70results about How to "Reduce the risk of missed detection" patented technology

The invention discloses an automatic generating method and system of an optimized ant colony algorithm test case. The automatic generating method and system can be used for automatically generating and optimizing a test path and further improving an automatic generating algorithm of the test case. The technical scheme in the invention is as follows: the automatic generation and optimization of the test path and the test case can be achieved by virtue of combination of automatic generation of the test path and automatic generation of the test case by carrying out queen ant instrumentation, removal of an un-coverable path, initial case optimization, dynamic adjustment of pheromone and case optimization.

The invention discloses eddy current high/low-frequency compound detection equipment for seamless steel tubes. The equipment comprises an electric control system, front and rear roller paths, a positioning pressure wheel device, a three-roller centering device, a lifting device, magnetizing devices, a flaw detection instrument, a demagnetizer, a stand and a blanking frame. The steel tubes to be detected stably enter into the pressure wheel device, the three-roller centering device and the two magnetizing devices through the transmission roller paths controlled by the electric control system for finishing full coverage detection of the steel tubes; the flaw detection instrument is used for displaying detection results; and the steel tubes enter into the demagnetizer and the stand for demagnetizing the steel tubes, finally enter into the blanking frame and are automatically separated and stored in qualified and unqualified product storage tanks. The equipment has the beneficial effects that each magnetizing device is equipped with a high-frequency probe and a low-frequency probe for on-line detection, so that the detection effect and the working efficiency are improved and the missing detection risk is lowered.

The invention discloses a method for detecting pigment in flavouring. The method comprises the following steps: 1) performing pre-treatment on a sample to obtain a loading buffer; and 2) using an UPLC-MS/MS method for measuring the loading buffer, and comparing the determination result of the loading buffer with a standard solution for analysis. The detection method can perform qualitative and quantitative analysis through a positive and negative ions switching mode, can simultaneously detect the positive and negative ions of the pigment, and solves the technical problems of single detection mode of current illegal pigment and limited detection types. a QuEChERS purifying method is used for removing grease in the sample, the complex pre-treatment process in the pigment detection can be effectively improved, the method is simple and rapid, compared with the detection method in the prior art, the analysis time is short, and the sensitivity is high, detection efficiency is completely increased, and the detection period is greatly shortened.

The invention discloses a method for automatically generating Ice interface test case and test script. The coverage degree of a test case and the test quality of an ICE interface can be improved. The method is realized through the following technical scheme: establishing an ICE interface test project based on network communication engine ICE communication middleware, importing a slice file to extract interface description information, storing the interface description information in interface basic information XML, creating adapter information and interface implementation information, storing the adapter information and the interface implementation information in the interface implementation information XML, and calling a command to generate a skeleton code; determining an input parameter value through interface basic information and interface implementation information XML, and automatically generating an interface test case set file by adopting equivalence class division, boundary value analysis, logic coverage analysis and pairwise test and fuzzy test technologies; and automatically generating an ICE interface test script according to the ICE interface implementation information XML, running the interface test script after running the server program, automatically completing interface test case execution and generating a test report.

The invention discloses a defect detection device and a defect detection method for a liquid crystal display panel with a polarizing film. The defect detection device comprises an infrared image input device (100), a signal processing device (200) and a warning device (300), wherein the infrared image input device (100) is used for acquiring and outputting an image of the liquid crystal display panel (500) with a polarizing film (600); the signal processing device (200) is used for acquiring a pre-defect image of the liquid crystal display panel (500) with the polarizing film (600) on the basis of the image of the liquid crystal display panel (500) with the polarizing film (600) and judging whether the pre-defect image is a defect according to comparison results between the size and shape of the pre-defect image and the size and shape of the defect image in a database; the warning device (300) is used for judging whether to send out a warning signal based on a judgment result of the signal processing device (200). According to the defect detection device and the detection method, foreign matters and/or bubbles on the liquid crystal display panel with the polarizing film can be detected in real time, so that the inspection missing risk of the defected liquid crystal display panel is greatly lowered, meanwhile, the production cost is lowered, and the production efficiency is increased.

