A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
VENTILATION SYSTEM AND VENTILATION METHOD FOR FACTORY BUILDING
PROBLEM TO BE SOLVED: To provide a ventilation system for a factory building that demonstrates excellent ventilation performance using wind and other forms of natural energy, improves work environment inside the factory building by sufficiently removing heat, odor, dust and others in the factory building, and suppresses adverse impacts on a surrounding environment.SOLUTION: A factory building includes a building body 1 having a side wall part 2 and a roof part 3, and a plurality of factory facilities 4 installed inside the building body 1. The side wall part 2 includes an air intake part 5 and the roof part 3 includes an air exhaust part 6. The roof part 3 is of an inclined structure having the air exhaust part 6 at the topmost part, and inside of the building body is roughly planar in form along the inclination. The factory facility installed near the air exhaust part 6, among the plurality of factory facilities 4, dissipates more heat than the factory facility installed near the air intake part 5. The air intake part 5 includes an air intake port 5a disposed in a range between 2 m and 5 m from a ground surface, and a flap plate 5b connected at a top edge of the air intake port 5a and fixed outside of the side wall part 2 with an inclination toward the ground surface side.SELECTED DRAWING: Figure 1
【課題】風等の自然エネルギーを有効に利用して優れた換気性能を発揮でき、工場建物内の熱、臭気、埃等を十分に除去して工場建物内での作業環境を改善でき、周辺環境への悪影響も抑制できる工場建物の換気システムを提供する。【解決手段】側壁部２と屋根部３とを有する建物本体１と、建物本体１の内部に配置される複数の工場設備４とを備えてなり、側壁部２に吸気部５を屋根部３に排気部６を有し、屋根部３は最上部に排気部６を有する傾斜構造であり、その建物本体内部側が上記傾斜に沿った略平面形状であり、複数の工場設備４のうち、排気部６の近傍側に配置される工場設備が、吸気部５の近傍側に配置されるものよりも発熱量が多く、吸気部５は、地表面から２ｍ〜５ｍの高さの範囲に吸気口５ａが配置されるとともに、吸気口５ａの上端に連結され側壁部２の外側で地表面側に傾斜して固定されるフラップ板５ｂを有する。【選択図】図１
VENTILATION SYSTEM AND VENTILATION METHOD FOR FACTORY BUILDING
PROBLEM TO BE SOLVED: To provide a ventilation system for a factory building that demonstrates excellent ventilation performance using wind and other forms of natural energy, improves work environment inside the factory building by sufficiently removing heat, odor, dust and others in the factory building, and suppresses adverse impacts on a surrounding environment.SOLUTION: A factory building includes a building body 1 having a side wall part 2 and a roof part 3, and a plurality of factory facilities 4 installed inside the building body 1. The side wall part 2 includes an air intake part 5 and the roof part 3 includes an air exhaust part 6. The roof part 3 is of an inclined structure having the air exhaust part 6 at the topmost part, and inside of the building body is roughly planar in form along the inclination. The factory facility installed near the air exhaust part 6, among the plurality of factory facilities 4, dissipates more heat than the factory facility installed near the air intake part 5. The air intake part 5 includes an air intake port 5a disposed in a range between 2 m and 5 m from a ground surface, and a flap plate 5b connected at a top edge of the air intake port 5a and fixed outside of the side wall part 2 with an inclination toward the ground surface side.SELECTED DRAWING: Figure 1
【課題】風等の自然エネルギーを有効に利用して優れた換気性能を発揮でき、工場建物内の熱、臭気、埃等を十分に除去して工場建物内での作業環境を改善でき、周辺環境への悪影響も抑制できる工場建物の換気システムを提供する。【解決手段】側壁部２と屋根部３とを有する建物本体１と、建物本体１の内部に配置される複数の工場設備４とを備えてなり、側壁部２に吸気部５を屋根部３に排気部６を有し、屋根部３は最上部に排気部６を有する傾斜構造であり、その建物本体内部側が上記傾斜に沿った略平面形状であり、複数の工場設備４のうち、排気部６の近傍側に配置される工場設備が、吸気部５の近傍側に配置されるものよりも発熱量が多く、吸気部５は、地表面から２ｍ〜５ｍの高さの範囲に吸気口５ａが配置されるとともに、吸気口５ａの上端に連結され側壁部２の外側で地表面側に傾斜して固定されるフラップ板５ｂを有する。【選択図】図１
VENTILATION SYSTEM AND VENTILATION METHOD FOR FACTORY BUILDING
工場建物の換気システムおよび換気方法
NAKAMURA KEN (author)
2016-05-26
Patent
Electronic Resource
Japanese
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