US385121A

US385121A - Carburetor

Info

Publication number: US385121A
Authority: US
Publication date: 1888-06-26
Anticipated expiration: 1905-06-26

Description

(No' Model.) 3 ShetsSheet 1.

C. S.-KING & B. G. BROWN. GARBURBTOR. N 385,121 Pat'entedJune 26, 1888.

d INYENTOR: 6. J 66 ATTORNEYS.

N4 PETERS. Fhoto-L'Ilhogapher. Washingloru n. c.

3- Sheets-Sheet 2.

(No Model.)

0. 8. KING & E. G. BROWN.

GARBURETOR.

No. 385,121. P atefltedJun e 26, 1888.-

WITN ssns ,INVENTOR:

mfg

ATTORNEYS;

3 Sheets-Sheet 3.

(N0 Mod'el.)

O. S. KING 8: E. G. BROWN.

GARBURETOR.

Patented June 26, 1888.

nu v D b 8 A I Au &

WITN SSES:

- ATTORNEYS.

N. PETERS, Phubumu m her, Wuhlnghm, n. c

CHESTER S. KING AND EDWARD G. BROWN, OF SMETHPORT, PENNSYLVANIA.

CARBURETOR.

SPECIFICATION forming part of Letters Patent No. 385,121, dated June 26, 1888.

Application filed October 25, 1887. Serial No. 253,313. (No model.)

To call whom it may concern:

Be it known that we, CHESTER S. KING and EDWARD GI BROWN, of Smethport, in the county of McKean and State of Pennsylvania, have invented a new and useful Improvement 111 a Combined Gas-Engine and Oarbnreting Apparatus, of which the following is a specification.

The object of our invention is to provide a combined gas-engine and carbureting apparatus, wherein the latter is operated by the engine and made to supply the carbureted alr to be mixed with air to form an explosive mixture for use in the engine, and wherein the speed of the engine is made to control the speed of the carburetor, the supply of hydrocarbon thereto, and the supply of gas to the said engine.

The invention consists in the peculiar construction and arrangement of parts, all as here nafter fully described,and pointed out in the claims.

Figure 1 is a side elevation of our improvement. Fig. 2 is an end elevation of the same. Fig. 3 is a vertical sectional elevation. Fig. 4 1s a side elevation, partly in section and partly broken away,- and Figs. 5, 6, and 7 are detail views.

Referring to the drawings by letter, A is the working-cylinder in which the explosion takes place, A the base, A the fly-wheel, A the pulley, A the crank, A the pitman, and A the governor, driven by belt A, of a common form of gas-engine which receives its supply through the valved pipe a.

Bis a reservoir for containing gasoline or other hydrocarbon, which is supplied thereto through the inlet bat the top. Upon the reservoir B is arranged the dome B,in which and in the lower part of the reservoir are journaled the shafts b If, respectively, carrying the chain-wheels b If, over which pass the endless chain of buckets Z), which supply the gasoline or other hydrocarbon to the carburetor 0 through the pipe or trough b. The carburetor O is arranged at oneside of the reservoir, and consists of the open bottom cylinder c,having aseries of concave or dished and centrally-apertured plates, 0, secured to its inner surface, and a series of convex or oppositely-dished plates, 0 secured to a revolving shaft, 0 stepped in a spider, c, at the bottom of the cylinder, and operated by means hereinafter described Below the reservoir and carburetor is arranged the cylinder D, in which is eccentrically journaled the shaft cl, carrying a series of heaters or agitators, d. jects through the cylinder, and is provided with the pulley d from which the belt (2 passes to the pulley A of the engine, and by which the agitator-shaft is operated.

E is a double-acting air-pump, which is sus pended upon an axis, 6, about which it oscillates, and has its piston 6 connected with the pulley (i The pump is connected with the cylinder D by means of the pipe e which is provided with a springactu ated p ressureregulatingvalve, 6

On the upper end of the shaft 0 of the car buretor is mounted the bevel-pinion f, which meshes with the beve1-pinion g on the shaft g, journaled in bearings on the top of the reservoir Band carburetor O. The other end of the shaft 9 carries the bevel-pinion 9 which meshes with the bevel-pinion h on the shaft 2), which projects through the dome and is supported in a suitable bearing on the top of the reservoir 13. The outer end of the shaft 12 carries a large bevel gear-wheel, t, which meshes with a loose bevel-wheel, k, on the governorshaft Z.

In the gas -supply pipe a is arranged the valve m, whose stem projects upward through the said pipe and is adjustably connected to the lower end of the governorshafit by means of the clamp n. The under surface of the bevel-wheel his provided with a downwardly projecting lug, is, adapted to engage a laterally-projecting lug, Z, on the governor-shaftl when the said shaft is elevated.

For keeping the hydrocarbon in the agitatorcylinder at the desired temperature the said cylinder is formed with a water-jacket, d, which is connected with the water-jacket of the engine-cylinder A. The pipe 0, connecting the two waterjackets, isv provided with the bent portion 0, entering the water-space of the cylinder D, and the extension o, projecting down into and to within a short distance of the bottom of the cylinder D, and is nearly filled with mercury. The pipe 0 is also pro- The shaft d pro-- through the pipe I).

vided with an outlet-pipe, 0 which will permit the escape of the waterwh'en the temperature of the contents of the cylinder D rises to such a degree as to cause the mercury in the extension 0 to rise in the pipes above the juncture of the bent pipe 0, thereby closing the lower end of the said pipe 0 and preventing the entrance of water from the enginecylinder to the agitator-cylinder.

