Abstract:
The new method used with the new aircraft for forest fire extinguishing is a concept which consists of a new means by which the new method of fire extinction, especially forested areas, will be applied and consists of an aircraft that will fly with the help of 4 turbine engines of vertical reaction and with the support of propellers it will transport to the fire front water and materials for extinguishment and due to its peculiar shape it will be able to remain close to the fire and combat it with water, with an impulsive force of large amounts of gas that exit from its turbine engines, amounts that will contain oxygen, as well as be enriched with carbon monoxide or other extinguishing material that it possesses and will lower the temperature locally with the air currents that will be produced. This construction allows small speeds, and even idling in the air, which benefits the purpose of the fire extinction and allows the aircraft to land in small areas or close to the fire without danger but also to escape immediately if the direction of the wind changes etc. It can constructed in small, medium, or large sizes.
Abstract:
The new method used with the new aircraft for forest fire extinguishing is a concept which consists of a new means by which the new method of fire extinction, especially forested areas, will be applied and consists of an aircraft that will fly with the help of 4 turbine engines of vertical reaction and with the support of propellers it will transport to the fire front water and materials for extinguishment and due to its peculiar shape it will be able to remain close to the fire and combat it with water, with an impulsive force of large amounts of gas that exit from its turbine engines, amounts that will contain oxygen, as well as be enriched with carbon monoxide or other extinguishing material that it possesses and will lower the temperature locally with the air currents that will be produced. This construction allows small speeds, and even idling in the air, which benefits the purpose of the fire extinction and allows the aircraft to land in small areas or close to the fire without danger but also to escape immediately if the direction of the wind changes etc. It can constructed in small, medium, or large sizes.
Abstract:
An engine comprising three or more levers (A, B, C) with large arms alternately ascending and descending within water, these large arms having an interior airbag (14) at one end thereof, which is being filled with compressed air when the arm is located at the bottom dead centre of its stroke, whilst it is being rapidly emptied with the help of pressure of water surrounding it when it moves upwardly at the top dead centre by the force of buoyancy via a valve (15) of a large diameter. Arm (A, B, C) with the airbag (14) being empty and under the effect of the weight thereof descends downwardly at the seabed of water therein also attracting its other end (9). The other ends (9) of levers (A, B, C), the small arms during ascending and descending movement of the large arms to which are connected through articulations (24), connecting rods (25) and buttons (27) initiate rotation of a large gear (28) and the latter through another small gear (22) initiates rotation of a shaft (21) and this activates an electric generator (19) via a gearbox (20).
Abstract:
The new engine and the method of production of energy by means of buoyancy comprises a group of Structural, Mechanical and Mechanic-hydraulic systems, which collaborate harmoniously for the achievement of production of energy without necessitating the assistance during operation thereof of any exterior factor (fuel matter, renewable energy source, solar, river, wind, etc). It produces more energy than what it needs for its operation thereby overcoming the Principle of Physics on the Conservation of Energy. A pair of double levers (A, B, - C, D) that form an (X) and their big arms (A, B-C, D) have at their ends interior airbags (56), that inflate and deflate very rapidly, are moved in the mode of a pendulum alternately articulated at both sides (57) onto a wall within a reservoir of water or elsewhere. Whilst rising upwardly, with the airbags filled with compressed air (58,59) and by means of the force of buoyancy, they exert pressure, by means of small arms (1, 2, 3, 4-5, 6, 7, 8) via pistons of hydraulic cylinders (7,50), on mineral oil contained in a hydraulic circuit. The mineral oil thereby acquires a pressure which it transfers via pipes and other accessories in hydraulic motors (38, 46) which convert the pressure of the liquid into rotational power torque acting on a shaft. Energy for any use whatsoever is received from the shafts (45) of the hydraulic motors (38, 46) via motion transmission systems (39, 44).
Abstract:
The new engine and the method of production of energy by means of buoyancy comprises a group of Structural, Mechanical and Mechanic-hydraulic systems, which collaborate harmoniously for the achievement of production of energy without necessitating the assistance during operation thereof of any exterior factor (fuel matter, renewable energy source, solar, river, wind, etc). It produces more energy than what it needs for its operation thereby overcoming the Principle of Physics on the Conservation of Energy. A pair of double levers (A, B, - C, D) that form an (X) and their big arms (A, B-C, D) have at their ends interior airbags (56), that inflate and deflate very rapidly, are moved in the mode of a pendulum alternately articulated at both sides (57) onto a wall within a reservoir of water or elsewhere. Whilst rising upwardly, with the airbags filled with compressed air (58,59) and by means of the force of buoyancy, they exert pressure, by means of small arms (1, 2, 3, 4-5, 6, 7, 8) via pistons of hydraulic cylinders (7,50), on mineral oil contained in a hydraulic circuit. The mineral oil thereby acquires a pressure which it transfers via pipes and other accessories in hydraulic motors (38, 46) which convert the pressure of the liquid into rotational power torque acting on a shaft. Energy for any use whatsoever is received from the shafts (45) of the hydraulic motors (38, 46) via motion transmission systems (39, 44).