US1434072A - Alarm-signal system for automatic - Google Patents

Description

l. H. TAUSSlG.

ALARM SIGNAL SYSEM FOR AUTOMATLC WATER GAS SEL CONTROLS.

APPLICATION FILED UEC. 20, m19.

1,434,072, Patented Oct. 31, 1922.

3 SHEETS-SHEET l.

L, INVENTUR 2%;5; l/O ,11n @Lass/'g' p By fOR/VEY Patented Oct. 31, 1922.

3 SHEETS-SHEET Z.

MNH/raf? fo/1n z-ws/g ben/5K 1. H. TAUSSIG. ALRM SIGNAL SYSTEM FR AUYOMATIC WATER GAS SET CONTROLS. APPucMxoN flLEn mazo, ww.

MNHN- l-- ---.\.-.,--lli/--- .zmw//Xmw ,YPwd/Mu @$20, ,1\

J. H. TAUSSIG. ALARM SIGNAL SYSTEM foR AUTOMATIC WATER GAs SET CON PFLICHOVN HLED DEC. 20.1919. 1,434,072. Patent/ad Oct. 31, 1922.

3 SHs-SHET 3.

TROLS.

Patented Get. 3l, i922.

UNITED STATES PATENT OFFICE.

JOHN HAWLEY TAUssrG, op PHILADELPHIA, PENNSYLVANA, ASSIGNOR To THE UNITED GAS IMPROVEMENT COMPANY, OF PHILADELPHIA, PENNSYLVANIA A CORPORATION OF PENNSYLVANI A.

ALARM-SIGNAL SYSTEM FOR AUTOMATIC WATERf-GAS-SFI'FCGN'PROLS' Annlicatiun tiled December 20, 1919. Serial No. 346.401.

To all ytrito/1t t may Concern MBe it known that l, Jeux Hin'nm TAUS- SrG,-a citizen of the United States, residing at Philadelphia, in the county of Philadelphia and State of Pennsylvania, have invented a Vneu and useful .Harm-Signal System for Atutomatic "aterUas-Set Controls, of which the following is a specification.

Inmy Patent No. 1,119,472 of December 1st, 1914, there is shown and described an automatic Water gas set and that patent will serve to facilitate an understanding of the present invention, although the latter is not limited to the particular' automatic Water gas set described in that patent but is applieable to Water gas sets generally. In an automatic Water gas set there is a-n automatic control mechanism for openingl and closing the apparatus valves in certain groupsand at intervals called the blow and the ruin and such mechanism usually includes a master element Or elements` as a timer driven shaft, the movement of which acting through various kinds of relay apparatus effects the actual movement of the apparatus valves which are usually designated act-Ording to their functions. In the operation of av water gas set it is important that the apparatus valves should be opened and closed in the proper combination for effecting the run and the blo\\'," and at the proper intervals and without delay in operation of any of the. valves, but it is possible that automatic water gas sets, from some outside cause or another may on raro oweasious be caused to fail in one or more ol' these respects to funet-ion properly. This condition ol' atl'airs in practice results in the attendants wasting a considera-ble part of bis time, which might be usefully employed about the works, in watching the automatic Water gas set which, as a rule, functions properly and only needs a-ttentioiraiJ loup intervals.

The principal objects of the present in vention are, first, to give the tgras maker notice of the failure of any valve to function properly and to show which valve or valves, if any, has failed to operate properly; second, to enable the gas nuilicr or operator in charge oi an :iutouuilie water gas set to pen forni duties other than watching' il. with certainty that he will lu*` rzil'ud if' anythinpr goes wrong in lluautomatic operation and promptly advised just which valve or valves has gone Wrongjthild, to. show at all times and lnalconvenient place that the valves are operatmgjproperl `and arein lthe right rest positionsforftlie Or Afblow as the case may ,be,"but ivitli'ont giving an alarm` under conditionsfaaid vqlienthe ,valves are movingrom ,one restposition ito tlie other rest positlonin propercombiuations. Other objectspf, theinvellitlonjvill appear from the following l i l p y"Ihe inventioi ,ilLbe claimed at the end hereof :but bev described, in connection vv'itlzt the embodiment'of itchosen from other embodiments foiffillu'strationfin the accompanyingA draWins cforminiz. part hereof and in Which- 1v," i`sf'a',tllia, fmunitie View illustratv mg a. @han leystemembadying features egt inyentionand 'showing schematically ,apparatusf'yalves and 'parts of their automatic eoi'rtlrolI mechanism.

