Special-shaped beam column node template and engineering template equipping method thereof

Abstract

The invention discloses a special-shaped beam column node template and an engineering template equipping method thereof. The special-shaped beam column node template comprises a bottom die used for being connected with an upright column in a sealing and embracing mode, and an upper die which is fixedly connected with the bottom die, wherein an annular platform is arranged at the upper opening of the bottom die outwards at 90 degrees, a long strip arc through hole is formed in the annular platform, the upper die consists of a plurality of sections of arc templates, the plurality of sections of arc templates are regulated and spliced along the inner circumference of the bottom die to left beam connectors in different directions to form special-shaped beam column nodes, and a bolt penetrates through the through hole to be used for fixing the upper die onto the bottom die. According to the special-shaped beam column node template disclosed by the invention, by virtue of the structure, an upper template can be arranged in an arbitrary rotating mode so as to regulate the direction of a beam opening; by using the upper template formed by the arc templates with the common divisor or called modulus, the upper template can be detached and separately spliced, and the problem of non generality is solved with the combined type modulus upper template; by virtue of a matching method, the use quantity of the upper template can be proper, so that the segmented continuous construction is realized without needing to manufacture the whole template, and the construction cost is saved.

Description

Technical field [0001] The invention relates to the field of building construction, in particular to a special-shaped beam-column node template and a method for equipping an engineering template. Background technique [0002] Building construction involves concrete pouring, so it involves the use of a large number of templates. When pouring a whole structure, it is usually poured in sections, and it is continuous in sections. In order to save the use of formwork, the formwork should also Sectional support requires that the formwork should be universal. As a standard structure, the formwork can usually be universal. However, when encountering some special-shaped structures, for example, the beam-column structure of a floor is not uniform from front to back. Each section is in the column. There will be different beam exit directions and different number of joint beams. This will cause the front and rear templates to not be interchangeable. The template support of the overall beam a...

AI Technical Summary

Problems solved by technology

[0002] Concrete pouring is involved in building construction, so it involves the use of a large number of formwork. When pouring a whole structure, it is usually poured in sections, and it is continuously poured in sections. In order to save the use of formwork, the formwork must also Segmented support, so the formwork should be universal. As a standard structure, the formwork can usually be used universally. However, when encountering some special-shaped structures, for example, the beam-column structure of a floor is not uniform from front to back, and each section is in the column. There will be different beam direction and the number of joint beams, which will cause the front and rear formwork cannot be interchanged, and the formwork support of the overall beam and column is required, and the reuse rate is low, which greatly increases the construction investment. Conducive to saving and environmental protection

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