577 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.

The utility model relates to an omni-directional impact performance test device for a backrest and a headrest of an automobile seat, which belongs to the technical field of automobile seat test devices and comprises a test board, an impact head, a height adjusting mechanism and an angle adjusting mechanism. The impact head exerts impact force on a backrest and a headrest of an automobile seat, the height adjusting mechanism drives the impact head to move up and down in a vertical plane so as to adjust the installation height of the impact head, the angle adjusting mechanism drives the impact head to rotate in the horizontal plane and the vertical plane, and all-directional impact resistance testing is conducted on the backrest and the headrest of the automobile seat. According to the utility model, the technical problems in the prior art that the application range of seat backrests at different inclination angles is limited, the test positions of the seat backrests and headrests are not comprehensive, and rapid and continuous tests cannot be carried out can be solved.

The invention relates to the field of vehicle environment testing, in particular to a semi-wind tunnel system for vehicle testing environment simulation and a control method of the semi-wind tunnel system. The air supply unit, the air return unit, the circulation unit, the power unit, the power generation recovery unit and the control unit are installed on the system body. Wherein the air supply unit and the vehicle test position are correspondingly arranged on the front side of the system main body, the air return unit and the vehicle test position are correspondingly arranged on the rear side of the system main body, and the circulation unit and the vehicle test position are correspondingly arranged on the upper side of the system main body. The power generation recovery unit and a vehicle test position are correspondingly arranged on the lower side of the system main body. According to the semi-wind tunnel system for automobile test environment simulation, the defects of the environment simulation cabin and the heat energy wind tunnel are avoided, the advantages of the environment simulation cabin and the heat energy wind tunnel are integrated, and the semi-wind tunnel system for automobile test environment simulation is uniform in temperature and humidity, stable in airflow, low in manufacturing cost and low in energy consumption.

The invention relates to the technical field of building steel structure testing, in particular to building steel structure fatigue resistance testing equipment which further comprises an electric conveying frame, a supporting plate, an electric roller, a connecting plate, a driving assembly and a side edge pressure applying assembly, and the side edge pressure applying assembly is installed on a pressing block and used for conducting pressure applying testing on the side edge of a steel structure. The driving assembly is installed between the pressing block and the base. A steel structure is driven to move backwards to a testing position through forward rotation of an electric conveying frame and forward rotation of an electric roller, then a supporting plate drives the electric roller to swing downwards to be separated from the steel structure, the steel structure moves downwards to make contact with the top of a base to be stably placed, pressure is applied, and fatigue resistance testing is completed; and then the electric roller and the electric conveying roller are started to rotate reversely to move the tested steel structure forwards to complete unloading, so that loading and unloading of the steel structure can be completed through the electric roller and the electric conveying frame, manual operation is not needed, and the subsequent testing efficiency of the steel structure is improved.

The invention relates to the technical field of fabric testing, in particular to an experimental testing method and device for determining the impact resistance of fabric, and the method comprises the following steps: S1, initial calibration: installing the fabric to be tested on a fabric frame, adjusting the tension of the fabric to be tested to a set value through a first electric push rod, starting an electromagnetic suction table to compress a spring to an energy storage state, and starting a second electric push rod; the pressure sensor array module is impacted by a bullet launched in a no-load mode, the process is repeated three times, an impact force calibration value is obtained, and the speed measurement sensor is synchronously calibrated, and S2, testing position switching is conducted, and liquid agar gel is injected into the transparent gel cylinder. According to the invention, through a unique spring system, the linear transmission module is utilized to drive the electromagnetic suction table to move, and the stretching amount of the spring is accurately controlled, so that the accurate adjustment of the projectile launching speed is realized, and the impact at various speeds can be simulated when the impact resistance of the fabric is tested.

