FIELD: mechanical engineering. SUBSTANCE: invention deals with automatic balancing of dynamically unbalanced rotative systems, specifically, high-speed all-condition rotative machines and mechanisms. Process consists in natural ( in field of dynamic forces ) movement of balanced masses in balancing space whose material composition displays property of periodic change with energizing or de-energizing. Two-component mixture whose base is substance showing initial property of fluidity and whose filling agent is solid substance with density and melting temperature exceeding density and melting temperature of base is used in the capacity of balancing masses. EFFECT: increased efficiency of balancing of rotative systems thanks to expanded range of balancing under alternating conditions of operation.
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Authors
Dates
2000-11-10—Published
1999-09-07—Filed