137results about How to "Realize unified monitoring" patented technology

The invention discloses an intelligent inspection system and an inspection method for an electric transmission line by an unmanned aerial vehicle. The intelligent inspection system comprises an inspection mission planning system, a dispatching system, a monitoring system, an inspection result processing platform and mobile branch stations, wherein the inspection mission planning system communicates with the inspection result processing platform and the dispatching system respectively; the inspection result processing platform and the dispatching system communicates with the monitoring system respectively; the monitoring system is connected and communicate with the mobile branch stations. The inspection method has the benefits that factors of the inspection unmanned aerial vehicle, inspection equipment, an inspector, and the like accessing the dispatching platform through a dispatching terminal can be dispatched effectively to realize equipped configuration of unmanned aerial vehicle inspection resource; the usage rates of personnel and equipment can be improved; the no-load rate and vacancy rate of the inspection equipment are reduced; through centralized monitoring of condition information inspected by the unmanned aerial vehicle, unmanned aerial vehicle inspection dispatching personnel can master unmanned aerial vehicle inspection in the large effectively; the service life of the unmanned aerial vehicle is prolonged.

The invention discloses a centralized monitoring system for power transmission line routing inspection of unmanned aerial vehicles. The centralized monitoring system comprises a centralized monitoring subsystem, mobile substations and unmanned aerial vehicle flying platforms. The centralized monitoring subsystem and the mobile substations are connected in a one-to-more mode, and the mobile substations and the unmanned aerial vehicle flying platforms are connected in a one-to-one mode. By adopting a mode that remote centralized monitoring and local monitoring are combined, information including flying states, pod states, power transmission lines and routing inspection results of more than one line patrol unmanned aerial vehicles are subjected to centralized monitoring, persons, devices and routing inspection lines related to unmanned aerial vehicle routing inspection tasks are planned and managed, centralized management and defect diagnosis are performed on the routing inspection results, the informatization and automation degree of the unmanned aerial vehicle routing inspection process and routing inspection result processing are improved, the routing inspection efficiency of the unmanned aerial vehicles is improved, and a technical support is provided for safe and reliable running of routing inspection line routing inspection.

The invention discloses a movable substation for unmanned aerial vehicle electric transmission line inspection. The movable substation is used for planning and issuing flight tasks, carrying out local monitoring on inspection state information and inspection data, pre-processing inspection image data and carrying out defect pre-diagnosing on inspection result data. The movable substation comprises a human-computer interaction module, an inspection task synchronizing module, a nacelle control module, a GIS module, a flight control module, a flight task planning module, a defect pre-diagnosing module, an image pre-processing module, a meteorology monitoring module, a flight task monitoring module, a data storing module, a GPS module and a communication module. According to the movable substation, the informatization and automation degrees of unmanned aerial vehicle inspecting process and inspecting result processing are enhanced, the efficiency of inspection of an unmanned aerial vehicle is improved, and technology support is provided for safe and reliable operation of unmanned aerial vehicle circuit inspection.

The invention discloses a centralized monitoring subsystem for power transmission line routing inspection with an unmanned plane. The centralized monitoring subsystem is used for accessing state information and routing inspection data of a mobile substation and an unmanned plane flight platform, programming and synchronizing unmanned plane routing inspection tasks, monitoring the mobile substation and the unmanned plane flight platform for unmanned plane routing inspection remotely in real time, performing defect diagnosis, statistics and analysis on routing inspection data and showing the routing inspection data, describing the real-time state scene and the electric power environment of the current routing inspection with the unmanned plane, programming and managing operators, equipment and a routing inspection line involved in the line routing inspection task of the unmanned plane, managing centrally and diagnosing the defects of the routing inspection result, intensifying the informationization and automation degree of the unmanned plane routing inspection process and routing inspection result treatment, improving the unmanned plane routing inspection efficiency, and providing technical support for the safe and reliable running of the unmanned plane line routing inspection.

