U.S. patents available from 1976 to present.
U.S. patent applications available from 2005 to present.

Cooling apparatus for computer subsystem

Patent 6115251 Issued on September 5, 2000. Estimated Expiration Date: Icon_subject April 15, 2019. Estimated Expiration Date is calculated based on simple USPTO term provisions. It does not account for terminal disclaimers, term adjustments, failure to pay maintenance fees, or other factors which might affect the term of a patent.

Patent References

Liquid cooled terminal boxes
Patent #: 4317952
Issued on: 03/02/1982
Inventor: Armor ,   et al.

Heat radiation system for electronic devices
Patent #: 4414604
Issued on: 11/08/1983
Inventor: Matsui ,   et al.

Cabinet for electronic apparatus
Patent #: 4646202
Issued on: 02/24/1987
Inventor: Hook ,   et al.

Heat conducting interface for electronic module
Patent #: 4958257
Issued on: 09/18/1990
Inventor: Wenke

Combination conductive and convective heatsink
Patent #: 5424916
Issued on: 06/13/1995
Inventor: Martin

Enclosure with redundant air moving system Patent #: 5493474
Issued on: 02/20/1996
Inventor: Schkrohowsky, et al.

Inventors

Assignee

Application

No. 294305 filed on 04/15/1999

US Classes:

361/699, Liquid165/80.4, Liquid cooled165/104.33, Cooling electrical device174/15.1, With cooling or fluid feeding, circulating or distributing174/15.2, By heat pipe361/700, Change of physical state361/701With heat exchanger unit

Examiners

Primary: Thompson, Gregory D.

International Class

H05K 007/20

Abstract

An improved apparatus is disclosed for cooling the power dissipating components of a computer subsystem, including microprocessors and hard disk drive assemblies. The apparatus utilizes the computer subsystem's chassis or enclosure, by configuring it as a roll bond panel formed from two sheets bonded together to define a fluid channel therebetween. Various concentrated sources of power dissipation are mounted within the enclosure on special component panels that themselves define a fluid channel. A working fluid is disposed within the channels of the component panels and the enclosure panel. During operation, heat generated by the sources of power dissipation is transferred to the working liquid within the fluid channels of the component panels and, in turn, to the working fluid disposed within the fluid channel of the enclosure panel, for dissipation by convection. In one disclosed embodiment, the working fluid undergoes a reversible phase change, to facilitate an efficient transfer of heat throughout the enclosure panel and thereby to heat the panel to a substantially uniform temperature.

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