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Publication numberUS322002 A
Publication typeGrant
Publication dateJul 14, 1885
Publication numberUS 322002 A, US 322002A, US-A-322002, US322002 A, US322002A
InventorsChaeles L. Phillips
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Vania
US 322002 A
Abstract  available in
Images(1)
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

(No Model.)

G. L. PHILLIPS & J. J. RIGKETTS.

GAS REGULATOR.

N0. 3Z2,0 0Z. Patented July 14, 1885.

f U. 7" r s u w H J E '7 I 1] I 4 MIlWEBEi EE hvar lms 4. 79M, M aw wm/M V amnezzm UNITED STATES PATENT @FFlQE.

CHARLES L. PHILLIPS AND JAMES J. RIOKETTS, OF PITTSBURG, PENNSYL- VANIA; SAID RIOKETTS ASSIGNOR OF ONE-THIRD TO JOHN R. MOGINLEY,

OF SAME PLACE.

GAS-REGULATOR.

cencrr'icarron forming part of Letters Patent No. 322,002, dated July 14., 1885.

Application filed August l], 1984.

To all whom, it may concern;

Be it known that we, CHARLES L. PHILLIPS and J AMES J. RICKETTS, both of Pittsburg, in the county of Allegheny and State of Pennsylvania, have invented a new and useful Improvement in Gas-Regulators; and we do hereby declare the following to be a full, clear, and exact description thereof, reference being had to the accompanying drawings, in which- Figure 1 is a vertical sectional view of my improved gas-regu1ator. Fig. 2 is a like view of the valve detached.

Like letters of reference indicate like parts wherever they occur. it is well known that natural gas passes from the well at a high pressure, which is dangerous, on account of the penetrating and explosive character of the gas and leaks in the pipes caused by excessive pressure.

The object of our invention is an improve ment in governors or regulators whereby the gas shall be delivered to the service-pipe under any pressure that is desired, and whereby any certain pressure may be determined and the amount of supply thereby regulated.

We will now describe our invention so that others skilled in the art may manufacture and use the same.

In the drawings, a represents a tank or case 0 formed of metal or other suitable material. Extending horizontally across the same, preferably at the top, is a copper or other suitable diaphragm, which is formed, preferably, of thin sheet metal, so as to be raised or lowered 3 5 slightly at its center, according to the amount of pressure of gas in the case a. This diaphragm is preferably disk-shaped. Secured to the bottom of the case aby a suitable screwthread is a pipe, 0, by which the natural gas 0 is supplied to the chamber a.

In the mouth of the pipe 0, suitably secured by screw-threads or otherwise, is a valve-seat, (Z, which is cylindrical in shape, open at the bottom, and provided with a smaller annular 4 5 opening, at, at the top, around which annular opening is formed a valve-seat, 6, having a V- shaped downwardly projecting annular ridge, f.

(No model.)

\Vithin the valve-chamber d is the valve 9, which is composed of a rubber button, 9, cy- 5o lindrical in form, so as to correspond with the interior of the valve-chamber d, and having a flat upper surface, which seats against the valve-seat 0, while the lower end is preferably rounded, as shown in the drawings.

Secured to the valve is a rod, 'i, which extends through the annular opening d in the top of the valve-chamber d, and passes thence to the center of the diaphragm I), to which it is Secured.

On the end of the rod t, which is secured to the button 9, is a head, is, around which the rubber is cast in forming the valve, so as to obviate the necessity of the opening through which the rod i extends passing through both ends of the valve.

Above the diaphragm b, inasuitable box or casing, Z, is a spiral spring, on, which bears upon the diaphragm and on a screw-nut, n, situate on the rod 0, which rod is secured to the side of the box 1. The force of this spiral spring is exerted downward against the diaphragm, and the tension may be increased or lessened by means of the screw-nut it.

Extending from the side of the cylinder a is a service-pipe, p, to which is attached a globe-valve, q, the stem 1" of which extends upward to a level with the box Z, and at the upper end of which stem is a ring or hook, 1-. Around the stem of the valveis a spiral spring exerting its force downward, so as to close the valve.

Supported by suitable standards, 8, is a hori zontal rod or wire, t, connected with a lever, t, which is connected with the diaphragm b in the box Z in such a manner that it shall be moved longitudinally by the up-and-down motion of the diaphragm b. A suitable spring, 10, is arranged on the rod t, which causes the return motion of the rod. The end of this rod t passes through the hook r, so as to hold the valve q in an elevated position.

