36results about How to "Efficient and convenient testing" patented technology

The invention discloses an automobile ECU measurement system based on hardware-in-loop simulation, and belongs to the technical field of automobile ECU tests. The automobile ECU measurement system based on hardware-in-loop simulation aims to solve the problems that in an existing test mode of automobile ECUs, the test cost is high and error sources are unclear. According to the automobile ECU measurement system based on hardware-in-loop simulation, tests of a real automobile are converted into the ECU tests in a virtual automobile through the hardware-in-loop simulation technology, the characteristics of the real automobile are simulated through an upper computer and a lower computer, the tests are conveniently and efficiently carried out, the repeatability is good, and many dangerous conditions of the real automobile can be simulated; in the early stage of automobile research and development, the characteristics of the complete automobile are simulated to test the functions and performance of the ECUs, and then ECUs passing the tests are combined to form a complete automobile system. The automobile ECU measurement system based on hardware-in-loop simulation is used for testing of the automobile ECUs.

The invention relates to a virtuality and reality combined internet-of-vehicles application scene test system and method. The scene test system comprises a sensor equipment layer, an abstract sensor interface layer, a data fusion layer, a world model layer, an application layer, a database and a scene imagination layer, wherein the sensor equipment layer is used for obtaining and sending real scene data and virtual scene data; the abstract sensor interface layer is used for separating the data fusion layer, the application layer ad the sensor equipment layer, and providing data reading interfaces for the data fusion layer, the world model layer and the application layers after the separation; the data fusion layer is connected with the abstract sensor interface layer and is used for collecting and integrating the acquired scene data; the world model layer is used for receiving the integrated scene data so as to construct a world model; the application layer is used for carrying out scene test in the world model; the database is used for storing the data; and the scene imagination layer is sued for constructing virtual scenes and importing virtual scene data into the database. Compared with the prior art, the system and method have the advantages that virtuality and reality combined scene test can be realized, the equipment transportability is strong, the scenes can be played back and the test is simple, convenient and efficient.

The invention relates to an intelligent approach automatic fire extinguishing system, which comprises a fire fighting agent storage tank combination system, an approach atomizer combination fire fighting system, an intelligent fire fighting control system and a fire monitor system. The intelligent fire fighting control system comprises a fire information collecting system, a central control system and a fire fighting device control system. The fire information collecting system collects fire field information and transmits to the central control system andor receives manual order and transmits the order to the fire fighting device control system. The central control system receives the information transmitted by the fire information collecting system andor the fire fighting device control system, automatically generates the order or receives the manual input order and transmits the order to the fire fighting device control system. The fire fighting device control system receives the order transmitted by the fire information collecting system andor the central control system and adjusts the running state of the fire fighting agent storage tank combination system and the approach atomizer combination fire fighting system. The system is safe, reliable, high efficient, economical and environment-friendly and can be extensively applied to various fields.

The invention discloses a system and a method for an indoor exhaust braking test of a vehicle engine. The system comprises a chassis dynamometer, a data collecting device and a data analysis device. A drum of the chassis dynamometer is arranged below driving wheels of a tested vehicle, the road simulation resistance coefficient of a slope with preset angles is arranged in the chassis dynamometer, and so that the road simulation resistance of the slope with the preset angles is exerted to the tested wheel. The data collecting device is used for collecting the operating data of the vehicle when the vehicle travels on the slope with a plurality of preset angles. The data analysis device is used for analyzing the performance of exhausting and braking of the vehicle according to the collected operating data. According to the system and the method for the indoor exhaust braking test of the vehicle engine, the exhaust braking performance of the vehicle is tested by the chassis dynamometer, the data needed in a test is collected, the process of data collecting is simple, convenient and fast, and the precision of the collected data is high. Testing is convenient, fast and effective, and the cost of testing is greatly lowered.

The invention provides a method and a system for nondestructively detecting a laminated lithium ion battery. The method comprises the following steps: sequentially emitting X-rays to every layer of cell electrode sheets of the laminated lithium ion battery, wherein the incident direction of the X-rays is parallel to the every layer of cell electrode sheets of the battery to be detected, and the X-rays scan around the cell electrode sheets in different directions; sequentially acquiring the intensities of the X-rays emitted from different directions and encircling the every layer of cell electrode sheets before and after penetrating the every layer of cell electrode sheets and the thickness of the every layer of cell electrode sheets; and determining the attenuation coefficient of the X-rays at each point on the every layer of cell electrode sheets according to the acquired intensity of the X-rays and the thickness of the every layer of the cell electrode sheets, and generating a two-dimensional image of the every layer of cell electrode sheets and a three-dimensional image of the laminated lithium ion battery. The method scans the cell electrode sheets of the laminated lithium ionbattery based on an X-ray tomography technology to realize the online monitoring of the state of the battery.

