71results about How to "Improve inspection efficiency" patented technology

The utility model discloses a device for checking the position of a positioning nut of a communication type standard cabinet, which comprises a panel, the panel is matched with the length and width of an internal upright post of the standard cabinet, the panel is provided with an adjusting port, a plurality of templates are arranged in the adjusting port, the middle of each template is provided with a checking hole, and the templates are provided with conducting strips at the two sides of the checking hole. One end of each conducting strip is bent and extends to the outer side of the inspection hole, the outer side face of each template is provided with an LED lamp which is turned on after being powered on, and one side of each template is provided with a locking mechanism. According to the utility model, the structure is simple, after the panel is close to the stand column, the corresponding positioning thread can be inserted into the detection hole, the center of the panel is in contact with the conducting strips on the two sides, the LED lamp is turned on through the conductivity of the positioning nut, and after deviation occurs, the positioning nut only contacts with the conducting strip on one side, so that the LED lamp cannot be turned on; therefore, whether the offset condition exists can be clearly known, and the detection efficiency is improved.

The utility model discloses a chip rapid detection device, including chip tray disc conveying assembly, be provided with chip tray disc on the chip tray disc conveying assembly, be provided with detection station on the chip tray disc conveying assembly, be provided with jacking control assembly at detection station department on the chip tray disc conveying assembly, one side of chip tray disc conveying assembly is provided with auxiliary installation component, be provided with horizontal movement control component on the auxiliary installation component, the output of horizontal movement control component is provided with moving assembly, be provided with detection component on moving assembly. The utility model has the beneficial effects that, the chip rapid detection device of this technical scheme, clever structure design, the practicality is stronger, and stable operation, use this chip rapid detection device, replaced the manual chip rapid inspection, effectively improved the inspection efficiency of chip, effectively shortened the inspection period of chip.

This invention relates to the field of data verification technology, and particularly to a method, apparatus, device, and storage medium for rapid geometric verification of hyperspectral data. The method includes: acquiring a high-resolution visible light area array image and preprocessing it to obtain a visible light orthorectified image; acquiring a raw hyperspectral image and performing coarse geometric correction to obtain a coarsely geometrically corrected hyperspectral orthorectified image; performing feature extraction and matching processing on the two images obtained above, constructing a large number of pseudo-control points based on the matching results to obtain a set of point pairs including geographic coordinates; calculating the true scan vector of each scanned pixel in the coordinates of a digital land model, and calculating the corresponding geographic coordinates; constructing a cost function based on the set of point pairs and the calculated geographic coordinates; and iteratively solving the hyperspectral geometric verification parameters with the goal of minimizing the cost function to perform geometric correction on the raw hyperspectral image. The method disclosed in this application can significantly improve the efficiency of geometric verification and reduce the verification cost.

This utility model discloses an anti-loosening screw inspection and sorting device, including a main body of equipment, a bearing component installed inside the main body of equipment, a transmission component installed at the bottom of the bearing component, a screening component installed at the top of the main body of equipment, and a cleaning component installed inside the main body of equipment. The bearing component includes a first rotating shaft rotatably connected inside the main body of equipment, a transparent panel coaxially fixedly connected to the top of the first rotating shaft, a plurality of circular grooves equally spaced on the top of the transparent panel, springs fixedly connected to the inner walls of the plurality of circular grooves, and first panels fixedly connected to the tops of the plurality of springs. The plurality of first panels are slidably disposed on the inner walls of the circular grooves. This utility model can realize the autonomous rotation of anti-loosening screws, improve inspection efficiency, and at the same time avoid scratching the surface of the transparent panel during sorting.

The utility model discloses a kind of compressor identification detection structure and breast machine for breast machine.The described compressor identification detection structure includes photoelectric detection module and compressor, the photoelectric detection module is installed in the installation port, the compressor is provided with the lead-in seat compatible with the installation port, the lead-in seat is provided with locking module and detection identification board, the locking module is locked in the installation port when the lead-in seat is inserted into the installation port, the detection identification board is detected by the photoelectric detection module when the lead-in seat is inserted into the installation port;Breast machine includes breast machine host, the breast machine host is provided with riser and bearing table, the bearing table is located below the riser, the riser is provided with installation port, the installation port is provided with the described identification detection structure, and the breast machine host is electrically connected with remote control system. The utility model is applied to the technical field of breast machine.

