Abstract: Inner ear treatment delivery devices and methods are disclosed. The device includes a pressurized container filled with a content, a control mechanism within the pressurized container, a nozzle coupled to the control valve, a microprocessor adapted to operate the control valve, and a power source providing energy to the device. The device administers at least one dose of the content to a patient's inner ear.

Abstract: A water generation system and method for an industrial plant is disclosed. The system comprises a water collection system adapted to capture condensed water from the condensation surface from an ambient air conditioning system comprising a pre-cooler or chiller and a condensation surface, wherein the pre-cooler/chiller reduces the temperature of the condensation surface to a temperature at which moisture in the ambient air will condense on the condensation surface.

Abstract: Systems and devices of providing therapy to injured joints are disclosed. The device comprises a first body coupling member and a second body coupling member, wherein the first and second body coupling members are adapted to surround a patient's joint; a cage coupling the first body coupling member to the second body coupling member, wherein the cage is adapted to traverse the joint; at least one elevating support coupled to the first body coupling member; at least one elevating support coupled to the second body coupling member; at least one clip coupled to the first body coupling member adapted to be coupled to a therapy device; and at least one clip coupled to the second body coupling member adapted to be coupled to the therapy device.

Abstract: Inner ear treatment delivery devices and methods are disclosed. The device includes a pressurized container filled with a content, a control mechanism within the pressurized container, a nozzle coupled to the control valve, a microprocessor adapted to operate the control valve, and a power source providing energy to the device. The device administers at least one dose of the content to a patient's inner ear.

Abstract: Solid organic substrates, such as sewage sludge, peat, and biomass, are dewatered in a three-stage process comprising mechanical dewatering of the substrate, followed by combination of the dewatered substrate with an organic solvent, followed by removal of the water-solvent mixture. The dried product is a granular, free-flowing substance suitable for incineration in relatively low-cost equipment. Conveniently, solvent will be recovered from the water-solvent mixture by conventional means, such as distillation, and recycled to the solvent mixing stage.