30results about How to "Convenient command and dispatch" patented technology

The invention discloses a power grid frequency situation online prediction method considering wind electricity and energy storage. The method comprehensively considers the frequency response capacityfor draught fan inertia control and variable pitch control as well as the roles of flexible control of energy storage equipment in system frequency response, and a power grid frequency situation prediction polymerization model for combined frequency modulation of a thermal power generating unit, a wind turbine generator and the energy storage equipment is established by collecting system operatingstate data and the information of the thermal power generating unit, the wind turbine generator and the energy storage equipment online, so that power grid frequency situation can be predicted onlinepreferably; compared with an existing method, the method relates to the roles of the wind turbine generator and the energy storage equipment in the system frequency response process, the power grid frequency situation can be predicted online preferably, the variation trend of electric power system frequency is grasped, and the prediction capacity of electric power system for system frequency is improved. Through the design, the prediction precision of power grid frequency situation is improved, and the prediction capacity of electric power system frequency is improved.

The invention relates to mine safety inspecting and wireless communication field, is a underground safety inspecting system based on sensor network and its device, techniques. The system includes ground monitor station, tunnel base station, wireless nodes. The systems techs include ground station techniques, tunnel station techniques, wireless nodes techniques. The ground monitoring station is for the communication between main computer and sensor network. The tunnel station has got sensors collecting data such as gas, carbon oxide, carbon dioxide, wind speed and transmitting the collected data together with personnel data to ground main control center by wireless and wired method. The system is competence to mine underground environment monitor, personnel locating and tracking, voice transmission, facilitating mine managing and scheduling, safety inspecting especially rescue of accidents.

The invention discloses an urban dynamic and static intelligent traffic management platform, which belongs to the field of intelligent traffic and aims to provide an intelligent traffic management platform for improving the operation efficiency of urban traffic. , a traffic guidance system, a public traffic monitoring system, and a traffic data collection system, which are used to collect static traffic information and dynamic traffic information in real time and send them to the big data management system; the big data management system is used to collect static traffic information and dynamic traffic information The information is statistically analyzed and processed to generate dynamic traffic information, static parking space information, dynamic preferred routes and static preferred parking spots; the traffic guidance system is used for static traffic guidance and dynamic traffic guidance; the public traffic monitoring system is used for overview Traffic overview, overall management. Create an "integrated management service platform for urban dynamic and static smart traffic" based on Internet+, Internet of Things, and cloud platforms.

The present invention provides an online prediction method for power grid frequency situation considering wind power-DC auxiliary frequency modulation, which considers the role played by thermal power units, wind power units, DC transmission systems and pumped storage power stations in system frequency adjustment, and collects power grid operation online Based on state data and unit equipment information, an aggregation model for thermal power units, wind turbines, DC transmission systems and pumped storage power stations participating in frequency adjustment is established. The aggregation model characterizes the frequency modulation process of thermal power units, wind turbines, DC transmission systems and pumped storage power plants in the form of transfer functions. Compared with existing methods, this method can take into account the role played by wind turbines and DC transmission systems in frequency regulation, and predict the dynamic process of system frequency changes more quickly, thereby improving the perception and accuracy of power grid frequency situation prediction , which has important guiding significance for power grid dispatching.

The invention discloses a thermal disaster warning system and method for a power lithium battery of an airport all-electric drive fire truck, comprising: a power lithium battery, a monitoring system, an alarm system, and a human-computer interaction system; the monitoring system is used to detect the state of the power lithium battery, And the monitored data is transmitted to the data acquisition system and the human-computer interaction system for data display. If there is any danger, the personnel in the vehicle will be notified through the alarm system. The power lithium battery is equipped with voltage sensors, temperature sensors, strain pressure sensors, flammable gas detectors and smoke detectors; the power lithium battery of the monitoring system and transmits data to the data acquisition system. If the preset conditions are met, then The alarm system provides an alarm, and the invention has the advantages of providing accurate operating status of the single lithium battery and the internal operation state of the battery pack in real time, so as to ensure the continuous, stable and safe operation of the vehicle-mounted power lithium battery.

The invention discloses a multi-target anti-collision early warning method based on AIS information, comprising the following steps: Step 1: Establishing a PAD model for predicting dangerous areas adapting to multi-target conditions, Step 2: setting the DCPAs and TCPAs of the own ship; Step 3: according to Calculation of collision avoidance elements based on AIS information; Step 4: Judgment of collision avoidance warning; Step 5: Superimposing and displaying PCD on own ship’s collision avoidance situation circle CCPS. The present invention uses AIS information to calculate the relevant elements of collision avoidance, even in sea areas with high navigation density, dynamic information can be effectively obtained and then relevant elements can be calculated, and the avoidance maneuvering intention of all ships can be reflected in time; the CCPS model established by the present invention It effectively meets the requirements of clearly and concisely displaying the collision avoidance situation in the case of multiple targets. At the same time, it can not only provide collision warning information, but also provide collision avoidance decision-making under the condition of maintaining speed, thus providing convenience for the watchman to conduct command and dispatch of ships .

The invention belongs to the technical field of unmanned aerial vehicle defense, and particularly discloses an unmanned aerial vehicle comprehensive management and control system for the petroleum andpetrochemical field. The system is composed of a comprehensive situation display module, a multivariate information acquisition module, a threat assessment alarm module and a command and dispatch module. The comprehensive situation display module is a comprehensive information display platform based on a GIS geographic information system, and can comprehensively display managed and controlled geographic information resources, unmanned aerial vehicle situation information, flight trajectories, commanding and dispatching and police affair and police affair conditions. The multivariate information acquisition module is composed of a TDOA radio detection system and a grid radio passive detection device, the threat assessment alarm module is composed of an unmanned aerial vehicle target database and an intelligent analysis processing module, and the command and dispatch module is composed of a command control system and a satellite navigation decoy system. The comprehensive management andcontrol system does not cause any influence on the petroleum and petrochemical field, can display the comprehensive management and control condition of the regional unmanned aerial vehicle in real time, is convenient for commanding and dispatching, and solves the technical problem of unmanned aerial vehicle management and control in the petroleum and petrochemical field.

The invention discloses a police visual command and dispatch system and a control method thereof. The system comprises a police walkie-talkie Wange private network unit, a vehicle 4G map transmissionprivate network unit, a police electric vehicle Internet unit, and a video private network platform, wherein respective units can construct an association with the video private network platform to construct a public security prevention and control management model integrating communication command, video dynamic detection, alarm monitoring and early warning analysis, and visual emergency linkagecommand, which achieves real-time command and dispatch, social security prevention and control, and anti-terrorism emergency disposal, realizes visual display, is easy to command, intelligent in design and high in degree of intelligence, and has good application prospects.

The invention relates to a GIS-based smart city management special vehicle monitoring system, which takes an LBS system as a framework and a browser as a display platform. The system comprises a real-time monitoring service module, which provides positioning parameters for a historical track service module and a work and rest monitoring service module; the historical track service module, which can present the historical driving tracks of special vehicles on a digital map; a statistical analysis module, which can search historical boundary-crossing information of the special vehicles; and an electronic fence service module, which can carry out driving restriction on the special vehicles in some area, and can manage the special vehicles conveniently. The GIS-based smart city management special vehicle monitoring system realizes real-time monitoring of the special vehicles, facilitates to carry out basic data monitoring and command and dispatch on the special vehicles during city management, can present and display the historical driving tracks of the special vehicles, can trigger an alarm when the special vehicles cross boundaries, and can improve level of informatization of a supervision department and reduce management cost.