This invention discloses an economically viable intelligent photovoltaic system, comprising: a system design module for designing and optimizing the photovoltaic system; an equipment and data traceability module for real-time monitoring and data collection, forming an information network based on the correlation of the collected data; an inspection and scheduling module for automatically planning and scheduling inspection tasks based on real-time monitoring and collected data; a fault early warning module for analyzing equipment anomalies based on real-time monitoring and collected data and providing early warnings for such anomalies; and a fault self-healing module for rapidly repairing faults detected by the fault early warning module. This achieves an intelligent inspection, early warning, and self-healing mechanism, reducing costs and improving economic efficiency.

The invention provides an unmanned aerial vehicle routing inspection method and system based on semantic guidance and an asset value cost graph, and the method comprises the steps: reasoning a possible distribution region of a target when the target is not directly observed through analyzing the structure law of semantic information, such as an equipment number, a function partition identifier and the like, in a transformer substation; generating a confidence map to guide the unmanned aerial vehicle to efficiently inspect; constructing a semantic cost graph fusing the static asset value and the dynamic operation risk, and quantifying potential loss of different regions when collision or falling occurs; according to the real-time health state of the unmanned aerial vehicle, semantic guidance is emphasized during normal inspection through a dual-guidance function fusion and switching mechanism, and the unmanned aerial vehicle is automatically switched to asset value cost minimization guidance in an abnormal or emergency state to realize safe disposal; the system adopts a framework of semantic reasoning, cost evaluation and flight control module decoupling, and guidance intelligence and control reliability are ensured. According to the invention, the inspection blindness of the unmanned aerial vehicle is obviously reduced, and the abnormality handling risk is reduced.

This utility model relates to the field of sample transfer technology, specifically disclosing a sample rack, which includes a base and several support frames. The base has several mounting slots spaced apart along a first direction; each support frame corresponds to one of the mounting slots, and the support frames can be placed in or removed from the mounting slots; each support frame has several receiving slots spaced apart along a second direction, in which several sample tubes are placed. When inspecting samples, one support frame can be removed to observe the sample tubes within, improving inspection efficiency. Furthermore, compared to the sample tubes themselves, the support frame is easier to place and remove, reducing the risk of tubes falling and improving the safety of sample condition inspection.

The utility model provides a kind of long-term service performance inspection device of pile body, belong to building construction quality detection technical field, a kind of long-term service performance inspection device of pile body, including base, base is connected support frame, support frame is connected to horizontal shift unit, horizontal shift unit is driven by driving unit connected on support frame;The bottom of horizontal shift unit is connected to press unit, the press end of press unit is connected to rolling unit, and rolling unit bottom is pressed on pile foundation, and pile foundation is arranged on base.The utility model can realize the stress generated when simulating pile foundation in bridge etc. position vehicle passes by by horizontal shift unit, and the material performance of more reaction pile foundation real.

This utility model discloses an inspection robot suitable for centralized parking areas of electric bicycles, specifically relating to the field of electric bicycle inspection equipment. It includes a base plate, with a fence fixedly connected to the upper part of the base plate. A bracket is fixedly connected to the upper side of the fence, and three electric slide rails are connected to the lower side of the brackets. The inspection robot is slidably connected to the lower side of the middle electric slide rail, and fire-fighting components are slidably connected to the lower sides of the two side electric slide rails. This utility model's inspection robot, suitable for centralized parking areas of electric bicycles, can move back and forth on the upper side of the bicycle shed to monitor for illegal charging and fires, replacing manual inspections and achieving 24 / 7 intelligent monitoring. The designed fire-fighting components can provide early warning when the inspection robot detects hidden hazards such as battery overheating or aging wiring, and move a fire extinguisher to the fire point to extinguish it, preventing a small fire from escalating into a major disaster.

