| 摘要 |
The principles of this invention rely on the fact that frame constructions for doors, windows, staircase railings and other constituent parts of a building, or house, have hollow spaces which are subjected in their direct vicinity to flows of either preheated air or cooled air and thus form part of a thermal barrier. While primary energy sources, such as for example solar energy, or wind energy, are preferred for use in generating electricity, according to Figs. 1 to 7 sensors and other electronic devices can be used for a balanced temperature. In combination with wind power installations, electricity can be used to heat up ceramic parts in the direct vicinity of frame constructions in the case of windows or doors in such a way that such ceramic parts, used as temporary heat accumulators, make important contributions for a temperature balance. Similar to heat-accumulating furnaces, this invention envisages providing heatable hollow spaces as part of a frame construction in the case of windows or doors, or staircase railings. On similar principles, cooled air can flow out of a frame through provided nozzles or openings in such a way that a window, or a door, or a staircase, or other parts of a house can enjoy a temperature balance, or temperature adaptation.
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