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Mechanism for achieving trajectory changes in targeted mobile toy remote
Mechanism for achieving trajectory changes in targeted mobile toy remote
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机译:在目标移动玩具遥控器中实现轨迹变化的机制
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摘要
Mechanism for achieving path changes in mobile toy directed distance, characterized in that the container casing of the electric micromotor and conventional reducing system which is inferiorly is crossed by the shaft with attached wheels hard stem, the pinion crossed by said shaft, geared to a semi-crown toothed lower extension of a cylinder composed of two pieces fitted together one inside the other, the outer of which is anchored by means of a spring to the inner wall of the casing, forming said above part having a plurality of tooth-like protrusions that fit into the ideal position in the grooves or depressions formed in the second of the parts in years front pivots are placed and slide on a structured inner cabinet wall projection sympathizes dose to the nucleus the second parts, a carrier disc an eccentric protrusion clo to the longitudinal groove of a flat part provided with another slot covering the transfer of the workpiece to the emerging vertical pivot of the protruding part of the chassis, forming said flat piece at its free end a notch or groove in which is housed the emerging upperly projecting parts that serve for fixing the wheels to the chassis, whose non-driving wheels have binding pivots covered by yokes at both ends forming a directional fixed plate through the center; all which to reverse the direction of rotation of the micromotor by convenient remote control, for which the mechanism take appropriate connections, mobile walk backwards so the disengagement will occur, ie disengagement of the gear cylinder with the pinion of the drive shaft and therefore the displacement of the protruding tooth of the jacket piece of the grooves of the disc, not driving the eccentric projection thereof to the rod acting on the direction, but when reversing the direction rotation is produced which, is the engagement of the ring gear and the pinion, engagement of the projections into the slots and thus actuation of the outgoing eccentric disk over the slot of the directional plate, changing the trajectory will continue straight again reversed when the direction of current to change direction in the opposite direction again by again command distance for reversing the direction of rotation occurs.
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