l `igl,2,fis',a frqntjfview drawn tO an enlarged scalelof aniiidicator for showing the rest` position of, apoaratusvalves at the run and aththe-fblovvfj F ig. 3,'i'saerossisectionof F in. 2 on tlmv line 3-3. z

` Fig. 4, is a v diagr-aminatie view, partly in section,`of ,carryover mechanism Operated by the automatic control mechanism for silenciiigthe alarm during propel' movement of the valve, and i Figs. .5 and 6, areikviews illustrating valve operated appliances for controlling the rest ,position indicators and thealarm.

An explanation of 'the' invention may be facilitatedby a few general'statements involving reference to operation, followed by a more detail description of electric circuits. since they are Iemployed in the embodiment of the rinvention lshown on the drawings. In the drawings l and 2, are the synchronously time driven elements which, through apparatus not shown, respectivelyv position the apparatus valves in rest open or closed` positions for the run or for the blovrf The number of valves may vary but iu the case selected for thesake of description the apparatus valves are designated on Fig. l. ,as llot valve` Oil valve, Carb. blast. Steam valve. Stack valve, and (len. blast, and the parts so marked on the drawings ma)Y he assumed to be the cylinders which operate them, and the piston mds of these c linders muy he assumed to show by full 4on dotted lines the rest positions of the apparatus vulves whether open or closed. The full line positions of these piston rods correspond-to o blo\v" and the dotted line positions correspond to :1 run 3, generally arc lamps for indicating the rest positions` of the apparatus vali-'es for the blow and for the run,. und, us indi-cated in 1, thelower row of lamps is for indicalitioiiV during the blow and the next upper row of lamps is for indication during" th'mruii. The top row of lumps is for itlclicuting that the current is on the circuit onthult' the circuit is alive. There are circuit 'connections 'for connecting the p'iii'rloflcnips uppertaining to the valves in" sepggrte branches from one side or :ofthe-circuit und; these will be 'hereafter truoed' i :fire double pole double throniswit'chesfn u p propriete switch 4piroyrisitrnis.l rior: A' in;r either of the lomp bmchesltog v Itgp.- posite side or sign of the circuit to oppropriate lamps'or indicating the posi'- tion occupiedI by the valves; 15; is im'elhlm interposed in it local circuit 6, including en electric battery or source of energy?, it'lgiri'd switch S, :md two relu. 9 und 10, .errcpged when cle-energized to gse the circlt; sound, the alarm. There are connections, to be hereafter trncecl, for connecting the relays 9 and 10; in branches from one sido or sign of the circuit. Valve operated switch provisions, which may be partsof the switches 4, are arranged iuseries 1n ,the relay bronches for connectin one or the other of the 4relay branches to t e other side of the circuit when apparatus vulves are in opened or closed rest positions in desired s to silence thc iilnrm by breakin the oca circuit 6. by thus energizing 1e appropriate rclny. It :m3F of the apparatus valves fails to function properly und does not come to closed or open position as it should do in combination with thc other vai-Ives for u run or :i hlow," ,neither of the relays 9 uml l0. is cnerlrized und the local circuit 6` is closed :md the alarm is sounded. There is n circuit tube described forshunting the relays 9 and l0, to keep them closed and the alarm 5, silent during appropriate or intended movement of the apparatus valves, und this shunt circuit connection is controllccl h v carry-over mechanism 11 und 12. rcsponshfe to tlie elements 1 und 2, of the automatic control mechanism. In Fig. 5. the double pole double throw switch 4. is operated by a. tappet rod 13, acted upon hy n tuppet 15, oarriedhy the vulve stem or pis'- rou rod. :is thc valli-e is reaching its open and closed rest positions. In Fig. G, the double polo (lollhlc throw switch 4. is noted upon through n link 1li, nml hy thc long nrm of in the Aarretngement o Fig. 5, is well adapted to the other apparet-.us valves. In Fig. 4, isV shown one ofthecarry over mech :inisms and it consists of u contact 19, which closes the circuit duringnn intenval of roto.- tiun of the com 1S, provided on the clement 2." Thecircuitisshown ns grounded thro h the com because in the present instanccute circuit used is the neutral and one side or wire ofV nnulternating current' three-Wire systemlultliough the use 'of such 'n circuit is not 'nccearytothc invention. A lead ,20.

