US987193A - Electrical regulating apparatus. - Google Patents

Description

W. A. TURBAYNE.

ELECTRICAL REGULATING, APPARATUS. APPLICATION FILED FEB.3,1909.

987,193. I PatentedMaittZl, 1911.

( vwc vvfo-z UNITED STATES PATENT OFFICE.

WILLIAM A. TURBAYNE, OF LANCASTER, NEW YORK, ASSIGNQR TO GOULD COUPLER COMPANY, A CORPORATION OF NEW YORK.

ELECTRICAL BEGULATING APPARATUS.

Specification of Letters Patent.

Patented Mar. 21, 1911.

Application filed February 3, 1909. Serial No. 475,768.

'1'0 all whom it may concern Be it 'known that I, \VrLLL-iii A. 'LUR- navxu. a citizen of the "United States, andadapted to a system in which the voltage' on a work circuit is regulated and the work circuit is supplied from a source of variable electrtmiotive force.

One object of my: invention is to provide asystem andarrangement by which the voltage applied to the consumption circuit may be automatically regulated in such a manner that the regulation is eittreinelffine and that-the loss of e'nrgvin the regulating a'ppaiatus is'rcduce'd to a n'iinimum.

.In systems in which carbon piles have been used it is Wit-jitillltllf) to provide an electr'omagnet near the pile for' operating the. same, which magnet isfopposed by the action ot a spring or some similar means. In such systems. regardless of the value of thetwo opposing forces, the only force available for vaijying the pressure of" the" carbon pile is' the unbalanced cmn fionent l)l'ttl()lll]ll2\tlllg either 11] the spring .01 magnet and. with a slight voltage variation this component of force ts f 'erysma ll In con;-

parison with the .t'iio forces acting upon the pile. This causes the regulation to hepoor and an 5 excessive amount of energy to be used'inthe regulating! apparat-us.. Also.- in previous a rrangg'elncntsof this ltind, as the magnet windings are nti'naoasly in oil'- cu-it. thou-become consideifgibly heated and the resitltin'gt increase in ten'i' ')crat-ure in the i windings alters their re stance and 111- itl1'ltHtHl 'tl ifect-s the regulation. If the magnet: windings are'infclose proximity-to the blocks ot'thc ca1'bo1t "'p1le, as s customary. j the heat may also afttect these td-etrnnentally. ltlso as parts of the regulating apparatus are normally in a condition of equilibrium vibrations are apt to also inj u-.

riouslv atlect the l'tg'ltltti lflllr particularl with conditions of high lmttery ioltagre and low lamp load. it a dash-pot is used to eliminate these disturhances due to \ibra tion the disadvantage a rises that the density tot the liquid varies considerably with temperature changes.

Various objects of my int-"ention are to provide in'ip'rovenients which will obviate these and other disadvantagesoand in so doing I provide a means for locking the apparatus which operates the carbon )ile so that themagnet need not betenergized except when the system is nndergoing regulation. Furt-hermre,-I provide an electro-- magnetwhich is not directly subject to variations in the work circuit voltage but which i:.-: made to operate responsive thereto" by means of an auxiliary electro-responsive device which throws such magnet into operation when it is desired to operate it responsively to variations in voltage on the work circuit. I

My intention further-includesautomatic means for operating the loclgi ng device and means for clamping the action of the operating. mechanism so that it. will Work smoothl} and efficiently. I v

Various other objects. features and advantages will more clearly amiearafrom the detailed description given below taken in connection with the accompanying,(l-rawing which forms a part of this specification and bodying one "form of, my 1.) 'ovenients.

