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Publication numberUS924641 A
Publication typeGrant
Publication dateJun 15, 1909
Filing dateJan 19, 1909
Priority dateJan 19, 1909
Publication numberUS 924641 A, US 924641A, US-A-924641, US924641 A, US924641A
InventorsClarence G Crispin
Original AssigneeClarence G Crispin
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Fluid-valve.
US 924641 A
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Description  (OCR text may contain errors)

U. G. GRISPIN.

FLUID VALVE.

APPLICATION FILED JAN.19, 1909.

924,641 Patented June 15,1909. a SHEETS-SHEET 1.

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G. G. GRISPIN.

FLUID VALVE.

APPLICATION FILED JAN.19, 1909,

924,641, Patented June 15, 1909. 3 SHEETS-SHEET 2.

ATTORNEY WITNESSES:

G. G. CRISPIN.

FLUID VALVE.

APPLIOATION FILED JAN.19, 1909.

Patented June 15, 1909.

3 SHEETS-SHEET 3.

ATTORNEY WITNESSES:

OLABENOEG. ORISPIN, OF BERWIGK, PENNSYLVANIA.

FLUID-VALVE.

Specification of Letters Patent.

I Application filed. January 19, '1909. Serial No. 478,168.

To all whom it may concern:

Be it known that I, CLARENCE G. CRISPIN, residing at 'Berwick, Columbia county, Penn sylvania, and being a citizen of the United States, have invented certainnew and useful Improvements in Fluid-Valves, of which the following is a full, clear, and exact descri tion, such as will enable others skilled in the art to which it appertains to make and use the same, reference being had to the accompanying drawings, which illustrate the preferred form of the invention, though it is to be understood that the invention is not limited to the exact details of construction shown and described, as it is obvious that various modifications thereof will occur to persons skilled in the art.

In said drawings: Figure 1 is an elevational view partly in vertical section. Fig. 2 is a plan view with the cover and its appurtenances removed. Fig. 3 is an elevational View of the inner receptacle or cup and its hanger members. Fig. 4 is an inverted plan view of the inner receptacle. Fig. 5 is an elevational view partly in section, the section being taken on line 55 of Fig. 6, said Fig. 5 illustrating a modified form of construction. Fig. 6 is a ilan "iew illustrating the modification of t 1e device shown in Fig. 5 with the cover removed, showing how the device may be applied in clusters where a maximum quantity of air is to be exhausted, as from a large pipe. Fig. 7 is an inverted plan view of the inner cover used with the construction shown in Figs. 5 and 6.

My invention relates to improvements in that class of valves especially applicable to or serviceable in connection with water mains o )i ms.

t has for its object to provide for venting such water mains or pipes or the release of confined air when admitting water thereto; also, for the admission of air thereinto when the water is withdrawn or otherwise escapes therefrom, and to carry out these ends in a simple and effective manner.

Said invention therefore consists of certain structural features, substantially as hereinafter more fully disclosed, and particularly pointed out by the claims. I

In the drawings, 1 indicates the outer shell of my improved valve, which has ingress and egress ports with which communicate respectively the pipes 2 and 3. The shell 1 is provided. with a cover 4, which is secured in position by a suitable number of volume of fluids.

bolts 5 passing through flanges 6 and 7 of the cover and shell and between the cover and shell is provided a suitable packing 8 to form a watertight joint. side of the cover 4 isv a circular opening 9 and above this opening, that is between it and the ipe 3, is a packing 10 which serves the dou )le function of a packing for the joint between the pi e 3 and cover 4 and as a valve seat for t e ball valve hereinafter referred to.

Suspended by the flanged straps 11 in the shell 1 is a cup or inner vessel 12 which is provided with decentralized perforations 13 and inthe cup 12 is a globe valve 15, which is of such diameter that when seated in its valve seat or against the packing 10 it will close the egress port through the cover 4, and when-seated on the bottom 16 of the cup 12 will leave a clear space between said globe valve and the decentralized perforations 13 in the bottom of said cup, thereby roviding for the escape by gravlty of any iquids which may remain in the cup when the valve 15 is in its lowermost position. It is to be noted that the cup 12 is imperforate except for said decentralized perforations 13 and the straps 11, which support the cup, are provided with flanges 17 which rest in seats 18 provided therefor in the upper edge of the shell 1, while the packing 8 extends over the flanges 17, thereby preventing the esca e of fluids from the shell 1 except through t e pipes 2 and 3. In addition to the flanges 17 the straps 11 are provided with lower flanges 19, which assist in centering the cup 12 in the shell 1.

In Figs. 5, 6 and 7 is illustrated a modification of the structure shown in the other figures, in which modification the four cups 12 with four valves 15 are rovided to permit the escape from the she 1 1 of a greater In this modification there is provided a cover 4 similar to the cover 4 of Fig. 1 but between the cover thus rovided and the shell 1 there is provide an intermediate cover 1 which intermediate cover is formed on its under face with four enlarged and tapered openings 9 each of which is provided with a packing ring 10 to form valve seats vertically above the globe valves 15 in Fig. 5, there being a considerable space A between the cover 1 and the outer cover 4 of the device shown in Fig. 5 to serve as an air space for the passage of air from the interior of the valve Patented June 15, 1909.

