674results about How to "Intuitive test results" patented technology

The invention discloses a method for quickly measuring a blade of a large-sized water turbine, which is characterized by comprising the following steps: firstly, sticking a mark point to the surface of the blade, then shooting a group of photos from different angles as measured primary data, and inputting the data to a computer to carry out analytic processing; by carrying out image detection for the group of photos in a measurement software, identifying the mark point in each photo and positioning the center of the mark point, and matching the mark points with the same name; finally, reconstructing a three-dimensional coordinate of corresponding object points according to a plurality of two-dimensional coordinates of the mark points, fitting a sparse framework model of a target by the reconstructed three-dimensional mark points, then scanning the surface of the blade block by block by using a binocular grating scanning method to acquire a local dense point cloud, and aligning the dense point cloud to an overall coordinate system according to the local mark points to acquire a dense point model of the blade; and by comparing the dense point model with a CAD designed model after aligning, calculating a three-dimensional processing error of the surface of a workpiece.

The invention discloses a testing method and system. The testing method comprises the steps that: the testing system obtains a uniform resource locator (URL) of a webpage to be tested, and then obtains a first server address and a second server address which correspond to domain names in the URL, wherein a first server stores a test version webpage, a second server stores a reference version webpage, a test version and a reference version of the same webpage have same URLs; the testing system respectively obtains the test version webpage and the reference version webpage which correspond to the URLs from the first server and the second server according to the first server address and the second server address, and printscreens the obtained webpages; and the testing system compares the printscreened pictures of the test version webpage and the reference version webpage which correspond to the URL, and generates a test report according to a printscreened picture comparing result. By adopting the invention, a test result can be more visual, and the test false alarm rate is lowered.

This invention relates to the field of object volume survey, which discloses a method based on the image volume metering and the measuring technique. This metering equipment comprises the image gathering installment and the computer. The image collecting installment comprises objective table, as well as three cameras established symmetrically on objective table; Take the above metering equipment as the foundation, this measuring technique including the camera demarcation, image gathering, the image pretreatment, the picture edge extraction, the coordinate transformation, the three dimensional restructuring step, finally counts all three dimensional spots on the measured object, then obtain the actual volume of objects. This invention may be widely applied in areas such as medicine, chemical industry, food, environmental protection, water treatment, building materials, grain micro powdery, the granulated material continual quota throws in Canadian, ingredient craft domains dried noodles batch feeding and so on.

The invention discloses a multifunctional unsaturated soil permeameter and a testing method thereof. The permeameter comprises a first bracket, a second bracket, a water supplementing device which is fixed on the first bracket and can perform up-and-down adjustment, and a soil sample permeation device which is fixed on the second bracket and can perform up-and-down adjustment, wherein the water supplementing device and the soil sample permeation device can be combined to form an underground water level rise simulation device, a flooding simulation device or a rainfall simulation device. The testing method comprises the following steps of: 1, performing underground water level rise, flooding and rainfall simulation tests, namely respectively performing the underground water level rise, flooding and rainfall simulation tests on the same tested soil sample by employing the underground water level rise simulation device, the flooding simulation device and the rainfall simulation device; 2, performing test data arrangement, and acquiring a permeation characteristic testing result of the tested soil sample. The multifunctional unsaturated soil permeameter is reasonable in design, low in investment cost, simple in operation, convenient in realization and good in using effect and can simply and rapidly finish the permeation characteristic testing process of unsaturated soil.

The invention discloses an automotive wiring harness detection device. For solving the technical problems that in the prior art, the wiring harness detection efficiency is low, the colors of wiring harness conductors can not be automatically calibrated, and the like, the invention provides a device suitable for carrying out detection on automotive wiring harnesses, which can automatically calibrate the colors of wiring harness conductors, and can extremely accurately and conveniently judge whether wiring harnesses have failure phenomena such as short-circuiting, open-circuiting or error wiring and the like, therefore, the device is high in detection efficiency and convenient to operate. The device comprises a wiring harness connection platform, a controller, color sensors, a color sensor switching board, a color processing module, a data acquisition board, a wiring harness conduction detection circuit and an alarm unit, wherein the controller is respectively connected with the data acquisition board, the color sensor switching board and the color processing module, the data acquisition board is connected with the wiring harness conduction detection circuit, and the color sensor switching board is connected with each color sensor.