The invention discloses high and low temperature test equipment, which comprises a test box body and a conveying mechanism, and is characterized in that the test box body is provided with a test chamber, the test chamber is internally provided with a conductive wheel, and the conductive wheel electrifies a switch through rolling contact with a switch carrier; the conveying mechanism comprises a conveying manipulator and a positioning part, the conveying manipulator is provided with a connecting part, the connecting part is used for being matched with the connecting structure of the switch carrier, and the conveying manipulator drives the connecting part to be matched with different connecting structures of the switch carrier through movement. The conductive wheels electrify the switch in a rolling contact mode, a plug-in electrifying mode is not needed, the requirement for the position precision of the switch carrier is low, and the electrifying process is simplified; after the positioning part locks the position of the switch carrier, the movement of the conveying manipulator does not affect the switch carrier, the connecting part can conveniently replace a matched connecting structure, the conveying manipulator does not need to push the switch carrier repeatedly, and the switch carrier can be guided into a test position through single-time pushing.

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 relates to the technical field of sensors, and discloses an automatic testing method and device for an inductance proximity sensor, electronic equipment and a storage medium. The method comprises the following steps: acquiring test configuration data of a tested inductance proximity sensor, and analyzing the test configuration data to obtain a first test distance; moving the tested inductance proximity sensor to a first test position through the test clamp, wherein the distance between the tested inductance proximity sensor and the target at the first test position is a first test distance; acquiring inductance change data and sensor output data of the detected inductance proximity sensor in the moving process; sending the first test distance, the inductance change data and the sensor output data as first test result data to a target machine learning model; and performing correction and optimization processing on the first test result data through the target machine learning model to obtain target test result data corresponding to the tested inductance proximity sensor. Through the method, the test efficiency is improved, and the test error is reduced.

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 is suitable for the technical field of vehicle testing, and provides a real vehicle in-the-loop testing method and device, terminal equipment and a storage medium, the method is applied to a simulation system, and the simulation system firstly obtains real-time track data of a to-be-tested vehicle; according to the real-time trajectory data of the to-be-tested vehicle and preset test scene configuration information, target trajectory information of a self-moving device is generated, the self-moving device carries a traffic participant model, and the target trajectory information is used for indicating the self-moving device to move to a target test position; and finally, after the to-be-tested vehicle and the self-moving device move to the target test position at the same time, generating an in-loop test result. Therefore, the self-moving device is scheduled based on the trajectory data, trajectory planning of the entity traffic participant model is achieved, finally, the to-be-tested vehicle and the self-moving device are both located at the target test position at the same moment, and then the simulation system can accurately simulate a complex test scene.

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 relates to the technical field of detection devices, and particularly discloses a fire hose tensile strength detection device for fire detection, which comprises a base shell, a baffle plate, a docking mechanism, a detection mechanism, a workpiece fixing mechanism, a lifting mechanism, a controller, water supply equipment, a carrying mechanical arm and a grating sensor, the butt joint mechanism is installed at the top end of the base shell and located at an opening in the front of the inner side of the baffle. The detection mechanism is installed at the top end of the base shell and located at the right end of the outer side of the baffle. The fire hose is accurately installed on a test position in an automatic mode, time consumption of repeated adjustment in the manual butt joint process is reduced, the overall efficiency of test work is greatly improved, actual working conditions are accurately simulated, the whole disc of fire hose is comprehensively detected, stretching tests in different directions are carried out in the water supply state, and the test efficiency is improved. The method can obtain the test data which more accords with the actual use scene, and enables the test result to have higher reliability and reference value.

The embodiment of the invention discloses a thermal insulation performance testing method, device and equipment and a medium. The method comprises the following steps: acquiring the current environment chamber temperature, and adjusting the initial position temperature of each candidate test position in a to-be-tested cab according to the current environment chamber temperature to obtain the candidate position temperature; when all the candidate position temperatures are the same as the current environment chamber temperature, the candidate position temperatures are updated based on the indoor heat supply amount in the air conditioner running state, and the reference position temperature is obtained; when the reference position temperature at the benchmark test position is the indoor temperature peak value, obtaining the reference position temperature at each candidate test position in the cab to be tested, and obtaining the target position temperature at each candidate test position after the preset test duration in the state that the air conditioner is turned off; and according to the reference position temperature, the target position temperature and the preset test duration, determining a thermal insulation test result of the to-be-tested cab. And the accuracy of testing the thermal insulation performance of the commercial vehicle cab is improved.