In the pipe 0, below the valve 9', is a partition, to, having an annular opening in the center thereof.

Extending through the partition u horizontally from the exterior of the pipe 0 is a screwueedle, d, by which the annular opening in the partition u may be increased or lessened, as desired.

Below the partition :1 in the pipe 0 is a valve, 10, by which the gas is either turned on or shut off.

The service-pipe p passes from the chamber a to a tank, 2, which is larger than the chamber a, and serves as a low-pressure reservoir, the service-pipe leading therefrom to the burners. The purpose of this tank is to prevent the gas at the burners from receiving a sudden check or impulse when the gas is turned off from one or more burners in the building.

The operation is as follows: The natural gas passing through the pipe 0 and open port past the valve 1 enters the chamber a, where the pressure of the gas, overcoming the force of the spring in, raises the diaphragm b and thereby closes the valve 9, thereby shutting off the fiow of gas in the chamber a. hen the pressure of the gas in the chamber a is lowered so as to be weaker than the force of the spring on, the valve 9 is again opened and more gas is admitted to the chamber. By regulating the pressure of the spring m any desired pressure of gas may be maintained in the chamber a. The lid of the box I is provided with a suitable lock or securing device, 0:, so that it may be secured to prevent the pressure ofthe spring from being changed excepting by the gas-company, and thereby only a certain amount of pressure of gas shall be furnished to the house or building. Should a leak occur in the main gaspipe, or for other reason the flow of gas be interrupted therein, the diaphragm will fall, owing to the pressure of the spring at and the removal of the pressure in tle chamler a, which will release the valve-stem r of the valve (1 by withdrawing the rod t from the ring 1', so that the valve will then be pressed down by the spiral spring and the service-pipe will be closed, preventing the escape of gas into the house when the flow of gas in the main pipe is renewed. Owing to the cylindrical form of the valvechamber d and the valve 9 the rubber is pressed firmly against the valve-seat, and owing to the pressure is extended laterally so as to press tightly against the sides of the valveseat.

The advantages of our invention are, first, owing to the peculiar construction of the valve and its seat leakage through the valve, which is so common with ground-valves when used in connection with natural gas, is prevented; second, by means of the boxl a simple and reliable meter is afforded by which the flow of the gas maybe determined.

If desired, a gage may be placed on the service-pipe to determine the pressure.

Instead of the spring a,a suitable weight or weights may be employed.

Although we have described our invention as applied to natural gas, it may also be applied to water and gas pipes in the same manner.

\Ve are aware that gas-governors having a weight or spring resting on or against a flexible disk connected with a valve are not new, and we do not desire to claim the same, broadly; but,

Having thus described our improvement, what we claim as our invention, and desi re to se cure by Letters Patent, is

1. In a gas-regulator, the combination of the chamber a, diaphragm I), having a spring or weight, the cylindrical valve-chamber 11, having a seat at its inner end, and the cylindrical valve r capable ot' fitting within the "ZllVO-CllttlllbGl (I and connected with the dia phragm l), substantially as and for the pnr pose specified.

2. In a gas-regulator, the combination of the chamber a, diaphragm b, valve 1, and the needle (1", arranged in a V-shaped port or passage 11, substantially as and for the purpose specified.

3. In a gas-regulator, the combination of 'the diaphragm 1), spring cut-oil" valve (1, and

the connecting-rods t and r, and the lever t, substantially as and for the purpose specified. 4'. ]n a gas-regulator, the combination of the valve-chamber d, cylindrical in form and having a seat at its inner end, and the cylindrical valve-button g, substantially as and for the purpose specified.

In testimony whereof we have hereunto set our hands this 26th day of July, A. I). 1881.

CHARLES L. PHILLIPS. JAMES J. RIOKETTS. \Vitnesses:

THOMAS \V. BAKEWELL, J urns K. BAKEWJCLL.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2880790 *Aug 10, 1951Apr 7, 1959Bendix Aviat CorpStarting fuel control for gas turbine engines
US3324922 *Jun 10, 1964Jun 13, 1967Exxon Research Engineering CoLiquid fuel flow control and metering apparatus
US4341237 *Nov 24, 1980Jul 27, 1982Valmont Industries, Inc.Apparatus and method for reducing the waste of welding gas
US4958658 *Jun 25, 1987Sep 25, 1990Tegal CorporationMass flow stabilized
US20160201627 *Jan 9, 2015Jul 14, 2016Caterpillar Inc.Gas Fuel System Sizing for Dual Fuel Engines
Classifications
Cooperative ClassificationF16K17/00