43results about How to "Adapt to testing requirements" patented technology

The invention provides a full-automatic chemiluminescence immune analyzer comprising a rack, and a sample introduction device, a reaction control device and an optical detection assembly which are arranged on the rack, wherein the sample introduction device comprises a reaction cup array mechanism, a reaction cup delivery rail, a sample adding gun head array mechanism, a reagent storage disc, a reagent filling rail, a sample conveying device, a sample storage disc, a first mechanical arm, a second mechanical arm, a third mechanical arm, a sample filling needle, a first reagent filling needle and a second reagent filling needle; the reaction control device comprises a reaction cup incubating disc, a primary magnetic separation rail, a secondary magnetic separation rail, a first cleaning and magnetic separation mechanism, a second cleaning and magnetic separation mechanism and a substrate filling mechanism; the optical detection assembly comprises a photomultiplier and a control circuit. The full-automatic chemiluminescence immune analyzer can automatically perform operations such as sample adding, reaction, data reading and the like in the chemiluminescence immune testing flow.

The invention discloses an intelligent sensor for the electrical conductivity of water quality. The sensor comprises a temperature-conductivity probe used for sensing the temperature and the electrical conductivity of the water; a signal conditioning module which is connected with the temperature-conductivity probe, forms a sensing circuit with the temperature-conductivity probe and carries out filtering and amplification to an output signal; a microprocessor which is connected with the signal conditioning module, is used for digitizing the signal input by the signal conditioning module and adopts IEEE1451 standards to carry out the calibration and alignment of channels; a bus interface module which is connected with the microprocessor and is used for the functions of networking and plugging and playing; and a power module which supplies power to the circuits of all parts of the sensor under the control of the microprocessor and realizes the characteristic of low power consumption. The invention can eliminate the polarization effect of the probe, has pollution resistance, large measuring range and low price, and is characterized by the functions of self alignment and compensation, self diagnosis and plugging and playing and high integrity.

The invention discloses a wireless charging, alignment and metal foreign body detection system of an electric automobile and a method thereof. The detection system comprises a transmitting coil, a receiving coil, a probe, a signal conditioning module and a control module connected with the signal conditioning module, wherein the transmitting coil is connected with the output end of a wireless charging and transmitting device on the ground surface of a parking lot, the receiving coil is connected with the input end of a wireless electric energy receiving device of an electric automobile chassis and is mutually coupled with the transmitting coil, and the probe is laid on the surface of the transmitting coil and is mutually coupled with the transmitting coil and the receiving coil. The probe is of an axis-symmetric structure and is composed of two coils equal in size and turn number and opposite in winding direction. The probe is consistent with the boundary of the transmitting coil in size. The signal conditioning module is used for receiving voltage signals output by two output ends of the probe and conducting amplification, filtration and peak-holding processing on the two signals output by the two output ends. The control module is used for obtaining the difference of the two received voltage signals and comparing the obtained voltage signal difference value with a preset voltage threshold value.

The automobile braking ABS test table mainly a includes drive motor and its control mechanism, a main shaft, an inertial flywheel and its hanging mechanism, a skid platform, a gear box and gimbal, a roller and guide rail, a tested wheel-roller normal pressure loading unit and a regulating mechanism, a tested wheel-roller side pressure loading unit and a regulating mechanism, a wheel cylinder braking pressure switching mechanism, a speed and force sensing unit, a hydraulic pump station, a temperature regulator, an emergency brake, a control cabinet, a data recording, a processing, displaying and printing unit and frame and a protecting hood. During ABS test, the main driving motor drives the driving box, the gimbal and the driving shaft through the main shaft to drive the roller, the roller drives the wheels and the main shaft also drives the flywheel. In conventional brake performance test, the main driving motor drives the flywheel and the brake only via the main shaft.

The invention provides a scale type micro-fluidic chip for quantitative immediate diagnosis and a preparation method of the scale type micro-fluidic chip. The scale type micro-fluidic chip comprises micro-reaction chambers and micro-channels, wherein the micro-reaction chambers have sample feeding holes and sample discharging holes, openings at one ends of the micro-channels are communicated to external environments, and indicating liquid is locally encapsulated in the micro-channels; scale marks and corresponding numerical values are arranged outside the micro-channels to facilitate the quantitative reading of a detection result, the other ends of the micro-channels are communicated with the micro-reaction chambers through buffer tanks to form complete independent working units, and meanwhile, multiple working units can be arrayed on a chip to realize multichannel detection. The scale type micro-fluidic chip has the advantages of no complex instruments, convenience in carrying, low cost, simplicity and convenience in operation, easiness in reading, multi-target detection, little use amount of sample, sensitivity and the like and can be widely applied to biochemical analysis fields including medical diagnosis, food security, environmental pollution and the like.