from one wire21, ofthe circuit is connected by wlre'22. to a bus connection 23, so that this tbus 23,' muy be scid to' be one side of thecirc`trit. The pnir'of lumps 24 and 25; nippel-hiking ,to 't o'jG-e. blast valve 11nd hrritlit'hndhr Gem in Fig. 2, is coniicte '26'.urd'2, totwof the contttotf 1 (it the iht in Fig. 1) of' "the ,stimo-4.,- orihe #der bssw-pva1ve. -frh enhjortongucof tliis'stvitcll iscoimected by stilemi 28,.to the neuticl ivire29', constituting the other-side o'f-the"'circuit so that the position of the armor-tongue determines which oith'e vbranches 26":md 2,7, is connectedto ifiie' 28,innd so 'determines which'of .the lights 24 and 25, islightcd.A The position of the Vswitch depends uponthe rest position of .Gerr blast vulve und so the lamps 2i and 2.5, indicate, nccordino' to which is lighted. the position'of the em blast valve. The wiring of thc' other pairs of lights in respect to the switch of their vulves 1s substontially the same :is has been described'.` 'Thelalups'BO `und B1, arranged under S. V.

in Fig. 2, relate to thc stuck valve. Fig. 1, :incl ure disposed in branches 32 und 33. ,which lend to thc two right hund contacts of thc switch et, of the stuck valve. Tho position of the arm of this stack valve switch 4. determines which of the lumps 30 und 211. is lighted `for this :inn is connected by con ductor 28, with conductor 2S. The lumps 34 und 35, arrangedV under Steiuu iu Fig. 2, relate to the steam vulve, Fig. 1, and are dis oscrl in branches' und 2i?, which lead to t etwo right hund contacts ot' the switch 4', of the steam valve; The positionl of the arm ofthis steam valve switch 4:, determines which of the linups 34 and 35, is lighted for this arm is connected h v u conduct-or 28?'. with the conductor 28. The lumps 3S and 39. arranged under Cnrbfl Fig. 2, relute to the Carb. hlnst vulve. Fig. 1. und are dis nosed in branches L() and 41. of which 4U, lea s to one of the right hund contacts of the switch 4.. of the "Curb, blast vulve und relates to vthe oli position ol' `that vulve. When the (nrh. hlasl mirc is 'o" or closed. tho lend 7U). is counectctl to u'iro 28, through arm oflswitch (if-Garn blast? valve, lead 42, left vhand arm ;of. iswitch 14,

of stack valve, lead 105,.left7'handrarm of switch 4, of stack valve,lead 106, left hand arm of switch 44,*-of F.(Jrenfbl'asti valve, and lead `28. vWhen the-CaI-b blastlvalve` is on or-open, lead41, isconnected through left hand iarm of switch 4, o-f *Hot-1 valve, lead 103, leftihand arm-of Aswitch 4, of oil valve, lead .104,j left 'handuarmo switch -4, of Carin blastf valve,` Madd-107,- left Vhand arm. of; switch 4,? of-- 'steam valve, leadn 105, lett hand arm -o-fenvitch 4, ot 'steam valve, lead .108, and/left rhandfA arm (if-*switch 4, of L Gren.'blasti valveto lead28sg The lamps 501mdi51, arrangedA under-oilr in-Fig. 2, relate totheA oil valve, hFig. i\1;f .and :trerdisposed inwbranches 52iand 53,?which lead 4to the two right'hand Acontactsi ofzthe switch 4, of the oil valve. Tleiposiliionfof:-thearm of this oil Valve.switch!4;;letermnesl'which of thefflampshand 1517, isnlighted'ffori this arm is connededbvfconductorl 28?. wit-h" coni duct/o1 28s-f i The: lamps 55.1and 56;4 arrangedunder wH, V; rin- Fig.1 -2, :relate rto'the Het valve, '=Fig. 1, and iare'disposed Lin-branches 57 andl 58,