The invention discloses an intelligent port logistics system and device based on a third-generation (3G) internet of things application platform and relates to collection and distribution, transit shipment, storage, trading, processing, ports, multimodal transport, cargo agency and device dispatching management of port cargoes. The intelligent port logistics system and device comprises a port logistics system and device and is characterized in that the 3G technology and the internet of things technology are integrated into the port logistics system and device to form the intelligent port logistics system and device. The intelligent port logistics system and device is provided with a real-time remote data collection processing system, a monitoring system and an operation system and device, and improves operation efficiencies in links of port logistics operation, transport service, port management, the port logistics system and device and the like. The intelligent port logistics system has individuality identification and data sharing functions due to internet of things chips arranged on the port logistics device and cargoes, can achieve mutual connection of things, achieves remote control and reduces port logistics cost, and a modern port logistics system which is real-time, accurate, efficient and high-quality in the port service range can be built in future.

The invention relates to the video monitoring field, and discloses a monitoring system for displaying a real scene and an implementation method thereof. The monitoring system comprises a plurality of cameras, a holder, a holder controller, a monitoring server and a plurality of intelligent sensors, wherein the holder is used for fixing the cameras; the holder controller is connected with the holder; and the monitoring server is connected with the cameras and the holder controller respectively. The monitoring system for displaying the real scene and the implementation method thereof realize uniform monitoring and management of machine room equipment, greatly relieve the workload of machine room maintenance personnel, meanwhile greatly improve the running reliability, stability, compatibility and extensibility of the whole system, realize real real-time visualization of the machine room and save the equipment cost by taking the real video scene as a main monitoring means and an operating interface and taking running parameter acquisition of an intelligent sensor as an auxiliary means.

The invention relates to an intelligent video monitoring system for electric power transmission and transformation. A star-topology three-level networking architecture is constructed based on an IP network; the first level of the star-topology three-level networking architecture is monitoring sites, a plurality of monitoring points are correspondingly arranged in each transformer substation or along each high voltage line, and corresponding monitoring data is obtained by installing collecting devices; the monitoring data comprises video image information obtained by monitoring the monitoring points; the second level of the star-topology three-level networking architecture is branch monitoring centers, each branch monitoring center monitors and controls monitoring points of multiple transformer substations or monitoring points of multiple high voltage lines arranged in the controlled area and manages the monitoring data in a centralized way; and the third level of the star-topology three-level networking architecture is a scheduling and monitoring center of an electric head corporation, and the scheduling and monitoring center of the electric head corporation uniformly manages, regulates and controls the monitoring data uploaded by each branch monitoring center. According to the invention, scattered and independent monitoring collecting points are connected to a network, so that cross-region large-range uniform monitoring, uniform storage, uniform management and resource sharing are realized.

The invention discloses an IMS full-service network monitoring intelligent operation and maintenance support system based on big data analysis, and the system comprises a processor which receives resource management data, service acceptance data, signaling monitoring data, and alarm monitoring data collected by a data collection end, and carries out analysis, storage, and display; the processor comprises an IMS operation, maintenance and monitoring module, a resource management and overhead account module, a key extension monitoring guarantee module, a visual monitoring module, a system management module and a statistical analysis module. The method has the advantages that integrated, intelligent and automatic operation and maintenance management of all devices and terminals of the IMS exchange network is achieved, a user real-name system is achieved, the operation and maintenance work efficiency and the operation safety and reliability of the IMS exchange network are improved, and better technical support is provided for operation and maintenance and management of electric power communication.

The invention provides a log monitoring method, apparatus and system. The method comprises the following steps: deploying a log collection module in at least one to-be-monitored device, and creating at least one alarm rule, wherein the log collection module is used for collecting logs generated by the to-be-monitored device; obtaining the logs collected by the log collection modules; storing the logs in a pre-created log database; monitoring whether the logs in the log database trigger the alarm rule in view of each alarm rule; and if so, sending an alarm notification of an alarm receiving end corresponding to the alarm rule. The apparatus comprises a presetting unit, a log obtaining unit, a monitoring unit and an alarm unit. The scheme can notify and monitor the logs of a plurality of devices.

