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A platform for research: civil engineering, architecture and urbanism
WATER RECEIVING TANK FOR SNOWMELT ROOF PANEL
PROBLEM TO BE SOLVED: To provide a water receiving tank for snowmelt roof panels in which a turbulent flow is prevented by generating a desirable convection in the inside of the water receiving tank, and a thermal energy of a high temperature hot water and steam returning from return piping to the water receiving tank can effectively be utilized.SOLUTION: A water receiving tank 10 for snowmelt roof panels comprises: a right partition plate 20 having multiple holes 50 to partition the inside of the water receiving tank; a left partition plate 30 having the multiple holes 50; and multiple communicating tubes 40 for connecting the right partition plate with the left partition plate, and serving as a passage of hot water. Holes 50 bored in the right partition plate 20 are connected with the holes 50 of the left partition plate 30 bored in the position lower than the position of the holes installed to the right partition plate 20 by the communicating tubes 40 .
【課題】受水槽内部に好ましい対流を発生させることで、乱流を防ぐとともに、戻り配管から受水槽に戻ってくる高温の熱水や蒸気の熱エネルギーを有効に利用することのできる、融雪屋根パネル用受水槽を提供すること。【解決手段】受水槽の内部を仕切るための、複数の穴５０を有する右仕切り板２０と、複数の穴５０を有する左仕切り板３０と、前記右仕切り板と前記左仕切り板とを連結するとともに熱水の通路となる複数の連通管４０とからなり、右仕切り板２０に穿孔された穴５０と、右仕切り板２０に設置した穴の位置よりも低い位置に穿孔された左仕切り板３０の穴５０とが連通管４０で連結されていることを特徴とする融雪屋根パネル用受水槽１０とした。【選択図】図１
WATER RECEIVING TANK FOR SNOWMELT ROOF PANEL
PROBLEM TO BE SOLVED: To provide a water receiving tank for snowmelt roof panels in which a turbulent flow is prevented by generating a desirable convection in the inside of the water receiving tank, and a thermal energy of a high temperature hot water and steam returning from return piping to the water receiving tank can effectively be utilized.SOLUTION: A water receiving tank 10 for snowmelt roof panels comprises: a right partition plate 20 having multiple holes 50 to partition the inside of the water receiving tank; a left partition plate 30 having the multiple holes 50; and multiple communicating tubes 40 for connecting the right partition plate with the left partition plate, and serving as a passage of hot water. Holes 50 bored in the right partition plate 20 are connected with the holes 50 of the left partition plate 30 bored in the position lower than the position of the holes installed to the right partition plate 20 by the communicating tubes 40 .
【課題】受水槽内部に好ましい対流を発生させることで、乱流を防ぐとともに、戻り配管から受水槽に戻ってくる高温の熱水や蒸気の熱エネルギーを有効に利用することのできる、融雪屋根パネル用受水槽を提供すること。【解決手段】受水槽の内部を仕切るための、複数の穴５０を有する右仕切り板２０と、複数の穴５０を有する左仕切り板３０と、前記右仕切り板と前記左仕切り板とを連結するとともに熱水の通路となる複数の連通管４０とからなり、右仕切り板２０に穿孔された穴５０と、右仕切り板２０に設置した穴の位置よりも低い位置に穿孔された左仕切り板３０の穴５０とが連通管４０で連結されていることを特徴とする融雪屋根パネル用受水槽１０とした。【選択図】図１
WATER RECEIVING TANK FOR SNOWMELT ROOF PANEL
融雪屋根パネル用受水槽
MORISHITA KAZUYA (author)
2015-07-16
Patent
Electronic Resource
Japanese
IPC:
E04H
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