30results about How to "Increase the frequency of inspections" patented technology

An intelligent inspection robot for a power distribution station comprises a robot body, an in-station terminal and a remote terminal, wherein the robot body comprises a motion module and a detection module, and the motion module is suspended on a top rail to walk; the top rail is arranged along distribution control points in the power distribution station; the detection module is used for executing inspection, detection, monitoring, fault diagnosis and pre-warning and alarming tasks on the distribution control points; the in-station terminal is used for controlling walking, detection, storage and communication of the robot body; the remote terminal receives a real-time scene image video and detection data transmitted by the in-station terminal for concentrated monitoring. The manual inspection cost can be substantially reduced, and the inspection frequency is improved; the reliability, the authenticity and the accuracy of inspection result data are improved; various monitoring data is collected, and powerful data support is made for analysis and pre-judgement of big data.

The invention relates to a composite track steel wire rope-driven coal mine patrol robot and the patrol robot is suitable for being used underground coal mines. The composite track steel wire rope-driven coal mine patrol robot comprises a track mechanism, traveling mechanisms, driving modules, inspection modules and a control unit, wherein two traveling mechanisms are provided and respectively arranged on the track mechanism, the driving modules are arranged on the two sides of the track mechanism, and the inspection modules are arranged on the traveling mechanisms; the control unit is arranged at one end of the track mechanism and used for receiving and judging information sent by the inspection module and controlling the start and stop of the whole system; as needed, a battery can be used for power supply, so that work needs can be met; the patrol robot is suitable for being used in the scenes of old mine reconstruction or insufficient underground power supply; and the track mechanism is provided with two single tracks, each traveling mechanism is suspended in each single track, and the two traveling mechanisms move in opposite directions and perform reciprocating inspection, such that the inspection frequency is improved. The composite track steel wire rope-driven coal mine patrol robot is stable in movement, and reciprocating and uninterrupted detection can be realized.

The invention discloses a production operation management system and method for a wind power plant, the production operation management system for the wind power plant comprises a five-layer four-network distributed structure, and the five-layer four-network distributed structure comprises a group layer, a region layer, a power station layer, a spacing layer and a process layer which are connected by adopting a cross-domain cooperation and cloud side sharing architecture mode; the group layer comprises an enterprise-level database, a knowledge experience library, an intelligent decision-making center and an intelligent operation and maintenance system; the regional layer comprises a remote centralized control center and a secondary application cloud platform; through an intelligent decision-making center which takes wind power intelligent early warning, fault diagnosis and intelligent operation and maintenance which are uniformly deployed in a group layer as a core and a hierarchical application mode of a region layer, health assessment is carried out on the operation state of field equipment, so that service processes such as maintenance, overhaul, spare parts, personnel arrangement and misoperation-preventive locking are effectively triggered, and intelligent linkage and quick-response intelligent operation and maintenance between related equipment of each power station on site and between the equipment and operation and maintenance personnel are realized.

The invention discloses a transformer substation intelligent inspection system. The transformer substation intelligent inspection system comprises a mobile substrate system, a network channel and a base station. The mobile substrate system is connected with the base station through the network channel; the mobile substrate system comprises a robot body and a motion control system and a work systemwhich are arranged on the robot body; the motion control system receives a motion command issued by the base station and performs motion control for the robot body; and the work system receives a work command issued by the base station and drives the robot body to detect a transformer substation, and the work system can transmit detection information to the base station through the network channel. The transformer substation intelligent inspection system can greatly reduce the manual cost of the inspection, can improve the inspection efficiency and can improve the instantaneity, reliability,authenticity and accuracy of the inspection result data.

The invention provides an intelligent inspection system for a traction substation. The system comprises a base station layer, a communication layer and a terminal layer, and the base station layer communicates with the terminal layer through the communication layer; the base station layer is used for receiving, processing and displaying data, and is also used for realizing automatic identification and alarm of equipment defects through image processing and mode identification; the terminal layer comprises an inspection robot, a charging chamber and a fixed video monitoring module, the inspection robot is connected with the monitoring background through wireless communication, and the fixed video monitoring module is connected with the monitoring background through optical fiber communication; a charging mechanism is arranged in the charging chamber and is used for charging the inspection robot; and the fixed video monitoring module comprises a camera and a network video server, the camera is arranged on a tripod head, the camera is used for shooting a fixed monitoring point, the camera is connected with the network video server through optical fiber communication, and the network video server communicates with the base station layer through the communication layer. The system can replace operation and maintenance personnel to carry out daily inspection work.

The invention discloses a distributed line loss determination and power grid monitoring equipment and method. The equipment comprises a main server, at least one second-level server connected with the main server and at least one third-level server connected with the second-level server, wherein the third-level server is at least connected with an external user terminal, the third-level server comprises an acquisition chip, a third-level metering module, a third-level memory, a third-level processing module and a third-level communication module, the second-level server comprises a second-level metering module, a second-level processing module, a second-level communication module and a second-level memory, and the main server comprises a communication module, a metering module, an analysis module, a monitoring module and a main memory. Data of the power grid can be conveniently acquired through three-level design, a line loss value can be acquired through calculation on the basis of the acquired data, the data is accurate, calculation is rapid, an abnormal data area can be found out through comparing an actual line loss value and a theoretical line loss value, an overhaul and maintenance instruction can be timely emitted, and power grid operation stability is improved.