The invention discloses a numerical control machine tool operation state health diagnosis system and diagnosis method. The system comprises an edge data acquisition module, a cloud platform and a client, the cloud platform is connected with the edge data acquisition module and the client. The cloud platform comprises a predictive diagnosis module, an information management and storage module and an application server; and the predictive diagnosis module comprises a real-time diagnosis module, a post-processing diagnosis module and a comprehensive diagnosis module. According to the system, a cloud platform with a diagnosis function is used for replacing an upper computer, the expandability is greatly improved, the diagnosis and prediction tasks can be completed only by deploying corresponding sensors on the machine tool and connecting the sensors to the cloud platform, the real-time state data of the machine tool are managed in a centralized mode through the cloud platform, and the health condition of the machine tool is evaluated and predicted through the diagnosis technology based on the neural network. The diagnosis method is simpler, and the health diagnosis accuracy is high.

The invention relates to a gas station integrated control system. The integrated control system comprises a station level monitoring system and a station level management system, wherein the station level monitoring system comprises a liquid level monitoring unit, an environment protection monitoring unit and a safety monitoring unit; the liquid level monitoring unit comprises a liquid level meterarranged on an oil tank; the environment-friendly monitoring unit comprises an oil station leakage monitoring module, a combustible gas monitoring module and an oil gas recovery monitoring module; the oil station leakage monitoring module comprises a double-layer tank leakage monitoring sensor, a pipeline leakage monitoring sensor, a manhole leakage monitoring sensor and an oiling machine bottomtank leakage monitoring sensor; and the safety monitoring unit comprises an electrostatic monitoring module, an anti-overflow module, a submersible pump control module and a video monitoring module. When any of the liquid level monitoring unit, the environment protection monitoring unit and the safety monitoring unit finds abnormities, a controller controls an alarm unit to alarm. With the integrated control system, the informatization and intellectualization of the oil station management can be realized, and fine management can be achieved.

The invention provides a VOIP / NGN sniffer, monitoring method and system based on the data flow redirection. By that whether the signaling proxy of the monitoring system or the number or IP address of the application server checking user call signaling is the monitoring aim or not, the method changes the call belonging to the monitoring aim, and the RTP address or port of the response signaling SDP to the address or port of an RTP changeover equipment assigned by the monitoring system. The RTP changeover equipment is noticed to open the port to receive the media data flow produced by the use talking. The RTP changeover equipment can copy and save the media data flow produced by the user talking or compose the media data flow to be a sound file which is used by the judicial executive mechanism (LEA). The invention compulsorily directs the media data flow which needs to be monitored to the RTP turnover point where the monitoring equipment is. The RTP media data flow of the monitoring aim of the different geographical positions which realizes the unification of the sniffer and monitoring to the users who distributes in the different geographical positions and media gateways.

The invention discloses a data binding method and device, a storage medium and equipment, belonging to the technical field of network. The method includes the steps of obtaining at least one monitoredobject of the first software component, wherein the first software component is a view or a data model, and the monitored object is a data parameter of the view element or the data model; determiningthe condition that at least one monitored object is associated with the same function, and binding the at least one monitored object to the same monitored object; determining that the monitored object whose attribute data is updated exists in the at least one monitored object, and sending a notification message to the monitored object, wherein the notification message carries the updated attribute data; and invoking the monitored object to synchronously update a second software component logically associated with the first software component based on the updated attribute data. The inventionbinds a plurality of monitored objects to the same monitored object, realizes unified monitoring, effectively reduces code redundancy in code realization, and greatly improves development efficiency.

The monitoring device includes multiple channels in radio frequency, power supply management circuit, interface circuit and centralized setup processing module. The power supply management circuit is in use for supplying power, toggling power switch, and testing input current. The interface circuit provides interfaces of power supply, communication and radio frequency signal for all channels to connect with upper layer. The processing module includes parts: correction control unit for controlling data correction of all channel; protection control unit in use for carrying out real time calculation and process locally based on tested data in order to generate control command for protecting channels; communication unit in use for transferring notification and command to up layer system. Further, real time calibration for each channel circuit can be completed locally. Under condition of ensuring reliability, rapidity and maintainability are raised, and cost is lowered.