The application discloses a kind of network unmanned aerial vehicle inspection achievement automatic back transmission and defect identification method, it is related to power distribution network inspection technical field.The purpose is to solve the problems of low efficiency, fault response lag, data transmission without security and defect identification relying on artificial in traditional manual inspection.The method comprises: unmanned vehicle carries unmanned aerial vehicle and hangar drives to parking point, unmanned aerial vehicle takes off and carries out inspection and collects achievement data;After unmanned aerial vehicle returns, unmanned aerial vehicle platform processes and transmits achievement data to unmanned aerial vehicle management platform;Management platform uses AI image recognition technology to identify defects in data, generates identification results;Finally, management platform synchronizes identification results to power grid digital brain platform, and is associated with equipment operating state storage.The application realizes the full-process automation and intelligentization of distribution network inspection, greatly improves the inspection efficiency and the accuracy of data processing, optimizes the fault response mechanism, and provides strong support for the intelligent operation and maintenance of distribution network line.

The application relates to the technical field of artificial intelligence, and provides a crop growth monitoring system based on artificial intelligence, which comprises the following steps: establishing a unique identifier for each plot, recording and maintaining plot boundary, crop type, sowing date and historical yield information, and organizing adjacent plots into a continuous plot set; based on a pre-trained growth identification basic model, performing growth grade identification on collected plot images, and performing lightweight parameter correction under the constraint of local samples to obtain the growth index of each plot; splicing the growth index of each plot into a growth trajectory in chronological order, calculating a risk index representing the severity of potential problems and an uncertainty index representing the degree of insufficient monitoring; according to the risk index and the uncertainty index, combining the operation time window, the traffic condition and the operation capacity, performing priority sorting and generating a patrol route queue; and outputting a scheduling suggestion for a target plot according to the route queue and the growth trajectory.

This utility model discloses an inspection device for the production of magnetic chucks, relating to the field of magnetic force testing technology. The utility model includes an inspection table with a placement frame fixedly mounted on its top. The placement frame has a placement area and a clamping assembly for holding the magnetic chuck in the placement area. Two sliding rods are fixedly mounted on the placement frame relative to the placement area, and sliding plates are sleeved and slidably mounted on the two sliding rods. An adsorption block is located at the bottom of the sliding plate opposite the placement area. A fixed frame is fixedly mounted on the inspection table, and a lifting plate is slidably mounted on the fixed frame. A cylinder for driving the lifting plate is mounted on the fixed frame, and a tension sensor is fixedly mounted on the lifting plate. A connecting rod is fixedly mounted between the test end of the tension sensor and the sliding plate. A controller is located on the inspection table. This utility model accurately measures the adsorption force using a tension sensor. It has a simple structure, is easy to operate, and can effectively detect the adsorption performance of magnetic chucks, improving inspection efficiency and accuracy.

The application discloses a hilly and mountainous natural rubber plantation intelligent inspection method and device, relates to the technical field of forestry and agricultural intelligence equipment, and solves the problems of low artificial inspection efficiency of the existing rubber plantation and insufficient unmanned aerial vehicle under-forest monitoring. The device is based on a four-legged walking platform, integrates a navigation module, a data acquisition module and a pest condition detection module; the method generates an inspection route and a tree body database, fuses positioning walking, RGB preliminary screening-high spectrum accurate detection, multi-source data fusion to obtain a comprehensive risk value, divides levels and generates a report. The device can adapt to a 25-35 degree slope, the positioning error is less than or equal to 5 cm, accurate identification of diseases and insect pests and quantitative monitoring of insect conditions are realized, autonomous return is supported, and the inspection efficiency and accuracy are improved.

This invention provides an emergency response system, method, and medium for urban storage tanks based on a large-scale Internet of Things (IoT) model, relating to the field of urban storage tank emergency response. The method includes: acquiring the operating status of the storage tank at a first preset time; determining a state change value of the storage tank based on the operating status; in response to the state change value satisfying a first preset condition: acquiring storage tank monitoring data, and determining emergency control parameters based on the monitoring data, the emergency control parameters including the water mist spraying speed of a cooling device; and controlling the cooling device to spray water mist onto the outer wall of the storage tank based on the emergency control parameters. This method can promptly trigger an emergency mechanism in the early stages of an anomaly; and by using patrol robots to replace manual inspections of the area where the storage tank is located, while simultaneously collecting data in real time, it can improve inspection efficiency, the accuracy of safety warnings, and reduce the safety risks of the storage tank.

