Abstract: A thermoelectric chiller for cooling an electronic device comprising a chassis and a heatsink, the heatsink having a flat side and an opposing side equipped with cooling fins, the chassis and heatsink adapted for cooperative engagement to create an air-sealed chamber with the heatsink cooling fins inside the chamber; a cold air inlet on an inlet side of the chamber, the cold air inlet equipped with one or more fans adapted to force ambient air into the chamber; a hot air exhaust on an exhaust side of the chamber, the hot air exhaust providing an outlet for air to leave the chamber; one or more Peltier effect elements, each having a hot side and a cold side, the one or more Peltier effect elements disposed so that their hot side is in thermal contact with the flat side of the heat sink; a cold plate disposed over the one or more Peltier effect elements and in thermal contact with the cold side of the one or more Peltier effect elements; a controller to control the operation of the one or more fans and the one

Abstract: An interconnection cable adapted to connect two or more electronic devices comprising one or more end connectors; at least one of the one or more connectors comprising one or more data plugs, each complying with the USB or the Thunderbolt specification, and one or more power pins that are separate from the data plug; a cable assembly attached to at least one of the one or more connectors; the cable assembly comprising one or more fiber optic cores, and one or more stranded coper wires; wherein at least one of the one or more fiber optic cores is communicatively connected to at least one of the one or more data plugs; and wherein at least one of the one or more stranded copper wires is electrically connected to at least one of the one or more power pins.

Abstract: An ejector device comprising a housing block; an ejector handle adapted to alternate between an open position and a closed position, having first and second rack engagement features, a sloped feature, and a notch; a trigger latch adapted to alternate between a latched position and an unlatched position, and having a sloped feature adapted to engage the sloped handle feature, and a hook adapted to engage the ejector handle notch; and an ejector button adapted to alternate between a pressed position and an unpressed position; wherein the housing block comprises a space for receiving the ejector handle and the latching trigger; the ejector handle is pivotally attached to the housing block and is adapted to urge the latching trigger to the unlatched position when the ejector handle moves to the closed position and the sloped handle feature engages with the sloped latching trigger feature; and the latching trigger is pivotally attached to the housing block, and is adapted to be urged to the unlatched position as t

Abstract: A modular electronic device is formed from a plurality of stackable hexagonal or rectangular-shaped modules. Each module is locked to another adjacent unit with an indented groove inserted through their sidewalls. Each hexagonal or rectangular module can be made of one or four extrusion elements which then can be stacked in a honeycomb or brick wall configuration.

Abstract: An ejector device comprising a housing block; an ejector handle adapted to alternate between an open position and a closed position, having first and second rack engagement features, a sloped feature, and a notch; a trigger latch adapted to alternate between a latched position and an unlatched position, and having a sloped feature adapted to engage the sloped handle feature, and a hook adapted to engage the ejector handle notch; and an ejector button adapted to alternate between a pressed position and an unpressed position; wherein the housing block comprises a space for receiving the ejector handle and the latching trigger; the ejector handle is pivotally attached to the housing block and is adapted to urge the latching trigger to the unlatched position when the ejector handle moves to the closed position and the sloped handle feature engages with the sloped latching trigger feature; and the latching trigger is pivotally attached to the housing block, and is adapted to be urged to the unlatched position as t

Abstract: Disclosed is thermal management device that combines a vapor chamber with a mechanical heat sink to provide improved cooling performance under extreme conditions—the vapor chamber and heat sink combination comprises a single-unit device where the vapor chamber side of the device is in direct contact with the heat source and the opposite side of the vapor chamber is equipped with cooling fins that mate with cooperatively sized fins on the heat sink portion of the device.

Abstract: Disclosed are novel diamond-based devices, methods, and materials for use in thermal interface cooling, including a freestanding diamond wafer heat spreader, liquefied diamond thermal interface materials coolant and encapsulated nanocrystalline diamond metal heat spreaders.

Abstract: An assembly for electrical devices that will protect the devices from G force trauma and overheating. The assembly protects the device through the use of a shock absorbing layer with thermal conductive qualities, a rigid base and a fastener assembly.

Abstract: An assembly for electrical components that will protect the components from G force trauma. The assembly will also prevent overheating of the component parts due to the trauma through the use of a coolant that will be employed when the trauma impacts the assembly.

Abstract: An assembly for electrical components that will protect the components from G force trauma. The assembly will also prevent overheating of the component parts due to the trauma through the use of a coolant that will be employed when the trauma impacts the assembly.

Abstract: A cooling apparatus for an enclosure. A base plate is mounted to the enclosure, with a first and second motor disposed on a first side of the base plate. First and second fans are disposed in a central location on an opposing side of the base plate, and are rotationally coupled to the motors. First and second sets of fins protrude from the base plate, with proximate ends of the fins disposed proximate the first and second fans, and distal ends of the fins disposed proximate a peripheral edge of the base plate. The fins are curved so as to form first and second partial swirl patterns. The fins are disposed in a spaced configuration, where spacing between the fins is greater at the distal ends than it is at the proximate ends. The first set of fins and the second set of fins are disposed adjacent one another in a yin-yang pattern.

Abstract: A wedge-lock for a rack mount system having a top plate with slots formed in each end. A bottom plate is disposed adjacent the top plate, and has an incline surface at each end, with a channel formed between the two inclines. Wedge blocks are disposed between the top plate and the bottom plate, with one wedge block at each end. Each wedge block includes an incline surface, a receiving channel formed from the incline surface to an opposing end surface, and a guide for engaging the slot of the top plate. A tensioning member passes through the receiving channels of the wedge blocks and the channel of the bottom plate, thereby retaining the wedge blocks to the bottom plate. As the tensioning member is tensioned, the incline surfaces of the wedge blocks ride up on the incline surfaces at both ends of the bottom plate and cause the top plate to be forced away from the bottom plate.