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Publication numberUS2607368 A
Publication typeGrant
Publication dateAug 19, 1952
Filing dateJul 1, 1949
Priority dateJul 1, 1949
Publication numberUS 2607368 A, US 2607368A, US-A-2607368, US2607368 A, US2607368A
InventorsMayer Charles M
Original AssigneeTappan Stove Co
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Solenoid operated valve
US 2607368 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

A 19, 1952 c. M. MAYER 2,607,368

SOLENOID OPERATED VALVE Filed July 1, 1949 INVENTCRQ CHHRLES M MAJ 6R- Patented'Aug. 19, 1952 I 7 7 v v I Q .raeomssf;

. "Se i-om.b AiEDvA i1i:* Charles M. Mayer, Mansfield, hio,i.'assignor.- to The Tappan Stove Company,.Ma nsfie di Ohio,

acorporationof Ohiov v Application Ju'iyi; 1949,f$eriall\lo.102,533

2 Claims. o1l3i729 f This inventionrelates to a solenoid operated through central apertures-in the closure discszfi valve which is especially adapted 'for automatiand and'into annular grooves H and [2 formed 'cally controlling the flow of a small'stream of gas in the inner .face. of caps 13 and. ,-l4-respectively. to a pilot burner or the-like The caps l3 and. I4 are'securedto the flanged.

Theyalve and the solenoid are constructedasa 5 endsr4 and 5. of the casing3 by screws l5 which single unit which is interposeddn a gas conduit extend inwardly through apertures in thecaps inja; vertical position. The valve-which isopened l3 and I4 andintozthreaded apertures in the by the energization of the solenoid will remain closurediscs. 6' and l; 'Gaskets l5 provide gasopen as long as the solenoid is energized-and will tight joints between, the ends of the spool l and close by gravity as soon as the solenoid is de-ener- 10 the caps l3 and l io, The caps l3 and iii are pro? gized. e v vided with .couplings l1 and 18 respectively, by The principal object of the invention is to'prowhich the mechanism is removably secured to vide a very simple efficient and inexpensive device and between vertically aligned pipes or tubes I 9 by which the flow of a small stream of gas can be andZD; A centralbore 2! in the cap [3 provides electrically controlled. i v connnunieationzbetweenthe pipeor tube l9 and 'Otherobjects of the invention will be apparent Y the upper end ,-of the spool I; and a central bore from the following specification and the accom- 22 in the cap l lprovidescommunication between panying' drawings forming a part thereof the, pipe or tube and the lowerend of thespool whereinz. I. Inoperation gas is adapted to flow from the Fig. 1 is a side elevation of a solenoid operated 20 tube I9 down through the spool I, around the valve, constructed according tomy invention, plunger Ill, and into the tube 20. In order to interposed in a small gas conduit; assure the 'free passage of gas through the spool Fig. 2 is an enlarged vertical section taken on i the diameter of the plunger I0 is made sli y the line 22 of Fig. 1; and less than the internal diameter of the spool I. Figs. 3 and 4 are horizontal sections taken on 25 o. if esired, the plung in y be Vertically the lines 3-3 and 4-4 respectively of Fig. 2. grooved as indicated at 23, to further facilitate The device comprises generally a tubular spool the flow o a through e poo of non-magnetic material whose bore defines a In order to control the flow of gas from the gas passageway. The spool is adapted to be p p I d into the p p 20 I prov de a tap interposed in a gas conduit so that it forms a part valve plungerlii which is secured to, or formed thereof. Asolenoid coil is wound about the spool inte With, the lower end of the Solenoid and a solenoid plunger is mounted in the bore plunger l0 and extends downwardly therefrom. of the spool. A valve, which is secured to the The valve plunger 24 is adapted to engage a valve lower end of the solenoid plunger, is adapted to seat 25 about the upp end of the b e 22 in e seat by gravity in a valve seat disposed therebecan l4 and shut off the flow of gas into the pipe low in the spool bore, and to cut ofif the flow of lly t Valve p r 2 Seats by a gas through the conduit. When the coil is eneri y in he Valv Se t 25 d rin he time the coil gized the solenoid plunger will center itself in the 2 is not ener t When t co 2 is ne coil and raise the valve from its seat, opening sized e S e p ger ID will center itself the passageway. The plunger will float in the 0 with respect to the coil 2 and will float within spool bore as long as the coil is energized, but the Spool This raises the Valve Plunger 24 will immediately drop by gravity and seat the m the Valve Seat 5 permitting the ee pas-v valve as soon as the coil is again lie-energized. sage of gas from the pipe 19 through the spool I Referring now to the drawings by reference and into the pip Then, as $0011 as the Coil characters the numeral l indicates an open- 5 2 is again de-energized thersolenoid p n I ended tubular spool of non-magnetic material will immediately p y gravity until the V ve about which a solenoid coil 2 is disposed. The plunger 24 engages t Valve a 25 t Shutting coil 2 may be wound for any desired voltage and off the flow of gas. For best results the device wattage, and s encl sed within a cylindrical should be mounted in a substantially vertical metal casing 3. The ends of the casing 3 are po ti alt o it W ll p r w n po d flanged inwardly as indicated at 4 and 5 about at a considerable a metallic closure discs 6 and 1. Discs 8 and 9 of m e foregoing t Will e app t to t ose insulating material are interposed between the skilled in this art that I have prov a y closure discs 6 and 1 and the coil 2'. A solenoid s mpl a d ffi i t m an s f a plis in plunger In is mounted within the spool I. '55 the objects of my invention.

