US647486A

US647486A - Acetylene-gas generator.

Info

Publication number: US647486A
Application number: US73264499A
Authority: US
Inventors: Wellis R Fox; Howard H Fox
Original assignee: Individual
Current assignee: Individual
Priority date: 1899-10-05
Filing date: 1899-10-05
Publication date: 1900-04-17
Anticipated expiration: 1917-04-17

Description

Patented Apr. I7, |900.

W. R. &.H. H. FX.. AGETYLENE GAS GENERATB.

2 Sheets-Sheet l (Application Bled Oct. 5, 1899.) N o M c d el nuzwtow @y THE Ncnms PETERS co.. PHOTO-mwa., wAsHlNsm. uc.

No. 647,486. Platenfed Ap`r. I7, |900. w. n. & H. H. Fox.

ACETYLENE GAS GENERATUR.

Y (Application led Oct. 5, 1899.) No Model.) 2 Sheets--Sheet 2.

,mrnonms PETERS co., mma-muc., wnsmnrwou. u. c.,

" NITED "STATES PATENT OFFICE.

VELLIS R. FOX AND IIOVARD I-I. FOX, OF OOBLESKILL, NEV YORK.

ACETYLENE-GAS GENERATOR.

srnorrlcAr/IQN forming pare bf Letters Patent No. 647,486, dated April 17, 1900. Application led October 5, 1899. Serial No. 732,644. (No model.)

To all whom t may concern,.-

Be it known that we, WELLIS R. FOX and HOWARD H.FOX,citizens of the United States, residing at Oobleskill, in the county of Schoharie and State of New York, have invented certain new and useful Improvements in Acetylene-Gas Generators; and we do declare the following to be a full, clear, and exact description ofthe invention, such as will enable others skilled in the art to which it appertains to make and use the same.

The invention relates to an improved acetylene-generator; and the object'of the invention is to provide a simple, inexpensive, eective, reliable, and automatic device of thisv character.

To this end the invention consists in certain features of construction and combinations of parts,which will be hereinafter fully described and claimed.

In the accompanying drawings, Figure 1 is a perspective view of our improved automatic acetylene-generator. Fig. 2 is a longitudinal section of the same. Fig. 3 is a vertical transverse section on the line 3 3 of Fig. 2.

In the drawings. the same reference characters indicate the same parts of the invention.

1 denotes the generator, which is preferably rectangular and is provided with" removable hand-hole plates 2 and 3, whereby access may be had to the interior for charging the carbidreceptacle and `removing the spent ash.

4 denotes-a trapped inlet-pipe provided with a valve 4C and funnel 42. This inlet-pipe is an improvement by which water may be run into the ash-pit to drown the ash and extract any gas that the ash may contain and also to render the ash more agreeable to handle.

5 denotes a hand-lever fulcrumed in the front wall of the generator and terminating inside of the generator in a square socket 5 and is firmly fastened to the front end of the rectangular carbid-basket G, which is formed of heavy wire-netting, which gives the basket foraminous or reticulated sides, as shown, through which the water runs on its way to the carbid in the basket. One side of the basket is provided with a hinged door 6' to insert the carbid. The rear end of the basket is loosely mounted on a pin 60, fixed in the contiguous end of the generator on which the basket revolves.

On the front wall or left-hand end of the generator is iixed an oilpacked joint 4S, through which the agitatorshaft passes and turns when shaking the ash out of the carbid-basket 6.

7 denotes the water-inlet pipe, fixed to the top and center of the generator and terminating inside of the generator ina T-sliaped end, which is supplied with perforations 7', which distribute the Water in the form of a spray through the perforations in the carbidbasket directly on the carbid.

7b denotes a trap in the water-inlet pipe which is always full of water to the dotted line 31X, forminga seal which prevents the escapeof gas, and said trap 7b is provided with a funnel 7l.

72 denotes a plug-cock located near the inner end of a spout`8, which communicates with the tank 8 directly over the tilting bar 7. The scoop-shaped cup 74 is deepest near its rear end, the latter inclining upwardly and rearwardly. This scoop-shaped cup 74 is supported slightly in rear of its verticalA middle line by a bail 9, which is supported from the spout 9". tains the scoop-shaped' cup 74 in its untilted or normal position until such time as the bell or holder 13 falls, when the water from the tank S, passing through the spout 01,falls into the scoop-shaped cup 74 until overbalancing said cup 74 forces the tilting bar 7 down into the scoop, as shown in Fig. 1, and empties the water-inlet pipe 7, from which it is conthe water it then contains into the funnel 7a of ducted to the carbid-basket 6 within the generator 1. A lever 73, which is pivoted to the lower end of a vertical rod 9, which in turn is pivoted to a horizontal lever 10 on a studpost 11, xed to the tank 8 and the opposite end of said lever 10, passes through a link 10 to form a sliding connection with the vertical rod 12, whichpasses through a hole 12 in the top of the yoke 130, said rod 12 being connected to the bell or holder 13, the operation being such that when the holder falls the water passes from the tank 8 through the plug-A cock 72, falling into the scoop-shaped cup 74. The rising of the lever 7s releases the tilting The tilting bar 7c main- IOO bar 7, which is attached to the valve-plug, as plainly indicated in Fig. 2, the position of the said scoop-shaped cup 74 being shown in the initial position in Fig. 2 and in the discharging position in Fig. 1. In operation the tilting bar 7c is adapted to depress and to raise the cup 74 by pressing against the inclined end of said cup. Then when the cup 7 4 becomes lled with water to a certain point the weight of the--water in the left-hand end causes the cup 74 to discharge its contents into the funnel 7, the water nding its way to the carbid. Gas is generated, which causes the bell 13 to rise, which in turn cuts off the water supply, and, vice versa, when the holder falls the water is turned on. When the water is discharged from the cup 74 by its turning on the joint 75, the large end of the empty cup being the heavier, the cup rights itself, being automatic, always discharging a given amount of water when needed.