The invention discloses an automated inspection method of middleware. The method includes the following steps that Winscp software is run and a Winscp script is started, and a tour-inspection script is pushed to a remote computer and executed; a tour-inspection process is run, a tour-inspection result is obtained, and a tour-inspection result file is synchronized to an info catalogue; the file data of the info catalogue is imported to an Excel table; the corresponding sql is queried, and the corresponding table data is generated; the duplicated data in the table is cleared; the data is saved in an access database; the data is compressed and emailed to a reserved email box of an operator.

The invention provides an inspection unmanned aerial vehicle control method and device for a smart road, and the control method comprises the following steps: obtaining the traffic flow of each section of the road, and determining the inspection frequency required by each section of the road according to the traffic flow of each section of the road, wherein the traffic flow of the road is in positive correlation with the required inspection frequency; determining an inspection line of each inspection unmanned aerial vehicle, and combining the inspection frequency required by each section of the road and the flight speed of the inspection unmanned aerial vehicle to obtain the number of the inspection unmanned aerial vehicles required by each section of the road, wherein the inspection lineis an annular line; arranging starting points with the number corresponding to that of the inspection unmanned aerial vehicles on the inspection line, wherein the distances between every two adjacentstarting points on the inspection line are the same; and setting each inspection unmanned aerial vehicle at a starting point, and then simultaneously controlling all inspection unmanned aerial vehicles to perform inspection clockwise or anticlockwise along the inspection line. According to the technical scheme provided by the invention, the problem of relatively low routing inspection reliabilitycaused by unreasonable control on the highway routing inspection unmanned aerial vehicle in the prior art can be solved.

An intelligent inspection device for a belt conveyor in a complex industrial environment comprises a track system and an inspection robot. The track system comprises a track and a hanging bracket assembly. The track is hoisted and fixed through the hanging bracket assembly, so that the track and a belt to be inspected are arranged in parallel; the inspection robot is hoisted on the track through a hoisting assembly and is used for completing acquisition of inspection data; the hoisting assembly is composed of pulley blocks installed on supporting legs of the inspection robot, each pulley block comprises two fixed pulleys fixedly installed on the supporting legs, rails are installed between the two fixed pulleys, and racks parallel to the rails are installed between the rails. A gear meshed with the rack is arranged on the inspection robot, and the gear is meshed with the rack to drive the two fixed pulleys on each supporting leg to rotate along the track and move forwards under power driving of the inspection robot.

An electronic gaming machine using a game world credit monitoring module, an interactive processing device, a process controller, and a wager controller to provide an interactive application that triggers wagers on the wager controller based on user interactions within the interactive application and allows the electronic gaming machine to make adjustments to the interactive application difficulty level to achieve a desired RTP based on game world credit generation within the interactive application.

The invention provides a load balancing method and system. After checking the validity of a node each time, the probability that the state of the node is unchanged is calculated when the node is checked next time, and according to the probability, the time interval between this time node checking and next-time node checking is calculated, so that the time interval of node checking can be dynamically changed, therefore, for the nodes with unchanged validity status, the adaptability reduces the checking frequency and reduces the resource consumption required for checking; and for the nodes with changed validity, the adaptability improves the checking frequency and ensures the real-time performance of checking.

An inspection-required product selection method and program for minimizing the number of investigation steps at the time of occurrence of a defect of a product placed on the market are disclosed. A combination of product lots to be inspected is assumed based on the information on the material lots used for a product lot scheduled for production for a predetermined future period and the number of the product lots inspected during the same period. The number of the material lots not included in the product lots to be inspected is totalized for each product lot, and the statistical values are calculated for all the conceivable combinations of the product lots. The combination of the product lots optimizing the statistical values is selected for inspection.

The invention relates to an intelligent monitoring system for a socket box. Comprising an information background management platform, a local area network connection module, a foreground information system module, an information acquisition module, a user management module, a data statistics module, a classification and division statistics module, a pathology selection module, a data information base module, a data backup recovery module, a feature sub-database module, a feature encryption module and a feature packaging module. A feature information labeling module; and a feature selection module. The intelligent monitoring system achieves the following effects: faults can be found more timely, and problems occurring on the same day can be found when data is transmitted back; inspection operation of workers at night is not depended on any more, and the influence of poor light is avoided. The time period for monitoring the working state of the socket box is expanded, and the inspection frequency is higher; operation and maintenance cost is reduced, and utilization of manpower and material resources is reduced; and the inspection result is more objective and is not influenced by the working state of workers.

The invention discloses a bridge joint height difference identification method and system based on image and vibration data analysis, and compared with an existing daily patrol and hiking detection method, the bridge joint height difference identification method and system are more objective in height difference evaluation of telescopic joints, can quickly perform height difference evaluation on the telescopic joints in daily patrol, can timely discover the height difference problem of the telescopic joints, and improve the detection efficiency of the telescopic joints. A maintenance unit is helped to find out possibly damaged telescopic joints early nowadays; by means of high-frequency patrol and high-precision positioning, long-term tracking can be carried out on height difference estimation of the telescopic joint, whether the height difference occurs again or not and whether damage is caused again or not after the telescopic joint is maintained is evaluated, and maintenance personnel can conveniently evaluate whether joint maintenance measures are reasonable or not; besides, the system provided by the invention does not need to be specially operated by personnel, and the inspector only needs to concentrate on driving, so that the safety risk of the inspector is avoided compared with manual hiking inspection.