The invention discloses a radiating device used for an LED (light-emitting diode). The radiating device comprises a casing and a fixing structure for fixing the LED on the casing, wherein the casing is oppositely provided with a first end surface and a second end surface, a mounting groove for mounting the LED is formed in the first end surface, the fixing structure is mounted on the first end surface, a radiating structure for radiating the heat of the LED is formed on the second end surface, and the radiating structure consists of a plurality of radiating blocks which are uniformly distributed on the second end surface at radial intervals. The radiating device is used for guiding the heat produced by the LED, so that the heat on the LED can be uniformly distributed on the radiating device. The invention further provides a testing device with the radiating device.

The invention provides fuse testing equipment. The equipment comprises a rack, a transmission mechanism arranged on the rack and a pin and appearance detection mechanism, a resistance detection mechanism, a laser mechanism, a laser detection mechanism and a qualified product blanking mechanism which are arranged in a transmission direction of the transmission mechanism in sequence, wherein an unqualified product box unit is arranged on the outer side of the laser mechanism. The transmission mechanism transmits fuses forwards, the pin and appearance detection mechanism detects whether or not pin angles of the fuses are correct, whether or not each two pins are in parallel and whether or not appearance dimensions are in set ranges, the resistance detection mechanism conducts testing on resistance, the laser mechanism conducts laser marking on an end cover of one end of each fuse, then the laser detection mechanism detects marking, the qualified fuses are subjected to blanking of the qualified product blanking mechanism, while the unqualified fuses enter the unqualified product box unit. Fuse pin and appearance detection, laser marking and marking detection are automatically conducted, intelligent testing of the fuses is achieved, testing is convenient and efficient, and manpower is saved.

The invention discloses a test method for obtaining load factors of a router in a BGP/MPLS VPN environment and a system thereof. The test method comprises the following steps: connecting a test instrument with a PE router in an MPLS/IP network; sending at least two test streams to the tested router by the test instrument, wherein, values of test parameters to be tested in each test stream are different, and other parameters are fixed; and recording link sharing condition in the stream output direction of the tested router, if traffic of the test stream can load sharing, judging the tested router can take the test parameters as the load factors for participating in load sharing calculation. By adopting the test method, the load factors on which the router performs VPN traffic load sharing can be conveniently and efficiently tested, and the effect for starting VPN traffic load sharing in a practical network traffic environment according to the obtained test results, which provides instruction opinions for deployment of the VPN traffic load sharing function of each equipment in a practical network, and the test results have greater reference value.

The invention discloses a testing device and method for a vehicle-mounted radar system, wherein the testing device comprises: a calibration object; a driving device which is used for driving a calibration object to move according to a driving signal; and a main control module which is connected with the driving device and communicated with the vehicle-mounted radar system. The main control moduleis configured to send a driving signal to the driving device, acquire the moving distance of the calibration object, and receive the detection information of the calibration object by the vehicle-mounted radar system, and test the performance of the radar system according to the moving distance and the detection information. The device according to the invention can test the performance of the radar system conveniently and efficiently.

The invention provides test equipment for an intelligent vacuum cleaner handle. The test equipment for the intelligent vacuum cleaner handle comprises a frame, and a positioning mechanism and a test mechanism which are arranged in the frame, wherein the test mechanism comprises a power button test unit, a gear lamp test unit, a gear shift button test unit, a high voltage test unit, a working status lamp test unit, an unlock test unit, a vacuum negative pressure test unit and a communication module. The positioning mechanism is used for positioning the vacuum cleaner handle; the power button test unit is used for carrying out a click test on a power button; the gear lamp test unit is used for carrying out a photo comparison test on the color of a gear lamp; the gear shift button test unit is used for carrying out the click test on a gear shift button; the high voltage test unit is used for testing high voltage performance; the working status lamp test unit is used for testing a workingstatus lamp; the unlock test unit is used for testing an unlock function; the vacuum negative pressure test unit is used for testing a vacuum negative pressure function; and the communication module is connected with external test equipment. Real-time communication is realized, an automated test is realized, and the test is convenient and efficient.

The invention relates to a water pipe pressure testing machine. The water pipe pressure testing machine comprises a machine body and a pressure pipeline. The pressure pipeline is arranged in the machine body and provided with a gas inlet used for being connected with a gas source, and the gas inlet is located in one outer surface of the machine body. The part, at the gas inlet end, of the pressure pipeline is connected with an oil and water separator and a gas regulating valve in series in sequence, and is divided into a first pressure pipe branch and a second pressure pipe branch at the gas outlet part of the gas regulating valve, wherein the first pressure pipe branch and the second pressure pipe branch are connected in parallel. According to the testing machine, gas tightness testing and service life testing are unified in the machine body, multiple water pipe testing connectors are arranged, and thus testing is convenient and high in efficiency; a PLC is adopted for carrying out automatic control, and the operation process is easier; a display screen and an indicating light are arranged, and thus the testing process and a result are more visual and clearer; compared with the prior art, water pipes can be tested more conveniently and faster, and the water pipe pressure testing machine is accurate, reliable, high in economic applicability and suitable for vigorous application and popularization.

