77 results about "Type test" patented technology

The invention discloses a hydrogen compressor test device and a test method.The test device comprises a gas storage bottle set, two inlet buffer tanks, two testers, two outlet buffer tanks and a back pressure valve which are sequentially communicated through pipelines, and the inlet buffer tanks and the testers are connected in parallel; outlets of the back pressure valves are communicated to the two groups of inlet buffer tanks, and the two groups of back pressure valves are arranged in parallel; the pipe diameters of the inlet pipelines and the outlet pipelines corresponding to the inlets and the outlets of the two groups of testing machines are different, so that the displacement is controlled according to the pressure. The system has the characteristics of wide working condition, high pressure, large discharge capacity, automatic control and gas recovery, can monitor performance parameters such as temperature, pressure, discharge capacity and the like in a platform operation process in real time, meets the requirements of various hydrogen energy compressor type tests, predelivery tests and scientific research tests, and provides support for design, simulation and performance evaluation of a unit.

This invention discloses a test tube detection component, a sample analyzer, and a sample analysis system. The test tube detection component includes a first test tube rack, a second test tube rack, a shielding element, and a sensor that cooperates with the shielding element. The first test tube rack is provided with a plurality of first holes for placing first type test tubes, and the second test tube rack is provided with a plurality of second holes for placing second type test tubes. The sensor is disposed on the sample injection track of the sample analyzer. The shielding element is disposed in one of the first holes of the first test tube rack and / or one of the second holes of the second test tube rack. When the first test tube rack and / or the second test tube rack move along the sample injection track, the sensor generates different signals according to the different settings of the shielding element to determine whether it is the first test tube rack or the second test tube rack. By distinguishing between the first test tube rack and the second test tube rack, the first type test tube and the second type test tube can be identified. The overall structure is simple, the judgment is accurate, and the subsequent sample detection is ensured to proceed smoothly.

The invention discloses an unloading type test tool for a gas swing device of a liquid rocket engine and a use method of the unloading type test tool. The tool comprises a mandrel assembly, a first nut, a first compression ring, a second compression ring, a first flange and a second flange. The lower end of the mandrel assembly and the product are sealed in an end face mode. A first pressing ring, a second pressing ring, a first flange and a second flange are installed at the upper end of the gas swing device, and end face sealing is adopted between the first flange and the gas swing device. The first flange and the second flange as well as the second flange and the mandrel assembly are sealed through sealing structural parts. And after the first nut and the mandrel assembly are assembled, the second pressing ring is pressed tightly, and the limiting effect on the second flange is achieved. And the inner diameter of the first flange is equal to that of the corrugated pipe of the fuel gas swinging device. In the state, the axial stress of the corrugated pipe in the test process is zero, and therefore the requirement that the fuel gas swing device is not stressed in the axial direction in the test process can be met. The device has the advantages of being simple in structure and convenient to mount and dismount.

The utility model discloses full-automatic high-temperature aging test equipment for PCBA (printed circuit board assembly) boards, which comprises a test equipment body, a lifting type test device, an operation button, an operation panel and a ventilation window, and is characterized in that the middle part of the top end of the test equipment body is provided with the lifting type test device with an embedded structure; operation buttons which are symmetrically distributed are installed on the left side and the right side of the lifting type testing device, an operation panel with a 45-degree inclination angle is installed at the rear ends of the lifting type testing device and the operation buttons, and ventilation windows which are symmetrically distributed are formed in the left side and the right side of the testing equipment body. According to the high-temperature aging test equipment, the labor intensity during test can be reduced and the test efficiency can be improved through the automatic design, and the operation is simple and convenient.

The embodiment of the invention provides a design and development method and device of a functional safety product and electronic equipment, and relates to the technical field of functional safety product development. The method comprises the following steps: obtaining a product architecture and a safety requirement level planned in a functional safety product design stage; determining a system demand and a type test demand according to the product architecture and the safety requirement level; determining project management requirements according to project management requirements of the functional safety product; designing and developing a hardware part and a software part of the functional safety product based on the product architecture, the system requirements, the type test requirements and the project management requirements to obtain a prototype of the functional safety product; and testing and verifying the prototype of the functional safety product to determine that the prototype of the functional safety product meets the product architecture and the safety requirement level. According to the implementation mode provided by the invention, the product development efficiency can be improved on the basis of ensuring the reliability and the safety.

