame. A cantilever adjustment mechanism is provided between the testing cantilever and the adjusting frame. This utility model has the following advantages: it stably clamps both ends of the OPC drum to be tested within two support covers. The cantilever adjustment mechanism allows for free adjustment of the testing cantilever, thereby adjusting the testing position and pressure on the OPC drum surface during wear testing. This more accurately simulates the wear condition of OPC in actual use, improving the accuracy and reliability of the measurement results.