In the drawing, 1 represents a main generator feeding the circuit 2, 2; Connected across the circuit- 2. 2 is" a storage hatter 2} which is designed to be charged from the enerator l and to feed the circuit 2 wheii the generator 1 is not in operatiotn --l. -l indicates a work or consumption circuit which may include lann'isfl or other translating tle i'ce s andwhich isfedor sup plied hr the szenerator lor batteryfi tlu'ough the circuit. 9. 2. The bfliitdrl') Ratnd generator inventionand imelectromotireforce. sinetywhen the grind; ator is operating and the battery is elm-re;- ing' therefrom the voltage applied to the circuit 2.2 is somewhat greaierthan when the generator is inope-ratiye and the. battery is supplying; said circuit. 1

In order to maintain the iohagg-racross the main circuit i. 4 sul'istantiallj' constant T place in the circuit 2; between the batt er E5 and the work circuit 4. t a variable resi t- :"ance. For" this" Yariaide. resistance l n-( tcral,|l use a pile ot carhon liloclt's aswhich showsdiagrainma tical1y a system em- 1 takentogether-tram a source of varial' lctt 'electromagnet 18 is normal-l ,rrates a switch mom or 20. The pull of the a pawl llll d lililiet a rrangemei' t at, its lower .cnd'kv At itslower ehdthe l'eyer 6" carries a 'volve but its speed is kept .down because shown. the resistance of which is varied by variations in pressure exerted thereupon by a lei'e'rfi piroted-at the oint 7. The lever (i carries a piroted mem )er- 8 for cn 'aging with one end of the pile of carbon blocks. The lever 6 is controlled by means of a coil in the form of a solenoid-.9 which operates upon a: core 10 )ivota-lly connected to the lever i at 11. Tie-core) is aiv-oted at its other end to a link 12 wl-iic1 in turn is pivotally mounted to the framework at 13 When the solenoid flisenergizejd this tends to attract the corelO. m-oring it to the left to cause the lever 'o'r'a rm G to mmpress-the pile of carbon blocks The action or the solenoid 9 is op 'iused' by a; spring 14, which may be adjusted by means of screw 15 and nuts 16 situated on frame piece 17.

Oonnected'ydireetly across the work circuit 4, 4 is a c-oil of an electromagnet 18. This coil is thusnia-de responsive; to variations in the voltage of the consumption or work circuit 4. The el'ectromagnet is arranged to operate 11' on a core 19 which opbal'anced by means of a weight 21 secur to the switch member 20 on the opposite side of'its fulcrum 22 from that on which a core-19 is situated. When the yol tage on the workcircuitdrops the pull-on the electromag'net 18 is decreased, ,thus allowing the swltch 20 to contact with the terminal, 23, so that .the solenoid 9 is connected in circuit across the main line. This circuit maybe traced as follows: conductor 24 connecting with the; switch member or arm 20 at point 25, contact terminal 23, conductor 26', solenoid 9, conductor 27', magnet coil 28 and; conductor 29. This current: passing throu' h the solenoid 9 energizes the same so t'at itexerts a. pull upon the core 10 to cause the lever (l-to compress the pile of carbon-blocks 5 so that the resistance in the circuit 2 between the source and work circuit is decreased, thus "allowing the voltage at the workcircuit to be increased and brought back substantially as its original or normal 'l' heaction ofthe lever. 6 and its cooperating mec' anifs'in is dampen-ed by 'm eans of toothed" "rent EB-i hicl n-gagjes'with a engaged pe dulum 3 e'verb the ratchet a. w i t W-Eiill is. exerted on the weal; 31 ismafde to reof the pawl'andpendnlnn'i 3 2, 33'. During this action the pawl" 32 and pendulum are held in :r

length of the end-ulum and the weight thereon. In or er to lock the lever 6 and its appurtenant mechanism against operation it is only necessary therefore to lock the ratchet wheel 31 against revolution. To do this I pivotally mount the pawl upon a member 34 which in turn is pivotally mounted to the main frame at 35. 1. 0s ring 36 acts upon an arm 37 which is fixed y secured to the member 3a and which normally tends to force the pawl 32 in thorough engagement with the teeth of the ratchet wheel 1-11 to lock the same against movement. Thus normally, the lever 6 and its appur tenant mechanism are locked against moxiement.