The invention discloses an intelligent inspection device which comprises a helmet and a control end which are in communication connection. The control end comprises a first control module, a wirelesscommunication module and a radio frequency identification module; the helmet comprises an infrared detector, a voice identification module and a second control module; and after the first control module successfully authenticates the intelligent inspection device and a detector, the wireless communication module receives inspection information sent by a master station; the first control module sends a data acquisition instruction to the helmet after the radio frequency identification module successfully authenticates the detection equipment; the second control module sends an instruction according to the voice data converted by the voice recognition module, and receives and processes the infrared image data transmitted by the infrared detector; and the first control module carries out diagnosis on the processed infrared image data, and sends the diagnosis result and the processed infrared image data. The intelligent inspection device provided by the invention can completely cover an inspection area, and the accuracy and comprehensiveness of data are improved.

The invention discloses a capsule automatic navigation system and a navigation method. The system comprises a capsule endoscope controller, wherein the capsule endoscope controller comprises an automatic inspection control device; the system also comprises a magnetic control device; the automatic inspection control device comprises a capsule capturing module, a capsule posture acquisition module,a capsule image position recognition module and a capsule basic action inspection module; and the magnetic control device comprises a mechanical arm with multiple degrees of freedom, a motor driving the mechanical arm to move and a permanent magnet. The automatic inspection control device captures the capsule position, adjusts the capsule posture, and performs navigation with the capsule image position recognition module. The automatic inspection control device controls the mechanical arm to pull the capsule to move to the designated anatomical position, and completes the inspection at anatomical positions until the automatic inspection of all anatomical positions is completed. The system can automatically realize automatic navigation inspection of the capsule, and greatly reduce the operation burden of a doctor. Meanwhile, the capsule image position recognition module ensures that all anatomical positions are inspected so as to reduce the risk of inspection missing.

According to a first aspect embodiment of the invention, the invention provides a violation detection model generation method, which comprises the steps of receiving a sample picture; extracting samples in the sample pictures based on pixel segmentation, and forming a training set by a plurality of samples; and training the to-be-trained model by using the training set to generate a violation detection model. According to the violation detection model generation method provided by the invention, after the sample pictures are received, the samples in the sample pictures are extracted based on the pixel segmentation technology, so that the samples are extracted according to the contours of the samples, and a training set is formed by a plurality of samples; the to-be-trained model is trainedthrough the training set, the violation detection model is generated, for articles needing to be transported or stored in a covering mode such as coal piles and sand piles, recognition is conducted according to the contours, background information can be prevented from being extracted, overlapping extraction of multiple samples is avoided, the risk of false detection or missing detection is reduced or even avoided, and the accuracy of the detection result is improved.

The invention discloses hepatitis C virus recombination protein, characterized in that: the hepatitis C virus recombination protein is fusion protein formed by fusing hepatitis C virus main antigenic determinant and hepatitis C virus core protein single chain antibody, and the amino acid sequence is represented as SEQ ID No.1. According to the invention, gene engineering recombination technology is utilized, the hepatitis C virus main antigenic determinant-core protein single chain antibody fusion protein is expressed in escherichia coli system, and the advantages of short production period, high yield and low cost are achieved. The recombination protein can be used as a part of an immunodiagnostic kit for hepatitis C virus.

The invention relates to an intelligent monitoring system for a wind power blade assembly mold. The intelligent monitoring system comprises a sensor, a signal acquisition and transmission system and acontrol system; the sensor comprise a plurality of vacuum degree sensors, a temperature sensor and a plurality of laser displacement sensors, and the laser displacement sensors are used for detectingthe width of a mold closing joint and the axial and chordwise dislocation degree of the mold closing joint; the multiple vacuum degree sensors are respectively installed on vacuumizing pipelines at the rear edge of an upper mold and the rear edge of a lower mold; the temperature sensor comprises a plurality of thermal resistors pre-buried in the surfaces of the upper mold and the lower mold, andthe thermal resistors are uniformly distributed on the whole surfaces of the upper mold and the lower mold; and the upper mold and the lower mold are divided into a plurality of areas, each area is provided with a data acquisition module, each data acquisition module is used for acquiring sensor data of the area nearby and sending the sensor data to an upper computer of the control system, and theupper computer monitors and displays the sensor data in real time. Parameters of the molds are fed back comprehensively, centrally and online, and the production efficiency and the product quality are improved.

