A parallel-flow heat exchanger composed of a plurality of stacked, substantially flat panels defining between them, in the stacked state, spaces through which are adapted to flow the media intended to exchange heat. In the panels there are provided inlet and outlet openings for each of the media. In
A parallel-flow heat exchanger composed of a plurality of stacked, substantially flat panels defining between them, in the stacked state, spaces through which are adapted to flow the media intended to exchange heat. In the panels there are provided inlet and outlet openings for each of the media. In the stacked state, the space between the nth and the (nth+1) of the panels is traversed by one of the media, while the space between the (nth+1) and the (nth+2) panel is traversed by the other one of the media. The inlet and outlet openings are located outside of the confines of the major surfaces of the panels and the axes of the openings lie in planes substantially parallel to the general plane of the panels.
대표청구항▼
A parallel-flow heat exchanger comprised of a plurality of stacked, substantially flat panels defining between them, in the stacked state, spaces through which are adapted to flow the media intended to exchange heat, further comprising: in said panels, inlet and outlet openings for each of said medi
A parallel-flow heat exchanger comprised of a plurality of stacked, substantially flat panels defining between them, in the stacked state, spaces through which are adapted to flow the media intended to exchange heat, further comprising: in said panels, inlet and outlet openings for each of said media, wherein in said stacked state the space between the nth and the (nth +1) of said panels is traversed by one of said media, while the space between said (nth +1) and the (nth +2) panel is traversed by the other one of said media, said inlet and outlet openings being located outside of the confines of said panels, the axes of said openings lying in planes substantially parallel to the general plane of said panels and the surfaces of said panels being embossed with a corrugated pattern, producing two different surface levels, an upper level containing the upper side crests of said corrugated pattern, and a lower level containing the underside crests of said corrugated pattern, said inlet and outlet openings being surrounded on at least three sides by a portal-like structure, and the upper portion of the portal-like structure of the inlet and outlet openings serving one of said media being substantially co-planar with said upper level, and the upper portion of the portal-like structure of the inlet and outlet openings serving the other one of said media being substantially co-planar with said lower level. A panel for a multipanel heat exchanger made of a relatively thin, thermally conductive material, comprising: a major surface provided with an embossed pattern giving a dimension of depth to said relatively thin panel material, and a peripheral skirt comprising inlet and outlet openings for each of the heat-exchanging media, said inlet and outlet openings being located outside of the confines of said major surfaces of the panel, the axes of said openings lying in planes substantially parallel to the general plane of said panel, said embossed pattern producing two different surface levels, an upper level containing the upper side high points of said embossed pattern, said inlet and outlet openings being surrounded on at least three sides by a portal-like structure, and said upper portion of the portal-like structure of the inlet and outlet openings serving one of said media being substantially co-planar with said upper level, and the upper portion of the portal-like structure of the inlet and outlet openings serving the other one of said media being substantially co-planar with said lower level.
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