The ends of the tubular spool I extend out It is to be understood that I am not restricted to the specific construction shown anddescribed as various modifications can be made thereto within the spirit of the invention.

What is claimed is:

1. In a device of the character described the combination of an open-ended tubular spool of non-magnetic -'m'ate rial defining a fluid passage way, a solenoid coilwound about said spool, a cylindrical casing enclosingsaid coil, said casing having an inturned annular flange about each end thereof, a closure disc disposed in each-end of said casing between said coil and said inturned flanges, each of said closure discs having a cenpassageways fornr an integral part thereof, a solenoid" plunger disposed within said tubular "spool, and a valve plunger which is adapted to "engage the inner end of one of said fluid passagetral aperture therethrough throughwhich said I tubular spool extends, a cap removably secured to each of said closure discs with said flanges interposed between said caps and said discs, an annular groove in the inner face of each of said caps into which the ends of said tubular spool extend, "coupling means by which said device is interposed in a conduit so that said spool forms .ai-part thereof, .a solenoid plunger mounted within said spool,'-a;-valve plunger secured to said. solenoid plunger, and a valve seat formed in one of said caps in which said valve plunger is adapted to-seat to close said fluid passageway.

"2, Inadevice of the character described the combination of a solenoid coil having'an axial bore therethrough, a cylindrical easing having an inturned annular flange at each end thereof surrounding said coil, "a pair of identical closure 'discsf-each having a: central aperture there through, one of said discs-being disposed in each end of said casing between said coil and the adjacent inturned flange with the central aperture thereof in alignment with the axial bore in said coil, a pair of identical caps each having a central fluid passageway therethrough, one of said caps being removably secured to each of said closure discs with the adjacent inturned flange securely clamped between the cap and closure disc, an open-ended tubular spool removably v mounted in said axial bore with the ends thereof extending out through the apertures in said discs :and 'intorgas-tight engagen'ientgwith said caps around said-fluid passageways-coupling means by which said device is removably interposed in a fluid conduit so that said spools and said fluid ways and cut o'if the flow of fluid through said spool carried said solenoid plunger.

CHARLES M. MAYER.

