39results about How to "The test results are intuitive and clear" patented technology

The invention relates to a rolling circle amplification-based colorimetric assay method for target nucleic acids or proteins. The method mainly utilizes the hybridization between nucleic acids and antigen-antibody binding to indirectly fix the target nucleic acids or proteins to be assayed onto magnetic beads, rolling circles are added, a rolling circle primer on hybrid is utilized to carry out constant-temperature rolling circle amplification, and finally, the chromogenic reaction of nanogold is utilized to assay constant-temperature amplified macromolecular product in order to achieve the purpose of relatively assaying the target nucleic acids and proteins. By integrating rolling circle amplification and the chromogenic reaction of nanogold, the method not only amplifies a large quantity of micro-sample signals, but also realizes the rapid, visual assay of results, avoids the usage of a PCR (Polymerase Chain Reaction) instrument and other expensive instruments, and decreases the requirement on the experimental hardware condition. The method is expected to be applied in bedside rapid diagnosis and the field rapid assay of microorganisms in food safety and the environment.

The method comprises: making motion detection and analysis for the real-time video data to find the motion area in the video; using application program to create several Gaussian models for each pixel and to create several time-variant Gaussian models for each pixel in the video; according to the weighting sum of Gaussian model of current pixel received by the pixel location in current frame, distinguishing said pixel (fore-ground and back-ground), and real-time updating the Gaussian model and adjusting the amount of Gaussian models; marking the foreground with an appointed color; the marker can be moved along with the moving of motion area.

The invention relates to a test result evaluation method of a fault recorder. The method carries out overall evaluation and quantitative analysis on the basis of the performance of the fault recorder of an electric power system according to the detection standard of the electric power system industry, researches and invents a test result evaluation method which is applicable to the fault recorder of electric power lines and generator transformer set, and provides intuitive test basis for type selection test of the fault recorder of the large electric power system.

The invention relates to an integrated device for quantitatively measuring human health, comprising a body composition measurement unit, a pulse pressure wave on-line measurement device, a force quality test unit, a reaction time tester, a three-dimensional force measuring platform, a seat front bend tester and a height measurement unit. Each modular unit is connected by adopting a distributed bus and is controlled by software to perform time-sharing work. The device is an apparatus for testing human performance and health, which features multi-parameters, integration, fastness and low cost, and completes non-invasive collection of physiological information of human body. The test result can be transmitted to the central database of a master control computer by a data transmission line; human performance and health knowledge are combined to analyze human body health condition and variation trend; and reasonable health intervention suggestion is given.

The invention discloses a macrobrachium rosenbergii nodavirus detection kit and detection method. According to the detection kit, with the combination of the characteristics of isothermal amplification and rapid detection of nucleic acid test strips, expensive instrument equipment is not required during the detection process; and the color display is performed by utilizing the nucleic acid test strip, so that the detection reliability and the result judgment easiness are improved. The detection kit is low in detection cost and convenient to use and is safe for people and environment, and is capable of replacing the existing relevant detection methods. The detection kit can be used on wild production site and in laboratories in various levels, and has popularization and application value in the aspects of enhancing macrobrachium rosenbergii nodavirus detection, discovering and controlling the individual propagation of infected macrobrachium superbum infected by virus in real time, discovering and preventing the large-scale epidemic outbreak of the epidemix disease and the like.

The invention discloses an electronic scale with automatic switching of measuring ranges and weighing method. The electronic scale includes a tray, three pressure sensors with different measuring ranges and a pedestal; a control unit is arranged in the pedestal, and a data input device and a display output device are arranged on the pedestal, and are connected with the control unit; the three pressure sensors are adjacent to each other in an end-to-end manner to form a regular triangle, the upper end faces of the three pressure sensors are located in the same horizontal plane, the upper end face after each pressure sensor is turned over around itself is still in the horizontal plane, and the three pressure sensors are connected with the control unit; and three drive circuits and three direct current motors are arranged in the pedestal, the three drive circuits are connected with the control unit, the three direct current motors are connected with the three drive circuits, and the three pressure sensors are connected with the three direct current motors. The electronic scale provided by the invention has the function of adaptive switching of measuring ranges, thereby facilitating weighing of objects of different weights by users.