The invention relates to a step-loading plate compression, shearing and testing device which is used for testing strength characteristics of solid materials by using mechanical stress. The device comprises a pressing head assembly, a fixing assembly, a slideable locking assembly and a base assembly, wherein the pressing head assembly is arranged above a plate test piece to be tested and is used for applying pressure to the test piece, the fixing assembly and the slideable locking assembly are matched with each other to clamp the test piece, and the fixing assembly is fixedly arranged on the base assembly. The step-loading plate compression, shearing and testing device has the beneficial effects that the shear rupture of a plate under a three-dimensional compressive stress state is realized and data such as forming force and displacement during loading is recorded.

The invention discloses a fiber grating-based spectrum detecting device. The spectrum detecting device comprises a grating group, a light source to be tested, a fiber circulator, a 1 x N optical switch, a photodetector, and a data acquisition module. An output light signal of the light source to be tested enters terminal 1 of the fiber circulator. Terminal 2 of the fiber circulator is connected toan input end of the optical switch. N output ends of the optical switch are connected to one ends of the N gratings. Signals reflected by the gratings enter terminal 3 of the fiber circulator throughthe optical switch. The terminal 3 of the fiber circulator is connected to an input end of the photodetector. An output end of the photodetector is connected with an input end of the data acquisitionmodule. An control end of the data acquisition module is connected to an switching control end of the optical switch. Switching the optical switch to process the signals collected on each grating anddisplay a signal of a spectrum of the light source to be tested. The fiber grating-based spectrum detecting device can meet different requirements and has the advantages that measurement errors caused by conveyance or vibration are avoided, the resolution of a spectrograph is improved by cooperation of coarse adjustment and fine adjustment.

The invention discloses a mixed P2P flow monitoring system based on a BP neural network. The mixed P2P flow monitoring system comprises a BP network model training module, a classifying module, a matching module, an analyzing module and an updating module. The updating module is used for adjusting a BP trainer irregularly to achieve the design requirement, and for receiving unknown P2P flow data found through the analyzing module based on the method of combining the flow statistic characteristics and the deep layer data package detecting technology to improve the effect of the trainer to enable the classifying module produced by the trainer to be more suitable for a classifier. A management module serves as a main center of a whole management platform, and is used for coordinating the relationship among the matching module, the analyzing module and the updating module and organizing the normal operation of the modules to generate a flow log. By means of the mixed P2P flow monitoring system based on the BP neural network, the precision can be effectively improved, the rate of rejecting the fault and the rate of rejecting the truth are reduced, and the mixed P2P flow monitoring system is suitable for monitoring flow under the situation that the current P2P technology develops rapidly.

A Brillouin distributed optical fiber sensing based structural joint monitoring device is characterized by comprising steel plate bases (9), a linear steel sheet (5) and an L-shaped steel sheet (8) are mounted on each steel plate base (9), a pulley (6) is mounted at each of a suspension arm end of each linear steel sheet (5) and a corner end of each L-shaped steel sheet (8), an optical fiber (1) for stretching detection is wound on the two corresponding pulleys (6) at the suspension arm ends of the linear steel sheets (5) on two sides of a structural joint, an optical fiber (2) for contracting detection is wound on the two corresponding pulleys (6) at the corner ends of the L-shaped steel sheets (8) on two sides of the structural joint, an optical fiber (3) for temperature compensation detection is connected between the optical fiber (1) for stretching detection and the optical fiber (2) for contracting detection, and each of the optical fiber (1) for stretching detection and the optical fiber (2) for contracting detection is connected with a Brillouin distributed optical fiber demodulating system through a respective connecting optical fiber (4). The Brillouin distributed optical fiber sensing based structural joint monitoring device is capable of monitoring the stretching quantity and the closing quantity of the structural joint, achieves temperature self compensation and effectively overcomes the shortcomings when the optical fibers are simply laid.

