Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Partition member and heating/cooling system
Provided are a partition member and a heating/cooling system in which radiant heating/cooling is possible even when the rear-side space of a heating/cooling space is small. The partition member (10), when arranged so as to partition the object space (R), includes: a partition plate (12) that is arranged to form a gap with respect to a building structural surface (Bf); a heat dissipation part (15) that is formed on a surface, which is on the side of the object space (R), of the partition plate (12); and a heat-collection plate (18) that is contacted with the heat dissipation part (15) so as to transfer heat to the heat dissipation part (15). The heat-collection plate (18) protrudes towards the side of the building structural surface (Bf), is provided so as to be parallel with respect to a reference direction (D), and exhibits a length (L) in the reference direction (D) that is formed at a prescribed length. The heat of the air (A) that flows through the rear-side space (S) can be highly efficiently transmitted to the heat dissipation part (15) via the heat-collection plate (18) by a leading edge effect, and the heat can be radiated from the heat dissipation part (15). The heating/cooling system includes a plurality of the partition members (10), which are lined up, and an air-temperature adjusting mechanism that adjusts the temperature of the air (A) that is supplied to the rear-side space (S) between the partition plate (12) and the building structural surface (Bf).
Partition member and heating/cooling system
Provided are a partition member and a heating/cooling system in which radiant heating/cooling is possible even when the rear-side space of a heating/cooling space is small. The partition member (10), when arranged so as to partition the object space (R), includes: a partition plate (12) that is arranged to form a gap with respect to a building structural surface (Bf); a heat dissipation part (15) that is formed on a surface, which is on the side of the object space (R), of the partition plate (12); and a heat-collection plate (18) that is contacted with the heat dissipation part (15) so as to transfer heat to the heat dissipation part (15). The heat-collection plate (18) protrudes towards the side of the building structural surface (Bf), is provided so as to be parallel with respect to a reference direction (D), and exhibits a length (L) in the reference direction (D) that is formed at a prescribed length. The heat of the air (A) that flows through the rear-side space (S) can be highly efficiently transmitted to the heat dissipation part (15) via the heat-collection plate (18) by a leading edge effect, and the heat can be radiated from the heat dissipation part (15). The heating/cooling system includes a plurality of the partition members (10), which are lined up, and an air-temperature adjusting mechanism that adjusts the temperature of the air (A) that is supplied to the rear-side space (S) between the partition plate (12) and the building structural surface (Bf).
Partition member and heating/cooling system
TSUNODA TADASHI (Autor:in)
17.02.2016
Patent
Elektronische Ressource
Englisch
COMPARTMENT MEMBER, COMPARTMENT MEMBER UNIT, AND HEATING/COOLING SYSTEM
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