80results about How to "Visual inspection" patented technology

The invention belongs to the field of track foreign matter detection, and discloses a track foreign matter detection method based on a YOLO algorithm. Comprising the following steps: collecting track foreign matter images to form a data set, and performing sample expansion processing and label processing on each image in the data set so as to obtain a sample set; a channel attention mechanism and a direction perception mechanism are added into the YOLOv5, constraint conditions are set, and then an improved YOLOv5 algorithm is obtained and marked as a G-YOLOv5 model; a G-YOLOv5 model is pre-trained by using the sample set, and a trained G-YOLOv5 model is obtained; a real-time image of the track is collected and processed, the processed image is imported into the trained G-YOLOv5 model, and a real-time detection report is obtained; the obtained real-time detection report is arranged on a visual interface, and efficient track foreign matter detection based on the YOLO algorithm is achieved.

The present invention belongs to the field of tensile testing technology, and in particular, is a tensile strength testing device for textile fabrics, comprising a bottom plate, a support plate fixed on the top of the bottom plate, a mounting plate fixed on the top of the support plate, a stretching mechanism arranged on the mounting plate for stretching the fabric, a water tank arranged above the mounting plate, the water tank being fixed on the mounting plate through a pair of support frames, a plurality of evenly distributed water outlet pipes arranged at the bottom of the water tank, a pressing plate arranged in the water tank, a pressing rod fixed on the top of the pressing plate, a gathering groove arranged on the top of the mounting plate, and a drainage port penetrating the mounting plate arranged on the bottom wall of the gathering groove. In the present invention, the pressing plate is pushed downward by pressing the pressing rod, and the water in the water tank flows onto the fabric through the water outlet pipe, the water penetrates the fabric and drips into the gathering groove, and then flows down through the drainage port, and the water flow at the drainage port is observed. If a large water flow appears at a certain point, it means that the fabric has been torn at the corresponding position above the water flow.

The invention discloses a city information model management system based on a CIM basic platform and an analysis and display method, provides an innovative city information management and display solution, takes the CIM basic platform as a core, and aims to construct a high-precision and dynamically-updated city three-dimensional information model management system through an integrated information technical means. The urban space structure, the function layout and the infrastructure state can be visually and interactively explored, so that construction and development of a smart city are promoted, and the intelligent level and the comprehensive efficiency of urban management are improved.

The invention discloses a universal medical image auxiliary diagnosis system which comprises an ultra-low radioactivity imaging module which adopts a 3D CycleGAN network as a basic skeleton for PET image reconstruction; the epilepsy focus positioning analysis module is based on a self-adaptive medical image segmentation framework in deep learning; the user interface is used for providing a graphical operation interface and supporting multiple interaction modes so as to meet using habits of different doctors; and the data storage and management module is responsible for storage, backup and management of all medical image data and related information in the system, has data retrieval and query functions, and supports remote access and sharing. According to the universal medical image auxiliary diagnosis system, radiation exposure of a patient can be remarkably reduced, the accuracy and reliability of focus positioning can be improved, and powerful technical support is provided for diagnosis and treatment of nervous system diseases such as epilepsy.

The invention provides AR + AI intelligent glasses for improving the safety level of electric power construction, and the AR + AI intelligent glasses comprise a rack, a high-resolution display screen, a nose pad, a head band, a detachable anti-dazzle cover, a high-quality camera, a sensor system, intelligent lenses, a microphone pickup and a data processing unit, and one side of the rack is provided with the nose pad and the head band; a detachable anti-dazzle cover, a high-quality camera, a sensor system and an intelligent lens are arranged on the other side of the rack; the intelligent glasses are further provided with an AR technology application module, an AI data processing module and a user interaction and feedback module. Through the AR + AI intelligent glasses technology, more timely and accurate power equipment information display, safety specification operation guidance and safety risk pre-judgment and early warning are provided.

