A forming process of bridge steel structure foundation support connectors

Abstract

The present invention relates to a forming process of bridge steel structure foundation support connectors. The bridge steel structure foundation support connector forming process adopts the following bridge support connector forming processing device. The bridge support connector forming processing device includes a mounting bracket, an adjusting support Plate, adjustment mechanism, positioning plate, rotating screw, moving block, telescopic rod and guide column; the forming process of the bridge steel structure foundation support connector using the above-mentioned bridge support connector molding processing device includes the following steps: S1, connecting Part support plate locking; S2, fitting frame position adjustment; S3, upper side plate positioning; S4, rib plate welding. The present invention can solve the problem existing in the processing of the existing steel structure supporting connectors: when splicing upper side panels of different sizes, the locking clips on the upper side panels are not firmly locked, resulting in poor splicing effect between the upper side panels, The forming effect of the upper side plate is affected, and the position of the upper side plate cannot be accurately positioned.

Description

technical field [0001] The invention relates to the field of steel structure connector processing, in particular to a forming process for bridge steel structure foundation support connectors. Background technique [0002] The bridge steel structure foundation support connector is an embedded part before the construction of the bridge column, which is used to connect the bridge column and provide support, thereby increasing the stability of the bridge column. The column structure of the bridge column is a square steel plate, a square steel plate The upper side of the middle part is welded with an upper side plate, and the upper side plates are spliced ​​into a square frame structure. A set of ribs are welded on the outer side of each upper side plate, and the ribs can stabilize the upper side plate. [0003] The bridge steel structure foundation support connector is generally processed manually. After the square steel plate is manually locked, the upper side plate is spliced ...

AI Technical Summary

Problems solved by technology

[0004] When splicing the upper side panels of different sizes, the locking clips do not lock the upper side panels firmly, resulting in poor splicing effect between the upper side panels, affecting the forming effect of the upper side panels, and the position of the upper side panels cannot be adjusted Accurate positioning, the position of the ribs cannot be corrected during welding, and the ribs need to be manually grasped and positioned, which may easily lead to deflection of the ribs

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