Formed in the under shell 1 to a central orifice in the cover of ingress the device shown in Fig. 5. In this modification the cups 12 are supported in series by relatively U shaped straps 20, which rest upon inwardly converging supporting-arms 21, which are formed integral with'the shell 1. The lower portions of the cups 12 are connected by means of straps 22 which, with the straps 20, bind the cups shown in Fig. 5 firmly together so that they may be re moved as a unit,

Owing to the space A between the u per edge of the cups 12 and the valve seats t ere is clear space for the escape of air or other gases which may be in the water pipes, but as soon as water reaches the cups it flows through the perforations 13, over the upper ed e of thecups, and lifts the buoyant glo e valves to osition in contact with the valve seats 10, t ereby preventing escape of liquid while permitting free escape of other fluids prior to the lifting of said valve. When the water pressure is reduced the valves 15 drop by gravity and owing to the decentralization of the erforations 13 the li uid in cups 12 will rainoff. Another advantage in having the perforations 13 out of contact with the valve 15 is that the cup may be washed out to dispose of sediment which may accumulate in the cups without removing the valve 15, which can otherwise only be done by first removing the cover 4. The valve being underground and communicating with the atmosphere through a pipe extending up through the soil, it is evident that a great convenience results from such disposition of the perforations 13 in the cups, as the operation of the valves may be tested without removing the valves from their connection with the water main. If desired, thevalves 15 may seat against the metal 9, the packing 10 or both, as may be desired.

What I claim is:

'1. In a valve of the character set forth, the combination comprising an outer shell, a cover therefor provided with a valve opening, an exhaust pipe leading from said cover, a packing between said cover and pipe forming a valve seat, a spherical valve adapted to seat against said valve tened bottom, said cup having decentralized perforations therein and means for supportmg said cup in said outer shell.

2. In a gravity and liquid operated valve adapted to permit escape of fluids, the combination comprising an outer shell with an seat, a cup with flat port, a cover member with an egress port an. a valve seat, a buoyant globe valve adapted to close said egress port and a nonspherical receptacle for said valve, said re ceptacle being perforated in. its lower )ortion, the perforation being so positioner as to be alwavs removed from said buoyant valve.

3. In a liquid operated valve adapted to permit escape of fluids, an outer chamber, a

perforated non-spherical cup suspended therein with decentralized perforations in said cup, a cover for said outer chamber with a port and valve seat and a buoyant globe- "valve relatively within said cup, adapted to cut oil communication between said chamber and said port.

4. In a liquid operated valve adapted-to permit escape of fluids, an outer chamber, a

cover therefor provided with a valve open-,

ing, a packing above said valve opening cooperating therewith to fcrm a valve seat, an exhaust pipe seated. on said packing, an'inner receptacle, suspending means therefor resting between said. outer reoeitaole'and its cover, said inner receptacle aving decentralized perforations therein and a globe valve adapted in one position to seat in the valve seat of the cover and in another position to rest in said inner receptacle removed ..from the perforations therein.

5. In a cluster valve operated by liquids and adapted to permit the escape of fluids, an outer shell provided with a port and inwardly extending supporting arms, a plurality of valve receptacles supported from said arms, an inner cover provided with a pluralitv of valve seats in alinement with said valve receptacles, and an outer cover with egress port therein.

6. In a liquid operated valve adapted to permit escape of fluids, an outer chamber, a cover therefor provided with exhaust ort and a valve seat, an exhaust pipe in aiinement with said port, an inner receptacle, suspending means for said inner receptacle and a buoyant globe valve adapted to close said exhaust port under liquid pressure, the said inner receptacle having decentralized )erforations therein so )ositioned as to be always removed from said globe valve.

In witness whereof I have hereunto set my hand in the presence of two witnesses.

CLARENCE G. CRISPIN.

Witnesses:

E. M. Kocnnn, F. N. RITTER.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2510098 *Jan 20, 1947Jun 6, 1950Geisler John WTank vent
US2603493 *Feb 6, 1950Jul 15, 1952Rusconi Carlo FAutomatically vented liquid flow regulating valve
US4778595 *Oct 15, 1986Oct 18, 1988Anthony Industries, Inc.Swimming pool filter tanks; air pressure relief and checking
US4844414 *Jun 3, 1988Jul 4, 1989Anthony Industries, Inc.Valve improvements
US4901754 *May 2, 1989Feb 20, 1990Anthony Industries, Inc.Valve improvements
US4917795 *May 18, 1988Apr 17, 1990Anthony Industries, Inc.Automatic valve assembly
US5769429 *Sep 30, 1996Jun 23, 1998Val-Matic Valve And Manufacturing Corp.Seat for air valves
US6016828 *Jan 4, 1999Jan 25, 2000Machledt; Charles G.Vault vent having dual ball water seal
US8365773Mar 14, 2008Feb 5, 2013Mcp Industries, Inc.Valve device and testing method
Classifications
Cooperative ClassificationF16K24/044