The invention discloses a low-cost bicycle rider collision test device for an AEB system. The low-cost bicycle rider collision test device for the AEB system comprises a bicycle rider model, a speed control module, a wireless stopwatch module, trigger signal sensors, a wireless transmitting module and a wireless receiving module; the bicycle rider model comprises a dummy model, a modified bicycleand an electric slide plate; the speed control module is used for controlling the speed of the electric slide plate; the wireless stopwatch module is used for recording the speed of the modified bicycle in real time; the trigger signal sensors are arranged at preset triggering positions on the two sides of a running route of a test vehicle; the wireless transmitting module is used for receiving induction signals of the trigger signal sensors and sending a starting signal to the wireless receiving module; and the wireless receiving module is used for receiving the starting signal and controlling the starting of the electric slide plate. The invention further discloses a bicycle rider collision test method for the AEB system. The bicycle rider collision test device for the AEB system is lowin cost, easy to assemble, firm in structure and easy to be popularized; and the bicycle rider collision test method for the AEB system is simple and convenient, multiple tests can be carried out, andtesting results are reliable.

The invention discloses a test device for a control valve body of a speed changer of an engineering vehicle. The test device comprises a main power supply switch, a universal switching power supply, a controller and a current divider which are sequentially connected in series, wherein the controller is connected with a monitoring module and a pressure sensor, the controller is further connected with a test start and stop button, and the main power supply switch and the current divider are each provided with an external port. The device has the advantages that output and input signals of the test device are monitored and controlled in real time, fault reasons in the test process can be known in time, and operators are helped to complete the analysis process more rapidly. By the adoption of centralized installation and integration of operation, display and monitoring, operability and practicality of the test process are improved. Meanwhile, the device has high universality and can meet test requirements of different types of valve bodies.

The invention discloses a steel pipe longitudinal defect magnetic leakage detection device based on a rotary magnetizing field. The device comprises a rotary magnetizer, an excitation power supply, an area array sensor array, an area array sensor array support, a filter, an amplifier and an A/D (analog-to-digital) converter. The excitation power supply provides three-phase asynchronous alternating current for the rotary magnetizer, and the rotary magnetizing field is generated inside the rotary magnetizer. The annular area array sensor array is fixed into the rotary magnetizer through the support and fully circumferentially covers a steel pipe. When the steel pipe passes the detection device, the rotary magnetizing field fully, circumferentially and uniformly magnetizes the steel pipe. If the steel pipe has a longitudinal defect, a defect magnetic flux leakage field is generated, picked by a sensor at a position corresponding to the defect and converted into an electric signal, the electric signal is transmitted to a computer sequentially through the filter, the amplifier and the A/D converter, and the longitudinal defect is detected. The steel pipe is fully, circumferentially and uniformly magnetized by the device, longitudinal defect detection efficiency is improved, and cost is reduced.

A two-side visual detection robot and a detection method thereof are disclosed. The robot at least includes turnover devices accommodating and fixing LED backlight sheets, driving the LED backlight sheets to turn over, and allowing a zone to be detected of at least one surface of the LED backlight sheets on the turnover devices to be exposed; image collection devices movably arranged on the turnover devices to collect images of the exposed zones to be detected of the LED backlight sheets on the turnover devices; and a control device connected to the turnover devices and the image collection devices. The robot is exquisite in design and simple in structure, and two surfaces to be detected of each LED backlight sheet can be pointed at a camera lens respectively through turnover to achieve image collection, and therefore, automatic two-side defect detection of LED backlight sheets can be performed by utilizing a visual recognition technique, manual intervention on a detection process is low, problems of detection leakage and a low detection precision are solved, the speed and accuracy of detection with machine vision are far higher than those of detection with human eyes, and good detection precision and a high efficiency are effectively achieved.

The invention discloses a detection test jittering platform and a jittering method thereof. The detection test jittering platform comprises a machine body and a vibrating table; a driving motor is arranged on the machine body; the driving motor is electrically connected with a control circuit; the driving motor is provided with a jittering output shaft upwards; a coupler is arranged below the vibrating table; the coupler is connected with the upper end of the jittering output shaft; the vibrating table is positioned above the jittering output shaft; and an elastic jittering limiting part is arranged between the machine body and the vibrating table. The invention can provide the jittering platform which aims at anti-jittering performance detection and is more accurate in control of vibration amplitude, and is very important for improving experiment or detection accuracy and reducing detection cost.

