Abstract
A pressure vibration generator (1) arranged such that a self-excited vibration is generated in a work transfer tube (30) by heating a heat input section (22) and when a resonator (50) is resonated and a work is inputted to a heat exchanger (20), the work is amplified through the heat exchanger (20) and transferred to the work transfer tube (30) before being outputted to an output section (40). Since the outputted work can be increased as compared with the inputted work, the pressure vibration generator (1) can be driven continuously by simply heating it without requiring electric energy being generated from a large scale solar system, or the like, when a part of outputted work is employed as the energy for driving a cylinder (10), and thereby the size of the pressure vibration generator (1) can be reduced significantly.
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