Roof process type nodirectional beacon reflecting net and construction method thereof

Abstract

Provided are a roof process type nodirectional beacon reflecting net and a construction method thereof. The reflecting net is arranged on a roof of a major structure. A reflecting net steel frame anda plurality of roof stand columns are further included. The roof stand columns are arranged at the top of the major structure and are fixedly connected with the major structure and the reflecting netsteel frame. The roof stand columns are reinforced concrete columns, the roof stand columns and bearing columns of the major structure are integrally cast, embedded plates are buried on the side faces, and rods of the reflecting net steel frame and the embedded plates are welded and fixed. The reflecting net is directly mounted on the roof, approval for land use is not needed, and the technical problems that an earth screen is large in basic point occupied area, large in material use quantity and high in cost are effectively solved. The height is guaranteed, the signal error is small, and theresult is accurate. The roof stand columns cooperate with the reflecting net steel frame for fixing, top displacement caused by wind loads is effectively resisted, the rigidity is guaranteed, and theoverall stable strength is high; vibration and swing of top face antenna can be effectively reduced, and signal instability is avoided; and a glass fiber reinforced plastic guard bar and a hollowed-out checkered plate are arranged, personnel safety is guaranteed, and the signal reflecting strength is improved.

Description

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AI Technical Summary

Benefits of technology

This technology improves upon previous designs that were expensive or had issues such as being too stable due to excess material usage or requiring heavy equipment during installation. It also addresses these challenges while maintaining good performance over longer periods of use compared to older technologies like metal foil reflectors. Overall, this new design provides improved efficiency, reduced costs, increased accuracy, enhanced security features, greater usableness, flexibility, durability, ease of assembly, etc., making it ideal for various applications where weight reduction needs be important.

Problems solved by technology

This patented describes how current terrestrial networks have limitations when trying to locate navigational devices at higher altitudes due to increased interference from other sources such as traffic or weather conditions. To address this issue, new systems were developed called Omnidirectional Beacons Reflection Network (OBRN). These reflections allow vehicles equipped with receivers located anywhere within range to receive accurate position data without being blocked off by tall structures like those found around them. However, these constructions require expensive material and result in weakened support frames making it difficult to maintain their integrity over time.

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