46results about How to "Realize inspection" patented technology

The present invention provides a fake plate vehicle identification and inspection system and method based on a vehicle-borne RFID tag and a dual-frequency information collection base station. The RF/video collection base station in a road in the system collects the RFID electronic tag number, the vehicle plate number, the vehicle color, the vehicle photo and other information of a running vehicle in the road and sends the information to a background database system in real time through a network, then the database compares whether the RFID electronic tag number, the vehicle plate number and the vehicle color are consistent with a database record or not, if not, the vehicle is identified as a vehicle with a fake plate, and the information of the vehicle plate number, the vehicle color, a vehicle model, the vehicle photo and the like are sent to nearby traffic police on duty to stop the vehicle. According to the system and the method, an RFID electronic tag is collected through the radio frequency technology, the vehicle plate number and the vehicle color are identified through the radio frequency identification technology, the real-time background comparison and warning information sending are carried out, and the real-time and accurate inspection of a vehicle with a fake plate can be realized.

The invention discloses an intelligent water pump system based on the Internet of Things, which includes a centrifugal pump, a motor, an intelligent control device, a remote server, and a mobile terminal. The centrifugal pump includes a casing, an impeller, a shaft, a coupling, and a bearing. The control device includes PLC controller, frequency converter, sensor, 4G communication module and iBeacon Bluetooth module. The technical scheme of the intelligent water pump system based on the Internet of Things of the present invention can realize remote monitoring and intelligent management of the water pump through the remote server by integrating the centrifugal pump, motor, intelligent control device, remote server and mobile terminal, and at the same time, combined with the mobile terminal, Realize on-site management and inspection of water pumps.

The invention discloses power line patrol equipment which comprises an unmanned aerial vehicle and a monitoring device arranged on the unmanned aerial vehicle. The monitoring device comprises a power transmission line data acquisition unit, a positioning navigation unit, a first communication unit and a controller. According to the power line patrol equipment disclosed by the invention, the unmanned aerial vehicle is positioned by the positioning navigation unit, the unmanned aerial vehicle flies along a power transmission line, the power transmission line data acquisition unit arranged on the unmanned aerial vehicle acquires power transmission line monitoring data, and the acquired power transmission line monitoring data is transmitted to the monitoring device on the ground by the first communication unit, so that routing inspection on the power transmission line is implemented.

The invention relates to a visualized remote operation platform of UAV tour inspection, and belongs to the technical field of power tour inspection. A navigation module, a communication control module, a display module and a data storage module realize the visualized remote operation platform of UAV tour inspection based on full domain and full connection; the navigation module realizes a coordinate system and projection transformation; the communication control module realizes real-time interaction between a UAV and the operation platform; the display module displays information including images and videos shot by the UAV, and realizes data visualization; and the data storage module stores UAV tour inspection task data, UAV flight data, environment information data, video data, pictures and the like. Thus, UAV tour inspection and trajectory display are realized, quasi-data of tour inspection is received, and an analysis result is displayed in a holographic way; and the tour inspectionefficiency can be improved effectively, and the difficulty of manual fault identification is reduced.

The invention relates to a cableway traction inspection robot system, which includes a cableway traction motion system, a robot body and a remote control management system. The cableway traction motion system includes a power system module, a fixed module, a guide cable, an encoder module, a tension And tension adjustment module, turning guide module, charging, cache module; the robot body includes shell, guide module, charging module, top support module, control arm module, pan-tilt module, camera module, lighting module, control board, image transmission modules and batteries. This robot can be used in power tunnels, urban comprehensive pipe corridors, industrial sites, agricultural sites, and civil sites to conduct all-round detection, photography, and shooting of the on-site environment for equipment inspections, safety inspections, etc. It can also be used in factory areas , Plant environmental management and safety management and other occasions. It is a modular, easy to disassemble, convenient maintenance, stable operation, safe and reliable inspection robot.

