T beam prefabricated plant

Abstract

The invention discloses a T beam prefabricated plant which comprises multiple pedestal structures, wherein each pedestal structure comprises a lengthwise pedestal; a steel plate and at least two leveling structures are arranged on the top surface of the pedestal; the leveling structures are used for adjusting the transverse and longitudinal slopes of a leveling steel plate on the T beam; channel steel is arranged at the upper ends of the two side surfaces of the pedestal along the lengthwise direction; and the edge of one wing plate of the channel steel is level with the side surface of the pedestal, and another wing plate is abutted against the steel plate in parallel. According to the T beam prefabricated plant disclosed by the invention, the transverse and longitudinal slopes of the leveling steel plate on the T beam can be conveniently adjusted through a dedicated leveling structure to finish leveling of the transverse and longitudinal slopes on the T beam and prevent voids and pits.

Description

technical field [0001] The invention relates to the field of bridge component prefabrication equipment, in particular to a T-beam prefabrication field. Background technique [0002] T-beam is a large structural beam used in bridges, especially highway bridges. In order to improve construction efficiency, T-beams are often pre-prepared in a specific workshop, and then transferred and installed to the design site and installation site through transfer and installation equipment. In terms of location, the design of the precast yard has a relatively large impact on the quality of the T-beam. [0003] A key component of the T-beam prefabrication field is the platform structure of the T-beam prefabrication field, which requires a stable structure and a long service life. In addition, it must be able to meet the high-efficiency production and transfer of the T-beam, which not only ensures that the T-beam is in the prefabrication process The full realization of the design structure...

AI Technical Summary

Problems solved by technology

However, the pedestal structure commonly used in the T-beam prefabrication field currently has the problems of inconvenient fine-tuning of the T-beam structure and low production transfer efficiency. For example, the T-beam has a transverse and longitudinal slope, and the adjustment of the transverse and longitudinal slope structure needs to be adjusted by the leveling steel plate at the bottom of the T-beam. , this adjustment is often difficult due to the longer and bulkier T-beam

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