attract its armature or member 34 'so that the pawl 32 will be retracted to a position such that whentaken in connection with the ratchet wheel 31 it will act as an, ordinary escapementand will dampen the action oftxe lever 6 and consequently the ance f. \Vhen, therefore, the solenoid 9'is. energized to compress the carbon pile rsista-nce 5, as, above explained, the magnet 28 is energized at the sammtimeyto. attract.

and ratchet mechanism- 32,. 3-1 so that solenoid can iggduce its-proper effect upon: the lever 6 an \fariableresi'staiice. 5.. When the v-oltage on the workfcircuit. 4,-1 has been brought. back substantially to its =oi 'igi21al' or normal value 'thesswitoh 'mber 20 re- PTQSiI Ttf comeYdetinergized. The

mechanism for -l 'ocking the ratchetiwheel, v} so that the o crating mechanism-- islajga locked in -or' er to maintain the-iyariabl' resistance in the. conditiq "i'equiredynnti further regulation thereof is nect When the voltage on the work circuiabovethe n'edet'ermined. normal rah solenoid or electromag-ietattrarctsl; "the core so that the switch memberilO contacts operation of the carbon pile of the resistits armature 34 and thus release the'pawh In order to, release or urilochjthi. niecl'iamsm the magnet 281s; energized-to g1 ass. i the magnet-28 again puts into'opeiation'gthe' i he [with contact terminal 38. 'This. .connectio1 1 throws the magnet 2- 8-jinto circuiowithout The jcircuit (position so that the apparatus acts as-anor inary' escapement, the opera tion of which may be varled'b'y varying the I 5) is not energized and the spring 1,4 acts againreleased. Now, howevt-n', the solenoid upon the lever ti and its appurtenant nieohanisin to withdraw the pressure upon the carbon pile resistance a so that the resistance thereof'is increased in order to increase the drop in voltage between the source and l work circuit- 4. a. so that the voltage thereof is brought. back to substantially its normal value. \Vlicn this nori'nal value of voltage is again reached the switch member 20 returns to its lllitillllt'tllzlte position again. be-

tween the contacts 23 and 38; thus opening the circuit through the windings of the magnct-2S. so that the locking meansis again thrown into operation to maintain the various parts of the system. and apparatus in that position and arangement until; the system shall again need regulation.

From the above it willbe evident that. l. have provided. a system and improvements in rcgulating appa 'atu-s thereforwhich rendcr thc same economical and efficient in opt-nation and coi'istruction and more ctl'eotivc for the purposes described. The various disadvantages of prior systems above pointcd out are substantially eliminated and a regulating apparatus produced which has many new and useful fcatures and improvements as applied to one specific form ofments.

Although I have shown my unprovesystem and in one particular form of apparatus it will be evident that there are many other forms and many arrangements of circuits and apparatus to which my invention and in'iprovements may be applied. [(10 not. therefore. desire to be limited to the exact details shown and described but Having fully and clearly explained my invention what- I claim as new and desire to secure by Letters Patent is:

l,. In an electrical system of distribution, a source of variable 'clectroinotive force. a work circuit ted thereby.v a carbon pile resistance connected between the source and work circuit to maintain the voltage applied to the .work circuitsubstantially constant. means for controlling-the operation of. said rcsistanceto maintain the Work circuit voltage substantially constant, and" means for locking said controlling means against 210- lion while the staiitiallyconstant.

In an electrical system of distribution. a source of,electromotive force and work circuitconnected to bc'fed thereby, a carbon ;|'iilO.:t'tSlStilDCO in series with the work circuit to. regulate the voltage; applied thereto. i'iicatisfor operating said "pile. an electrowork circuit voltage is sub responsive device for controlling said means to rcgulatc the voltage at the work circuit, ziiul apparatus for locking said operating f means against operation responsive to variations in the electrical condition of the system.

It. in an electrical system oi ilistriluitii'm.

a source oi variable electroniotivc force. a consumption circuit su plicd. thereby. means for regulating the vo tage applied to the consumption circuit, a coil for controlling said means. mains for controlling the action of said coil responsive to voltage variations of tlic consumption circuit and api i l paratus tor locking said first mentioned iicaiis against operation when said, second mcntioncd means is not in operation.

