Body assembly for a fluid cooler
AssigneeIngersoll-Rand Company
InventorRobert W. Shaffer
Life of this patent
Estimating the term…
Abstract
According to the embodiment shown, the novel body assembly, for use as a principal component for a fluid cooler, comprises a body of annular configuration formed from a pair of mirror-image halves which are fastened together to form a fluid-conducting channel therewithin. Each of the mating halves has a multiplicity of heat-radiating fins or ribs on the surface thereof which defines an outer surface of the body assembly. Additionally, the halves of the body have fins on their opposite surfaces and, on assembly together, these latter are interleaved, and define an undulating channel through which the fluid to be cooled is conducted.
Claims15
A body assembly, for a fluid cooler, comprising:
- a body;
- said body having a curvilinear configuration, at least and being formed of one pair of mating elements;
- each of said elements having a first surface which defines an outer surface of said body, and a second surface which defines an inner surface of said body;
- said second surfaces of said elements each having a first, peripheral land formed thereon, and a second land spaced-apart from, and concentric with, said peripheral land;
- said peripheral lands of said elements and said concentric lands of said elements being closed upon each other to define a sealed interface therebetween;
- and
- rib means formed on said second surfaces of said elements, intermediate said lands thereof, which cooperatively define a single, undulating, fluid-accommodating channel within said body;
- said undulating channel-defining rib means comprises a multiplicity of ribs extending from and normal to said second surfaces of said elements;
- and
- said ribs subsist in discrete, equally spaced apart planes;
- and
- said ribs of each of said elements are interleaved with said ribs of the other of said elements in a non-contacting, equally-spaced apart, aligned relationship;
- wherein
- each of said elements is substantially a mirror image of the other thereof;
- said channel defines a fluid-accommodating pathway which (a) is concentric with said lands, and (b) constrains fluid flow therethrough to describe a multiplicity of reversing paths which extend between said second surfaces;
- and
- said channel has a greater peripheral dimension adjacent to said first land than it has adjacent to said second land, which provides said channel with a greater fluid-accommodating volume and cooling surface, adjacent to said first land than the fluid-accommodating volume and cooling surface thereof adjacent to said second land.
Dependencies are inferred from the claim text.