The embodiment of the invention is suitable for the technical field of transportation, and provides a vehicle passage management method, a server and a vehicle passage management system. The method comprises the following steps: receiving vehicle positioning information collected by a vehicle-mounted terminal; according to the positioning information, identifying a driving path of the vehicle on atarget road; calculating the toll of the vehicle on the target road according to the driving path; and checking the driving path of the vehicle according to the toll. According to the embodiment of the invention, the method can achieve the recognition of the driving path and mileage of the vehicle based on the positioning technology, employs a mode of vehicle terminal positioning and cloud charging to collect the vehicle toll, and achieves the precise charging of the vehicle according to an actual driving road segment. And meanwhile, in combination with the automatic detection of the vehicleposition, the inspection and supervision of the fee evasion vehicle are realized, and the manpower and material resource cost required for establishing the supervision system is reduced.

The invention discloses an electric vehicle management and control system based on radio frequency identification and intelligent video technology. The system comprises a radio frequency tag, a fixed radio frequency reader-writer and an image and video acquisition device, wherein the radio frequency tag is arranged on an electric vehicle and is used for storing the related information of the electric vehicle, the fixed radio frequency reader-writer is arranged at a designated road position and reads information stored in the radio frequency tag when the electric vehicle passes by, the image and video acquisition device is corresponding to the fixed radio frequency reader-writer, the radio frequency reader-writer and the image and video acquisition device are both connected with a background server. The management and control system is based on the RFID (radio frequency identification) and intelligent video technology, acquires the related information, location information and video image of electric vehicles in real time so as to form the trajectory library and video image database of each electric vehicle, and realizes efficient management and control on the electric vehicles through the comprehensive evaluation analysis of the data of the electric vehicles, thereby improving the level of social security management.

The invention discloses a shaft inspection system and a steel wire rope movement device thereof. The steel wire rope movement device comprises steel wire rope movement tracks and a movement mechanism;the movement mechanism comprises a shell, a driving motor and several movement idler wheels; the shell is provided with a steel wire rope locking mechanism; the movement idler wheels comprise a driving idler wheel and driven idler wheels; each movement idler wheel is positioned and supported through one idler wheel shaft; a motor base of the driving motor is fixedly installed on the shell, and the power output end of the driving motor is connected with the idler wheel shaft for supporting the driving idler wheel through a speed reducer; the driving idler wheel can drive all the driven idler wheels to move along the steel wire rope movement tracks under power drive of the driving motor. It can be seen that by means of the shaft inspection system, while a shaft inspection robot conducts inspection on the longitudinal direction of a shaft along a steel wire rope, the steel wire rope can move in the circumferential direction of the shaft wall, and thus the problem that a mine monitoring network constituted by the inspection robot cannot cover the interior of the shaft is solved.

The invention discloses an automatic patrol inspection method for a networked electric power and electric grid line. The method comprises the specific operation steps as follows: S1: setting a patrolinspection start point, a patrol inspection end point and patrol inspection nodes; S2: transporting a patrol inspection UAV (unmanned aerial vehicle) to the patrol inspection start point, and startingthe patrol inspection according to the patrol inspection nodes; S3: reading and writing information of RFID tags on the patrol inspection nodes through a RFID reader; S4: the patrol inspection UAV completes the patrol inspection when the patrol inspection UAV moves to the patrol inspection end point along the patrol inspection nodes, and the patrol inspection UAV is recycled. According to the invention, by pre-installing the RFID tags on an electric tower, the distinction of electric grid lines is facilitated, thereby realizing the cooperation of different regions and different times, realizing the overall patrol inspection of the entire electric grid line, and greatly improving the patrol inspection process of the electric grid line; the patrol inspection UAV is utilized to send real-time positioning information during a patrol inspection process, so that an abnormal line position can be accurately located, the quick locating and seeking of abnormal points for maintenance personnel are facilitated by referring to the positioning information, and the time of line troubleshooting is saved.

