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Publication numberUS1759892 A
Publication typeGrant
Publication dateMay 27, 1930
Filing dateApr 15, 1927
Priority dateApr 15, 1927
Publication numberUS 1759892 A, US 1759892A, US-A-1759892, US1759892 A, US1759892A
InventorsLoran F Doen
Original AssigneeCleveland Heater Company
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Valved coupling
US 1759892 A
Abstract  available in
Previous page
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Claims  available in
Description  (OCR text may contain errors)

My 27, 1930. K L, F, DQEN 1,759,892

vALvED coUPLIhNG Filed April 15, 1927 |NVENT% Cim f m ATT NEY i Patented May 27, 1930 gas' pressures.


This invention relates to gas burning appliances and in particular the means for regulatng and controlling the source of supplyto the appliance.

It has for its object the provision of a shutoi valve-that may be readily and easily. secured to and detached from the appliance.

Another object of. this invention is to provide a shut-ofvalve in which the outlet orifice may be independentlyadjusted to take care of the various kinds of gas and diierent he heating burners of this invention is to roliances W ich the appliance from the gas supply line and that does not necessitate turning oi thevgas at the meter when such disconnection is made.`

A further object of ,this invention is to provide a valve in which the inlet and-outlet portions of the valve are .detachably secured to each other.

Prior to my invention it has been the usual practice to secure to the mixing or Venturi tube of the gas burner without theinterposition of any con- Another object of vide a valve for gas burning ap venient means for disconnectin the gas con,.

v duit from the burner. It is o ten desirable and necessary in 'as burning appliances to remove the burner or cleaning and other purposes. Such removal of the burner may read-A ily and easily be accomplished with my improved valve, by .simply unscrewing the union f nut 5 from the valve body, which serves to disconnect the burner from the gasv supply line.

In the drawing Figure 1 is a sectional elevation of my improved valve.

Figure 1.

Figure 2 is an enlarged elevation partly in section of the adjusting needle. A Figure 3 is a section taken on line 33,

The valve shown in the drawing comprises a valve body 1 havingan inlet opening.' 2 threaded toreceive a` pipe to be connected;

lto the source of gas supply and having an externally threaded outlet 3 to receive the union nut 5 which provides a means for dethe iow of gas from- 1a spud 7, provided with valves of the type shown 1927. serial no. 184,141.v

taxiably securing the nipple 4 to the valve bo y. f

The nipple 4 is externally threaded to receive a spud carrier .6 which in.turn receives an orifice 8. The

Spud carrier 6 is externally threaded for se- Y curement to the applicance upon which it is used. The locknut 9 provides a means for lockingl the `spud carrler to the appliance. The nipple 4 is internally threaded to receive the adjusting needle 10.

Referring to theenlarged view of the needle 10, shown in Figures 2 and 3 itv will be seen thatthe needle has a threaded portion I22 at one end by which it is adjustably carried in the nipple 4. The opposite end27 ofthe needle 10 is conical in shape for reception in the orifice 8 ofthe spudy 7 and provides a means of Ivarying the size of the openingof the orifice 8. The needle 10 is further pro vided with longitudinal recesses 23, which permit the flow of gas throu h the nipple 4.

A hole 24 is drilled throng the adjustingl needle 10 intersecting the vinner'terminus of the axially' drilled hole 25 rovided'in the conical end of the needle. and 25 provide a minimum fixed opening for gas to be supplied to the burner when the conical end 27 of the needle 10 is in contact with the spud 7 at the margin,` of the orifice 8. The size of the holes 24 .and'25 is determined by the size of the burner with which the valve is to be used.

he openings 24 vleo With a given burner the'vv passages 24 and 25 are of such size that when the gas supply is wholly under their control, the burner. will receive the proper amount of the highest grade 'natural gas at the maximum pressures which may be anticipated, for its operation at maximum eiiiciency.

vThe orifice 8 of thespud 7V is designed to in a valve of this type and any desired adjustment between these two extremes may be Y obtained by moving the needle toward or away yfrom the orifice 8.

Heretofore the usual practice has been to use spuds havin larger or smaller orifices Vto take care of t e various types of gas and Y gas pressures. .Thus a gasburning appliancev at'any 'ordinary pressure that maybe encountered by reason of the large orifice 8 and thevrelativelysmall orifice Q5 and the adjustments that may be' effected between these two limiting orifice sizes.