The invention relates to the field of disease testing equipment, in particular to modularized testing equipment for cognitive disorder testing, which comprises a testing round table, the tabletop of the testing round table is provided with a plurality of testing positions arranged in an annular array, and each testing position is detachably provided with entity testing equipment; the baffle is arranged on the periphery of the testing round table in a surrounding mode, the baffle is provided with operation windows which are higher than and matched with the height of the table top of the testing round table, and each operation window is provided with a correlation sensor. According to the modularized testing equipment, a traditional touch control type test can be changed into an entity test, a tested object can be modularized, and an object to be tested can be selected and rapidly changed according to people with different cognitive impairments.

The application relates to a type test method, which comprises the following steps: constantly acquiring real-time temperature information of preset sampling points in a tested traction system according to a first sampling frequency; comparing the real-time temperature information of each sampling point at the current moment with reference temperature information of each sampling point at the current moment; when the real-time temperature information at the current moment is greater than the reference temperature information at the current moment, issuing fan starting information to a cooling fan on a test device; judging whether the tested traction system is in a thermal runaway state; if the tested traction system is not in the thermal runaway state, adjusting speed information of the cooling fan to make the real-time temperature information approach the reference temperature information, and uploading and recording the speed information of the fan. The application monitors and responds to a test object with temperature rise greater than a certain standard in the test of a traction system of a railway.

The utility model relates to the technical field of device testing equipment, in particular to a power device testing device which comprises a temperature difference adjusting type testing assembly, the temperature difference adjusting type testing assembly comprises a vacuum cover, an oscilloscope and a detection body, the detection body is arranged in the vacuum cover, and the input end of the oscilloscope penetrates through the vacuum cover to be arranged above the detection body. An original structure is modified and replaced by a temperature difference adjusting type testing assembly, so that the problem that the whole tested part and a measuring probe are directly placed in a low-temperature box for testing in an existing low-temperature test, but the probe, especially a Rogowski coil probe, can generate a relatively large error at a low temperature is effectively solved.

The application discloses a cap type test cut piece for aircraft skin hole and counterbore machining, relates to the technical field of machining, and comprises a test cut body, the inner side of the test cut body is hollow, the test cut body has a horizontal reference surface and eight test cut surfaces which are arranged around the reference surface, and the test cut surfaces are arranged at an angle with the reference surface and expand outwardly. The test cut can realize full coverage of the direction of the law of error, the digital equipment positioning accuracy, actuator accuracy and the like can be inversely deduced through the hole and counterbore measurement results, and the machine tool acceptance and test cut verification work of the digital hole and counterbore machining equipment of the aircraft skin can be realized.

The present disclosure relates to an artificial intelligence-based descriptive test evaluation system. An artificial intelligence-based descriptive test evaluation system according to one embodiment of the present disclosure can have fairness and objectivity in the evaluation of descriptive tests by having an artificial intelligence module analyze descriptive test question information to generate and evaluate descriptive test evaluation criteria.

The utility model discloses a beam type test piece for testing the bonding performance of built-in steel bar-recombined bamboo. The beam type test piece comprises a connecting piece I and a connecting piece II which are hinged with each other, and the connecting piece I and the connecting piece II are respectively fixed with a recombined bamboo beam I and a recombined bamboo beam II which are arranged in the same direction; a first steel bar is arranged in the first recombined bamboo beam, and a second steel bar is arranged in the second recombined bamboo beam. One ends of part of the steel bars I in the plurality of steel bars I are positioned outside the recombined bamboo beam I, and one ends of part of the steel bars II in the plurality of steel bars II are positioned outside the recombined bamboo beam II; and the steel bar I outside the recombined bamboo beam I is fixedly connected with the steel bar II outside the recombined bamboo beam II. In the process of testing the bonding performance of the built-in reinforcing steel bar-recombined bamboo, the first recombined bamboo beam and the second recombined bamboo beam can rotate mutually and limit the relative horizontal displacement of the first recombined bamboo beam and the second recombined bamboo beam when being pressed, the stress conditions of the first reinforcing steel bar and the second reinforcing steel bar bonded in the recombined bamboo can be reflected to the maximum extent under the load effect, and the stress conditions accord with the actual component stress.

