Abstract: A stationary power installation for conversion of wind airflow energy is proposed, including a cylindrical body having a top rim radially protruded from the body's walls. The rim includes —a groove on its upper surface, —guide rollers, —support rollers peripherally mounted on the groove's bottom. The installation includes an upper level mounted above the body, having columns supporting a roof, a net screen peripherally surrounding the upper level's inner space, support members supporting an air compressor associated with a compressed air storage, a compressor gear conveying rotation to the compressor, a top shaft, a shutter including a lateral arc member having a bottom edge mounted in the groove and movable between the guide and support rollers, a nave situated above the roof, top bridge rods fixed to the top of arc member, a counter-load mounted diameteraly opposite to the arc member, a flat wind vane, and a brake mechanism.

Abstract: A power installation is proposed for conversion of airflow energy into compressed air energy used by a pneumo-motor or/and by an electro-generator associated with a control system. An embodiment of the installation comprises a number of turbine units arranged in box-sections serving as the walls and roof of a truck. The turbine unit includes X-shaped members supporting a shaft with a turbine driven by a resistance airflow appearing during movements of the truck. The rotation of the turbines is conveyed to a pump, charging a tank with compressed air, used for driving the truck. In embodiments the turbines' blades may comprise a load and may revolve in mutually opposite directions. The installation may include an additional compressor, or may include a first muff connecting the pneumatic motor to a power train, an additional fueled engine, and a second muff connecting the fueled engine to the power train.

Abstract: A stationary power installation for conversion of wind airflow energy is proposed, including a cylindrical body having a top rim radially protruded from the body's walls. The rim includes—a groove on its upper surface, —guide rollers, —support rollers peripherally mounted on the groove's bottom. The installation includes an upper level mounted above the body, having columns supporting a roof, a net screen peripherally surrounding the upper level's inner space, support members supporting an air compressor associated with a compressed air storage, a compressor gear conveying rotation to the compressor, a top shaft, a shutter including a lateral arc member having a bottom edge mounted in the groove and movable between the guide and support rollers, a nave situated above the roof, top bridge rods fixed to the top of arc member, a counter-load mounted diameteraly opposite to the arc member, a flat wind vane, and a brake mechanism.

Abstract: Power installations versions are proposed for conversion of airflow energy by a turbine and pump into compressed air energy used by a pneumo-motor or/and by an electro-generator associated with a control system. One installation comprises turbine units arranged in box-sections serving as walls and roof of a truck. The turbine unit includes X-shaped members supporting a shaft with a turbine driven by resistance airflow appearing during the movement of truck. The rotation of turbine is conveyed to a pump, charging a tank with compressed air, used for driving the truck. Another installation additionally includes a conventional engine driving one pair of wheels, while the pneumo-motor drives the other pair. A stationary installation includes a shutter coupled with a vane configured for creation of an unevenly distributed airflow applied to the turbine, a gear, a pump charging a tank with compressed air, a brake mechanism for regulation of the turbine's speed.

Abstract: A portable miniature incinerator is described allowing easy disposal of household garbage for a single-family house or a small apartment building. The housing of the incinerator is mounted on a wheeled hand-truck assembly and contains an incineration block and a filtration block. The incineration block in turn comprises a furnace chamber equipped with an electric heater. The heater is adapted to bring the temperature of the air and therefore the temperature of the garbage up to the point of spontaneous combustion. During the process of heating up the garbage, it becomes dry as the fans of the device remove all water evaporation. Once ignited, the garbage is incinerated in the furnace chamber while all exhaust gases are directed to the filtration unit. The filtration unit has a first stage of filtration comprising a wire mesh separator submerged in water. Exhaust gases pass through the mesh separator and through the water so that the pollutants and exhaust particles are separated from the exhaust gases.