Abstract:
The present invention provides TDM service, such as DS1, E1, or DS3, in a GPON system that is cost-effective, flexible, and that is easily configured and reconfigured. A system for telecommunications comprises circuitry operable to receive time division multiplexed data traffic, circuitry operable to form Virtual Tributary encapsulated data traffic including the time division multiplexed data traffic, circuitry operable to transmit the Virtual Tributary encapsulated data traffic, circuitry operable to receive the Virtual Tributary encapsulated data traffic, and circuitry operable to extract the time division multiplexed data traffic from the Virtual Tributary encapsulated data traffic.
Abstract:
An electronic apparatus with a heat-dissipating structure is disclosed. The electronic apparatus with a heat-dissipating structure comprises a main body having a plurality of apertures, a resilient component having two ends fixed to the main body, and an insulation component disposed between the main body and the resilient component, connected with the resilient component and covering the surface of the apertures. When the temperature of the electronic apparatus is increased, the resilient component expands and bends outward so as to carry the insulation component apart from the surface of the apertures and further form a space, thereby enabling air to flow through the apertures of the electronic apparatus and the space to dissipate heat of the electronic apparatus.
Abstract:
In a cooling system of liquid type, dissolving a problem upon starting when applying a centrifugal pump therein, and being freely applicable into various kinds of electronic apparatuses, easily, for cooling a CPU in need of cooling thereof, 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 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, thereby dissolving the problem of idling when starting.
Abstract:
A cooling apparatus for an electronic unit is described which includes a first plate, a second plate, and a controlling mechanism. The first and second plates are generally planar and have holes formed therethrough. The controlling mechanism is operable to move the first plate with respect to the second plate. A first position for movement is where more of the holes in the first plate and the second plate are substantially aligned than are not aligned. A second position is where more of the holes in the first plate and the second plate are not aligned than are aligned.
Abstract:
A computer system includes a processor for processing data, a storage unit for storing data, and a liquid-cooling thermal module for dissipating heat generated by the processor. The thermal module has a heat pipe adjacent to the processor for conducting heat, and a cooling device. The cooling device has a plurality of tanks, which are connected with each other.
Abstract:
A liquid cooling module is disclosed. A module for providing a coolant to circulate within a computer system includes a housing, at least two connection ports and a coolant line. The housing may be formed and sized to fit within an auxiliary bay in the computer system. The connection ports may be formed in the housing of the module and couple to a cooling system. The coolant line may also be formed in the housing and connect with the connection ports for circulating the coolant such that the coolant receives heat generated by a computer device placed within the computer system.
Abstract:
A liquid cooling module is disclosed. A module for providing a coolant to circulate within a computer system includes a housing, at least two connection ports and a coolant line. The housing may be formed and sized to fit within an auxiliary bay in the computer system. The connection ports may be formed in the housing of the module and couple to a cooling system. The coolant line may also be formed in the housing and connect with the connection ports for circulating the coolant such that the coolant receives heat generated by a computer device placed within the computer system.
Abstract:
An assembly comprises a housing (10) for a battery (16) and a control module (18). The housing has an air inlet (20, 20null) and an air outlet (22). The air outlet (22) is adapted to be connected with the intake system of an engine of a motor vehicle.
Abstract:
A heat removal system for a computer comprising a casing enclosing a hard drive and a microprocessor, the casing including an opening in an exterior surface thereof; a heat sink positioned between the hard drive and the microprocessor, the heat sink being aligned with the opening in the casing so as to form a thermal chimney; and a spreader plate disposed between the microprocessor and the heat sink, the spreader plate conducting heat from the microprocessor to the heat sink.
Abstract:
A waterproof enclosure (100) for electrical devices includes a front frame (114), a base plate (116), and a roof assembly (118) attached to a component mounting section (120). Front frame (114) extends from the front of component mounting section (120), and includes doors (122) for protecting electrical components mounted within the component mounting section (120). Roof assembly (118) is attached to the top of front frame (114) and component mounting section (120) for preventing the ingress moisture into front frame (114) and component mounting section (120). Roof assembly (118) includes ventilation channels (124, 126, 128, 130) disposed along the length of caps (132, 134, 136) to increase air flow through the enclosure (100) for cooling the electrical components mounted therein.