REFERENCES CITED The following references are of record in the fiIGQ fffihlS patent:

' UNITED STATES PATENTS France of 1941

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1538092 *Jun 21, 1922May 19, 1925Herbert ColeValve
US1622672 *May 3, 1926Mar 29, 1927Pennsylvania Pump & CompressorMagnetically-controlled fluid valve
US1651865 *Apr 12, 1923Dec 6, 1927Gen ElectricApparatus for making incandescent lamps and similar articles
US1903902 *May 7, 1930Apr 18, 1933Mclaren William WMagnetic valve
US2181423 *Sep 9, 1935Nov 28, 1939Honeywell Regulator CoSolenoid mechanism
US2254833 *Jun 27, 1940Sep 2, 1941John Wyeth And Brother IncMethod and apparatus for controlling intermittent fluid flow
US2391129 *Aug 5, 1942Dec 18, 1945Bendix Aviat CorpBrake mechanism
FR404154A * Title not available
FR485384A * Title not available
FR574387A * Title not available
FR688114A * Title not available
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2677524 *Nov 9, 1950May 4, 1954Parsons John BSolenoid controlled valve assembly
US2764333 *Apr 28, 1954Sep 25, 1956Realistic CompanyBottle filling machine and valve therefor
US2821997 *Mar 15, 1954Feb 4, 1958Skinner Chuck CompanySolenoid control valve
US2860850 *May 25, 1953Nov 18, 1958Garrett CorpSolenoid valve
US2877828 *Jul 22, 1958Mar 17, 1959Barnette Jr Ernest MFolding fisherman's seat
US3043336 *Apr 17, 1959Jul 10, 1962Atkomatic Valve Company IncSolenoid valve
US3064671 *Feb 9, 1960Nov 20, 1962Petrusek Robert ASyphon mechanism
US3415487 *May 16, 1966Dec 10, 1968North American PlasticsMagnetic control valve with concentric coils
US3462116 *Feb 6, 1964Aug 19, 1969Wright Components IncSolenoid valve and method for making the same
US3731881 *Feb 24, 1972May 8, 1973Bowmar Instrument CorpSolenoid valve with nozzle
US4505300 *Jul 1, 1983Mar 19, 1985Honeywell Inc.Control valve apparatus
US4655374 *Mar 19, 1985Apr 7, 1987Controle Bvl LteeDispensing apparatus valve
US4951917 *Dec 6, 1989Aug 28, 1990Slautterback CorporationDynamic response time for electromagnetic valving
US5100102 *Oct 15, 1990Mar 31, 1992Ford Motor CompanyCompact electronic fuel injector
US6725877 *May 23, 2001Apr 27, 2004Brahma S.P.A.Solenoid valve for delivering a fluid at a variable flow-rate
US9285053 *Feb 27, 2013Mar 15, 2016Coprecitec, S. L.Gas valve and assembly method for a gas valve
US20140374635 *Feb 27, 2013Dec 25, 2014Coprecitec, S. L.Gas valve, and assembly method for a gas valve
DE1059678B *Oct 31, 1956Jun 18, 1959Alfred Staribacher Dipl IngSteuervorrichtung zum Gleichhalten des Mengenverhaeltnisses stroemender Druckmittel
DE3019167A1 *May 20, 1980Nov 26, 1981Bosch Gmbh RobertEM mixture regulator for IC engine - is of coaxial construction, which can be inserted in supply line
EP0061104A2 *Mar 13, 1982Sep 29, 1982INDESIT INDUSTRIA ELETTRODOMESTICI ITALIANA S.p.A.Device for the adjustment of the refrigerating fluid flow in a apparatus for the production of cold or hot conditions and system for regulating such fluid flow
EP0061104A3 *Mar 13, 1982Nov 24, 1982Indesit Industria Elettrodomestici Italiana S.P.A.Device for the adjustment of the refrigerating fluid flow in a apparatus for the production of cold or hot conditions and system for regulating such fluid flow
EP0101606A2 *Aug 17, 1983Feb 29, 1984Braun AktiengesellschaftHousehold apparatus for making hot beverages
Classifications
U.S. Classification251/129.21
International ClassificationF16K31/06
Cooperative ClassificationF16K31/0655, F16K31/0651
European ClassificationF16K31/06C6, F16K31/06C4