This invention discloses a method for synchronous data acquisition from multiple Bluetooth gauges, addressing the technical problems of low data acquisition efficiency and insufficient automation in existing technologies. It belongs to the field of production inspection data acquisition and information technology. The invention includes multiple Bluetooth gauges, a smart terminal, and a Manufacturing Execution System (MES). The smart terminal has a built-in data acquisition app. The Bluetooth gauges are responsible for performing measurements and uploading measurement data to the data acquisition app. The data acquisition app enables unified management of the Bluetooth gauges and processing of measurement data. The MES system is used to receive, store, parse, and manage the inspection measurement data.

This method for managing competition platforms based on collaborative code hosting platforms includes the joint collaboration between the regular competition platform user system and the code hosting platform user system, as well as the creation and permission management of code hosting platform repositories. The joint collaboration between the regular competition platform user system and the code hosting platform user system includes: S1. Accessing the code hosting platform user system, including two basic operations: user registration and user login and binding; S2. Processing existing users. The code hosting platform repository creation and permission management includes: maintaining the code hosting platform repository permission list; submitting competition code from the code hosting platform repository address; and managing read permissions and open-source permissions. This method can simultaneously improve the efficiency of participating users, expert judges, and platform administrators, which is of great significance for promoting the vigorous development of online scientific research competitions.

The utility model discloses a CCS electric core connecting system product inspection equipment, include: organism, set up on the organism be used for to the transmission of CCS electric core connecting system product's conveying mechanism, set up on the organism be used for to the detection of CCS electric core connecting system product that conveying mechanism is transported to detection station's detection mechanism, detection mechanism includes the imaging device, scanning device and height sensor subassembly for to the imaging, coding scanning identification and the height identification detection of CCS electric core connecting system product that lies in the detection station's CCS electric core connecting system product, the CCS electric core connecting system product inspection equipment disclosed in this application has simple structure, and can semi -automatic realization to the quality inspection of CCS electric core connecting system product, and then reduced the work intensity of staff, and improved the inspection efficiency of CCS electric core connecting system product.

The application discloses a kind of based on three-dimensional voxelization map small unmanned aerial vehicle fine inspection path planning method, system, setting and medium, it is related to unmanned aerial vehicle control technical field, the method includes: S1: three-dimensional voxelization modeling is carried out to inspection object and environment, and safety inflation processing is carried out to obstacle;S2: the original inspection view point set is clustered and clustered, and the view point in clustering cluster is sorted according to S type path order;S3: the three-dimensional A* algorithm of optimization is used to generate collision-free polyline path;S4: the line path generated in step S3 is smoothed using line-of-sight algorithm, removes redundant node, generates smooth flight trajectory;S5: the path point after smoothing is converted from local model coordinates to WGS84 latitude and longitude coordinates using decoupling fitting strategy based on control point, generates the GPS waypoint sequence executable by unmanned aerial vehicle.The method provided by the application can solve the problems of unsafe path planning during inspection, low inspection point traversal efficiency, non-smooth flight path and the like in the prior art.

This application provides a method, apparatus, electronic device, and storage medium for scene resource visibility processing, relating to the field of computer technology. The method includes: acquiring a bounding sphere corresponding to a target virtual model in a target 3D scene and a list of occlusion models corresponding to the target virtual model; sampling the target virtual model based on the bounding sphere to determine multiple first-type sampling points located on the target virtual model; determining the number of visible first-type sampling points from the multiple first-type sampling points according to the multiple first-type sampling points and the occlusion model list, and determining the visibility of the target virtual model based on the number, thereby achieving automated inspection of the occlusion status of the target virtual model in a 3D scene and improving inspection efficiency; furthermore, since the inspection is performed on multiple first-type sampling points uniformly sampled from the target virtual model based on the bounding sphere, the accuracy of the inspection results can be improved.

