Reinforcement cage containing non-dismantling forming beam template, template structure and architectural technology

Abstract

The invention discloses a reinforcement cage containing non-dismantling forming beam template, a template structure and an architectural technology. The reinforcement cage containing non-dismantling forming beam template comprises a beam fixing frame, a beam reinforcement cage, beam plates and beam auxiliary pieces, wherein the beam fixing frame comprises four beam fixing angle sections and beam connecting pieces; the m fixing frame comprises four beam fixing angle sections extend transversely and are arranged at four corners; the beam connecting pieces are vertically arranged between adjacentbeam fixing angle sections; the beam reinforcement cage is fixedly arranged in the beam fixing frame; the beam plates are fixedly paved at the bottom and the external parts of the two sides of the beam fixing frame; and the beam auxiliary pieces are fixedly connected between the beam reinforcement cage and the beam fixing frame to reserve protective layer thickness between the beam reinforcementcage and the beam fixing frame. According to the reinforcement cage containing non-dismantling forming beam template, the beam fixing frame formed through combining the beam fixing angle sections andthe beam connecting pieces is arranged on the periphery of the beam reinforcement cage, so that the beam plates can be conveniently fixed, and a stable frame structure is provided between the beam reinforcement cage and the beam plates to improve the structural strength of the beam template, and reduce deviation of the beam reinforcement cage or the beam plates during the mounting or pouring process to ensure the the thickness of the concrete protective layer after pouring.

Description

technical field [0001] The invention relates to the field of concrete building templates. Background technique [0002] In the traditional building construction process, formwork engineering has always been a process that takes a long time and costs a lot. During the construction of the formwork project, the whole wood formwork and supporting rods need to be cut and processed according to the variable size of the cast-in-place concrete components, resulting in a lot of waste of raw materials, and the formwork construction process is complicated, and it needs to be dismantled after the concrete pouring is completed , will generate a lot of labor cost and time cost. [0003] Therefore, in order to simplify the construction process, non-demolition formwork structures have appeared in the prior art. The formwork panels are used as decorative surfaces after pouring and do not need to be dismantled. The method is simple and the strength is not enough, which often leads to the de...

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Problems solved by technology

[0002] In the traditional building construction process, formwork engineering has always been a process that takes a long time and costs a lot

During the construction of the formwork project, the whole wood formwork and supporting rods need to be cut and processed according to the variable size of the cast-in-place concrete components, resulting in a lot of waste of raw materials, and the formwork construction process is complicated, and it needs to be dismantled after the concrete pouring is completed , will generate a lot of labor cost and time cost

[0003] Therefore, in order to simplify the construction process, non-demolition formwork structures have appeared in the prior art. The formwork panels are used as decorative surfaces after pouring and do not need to be dismantled. The method is simple and the strength is not enough, which often leads to the deviation of the position of the steel bar during the installation or pouring process, and the thickness of the protective layer is not enough after the pouring is completed

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