Everything at once

Theory and Calculation of Electrical Apparatus (1917) · 1917

12 ) (13) (14) Equations (11), (12) and (13) give for any value of load, 7 2 , on the quadrature phase, the values of voltage, # 2 , and current, / 2

Dielectric Phenomena in High Voltage Engineering (1915) · 1915

60 62 64 66 68 69 71 3 0.261 62 65 67 70 72 74 76 77 80 2 0.290 71 73 76 79 81 83 85 87 1 0.330 79 81 85 88

Elementary Lectures on Electric Discharges, Waves and Impulses, and Other Transients · 1914

eee ee eee ee OB Progressive change of phase of line oscillation. ....................-. 75 Propagation of transient in line...... 2... ..00 0. cc cee eee eee eee eens = 74 velocity of electric

Cited prior art · John Harris · United States · 1918

is 637° C. according for cutting purposes which requires for its 10 Page 2 combustion a minimum consumption of I claim Havingis:-thus described my invention, what Oxygen. A gas for cutting

Cited prior art · Louis K Leahy · United States · 1910

55 for returning the partially consumed gases, spaced apart from the walls of 10 Page 4 the inlet 7 a sufficient distance to allow an outer end of the rod 28

Elementary Lectures on Electric Discharges, Waves and Impulses, and Other Transients · 1914

distributed on both sides of the zero line. This is obvious: if 2)’, 7’, and 73’ are the instan- taneous values of the permanent three-phase currents, in Fig. 17, the initial values of their

Cited prior art · Robert Lucien D Espujols · United States · 1912

by the pres X X is a valve controlling the admission 130 of fuel into the conduit n°. Page 7 V is an air pipe branched from pipe S and ranged conduits

Elementary Lectures on Electric Discharges, Waves and Impulses, and Other Transients · 1914

ao) IRA Ch ee EE Sg Jann wo 2 Be eeweeess) © of ao ve a ro & 2 ne . po 7 2 we, ; _ i = = . .7 ee. : 8 ~ mo, ‘ ie ie = S NO: o

Theory and Calculation of Electrical Apparatus (1917) · 1917

k = 0, 0.012, 0.048, 0.096, 0.192, 0.3, 0.6 — denoted respectively by 1, 2, 3, 4, 5, 6, 7. The impressed voltage of the motor is assumed to be varied with the change of capacity,

A History of the Theories of Aether and Electricity (1910) · 1910

fluid, , . .70 The voltaic pile, ....... 72 Nicholson and Carlisle decompose water voltaically, . . 75 Davy's chemical theory of the pile, ..... 76 Grothuss' chain, . . . . . . .78 De La Rive's hypothesis, . . . . . .79 Berzelius' scheme of electro-chemistry,

Cited prior art · Frank Archie Graham · United States · 1919

Page 1 Drawing sheet — no readable text. Page 2 UNITED STATES PATENT OFFICE. FRANK ARCHIE GRAHAM, OF HARBOB SPRINGs, MICHIGAN. DISTILLINGAPPARATUs. 1,302,363. Specification of Letters Patent. Patented Apr. 29,

Cited prior art · Charles H Frazer · United States · 1918

Page 1 Drawing sheet — no readable text. Page 2 TED STATES PATENT OFFICE. CHARLES H. FRAZIER, OF COLUMBUS, OHIO. HYDRO-OXYGEN GENERATOR. saasaakasa Specification of Letters Patent, Patented Apr. 9,

Cited prior art · Mary L Little · United States · 1910

Page 1 Drawing sheet — no readable text. Page 2 UNITED STATES PATENT OFFICE. MARY L. LITTLE, OF LOS ANGELES, CALIFORNIA. SOLAR-HEATING PLANT. 965,39. Specification of Letters Patent. Patented July

Cited prior art · Henry Kocourek · Stewart Warner Speedometer Corp · United States · 1917

Page 1 Drawing sheet — no readable text. Page 2 UNITED STATES PATENT OFFICE. HENBY KocoUREK, oF c??????, IIIINOIs, ASSIGNOR TO SEWARWARSR see EponeFER CORPORATION, OF CHICAGO, ILLINOIs, A

Theory and Calculation of Electric Circuits · 1917

Discussion of Exponentn ..............6... 69 45. Unsymmetrical Hysteresis Cycles in Electrical Apparatus . . 73 46. Equations and Calculation of Unsymmetrical Hysteresis Cycles 2... 1... ee ee ee ee ee ee TA Craprer V. Magnetism: Maanetic

Cited prior art · Marcos De La Garza · United States · 1913

A2 40c. asses zazel2 WITNESSES Marcos de la Garzo *2, AT TORNEKS Page 2 UNITED STATES PATENT OFFICE. AARCOS DE LA GARZA, OF ET, PASO, TEXAS. soLAR-HEATING APPARATUS, 1,081,098. Specialeation of Letters Patent, Patented Dec.

Theory and Calculation of Electrical Apparatus (1917) · 1917

83) This gives the phase angle, , between the voltages, Ei and B 2 , of the monocyclic triangle. Since : it is, by (83) : Bi + Bi — f 2

Theory and Calculation of Electrical Apparatus (1917) · 1917

constants with the speed or slip, it is then : at slip, s : 7' = 7° (1 - |), Z'o = 2 Z 0 , Z'i = Zx° (1 + s). ( 8 ) This gives, in a three-phase

Theory and Calculation of Electrical Apparatus (1917) · 1917

and (12) give two values of the currents i x and i 2) of which one is very large, corresponds to the upper or unstable part

Theory and Calculation of Electrical Apparatus (1917) · 1917

be denoted by index 3, those of the middle squirrel cage by 2, of the outer squirrel cage by 1, of the primary circuit by 0,