Electronic device
First Claim
1. An electronic device comprising:
- a sealable housing to seal against an external environment of the electronic device, the housing including constituent surfaces that are configured by a thermal conductor;
a plurality of heat generating components including a high-heat generating component having a relatively large heating value during operation and a low-heat resistant component having a heating value during operation relatively smaller than the heating value of the high-heat generating component and having a heatproof temperature lower than that of the high-heat generating component, the heat generating components being housed on an inside of the housing; and
a blower housed on the inside of the housing, whereinthe low-heat resistant component is housed above the high-heat generating component,the blower sends wind, in a state in which the wind does not hit the high-heat generating component, from one side surface side of two side surfaces opposed to each other in the housing to the other side surface side between the high-heat generating component and the low-heat resistant component to thereby blow the wind between the low-heat resistant component and the high-heat generating component including heat generated by the high-heat generating component against the other side surface using the wind, anda part of the wind between the low-heat resistant component and the high-heat generating component blown against the other side surface circulates to the one side surface side and is blown from the one side surface side toward the other side surface by the blower.
1 Assignment
0 Petitions
Accused Products
Abstract
An electronic device includes a sealable housing, constituent surfaces of which are configured by a conductor, a plurality of heat generating components including a coil having a relatively large heating value during operation and an electrolysis capacitor having a heating value during operation relatively smaller than the heating value of the coil and having a heatproof temperature lower than the heatproof temperature of the coil, the heat generating components being housed on the inside of the housing, and an internal air fan housed on the inside of the housing. The electrolysis capacitor is housed above the coil. The internal air fan sends wind from one right side surface side of two side surfaces opposed to each other in the housing to the other side surface side between the coil and the electrolysis capacitor to thereby blow air between the electrolysis capacitor and the coil including heat generated by the coil against the other side surface.
9 Citations
5 Claims
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1. An electronic device comprising:
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a sealable housing to seal against an external environment of the electronic device, the housing including constituent surfaces that are configured by a thermal conductor; a plurality of heat generating components including a high-heat generating component having a relatively large heating value during operation and a low-heat resistant component having a heating value during operation relatively smaller than the heating value of the high-heat generating component and having a heatproof temperature lower than that of the high-heat generating component, the heat generating components being housed on an inside of the housing; and a blower housed on the inside of the housing, wherein the low-heat resistant component is housed above the high-heat generating component, the blower sends wind, in a state in which the wind does not hit the high-heat generating component, from one side surface side of two side surfaces opposed to each other in the housing to the other side surface side between the high-heat generating component and the low-heat resistant component to thereby blow the wind between the low-heat resistant component and the high-heat generating component including heat generated by the high-heat generating component against the other side surface using the wind, and a part of the wind between the low-heat resistant component and the high-heat generating component blown against the other side surface circulates to the one side surface side and is blown from the one side surface side toward the other side surface by the blower. - View Dependent Claims (2, 3, 4, 5)
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Specification