A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To effectively mitigate a heat shock in a house.SOLUTION: A temperature control device in a house comprises: temperature sensors 7 and 7 arranged in two adjacent spaces 1 and 2 in the house respectively; an opening part 30 that connects the two spaces 1 and 2; and a ventilation part 5 arranged in the opening part 30 to change an opening area depending on a room temperature difference between the two spaces obtained from the temperature sensors 7 and 7.
【課題】住宅内におけるヒートショックを効果的に和らげる。【解決手段】住宅内における隣り合う２つの空間１，２に夫々配置した温度センサ７，７と、上記２つの空間１，２の間をつなぐ開口部３０と、この開口部３０に配されて上記両温度センサ７，７から得られる２つの空間の室温差に応じて開口面積を変化させる通風部５とからなる。【選択図】図１
PROBLEM TO BE SOLVED: To effectively mitigate a heat shock in a house.SOLUTION: A temperature control device in a house comprises: temperature sensors 7 and 7 arranged in two adjacent spaces 1 and 2 in the house respectively; an opening part 30 that connects the two spaces 1 and 2; and a ventilation part 5 arranged in the opening part 30 to change an opening area depending on a room temperature difference between the two spaces obtained from the temperature sensors 7 and 7.
【課題】住宅内におけるヒートショックを効果的に和らげる。【解決手段】住宅内における隣り合う２つの空間１，２に夫々配置した温度センサ７，７と、上記２つの空間１，２の間をつなぐ開口部３０と、この開口部３０に配されて上記両温度センサ７，７から得られる２つの空間の室温差に応じて開口面積を変化させる通風部５とからなる。【選択図】図１
TEMPERATURE CONTROL DEVICE IN HOUSE
住宅内温度制御装置
OKADA NAOKI (author)
2015-09-28
Patent
Electronic Resource
Japanese
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