A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FLOOR RADIATION/CONVENTION-TYPE HEATING SYSTEM
To provide a floor radiation/convection-type cooling/heating system for making a cooling/heating wind which is blown from an air conditioner largely flow into lumber girders, and having a synergistic effect of the radiation of a room from a floor material, and the convention of the cooling/heating wind flowing back to the room from a lower part of the floor material.SOLUTION: A floor radiation/convection-type heating system comprises: a support body 7 suspended on a floor slab; a plurality of long-length metal-made lumber girders 2 supported to the support body; a plurality of long-length metal-made joists 3 arranged at upper faces of the lumber girders in parallel with one another, and supporting a floor material while abutting on a lower face of the floor material; and a chamber 4 having a square cross section shape forming a flow passage for supplying the cooling/heating wind from the air conditioner to the lumber girders. An arrangement of the chamber with respect to the lumber girders is formed by combing a long-length first chamber 4a contacting with end parts of the limber girders in a longitudinal direction in a direction orthogonal to the longitudinal direction of the lumber girders, and a long-length second chamber 4b connected to the first chamber in a right angle direction, and contacting with the lumber girders in the longitudinal direction in parallel therewith, and over a substantially-entire length in the longitudinal direction.SELECTED DRAWING: Figure 3
【課題】空調機から送風された冷暖風をより多く大引に流入し、部屋を床材からのふく射熱と、床材下方からの部屋へ還流された冷暖風の対流との相乗効果による床ふく射対流式冷暖房システムを提供する。【解決手段】床スラブ上に垂設された支持体７と、支持体に支持された長尺状の複数の金属製の大引２と、大引の上面に列設され、床材の下面に当接し床材を支持する長尺状の複数の金属製の根太３と、空調機からの冷暖風を大引に送給するための流路を形成する断面形状が四角形状のチャンバー４と、を備え、チャンバーの前記大引に対する配設形態を、前記大引の長手方向と直交する方向でかつ前記大引の長手方向の端部に接触させた長尺状の第一チャンバー４ａと、前記第一チャンバーと直角方向に連結され、前記大引の長手方向と平行でかつ前記大引の長手方向の略全長に亘って接触させた長尺状の第二チャンバー４ｂとの組み合わせによる配設形態とする。【選択図】図３
FLOOR RADIATION/CONVENTION-TYPE HEATING SYSTEM
To provide a floor radiation/convection-type cooling/heating system for making a cooling/heating wind which is blown from an air conditioner largely flow into lumber girders, and having a synergistic effect of the radiation of a room from a floor material, and the convention of the cooling/heating wind flowing back to the room from a lower part of the floor material.SOLUTION: A floor radiation/convection-type heating system comprises: a support body 7 suspended on a floor slab; a plurality of long-length metal-made lumber girders 2 supported to the support body; a plurality of long-length metal-made joists 3 arranged at upper faces of the lumber girders in parallel with one another, and supporting a floor material while abutting on a lower face of the floor material; and a chamber 4 having a square cross section shape forming a flow passage for supplying the cooling/heating wind from the air conditioner to the lumber girders. An arrangement of the chamber with respect to the lumber girders is formed by combing a long-length first chamber 4a contacting with end parts of the limber girders in a longitudinal direction in a direction orthogonal to the longitudinal direction of the lumber girders, and a long-length second chamber 4b connected to the first chamber in a right angle direction, and contacting with the lumber girders in the longitudinal direction in parallel therewith, and over a substantially-entire length in the longitudinal direction.SELECTED DRAWING: Figure 3
【課題】空調機から送風された冷暖風をより多く大引に流入し、部屋を床材からのふく射熱と、床材下方からの部屋へ還流された冷暖風の対流との相乗効果による床ふく射対流式冷暖房システムを提供する。【解決手段】床スラブ上に垂設された支持体７と、支持体に支持された長尺状の複数の金属製の大引２と、大引の上面に列設され、床材の下面に当接し床材を支持する長尺状の複数の金属製の根太３と、空調機からの冷暖風を大引に送給するための流路を形成する断面形状が四角形状のチャンバー４と、を備え、チャンバーの前記大引に対する配設形態を、前記大引の長手方向と直交する方向でかつ前記大引の長手方向の端部に接触させた長尺状の第一チャンバー４ａと、前記第一チャンバーと直角方向に連結され、前記大引の長手方向と平行でかつ前記大引の長手方向の略全長に亘って接触させた長尺状の第二チャンバー４ｂとの組み合わせによる配設形態とする。【選択図】図３
FLOOR RADIATION/CONVENTION-TYPE HEATING SYSTEM
床ふく射対流式冷暖房システム
ISHIMARU MASAKICHI (author) / KYOMURA TAKASHI (author)
2022-08-04
Patent
Electronic Resource
Japanese