Conveyor Belt Support It is an important component connecting the upper and lower structures. It can transfer the reaction force of the upper structure to the lower structure, coordinate or release the deformation of the upper structure, etc. Conveyor Belt Support It is a steel support. It was developed abroad in the early 1970s. Due to its advantages of long service life, high load-bearing capacity, flexible rotation, adaptability to large angles and large displacements of bridges, it has been widely used. It has also been widely promoted and applied in China's high-speed railways. In recent years, due to its reliable force transmission, flexible rotation, high load-bearing capacity, and large allowable displacement, it has been widely used in large-span spatial structures.

In large-span building structures, in addition to gravity loads and temperature, wind loads and horizontal earthquakes often play a controlling role. Therefore, Conveyor Belt Support it is under a complex stress state and may withstand large horizontal forces under the action of earthquakes, wind loads, and temperature. Wind loads may also cause large wind suction. However, the existing unidirectional sliding spherical bearings have weak tensile force and can only be used for structural members with small tensile force. In view of the shortcomings of traditional unidirectional sliding outer spherical bearings in tensile resistance performance, a new type of anti-lifting unidirectional sliding outer spherical bearing is designed. Using this software to check the mechanical properties under the design load Conveyor Belt Support to verify whether it meets the design and use requirements.

Traditional Conveyor Belt Support mainly consists of an upper slide plate, an upper cover plate, a ball core, and a lower bearing. The upper slide plate is connected to the upper structure, the lower support is connected to the bridge pier, and the ball core is the core part of the spherical support. The tension corridor support is designed based on the traditional spherical support to increase the vertical tension. In addition to the basic structure of the traditional spherical support, the lower part of the upper slide plate is designed as a serrated protrusion, and the upper cover plate is designed as a corresponding serrated concave surface. The upper slide plate and the upper cover plate are connected with corresponding serrations to increase the overall tensile performance of the large bearing. The inner wall of the upper cover plate cylinder is processed into a spherical inner wall, and the outer flange of the base is also processed into a spherical surface, so that Conveyor Belt Support the outer spherical surface of the upper flange is in smooth contact with the inner spherical cover cylinder of the ground, which can be realized under the action of horizontal force.