The automatic lifting type test device for simulating the rock water-rock action comprises a rock sample placing table, the rock sample placing table comprises a bottom plate, a rock sample box is arranged on the bottom plate, water inlet and outlet holes are formed in the side wall of the rock sample box, outer frames are arranged at the four corners of the bottom plate, a top plate is fixedly arranged at the upper ends of the outer frames, and the top plate is fixedly connected with the bottom plate. The top of the top plate is provided with a tension sensor, the tension sensor is provided with a top hook ring, the top hook ring is connected with a lifting device, and the bottom of the top plate is provided with a drying lamp; the lifting device is arranged on the top frame and used for driving the rock sample placing table to move up and down in the soaking area and the drying area, and the soaking area, the drying area and the top frame are sequentially stacked from bottom to top. The technical problem to be solved by the invention is to provide the automatic lifting type test device and method for simulating the water-rock action of the rock, so that the dry-wet cycle simulation test of the rock is realized; and the cycle index, soaking and drying time and rock water content of the rock water-rock action simulation test can be conveniently regulated and controlled.

The utility model discloses concrete fracture resistance and compression resistance test equipment, which relates to the technical field of concrete detection and comprises a fixed base, hydraulic cylinder mechanisms fixedly connected above the left side and the right side of the fixed base, a movable working table slidably connected to the inner wall above the fixed base, and a rotating mechanism in threaded connection to the inner wall below the movable working table. And the lower portion of the rotating mechanism is fixedly connected with the upper portion of the fixed base, and the front side and the rear side of the upper portion of the fixed base are fixedly connected with clamping mechanisms. According to the utility model, the movable working table is matched with the rotating mechanism to adapt to concrete test pieces with various lengths and be compatible with various types of tests, so that the problem that the equipment is incompatible due to different sizes of the test pieces is effectively solved, and the equipment can be used for both a bending test and a compression test, so that the test efficiency is improved. And test bodies with different sizes can be fixed through the clamping mechanism, so that the test is carried out under a stable condition, and the reliability of test data is improved.

The invention belongs to the technical field of ballastless track interface mechanics, and particularly discloses an assembly type test device and test method for measuring normal mechanical parameters of an interlayer interface of a ballastless track. The center of the measuring platform is provided with a left side fixing device and a right side fixing device which are used for fixing the pushing test piece, the pushing test piece comprises an upper concrete test piece and a lower concrete test piece, the lower concrete test piece is provided with a reserved fixing hole for fixing the pushing test piece, and the reserved fixing hole is rigidly matched with a positioning screw rod, so that the pushing test piece can be fixed. The self-alignment assembly is realized; a simple and reliable measurement and calculation method is developed in a matched mode and used for obtaining a normal force-displacement relation curve and key normal cohesion parameters of the ballastless track interlayer interface, and a theoretical basis and data support are provided for numerical simulation and damage analysis of ballastless track interlayer interface behaviors.

The utility model discloses a concrete test block anti-permeability instrument which comprises an anti-permeability instrument body, six splicing type test molds are detachably installed on the anti-permeability instrument body, six inner mold blocks are detachably installed in each splicing type test mold, the inner mold blocks are in an arc shape, the outer walls of the inner mold blocks are attached to the inner walls of the splicing type test molds, and the outer walls of the inner mold blocks are attached to the inner walls of the splicing type test molds. The right side of each inner module is fixedly provided with a clamping strip, the left side of each inner module is provided with a clamping groove used for clamping the clamping strip, and each inner module is detachably provided with two fastening bolts screwed on the splicing type test mold. According to the utility model, an abraded area in the test mold can be independently replaced conveniently, and resources are saved.

