Small 5G signal receiving and transmitting ceiling

Abstract

The invention relates to the technical field of 5G, in particular to a small 5G signal receiving and transmitting ceiling. The small 5G signal receiving and transmitting ceiling comprises a connectingfixing base and a climbing ladder component. The climbing ladder component, a bearing connecting device, an adjustable roof component, an adjusting power device, a rotating limiting device, a lever power device and a linkage lever device are fixedly connected to the connecting fixing base. When a signal emitted by a sky surface cannot cover a very good position, the position of the sky surface needs to be adjusted, positions of lower ends of the lever bars are adjusted, and a linkage frame is used for driving a bearing plate to move, so that, a gear is meshed with a gear plate; and the positions of the two fixed wheels meshed with the gear plate are adjusted to be separated from the gear plate, a motor is started to drive the gear plate to rotate around a fixed shaft through the gear, thecircumferential position of the sky surface on the gear plate can be adjusted at the moment, the downward inclination angle of the sky surface can be adjusted by starting a telescopic rod connected with the sky surface, and the sky surface is located at a proper position.

Description

technical field [0001] The invention relates to the field of 5G technology, more specifically, a small 5G signal transmitting and receiving antenna. Background technique [0002] The development of 5G also comes from the growing demand for mobile data. With the development of the mobile Internet, more and more devices are connected to the mobile network, and new services and applications emerge in an endless stream. By 2020, it is expected that the capacity of the mobile communication network will need to increase by 1,000 times the current network capacity. The surge of mobile data traffic will bring severe challenges to the network. First, according to the current development of mobile communication networks, the capacity cannot support a thousand-fold increase in traffic, and network energy consumption and bit costs are unbearable. Large-span and fragmented distribution make it difficult to achieve efficient use of spectrum; in addition, to increase network capacity, ne...

AI Technical Summary

Problems solved by technology

First, according to the current development of mobile communication networks, the capacity cannot support a thousand-fold increase in traffic, and network energy consumption and bit costs are unbearable. Large-span and fragmented distribution make it difficult to achieve efficient use of spectrum; in addition, to increase network capacity, network resources must be intelligently and efficiently used, such as intelligently optimizing services and user personalities, but this aspect is insufficient; finally, the future network It must be a heterogeneous mobile network with multiple networks coexisting. To increase network capacity, it is necessary to solve the problems of efficiently managing each network, simplifying interoperability, and enhancing user experience.

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