The invention relates to the technical field of steel structure bridges, in particular to a forward BIM (Building Information Modeling) design method for a welding seam of a steel structure bridge component, which comprises the following steps of: 1, establishing a BIM model: establishing a three-dimensional model of the steel structure bridge by using BIM software, defining the geometrical shape, the material attribute and the connection mode of each component in detail in the model; 2, defining the type and the position of a welding seam: determining the type and the position of the welding seam according to design specifications and engineering experience; a BIM (Building Information Model) provides a three-dimensional visual model, so that a designer can intuitively check and understand the position, shape and size of the welding seam. The visualization helps to find potential problems in the design stage and reduce errors and rework, the forward BIM design method can accurately define the geometric shape and position of the weld seam and ensure the accuracy and consistency of the design, and the accuracy helps to improve the efficiency and quality of manufacturing and installation.

The invention relates to a flat cable inner core stabilizing device, and belongs to the technical field of cable production, the flat cable inner core stabilizing device comprises a cable stabilizing mechanism and a device base, the cable stabilizing mechanism comprises two groups of cable stabilizing components, and each stabilizing component comprises a stabilizing wheel, an adjusting mechanism and a dial indicator; the adjusting mechanism comprises a first micrometer head, a device frame, a first positioning rod, an auxiliary mounting plate, a main mounting plate, a first spring, a second positioning rod, a second micrometer head, a second spring, a third spring and a fourth spring. According to the wire stabilizing device suitable for the flat wire inner core, the flat wire inner core can be effectively fixed and prevented from deviating, twisting or scattering, so that the stability of the production process of the flat wire inner core is improved, efficient and accurate stabilization of inner cores of different specifications can be achieved through cooperation of the stabilizing wheel and the adjusting mechanism, and the production efficiency is improved. The stability effect and the stability quality are improved, the stability effect can be viewed more visually and efficiently due to the introduction of the dial indicator, and the later monitoring difficulty is reduced.

The invention provides a battery residual value determination method and device, a readable storage medium and electronic equipment, and the method comprises the steps: obtaining a battery residual value calculation parameter after the charging of a battery is completed, the battery residual value calculation parameters comprise the rated capacity C0 when the battery leaves a factory, the battery residual capacity C1 at the last charging ending moment, the battery electric quantity percentage SOC at the current charging ending moment, the last charging ending time t1, the current charging starting time t2, the current charging ending time t3 and the current value I; and calculating a battery residual value according to a specified formula based on the battery residual value calculation parameter, and displaying the battery residual value. The battery residual value of the vehicle can be visually displayed in real time, and a user can know the use condition of the battery of the vehicle, so that the value of the vehicle can be accurately evaluated.

The utility model discloses an oral implant immediate denture measurer which comprises an immediate denture measuring fixed ruler and an immediate denture measuring casing, the immediate denture measuring fixed ruler is installed and connected on the left side of the upper end of the immediate denture measuring casing, and an elastic abutting grab handle is arranged on the left side of the lower end of the immediate denture measuring casing. The right end of the elastic contact grab handle is provided with an immediate denture measuring movable ruler on the immediate denture measuring machine shell, and the contact part of the immediate denture measuring movable ruler is provided with a digital display dial indicator body on the immediate denture measuring machine shell; an oral implant immediate denture body is clamped between the immediate denture measuring fixed ruler and the immediate denture measuring movable ruler. The immediate false tooth measurer for oral implantation disclosed by the utility model has the technical effects that the immediate false tooth measurer can be quickly clamped for measurement, and measurement data personnel can visually check the immediate false tooth measurer.

