Circular ring suspender and welded hollow spherical joint stiffening beam glass suspension bridge

Abstract

The invention belongs to the technical field of bridges, and discloses a circular ring suspender and welded hollow spherical joint stiffening glass suspension bridge. The circular ring suspender and welded hollow spherical joint stiffening glass suspension bridge adopts a pattern of audio frequency as a design characteristic; the concept of a spatio-temporal tunnel is introduced to architecture and landscape, a circular ring with variable diameter is adopted to set off a pedestrian passageway, and visitors just like walk in the suspended spatio-temporal tunnel; or the call and the sound wave in an open country reverberate among distant mountains. According to the circular ring suspender and welded hollow spherical joint stiffening glass suspension bridge, due to the diversity of the changeof the adopted plane and space, the visitors feel different space changes in the traveling process, the visual fatigue for spanning an ultra-long bridge body is reduced, and therefore the interestingness of the glass gallery bridge is increased, and in addition, the visitors are personally on the scene in the high altitude where transparent glass is erected, so that the visitors can better fell the charm of the nature and the excitement brought by being high up in the air.

Description

Technical field [0001] The invention belongs to the technical field of bridges, and in particular relates to a glass suspension bridge with a circular ring suspension rod and a welded hollow spherical joint stiffening beam. Background technique [0002] Currently, the closest existing technology: [0003] (1) Boom: At present, the slings of the existing suspension bridges basically use steel wire ropes or parallel steel wire bundles, but the specifications and models are different, and the rigid boom is made of alloy steel rods. As a traditional sling, the steel wire rope is made of multiple steel wires twisted into strands and multi-strand multi-layer twisted. Its elastic modulus is small, and the inelastic deformation is large. It has a great impact on the production accuracy, so it is difficult to control the length of the sling. In addition, the steel wire rope has poor anti-corrosion performance. It is necessary to add a protective cover, coating or oil to the steel wire to p...

AI Technical Summary

Problems solved by technology

[0008] (1) The manufacturing precision of traditional slings is difficult to control, easy to corrode, and high maintenance cost in the later stage;

[0009] (2) The construction operation of traditional nodes is inconvenient in this case;

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