The invention discloses a GIS ultrahigh frequency partial discharge online monitoring system, and relates to the technical field of discharge detection devices. The system comprises an ultrahigh frequency sensor, a detection instrument main unit, and a processing terminal. The ultrahigh frequency sensor is provided with a signal transmitting unit, and an induction ultrahigh frequency radio signal sensed by the ultrahigh frequency sensor is transmitted to a signal receiving unit through the signal transmitting unit. The signal receiving unit enables the induction ultrahigh frequency radio signal to be transmitted to the detection instrument main unit for preprocessing. After preprocessing, the induction ultrahigh frequency radio signal is transmitted to the processing terminal for processing through a wired network. The processing terminal operates partial discharge analysis software, carries out the processing of the collected data, recognizes the type of partial discharge, and judges the discharge intensity. The data transmission between the sensor and the detection instrument main unit in the system is achieved through a wireless network. The system is easier for arrangement, is more convenient for measurement, can effectively achieve the electrical isolation, and is higher in safety.

The invention discloses a drone system using photogrammetry technology for highway management, comprising a drone flight unit, an image acquisition unit, and a ground management unit. The inspection and management process of the drone system is as follows: S1, flight parameter setting: planning a flight path of the drone flight unit, setting an image acquisition angle and the acquisition frequency; S2, highway inspection: The image acquisition unit performs image shooting on the highway by using the PPK and a high-definition camera to obtain area images including the highway management area; and S3, image data processing: processing and comparing the area images, and outputting problem areas. The drone system carries out aerial photography on the highway through a high-definition digital camera, and processes the aerial images to obtain digital orthographic images of the real situation around the highway, thereby realizing the inspection of the highway management area. The flight pathsand video recordings of the drone can be retrieved or checked at any time to achieve effective supervision and management of highway inspections.

The embodiments of the present invention disclose a display panel detection system. The display panel detection system includes a three-dimensional mobile device, an image acquisition device, and a processor; the three-dimensional mobile device is used for adjusting the relative positions of the image acquisition device and a plurality of display panels to be tested; the image acquisition device is used for sequentially acquiring the display images of the plurality of display panels to be tested; and the processor is connected with the image acquisition device and is used for receiving the display images of the display panels to be tested acquired by the image acquisition device, and determining whether the display of the display panels to be tested is abnormal according to the display images. With the display panel detection system provided by the embodiments of the invention adopted, the accuracy of the detection of the display panels in a high temperature aging test can be improved.

The invention discloses a round tube outer wall crawling robot which includes a front tightly holding device and a rear tightly holding devices which are arranged side by side. The rear tightly holding device and the front tightly holding device are jointly hinged to a crawling device. The crawling device includes a servo motor fixed on the rear tightly holding device, the servo motor is connectedwith a screw, a nut is embedded in the position, corresponding to the screw, of the front tightly holding device, and the screw extends into the nut. The round tube outer wall crawling robot can crawl along an outer wall of a round tube with a smaller diameter and turn.

The invention provides a method for comparing item features based on two-dimensional code reading, comprising the following steps: a terminal device sends an access request to a server after reading a two-dimensional code on an item; the server queries a feature file corresponding to the item, and then sends the feature file to the terminal device; and the terminal device performs inspection by comparing the item with the file information in the feature file according to the form of the feature file. The invention further provides a system for comparing item features based on two-dimensional code reading, comprising a two-dimensional code, a terminal device, and a server. According to the invention, an item feature file corresponding to an item stored in a server is obtained by means of two-dimensional code reading, and the item feature file in the terminal device is compared with the item. Thus, the features and details of a current object can be inspected.

The invention discloses a seat post type underwater working device, which comprises a seat pipe sliding device, a voltage withstanding silo, a propeller and a brake device; the seat pipe sliding device is seated at the outer wall of an underwater pipeline, and the voltage withstanding silo is fixed at the top part of the seat pipe sliding device; the propeller is fixed on the voltage withstandingsilo, and the brake device comprises a brake pawl and a driving device for opening and closing the brake pawl; the brake pawl is hinged at the end part of the seat pipe sliding device. The voltage withstanding silo is used as a floating force provider of the underwater work of the whole device; the seat pipe sliding device and the loaded working mechanism are used as the balance weight, thus thecenter of buoyancy of the whole device is upwards and the gravity thereof is downwards. After the seat post type underwater working device is overturned under the disturbance of the external force, the device can automatically return the vertical state under the effect of the gravity and the center of buoyancy, the working device is not fallen down during the sliding process; when the seat pipe sliding device finds that one place of the pipeline has defect during its sliding along a seabed pipeline, the seat pipe sliding device controls the propeller to stop working and controls the brake pawlto hold the outer wall of the pipeline tightly, thus the whole device is parked at the vicinity of the detect position, and the defect position is repaired.