The invention relates to the field of document processing, and discloses a new interaction method for document shortcut operation, which comprises the following steps of: switching documents; a gesture input button is clicked, an input gesture list view is displayed, and after an'adding 'button is clicked, a user enters a gesture adding view; matching recognition is carried out by introducing an intelligent algorithm through an input gesture and a gesture pattern drawn by a user in a current gesture recognition area, a corresponding gesture function is triggered if a matching result is obtained, and a current interaction page is exited after clicking to exit; quickly browsing the page; according to the new interaction method for the document shortcut operation, a wheel disc interaction area and a redoing and redoing area are adopted, a user is allowed to execute complex document editing operation through natural and visual gestures through a gesture recognition technology, and dependence on traditional button clicking is reduced. The interaction mode not only improves the operation speed, but also reduces the cognitive burden of the user when the user uses the document processing software.

The invention discloses a workshop production management method and device based on a digital twinning technology. The method comprises the following steps: acquiring a three-dimensional modeling model of a workshop; the three-dimensional modeling model is used for simulating the internal structure of the workshop and comprises a simulated workshop, equipment in the simulated workshop and a process route of the simulated equipment; acquiring real-time measurement data and historical statistical data in workshop production; the real-time measurement data comprises first equipment data, first material data, first safety ring data and first energy data; the historical statistical data comprises second equipment data, second material data, second safety ring data and second energy data; through a digital twinning mode, real-time measurement data and historical statistical data of workshop production are respectively mapped to a three-dimensional modeling model of a workshop, and a workshop production management visual display model is formed to guide production. According to the invention, the actual situation of workshop production can be quickly and visually checked, and the timeliness of workshop production management data is improved.

The present invention discloses a visualized radio frequency switch matrix equipment configuration method and device, which display all device models of the same type in the same display area, and arrange the display areas in sequence according to the actual device wiring sequence; initialize and set each device model according to the actual use state of the switch matrix equipment, and configure the opposite routing port of each device model; respond to the signal input port and the connection port of the product to be tested selected by the user, search the opposite routing port of each device model in sequence starting from the signal input port according to the actual device wiring sequence, and obtain the shortest link path; connect and display the device model corresponding to the shortest link path, and generate a configuration command based on the shortest link path and send it to the switch matrix equipment, and the switch matrix equipment switches the switch to the corresponding link according to the configuration command, and the visualized configuration helps to intuitively view the connectivity of the internal link of the actual switch matrix equipment to improve the test efficiency.

The application provides a fault node detection and alarm method, device and equipment of a business system and a medium, which can be used in the field of computers. In the method, after obtaining the function type corresponding to each virtual node in the business system, a first target virtual node call relationship diagram of the business system is generated. Then, the preset detection rules and parameter values corresponding to the detection parameters of each virtual node are obtained, and then the virtual node is detected for failure every interval of a preset second detection time; if the virtual node fails, the generated alarm information and the virtual node are marked in the first target virtual node call relationship diagram to obtain and output a second target virtual node call relationship diagram. According to the parameter values, the present scheme determines whether the virtual node in the business system is faulty, and outputs the faulty virtual node and the alarm information in the virtual node call relationship diagram, so that the user can intuitively view the fault node, and the detection efficiency is effectively improved.

The invention provides a coal yard three-dimensional modeling system, and relates to the technical field of coal yard management, and the system comprises a data collection module which is used for collecting coal yard image data through an unmanned plane; the coal yard image processing module is connected with the data acquisition module and is used for performing coal pile contour extraction, coal pile volume calculation and vector transformation analysis on the coal yard image data acquired by the unmanned aerial vehicle to generate a processing result; the coal quality parameter calculation module is connected with the coal yard image processing module and is used for calculating coal quality related parameters based on a processing result; the system function display module is connected with the coal yard image processing module and the coal quality parameter calculation module and used for generating a three-dimensional model according to a processing result and displaying the three-dimensional model and the coal quality related parameters in an associated manner; by deeply processing and analyzing the data acquired by the unmanned aerial vehicle, accurate modeling of the coal yard and accurate calculation of the coal quality parameters are realized, and meanwhile, visual system function display is provided to meet the actual demand of coal yard management.