The invention discloses a white spot syndrome virus detection kit and method. The white spot syndrome virus detection kit is combined with the advantages of rapid nucleic acid extraction, LAMP (Loop Mediated Isothermal Amplification) and nucleic acid immunochromatography test strip detection, and no expensive instrument and apparatus are needed in the whole detection process; and meanwhile, the detection is carried out by a nucleic acid immunochromatography test strip method, and thus the detection reliability and the easiness in result judgment are improved. The white spot syndrome virus detection kit is low in detection cost, convenient to use and safe to humans and environment, and the method can replace existing relevant detection methods. The white spot syndrome virus detection kit can be used in outdoor production sites and different levels of laboratories, and has popularization and application values for reinforcing the monitoring of white spot syndrome viruses, immediately finding and controlling virus transmission, finding and preventing large-scale breakout of epidemic diseases as soon as possible, and the like.

The invention relates to a ballastless track concrete structure damage detection method based on stress waves. The method for identifying the interlayer damage position and the damage depth by adopting a peak value of a stress wave reflection spectrum curve of a track plate specifically comprises the following steps of arranging an acceleration sensor on the track plate to receive a stress wave time domain signal, and obtaining the spectrum curve of the track plate through the time domain signal reflected by the stress wave; and calculating the propagation depth of the stress wave by utilizingthe peak value of the spectrum curve to determine whether the injury exists and the specific depth. According to the method, the stress wave reflection theory is combined with the track plate frequency spectrum curve peak value to recognize whether the track plate is damaged or not and recognize the damage depth, the method is a nondestructive detection method, test operation is easy and convenient, the detection result is visual and clear, whether the damage exists or not can be recognized, and the damage depth can be accurately located.

The invention discloses a destructive effect testing method for detecting rigidity of ionic sandwich glass. The method specifically includes the following steps of firstly, adjusting a testing device;secondly, recording before-test data; thirdly, damaging a test product; fourthly, recording after-test data; fifthly, obtaining a test result. By means of the detecting method, by completing damagingglass of the two sides of the ionic sandwich glass and directly comparing before-damage and after-damage visual data of the product, the rigidity grade corresponding to the test product can be obtained; the detecting process is simple and clear, the detecting result is visual and clear, the unified simple and feasible detecting method and judgment criteria are provided for detecting the rigidityof the product, and further technological support is provided for the optimized design of the product.

The invention discloses a split type visualized multi-path signal intelligent detector which comprises a signal detector sending end 5, a signal detector receiving end 6 and a detection socket 7. Thesignal detector sending end 5 comprises a multivibrator 1, a decade counter 2, a power supply 3, a pair of signal cable plugs and multiple LED lamps 4; the multivibrator 1 provides counting pulses forthe decade counter 2; the power supply supplies power to the detection device; the decade counter 2 provides signals for the LED lamps 4; and signal cables to be detected are connected to the detection socket 7. A detection result is visualized and is more visual and clear; the flickering frequency of the LED lamps is adjustable, and use is more human-based; the split design is not limited by theusing distance; a fault occurrence position can be determined intelligently, and convenience is provided for maintenance; and a present loading control system is used, so that test loading is stableand controllable.

The invention discloses a preparation method of a hybridization probe and a gene chip for PPV (plum pox virus) major strains. The probe comprises PPV-D, PPV-M, PPV-EA, PPV-Rec, PPV-W and PPV-C. The preparation method of a gene chip is characterized by comprising the following steps: gene chip spotting, PCR amplification and sample marking, chip pretreatment, chip hybridization, chip cleaning, chip scanning analysis and data treatment and result judgment. The invention aims at overcoming the shortcomings of the prior art and providing a hybridization probe for detecting the PPV major strains; and the invention also relates to a preparation method of a gene chip comprising the probe.

The invention discloses a text piece mass measurement device for a triaxial experimental apparatus. The text piece mass measurement device comprises a triaxial experiment loading system and a triaxialapparatus stress chamber for placing a test piece, and further comprises a mass detection unit for detecting a mass of the test piece and converting a mass signal of the test piece into an electric signal, and a mass output unit for outputting mass information, wherein the mass detection unit is arranged at the bottom of the triaxial apparatus stress chamber, and the mass detection unit outputs adetection result to the mass output unit. The text piece mass measurement device for the triaxial experimental apparatus can replace a conventional balance measurement mode to measure the masses of the test piece before and after a triaxial experiment, so that the test piece measurement accuracy is greatly improved, and a step of manually measuring the mass of the test piece is eliminated; the operation is simple and convenient, and the experimental efficiency is improved.