. l, In an electricalsystem of distribution. a source of clectroiiiotive force. and work circuit supplied ilitiltlrt'. a carbon pilc resistancc in series with the work circuit. be tween the sourceand work circuit. means for regulating said resistaiicc to maintain the voltage upon the work circuit substantially constant responsive to variations in the work circuit voltage. means for locking said regulatii'ig means against action while the work circuit voltage rcniuius substantially constant. and a device for releasing voltagc'varies substantially from said constant value.

a source of variable clectroniotive force, a

carbon pile in series with the consumption circuit regulating the voltage applied to the consumption circuit. sive device for controlling said pile responsive to voltage variations of the consumption circuit. means for automatically locking said device against operation and apparatus for releasing said locking means when said clcctroresponsive device is in operation.

a source of variable elcctron'iotive force. a

for regulating the voltage applied to" the consumption circuit. a magnettor controlii'ici'itioncd means against operation. and a magnet for releasing said locking means niagnct is about to take place. i. ln an electrical system ,of distributioii. a source'oi' variable clecironiot-ive =foi'ce. ir

to the consumption circuit. a magnet for coi'itrollingsaid pilc. pile against operation. a magnet for releasing said locking nica said nuigucts.

i. In an electrical system of distributioii. a source of variablc clcctroiuolive t'oi'cc. a consumption circuit suppliedthereby. means for regulating the volts-igc,applicrlto the f consumption circuit. a. magnet for control l n said'im-ans, means torloclting said first i sponsive device tor controlling the action t I l said locking means when the work (.ll'ClilL' In an electrical system of'distributioiu an electrores 'ion- 6. In an clectrical system of clistril'uit'ioin consumption circuit supplied therebynn cans ling said means. means for locking said first means for locking said consumption circuit supplied thereby. a

i oi

when the 'opcration'of said first'mentioned.

consumption circuit supplied thereby. a car boii pile tor regulating the voltage applied u when said first men' t oncd means regulates. and an clectrore mentiont-id means against operation, antagnet for releasing said locking means when the actuation of said first mentioned means is about to take place and an electroresponsive device for. cont-rolling the action of said magnets responsive to voltage variation on the consum 'ition circuit.

i In an electrical system of distribution,

a source. of electromotive force. a work c1rcuit in operative relation thereto. a variable resistance connected in series with the-work circuit to regulate the voltage applied thereto. a coil and apparatus for controlling the action oi said variable resist-mice. a device for locking said ap Jar-atus against action.

an electromagnet for releasing said ap-- paratus upon the energization of said first mentioned coil and a coil for controlling the action of said nnigliet responsive to voltage fluctuations on the work circuit. I

it). In an electrical system of distributitm, a source of variableelectromotive force. a consumption circuit supplied thereby. a carbon pile for regulating the volt-age applied to the consumption circuitand in series therewith. electroresptmsive apparatus for controlling said pile. and auton'iatie means for locking said first mentioned means against operation. including a device foraction of the regulating means. and a coil for releasing said locking means upon the operation of said electroresponsive device.

1-2. In an electrical system of distribution, a source of variable electroniotive force. a. consumption circuit supplied thereby. means For regulating the voltage applied to the consumption circuit. an electroresponsive device for controlling said means. means for loclv'ing said tirst mentioned means against: operation. and a coil tor controlling said locking means upon the operation of said ("lt t l l'Ol CSl)UIlFil Y9 (ltvillo.

13. In an electrical system of distribution. a source of variable ele '-tromotive force. a consumption circuit; supplied thereby. a carbon pile resistance for regulating the voltage applied to the consumptioi'i circuit. an electrorespensive device for controlling the aceonstnnption circuit supplied thereby. a carbonpile resistance for regulating the voltage applied to the consumption circuit. a coil and apparatus for controlling said carbon pile. means for locking said. apparatus against operation. and an electrore minsive device for releasing said locking means upon the actuation of said apparatus,

115. In an electrical. system of distribution. a source of variable electromotive force. a consumptioncircuit supplied thereby. a carbon pile resistance for regulating the. voltage applied to the consumption circuit. a magnet and apparatus for controlling said carbon pile.'means for locking said apparatus against operation. a magnet for releasing said locking means upon the energization of said first mentioned magnet and an elec troresponsive device tor controlling the acticn f said magnet responsive to voltage variations on the consumption circuit.