The disclosed embodiments disclose information processing methods, devices, storage media and equipment. The method includes: splitting the original alarm rule expression corresponding to the original alarm rule source code information into alarm rule elements, and filtering out the target alarm rule elements containing adjustable items from the split alarm rule elements, and visually outputting the changes in historical data corresponding to the target alarm rule elements, so that the user can input the adjustment target information of the corresponding adjustable items according to the visual output results, adjust the corresponding adjustable items according to the received adjustment target information, and generate the target alarm rule source code information according to the adjusted alarm rule elements. By adopting the above technical solution, users can more intuitively view the changing trend of historical data, and then quickly set reasonable target values ​​for adjustable items, thereby improving the debugging efficiency of the alarm rule source code.

The invention provides a nuclear power plant isolation information management method, electronic equipment and a storage medium. The method comprises the following steps: initializing an isolation information source of a nuclear power plant to form a first sequence; configuring a target isolation ticket rack name, and constructing a first Hash map according to a mapping relation between the target isolation ticket rack name and the first sequence; forming a second sequence according to all isolation information which is from an isolation information source and is matched with a target isolation ticket rack name, and extracting all system names which are not repeated in the second sequence through field classification statistics to form a system name list; associating the second sequence as a child node to the first hash map; and determining a target system name from the system name list, and constructing a second hash map according to a mapping relationship between the target system name and the second sequence. According to the method and the device, the isolated ticket rack relationship can be constructed and displayed in a more efficient and more intuitive manner, so that the operation efficiency and accuracy of related businesses such as operation management and isolated management are improved.

The invention discloses an enterprise green transformation management online monitoring system, which comprises a data monitoring module, a process control management module, a data arrangement module, an evaluation module and a feedback information issuing module, and is characterized in that the data monitoring module is used for monitoring enterprise working data, and the process control management module is used for managing and controlling a green transformation scheme of an enterprise; the data arrangement module is used for processing the monitoring data, the evaluation module is used for evaluating the green transformation standard reached by the enterprise green transformation management, and the feedback information issuing module is used for feeding back the green transformation condition of the enterprise. According to the invention, data and reports related to enterprise green construction are sent to an enterprise green transformation management manager through the feedback information issuing module and are updated in real time, so that the manager can know the condition of the enterprise on green transformation management at any time and accurately master the data conditions related to green construction in different areas in the enterprise, and the management efficiency is improved. And managers are helped to know the green transformation effect.

The invention relates to a method for detecting nano-plastics in semen or follicular fluid based on Py-GCMS, the nano-plastics can be separated and purified through optimization of pretreatment steps, the content and the variety of the nano-plastics in the semen or the follicular fluid can be quantitatively analyzed through gas chromatography-mass spectrometry contrastive analysis, and the content and the variety of the nano-plastics in the semen or the follicular fluid can be accurately detected by combining with a Py-GCMS detection system. The content of the nano plastic in the semen / follicular fluid is quantitatively analyzed and monitored, a corresponding curve is constructed through quantitative analysis, the content is visually displayed, and a user can visually check and compare data in combination with a terminal and the like.

The invention provides a data processing method of an energy storage system, electronic equipment and a storage medium. The data processing method of the energy storage system comprises the steps that a plurality of preset first display controls are displayed, and each energy storage assembly in the energy storage system is associated with one first display control; determining a selected target display control from the plurality of first display controls; in the plurality of energy storage components, determining a target energy storage component associated with the target display control; acquiring operation data of the target energy storage component, and taking the operation data as target operation data; the target page is displayed, and the target page is generated based on the target operation data. According to the method and the device, the plurality of first display controls are displayed for selection, and the corresponding page is displayed based on the operation data of the energy storage component associated with the selected first display controls, so that a user can view related data more intuitively, the operation is more convenient, and the monitoring and management efficiency of the energy storage system is improved.

The invention provides a leukemia gene mutation detection method based on next-generation sequencing transcriptome data, which adopts a next-generation sequencing technology to carry out mutation gene detection on leukemia transcriptome data, and provides an SNV and INDEL detection process based on the transcriptome data so as to improve the positive predicted value of detection. And technical support is provided for precise diagnosis and treatment of leukemia.