14 denotes Ithe gas-outlet pipe, provided with a cock 25, leading from the generator, and it communicates with a safety valve or trap formed by pipes 23 22 and the lower end of the pipe 15. A branch pipe 14, provided with a cock 14h, connects the horizontal outlet-pipe 14 with the escape-pipe 15 above the water-trap. This valve 14b is closed and the valve 3l open when the generator is in use; but their positions are reversed when the carbid-chamber is being recharged.

A water seal is formed by drawing Water in the pipe 22 fromthe tank 8, through the cock 15, until the water rises to the dotted line 230. The pipe 15 is connected to and opens outside Aof the building. The feature of this trap is that should there be an accidental overproduction of gas, more than the gas-bells will hold, the pressure of the gas on the water in the trap will cause the water to rise in the pipe 15, allowing the surplus gas to escape to the open air outside of `the building, thereby preventing an injury to the machine or building.

23" denotes a glass water-gage by which the amount of water in the trap is determined.

23s is a drip-cock on the water-gage to draw water from the trap if the seal is too strong.

The outlet-pipe 14 communicates with a diagonal pipe 16, which in turn communicates with a horizontal pipe 17 ,extending under the tank 8, and from this horizontal pipe the vertical inlet-pipe 18 extends above the waterlevel and admits gas to the holder 13. The horizontal pipe 17 connects to a perpendicular pipe 170, which has a coupling 1740. The vertical pipe 17 0 connects to a horizontal pipe 17a, to which is suspended a drip-cup 19, which has a drip-cock 19 to draw off water of condensation. The drip-cup 19 is connected to the pipe 17a by a cross 19", through which passes a small pipe 190 to carry the drip from. the purifying-chamber to the bottom of the drip-cup 19. The lower end of the pipe 190 is immersed in water in the bottom of the drip-cup 19, which prevents gas passing up through said pipe, the gas passing around the pipe 190 through the horizontal pipe 17L to the vertical pipe 1S on into the bell 13. The upper end of the pipe 190 is formed with a bushing 174', which closes the upper end of the cross 19", connecting with a T 175. The bushing 174 prevents the gas passing up to the T 175.

The purifying-chamber 20' is connected to the T 175by a pipe 20"-,which contains a valve 173, which is to close the pipe when refilling the purifying-chamber 20'.

182 denotes cooling -tubes through which the gas passes from the bell 13 to the pipe 176 on its way to the purifying-chamber 20.

2O denotes the house service-pipe.

20 denotes the screw-cap on the purifyingchamber, through which filtering material is inserted and removed.

13 denotes the yoke over the gas-bell 13', and 133 denotes guides on said bell.

25 25 denote valved connections, to which an exhaust-pump may be connected to exhaust the generator when recharging.

24 24 denote guide-plates to conduct the ash to the center of the ash-pit.

In operation, the generator having been properly charged, water is first admitted to the carbid-basket through the plug-cock 72 into the spout 8a, from which it passes into the scoop-cu p 7 4, which is pivoted in the lower ends of the bail 9, suspended from the spout 8a. When the scoop-cup 74 has been filled with the water to the point that will overhalance it and trip it, the water contained therein is emptied into the funnel 7ab at the upper end of the pipe 7, connected with the generator 1, the trap 7b excluding the air, the water passing to the perforated end of the feed-pipe 7, where it is distributed through in the carbid-basket 6 directly upon the carbid, whereby the gas is caused to be generated and passes therefrom into the bell or holder 13 and as the latter rises the holder 13 turning off the water-'supply by turning the plug-cock 72 through its connections with the holder 13 to 'shut off the water-supply at the cock 7 2, which stops the generation of gas. As the gas is consumed the holder falls, and the water is again admitted to the carbid with a like result, and this operation is continued as long as there is any carbid in the generator.

It will of course be understood that various changes in the form, proportion, and the minor details of construction may be resorted to without departing from the principle or sacrificing any of the advantages of this invention.

Having thus fully described the invention, what is claimed,and desired to be secured by Letters Patent of the United States, is-

1. In an acetylene-gas machine, the combination of the tank and gas-holder, said tank having a discharge-spout provided with a rocking valve connected to said gas-holder by levers 9 and 10; a tilting bar 7 cconnected with said rocking valve and projecting down- IOO IOS

IIO

wardly therefrom the gas-generator having a trapped water-inlet pipe and a pipe connection with the tank 8; and the tilting scoop-shaped cup 74 suspended from the discharge-pipe of said tank between said tank 8 and said trapped water-inletpipe, whereby upon the movement of said rocking valve the tilting bar 7c either raises or depresses said tilting scoop-shaped cup 74; substantially as specified.

2. In an acetylene-gas machine, the combination with the generator having the reticulated carbid-basket mounted therein and the trapped water inlet pipe communicating therewith; the holder 8 provided with the discharge-spout; a rocking valve provided with a depending tilting bar mounted therein; the scoop-shaped cup 7 4 suspended from said dis- VELLIS R. FOX; HOWARD H. FOX;

Witnesses:

LoUIs W. KILTs, JACOB N. RUSSELL.