Reinforcement cage storage device and application thereof

Abstract

The invention discloses a reinforcement cage storage device and application thereof. The reinforcement cage storage device comprises a bottom beam; two sand columns, wherein the bottom ends of the twostand columns are fixedly arranged on the bottom beam, the top ends of the two stand columns face the same side of the bottom beam, and the two stand columns are arranged in a spaced mode; and a supporting chain, wherein the two ends of the supporting chain are fixedly arranged on the two stand columns respectively, the heights of the fixing positions of the two ends of the supporting chain are the same, and the supporting chain is hung to be used for supporting a reinforcement cage; when the supporting chain supports the reinforcement cage, the function analytic expression of the curve wherethe supporting chain is located is shown in the specification. The invention relates to the field of building informatization management and building construction. The device is simple in structure,convenient to manufacture, cheap and durable; the bottom of the reinforcement cage bears pressure more evenly under the action of gravity, stress concentration of the reinforcement cage is reduced, and deformation is not likely to happen; meanwhile, a clear and operable technical procedure is provided for design of the reinforcement cage storage device, the reinforcement cage storage device can accurately coincide with the surface of the reinforcement cage, and deformation of the reinforcement cage is reduced to the maximum extent.

Description

technical field [0001] The invention relates to the field of building information management and building construction, in particular to a reinforcement cage storage device and its application. Background technique [0002] In the field of construction and bridge construction, cast-in-situ piles have become a generally applicable type of pile foundation, and the steel cage is the main component. The steel cage plays a role in restraining the concrete of the pile body, so that it can withstand a certain level force. The number of steel cages used on the construction site is large, and they are usually stored on the spot. The circular cross section of the steel cage is mainly guaranteed by the ring stirrup and a small amount of internal support. Due to the heavy weight of the steel cage or multi-layer stacking, it is easy to deform the cross section. Seriously affect the quality of later construction; moreover, as the pile diameters of buildings and bridges become larger and ...

AI Technical Summary

Problems solved by technology

The number of steel cages used on the construction site is large, and they are usually stored on the spot. The circular cross section of the steel cage is mainly guaranteed by the ring stirrup and a small amount of internal support. Due to the heavy weight of the steel cage or multi-layer stacking, it is easy to deform the cross section. Seriously affect the quality of later construction; moreover, as the pile diameters of buildings and bridges become larger and larger, the diameter of the reinforcement cage and the weight of a single section are also larger and larger, and the cross-sectional deformation becomes more and more serious

[0003] In order to solve the problem of deformation of the steel cage during storage, the method of adding more steel cages can be used, but it needs to be cut before it is lowered later, which is time-consuming, laborious and wastes materials

[0004] Application No. 201810817923.4 The invention application proposes a "storage pedestal for storing steel cages of different sizes", which discloses a storage pedestal for storing steel cages of different sizes, using supports to support the steel cages, and by moving Two cylinders and bend the support, so that the diameter of the support changes, which can meet the storage problem of steel cages with different diameters; but it is still difficult to determine how the diameter of the support changes to adapt to the steel cages of different diameters, and the support is also It is difficult to accurately coincide with the surface of the reinforcement cage, which usually leads to stress concentration of the reinforcement cage. Therefore, the technical solution of this application is difficult to put into practical application

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