The invention discloses an air pump electromagnetic valve element sorting system and a working method thereof. The system comprises a fixing base, a U-shaped frame, an air cylinder, an air pump electromagnetic valve, a cover cap, pressurization air source equipment, a high-pressure air inlet valve, a high-pressure exhaust valve, an air pressure sensor and a controller. The air pressure sensor detects air pressure information in a high-pressure sealing cavity and transmits the air pressure information to the controller; the remote control terminal transmits a control command to the controller;the controller controls opening and closing of the pressurization air source equipment, the air pump electromagnetic valve, the high-pressure air inlet valve and the high-pressure air outlet valve according to the control command; rapid and efficient detection of the pressure-resistant value of the valve element of the air pump electromagnetic valve is achieved, sorting of the air pump electromagnetic valve is facilitated, and the rate of certified products is increased.

The invention provides an intelligent contract one-stop development system and method. The intelligent contract one-stop development system comprises an intelligent contract template management module, an intelligent contract test framework module and an intelligent contract automatic compiling and deploying module. The intelligent contract template management module is used for receiving a command line instruction and managing an intelligent contract template, including uploading, downloading and deleting the intelligent contract template; the intelligent contract test framework module comprises the steps of generating an intelligent contract test file, and debugging and testing an intelligent contract code based on the generated intelligent contract test file; and the intelligent contract automatic compiling and deploying module is used for compiling and deploying according to a contract deploying sequence on the basis of intelligent contract names needing to be deployed according to pre-configured IP, port number and network number information of a specified block chain.

The invention provides a sealing testing device which comprises a frame, a positioning mechanism, a plugging mechanism, a plugging and clamping mechanism, a first air inlet testing mechanism, a secondair inlet testing mechanism, a marking mechanism and a dust removal mechanism. The positioning mechanism is arranged on the frame. The plugging mechanism, the plugging and clamping mechanism, the first air inlet testing mechanism, the second air inlet testing mechanism and the marking mechanism are arranged on the periphery of the positioning mechanism. The dust removal mechanism is arranged at the marking mechanism. The plugging mechanism is perpendicular to the plugging and clamping mechanism. A to-be-tested product, namely a turbocharger, is positioned by the positioning mechanism, one side of the product is plugged by the plugging mechanism, and the other side of the product is plugged and clamped by the plugging and clamping mechanism. Therefore, the product is completely positioned,a first air inlet of the product is tested by the first air inlet testing mechanism, another air inlet of the product is tested by the second air inlet testing mechanism, and after the testing is finished, the product is marked by the marking mechanism, and then the product is blown for dust removal by the dust removal mechanism, so that the turbocharger is subjected to positioning, air inlet testing, marking and dust removal automatically, the testing is convenient and efficient, the testing precision is high, and labor is saved.

The invention provides a storage test method and apparatus, and an electronic device, belongs to the technical field of computers, and solves the problems that some storage functions are not easy to fully test and the automation degree is not high in an existing test technology. The method comprises the steps of performing region division on a test host and a memory to obtain a region corresponding relationship between the test host and the memory; virtualizing a plurality of virtual fiber channel cards for the FC card of each test host; mapping a stored storage volume device to a corresponding virtual fiber channel card according to the area corresponding relation; and indicating the test host to identify the storage volume device corresponding to the virtual fiber channel card. The FC virtualization technology is adopted, and a physical card is simulated into a plurality of virtual optical fiber channel cards. And each virtual optical fiber channel card is defined as a host at the storage end, so that the requirement of a test environment on the number of hosts is met. And meanwhile, automation of the test is realized by utilizing the characteristic of virtualization flexibilityof the FC card.

The invention relates to an intelligent track circuit shunt parameter tester and a test method thereof. The intelligent track circuit shunt parameter tester comprises a hand-held tool that matches the shape of the surfaces of steel rails and a test instrument that is connected to a contact copper board of the hand-held tool via a copper wire. The hand-held tool has three parts, namely, an integrated outer sheath with a handle, the contact copper board with the same arc shape as the surface of the steel rails and a rust-removing filing board. The copper wire is led out from the contact copper board of the hand-held tool. The instrument is arranged in a customized housing. Two copper pillars are installed at the top of the housing and are connected to the copper wire on the back of the housing. After the instrument is mounted in the housing, shunt electrical signals can be effectively obtained through the two copper pillars, and calculation is automatically carried out according to the electric signals. The technical scheme provided by the invention can solve the problem of poor contact of the tester which may be caused due to corrosion of the steel rail, and the rail surface voltage between the two steel rails and the shunt current after the two steel rails are shunted can be measured efficiently and conveniently.

The embodiment of the invention discloses an application program packaging method and device, terminal equipment and a readable storage medium, an application program is applied to an IOS system, themethod comprises the steps: generating a bundle type configuration file through an Xcode tool, wherein the bundle type configuration file is used for adding a visual menu bar with an information switching function to the application program; obtaining a compiling scheme from an application program construction tool; and packaging the application program by utilizing a release packaging environmentin the compiling scheme, so that the application program has the information switching function. According to the method, the application program obtains the information switching function, the application program testing process is more efficient and convenient, application program codes do not need to be modified when various versions of application programs are tested, and related codes of theapplication programs can be effectively prevented from being tampered by people.