The invention relates to a transformer substation video monitoring method, a transformer substation video monitoring device and a transformer substation video monitoring system based on a three-dimensional model. The method comprises the steps of presetting at least one observation part for each monitoring subject, and generating corresponding observation part information; setting at least one preset monitoring device position for each observation part, binding each piece of observation part information with an ID of a monitoring device and the corresponding preset position, and storing the same; and when a part observation command is received, generating an adjusting command according to the part observation command, and adjusting the monitoring device to the preset position according to the adjusting command, wherein the part observation command comprises observation part information, and the adjusting command comprises the ID and preset position information of the monitoring device bound and stored with the observation part information. An inspector does not need to actively adjust the monitoring device, operates by taking the observation object as an object, and automatically controls the monitoring device to be adjusted to the best observation angle, and thus remote monitoring with higher efficiency is achieved.

The invention provides a controlled robot, a remote control device, a robot system and a control method thereof. According to the invention, the remote control device acquires operation information from a user, coverts the operation information to a corresponding instruction, and sends the instruction to the controlled robot. The instruction includes any one among a starting instruction, a movement instruction and a stopping instruction. The controlled robot sends video data streams obtained through shooting to the remote control device based on the starting instruction obtained from the remote control device and the video data streams are played by the remote control device. The controlled robot moves according to the movement instruction containing moving speed and moving direction obtained from the remote control device, or stops moving based on the stopping instruction from the remote control device. According to the invention, through remote control of movement of the robot, a user can check conditions at home/in a workshop remotely in real time.

The invention relates to the technical field of power equipment operation and maintenance, in particular to an intelligent substation equipment operation and maintenance centralized control platform system. The intelligent substation equipment operation and maintenance centralized control platform system comprises a production monitoring platform, a regional operation and maintenance management platform and a plurality of equipment operation and maintenance management platforms, wherein the plurality of equipment operation and maintenance management platforms are respectively arranged in corresponding transformer substations, and each equipment operation and maintenance management platform comprises a network switching module, an online monitoring module and an inspection monitoring module; and the online monitoring modules and the inspection monitoring modules respectively carry out data interaction with the regional operation and maintenance management platform through the network switching modules. The intelligent substation equipment operation and maintenance centralized control platform system can realize unified management and online monitoring of the operation states of a plurality of substations, effectively improve the operation and maintenance efficiency, reduce the operation and maintenance difficulty, and solve the problems of low operation and maintenance efficiency and high operation and maintenance difficulty caused by data dispersion and incapability of mastering the equipment states in the substations in real time of an existing substation management platform.

The embodiment of the invention provides a position relationship verification method, device and system and a storage medium, and the system comprises a server and a plurality of electronic shelf labels. Each electronic shelf label is used for receiving identification information issued by a first target electronic shelf label in a sight distance range based on sight distance communication; and using the identification information of the first target electronic shelf label and the identification information of the second target electronic shelf label as relative position data to be sent to a server; and/or, when the trigger event occurs, sending own identification information to a second target electronic shelf label within the sight distance range based on the sight distance communication, so that the second electronic shelf label sends the own identification information and the received identification information to the server as relative position data. The server is used for determining an actual placement position relationship among the plurality of electronic shelf labels according to the received relative position data, and verifying the actual placement position relationshipamong the plurality of electronic shelf labels. Therefore, the verification efficiency and/or accuracy can be effectively improved.