The supply-pipe a, leading from the carburetor, is provided with an extension, a leading down to within a short distance of the bottom of the reservoir B, for returning to said reservoir any excess of hydrocarbon in the said gas-pipe, and the said pipe is also provided with a small jet-pipe, a, which is arranged in said pipe a between the valve m and the carburetor.

The operation is as follows: The engine being put in motion, the hydrocarbon will be fed from the reservoir B, by means of the endless chain of buckets b, to the carburetor O The hydrocarbon falls upon the convex plate 0 then passes down onto the concave plate 0 and through the aperture thereof to the next plate, and so on to the bottom of the carburetor, the heavier particles passing into the agitator-cylinder D. The hydrocarbon in the cylinder D is broken up and com miuuted into fine particles by the revolving blades d to facilitate its absorption by the air, which is forced into the said cylinder by the pump E. The air then passes up through the carburetor 0, meeting the hydrocarbon in its passage through the same, and escapes completely carbureted through the supply-pipe a to the engine-cylinder A. As the speed of the engine decreases, the governor-shaft Z rises and opens the valve m in thesupply-pipe a. At the same time that the shaft rises its lag is brought into engagement with the lug on the pinion k and causes the same to revolve therewith, and through the bevel gearwheel i and the bevel-pinions f, g, g" and h cause the endless chain of buckets to be operated to supply the hydrocarbon to the carburetor and the shaft 0 of the carburetor revolved. \Vhen the speed of the engine increases, the governor-rod Z descends, the valve in closes, and the bevel-pinion 7a is disengaged from the governor-rod, so that it will revolve freely thereon, whereby the endless chain of buckets and carburetor-shaft will be stopped.

Itwill be seen that as the air passes through the carburetor 0 it is brought into contact with the hydrocarbon therein, and the inlet and exit openings both being at the top the gas, when it reaches the top and just before leaving the carburetor, is brought into contact with fresh hydrocarbon, so that it will be thoroughly saturated. By means of the agitator below the carburetor the heavier particles of hydrocarbon, which are usually lost, are saved, and being subjected to heat and acted upon by the heaters, are broken up, so that they be absorbed by the air admitted to the cylinder and passed through the carburetor. Then, again, the agitator-cylinder being below the carburetor, we are enabledto apply heat only to the residuum or the heavier particles of the hydrocarbon which alone reach the agitator-cylinder.

Instead of a pump any air-forcing apparatus' may be employed.

Having thus described our invention, what we claim, and desire to secure by Letters Patcut is- 1 The combination, with a earburetingcylinder, of a cylinder arranged below and communicating with the earbureting-cylinder and provided with an agitator, substantially as and for the purpose set forth.

2. The combination, with a earburetingcylinder having an open bottom, of a cyllnder arranged below the earbureting-cylinder for receiving the heavier particles of hydrocarbon passing through the earbureting-cylinder, and an agitator in said cylinder, substantially as herein shown and described.

3. The combination, with a carburetlngcylinder, of a cylinder arranged below the carbureting-cylinder and communicating therewith and having a water-jacket surround ng it, and an agitator in the said jacketed cylinder, substantially as described, whereby provision is made for heating and breaking p the heavier particles of hydrocarbon passlng through the earbureting cylinder, as set forth.

4. The combination of a carbureting-cylinder, a cylinder arranged below and communicating with the carbureting-cylinder and having a water-jacket surrounding it, an agitator in the jacketed cylinder, and an air-forcing apparatus connected to the said jacketed cylinder,substantially as herein shown and described.

5. In a carburetor, the combination of a cylinder having an open bottom and provided with an inlet for the hydrocarbon and an exit for the carbureted air at the top, a series of concave and centrally apertured plates secured within the cylinder, a shaft journaled in the cylinder, and a series of convex plates of less diameter than the cylinder and secured to the shaft between the concave plates, substantially as described.

6. The combination, with an engine-governor, of a hydrocarbon-reservoir, a carbureting-cylinder, an endless chain of buckets for supplying the hydrocarbon to the earburetingcylin der, and intermediate mechanism between the buckets and governor-shaft, substantially as described, whereby provision is made for regulating the supply of hydrocarbon to the earbureting-cylinder from the governor, as set forth.

7. The combination, with an engine-governor, of a earbureting-cylinder, a shaft journaled therein, a hydrocarbon reservoir, a feeder for supplying the hydrocarbon to the earbureting-cylinder, and intermediate mechanism between the feeder, the carburetor-shaft, and the governor, substantially as described,

whereby provision is made for regulating the IIO supply of hydrocarbon to the earbureting-cylinder and the operation of the carburetor from the governor, as set forth.

8. The combination, with an engine and its governor, of a carbureting'cylinder, a hydrocarbon-reservoir, a feeder for supplying hydrocarbon to the carbureting-eylindcr, a shaft journaled in said carbureting-cylinder, a pipe for supplying carbureted air to the engine, a valve in t-hesaid pipe, andintermediate mech anism between the valve, the feeder, and the carburetor-shaft and the governor, substantially as described, whereby provision is made for regulating the supply of hydrocarbon to the carburetor, the supply of carbureted air to CHESTER S. KING. EDWARD G. BROWVN.

\Vitnesses:

HUGH P. BRAWLEY, W. F. SPEoHT.