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 utility model relates to an air tightness testing device, in particular to an angle valve air tightness testing device. Comprising a table top, a first air cylinder is arranged on the rear side of the top of the table top, a first push rod is connected to one side of the first air cylinder, a movable seat is fixedly connected to one end of the push rod, a plurality of water inlet grooves are formed in the front side of the movable seat at equal intervals, and air inlet holes are formed in the water inlet grooves; the end part of the push rod II penetrates through the moving seat and is fixedly connected with a water outlet sealing piece; a plurality of water outlet grooves are formed in the bottom of the water outlet sealing piece at equal intervals; a fixing base is arranged on the front side of the top of the table top. Multiple angle valve containing grooves are formed in the top of the fixing base at equal intervals. The beneficial effects of the utility model are that through arranging a plurality of angle valve testing positions, the angle valve airtightness testing device can carry out airtightness testing on a plurality of angle valves each time, the automation degree is high, the testing time is saved, and the testing efficiency is improved.

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%.

A welding testing system and a defect detection method. The welding testing system comprises a welding mechanism and a first testing mechanism (1); the welding mechanism is used for welding a casing and a top cover of a battery cell (01) together; the first testing mechanism (1) is arranged downstream of the welding mechanism; the first testing mechanism (1) comprises a support assembly (11), a planar imaging assembly (12), and a processing assembly; the planar imaging assembly (12) is mounted to the support assembly (11); the planar imaging assembly (12) is used for capturing a planar image at a welding pass; and the processing assembly is used for acquiring the planar image and determining, on the basis of the planar image, whether the welding pass is standard-compliant. The planar imaging assembly (12) comprises imaging units (121); each imaging unit (121) comprises a camera (1211) and a reflective mirror (123); the camera (1211) and the testing position of the first testing mechanism (1) are located on the same side of the reflective mirror (123); a lens of the camera (1211) faces the reflective mirror (123); and when the battery cell (01) is located at the testing position, the camera (1211) captures an image of the welding pass reflected by the reflective mirror (123).

The invention discloses a method for testing smoothness of a regenerative braking system of an electric vehicle, which comprises the following steps of: firstly, determining a test environment, test road conditions, test initial speed of a test vehicle and a vehicle state according to test requirements, and installing corresponding test equipment at a corresponding position of the test vehicle; then, the test vehicle is placed on a test road meeting the test road condition, and the test vehicle is controlled to be accelerated to the set test initial speed; and then, according to the type of a regenerative braking system carried by the tested vehicle, selecting a corresponding braking mode to control the vehicle to brake, and detecting vibration detection data at different test positions of the tested vehicle in real time through test equipment mounted on the tested vehicle in the braking process. And finally, the braking smoothness of the regenerative braking system is evaluated through vibration detection data obtained through multiple times of testing, so that the braking smoothness performance of the regenerative braking system is obtained, and the driving and riding comfort of the whole vehicle is reflected.

The utility model relates to an accurate high-temperature viscosity testing device for road marking paint, and effectively solves the problem that the marking paint is easily mixed insufficiently in the detection process due to the fact that the testing position of the conventional viscosity testing device is fixed relatively, so that the viscosity of the marking paint cannot be accurately measured in the detection process. The problem that the overall accuracy is not high due to the fact that the test error is large due to the fact that the detection position is single in the prior art is solved. According to the high-temperature viscosity accurate testing device for the road marking paint, through cooperative arrangement of the threaded rod and the adjusting seat, the adjusting seat can be driven to float up and down through rotation of the threaded rod, and then the viscometer can be driven to adjust the up-down position, so that the detection position of the viscometer on the paint is changed, and the detection accuracy of the device on the paint is improved; and when the stirring blades are driven to rotate through the transmission shaft, the coating in the storage tank can be fully mixed and stirred, so that the coating is fully mixed.