The invention provides a chassis structure and a magnetic levitation track operating vehicle. The chassis structure comprises a vehicle frame, first damping assemblies, driving axles, wheels and driving devices; one sides of the first damping assemblies are connected with the vehicle frame, and the first damping assemblies are located on the lower part of the vehicle frame; the driving axles are connected with the other sides of the first damping assemblies and comprise driving shafts; the wheels are mounted on the driving shafts; and power output shafts of the driving devices are connected with the driving axles so as to drive the wheels to rotate. According to the chassis structure, the first damping assemblies are arranged between the vehicle frame and the driving axles and provide a reliable damping effect in the vertical direction, the stability in the operating process of the magnetic levitation track operating vehicle is ensured, the bumping sensation of working equipment and operators on the magnetic levitation track operating vehicle is reduced, the working environment of the working equipment is effectively improved, and the working accuracy of the working equipment s improved, so that the operators obtain the better comfort degree in the working process.

The invention provides a safety detection device for power distribution, and relates to the field of power distribution detection. The safety detection device for power distribution comprises a frontwalking mechanism and a rear walking mechanism; the front walking mechanism is in sliding connection with the rear walking mechanism, the front walking mechanism is fixedly connected with the rear walking mechanism through a compression spring, a power mechanism is fixedly installed on the front side of the lower end of the rear walking mechanism, and the power mechanism is meshed with the front walking mechanism; fixed wheels are fixedly installed at the upper ends of the inner sides of the front walking mechanism and the rear walking mechanism. According to the safety detection device for power distribution, the periodic front walking mechanism and rear walking mechanism can be fixed to a cable, the front walking mechanism is pushed by the power mechanism to move forwards, the rear walking mechanism is pulled by the compression spring to move forwards, and therefore routing inspection of the cable can be achieved in a non-slip state; the problem that in the prior art, a friction wheel slips, a detection point repeatedly detects the same position, and consequently a problem node is not easy to find is solved.

The invention provides a single lamp energy-saving monitoring and management system, including a monitoring center, a wireless control module, a single lamp concentrator, a single lamp controller, an information collection module and a driving control module. By the sensor network constructed by the system, the system achieves real-time monitoring of parameters such as voltage, current, active power, on-off state and rate of lighting lamps, and also achieves functions of street lamp theft resistance, positioning and tour inspection.

The invention relates to the technical field of mine maintenance construction, in particular to a mining optical cable protection sleeve repairing device, which comprises a mining remote control inspection vehicle, wherein an intelligent monitoring camera is fixedly installed on the upper portion of the mining remote control inspection vehicle, the intelligent monitoring camera and the mining remote control inspection vehicle are both in signal connection with an overground control center, the mining optical cable protection sleeve repairing device is characterized by further comprising a material storing and supplying structure, a material picking and repairing structure and a belt conveyor, a plurality of mining optical cable protection sleeve repairing pieces are stored in the material storing and supplying structure, and the belt conveyor is arranged below the material storing and supplying structure and used for receiving the mining optical cable protection sleeve repairing pieces from the outlet of the material storing and supplying structure and conveying the mining optical cable protection sleeve repairing pieces to the position below the material picking and repairing structure. According to the invention, the device can realize routing inspection along a roadway under a mine under the remote control action of an external operator, and whether the protection sleeve of the current mining optical cable is damaged or not can be observed through the intelligent monitoring camera and fed back to a ground control center in time.

The invention discloses a patrol and spot inspection auxiliary system. The system comprsies an inspection auxiliary device, an inspection operation end, an inspection server and an inspection remote monitoring terminal, the inspection auxiliary device communicates with the inspection operation end in a wired or wireless mode, the inspection operation end is connected with the inspection server through wireless communication, and the inspection server is connected with the inspection remote monitoring terminal through wireless communication. The system has the beneficial effects that inspection and spot inspection are processed and visualized, backup can be achieved, data can be utilized, and early warning can be carried out in advance, and the fault occurrence probability is effectively avoided. The data of the inspection equipment is recorded and uploaded in real time to ensure that the inspection is in place and videos are reserved for reference, so that the inspection efficiency is greatly improved, the potential safety hazard of the equipment is found as early as possible, and the safety production is ensured. Under special conditions, professional technical support of monitoring personnel can be obtained through a remote technology, and the overhaul and maintenance efficiency is improved.