A split building formwork assembly system

Abstract

A combined system of a split building template comprises a column template unit (10), a cross beam template unit (20), a roof template unit (30) and a wall surface template unit (40), wherein the cross beam template unit (20) is set up above the column template unit (10), the roof template unit (30) is set up on the cross beam template unit(30), and the wall surface template unit (40) is annularly arranged on the periphery of the column template unit (10). After the combined system of the template is set up, a constructor places a framework in the combined system of the template first and then pours concrete or cement mortar in the combined system of the template. After the concrete or the cement mortar is hardened and fixedly formed, the constructor dismantles the combined system of the template from the framework type structure of a building so as to finish the whole construction step.

Description

Technical field [0001] The invention relates to a split formwork for construction, in particular to a form comprising a column formwork unit, a beam formwork unit, a roof formwork unit and a wall formwork unit. The beam formwork unit is built above the column formwork unit, and the roof formwork unit is built On the beam formwork unit, the wall formwork unit is arranged around the column formwork unit. After the overall formwork combination system is built, the skeleton is placed in it and concrete or cement mortar is poured into it in sequence. After the concrete or cement mortar is hardened and formed, A split-type building template that removes the template combination system from the frame structure of the building to complete the overall construction steps. Background technique [0002] As we all know, countries are now increasingly emphasizing social urbanization. Urbanization is a process of socio-economic change, including non-agriculturalization of agricultural populatio...

AI Technical Summary

Problems solved by technology

[0005] The above-mentioned construction method of using wooden boards or other boards to fix the integral mold with nails or clips has many shortcomings in specific applications. Therefore, the overall precision of the mold is not high, and the accuracy or precision of the mold needs to be judged by the construction personnel, which is not conducive to improving the quality of the building. Secondly, the above-mentioned method will cause a relatively large loss of the boards spliced ​​into the mold during the actual implementation. It is often necessary to continuously add new boards, which will increase the construction cost. Again, the above-mentioned method is not standardized in the construction steps when it is implemented, which is not conducive to controlling the overall quality of the building.

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