The invention discloses an intelligent transformer terminal and a monitoring method thereof. The intelligent transformer terminal consists of a hardware part and a software part, wherein the hardware part comprises a host, a lead, a sensor assembly, an information processing module, a protection function module, a control output function module, an exception warning function module, a display module and a communication module; and the software part comprises an application service platform, a database, an after-sales service platform, a product management platform and a mobile equipment client APP on the host. According to the intelligent transformer terminal and the monitoring method thereof, running parameters of the transformer are measured in a way of transmitting a physical parameter change and/or acquiring a power signal and displayed rapidly, and remote monitoring, operations and information feedback are realized by the mobile equipment client APP or a webpage through network transmission. When danger or important prompt information is detected, the information is pushed to the mobile equipment client APP or the webpage and after-sales service platform, so that a reliable and safe operating environment can be provided for an electric power system by the transformer.

The invention is a pollutant aerobic-biodegradation breathing measuring method and device, relating to a method and device for measuring oxygen utilization ratio in the course of processing waste water by aerobes. And the measuring method comprises the steps of: checking dissolved oxygen sensor, keeping temperature of water tank constant, putting in microbial mixed solution, blending, circulating mixed solution, setting parameters, putting in to-be-measured sample and calculating; and the measuring device comprises water tank, magnetic blending mechanism, aeration mechanism, aeration chamber, breathing chamber, measuring chamber, pH sensor, dissolved oxygen sensor, signal transmit lines, transducer terminal box, computer and oxygen utilization ratio measuring software. And the invention has advantages of less interference, high testing accuracy and frequency, high instrument automation degree, etc. and it is applied to the aspects of city sewage composition characterization, inlet water toxicity detection, evaluation and early- warning in sewage factory, process control and operation management in sewage factory, etc.

A platform leveling device based on a cylindrical model comprises an all-dimensional tilt sensor shell, an LED lighting source, a closed transparent conical container, light-tight liquid, a camera, an embedded system, a power source, a compass, a platform, a platform supporting leg position servo control action unit and a platform supporting leg position servo control drive unit, wherein the closed transparent conical container is formed by combining two cones in the same size back to back; the container is filled with the light-tight liquid which is half the volume of the container; the non-light-tight part of the transparent conical container, which is shot by the camera in front, is analyzed, judged and computed to obtain the measurement parameters of the platform to be measured, such as tilt angle, tilt azimuth and the like; and the multi-supporting leg platforms which are irregularly arranged are horizontally and automatically adjusted by using the measurement parameters according to different leveling strategies. The device has good operability, high measurement accuracy, good stability, strong applicability, low manufacture cost and strong real time and safe reliability.

The invention discloses a myocardial ischemia auxiliary detecting method based on a deterministic learning theory. The method includes the following steps that data is pre-processed to obtain electrocardiogram ST-T loop data; a deterministic learning algorithm is adopted to conduct local correct modeling on inner system dynamics of an ST-T loop, modeled system dynamics are displayed in a three-dimensional visualization mode to obtain CDVG; according to a CDVG form, and by combining high risk factors and clinic information, auxiliary detecting results are obtained. The method is characterized in that the CDVG is obtained and analyzed based on the deterministic learning algorithm. The method is applicable to myocardial ischemia detecting when an electrocardiogram is not obviously changed, can prompt cardiovascular diseases effectively, can be used for conducting evaluation of a cardiovascular disease treatment effect and has the advantages of being simple in detecting process, economical and noninvasive and reducing burdens of patients and the like.

The invention discloses a hermetic sealing program control testing stand, comprising a working platform, a clamping positioning device, a sealing plugging device, a gas source processing device, a compression gauge and an electric control cabinet. The clamping positioning device comprises a pedestal, a clamping air cylinder and a position limiting block; the output terminal of the clamping air cylinder is provided with a clamping block; the sealing plugging device comprises two sealing plugging mechanisms which are identical in structures; each sealing plugging mechanism comprises a support base, a sealing plug and a sealing plugging air cylinder; the output terminal of the sealing plugging air cylinder is fixedly connected to an installation block which is fixedly connected to the sealing plug through a gas channel joint and the sealing plug; the air inlet terminal of a gas processing device is in communication with an air source; the air outlet terminal is in communication connection with the corresponding gas channel joint of the sealing plugging mechanism through a first switch solenoid valve; and the corresponding gas channel joint of another sealing plugging mechanism is in communication connection with the pressure gauge. The hermetic sealing program control testing stand is simple in structure, easy in operation, low in manufacture cost, high in testing accuracy and wide in application range, and does not affect the pipe fitting quality during the detection process.

