초록 ▼

A heat exchange element having a heat receiving side and a heat dissipating side and having a serpentine member defining a first plurality of parallel elongate grooves, having elongate openings all in the heat receiving side, and a second plurality of parallel elongate grooves, having elongate openi

A heat exchange element having a heat receiving side and a heat dissipating side and having a serpentine member defining a first plurality of parallel elongate grooves, having elongate openings all in the heat receiving side, and a second plurality of parallel elongate grooves, having elongate openings all in the heat dissipating side, the grooves of the first plurality being interdigitated with the grooves of the second plurality, and closures which close all of the open ends of one of the pluralities of grooves. An enclosure for an electronic assembly having a rack in which electronic assemblies may be mounted in a vertical orientation, the rack being mounted in a cavity defined by side walls, a rear wall, a front wall, a top and a base which together separate the cavity from the environment surrounding the enclosure. At least one of the walls having one of the heat exchange elements sandwiched between an outer panel and an inner panel.

대표청구항 ▼

An enclosure for heat generating assembly comprising: a rack in which heat generating assemblies may be mounted, the rack being mounted in a cavity defined by side walls, a rear wall, a front wall, a top and a base which together separate the cavity from the surrounding environment of the enclosure;

An enclosure for heat generating assembly comprising: a rack in which heat generating assemblies may be mounted, the rack being mounted in a cavity defined by side walls, a rear wall, a front wall, a top and a base which together separate the cavity from the surrounding environment of the enclosure; at least one of said walls having a heat exchange element sandwiched between an outer panel and an inner panel and being rigidly attached thereto; said heat exchange element having a heat receiving side facing said cavity and a heat dissipating side facing the surrounding environment and comprising a serpentine metallic member defining a first plurality of parallel vertically extending elongate grooves, having elongate openings all in the heat receiving side, and a second plurality of parallel elongate grooves, having elongate openings all in the dissipating side, the grooves of the first plurality being interdigitated with the grooves of the second plurality, the groove ends all terminating in open ends, and closure means closing all of the open ends of only the first plurality of grooves, said closure means being molded and cured in situ in the groove ends they close; a blower means for circulating air past a said assembly, when in the rack, to cool said assembly and subsequently through the heat receiving grooves of the heat exchange element past the inner panel for recirculation past the assembly.