This invention provides a method, apparatus, and device for inspecting parking space detection devices. The method includes: upon detecting a target vehicle entering a target location, determining a guide parking space for the target vehicle based on at least one parking space corresponding to a first identifier within the target location, wherein the first identifier indicates that the parking space is vacant; if it is determined that the target vehicle did not park in the guide parking space, updating the number of times the guide vehicle was not parked in the guide parking space, wherein the number of times the vehicle guided to the guide parking space did not park there; determining a false alarm value corresponding to the guide parking space based on the updated number of times the guide vehicle was not parked in the guide parking space; and determining the inspection result of the parking space detection device for the guide parking space based on the false alarm value. This invention enables rapid inspection of parking space detection devices.

This application relates to the field of robot control, and in particular to an adaptive control method and system for an intelligent inspection robot. The method includes real-time acquisition of inspection environment data through a sensor fusion structure comprising a lidar, infrared thermal imager, vibration sensor, and voiceprint recognition module; fusion processing of sensor data using an improved Kalman filter algorithm integrated with a deviation repair model algorithm to generate a dynamic 3D environment map and detect abnormal equipment sounds; adjustment of the robot's wheeled compound drive torque distribution by constructing a variable parameter control model suitable for slope scenarios based on an inertial displacement compensation algorithm and a dynamic friction coefficient estimator; and execution of local real-time obstacle avoidance and cloud-based equipment health prediction through an edge-cloud collaborative decision-making system, and dynamic optimization of the inspection path based on a digital twin model. The control system includes a sensor fusion module, a data fusion and localization module, a motion control module, an edge-cloud collaborative decision-making module, and an intelligent path planning engine. This application achieves the effects of more accurate data acquisition, better robot adaptation to complex environments, and improved decision-making and path planning capabilities.

This utility model belongs to the field of fire protection equipment technology, specifically a mechanical fire hydrant water pressure abnormality warning device, including a warning device housing; a siphon pipe is connected to one side of the warning device housing, and a support column is fixedly connected between the top and bottom of the inner wall of the warning device housing. A piston plate is slidably connected to the surface of the support column, and a return spring is sleeved on the surface of the support column. When water enters the warning device housing through the piston plate, the water will cause the piston plate to float. When the water pressure is greater than the threshold, the piston plate moves upward, thereby causing the sliding insulating light rod and the trigger conductive block to move away from the conductive plug block, the circuit is broken, and the warning light goes out. When the water pressure is less than the threshold, the return spring causes the piston plate to move downward, the trigger conductive block moves into the conductive plug block, the circuit is connected, and the warning light illuminates. The overall structure is simple and easy to install, thereby improving the efficiency of inspection.

This invention relates to the field of unmanned aerial vehicle (UAV) inspection technology, specifically to an augmented reality-based UAV inspection platform and method for airport airspace. The platform comprises interconnected server modules, a GIS engine module, a UAV module, a flight control and interaction module, a data interface module, a business management module, and a UAV application module. By utilizing augmented reality technology to provide intuitive information overlay and precise guidance for UAV inspections, it achieves efficient and comprehensive inspection of airport airspace and possesses the ability to proactively handle intrusion targets such as unauthorized UAVs. This effectively solves the problems of low efficiency and incomplete coverage in traditional manual inspections, insufficient accuracy and poor real-time performance of remote sensing monitoring methods, high costs of long-term periodic updates, and passive defense against intrusion targets such as unauthorized UAVs.

This invention discloses an autonomous navigation and obstacle-crossing inspection robot for high-voltage transmission lines, comprising front and rear fixed arms, a middle movable arm, an adjustable center of gravity frame, and a control box. The adjustable center of gravity frame provides the supporting foundation for all structures of the robot. The front and rear fixed arms are used to monitor and identify obstacles on the line and to grip the line for movement. The middle movable arm, located between the front and rear fixed arms, grips the line and drives the robot to slide over obstacles. The control box, located at the lower end of the middle movable arm, moves with the sliding motion of the arm, providing power and control for the robot, and communicating with a ground-based control computer via a built-in data communication exchange. This invention features a compact overall structure, enabling accurate identification and autonomous crossing of complex line obstacles with a high success rate. It adapts to various line obstacle scenarios, solving the problems of weak obstacle-crossing ability and poor adaptability of traditional inspection robots, and significantly improving inspection efficiency.

