Abstract: An implantable generating system includes a generator assembly configured to be positioned within a living organism for converting mechanical motion into electrical energy. A linkage assembly is configured to be positioned within the living organism for mechanically coupling the generator assembly with one or more body parts displaceable during respiratory-based diaphragm motion.

Abstract: An interruptible thermal bridge system including: a first thermally conductive surface positioned proximate an object which absorbs energy; a second thermally conductive surface thermally connected to the first conductive surface positioned proximate to an object which dissipates energy, a thermal switch positioned between the first and second conductive surfaces for regulating a thermal connection between the first and second surfaces by alternatively switching between a first position, blocking the conductive path and thermally insulating the first conductive surface from the second conductive surface, and a second position, opening the conductive surface with the second conductive surface.

Abstract: A transportation vending machine, and more generally a vending machine and cooling dispenser especially suited to environments in which there is limited space available. A serpentine path in the dispenser is formed from two-pieces of rotary-molded plastic having complimentary, serpentine surfaces which form a serpentine path when positioned against one another. Vending, without the need for selection buttons, is achieved by way of the cradles and an interlock system. Efficient cooling is provided by a thermoelectric cooling system that also consumes very little space.

Abstract: The thermo-electric cooler of the present invention is capable of cooling fluid down to below 10.degree. F. The present invention maximizes the heat transfer path to allow better heat conductivity, and provides a space within the cooler to accommodate the thermal contraction and expansion of the cooling elements.