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 utility model relates to the technical field of metal pipe nondestructive testing, and discloses a metal pipe nondestructive testing auxiliary device which comprises a testing table, a metal pipe body is arranged above the testing table, pipe adjusting mechanisms are installed on the two sides of the top of the testing table, and a testing position adjusting mechanism is arranged above the metal pipe body. Through the cooperation of the supporting cover, the supporting column, the servo motor, the lead screw, the adjusting block, the first electric telescopic rod, the connecting frame, the mounting seat and the mounting frame, the height and the horizontal position of the flaw detector probe during detection can be conveniently adjusted; and through cooperation of a supporting frame, a double-shaft motor, a connecting shaft, a bearing, a driving gear, a rotating gear, a screw rod, an arc-shaped anti-skid clamping plate, a guide rod, a limiting sliding block and an annular limiting sliding groove, the metal pipe can be conveniently driven to rotate, the position of the metal pipe during nondestructive testing is adjusted, and therefore the pipe testing efficiency of the flaw detector probe is improved.

A test bench (100) for mechanical testing of a subperiosteal implant (810), wherein the subperiosteal implant (810) is provided with at least one superstructure, the test bench (100) comprising: a machine frame (200), a mandibular model (800) to which a subperiosteal implant (810) is fixable, and at least one force measuring unit (700) that is connected at one end to a load-bearing plate (710) fixed to the machine frame (200) and can be releasably connected at its other end to at least one test location (P) of the subperiosteal implant (810) for force measurement. The test bench (100) is characterised by further comprising a first shaft (613) that is rotatably connected to the machine frame (200) via at least a first bearing (612) such that it defines a first rotational axis (614), a second shaft (623) that is rotatably connected to the machine frame (200) via at least a second bearing (622) such that it defines a second rotational axis (624), wherein the mandibular model (800) is attached to the first shaft (613) and to the second shaft (623) at two, first and second, mandible head portions (801, 802) thereof for rotation about the first rotational axis (614) and the second rotational axis (624), at least one control and command unit (300) that is mounted on the machine frame (200) and has at least two, first and second, pneumatic cylinders (400, 500) provided with a first and a second piston rod (410, 510), wherein the at least two, first and second, pneumatic cylinders (400, 500) are arranged above the mandibular model (800), and wherein the control and command unit (300) is in operative connection with the first and second pneumatic cylinders (400, 500) such that it is able to exert a force of a given magnitude on the first and second piston rods (410, 510) to move them in a vertical direction, at least two, first and second, displacement measuring units (460, 560) mounted on the first and second pneumatic cylinders (400, 500) such that they are able to measure the vertical-direction displacement of the first and second piston rods (410, 510) of the first and second pneumatic cylinders (400, 500); at least two, first and second, resilient members (450, 550) with a strap-like configuration that are connected to the respective lower ends of each of the first and second piston rods (410, 510) by means of a first and a second connection member (430, 530) such that the first and second resilient members (450, 550) support the mandibular model (800) by forming a loop around both sides thereof; wherein the at least one, first and second resilient members (450, 550) are operatively connected to the control and command unit (300) by way of being connected to the first and second piston rods (410, 510), and thus they are able to apply a tensile load to the mandibular model (800). The method according to the invention is carried out applying a system according to the invention.

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 circuit product testing, in particular to an integrated circuit product testing device and a method thereof.The integrated circuit product testing device comprises a first conveying belt, a testing table and a second conveying belt, a detection machine body is installed on the testing table, a probe is arranged on the lower end face of the detection machine body, and a bottom supporting plate is arranged below the probe; mounting plates are arranged on the front side and the rear side of the bottom supporting plate, an auxiliary conveying belt is arranged on the sides of the mounting plates, a Z-axis pressing strip is arranged on one side of the auxiliary conveying belt, a containing cavity for containing the bottom supporting plate is formed in the testing table, a group of lateral main clamping plates are rotationally mounted on each of the two horizontal sides of the bottom supporting plate, and pressing pieces are mounted on the lateral main clamping plates through detachable structures; according to the invention, the test of the integrated circuit product can be rapidly and continuously carried out, the manual intervention and the test time are obviously reduced, accurate positioning can be provided, and the circuit product is ensured to be located at the same test position during each test, so that the consistency and the reliability of the test are improved.

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.