The .nipple 41s1'prov1ded with a spherical face 26 adapted lto be heldin the iiuid tight -leatheig'bre or` ard rub er.

' Contact with a portionof similar contour on theoutletiend of thevalve body l by the locknut 5. Thefvalve'body has a'valve seat llfform'ed vintegrally therein. A valve head 121coacts with thevalve seat 11 to open and 'close a passage through the valve body. The

valveheadrl?l is provided with a valverface 13-of are'lativel' yieldin material, such as The .valve head 12'has a threaded portion 14, ada 'ted to Y'be received by a suitably threade Y ortion 15 ot the bushing 16, that is threada 1y received at 28 by the valve body' 1. y v*The V valve head is formed y integrally with the valve Ystem 20 or suitably secured thereto. The exposed end of the valve stem is `provided with a small hand wheel 21, which provides Packing` means thevalvestem-QO andthe bushing 16 by the ja pliance the inlet 'side 2 ofl the valve. is p a'cved inrcommunication Witha gas conduit.'

- VThe Spud carrier' 6 and thel nipple `4V are se-` Vcured'tothe appliance and lockedin position by the nutf9. The union nut 5 is then tight- Y es' If for any enedup on the outlet end 3 of thevvalve body deviceis then in a position for operaand the tion. Y Y

the union vnut 5 Vwht'ereupon accessl may be' had a. to theadjusting needle 10, and if it isv desired, the Yburner may` beremoved'fr'om Athe valve fr Y `withoutdisturbing its adjustment. Ordinaf rilythe gas flow adjustmentisaccomplishedffV Y' by rotating the element 6 on theJ Vnipple 4 to position the inlet ofthe Spud orifice 8 closer Y Y An important feature of my improved valve Y is that it is not necessary to shut oli' the gas ahead ofthe valve when taken apart atits vunion connection as the valve itself provides a gas shut-oil' means ahead of the union connection.

Furthermore, it yis to beV understood that 'the particular forms of apparatus shown and described and the particular procedure set forth are presented for purposes of explanation and illustration and that various modiications of said forms and procedure can be made without. departing from my invention as defined in the appended claims.

I claim:

'1. An angle valve havinga male union outlet, a centrally bored rcgulating'needle mounted in said outlet, a spud having a reducing orilice, and means `longitudinally ad- .Y Justahle on said union outlet andfcarrying ,said spud whereby the position of said-Spud may be adjusted Vrelatively to said regulating needleso that in the limiting positions: of` said spud fluid Vfiow from thevalve is con` .trolled by the size of spud oritice'in one caseV and in the other case by the size of the cen'- tral bore of said .regulating needle. 1

2. A combiuationof an angle valve having Va threaded inlet and union outlet, a nipple formin av part of said union outlet, and an adjusta le needle valve comprisingy acen'- trally bored needle carried inv said nipple, and a vSpud adjustably associated with said ni ple and needle providing a valve seat for said needle, said. needle valvev having maxi'- mum and'minimum adjustment as determined Vof the centrally-bored needle. Y y l Y Y In testimony whereof I aix'my signature.

by the sizeof the spud orifice and the Vorifice f Y f i LoRAN DOEN. e

Y Y y desiredto remove :the 'Y A .burner or to adjust L thevred oriticeof the g valve thismay bedone fby simply unscrewing,

if istv Y i

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2434215 *Oct 7, 1944Jan 6, 1948 Control valve for gaseous fuel
US2514506 *May 4, 1948Jul 11, 1950Mueller Ervin HValve for fuel gas
US3166611 *Sep 6, 1962Jan 19, 1965Robert L ConantCarburetor
US4211258 *Aug 18, 1978Jul 8, 1980Ryco Graphic Manufacturing, Inc.Spray dampening system for offset printing with page control assembly
US8028968 *May 22, 2007Oct 4, 2011Mike GumVariable orifice gas flow modulating valve
US8678345 *Sep 2, 2011Mar 25, 2014Mike GumVariable orifice gas flow modulating valve
US20120001106 *Sep 2, 2011Jan 5, 2012Mike GumVariable orifice gas flow modulating valve
U.S. Classification137/613, 251/903, 137/798, 251/122, 137/903, 251/123
International ClassificationF23D14/48
Cooperative ClassificationY10S251/903, F23D14/48, Y10S137/903
European ClassificationF23D14/48