It). In an electrical system of distribution. a source of variable electromotive force. a cr-msumptien circuit supplied thereby. a carbon pile resistance for regulating the voltage applied to the consumption circuit. means for controlling the action of said carbon pile resistance. apparatus for dan'iping the action of said controlling means and for locking said controlling means against opc'ation when not affected by electrical fluctuations ofthe system.

17. In combination. a variable resistance, apparatus for controlling the operation of the same, a coil for controlling the action ofsaidapparatus, means for locking said apparatus against operation, and an electroresponsive device for controlling both said coil and said locking means. I

18. In combination, a carbon pile resistance, a lever for compressing the same, a solenoidfor causing the actuation of said lever, means for automatically locking said lever against movement and means for, automatically unlocking or releasing said locking means.

19. In combination, a variable resistance. a movable arm for operating the same, a solenoid for causing the actuation of said arm, means for locking said arm against movement. and an electro res wnsive device for controlling said locking means.

90. In combination, a variable resistance.

tion of said pile. means for controlling the j action oi said device respoi'isive to volt-age variations oi? the .'onsumption circuit and a i)paratus for locking said pile again t operationwh n said controlling n'ieansds not. in opera-tion. I

tit. In an electrical a. source of variable eleetroijliotive force. a

svstcm ot' distrilmtion.

mechanism for operating said variable resistance, a magnet for actuating said mechanism. means for opposing the action of said magnet. means for locking said mechanism against operation, a magnet for controlling said locking means and a switch mechanism for causing said last mentioned magnet to be energized Whenever said first mentioned magnetis energiy ed.

91. In combination. a resistance, mechanism-torcontrolling the operation of the same, an escapen'ient mechanisn'i t'or damping the action of said c' olling mechanism and means for causing" said escapement mechanism to lock said controlling mechanism against operation, responsive to variations in the operation of said controlling mechanism.

22-. A carbon pile resistance, a movable controlling member therefor, a lock for said member and three electroresponsive devices, 5

gized serving to release the lock for said member, and the third responsive to definite electrical fluctuations and arranged to control the energization of the first and second of said devices.

24. A carbon pile resistance, a movable controlling member therefor, a lock for said member, two electroresponsive devices, a switch for controlling the operation of said devices, a coil for controlling the operation of said switch, the first device when energized serving to actuate said member and the second device when energized serving to release the lock for said member.

25. The combination of a variable resistance, a movable member controlling the same, a lock for said member, a coil operatively related to said member to actuate the same, a coil and means for actuating and controlling said lock and an electro- I'QSPOIlSlVU' device contr lling the action of said second coil.

26. The combination of a variable resistance comprising a pile of COITllHPSSlblQ resistance blocks, a mo able member controlling the same, means for locking said member against operation, a coil operatively related to said member to control thesame, a coil and means operatively related to said locking means to control and actuate the same, and an electroresponsivc device governing both coils.

27. The combination of a variable resistance embracing a pile of resistance blocks, a nu 'able controlling member therefor, a coil and a tension device operatively related to said member to cause the same to operate, a lock for said member and means for governing the action of said lock and the circuit to said coil.

28. Thecombination of a variable resist-- ance, a movable controlling member therefor, a coil and a tension device operatively related to said member to cause the same to operate,.a lock for said member, and means including an e-lectroresponsive device for governing the action of said lock and the circuit to said coil and arranged to unlock said member when the circuit to said coil is closed.

In testimony whereof, I have signed my name to this specification, in the presence of two subscribing Witnesses.

WILLIAM A. TURBAYNE. Witnesses RAYMOND HUMMELL, W. H. PAT'rE Dn

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