Nikola Tesla - Free-Energy Devices

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POLYPHASE VURRKNT8. 25)two coils i i ;but as the coil B' moves from the position indicatedit generates less current, while coil B, moving into the field, generatesmore. The current from coil B passes through the devicesand wires designated by the letters d, c, c' F,F' &, j j, i, D', D, #',and, g, and the position of the poles of the motor will be dueto the resultant effect of the currents in the two sets of coilsthat is,it will be advanced in proportion to the advance or forwardmovement of the armature coils. The movement of thegenerator-armature through one-quarter of a revolution will obviouslybring coil B' into its neutral position and coil B into itsof maximum effect, and this shifts the poles ninety de-positiongrees, as they are fixed solely bycoils B. This action is repeatedfor each quarter of a complete revolution.When more than one motor or other device isemployed, theymay be run either in parallel or series. In Fig. 23 the formerisarrangement shown. The electrical device is shown as a converter,L, of which the two sets of primary coils p r are connected,respectively, to the mains F E, which are electrically connectedwith the two coils of the generator. The cross-circuitwires I m, making these connections, are then connected to thecommon return-wire D. The secondary coils p' p" are in circuitsn , including, for example, incandescent lamps. Only one converteris shown entire in this figure, the others being illustrateddiagrammatically.When motors or converters are to be run in series, the twowires E F are led from the generator to the coils of the firstmotor or converter, then continued on to the next, and so onthrough the whole series, and are then joined to the single wireD, which completes both circuits through the generator. This isshown in Fig. 24, in which j irepresent the two coils or sets ofcoils of the motors.There are, of course, other conditions under which the sameidea may be carried out. For example, in case the motor andgenerator each has three independent circuits, one terminal ofeach circuit is connected to a line-wire, and the other three terminalsto a common return-conductor. This arrangement willsecure similar results to those attained with a generator and motorhaving but two independent circuits, as above described.-When applied to such machines and motors as have three ormore induced circuits with a common electrical joint, the threeor more terminals of the generator would be simply connected
30 INVENTIONS OF NIKOLA TESLA.to those of the motor. Mr. <strong>Tesla</strong> states, however, that the resultsobtained in this manner show a lower efficiency than do theforms dwelt upon more fully above.
Page 1 and 2: THEINVENTIONSRESEARCHES AND WRITING
Page 4 and 5: THEINVENTIONSRESEARCHES AND WRITING
Page 6 and 7: PREFACE.rpHE electrical problems of
Page 8 and 9: CONTENTS.PART I,POLYPHASE CUERENTS.
Page 10 and 11: CONTENTS.ixCHAPTER XVIII.MOTOR BASE
Page 12: CONTENTS.xiCHAPTER XXXVI.THERMO-MAG
Page 16 and 17: CHAPTER I.BIOGRAPHICAL AND INTRODUC
Page 18 and 19: POLYPHASE CURRENTS. 5own inventions
Page 20 and 21: CHAPTER II.A NEW SYSTEM OFALTERNATI
Page 22 and 23: CHAPTEE III.THE TESLA KOTATING MAGN
Page 24 and 25: POLYPHASE CURRENTS. 11shifting of t
Page 26 and 27: POLYPHASE CURRENTS. 13atively weake
Page 28 and 29: POLYPHASE CURRENTS. 15a direction a
Page 30 and 31: I'OL YMIAKK 17These motors may be o
Page 32 and 33: POLYPHASE CURRENTS.litfield magnet,
Page 34 and 35: POLYPHASE CURRENTS. 21increasing th
Page 36 and 37: POLYPHASE CURRENTS. 23manner, or al
Page 38 and 39: POLYPHASE CURRENTS. 25secondary coi
Page 40 and 41: POLYPHASE CURRENTS. 27tion. Fig. 22
Page 44 and 45: CHAPTER V.UTILIZINGFAMILIAR TYPES O
Page 46 and 47: POLYPHASE CURRENTS. 33the collectin
Page 48 and 49: POLYPHASE CURRENT*. 33thereon, take
Page 50 and 51: POLYPHASE CURRENTS. 37revolution, t
Page 52 and 53: POLYPHASE CURRENTS. 39supplies the
Page 54 and 55: POLYPHASE CURRENTS. 41poles one-hal
Page 56 and 57: POLYPHASE CURRENTS. 43other ends ar
Page 58 and 59: CHAPTER VII.FOR RoTARY CURRENT MoTO
Page 60 and 61: POLYPHASE CURRENTS. 47If the regula
Page 62 and 63: POL7PHAHE CURRENTS. 49motor having
Page 64 and 65: POLYPHASE CURRENTS. 51In some insta
Page 66 and 67: POLYPHASE CURRENTS. 53described alr
Page 68 and 69: POLYPHASE CURRENTS. 55alternating-c
Page 70 and 71: POLYPHASE CURRENTS. 5?wires from a
Page 72 and 73: POLYPHASE CURRENTS.through this mot
Page 74 and 75: POLYPHASE CURRENTS 61two field coil
Page 76 and 77: POLYPHASE CURRENTS. 63motor has a s
Page 78 and 79: POLYPHASE CURRENTS. 65this speed is
Page 80 and 81: CHAPTER XII." MAGNETIC LAG " MOTOK.