The invention provides a visualization processing method, system and device for a three-dimensional model of a ship structure and a medium. The method comprises the steps that the three-dimensional model of the ship structure is converted into an RVM format file; analyzing the RVM format file to obtain a GLTF format file; and loading the GLTF format file into a browser according to a received viewing instruction so as to display the GLTF format file through the browser. According to the method, the ship structure three-dimensional model of the RVM format file is analyzed into the GLTF format file, and when the viewing instruction of the user is received, the GLTF format file is loaded into the browser, so that the GLTF format file is displayed through the browser; the three-dimensional model of the ship structure can display the layout and details of the ship body structure in a visual and vivid mode, a user can more easily understand the complex structure of the ship body, the user can visually and rapidly check the three-dimensional model of the ship body structure, and misunderstanding and mistakes are avoided.

The utility model discloses a diabetes risk assessment chuck structure, and relates to the technical field of diabetes mellitus, the diabetes risk assessment chuck structure comprises a fixed disc, the fixed disc is internally provided with a chute, the inner side of the chute is movably provided with an index card, the lower end of the index card is fixedly provided with an adsorption block, and the lower end of the fixed disc is fixedly provided with a magnetic block. One end of the index card is fixedly provided with a name plate; the four index cards are arranged and can penetrate through the fixed disc to slide, numerical values and corresponding risk scores of fasting blood glucose, postprandial blood glucose, glycosylated hemoglobin and urine glucose are recorded respectively, after a user completes measurement, the positions of the corresponding numerical values are adjusted to the fixed disc, then the sum of the four scores in the fixed disc is calculated, and the risk of the user is determined. The diabetes risk assessment device is further provided with an assessment disk, risk assessment intervals and corresponding color evaluations are recorded on the assessment disk, and a user can find the colors of the corresponding intervals according to the risk scores, so that the diabetes risk assessment result can be viewed more visually.

The present invention provides a flight trajectory video generation method, electronic device and storage medium, the method comprising: obtaining a departure location identifier and an arrival location identifier corresponding to a target flight; drawing a flight trajectory curve of an aircraft corresponding to the target flight; determining a moving trajectory point on the flight trajectory curve; integrating map tile image information and the flight trajectory curve onto a map display platform; establishing an association relationship between a target viewport and a moving trajectory point; integrating the target image information onto the map display platform; and generating a moving trajectory video of the moving trajectory point on the flight trajectory curve. The present invention generates a historical flight trajectory curve of a target flight according to a target flight order completed by a user, and integrates the flight trajectory curve with the map display platform, so that the user can intuitively view the flight trajectory video on the map display platform.

The present disclosure relates to a document image processing method, device, medium, equipment and model training method. The processing method comprises: performing image segmentation on the document image through a hue saturation value color model to generate a three-channel space image, filtering a background area of the document image to generate a binary edge image, splicing and fusing the three-channel space image and the binary edge image to generate target input data, performing flip recognition on the target input data according to an image flip recognition model, determining a target flip category of the document image, and performing reverse flip on the document image according to the target flip category to obtain a target image. Thus, the text features in the document image are recognized through the image flip recognition model, and the document image is flipped according to the flip angle, so that the uploaded document image is not disturbed by the shooting angle, and the user can intuitively view the information in the document image.

The present invention discloses a sensor layout design method and system for a vector model, the method comprising: acquiring sensor data from a pre-established sensor database; performing sensor layout design in a three-dimensional environment based on the acquired sensor data, generating a three-dimensional simplified graphic of the sensor in a three-dimensional test model, wherein a sensor patch installer can interpret the installation position, installation direction and sensor brand of the sensor through the three-dimensional simplified graphic; after completing the installation of the sensor, checking the sensor number and installation position in response to an inspection instruction; after completing the installation of the sensor, performing statistics on the installation status of the sensor in response to a statistical instruction, displaying the installation status in the three-dimensional test model or generating a statistical report.

