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Rainfall distribution and dynamic measurement method based on big-data mobile communication network

The invention relates to a rainfall distribution and dynamic measurement method based on a big-data mobile communication network. The method comprises the following steps: (1) constructing a central server which is connected with a mobile terminal base station and establishing a data communication link among mobile terminals, base stations and the central server; (2) collecting transmitting power of the base stations and power, received by the base stations, of corresponding mobile terminals in real time; (3) establishing one-to-one correspondence relationships between the mobile terminals and some base stations and calculating the path attenuation of the communication link between each mobile terminal and the base station; (4) by taking the transmitting power of the base stations as a reference, calculating attenuation of signals of the mobile terminals caused by non-meteorological factors such as free space propagation loss, buildings, vegetation, unset obstacles and the like; obtaining rain-induced attenuation values of mobile terminal signals in unit distance; establishing correlative relationships between the signal attenuation characteristic of the mobile terminals and rainfall intensity distribution; carrying out fusion analysis with professional meteorological data such as a rain gauge, weather radar and the like to obtain areal distribution of rainfall and dynamic changes of rainfall.
Owner:PLA UNIV OF SCI & TECH

Rankine-cycle-based vortex disc engine system

The invention relates to a Rankine-cycle-based vortex disc engine system which is provided with a closed circulating loop formed by connecting a steam generator, a pressure regulating valve, a vortex disc engine, a condenser and a liquid return pump; the circulating loop is filled with a working medium; a vortex disc engine comprises a shell with an air flow inlet and a vortex disc plate group which is installed in the shell and is driven to rotate by air flow, and the air flow inlet is communicated with the pressure regulating valve; the outermost layer of disc plate of the vortex disc plate group is a thick disc plate, and the middle part of the thick disc plate is connected towards the outer side to form a rotation shaft of the vortex disc plate group and is installed on the shell through a sealing bearing; and one end of the rotation shaft is taken as a power output end, and the other end of the rotation shaft is taken as a steam exhaust outlet to be communicated with the condenser. In the system, a Rankine cycle is taken as a basic principle, the inner liquid work medium is vaporized to form high-pressure steam through the steam generator, and the steam enters the vortex disc engine to act after pressure adjustment to convert steam potential energy into engine kinetic energy to be output, and the exhaust steam is condensed into liquid through the condenser and is sucked and returned to the steam generator through the liquid return pump, therefore, cycle operation is realized.
Owner:何斌

A Big Data-Based Precipitation Distribution and Dynamic Measurement Method for Mobile Communication Networks

The invention relates to a rainfall distribution and dynamic measurement method based on a big-data mobile communication network. The method comprises the following steps: (1) constructing a central server which is connected with a mobile terminal base station and establishing a data communication link among mobile terminals, base stations and the central server; (2) collecting transmitting power of the base stations and power, received by the base stations, of corresponding mobile terminals in real time; (3) establishing one-to-one correspondence relationships between the mobile terminals and some base stations and calculating the path attenuation of the communication link between each mobile terminal and the base station; (4) by taking the transmitting power of the base stations as a reference, calculating attenuation of signals of the mobile terminals caused by non-meteorological factors such as free space propagation loss, buildings, vegetation, unset obstacles and the like; obtaining rain-induced attenuation values of mobile terminal signals in unit distance; establishing correlative relationships between the signal attenuation characteristic of the mobile terminals and rainfall intensity distribution; carrying out fusion analysis with professional meteorological data such as a rain gauge, weather radar and the like to obtain areal distribution of rainfall and dynamic changes of rainfall.
Owner:PLA UNIV OF SCI & TECH

Game resource acquisition method and device, medium, equipment and program product

The invention provides a game resource acquisition method and device, a medium, equipment and a computer program product, which can be applied to various scenes such as games, game basic technologies and game strategies. The method comprises the following steps: displaying a virtual scene of a target game, wherein the virtual scene comprises a first interface element and a first virtual object; controlling the first virtual object to move in the virtual scene in response to a moving signal for the first virtual object; in response to a first operation signal for the first interface element, displaying a virtual character corresponding to the first interface element, controlling the virtual character to fly in the virtual scene according to a first preset track, and after a preset time, controlling the virtual character to fly in the virtual scene according to the first preset track in response to the fact that the attribute value of the virtual character is higher than a first threshold value. Controlling the virtual character to fly in the virtual scene according to a second preset track; in response to the fact that the attribute value of the virtual character is lower than a second threshold value, a second interface element corresponding to the virtual character is displayed, and the first virtual object can obtain the game resources through the second interface element.
Owner:TENCENT TECH (SHENZHEN) CO LTD
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