6 results about "Signal station" patented technology

The invention relates to the field of low-altitude communication network planning methods, in particular to a 5G three-dimensional coverage and capacity planning design method for low-altitude economy, which comprises the following steps: performing airspace range limitation and application scene division on a target airspace, establishing a mobile model of a low-altitude terminal, and providing dynamic input for simulation; the method comprises the following steps: establishing a dual-frequency heterogeneous network, and determining base station addresses covering targets at different heights and meeting different signal station spacing; performing three-dimensional coverage and quality simulation on the established dual-frequency heterogeneous network, performing network KPI evaluation on the simulation until the standard is reached, and outputting a network deployment planning scheme; deploying according to a network deployment planning scheme, predicting low-altitude service flow, and adjusting a beam direction and a PRB reservation ratio to realize on-demand allocation of resources; and carrying out actual measurement on the deployed network, collecting an air measurement index, comparing a comparison deviation between the air measurement index and a simulation result, and carrying out fine adjustment on the network according to the comparison deviation. According to the invention, diversified communication requirements are met, and the success rate of terminal access is improved.

An automatic allocation method and system for I / O measuring points, a device, a medium, and a product. The automatic allocation method comprises: grouping I / O measuring points into multiple functional groups on the basis of signal functions of the I / O measuring points; individually encoding the I / O measuring points of a same functional group, to obtain an I / O measuring point list; and automatically allocating the I / O measuring points to an I / O card on the basis of code in the I / O measuring point list. Classification of the I / O measuring points is performed on the basis of the signal functions, and encoding of the I / O measuring points is performed in a signal station, so that automatic allocation of the I / O measuring points is implemented, the most economical measuring point allocation scheme is acquired, and the quality and efficiency of engineering implementation are improved.

The invention discloses an unmanned vehicle positioning method, device and equipment and a computer readable storage medium. According to the method, the distance between the unmanned vehicle and each signal station is obtained according to the signal intensity of m signals sent by the signal station and received by the unmanned vehicle and a distance calculation formula, the signal stations are all arranged in a mining area, and m is a positive integer larger than 2; according to the signal-to-noise ratio of each signal station, endowing each signal station with a corresponding weight; the first coordinate of the unmanned vehicle is obtained according to the distance between the unmanned vehicle and each signal station, the coordinate of each signal station and the weight given to each signal station, and high-precision and high-robustness positioning of the unmanned vehicle in the mining area scene is achieved.

This invention discloses a break-in system for an electro-hydraulic servo mechanism, comprising an energy station, an oil filter system, and a break-in signal station. The energy station includes multiple sets of break-in components, with the input and output ends of each set connected to the output and input ends of the oil filter system, respectively. The oil filter system filters the hydraulic oil and supplies it to the break-in components. The hydraulic oil is transferred through an oil circuit to the electro-hydraulic servo mechanism, providing high-pressure energy. The break-in components include an oil pump, a valve group, a workpiece mounting position, and a pressure regulating device. The pressure regulating device adjusts the inlet and outlet pressures of the workpiece mounting position. The break-in signal station receives a first feedback signal from the electro-hydraulic servo mechanism and a position signal acquired through a process potentiometer. It compares and amplifies the first feedback signal and the position signal, outputs a first control signal, and sends the first control signal to the process servo valve via a break-in cable.

The application discloses a kind of real-time anti-interference detection device and method for short wave signaling antenna feeder system.The device includes digital power meter, high-power radio frequency source, directional coupler, radio frequency isolation selector, first-four radio frequency adapter and master control software module.The method is: starting master control software module, performing system parameter assignment;Through high-power radio frequency source network interface remote reading short wave signaling antenna end directional coupler forward and reverse power value, calculate standing wave value, draw standing wave frequency response curve;Carry out data processing, generate evaluation report, and upload to superior information system;Superior information system determines whether real-time monitoring signaling state, if yes, then real-time monitoring signaling state;Otherwise, close master control software module, end detection.The application realizes real-time, anti-interference monitoring short wave signaling station signaling antenna feeder health status, high safety, strong real-time, high detection accuracy, can accurately feedback the health status of signaling antenna feeder.

A communication system includes a signal station, and a display screen spliced by a plurality of cabinets. The signal station and the plurality of cabinets form a star-shaped communication structure to establish a wireless communication connection for wireless signal transmission of information, and a wireless signal is transmitted wirelessly between the plurality of cabinets.