The invention provides a self-service bank prevention system, which is suitable for a bank self-service region. The self-service bank prevention system comprises a video monitoring module used for collecting human face information of an operator, a background control module used for real-time monitoring of a self-service bank system, and an alarm module used for real-time alarming, wherein the background control module comprises a human face identification database used for storing human face information with facial features in specific conditions, a human face identification analysis unit used for performing identification analysis on human faces, and a data processing unit. According to the system, real-time alarming processing can be performed after suspicious personnel is detected; the prevention effects of early warning before an event, identification in the event and tracing after the event can be achieved; the running security of the self-service bank region is effectively ensured and the risks of banks and users are lowered; the benefits of the banks and depositors are effectively protected; and a framework is simple and practical, the working performance is stable and reliable, the management control efficiency is relatively high, and the application range is wide.

The invention discloses a main station system for transformer substation videos and environment monitoring. The system comprises a provincial main station monitoring system which is connected with a regional main station monitoring system through an IP (Internet Protocol) communication network, and the regional main station monitoring system is connected with a station terminal monitoring system through the IP communication network. The invention intensively manages monitoring resources of a power grid, establishes the interconnection and the communication of monitoring information, reasonably and effectively assigns the resources and shares the information to the maximum extend. Meanwhile, the invention lightens the working intensity of inspectors, overcomes the defects of poor intuition of operators, enhances the safe detection of the transformer substation and improves the operation level of the transformer substation.

The invention relates to a container monitoring method and device, a storage medium and electronic equipment. The invention relates to the technical field of electronic information monitoring. The method comprises the following steps: 1, ; and sending the target strategy configuration file to a Prometres monitoring module deployed on the to-be-monitored cluster, wherein the target strategy configuration file comprises a plurality of alarm strategies; controlling the Promelteus monitoring module to carry out heavy load; and sending the target strategy configuration file to a Prometres monitoring module to enable the target strategy configuration file to take effect on the Prometres monitoring module, and receiving a container alarm sent by the Prometres monitoring module and sending out a container alarm when the Prometres monitoring module determines that the container arranged on the to-be-monitored cluster conforms to the alarm strategy. According to the invention, a Promelteus monitoring function can be integrated on an existing monitoring platform, unified monitoring of existing resources and containers is realized, and the real-time performance of alarm can be improved.

The invention discloses a method and apparatus of monitoring operation parameters of electric appliances. The method and the apparatus are used for a set top box. The method includes the steps: establishing wireless connection with household electrical appliances; obtaining the operation parameter of each of the household electrical appliances; determining whether the operation parameter of each household electrical appliance meets a preset alarm condition; and sending prompting messages to display devices pre-arranged in the household electrical appliances if the operation parameter of at least one household electrical appliance meets the preset alarm condition, and indicating the display devices to display prompting information in the prompting messages. Multiple electric appliances can be monitored in a unified manner by means of only one apparatus. Moreover, corresponding prompting messages are sent to a user when the electric appliances meet the prompting condition, and then the user can timely know the running states of the electric appliances.

The invention provides a charging pile monitoring and management system, which comprises a charging pile, a communication module and a charging pile service management system center. The charging pile transmits information to the charging pile service management system center through the communication module. The charging pile relevant information is transmitted to the charging pile service management system center through the communication module; the charging pile service management system center realizes multi-device unified monitoring and management through real-time monitoring and pooled analysis of the relevant information, such as charging information, fault information and utilization frequency information, of each charging pile; and working state of each charging pile and operating capacity of a charging station are assessed according to data information, so that development strategy of the charging station can be adjusted and modified in real time conveniently, use of the charging piles is planned, and ordered charging control management can be carried out on the charging piles conveniently.

The invention discloses an invisible fish blockage control system based on a network structure. The invisible fish blockage control system comprises a master controller and a plurality of node controllers for controlling fish blockage, wherein the master controller is connected with each node controller through a controller area network (CAN) bus and monitors the operating states of the node controllers; the master controller comprises a master microprocessor, an operation and display processing module and a switching power supply module; the operation and display processing module is connected with the master microprocessor and selects the node controller through the master microprocessor and displays the operating state of the node controller; and the switching power supply module is connected with the master microprocessor, receives the control of the master microprocessor and supplies power to the node controller. According to the control system, multiple fish blockage equipment can be monitored in a unified mode, and the fish blockage out-of-control time is reduced; and moreover, the invisible fish blockage control system has the capacity of automatically adapting to various water areas, good fish blockage effect, long-term free maintenance and the capacity of continuously working all the year round.

