| 摘要 |
FIELD: heat power industry, installations operating on Sterling cycle. SUBSTANCE: operation of motors 1, 2 cause forced oscillations of liquid columns in outlet tubes 8 and 9. Reciprocating motion of liquid columns in tubes 8 and 9 in opposition causes reciprocating motion of magnet 10 along axis of coil 13 in horizontal space 7. Generated electric current is picked off from coil 13 with the aid of terminals 14. Motion of levels of liquid columns in outlet tube 8 and 9 ( their opposition ) in synchronism is determined by phase shift of Fluidyne motors 1, 2 regulated via throttle valve 15. EFFECT: increased efficiency of generator as unit, simplified approach to conversion of oscillatory motions of liquid columns in outlet tubes of Fluidyne motors to useful electric energy. 1 dwg
|
