Honeycomb-like regenerative bed element
AssigneeNippon Furnace Kogyo Kaisha, Ltd.
InventorMasao Kawamoto
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AssigneeNippon Furnace Kogyo Kaisha, Ltd.
InventorMasao Kawamoto
Estimating the term…
A honeycomb-like regenerative bed element having an infinite number of cells, characterized in that the following formula is given: f=(1-.beta.).beta..sup.3 wherein .beta. is an opening ratio of the regenerative bed element, .beta.=(P-T).sup.2 /P.sup.2 P is a pitch of the cells, which is a distance between one center of gravity in one cell and another center of gravity in another cell, the distance extending across a common cell wall perpendicular thereto, and T is a thickness of wall of each of the cells, and that the P and T are set at a maximum value obtained by the formula f or set within a range of values close to that maximum value. P/T ratio, namely, a ratio between P and T may be set at 7.5 or within a range of values from 5 to 10 on the basis of the formula f so as to obtain an optimal conditions for the regenerative bed element. The regenerative bed element is formed from a ceramics material.
A honeycomb regenerative bed element for a waste heat recovery system of a combustion device, the element having a large number of cells, and being structured so that the following function f is attained:
Dependencies are inferred from the claim text.