which lead to tw rightlfandcontacts ofthe stvitch 4,-` of rtlm-'idiotlvalveuzY The .position ofthe 'arm of -this Hott-valve lswitch 4,'determines-f wliichfof the lampslfand 56, is lightedl for f thisy anni ris connected :by: a' conductor "28d, `1 'withl tli (ebduetor '28. 1 The lanips 6,0 and ,615relatetotherun and blow?=and"the'y are'il branches 62 and 63, fromi'th'e'v coduotorf233lto the branches 32 and' 33;? of the! lamps 30 land@ 11'* Thelamps 60 andf'llfiare fvin'lparalleli-wirithithe4 lamps 30 'andi i31?; i andfaref 'therefore lcontrolled by theiStck'f-viilvqthe position" of fwhieh' determines `the irunlfafndfthe blowf The lamps 70 a'nd=71,'zare'ili parallel across the circuit by lead 20, and -leadl 72, and they show whether or not 'the circuit is energized. r[henumber of4 lamps 70 and 71 is not il'nportant; Wheretwo lamps are used the illuminationfis hetter'than where only one is used.

The wiring for the Carb blast lamps 3S und 39, in the particular instance illustrated in the drawings, di'ers from the wiring of most of the other pairs of lamps, but the difference does not change the prin riple and is due to Conditions of the par ticular layout. As a practical matter if the lamps 3S und 39, indicate a Wrong position ol the carhureter blast Valve, the indication is rorrect, but if the lumps 38 and 3), and the lamps of another valve malte such an iudilrzation, the meaning is the last mentioned rulre is out of time. The Circuit 80 9l. is provided with a snap switch S2, which is rlnswl when blowing with the rurluzrcler lilwl shul' oliM und in thul use this cirrui is a shuntwforfithe lefthnnd arm ofA the switch 4, of the Carb.iblast.valve.

Theirelays59-aiid110, are in branches 100 and 101, =fromone side of the circuit2l, by conductor 102. Branch 101. reaches .the other side of thecircuit orV conductor 28, as .fellowsz by 41, left :hand arm of'switch 4, -of `Hotmvalve, 4conductor 103, left hand arm of switch 4', of O-il.valve,:conductor 104, left hand .arinof Car'o.; blast?-va1ve, .conductor 107, .leftliandarm vof switch 4, ot' Steam valve,sconductor 105, left hand `arm of switch 4, of Stack valve, conductor 108, left hand arm of switch 4, of Gen blast" valve,A to 28;. lThus all. of the switches 4, are closed inv 4series with the relay 10, and the relay.0,being 'de-energized,- i`s closed, so that re1ay.10,is open and by breaking'oimuit 6,- 'silences the `alarm. [if -any fone lof the switches'i4, is open by `reason-.of defective r blastlvalve are ninl series witlrthe-fenergized f run relay! 9, fandit'hei blow-V relay. y10,: is denergizedrclosing the? path :of circuit `6.' lf any4 ofgtlie valves last -mentionedl is -out Vof proper-position, they circuit through 'relay r9, is'fbroken and in closing it completes circuit 6,.:md sounds the-alarm. In thespartieular j layout shown and during the' run the alarm is not responsiveV to thewr'Hotl valve down position nor to the oil on position, but this 'is a' matter of details in fthat=partieular layout. .Even Iiithe Hot valve is Vnot down during each run yor ifthe oil is notou during each run, no particular harm is done, hul. il' any one thinks otherwise` alarm connections can he applied to tlnl switches 4, of those vulves iu the manner fully described above` When the controllingr elements 1 and 2, are turning normally to position the apparatus valves for a run or a blow, it is desirable that the alarm remain silent. This is done by establishing a shunt circuit which keeps one or the other of the relays 9 and 10. energized and the energized relay keeps the loc-ul circuit broken and the alarm silent. The shunt circuit is from one side of the rirA ruit 28, hv lll), through one ol' the curry over devices ll or l2, by lll, to lead 100, which ronuerls h r lend HIL). with il. lhe other side of the circuit. .115,- is a shutdown switch and it is interposed in the circuit 1.16; and adapted to short circuit the entire equipment during the interval when EWatergate set is shut down. I