The utility model relates to the field of medical instruments, and provides a simple and detachable bed indicating device which comprises a main body box provided with an observation opening; the conveying unit comprises an annular belt and a driving part, the annular belt is rotationally arranged in the main body box, the driving part is arranged outside the main body box, and a plurality of connecting areas are arranged on the surface of the annular belt; the driving piece is arranged to be capable of driving the annular belt to rotate so that the multiple connecting areas can be sequentially and circularly aligned with the observation opening. The simple and detachable bed indicating device has the advantages of being compact in structure and easy and convenient to operate, nursing information of different types can be rapidly displayed and replaced through the design that the annular belt and the rotary knob are adopted, and various series of information cards are pasted to the card pasting groove. The rotary knob is rotated according to the condition of the patient, and the information is rotated to the observation opening through the annular belt, so that medical staff can conveniently check the information at any time.

The application provides a log viewing method, device, equipment and storage medium. The application comprises the following steps: obtaining a log of a Spark driver program end, the log comprising standard output data, standard error output data and other data, wherein the Spark driver program end is a Driver program of Spark in a Cluster mode; sending the standard output data in the log to Kafka through a first thread and a first byte stream in a console; sending the standard error output data in the log to Kafka through a second thread and a second byte stream in the console; sending the other data in the log to Kafka through a Java log framework; receiving a log collection instruction; and determining and displaying target display log content from Kafka according to the log collection instruction. The method of the application can collect logs and display target display log content in the logs on a page when the Driver program of Spark is in the Cluster mode, so that the logs can be intuitively and conveniently viewed.

The embodiment of the invention provides a data processing method and device, equipment, a storage medium and a program product. The method comprises the following steps: receiving in-vehicle environment data collected by an average thermal sensation index (PMV) measuring device; acquiring a human body metabolic rate and clothing thermal resistance set for the current test; according to the in-vehicle environment data, the human body metabolic rate and the clothes thermal resistance, determining a corresponding PMV value; the PMV value and the in-vehicle environment data are displayed, the in-vehicle environment factors and the user factors are considered, the accurate PMV value can be obtained, the two parameters of the human body metabolic rate and the clothes thermal resistance are adjusted according to the test requirements, different parameters are set for different users, the test requirements of different scenes are met, and the test efficiency is improved. And finally, the data is displayed, so that a tester can more intuitively display the data.

The present invention relates to the technical field of motor fault diagnosis, specifically to an online motor monitoring and fault diagnosis system based on the Internet of Things, including a three-dimensional visualization unit, a first feature extraction unit, a second feature extraction unit, a fault diagnosis unit and a data analysis unit, and also includes: a three-dimensional modeling unit, the three-dimensional modeling unit is used to perform geometric modeling on multiple target motors in a target device through three-dimensional modeling technology to obtain multiple target motor geometric models, and to perform texture rendering on the multiple target motor geometric models to obtain multiple target motor three-dimensional models, and to integrate the multiple target motor three-dimensional models according to the actual positions of the target motors in the target device to obtain a scene model of the target device. The present invention uses three-dimensional modeling and texture rendering technology through the three-dimensional modeling unit to truly and intuitively display the geometric structure of the target device and its internal motor.

The utility model relates to a bilingual medical dissecting teaching demonstration board based on AR technology, and technical scheme main points are: including: board body and a plurality of organ module, be provided with corresponding positioning base with a plurality of organ module on the board body, a plurality of organ module can be detachably arranged on the positioning base, be provided with AR identification code on the organ module, be provided with the term display module that corresponds one to one with a plurality of organ module on the board body, the application is convenient for the intuitive view of student's construction of human body in medical teaching and carries out learning, realizes the dynamic display of dissecting hierarchical structure and its corresponding professional english term.