Method of and apparatus for controlling mechanism of moving vessels or vehicles

作者: Tesla Nikola

DOI:

关键词: ElectromagnetPhysicsConductorAnchor escapementBrushLeverMechanicsRudderArmature (electrical engineering)Relay

摘要: 26,371. Tesla, N. July 1, [date applied for under Sec. 103 of Patents c steering from outside vessel.-Fig. 3 shows the application to a vessel having electromagnetic motors D, F, former propelling, and latter actuating rudder shaft G by worm spur gearing shown. The fixed H carries an insulating- disc L brushes 2, 3, 4, 5, 6, secured its underside, while sleeve b, which is turned motor on upper side two circles contacts, outer comprises long plates 7, 8 series short 9, 10, 11, 12, 13, 14. When electrical disturbance passes receiver E , conductor C', sensitive device A', flow current started through relay electromagnet f, armature f rock-shaft carrying anchor escapement controlling spindle g', driven clockwork, geared so that every oscillation h half revolution, causes A be end break circuit. cylinder j g turns, it brush J pass insulation touch, say, contact . This operates K F connection shown turn starboard brings 6 plate closing circuit D. reaches desired position, switch at operating-station moved, another action shift J' into insulation, relays are inactive. To steer port, placed comes in with K' rudder. small m arranged runs one direction only ; normally arm prevented moving far coiled spring but, should rapidly, lever n, main battery or both coloured lamps standard q, according position 4 relatively insulating-segment 23 carried b show consists containing equal-sized grains oxidized metal, has central rod bolted bracket e pivoted eccentric h. While this rotated clockwork K, i wound up, when pins slotted moved out path pin p allows reversed until motion arrested other

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