Adjustable support structural member for supporting building template

Abstract

The invention discloses an adjustable support structural member for supporting a building template, which comprises a support pillar, a support platform, support beams and bolts or pins and is formed by assembling the support platform and the support beams through the bolts or the pins, wherein holes are formed on the support platform and the support beams, and a rigid filling block is connected between the support beams. When the support structural member is assembled, the support pillar and the support platform are arranged at the preset position, the support beams are arranged on the support platform, the bolts or the pins are inserted into the corresponding holes on the support beams and the support platform, the support beams are slid, the support length of the support beams is adjusted appropriately, the bolts or the pins are screwed fixedly, and the rigid filling block is stuffed into the support beams so as to form stable support.

Description

(1) Technical field The invention relates to the field of building construction, in particular to an adjustable support member for supporting building templates. (2) Background technology In traditional construction, the formwork system generally uses bamboo plywood formwork, but bamboo plywood has the disadvantages of low reuse rate and serious waste, which greatly increases the project cost. Combined steel formwork has long service life, high strength, good durability, can be reused, and has significant long-term benefits. Compared with traditional plywood formwork, it has huge advantages. However, the length of the support members of the traditional composite steel formwork is fixed, and the length of the support cannot be adjusted to meet the requirements of different spans. The support arrangement is not flexible. For a single project, it often requires the coordination of multiple support members of different lengths, which makes the construction more difficult. Inves...

AI Technical Summary

Problems solved by technology

However, the length of the support members of the traditional composite steel formwork is fixed, and the length of the support cannot be adjusted to meet the requirements of different spans. The support arrangement is not flexible. For a single project, it often requires the coordination of multiple support members of different lengths, which makes the construction more difficult. investment increase

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