It will be obvious to 'those skilled in the art to Whichtlie intention relates that modification may be made in details `oli construction .and .arrangement without. departing fromgthe spirit of the invention which is not limited as to such matters or otherwise than :as -th'e prior art and the appended claims mayl require. I i I claim: i

l. An alarm signal system for automatic control water gas sets comprising' the com bination ofi apparatus valvesl and' l automatic control mechanism foropening. and closingr the valves 4in certain desired groupsiarl at intervals, positioniirdicat-iug lamps forthe valves; rcilrcuzit` connections -for connecting the lamps ofthe valves :in-separatebranclis from one side of the ci`rcuit,wvalve operated switch )provisions for. connecting" either braucht to'Y theA opposite sideof' thez-circuit to light. appropriate 'lamps for indicati-ng the positions of. the valves,a'n alarm, alarm controlling relays, circuit connections for connecting tliexrelays in branches from one sid'eof the circuit, valve operated switch proyisions'rarrengedfin seriesin the relay branches' for. connecting one vor the .other of the branches to the other sideof the cir; cuit-When thlaavazlves are in openedv and closed ,positions in desired ,groups `to silence the ala-rinpav shunt circuit forftlie relays. means responsive ,5to thelcont'rolf mechanism for closing. the shunt circuitfdnriiig' movement of the valves to silence the. alarm, and a local alarm circuit o 'n when eitherre'- lay is energized' and cosed when both relays are fle-energized.

2. An alarm signal system for automatic control: VWater gas sets eomprising'tlie cornbinnti'on .of apparatus valves; andautomatic (mnli'ol mechanism for opening and closing;r the valves in. certain desired groups and :ilv

inter-vals, .position indicating lamps for the valves, circuit connections for connecting the lamps of the valves iii-separate branches from one side of the-circuit, valve operated switch. provisions for connecting either branch to' .the opposite side of thecircuit to light appropriate lamps for indicating the positions of tlieralves relays, circuit connections for connecting the 4relays .in branches from one side of the circuit, valve operated switch provisions arranged in se ries in the, relu-y branches for connecting one or the other of the branches .to the ,other sicle' of the circuit when vrali/'es are in opened and closed posit-ions in desired groups, alarm provisions responsive tothe interruption of current through; both 4relay branches, :unl means responsive to tliecontrol mechanism for ,silencing the alarm during intended mox'em'en't .of tli'e valves.

3.' An alarm signal' s-j-'stein for automatic controlwater gas sets comprising the-coinbinati'oii of apparatus valves and automatic control mechanism for opening a11' lclo'.-iiin r the valves' in vcert-ain desirecl order anti :it intervals, signals for showing tlievpositlions of tlie'val'ves, an4 alarm for .indicating that avalvezis stopped'out `of its proper `'limit position, 4-s'\`\'itcli provisions responsive to morenientof the vali-es and circuit 1coi`1nections controlled by the svi'i'cehr ,provisions for operating the ,signals :and :the alarm, a-nid ineens for controlling the circuit connections to. silence the-alarm so long'usthe valves are niovingvbetu'een their limit positions.

An :alarin' signal system for automatic control zWater gassets comprising the coinbination o't'apparatus valves and their auto matic control mechanism for opening and closing the valves in certain desired order and :it intervals, an alarm, means .controlled by the valvesforsilencing the alarm in the proper limit positions of tl1e,\'alves, and devices for :silencing the alarm while the valves are inovinghehvecn ytheirV limit positions7 substantially. as described.

llll

Images