FIELD: transport.
SUBSTANCE: invention relates to transport engineering. Transport facility comprises frame with seat, front controlled wheel engaged with steering columns and hinged to the frame, rear wheel with overrunning coupling and axle, small gear, two tie-rods with pedals fitted on axle running in the frame bearing and made integral with large gear, and disc brakes. Large gear engaged via chain gearing with rear wheel small gear. Disc brakes are connected by cables with steering wheel brake handles. Inertial mechanism is secured at the frame and composed of a glow rectangular- or round-cross-section ring. Said ring is secured inside the frame vertical in one plane therewith. One half of said ring is expanded on both ends so that inner section of expanded semi-ring directed towards rear wheel is several times larger than cross-section of unexpanded semi-rungs directed towards front wheel. Inner space of the ring is filled with mercury of fluid with high specific weight. Pump is arranged on the ring expanded part and having gear wheel fitted on axle to engage with that on motor shaft. Said motor is fitted on pump housing. Trunk behind the seat supports storage battery connected via control unit to aforesaid motor. Movable element of control unit rheostat is cable-connected with return spring and motor shaft rpm variator handle.
EFFECT: higher efficiency of vehicle.
7 dwg
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Authors
Dates
2014-02-10—Published
2012-09-20—Filed