A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To receive by the whole ceiling (6) by converting gravity into pressure in the present invention, since strength must be strengthened, by reinforcing the center of a floor joist by a sleeper, since strain is not caused, though the strain is caused downward by weight of an object in a floor of a conventional building.SOLUTION: In a pressurization structure of a floor of the present invention, a column (1a) is erected, and a horizontal column (1c) is inserted into the column (1a) from the column (1a), and the ceiling (6) is installed on its horizontal column (1c). An air chamber (3) is installed on its ceiling (6), and a floor surface (2) is stretched on it, and air is put in a bag (3a) in the air chamber (3).SELECTED DRAWING: Figure 1
【課題】 従来の建物の床は、物の重さによって下向きに歪みが生じていた。そのため、歪みが生じないため、根太の中央を大引けなどで補強をし、強度が強い物にしなければならなかった。そこで本発明は、重力を圧力に変換して、天井（６）全体で受け止める。【解決手段】本発明の床の加圧構造は、柱（１ａ）を建て、柱（１ａ）から柱（１ａ）に横柱（１ｃ）を通し、その横柱（１ｃ）の上に天井（６）を取り付ける。その天井（６）の上に空気室（３）を取り付け、その上に床面（２）を張り、空気室（３）の中の袋（３ａ）には空気が入れてある。【選択図】図１
PROBLEM TO BE SOLVED: To receive by the whole ceiling (6) by converting gravity into pressure in the present invention, since strength must be strengthened, by reinforcing the center of a floor joist by a sleeper, since strain is not caused, though the strain is caused downward by weight of an object in a floor of a conventional building.SOLUTION: In a pressurization structure of a floor of the present invention, a column (1a) is erected, and a horizontal column (1c) is inserted into the column (1a) from the column (1a), and the ceiling (6) is installed on its horizontal column (1c). An air chamber (3) is installed on its ceiling (6), and a floor surface (2) is stretched on it, and air is put in a bag (3a) in the air chamber (3).SELECTED DRAWING: Figure 1
【課題】 従来の建物の床は、物の重さによって下向きに歪みが生じていた。そのため、歪みが生じないため、根太の中央を大引けなどで補強をし、強度が強い物にしなければならなかった。そこで本発明は、重力を圧力に変換して、天井（６）全体で受け止める。【解決手段】本発明の床の加圧構造は、柱（１ａ）を建て、柱（１ａ）から柱（１ａ）に横柱（１ｃ）を通し、その横柱（１ｃ）の上に天井（６）を取り付ける。その天井（６）の上に空気室（３）を取り付け、その上に床面（２）を張り、空気室（３）の中の袋（３ａ）には空気が入れてある。【選択図】図１
PRESSURIZATION STRUCTURE OF FLOOR
床の加圧構造
AMIYA SADAYUKI (author)
2017-01-19
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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