The application provides a cable GIS terminal type test device to construct a mechatronic test platform integrating self-shielding environment simulation, multi-posture working condition reproduction, self-adaptive electrical connection and built-in nondestructive testing. The device itself forms a Faraday cage effect by the metal cabin to replace a special shielding hall. The posture driving mechanism is used to realize safe switching of the terminal between horizontal and vertical working conditions. Through the sensor and self-adaptive electrical connection assembly, the comprehensive solution of efficiently and accurately completing the full item type test of the cable GIS terminal in the ordinary environment is realized.

This application discloses an integrated circuit chip positioning mechanism for a gravity-type testing and sorting machine testing station, relating to the technical field of integrated circuit chip processing. The mechanism includes a base, a connecting mechanism, and multiple material-blocking mechanisms. A testing module and a feeding track are provided on one side of the base. The material-blocking mechanism includes a testing seat, a movable seat, a first stop, a second stop, and a first driving member. The first driving member drives the movable seat to move and, through the movable seat, drives the testing seat to move. Feeding channels are provided on both the base and the testing seat, and a testing port is provided on one side of the testing seat. The end of the first stop moves in and out of the feeding channel with the testing seat. The second stop is disposed on the movable seat. This application can effectively reduce the probability of damage during the positioning and blocking process of integrated circuit chips, and can effectively improve the reliability of integrated circuit chip testing results.

The utility model discloses an isolated test box for high and low temperature tests of LTPS (Low Temperature Poly Styrene) liquid crystal samples, which comprises a test box body, a plurality of sample placing grooves are formed in the test box body, and through holes are formed in the middle parts of two ends of the test box body; the number of the storage frames is two, the two storage frames are arranged at the two ends of the test box body respectively, and a plurality of circuit board placing grooves are formed in each storage frame; and a wiring channel. According to the isolation type test box for the high and low temperature test of the LTPS liquid crystal sample, the storage frames are externally arranged at the two ends of the high and low temperature test box and used for containing the driving circuit board, line connection is carried out through the switching flat cable and the external FPC flat cable, and the double-layer silica gel sealing ring is arranged, so that the sealing performance of the test box is enhanced; physical separation of the drive circuit and the liquid crystal sample is achieved, the circuit board is prevented from being damaged due to direct impact of temperature and humidity, judgment of liquid crystal sample testing results is not affected, and testing cost is reduced.

The utility model provides a 220KV-level GIS universal test bushing, which comprises a test bushing body, the bottom of the test bushing body is fixedly connected with a flange installation disc, the top of the flange installation disc is provided with an installation component, and the installation component comprises an installation channel arranged at the top of the flange installation disc. A spring is fixedly connected to the inner wall of the mounting channel, an adjusting column is fixedly connected to one end of the spring, and a mounting bolt rod is fixedly connected to the bottom of the adjusting column. The motor works to drive the first winding roller and the second winding roller to tighten the two ends of the steel rope, the length of the middle portion of the steel rope is shortened, then the diameter of a circle formed by the steel rope surrounding the multiple bolt heads is decreased, the multiple bolt heads can get close to the center, and then the positions of the multiple installation bolt rods are adjusted; scale data of the bolt head can be observed through the scale marks, and then the position of a bolt rod installed on the flange installation disc can be adjusted according to the size of a flange on the GIS.

The invention discloses a multi-module collaborative drawer type memory chip test system and a test method thereof, and belongs to the technical field of memory chip test. The system comprises a test cabinet, a plurality of drawer type test modules, a main controller and a standardized backboard. Standardized mounting slots are formed in the test cabinet in the vertical and horizontal directions, so that three-dimensional stacking arrangement of the drawer type test modules is realized; the drawer type test module is an independent test unit and is in pluggable connection with the cabinet through a guide rail and a connector; the standardized backboard is integrated with various interfaces, and connection between each module and the main controller is established; the main controller manages all the modules in a unified mode, and parallel collaborative testing is achieved. The test method comprises the steps of module installation, parameter setting, collaborative test and report generation, and test accuracy and efficiency are guaranteed through a data verification algorithm, an incremental PID adjustment algorithm and a test progress evaluation algorithm. The test density and efficiency are improved, the cost is reduced, and the flexibility is enhanced.