The invention provides a customs supervision method and system, and the system comprises: a packaging system which is used for packaging luggage and is integrated with an RFID tag; The CT machine inspection equipment which is used for scanning each piece of luggage in sequence; The card writer which is used for writing corresponding information into the RFID tag of the corresponding luggage according to the scanning result of the CT machine inspection equipment; The positioning system which is used for positioning the luggage according to the RFID tag on the luggage; And the interception system which is used for intercepting the corresponding baggage according to the information in the RFID tag on the baggage at the exit of the customs. By adopting the technical scheme provided by the embodiment of the invention, missed inspection of articles can be effectively avoided, and the inspection efficiency is improved.

The invention discloses a vacuum auxiliary examination tool and a manufacture method for the same. The vacuum auxiliary examination tool comprises a tool main body; the tool main body has at least one vacuum suction hole; the vacuum suction hole is communicated with a vacuum generator in order to absorb and fix a workpiece to the tool main body; the vacuum auxiliary examination tool is further provided with a limitation groove for positioning, and operation grooves and a broken hole for convenient usage. The vacuum auxiliary examination tool can stably fix a detection workpiece in a mobile phone shooting module and guarantees the flatness of the workpiece.

The invention relates to a hypersensitive cardiac troponin I detection method and a kit. The provided hypersensitive cardiac troponin I detection kit comprises a first group of antibodies and a secondgroup of antibodies for detecting cardiac troponin I from a subject sample, and the antibodies are selected from 1-6 antibodies specifically binding to the following cTnI fragment: antibody 1: 27-60aa; an antibody 2: 69 to 86 aa; an antibody 3: 13 to 29 aa; an antibody 4: 25 to 40 aa; an antibody 5: 41 to 49 aa; and an antibody 6: 169 to 178 aa. The method and the kit disclosed by the inventionare high in sensitivity and simple to operate, and can be used for dynamically monitoring the cardiac troponin I.

The invention relates to a nucleic acid composition and a detection kit for detecting genetic anemia as well as a use method. The nucleic acid composition and the detection kit for detecting the genetic anemia can be used for simultaneously detecting four deletion type alpha thalassemia genes, three non-deletion type alpha thalassemia genes, nineteenth mutation type beta thalassemia genes, geneticanemia types such as sickle-shaped thalassemia gene as well as specific gene mutation types. Compared with the prior similar technologies, the detection kit for the genetic anemia has the characteristics that several mutation detection types for the genetic anemia are increased, such as alphaTHAI deleted thalassemia, sickle-shaped thalassemia and 71/72(+T) mutation and -28M(A-C) mutation which are relatively-rare thalassemia types. The detection for the genetic anemia types can provide visual reference and prompt for clinically detecting the genetic anemia, so that the leak detection risk ofclinical genetic anemia can be greatly reduced and the birth rate of severe anemia children is reduced.

The invention relates to the technical field of medical devices, particularly relates to a surgical wound detection and debridement robot, comprising an intelligent control system for realizing human-computer interaction, image recognition and processing, an image acquisition and measurement and identification module based on machine vision, a virtual assistant module, and a non-surgical externalwound processing module, wherein, the robot comprises a robot arm, an intelligent drug dispensing system and a negative ion wind output control system. The robot can accurately evaluate the depth, size and severity of the lesion.

The invention relates to a hepatitis c virus detection kit. The hepatitis c virus detection kit comprises a first antibody and a second antibody for detecting a hepatitis c virus core antigen. The first antibody combines 95th-117th amino acid sequence of the hepatitis c virus core antigen aiming at an epitope or specificity in the 95th-117th amino acid sequence of the hepatitis c virus core antigen. The second antibody combines 55th-72th amino acid sequence of the hepatitis c virus core antigen aiming at the epitope or the specificity in the 55th-72th amino acid sequence of the hepatitis c virus core antigen. The kit has high sensitivity, good stability and simple operation, and can be used for rapid detection of early acute hepatitis c.