The invention provides a detection circuit and a detection device for an automatic neutral section passing system. The detection circuit comprises a first switching unit which is configured to converta power supply of an input end into a first parameter power supply after being closed, and output the first parameter power supply from an output end; a second switch unit which is configured to convert the power supply of the input end into a second parameter power supply after being closed and output the second parameter power supply from the output end; a vehicle induction coil signal simulation unit which is connected with the output end of the first switch unit and is configured to simulate an input signal of a vehicle induction coil to the automatic neutral section passing system; a vehicle induction coil fault simulation unit which is connected with the output end of the second switch unit, and is used for disconnecting the second switch unit and the automatic neutral section passing system when the simulated vehicle induction coil has fault, and connecting the second switch unit and the automatic neutral section passing system in response to the input signal when the simulatedvehicle induction coil has no fault; and a detection unit which is connected with the output end of the first switch unit, and is used for acquiring the output signal of the automatic neutral sectionpassing system and outputting a matched detection signal according to the output signal.

The invention discloses an intelligent detection method for the quality of a fabricated building connection node. The method comprises the following steps: firstly, acquiring a plurality of pictures of the grouting fullness in the sleeve and the insertion state of the reinforcing steel bar through an endoscopic method, constructing a data set by using the pictures, training the data set by using a deep learning classification model framework, and deploying a trained model on a server; then, a visual window is constructed on the handheld device and used for collecting on-site pictures, the pictures are automatically stored in a database, and the intelligent recognition service deployed on the server is synchronously accessed. When detection is implemented, a worker holds the monocular endoscope by hand to shoot the internal environment condition of the sleeve, and directly checks the judgment result of the grouting fullness and the insertion state of the reinforcing steel bar on a visual interface. And a detection result is uploaded to a cloud database for analysis, statistics and display. By adopting the technical scheme, the method for automatically detecting the grouting fullness of the sleeve and the insertion state of the reinforcing steel bar is manufactured.

The embodiment of the invention provides a code test method, node and system, which can be used in the technical field of test security, and comprises the following steps: each node in a distributed system obtains test data correspondingly required by all test cases configured by the node; each node configures the test data to a corresponding test case in a test environment to generate a test result file; each node compares the test result file with a preset standard file, and if the test result file is consistent with the preset standard file, a comparison result record is uploaded to a public server; and the public server knows the test cases which do not pass the test according to the comparison result records uploaded by the nodes. The method and the device meet the requirement of centralized processing of batch services, automatic testing of the batch services is realized, and the service risk is reduced; manual assertion writing is not needed, and the workload of testers is reduced; and favorable conditions are provided for developers to check and judge error transaction scenes and error business logic units.

The invention discloses a non-destructive detection method for damage between layers of ballastless track, which adopts the Gaussian curvature index of track slab to identify single and multiple voids and gaps between layers of ballastless track, and is characterized in that it includes the following Steps: Under the given boundary conditions, the displacement modal value of the track plate in any order mode is obtained through modal analysis; the Gaussian curvature of the track plate is further solved by using the displacement mode to reflect the lateral and longitudinal curvature modes of the track plate , to determine the presence of damage. The invention uses the modal analysis theory to identify the presence of damage and the location of the damage through the first three Gaussian curvature indexes of the track plate, especially the first-order Gaussian curvature index is the most obvious. The method of the invention is a nondestructive detection method, the test operation is simple and convenient, and is not affected by the steel bars in the track slab, the detection result is intuitive and clear, not only can identify the existence of damage, but also can accurately locate the position of the damage.

The invention discloses an automobile electronic water valve performance detection module which comprises a box body, the bottom of the box body is fixedly connected with supporting legs, one side of the top of the box body is fixedly connected with a water tank, one side of the water tank is in pipe connection with a first connecting pipe, and one end of the first connecting pipe penetrates through the top wall of the box body and extends into the box body. A first water pump is fixedly connected to the surface of the first connecting pipe, through holes are formed in the front face and the back face of the box body, scale marks are formed in the positions, located on the two sides of the through holes, of the surface of the box body, a controller is fixedly connected to one side of the box body, a movable hole is formed in one side of the box body, and a circulating mechanism is arranged on one side of the movable hole and comprises a second connecting pipe; the second connecting pipe is located in the movable hole, the top end of the second connecting pipe is fixedly connected with a corrugated pipe, the top of the corrugated pipe is fixedly connected with a second water pump, and one side of the second water pump is fixedly connected with one side of the box body.