THERMOMOTIVE SPACE DEVICE EQUIPPED WITH HIGH-OUTPUT ELECTRIC POWER GENERATING FUNCTION

摘要

PURPOSE:To gradually increase the rotating torque of a driven rotary mechanism and consequently obtain high-output electric energy by a method wherein a frictional heat generating mechanism in equilibrium under constant pressure and the following rotary mechanism driven by means of a rotator are combined with each other. CONSTITUTION:When the rotation of a rotator 2 causes the sucking and discharging actions of the gas in a hollow chamber 1 toward a gas efflux port 6 side, the interior of the hollow chamber 1 is held in a balanced state under reduced pressure so as to impart a thermomotive action by the action of a reduced pressure frictional heat generating mechanism X in order to gradually raise the temperature, resulting in warming the space A in the hollow chamber 1. The rotational action of the rotator 2 develops the air flow in the hollow chamber 1 in the form of an effective swirling flow, which is caught and squeezed by a guide flow passage G so as to generate a strong swirling flow by a kind of nozzle effect due to the guide flow passage G in order to rotate a following rotary mechanism 8 arranged in the guide flow passage G. The resultant rotational energy is transmitted to an electromotive mechanism 10 so as to be converted into electrical energy. The resultant high-output electrical energy is used as the power source of various apparatuses 19 including the light sources of infrared radiation, ultraviolet light radiation and the like.