The present invention discloses a multi-path state monitoring method. The method comprises the following steps of: determining path faults through period query of multi-path output information; executing a path fault diagnosis determination flow in a classification mode according to a storage type; and sending link fault points to a monitoring terminal. The present invention further discloses a multi-path state monitoring device. The multi-path state monitoring method and device can automatically perform multi-path state scanning, and can achieve uniform monitoring for multi-type stored multi-path states with no need for consideration of the difference of the storage types so as to achieve simple and convenient monitoring and diagnosis for the multi-model stored link states.

The invention relates to a method for realizing the convergence of WAPI and CAPWAP in a local MAC mode. The method comprises the following steps: 1, building the local MAC mode: the MAC function and the WAPI function of wireless access points are separately set in a wireless terminal point and an access controller respectively; 2, realizing CAPWAP specifications binding WAPI protocol in the local MAC mode: 2.1, an relevancy connection process among sites, the wireless terminal point and the access controller; 2.2, an announcement process of starting the WAI protocol between the access controller and the wireless terminal point; 2.3, an implementation of the WAI protocol among the sites and the access controller; 2.4, an announcement process of ending the WAI protocol between the access controller and the wireless terminal point; and 2.5, a process of secret communication by using WPI among the wireless terminal point and the sites. The method of the invention not only meets the needs for the wide scale deploymentof WLAN, but also guarantees the security of WLAN in a convergence type system structure.

The invention discloses a freight regulation and control system. The system comprises an order receiving module, a vehicle tracking module, a vehicle goods statistics module, a vehicle dispatching analysis module and a task sending module. According to the system, the vehicle dispatching analysis module extracts a goods sending place according to goods sending information obtained by the order receiving module; and a current position and a goods loading state of each vehicle are queried in combination with the vehicle tracking module and the vehicle goods statistics module, so that a vehicle relatively close to the goods sending place and capable of meeting requirements corresponding to the goods sending information is preferentially selected to run to the goods sending place for loading goods. According to the system, freight vehicles are unitively monitored and dispatched, so that the utilization efficiency of the vehicles can be improved and the waste caused by no full utilization of the vehicles is avoided; and the speed of the vehicles running to the goods sending place can be increased, so that the freight efficiency is improved.

The invention provides a mine classical dynamic disaster electromagnetic radiation and vibration coupling monitoring and early warning method and belongs to the technical field of mine safety monitoring. The method comprises the steps that based on the principle that multi-frequency electromagnetic radiation is generated in coal rock burst, same-frequency electromagnetic radiation is used for replacing the sound emission and slight shock means based on electromagnetic radiation and vibration coupling in the 0-3 kHz slight shock (sound emission) monitoring technology working frequency band, and uniform, non-contact, large-range and positioned monitoring and early warning to coal rock dynamic disasters by electromagnetic radiation from the low frequency band to the high frequency band are achieved.

The invention relates to a high-performance cloud computing hybrid computing system and a method thereof. In the method, a cloud computing agent service module is set in each computing node of the high performance computing resource pool and simultaneously connected with a high performance computing scheduling system and a cloud computing management system. When the cloud computing resources are insufficient, the cloud computing management system sends a node resource application to the high-performance computing scheduling system, and sends the first cleaning command to the corresponding cloud computing agent service module to clean up the node resources according to the idle computing node information notified by the high-performance computing scheduling system. Idle computing nodes are added to the cloud computing resource pool. When the cloud computing resources are redundant, the cloud computing management system releases some computing nodes, and sends a second cleaning command to the corresponding cloud computing agent service module to clean up the computing nodes to be released, and then the high-performance computing scheduling system recycles them to the high-performance computing resource pool. The invention avoids resource idleness and improves resource utilization.

