A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
HEAT EXHAUST SYSTEM
PROBLEM TO BE SOLVED: To discharge hot air in a plurality of living rooms efficiently.SOLUTION: A heat exhaust system (50) is mounted in a building (1) where a plurality of living rooms (13 and 14), and one non-living room (16) adjacent to each living room are arranged on the same floor. The heat exhaust system (50) includes a closed space (30) provide to the upper part of the non-living room, an air intake port (22) for taking external air into the non-living room, air inlets (23 and 24), and air outlets (26 and 27) provided to each living room, and a heat exhaust fan (29). The closed space (30) is adjacent to a partition wall of each of the plurality of living rooms. The air inlets (23 and 24) supply the air taken into the non-living room from the air intake port to the living rooms. The air outlets (26 and 27) discharge the air supplied to each living room from the air inlets to the closed space. In a driven state, the heat exhaust fan (29) discharges the air discharged from the air outlets (26 and 27) to the closed space to the outside.SELECTED DRAWING: Figure 1
【課題】効率良く複数の居室内の熱気を排出すること。【解決手段】排熱システム（５０）は、同一フロアにおいて複数の居室（１３，１４）と各居室に隣接する１つの非居室（１６）とが配置された建物（１）に搭載される。排熱システム（５０）は、非居室の上部に設けられた閉鎖空間（３０）と、非居室に外部の空気を取り込むための空気取り込み口（２２）と、居室ごとに設けられた給気口（２３，２４）および排気口（２６，２７）と、排熱ファン（２９）とを備える。閉鎖空間（３０）は、複数の居室それぞれの間仕切り壁に隣接する。給気口（２３，２４）は、空気取り込み口から非居室に取り込まれた空気を、居室に給気し、排気口（２６，２７）は、給気口から各居室に給気された空気を、閉鎖空間に排気する。排熱ファン（２９）は、駆動状態において、排気口（２６，２７）から閉鎖空間に排気された空気を、外部に排出する。【選択図】図１
HEAT EXHAUST SYSTEM
PROBLEM TO BE SOLVED: To discharge hot air in a plurality of living rooms efficiently.SOLUTION: A heat exhaust system (50) is mounted in a building (1) where a plurality of living rooms (13 and 14), and one non-living room (16) adjacent to each living room are arranged on the same floor. The heat exhaust system (50) includes a closed space (30) provide to the upper part of the non-living room, an air intake port (22) for taking external air into the non-living room, air inlets (23 and 24), and air outlets (26 and 27) provided to each living room, and a heat exhaust fan (29). The closed space (30) is adjacent to a partition wall of each of the plurality of living rooms. The air inlets (23 and 24) supply the air taken into the non-living room from the air intake port to the living rooms. The air outlets (26 and 27) discharge the air supplied to each living room from the air inlets to the closed space. In a driven state, the heat exhaust fan (29) discharges the air discharged from the air outlets (26 and 27) to the closed space to the outside.SELECTED DRAWING: Figure 1
【課題】効率良く複数の居室内の熱気を排出すること。【解決手段】排熱システム（５０）は、同一フロアにおいて複数の居室（１３，１４）と各居室に隣接する１つの非居室（１６）とが配置された建物（１）に搭載される。排熱システム（５０）は、非居室の上部に設けられた閉鎖空間（３０）と、非居室に外部の空気を取り込むための空気取り込み口（２２）と、居室ごとに設けられた給気口（２３，２４）および排気口（２６，２７）と、排熱ファン（２９）とを備える。閉鎖空間（３０）は、複数の居室それぞれの間仕切り壁に隣接する。給気口（２３，２４）は、空気取り込み口から非居室に取り込まれた空気を、居室に給気し、排気口（２６，２７）は、給気口から各居室に給気された空気を、閉鎖空間に排気する。排熱ファン（２９）は、駆動状態において、排気口（２６，２７）から閉鎖空間に排気された空気を、外部に排出する。【選択図】図１
HEAT EXHAUST SYSTEM
排熱システム
TANAKA HIRONORI (author) / NANAOKA HIROSHI (author) / KUROKI HIROSHI (author) / OSAWA JUNJI (author) / KUMANOMIDO REI (author) / FUJIMOTO TAKUYA (author)
2017-09-28
Patent
Electronic Resource
Japanese
EXHAUST HEAT RECOVERY SYSTEM AND METHOD FOR OPERATING SAME
| European Patent Office | 2020