Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
STRUCTURE TO SUPPRESS CORROSION ELEMENT DISPERSION
To suppress dispersion of corrosion elements in an attic space with a simple structure.SOLUTION: A structure to suppress corrosion element dispersion is a structure for suppressing dispersion of corrosion elements in an attic space (100) of a house, and includes an eaves board (3) with an eaves soffit through hole (30) at a position away from an eaves ventilation hole (20) toward the eaves end, and a chamber (4) placed on the eaves board. The chamber has an opening (41) that communicates with the attic space, a ventilation hole (40) that communicates with the outdoor space through the eaves soffit through hole, and a lid member (43) that closes the opening. The lid member is mounted in such a manner that the opening can be opened and closed depending on the pressure difference between the pressure in the internal space (4S) of the chamber and the pressure in the vicinity (120) of eaves ventilation hole in the attic space.SELECTED DRAWING: Figure 2
【課題】簡易な構成で、小屋裏空間内における腐食因子の飛散を抑制すること。【解決手段】腐食因子飛散抑制構造は、住宅の小屋裏空間（１００）内における腐食因子の飛散を抑制するための構造であって、軒元換気口（２０）から軒先側に離れた位置に軒天貫通孔（３０）が設けられた軒天ボード（３）と、軒天ボード上に配置されるチャンバ（４）とを備える。チャンバは、小屋裏空間に連通する開口部（４１）と、軒天貫通孔を介して屋外空間に連通する通気口（４０）と、開口部を閉鎖する蓋材（４３）とを有し、蓋材は、チャンバの内部空間（４Ｓ）の圧力と小屋裏空間内の軒元換気口付近（１２０）の圧力との圧力差によって、開口部を開閉可能に取り付けられている。【選択図】図２
STRUCTURE TO SUPPRESS CORROSION ELEMENT DISPERSION
To suppress dispersion of corrosion elements in an attic space with a simple structure.SOLUTION: A structure to suppress corrosion element dispersion is a structure for suppressing dispersion of corrosion elements in an attic space (100) of a house, and includes an eaves board (3) with an eaves soffit through hole (30) at a position away from an eaves ventilation hole (20) toward the eaves end, and a chamber (4) placed on the eaves board. The chamber has an opening (41) that communicates with the attic space, a ventilation hole (40) that communicates with the outdoor space through the eaves soffit through hole, and a lid member (43) that closes the opening. The lid member is mounted in such a manner that the opening can be opened and closed depending on the pressure difference between the pressure in the internal space (4S) of the chamber and the pressure in the vicinity (120) of eaves ventilation hole in the attic space.SELECTED DRAWING: Figure 2
【課題】簡易な構成で、小屋裏空間内における腐食因子の飛散を抑制すること。【解決手段】腐食因子飛散抑制構造は、住宅の小屋裏空間（１００）内における腐食因子の飛散を抑制するための構造であって、軒元換気口（２０）から軒先側に離れた位置に軒天貫通孔（３０）が設けられた軒天ボード（３）と、軒天ボード上に配置されるチャンバ（４）とを備える。チャンバは、小屋裏空間に連通する開口部（４１）と、軒天貫通孔を介して屋外空間に連通する通気口（４０）と、開口部を閉鎖する蓋材（４３）とを有し、蓋材は、チャンバの内部空間（４Ｓ）の圧力と小屋裏空間内の軒元換気口付近（１２０）の圧力との圧力差によって、開口部を開閉可能に取り付けられている。【選択図】図２
STRUCTURE TO SUPPRESS CORROSION ELEMENT DISPERSION
腐食因子飛散抑制構造
FURUKAWA SHUZO (Autor:in) / MATSUBARA SATOSHI (Autor:in)
18.06.2024
Patent
Elektronische Ressource
Japanisch
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