The invention relates to an integrated pipe gallery monitor system that is used for monitoring and managing the pipe gallery. The integrated pipe gallery monitor system comprises a data source, a platform layer and a display layer, wherein the data source and the platform layer are in network communicated connection, the platform layer and the display layer are in network communicated connection,the platform layer is between the data source and the display layer, the data source comprises a data collector, the display layer comprises an early warning and forecasting subsystem and a security subsystem, the early warning and forecasting subsystem comprises a combustible gas alarm system, a fire door monitor system, and an automatic fire disaster alarm system, the security subsystem comprises an entrance and exit control system, an offline patrol system and an entrance and exit control system, a personnel precise positioning system, a personnel invasion system and a video monitor system,and the display layer is realized through a client. The integrated pipe gallery monitor system integrates data collection, data storage, object monitoring, alarming and warning and other functions, thereby realizing unified monitoring, centralized management, lowered cost and higher operation and maintenance level.

The invention provides a multi-sensor real-time monitoring system for construction protection of bridges and culverts of business lines of railways and particularly relates to a LabVIEW-based multi-sensor real-time monitoring system for construction protection of bridges and culverts of business lines of railways. The system is composed of an automation monitoring device and a computer of a monitoring center, wherein the automation monitoring device is composed of a data collection device and a data transmission device, the data collection device is arranged at the construction site and is connected with the data transmission device through a cable, the data transmission device communicates with the computer through a wireless network, the data collection device obtains data information form the site and then transmits the data information to the data transmission device, and then the data transmission device transmits the data information to the computer through the wireless network. The multi-sensor real-time monitoring system can be recycled, is applicable to all-around real-time safety protection monitoring of major projects, overcomes a plurality of defects of traditional monitoring means and has the advantages of being high in precision, high in instantaneity, complete in monitored information and the like.

A system insight display includes a complex programmable logic device (CPLD), a network connecting module, and a baseboard management controller (BMC). The CPLD monitors a plurality of states of a plurality of function components. The BMC connects the CPLD through a predefined bus. The BMC can receive information corresponding to the plurality of states from the CPLD and establish a user interface to indicate the plurality of states. The BMC can respond to a display request from a remote computer through the network connecting module to display information regarding the plurality of states to the user interface.

The invention discloses a remote tower crane monitoring circuit with a self-diagnostic function. The remote tower crane monitoring circuit comprises a plurality of sensors, a sampling circuit, a main control circuit, a display circuit, an alarming circuit, a relay driving circuit and a GPRS (General Packet Radio Service) wireless communication module, wherein the main control circuit comprises a central processing unit and a self-diagnostic circuit; each sensor is connected with the sampling circuit; the sampling circuit and the display circuit are connected with the central processing unit of the main control circuit; the alarming circuit and the GPRS wireless communication module are connected with the self-diagnostic circuit of the main control circuit; the sensors comprise a weighing sensor, a rotary sensor, an amplitude variation sensor, a height sensor, an airspeed sensor, a voltage sensor, a current sensor and a temperature sensor. The tower crane remote monitoring circuit with the self-diagnostic function has the advantages that the remote monitoring on an operation state of a tower crane can be realized, the operation safety and reliability of the tower crane are improved, and the like.

The invention relates to a wireless cell abnormal coverage positioning method and a device thereof. The method includes: obtaining call flow signaling data and call switching flow signaling data of avoice call,and associating the call flow signaling data and the call switching flow signaling data to obtain an average MOS value of voice quality before and after the voice call switching. If the decrease amplitude of MOS value before and after switching exceeds the preset threshold value of MOS, it is judged that abnormal handover of wireless cell exists in the voice call. When a voice call withabnormal handover is detected, if there are other radio cells with non-abnormal coverage on the handover path between the radio cell before handover and the radio cell after handover in the preset angle of the radio cell after handover, it is judged that the radio cell after handover is an abnormal coverage cell. The invention can realize the unified monitoring of the whole network wireless cell,reduces the testing range of abnormal coverage of the wireless cell, and reduces the maintenance cost of the wireless network.