Abstract:
The invention relates to a cooling jacket (100) for use in electronic apparatus having a heat-generating element (200) therein, for transmitting heat generated from the heat-generating element (200) into a liquid coolant flowing therein. The cooling jacket (100) comprises a cover (130) building up a heat transfer surface to be in contact with a surface of the heat-generating element (200), a passage (110) for the liquid coolant, which is formed neighboring the heat transfer surface and wound round in an "S"-like manner inside the main body (120) of the cooling jacket (100), and an inlet (111) and an outlet (112) attached at both ends of the flow passage for the liquid coolant, and further a dispersion member (150) is disposed in the flow passage, being built up by gathering a plural number of members (150), each of which has a "U"-like cross-section and an aspect ratio of 10 to 20, thereby diffusing the liquid coolant therein, so as to transfer the heat from the heat-generating element (200) thereto with high efficiency, and thereby enabling to cool down the heat-generating element (200), fully, even with a relatively small amount or volume of the liquid coolant.
Abstract:
A liquid cooling system being freely applicable to various kinds of electronic apparatuses, for cooling a CPU, which is mounted within a housing (100), the system comprises: a cooling jacket (50), a radiator (60) and a circulation pump, wherein the circulation pump is built up with a centrifugal pump, in which a rotor (730) having a plural number of blades formed in a centrifugal manner, a pump chamber (741) receiving the rotor in an inside thereof, and a field coil (712) of an electric motor for driving the rotor rotationally are formed into one body, and the pump chamber is disposed to be located below the electric motor, thereby achieving the structure so that a liquid coolant fills up the pump chamber when stopping, in spite of the disposition of the circulation pump.
Abstract:
A method including sensing a temperature of an electronic component in a portable computing device; circulating a fluid between one of a first heat transfer plate and a second heat transfer plate in response to a threshold temperature being sensed; and stopping the circulating in response to sensing a temperature is below the threshold temperature. A heat exchanging system including a first heat transfer plate coupled to an electronic component and to a second heat transfer plate; and a fluid for circulating through one of the first heat transfer plate and the second heat transfer plate in response to a threshold temperature being sensed by a sensor. An apparatus including a heat generating element; a first heat transfer plate coupled to the heat generating element; a second heat transfer plate; and a fluid for circulating through a tube, the first part and the second part of the portable computing device in response to a threshold temperature being sensed by a sensor.
Abstract:
A liquid cooling jacket and a system for use in an electronic apparatus, preferable in the cooling capacity or performance, with less in man-hour and manufacturing costs in need of process thereof, and applicable into a narrow space, wherein a plural number of lamination plates (1), each being formed through the punching process, are piled up in the width direction thereof, for each piece thereof, and are bonded with each other. A cooling liquid flows in a flow passage (8) defined between the laminating plates, and the laminating plates themselves function as a cooling fin.
Abstract:
A liquid cooling system for use in an electronic apparatus, being super small-sized and thin in the shape and being suitable for cooling a heat-generation part, such as, a semiconductor element having large amount of heat generation, for example, with maintaining the corrosion resistance thereof for a long time period, comprises: a pump (1) for supplying a cooling liquid; a heat-receiving jacket (2), being supplied with the cooling liquid, for receiving heat from an electronic parts; a radiator, being supplied with the cooling liquid passing through the heat-receiving jacket, for radiation heat; and flow passages for circulating the cooling liquid in a route passing through the radiator back to said pump, wherein an ion exchange bag (9), having an ion exchange resin (11) and a bag enclosing it therein, is disposed in a part of the constituent parts of the liquid cooling system, and/or the ion exchange bag (9) is exchangeable.
Abstract:
An electronic apparatus includes a housing (20), a first heat-generating member (30) provided in the housing (20), a heat-radiating member thermally connected to the first heat-generating member, a first fan module (23) guiding air to the heat-radiating member (21), a second heat-generating member (37) provided in the housing (20), a second fan module (28) discharging air out of the housing (20), and a wall section (22) provided in the housing, located between the first fan module (23) and the second fan module (28).
Abstract:
An electronic apparatus (1) comprising a housing (7), a display panel (8) provided in the housing (7) and having a back wall (8b), and a heat-radiating portion (30) provided in the housing (8) to radiate the heat generated by a heat-generating component (23). The heat-radiating portion (30) opposes the back wall (8b) of the display panel (8a). The display panel (8) and the heat-radiating portion (30) are coupled to each other by support members (55, 56). The support members (55, 56) hold the display panel (8) and the heat-radiating portion (30) at specific positions in the housing (7).
Abstract:
A computer heat-radiation system comprises an endotherm means, the endotherm means can be pasted on the exothermic unit inside the computer and connected with a liquid circle means. The liquid circle means can at least connect in-series with the radiating-pipe pasted on the radiating-flange; the said radiating-flange is on the ectotheca of the housing. The most of the heat radiated from the computer can be emitted to the outside of computer, and the noise raised by running is fall down greatly because of the cancel of the computer inter-fan.
Abstract:
A heat sink device for use in an electronic device for dissipating into the atmosphere outside a housing of the electronic device the heat generated by an electronic component disposed within the housing. The housing has a peripheral wall formed with a heat removal opening. A heat sink disposed within the housing comprises a metal body having a heat pipe portion, and a radiation fin attached to the body in the vicinity of the heat removal opening and opposed to the opening. The heat-generating electronic component, such as CPU, is held in contact with the metal body at a location away from the fin attached portion thereof.