The invention relates to the technical field of a medical system and particularly relates to a mental therapy non-surgical wound management system. The system is characterized by comprising steps that(1), an image identification system is utilized to measure, identify and record image data of images, and the wound is classified; (2), a near-infrared blood vessel display system is utilized to determine whether a blood vessel is broken due to trauma to obtain the injury degree, and severity of the wound is determined; (3), the dosage and the treatment method are determined according to obtainedcharacteristics of the wound; (4), the wound is disinfected with 0.1% chlorhexidine or hydrogen peroxide rinse; and (5), the negative ion wind is outputted to the wound, shrinkage of local capillaries in the wound and reproduction of anaerobic bacteria are avoided, local blood circulation is promoted, the comfort of a patient is improved, and the detection missing risk can be reduced.

The invention provides a protective device used for preventing whipping in an optical fiber screening process. The protective device is characterized by comprising a screening device, a winding displacement guide wheel, a winding displacement disc, a limiting slot, a protective cover, a barrier plate and a motor, wherein two screening large guide wheels are arranged in the screening device; a broken fiber collecting box and a plurality of screening small guide wheels are arranged between the screening large guide wheels; the winding displacement guide wheels are used for guiding optical fibersto enter the winding displacement disc from the screening device; the winding displacement guide wheels are arranged between openings of the protective cover; the openings of the protective cover arestrip-shaped, and upper and lower surfaces of the openings are alternated; bulges are arranged on lower plate surfaces of the openings of the protective cover; a limiting slot is formed in the tail ends of the lower plate surfaces; and an electrostatic elimination rod is embedded into the upper plate surfaces of the opening of the protective cover. In the technical field of optical fiber production, in order to solve the problem that normal optical fibers are damaged as broken fiber heads in an optical fiber screening process easily whip small disc surfaces of qualified optical fibers in front, the invention provides the protective device which is simple in structure and is easy in operation.

The invention relates to the technical field of steering wheel level detection, and in particular provides a detection method based on improving a vehicle steering wheel amplitude angle level. When avehicle is subjected to track testing, measurement equipment is introduced, a steering wheel level measurement device is arranged on a steering wheel, and whether the steering wheel has an amplitude angle tolerance or not can be detected through observing the measurement numerical value of the steering wheel level measurement device. The measurement equipment is introduced to quantize a checking standard, and inspection leakage risks and bad vehicle outflowing risks caused by personal subjective factors can be lowered.

The invention relates to a hypersensitive cardiac troponin I detection method and a kit. The kit comprises a first group of antibodies and a second group of antibodies which are used for detecting cardiac troponin I in a sample of a subject, wherein the antibodies are selected from the following antibodies: an antibody 1: 41st-49th amino acid fragments specifically binding to cardiac troponin I, an antibody 2: 83rd to 92nd amino acid fragments specifically binding to cardiac troponin I, an antibody 3: 169th to 178th amino acid fragments specifically binding to cardiac troponin I, and an antibody 4: an antibody specifically binding to a cardiac troponin compound cTnC-T-I. The method and the kit disclosed by the invention are high in sensitivity and simple to operate, and can be used for dynamically monitoring cardiac troponin I.

The invention relates to the technical field of computer vision, and particularly provides a target vehicle detection method and device. The target vehicle detection method comprises the steps that a to-be-processed image is acquired, and the to-be-processed image comprises a vehicle; performing image detection on the to-be-processed image to obtain a detection result of the target object; the target object is at least one type of vehicle component belonging to the vehicle; and determining that the vehicle in the to-be-processed image is a target vehicle in response to the condition that the detection result of the target object meets a preset condition. According to the embodiment of the invention, the false detection and missing detection risks of the target vehicle are reduced, and the detection and recognition precision is improved.

The invention relates to the technical field of data testing, and provides an interface compatibility detection method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining a first feature value of each to-be-detected interface of a to-be-detected interface list; based on the first feature value of each to-be-detected interface, when it is determined that hierarchical comparison is executed on the structure data of each to-be-detected interface, receiving a second feature value of the structure data of each to-be-detected interface; identifying the type of the second characteristic value of the structural data of each to-be-detected interface; and performing hierarchical detection on the key value set of the second characteristic value of the structure data of each to-be-detected interface based on the type of the second characteristic value of the structure data of each to-be-detected interface to obtain a compatibility detection result. Layered detection is performed through the key value set of the second feature value of the structure data of each to-be-detected interface, so that the risk of missing detection is reduced, and the compatibility detection accuracy and efficiency of the interface are improved.