IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0811863
(2001-03-19)
|
발명자
/ 주소 |
- Manno, Vincent P.
- Guarino, John R.
|
출원인 / 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
5 인용 특허 :
8 |
초록
▼
A low velocity, laminar jet of air is directly impinged on the surface of heat producing components such as a microprocessor chip. A laminar jet air flow has a very low mass flow rate and has a high convection heat transfer rate at the stagnation region of the flow. A fan or an actuator coupled to a
A low velocity, laminar jet of air is directly impinged on the surface of heat producing components such as a microprocessor chip. A laminar jet air flow has a very low mass flow rate and has a high convection heat transfer rate at the stagnation region of the flow. A fan or an actuator coupled to a tube can be used to provide laminar jet air on the heat producing component. For any apparatus that places a premium on conserving power, delivery of a low velocity, laminar jet provides an effective way to cool the components of the apparatus while only minimally draining its power source.
대표청구항
▼
A low velocity, laminar jet of air is directly impinged on the surface of heat producing components such as a microprocessor chip. A laminar jet air flow has a very low mass flow rate and has a high convection heat transfer rate at the stagnation region of the flow. A fan or an actuator coupled to a
A low velocity, laminar jet of air is directly impinged on the surface of heat producing components such as a microprocessor chip. A laminar jet air flow has a very low mass flow rate and has a high convection heat transfer rate at the stagnation region of the flow. A fan or an actuator coupled to a tube can be used to provide laminar jet air on the heat producing component. For any apparatus that places a premium on conserving power, delivery of a low velocity, laminar jet provides an effective way to cool the components of the apparatus while only minimally draining its power source. sawa, 360/103; US-6160683, 20001200, Boutaghou, 360/237.1; US-6185071, 20010200, Asanai et al., 360/236.6; US-6188547, 20010200, Gui et al., 360/236.5; US-6195235, 20010200, Boutaghou et al., 360/235.2; US-6212042, 20010400, Gui et al., 360/234.1; US-6215621, 20010400, Boutaghou, 360/236.6; US-6236543, 20010500, Han et al., 360/236.6; US-6304418, 20011000, Boutaghou et al., 360/236.6; US-6330131, 20011200, Nepela et al., 360/234.5; US-6392842, 20020500, Boutaghou et al., 360/236.6
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