Page 82 and 83: POLYPHASE CURRENT*. 69cured in posi
Page 84 and 85: CHAPTEE XIII.METHOD OF OBTAINING DI
Page 86 and 87: POLYPHASE CURRENTS. 73screened by t
Page 88 and 89: POLYPHASE CURRENTS. 75termined by v
Page 90 and 91: POLYPHASE CURRENTS. 77same. Fig. 64
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CHAPTER XV.MOTORS WITH CIRCUITS OF
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CHAPTER XVI.MOTOR WITH EQUAL MAGNET
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CHAPTER XVII.MOTORS WITH COINCIDING
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POLYPHASK CURRENTS. 85example, esta
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POLYPHASE CURRENTS 87the condition
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POLYPHASE CURRENTS. 89tor in which
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POLYPHASE CURRENTS. 91followed in s
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POL YPHAXE CURRENTS. 88consider the
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CHAPTER XX.COMBINATIONS OF SYNCHRON
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POLYPHASE CURRENTS.from the generat
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POLYPHASE CURRENTS.When thethrough
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CHAPTER XXLMOTOR WITH A CONDENSER I
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POLYPHASE VUKRENT8. 103ically varyi
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POLYPHASE CURRENTS. 105induction of
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POL YPHA&K d 107other forms of moto
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CHAPTER XXIII.TESLA POLYPHASE TRANS
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POLYPHASE CURRENTS.Illmanner illust
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CHAPTEK XXIV.A CONSTANT CURRENT TRA
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POLYPHASE CURRENTS. 115coil. Over t
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CHAPTER XXV.INTRODUCTION.THE SCOPE
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man FHKQUENVY AND HIGH POTENTIAL CV
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HIGH FREQUENCY AND HIGH POTENTIAL C
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HIGH FRJSQVKNCy AND HIGH POTENTIAL
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ITIGH FREQUENCY AND HTGH POTENTIAL
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CHAPTEE XXVII.EXPERIMENTS WITH ALTE
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INVENTIONS OF NIKOLA TESLA.142) to
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CHAPTER XXVIII.ON LIGHT AND OTHER H
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CHAPTEK XXIX.TESLA ALTERNATING CURR
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CHAPTEK XXX.ALTERNATE CURRENT ELECT
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CHAPTER XXXI." MASSAGE " WITH CURRE
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CHAPTEE XXXII.ELECTRIC DISCHARGE IN
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CHAPTER XXXIII.METHOD OF OBTAINING
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OBTAINING DIRECT FROM ALTERNATING C
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CONDENSERS WITH PLA TEN IN OIL. 419
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ELECTROLYTIC REGISTERING METER. 421
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ELECTROLYTIC REGISTERING METER. 423
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TlIK IIMO-MAGNETISM AND PYRO MAGNKT
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THERMO-MAGNETI8M AND PJEO-MAGNETI8M
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THEKMO-MAGNETISM AND PT110-MAGNETIS
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THKRMO-MA ONETISM AND P7RO-MA QNETI
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ANTLSPARKING BRUSHES AND COMMUTATOR
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ANTI-SPARKING BRUSHES AND COMMUTATO
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ANTI-SPARKINO BRUSHKS AND COMMUTATO
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A UXILIA R Y BR U8U REG ULA TION. 4
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A UXfLIARY BRUSH ItKG ULAT1ON. 441t
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A UXILIAR T Bit USE REG ULA TION. 4
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A UXILIARY BRUSH REG ULATWN. 44~>au
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A UXILTAR Y BR U8II RKO ULA TION. 4
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IMPROVEMENTS IN DYNAMOS AND MOTORS.
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CHAPTER XI,TKSLADIRECT CURRENT ARC
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DIRECT CURRKNT ARC LIGHTING SYSTEM.
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DIRECT CURRENT ARC LIGHTING SYSTEM.
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DIRECT CURRENT ARC LIGHTING 8YSTKM.
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DIRECT CUKRKNT ABC LIGHTING SYSTEM.
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DIRECT CURRKNT ARC LIGHTING SYSTEM.
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DIRECT CURRENT ARC LIGHTING SYXTKM.
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CHAPTER XLI.IMPROVEMENT IN "UNIPOLA
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UNIPOLAR GENERATORS. 467In order to
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UNIPOLAR GENERATORS. 469If the pole
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UNIPOLAR GENERATORS. 471disc.If the
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UNIPOLAR GENERATORS. 478indicated b
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PART IV.APPENDIX.-EARLY PHASE MOTOR
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478 INVENTION* OF NIKOLA 7/:s/..|.
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CHAPTER XLIII.THE TESLA MECHANICAL
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492 INVENTIONS OF NIKOLA TE8LA.ends
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'INDEX.Alternate Current Electrosta
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'jINDEX.Ozone, Production of 171Phe
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