The invention provides a universal Geiger-Muller counter tube automatic mass testing and screening system which comprises a cart, and a mounting platform is arranged on the top surface of the cart; the guide rail assembly is fixed to the mounting platform in the X direction; the conveying type testing frame is arranged on the guide rail assembly in a sliding manner; the turnover mechanism is connected with the cart and is used for turning over the conveying type test jig; the conveying belts are arranged on the conveying type testing frame side by side in the X direction, and the conveying direction of the conveying belts is the Y direction or the Z direction; and the plurality of testing units are arranged on the periphery of the conveying belt in a surrounding manner, synchronously and circularly move along with the conveying belt, and are used for detachably mounting a GM counting tube to be tested. The system can circularly transport a large number of GM counting tubes at the same time, is suitable for various radioactive sources such as alpha, beta and gamma, can complete measurement of a series of radioactive sources at the same time, supports automatic testing of various physical properties, forms continuous operation, remarkably improves the testing efficiency, and avoids low efficiency of traditional manual one-by-one measurement.

The invention discloses a new full-automatic running subway train debugging method and system.The method comprises routine tests, type tests and full-automatic running function debugging, the routine tests comprise static boundary tests, electrolyte strength tests and air control system tests, and the type tests comprise static mechanical tests and weighing tests. A working condition and comfort test, a high-low voltage adjustment test and an operation test are carried out. By integrating thirty-four full-automatic function special tests and establishing a scientific quality control and safety management and control mechanism, the debugging period is shortened to seven days, the train reliability and the driving safety coefficient are improved, repeated debugging and component disassembly and assembly are avoided by optimizing the process, the material cost is reduced by 8%, the secondary debugging risk is reduced, and the working efficiency is improved. High-risk processes are managed and controlled by specially-assigned persons, safety accidents are avoided, the process is standardized, operation is simple and easy to understand, a reusable debugging template is provided for domestic follow-up full-automatic running subway lines, and industrial standardized development is promoted.

The invention belongs to the field of ground maintenance of a generator controller of an aviation power system, and particularly relates to a design method for testing a hardware control script, which comprises the following steps of: pre-defining a test case format at the front end of an Excel test case through a standard Excel file; a first AST tree is generated after analysis, test actions are set for Excel testing, and different test actions are defined; the DSL test script front end receives a plain text format file as input, analyzes the plain text format file and outputs a second AST tree; setting different statements in the DSL test script for definition; and generating an operation based on each tree node of the first AST tree and the second AST tree, and automatically controlling the test hardware. A user can use the Excel type test case or the test script DSL to design the test script, so that the test case can be ensured to be clear and readable, and the test script DSL can be directly used to compile the test case with special requirements when necessary, so as to provide enough degree of freedom.

The utility model discloses a push-in type test device, comprising a test host and a material loading trolley, the material loading trolley is provided with at least one material loading station, each material loading station is provided with a first roller guide rail along a first direction, the test host is internally provided with at least one test station, and each test station is provided with a second roller guide rail along a second direction. Each test station is provided with a fixed seat, a second roller guide rail, a push-pull mechanism and a butt-joint plate, the push-pull mechanism is used for pulling a product to be mutually plugged with the butt-joint plate or pushing the product to be separated from the butt-joint plate along a first direction, a positioning hole is formed in the outer surface of the test host, and after the material loading trolley is plugged with the positioning hole, the push-pull mechanism is used for pushing the product to be separated from the butt-joint plate. The positions of the loading stations and the testing stations are in one-to-one correspondence, and the guiding direction of the second roller guide rail is parallel to the first direction and is at the same height as the first roller guide rail; the utility model mainly solves the problem of how to improve the test efficiency of the medium-sized or large-sized product under the test condition that the medium-sized or large-sized product needs to be mutually plugged with the butt joint plate on the test host.