The invention discloses a PXI bus-based radio frequency real-time measurement vector analysis plug-in structural module, which comprises a PXI interface, a medium-frequency signal processing circuit (1), an analog to digital conversion circuit (2), a receiver circuit (3), a frequency synthesizer circuit (4) and an external plug-in card E which are combined into an integral modular structure. Quick real-time measurement and control such as real-time high-speed information process, real-time calibration and correction, system self-check, fault diagnosis and the like are provided simultaneously while radio-frequency spectrum real-time measurement, vector signal analysis, multi-display section and data processing functions are realized with an integral module design method by using an FPGA (Field Programmable Gate Array) developing tool according to an upper layer software platform and a bottom layer real-time measurement and control and data analysis and processing part; and the module has the characteristics of reasonable design, compact structure, ordered layout, skillful installation, convenience for using, reliable work and the like.

The invention discloses a polymer molecular weight testing device and testing method. The polymer molecular weight testing device consists of two parts: a dissolution mechanism and a testing mechanism. The dissolution mechanism includes a heat collection type constant temperature heating magnetic stirrer, an iron stand, a test tube holder, a three-necked flask, an intake pipe, an outlet pipe, a rubber tube, a nitrogen gas cylinder, and a thermometer; and the three ports of the three-necked flask are connected to the inlet pipe, the outlet pipe and the thermometer separately. The testing mechanism includes an intelligent thermostatic bath, an iron stand, test tube holders, Ubbelohde viscometers, a bubble level, and a rubber tube; and the Ubbelohde viscometers are vertically fixed in the intelligent thermostat bath through the test tube holders, and the height of a plurality of Ubbelohde viscometers are kept consistent, so as to accurately measure the time of the solution flows through the upper and lower scale lines of the measuring ball of the Ubbelohde viscometer, thereby obtaining the intrinsic viscosity of the solute, and calculating the viscosity average molecular weight of thesolute according to the Mark-Houwink equation.

The invention provides a reflection type ultrasonic anemograph and a wind speed detection method. The reflection type ultrasonic anemograph comprises a base, transducers, supporting columns, a reflector and an analysis unit. The transducers are arranged on the base, and the reflector is located on the upper side of the base and is provided with a concave reflecting surface; the supporting columns are arranged between the base and the reflector, and the supporting columns are arranged between the adjacent transducers; the four transducers and the four supporting columns are arranged on the base, the supporting columns and the energy converters are alternately arranged, and on the base, the corresponding central angles of the adjacent supporting columns and transducers are all 45 degrees; and the calculation unit is used for obtaining corrected wind speed according to the calculated wind speed V output by the analysis unit, a, b and c are all constants, and d is a parameter related to the actually measured wind direction angle. The anemograph has the advantages of accurate wind speed measurement, large wind speed measurement range and the like.

The invention discloses a throttle body negative pressure testing device, which comprises an aluminum alloy rack (1), a stepped motor controller (2), a negative pressure display (3), a negative pressure switching chamber (4), a clamping mechanism (5) and a positioning table (6), wherein the clamping mechanism (5) and the positioning table (6) are fixed on a mounting plate of the aluminum alloy rack (1); the negative pressure switching chamber (4) is arranged below the mounting plate, can be switched, and consists of an upper cover, a lower cover, measuring orifices, a threaded cylinder, end caps, an air inlet joint and a connecting bolt; at least two groups of measuring orifices of different type numbers are formed on the upper cover; and matched negative pressure nozzles and end caps are arranged on each measuring orifice. The throttle body negative pressure testing device can stably provide vacuum flows of various specifications to meet various negative pressure testing requirements of a throttle body and widen a testing range, is favorable for improving the detection quality of the throttle body product, and has the characteristics of simple structure, convenience of operation, high universality and the like.

The invention discloses a rotary body testing device, which comprises a supporting bottom plate (1), a transmission assembly (3), a clamping assembly (4) and a speed sensor (5), and is characterized in that the supporting bottom plate (1) is used for bearing a whole rotary body in situ; the transmission assembly (3) is arranged at one end of the supporting bottom plate (1), the clamping assembly (4) is arranged at the other end of the supporting bottom plate (1), and the clamping assembly (4) and the transmission assembly (3) are matched to clamp a rotating body in situ; and meanwhile, the transmission assembly (3) generates power opposite to the rotation direction of the rotary body and then drives the rotary body to move reversely, and the speed sensor (5) measures the speed of the rotary body. The rotary body testing device can test a rotary body in situ, is compact in structure and flexible to move, and can meet the testing requirements of rotary bodies of different sizes.