The application discloses a coal mine railway inspection early warning method and system based on rail surface and flaw detection cooperation, collects images containing rail surface and structured light band, and preliminarily divides the rail surface region and the light band region; the binary method is used to calculate the pixel-level accurate position of the light band center in the segmented light band region, so as to realize dynamic detection of the light band deviation; the block defect detection is carried out based on the rail surface region, and the severity of the block is automatically and quantitatively graded according to the shadow rate and length continuity characteristics of the block; the surface defect information fusion and risk area identification are carried out based on the dynamic deviation detection result and the severity of the block; the area needing to be checked is determined according to the severity grading result of the block; and the flaw detection system is cooperatively controlled to strengthen the monitoring of the corresponding section based on the potential high-stress risk area and / or the area needing to be checked, so that the accurate guidance and prospective inspection early warning of the internal damage detection of the surface defect are realized.

This application relates to a drone-nested power distribution application system and method based on power grid drone inspection, comprising an automatic drone nesting unit, a drone swarm, an edge computing unit, a collaborative scheduling unit, and an intelligent application unit. Each unit is connected to the dedicated power grid via a dual-link redundant transmission through a 5G network. The automatic drone nesting unit provides the drone swarm with automatic take-off and landing, intelligent power replenishment, and environmental adaptive protection. The drone swarm is equipped with multimodal sensors to collect images of distribution network equipment and environmental data. The edge computing unit, integrated within the drone nesting unit, performs multimodal data fusion, defect identification, and online incremental algorithm updates. The collaborative scheduling unit, based on a digital twin model of the distribution network, achieves unified scheduling, spatiotemporal isolation, and emergency response for multiple drones and tasks. The intelligent application unit seamlessly integrates with the power grid management platform to achieve task distribution and closed-loop processing of work orders. This application significantly improves inspection efficiency and defect identification accuracy while reducing operation and maintenance costs.

The application provides an automatic landing method for a power inspection unmanned aerial vehicle in a landing stage, and the main design includes or is based on: 1, a landing gear structure design based on multiple sensors; 2, a judgment logic considering multiple ground contact conditions; 3, an automatic landing method for the power inspection unmanned aerial vehicle in the landing stage, which comprises landing area judgment and landing process sensing, that is, a complete landing detection scheme is provided in the landing-ground contact stage of the power inspection unmanned aerial vehicle, the ground sensor and the unmanned aerial vehicle antenna are integrated on the landing gear, the load of the machine body is reduced, the design complexity is reduced, the design cost and time of the machine body of the unmanned aerial vehicle are reduced, the safety of the unmanned aerial vehicle in the landing-ground contact stage is improved, the cost of the machine body of the unmanned aerial vehicle is reduced, and the inspection efficiency of the unmanned aerial vehicle is improved.

The utility model discloses a test tube shakes even and sorting device, including shake even mechanism and sorting mechanism, shake even mechanism is including bottom plate, is equipped with blanking passageway on the bottom plate, is equipped with swing frame above blanking passageway, is equipped with first rotation roller and second rotation roller rotation on swing frame, second rotation roller is still with swing frame sliding connection and is opposite to open and shut swing between first rotation roller, sorting mechanism includes conveying assembly, and the feed end of conveying assembly is connected with blanking passageway, and the top of conveying assembly is equipped with the component of shoveling, and the below is equipped with a plurality of sorting bin, and the component of shoveling sends test tube into corresponding sorting bin in. The utility model sets up and drives test tube whole swing swing frame swing, and the first rotation roller and second rotation roller on swing frame rotate and drive test tube to rotate around its axle center, and the superposition of above -mentioned two actions makes that blood sample in test tube and the reagent of reservation mix more evenly, improves the accuracy of subsequent inspection result.