The utility model discloses a swing type test tube storage box in the technical field of medical instruments, which comprises a test tube placing box, a plurality of rows of test tube placing grooves arranged in order are arranged in the test tube placing box, two groups of symmetrical clamping plates are arranged at the top of each row of test tube placing grooves, one ends of the two groups of clamping plates are connected with a control piece, and the other ends of the two groups of clamping plates are connected with a control handle. A round rod which penetrates through the middle parts of the multiple groups of clamping plates in a sliding manner is fixedly mounted in the test tube placing box; the problems that existing test tube oscillation is usually manually operated by medical staff or experimenters, the test tube storage box cannot automatically swing test tubes, the daily labor intensity of workers cannot be reduced, and the test tubes cannot be automatically oscillated are solved. And a test tube rack placed in the test tube storage box is inconvenient to clamp and fasten, so that the test tubes are easy to collide and damage with instruments when the device drives the test tubes to swing, and the use by people is not facilitated.

The utility model relates to the field of aging test expansion board discloses an aging test expansion board, including expansion board main part, a plurality of expansion mechanism are arranged to expansion board main part upper end, control mechanism is arranged in the inside of expansion board main part. In the utility model, the aging test expansion board of this utility model realizes the flexible expansion of function through modularization design, the slot in the expansion mechanism can insert different quantity and type test module, and the user can increase and decrease test module freely according to the quantity of the product to be measured, and the number of test ports is adjusted between 32-64 quickly, satisfies the test demand of different scales, and simultaneously, different types of test module can also be targeted to realize voltage aging, temperature aging and other various test functions, and this flexible combination mode does not need to replace the whole equipment, and only needs to simply plug the test module, can quickly adjust the test function and scale, significantly improves the test efficiency, reduces the equipment use cost, and is suitable for various complex and changeable aging test scenes.

The application provides an automatic bottom layer verification method for chip packaging software, comprising the following steps: S1, installing chip packaging software to be verified, a python compiling language, a pytest test framework library and an allure test report plug-in; S2, based on the chip packaging software, dividing upper layer visible functions based on modules to indirectly divide bottom layer modules; S3, according to the bottom layer single function verification interface function behavior, whether it conforms to the chip specification definition, at the same time, ensuring that the function performance matches the packaging specification, and analyzing the function return data result and the upper layer text description use case to generate a bottom layer text description use case, the bottom layer text description use case comprising a bottom layer single function text description use case and a bottom layer integrated text description use case; S4, converting the bottom layer text description use case into a python bottom layer function use case, and converting the python bottom layer function use case into a framework type test case. The application can verify the bottom layer function of the chip packaging software, and solves the problems of difficult, time-consuming and laborious bottom layer verification of the chip packaging software.

The invention discloses a test system, and particularly relates to a detector high-temperature stability test system, which comprises a temperature control cabinet, a plurality of drawer type test boxes are arranged on the temperature control cabinet, each drawer type test box comprises a shell, an opening is formed in the side surface of each shell, and a drawer is arranged in each shell. The system adopts a drawer type test box design, supports flexible increase and decrease of test units as required, can easily adapt to different test scales from a single channel to multiple channels, and remarkably improves the adaptability and expandability of system configuration.

An apparatus having fault diagnosis and localization functions and a design method therefor, and a computer-readable storage medium and an electronic device. The design method comprises: determining functions that an apparatus is required to implement, and designing functional modules; determining fault diagnosis and localization schemes for the functional modules of the apparatus and selected components, and designing fault diagnosis and localization mechanisms; designing a safety assurance module; packaging the apparatus into a finished product; and performing white-box testing, functional testing, acceleration testing and type testing on the finished apparatus product; and when the finished apparatus product fails to pass all tests, separately feeding back test results of the tests, and performing optimization and the next round of iteration until the finished apparatus product passes all the tests. By means of introducing PFMEA into a production process, conventional fault diagnosis methods simply based on DFMEA at a design stage are overcome, thereby ensuring the safety of devices.