The invention discloses a water-secluding pipe mechanical behavior testing system based on a coupling effect of a marine environment and drilling conditions. A water pump (21), a light source (1), a camera A (3) parallel to the water flow direction, a contrast board A (5) parallel to the water flow direction, a camera B (4) perpendicular to the water flow direction and a contrast board B (6) perpendicular to the water flow direction are installed on the outer wall surface of a pool (2), a motor supporting frame (9) is arranged on a tension supporting board (17), and an upper connecting structure, a water-secluding pipe (8) and a lower connecting structure which are connected in sequence are arranged between the motor supporting frame (9) and the bottom of the pool (2) from top to bottom. The invention further discloses a testing method. The water-secluding pipe mechanical behavior testing system and method have the advantages that mechanical behaviors of the water-secluding pipe can be comprehensively, accurately and really simulated under the coupling effect of the deep sea drilling conditions and the marine environment, and the system can simulate the marine environment, apply tension to the top of the water-secluding pipe, simulate rotation of drill strings different in rotating speed and apply different magnitudes of bit pressure.

The invention relates to the technical field of food safety, in particular to a pesticide detection technology. An electrochemical pesticide residue rapid detector comprises a pesticide detection module and a microprocessor system which is connected with the pesticide detection module, wherein the pesticide detection module comprises an acetylcholinesterase biosensor of which the signal output end is connected with the signal input end of the microprocessor system; and the microprocessor system is connected with a display. Due to the adoption of the technical scheme, a detection system performs detection according to variation in current generated by reaction of an enzyme catalysis substrate and is not interfered by pigments in vegetables and fruits, so that a sample is relatively easy to extract and treat; and the detector has the advantages of high flexibility, intuitive display of a detection result, automatic detection and the like and is easy to operate when used for detecting pesticide residues.

The invention discloses a carbon fiber gas cylinder detection line and a carbon fiber gas cylinder detection method. The detection line includes, in a front-to-back arrangement manner, a water pressure test apparatus, a water pressure auxiliary test apparatus and an air tightness test apparatus. The water pressure test apparatus includes a test rack, a test operation bench, a pressurizing apparatus, a test case installed on the test rack, and test trolleys for stably placing a plurality of to-be-tested gas cylinders. The water pressure auxiliary test apparatus includes a gas cylinder fixture, a transporting trolley, and a gas cylinder water-pouring-away and drying device. The air tightness test apparatus includes an air tightness detection apparatus and a second air supply apparatus for supplying air to the to-be-tested gas cylinders. The air tightness test apparatus is in a cabinet structure or a ground trough structure. The detection method includes the steps of 1) water pressure test; 2) water pouring-away and drying treatment; and 3) air tightness test. The detection line is reasonable in design and simple in operations, is good in use effects, and can easily and quickly complete water pressure test and air tightness test for a plurality of carbon fiber gas cylinders.

The invention discloses a machine vision detection method based on four-colour printed matter registration detection marks, comprising the following steps of: presetting graphs of the four-colour printed matter registration detection marks, and taking the circle centre of a black solid circular mark graph as a reference of the registration detection marks, wherein the circle centre of a yellow annular mark graph, the circle centre of a pinkish red annular mark graph, and the circle centre of a cyan annular mark graph are respectively as same as the circle centre of the black solid circular mark graph; acquiring images of preset graphs of the registration detection marks during a printing process; respectively obtaining coordinates of the circle centres of the registration detection marks in the images by a computer system; calculating registration deviation via the coordinates of the circle centres; comparing the squared value of the registration deviation with a deviation tolerance level; and finally, outputting a registration deviation result. The registration detection marks are simple in structure and small in occupied space, and camera can be convenient to rapidly and accurately shoot. According to the corresponding detection method, only deviation analysis does need to be performed via circle centre parameters, thus being high in detection efficiency, intuitive in result, and capable of realizing online detection for high-speed printed matters.

