TH29564A - The wall part and method of its construction - Google Patents

Abstract

DC60 (20/02/41) The process for creating walls, floors or ceilings at construction sites. The process of constructing a rigid frame (10) is essential and the bonding of cement panels is achieved. Fiber reinforcement (50) against the front and back surfaces of the frame to create a gap (60) between there.This gap (60) is then filled with light aggregate concrete slurry. And was left to solidify The sheets will be adjusted to absorb adequate moisture from the Total mass slurry Light to provide a natural bonding of slurry concrete to the slab. Without a significant loss of its structural integrity during Formwork and solidification of slurry concrete, processes for the construction of walls, floors or ceilings in construction. The process of constructing a rigid frame (10) is essential and the bonding of cement panels is achieved. Fiber reinforcement (50) against the front and back surfaces of the frame to create a gap (60) between there.This gap (60) is then filled with light aggregate concrete slurry. And was left to solidify The sheets will be adjusted to absorb adequate moisture from the Total mass slurry Light to provide a natural adhesion of Slurry concrete with slabs Without a significant loss of its structural integrity during Formation and hardening of slurry concrete

Claims (1)

The method of constructing walls, floors or ceilings on site where such method includes the following steps: establishing a relatively rigid frame defining the front and back surfaces of the wall, floor or ceiling; bonding fiber-reinforced cement boards to these front and back surfaces, forming voids between them; injecting slurry of lightweight aggregate concrete with a density between approximately 200 kg/m³ and 1800 kg/m³ into these voids; and allowing the slurry of concrete to set and cure, during which the boards absorb moisture at a rate higher than approximately 0.2 mm per hour to ensure the natural adhesion of the slurry to the boards, with relatively little loss of its structural unity during setting and curing. 2. The method of constructing walls, floors or ceilings on site as claimed in claim 1, where the voids are relatively filled with slurry of lightweight aggregate concrete. 3. The method of constructing walls, floors or ceilings on site as claimed in claim 1, where the voids are filled in the following steps. 4. The method of constructing walls, floors or ceilings on site as claimed in Reputation 1, where the frame is constructed using a metal frame structure. 5. The method of constructing walls, floors or ceilings on site as claimed in Reputation 4, where the frame structure is one section of a box, a C-shaped section, a Z-shaped section, or an I-shaped section. 6. The method of constructing walls, floors or ceilings on site as claimed in Reputation 4, where the frame structure includes a number of parallel spaced flanges connected by thin plates, so that in use the flanges are relatively adjacent and parallel to the plates facing forward or backward, respectively. 7. The method as claimed in Reputation 1, where reinforced cement plates are fastened together. 8. The method of construction of walls, floors or ceilings at the construction site as claimed in Reputation 1, where the reinforced cement board is mechanically fastened to the said frame. 9. The method of construction of walls, floors or ceilings at the construction site as claimed in Reputation 1, where the slurry of lightweight concrete contains no more than approximately 50% moisture content. 10. The method of construction of walls, floors or ceilings at the construction site as claimed in Reputation 1, where the slurry of concrete contains a material of a choice from a group consisting of foaming agents, air-binding agents, lightweight aggregates, and any combination of the materials previously mentioned. 11. The method of construction of walls, floors or ceilings at the construction site as claimed in Reputation 1, where the lightweight aggregate slurry... 1. A method for constructing walls, floors or ceilings at a construction site as claimed in claim 1, where each cubic meter of lightweight concrete slurry contains approximately 120 kg of cement, approximately 160 kg of fly ash, approximately 1 m³ of expanded polystyrene spheres, approximately 4 liters of air reservoirs and approximately 150 liters of water. 1. A method as claimed in claim 1, where such lightweight aggregate slurry contains 50-70% by volume of expanded polystyrene spheres, 20-40% sand, 5-15% cement, 5-15% water and 0-20% fly ash, finely ground slag or similar material. Other fine silicon 1 4. Method of construction of walls, floors or ceilings in a construction site as claimed in claim 1, where such panels are constructed from low-density fiber-reinforced cement of a thickness of 1. 5. The method of constructing walls, floors or ceilings at the construction site as claimed in Claim 1, where such panels are constructed from low moisture permeability sheets. 1. 6. Walls constructed using the method as claimed in Claim 1. 1. 7. The method of constructing walls, floors or ceilings at the construction site as claimed in Claim 1, where such panels absorb moisture at a rate between 0.5 and 1 mm per hour. 1. 8. The method of constructing walls, floors or ceilings at the construction site as claimed in Claim 1, where such panels absorb moisture at a rate between 0.2 and 0.5 mm per hour. 1. 9. The method of constructing walls, floors or ceilings at the construction site as claimed in Claim 1, where such panels are approximately 6 mm or more thick. 20. The method of constructing walls, floors or ceilings at a construction site as claimed in claim 1, where such panels have a density between 800 kg/m³ and 1200 kg/m³. 2 1. The method of constructing walls, floors, or ceilings at a construction site as claimed in claim number 1, where such panels have a density between 800 and 900 kg/m³.