초록
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A miniature vapor compression cycle thermal management device includes a dropwise condenser and ejector. The device includes a flexible compressor membrane serving as the compressor. The compressor can be stimulated electrostatically and drives refrigerant charge through a closed loop defined by interconnected compressor, condenser, expansion, and evaporator structures. The condenser includes a flexible condensing membrane for dropwise condensation and for propelling condensed droplets of refrigerant from a cooled condensing surface into an expansion cha...
A miniature vapor compression cycle thermal management device includes a dropwise condenser and ejector. The device includes a flexible compressor membrane serving as the compressor. The compressor can be stimulated electrostatically and drives refrigerant charge through a closed loop defined by interconnected compressor, condenser, expansion, and evaporator structures. The condenser includes a flexible condensing membrane for dropwise condensation and for propelling condensed droplets of refrigerant from a cooled condensing surface into an expansion chamber. The overall structure and size of the device is similar to microelectronic packages, and it may be combined to operate with similar devices in useful arrays.
대표
청구항
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A miniature vapor compression cycle thermal management device includes a dropwise condenser and ejector. The device includes a flexible compressor membrane serving as the compressor. The compressor can be stimulated electrostatically and drives refrigerant charge through a closed loop defined by interconnected compressor, condenser, expansion, and evaporator structures. The condenser includes a flexible condensing membrane for dropwise condensation and for propelling condensed droplets of refrigerant from a cooled condensing surface into an expansion cha...
A miniature vapor compression cycle thermal management device includes a dropwise condenser and ejector. The device includes a flexible compressor membrane serving as the compressor. The compressor can be stimulated electrostatically and drives refrigerant charge through a closed loop defined by interconnected compressor, condenser, expansion, and evaporator structures. The condenser includes a flexible condensing membrane for dropwise condensation and for propelling condensed droplets of refrigerant from a cooled condensing surface into an expansion chamber. The overall structure and size of the device is similar to microelectronic packages, and it may be combined to operate with similar devices in useful arrays. iter; US-4948055, 19900800, Belcher; US-4982568, 19910100, Kalina; US-4987735, 19910100, DeLong; US-5050375, 19910900, Dickinson; US-5055030, 19911000, Schirmer; US-5069031, 19911200, Shekleton; US-5088450, 19920200, Sternfeld; US-5103630, 19920400, Correa; US-5131225, 19920700, Roettger; US-5175994, 19930100, Fox; US-5175995, 19930100, Pak; US-5247791, 19930900, Pak; US-5265410, 19931100, Hisatome; US-5285628, 19940200, Korenberg; US-5329758, 19940700, Urbach; US-5353589, 19941000, Althaus; US-5363642, 19941100, Frutschi; US-5417053, 19950500, Uji; US-5449568, 19950900, Micheli; US-RE35061, 19951000, Correa; US-5479781, 19960100, Fric; US-5490377, 19960200, Janes; US-5491969, 19960200, Cohn; US-5511971, 19960400, Benz; US-5535584, 19960700, Janes; US-5541014, 19960700, Micheli; US-5557936, 19960900, Drnevich; US-5572861, 19961100, Shao; US-5581997, 19961200, Janes; US-5590518, 19970100, Janes; US-5617719, 19970400, Ginter; US-5628184, 19970500, Santos; US-5636980, 19970600, Young; US-5678408, 19971000, Janes; US-5679134, 19971000, Brugerolle; US-5680764, 19971000, Viteri, 060/716; US-5687560, 19971100, Janes; US-5709077, 19980100, Beichel; US-5715673, 19980200, Beichel; US-6170264, 20010100, Viteri et al., 060/671; US-6247316, 20010600, Viteri, 060/039.6; US-6389814, 20020500, Viteri et al., 060/716