The invention relates to the technique of brake pedal travel measurement, and discloses a vehicle brake travel measuring device and a measuring method thereof. An image acquisition device is fixed at one side of a brake pedal to acquire the motion images of the brake pedal; a computer is electrically connected with the image acquisition device to receive the motion images of the brake pedal, identifies the different obtained positions of the brake pedal in different time through the images, obtains the travel of the brake pedal through the geometric transformation, and further calculates and obtains the motion speed and acceleration of the brake pedal.

The invention discloses a quick African swine fever virus detection card and application thereof, so as to solve the technical problem of hard African swine fever virus detection. Polyclonal antibodies PoAbI against African swine fever virus p30, P54 and p72 protein labeled with colloidal gold are absorbed on a colloidal gold labeling pad of the detection card; a detection membrane is provided with goat or rabbit anti-mouse IgG antibodies or a quality control line C printed by staphylococcus aureus SPA; and a detection line T printed by polyclonal antibodies PoAbII against African swine fevervirus p30, P54 and p72 protein is also arranged. The invention also discloses a using method for the quick African swine fever virus detection card. The method comprises steps: a to-be-detected sampleis acquired, and PBS or water is added for suspension or grinding; the sample is dripped to the sample loading end of the quick African swine fever virus detection card; and horizontal placing is carried out to observe a result. The quick African swine fever virus detection card adopts a double antibody sandwich method, and has the advantages of strong specificity, high sensitivity, high detection efficiency, high efficiency and practicability, and important practical application value.

The invention discloses oral cavity comprehensive detecting method and apparatus based on a flexible phase controlled ultrasonic array. The apparatus comprises a display module, a phase controlled ultrasonic transmitting module and a phase controlled ultrasonic receiving module connected with a control module, respectively. The phase controlled ultrasonic transmitting module and the receiving module are further connected with a flexible phased array ultrasonic transducer array. The method comprises the following steps of: performing ultrasonic scanning to detect teeth facing outwards skin in periphery of the oral cavity on the face or in all directions of other soft tissues of the oral cavity through the flexible phased array ultrasonic transducer array; transmitting ultrasonic waves with set frequency to detection points through the phased array focused ultrasound when detecting the teeth so as to detect the amplitude of the reflected wave and detect whether defect waves exist in the reflected wave; and transmitting ultrasounds with different frequencies to the detection points through the phased array focused ultrasound and detecting the attenuation of the transmitted wave with different frequencies at the other end when detecting the soft tissues of the oral cavity so as to obtain broadband ultrasonic attenuation parameters. Therefore, health states of the soft tissues of oral cavity can be obtained rapidly.

The invention relates to a platform automatic leveling device based on machine vision, which comprises an omnibearing-inclined sensor shell, an LED lighting source, a transparent cone container, opaque liquid, a camera, an embedded system, a power source, a compass, a platform, a platform supporting leg position servo control unit and a platform supporting leg position servo control drive unit. The transparent cone container is combined into a closed container by using two cones with the same size in a back-to-back way, and the container contains the opaque liquid which is half of the volume of the container; the transparent part of the transparent cone container, shot by the camera in a positive body focus, is analyzed, judged and calculated to obtain measuring parameters, including incline angle, dip azimuth and the like of the tested platform, and then the platform is automatically leveled through the measuring parameters according to different leveling strategies. The invention has the advantages of simple maintenance and adjustment, high measurement precision and control precision, wide measurement range, low manufacturing cost, rich leveling means, real-time performance, security and reliability.

The invention discloses a detecting device capable of realizing drill hole three-dimensional imaging and a method thereof, and relates to the techniques of constructional engineering detection. The detecting device comprises a detector (20) on the ground, an electric winch (30) and a downhole sensor. The downhole sensor comprises a seal cylinder (32), a cable socket (31), a main circuit board (33), an epoxy resin waterproof layer (35), an internal connecting wire (34), a pressure spring (27), a rotary shaft (36), a long rod (39), a detecting arm (22), a detecting arm circuit board (37), and a damping disk (38). By the detecting device, detecting method is simplified, work efficiency is enhanced, and detecting precision is improved. By the three-dimensional imaging, comprehensive and visualized detecting results are provided. Aperture and hole deviation curves under different definitions can be calculated through different mathematical methods on the basis of three-dimensional imaging pictures, so that rich and diversified detecting results are provided. The detecting device is applicable to detection of aperture and hole deviation is constructional engineering.

