FIELD: electricity.
SUBSTANCE: electrostatic micro-, nanomotor is intended for constructing movement and transportation systems, in micro- and nano-dimensional scale, for example in robotic technology, and namely, in nano- and micro-robotic systems for medical purpose. Motor consists of power supply, at least two plates located relative to each other with a gap and with the possibility of changing owing to electrostatic impact of their spatial orientation relative to each other. In micro-, nanogap between the plates there located with the possibility of being fixed is corrugated self-forming elastic nanocover - spring made of mechanically stressed film. Nanocover - spring changes its shape and elastic coefficient at changing mutual position of plates, when supplying voltage to plates or also to nanocover - spring from power supply and their development of electrostatic impact.
EFFECT: enlarging functional capabilities and application fields of motor, increasing the range and improving accuracy of movements, increasing motor power.
17 cl, 17 dwg
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Authors
Dates
2009-11-27—Published
2008-06-05—Filed