Abstract: An auxiliary barbecue device has been designed to improve the process of cooking meat simply and conveniently. The auxiliary cooking device includes a rectangular frame designed to support the food where said rectangular frame has four lateral sides, a left side, a right side, a lower side, and an upper side. The auxiliary cooking device described can be made of cast iron or enameled cast iron.

Abstract: The inventive device disclosed in the present application is an auxiliary barbecue device designed to improve the process of cooking meats simply and conveniently. The auxiliary cooking device of the present application comprises a rectangular frame designed to support the food where said rectangular frame has four lateral sides, a left side a right side a lower side and an upper side and it can be made of cast iron or enameled cast iron. It is emphasized that this abstract is provided to comply with the rules requiring an abstract that will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure.

Abstract: A cooking device, having a cooking surface made of a solid corrugated panel that is positioned at a non-horizontal angle such that fats and greases drain first into natural troughs in the panel and then down into a drainage trough running along a lower front edge of the cooking surface.

Abstract: A hydroelectric generator that provides a clean source of energy. The hydroelectric generator uses pressurized air as a driving force. The hydroelectric generator comprises of a pipe like housing structure that is anchored to a seabed, the structure is anchored so that water enters through the end of the structure adjacent to the seabed. The structure houses at least one impeller mounted on a shaft and the shaft is operatively connected to an electrical generator. The end of the pipe adjacent to the seabed further comprises of an air injection system., the air injection system has a plurality of openings that release pressurized air within the structure. At least one air compressor connected to at least one air tank. Each air tank is connected, to the air injection system. The air compressor, the air tanks, and the air injection system are all connected by air lines.

Abstract: A hydroelectric generator that provides a clean source of energy. The hydroelectric generator uses pressurized air as a driving force. The hydroelectric generator comprises of a pipe like housing structure that is anchored to a seabed, the structure is anchored so that water enters through the end of the structure adjacent to the seabed. The structure houses at least one impeller mounted on a shaft and the shaft is operatively connected to an electrical generator. The end of the pipe adjacent to the seabed further comprises of an air injection system., the air injection system has a plurality of openings that release pressurized air within the structure. At least one air compressor connected to at least one air tank. Each air tank is connected, to the air injection system. The air compressor., the air tanks, and the air injection system are all connected by air lines.

Abstract: A method of manufacturing a surface that will reduce fluid flow drag over exposed surfaces of aerodynamic or hydrodynamic structures. The surface shall define a plurality of dimples. The dimples might not be aligned. Adjacent dimples might not have the same diameter.