The invention discloses an ultra-sensitive detection method of mercury ions and a detection kit. According to the ultra-sensitive detection method, an exonuclease III mediated signal amplification technology and a test strip detection technology are combined so that a quick determination method of trace mercury ions is constructed. The ultra-sensitive detection method is very high in sensitivity; the detection limit to mercury ions is 10 pM, a detection result is visual and macroscopic, the detection process is convenient and rapid, and the ultra-sensitive detection method can be used in on-site field testing of mercury ions; in addition, the detection method disclosed by the invention is better in specificity, and other common metal ions have no influence to the detection; and the constructed test strip is time-saving and labor-saving in use, high in detection speed, simple and convenient to operate, visual and macroscopic in detection result, and free from using any instrument.

The invention discloses a device for testing the performance of an optical module and aims at providing a convenient and quick test environment. The invention is realized by the following technical scheme: a PC is connected to a server through an RJ45 network cable, is connected to an optical module performance test board through a USB data line, and is connected to an optical power meter throughan RS232 serial line, the optical power meter is connected to an ROSA optical device through an optical fiber splitter, a tested optical module is connected to the test board through a gold finger slot, the average optical power of the TX end of the tested optical module is divided into two by the optical fiber splitter, one path is sent to the ROSA optical device, and the other path is sent to the optical power meter, the PC obtains the average optical power value of the optical module measured by the optical power meter, and then compares the average optical power value with an optical powerthreshold that have been configured by the server, and determines whether the average optical power value of the tested optical module is within a normal range by using the comparison result. An alarm light visually displays various performance test results of the tested optical module.

The invention relates to a novel airplane load model testing device, in particular to experimental study on real-time dynamic response and long-term operation settlement rule of a runway. The effects on roads caused by different conditions such as airplane landing, sliding and take-off can be simulated and predicted in a multipoint vibration loading manner; static load simulation tests, take-off and landing load dynamic simulation tests and smooth reciprocating fatigue tests of the runway can be finished; a support is provided for construction of the runway; and meanwhile, the testing device can also be applied to mechanical property tests of a building structure.

The invention discloses a complex distortion generator for testing the stability of a compressor. The complex distortion generator comprises a steady-state total pressure distortion generator and a rotational flow distortion generator which are arranged in a compressor casing along the length direction, and is characterized in that the steady-state total pressure distortion generator generates different ranges of steady-state circumferential total pressure distortion through controlling distributed nozzles, and adjusts the air injection speed of the nozzles to change the steady-state total pressure distortion intensity; the rotational flow distortion generator adjusts the rotational flow distortion form through changing the angle of a rotational flow adjustment plate in a switching section of a rotational flow generator, generates three kinds of rotational flow distortion such as same-direction single vortex, opposite-direction single vortex and pair vortex, and can change the rotational flow distortion intensity through adjusting the pressure of an air pump and the openness of an electromagnetic valve. The complex distortion generator is simple in structure and convenient to operate, can generate individual steady-state total pressure distortion or rotational flow distortion at an inlet of the compressor conveniently, can also generate steady-state total pressure and rotational flow combined distortion, facilitates to carry out tests on influences imposed on the stability of the compressor by different forms of complex distortion, and is stable and reliable in operation.

The invention discloses a kit and a method for detecting the methylation level of liver cancer risk gene TSPYL5, and belongs to the field of biotechnologies. The kit for detecting the methylation level of the TSPYL5 comprises a primer pair A used for an MSRE-qPCR method or a primer pair B used for a BSP method, wherein the primer sequence is shown in SEQ ID NO. 1-22. According to the kit and the method disclosed by the invention, the relevance between the methylation of the TSPYL5 gene and liver cancer occurrence is found, and the methylation loci of the TSPYL5 are authenticated; the methylation method for the TSPYL5 by virtue of fluorescent quantitative PCR is established by combining specific methylation sensitive restriction endonuclease with the specific primers; the methylation level of the TSPYL5 is detected through the kit and the method based on MSRE-qPCR, the sensitivity is up to 83.9%, and the specificity is up to 93.25%.