Assembled-type dense rib beam floor system combination template and construction method

Abstract

The invention relates to an assembled-type dense rib beam floor system combination template and a construction method. The assembled-type dense rib beam floor system combination template comprises a supporting rack, a rib beam template plate and a plastic turnover template shell; four rib beam bottom template plates are separately arranged on four corners of the supporting rack; the adjacent rib beam bottom template plates are symmetrically arranged; the plastic turnover template shell comprises a standard template shell and a movable template shell; the standard template shell is embedded ingrating embedding grooves of the rib beam bottom template plates; and two ends of the movable template shell are separately fixedly arranged on half frame grooves of half grating bodies of the rib beam bottom template plates which are adjacently and symmetrically arranged, so that the complete dense rib beam floor system combination template is formed. The assembled-type dense rib beam floor system combination template is simple in structure, can be assembled on site and repeatedly utilized; and besides, the assembled-type dense rib beam floor system combination template is convenient to disassemble, assemble and fix, and can be circularly utilized to dense rib beam floor system construction.

Description

technical field [0001] The invention belongs to the technical field of building templates, and relates to the dense rib beam template technology, in particular to an assembled dense rib beam floor composite template and a construction method. Background technique [0002] As a new formwork system, plastic formwork has been widely used in construction engineering in recent years. The densely ribbed floor system formed by plastic formwork has gradually replaced the traditional densely ribbed structure due to its excellent economic benefits. Compared with the traditional dense rib beam structure system, it has natural advantages such as simple construction, short cycle, low cost, novel appearance, and reduced noise. At present, the development of formwork has mainly gone through two generations. The first-generation formwork adopts disposable formwork, which is easy to fall off, return to alkali, break, and the wall thickness is not standard and easy to leak during construction...

AI Technical Summary

Problems solved by technology

At present, the development of formwork has mainly gone through two generations. The first-generation formwork adopts disposable formwork, which is easy to fall off, return to alkali, break, and the wall thickness is not standard and easy to leak during construction; the second-generation formwork is fixed with nails, and the disassembly process is cumbersome. The secondary construction utilization rate is low, the construction cost is high, and the period is long; in addition, whether it is the first-generation formwork or the second-generation formwork, it is often used to pave or strip, that is, to lay the bottom form under the formwork as a whole or at intervals. Due to the lack of connection between the formwork, it is necessary to fill the gaps between the formwork with fillers such as bamboo plywood, wooden strips, and extruded plastic slats before pouring to prevent the formwork from falling under the lateral pressure of the concrete. Displacement, this process causes the formwork construction process to be cumbersome, and the removal of the formwork after pouring is complicated

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