US984430A

US984430A - Combined boiler, superheater, and feed-water heater.

Info

Publication number: US984430A
Application number: US57428510A
Authority: US
Inventors: Henry W Jacobs
Original assignee: Individual
Current assignee: Individual
Priority date: 1910-07-28
Filing date: 1910-07-28
Publication date: 1911-02-14
Anticipated expiration: 1928-02-14

Description

W. JACOBS. CQMBINED'EOILEE, SUPEEEEATER, AND EEED WATER HEATER.

APPLICATION FILED JULY 28, '1910.

Patented Feb. 14, 1911.

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y H. W. JACOBS. COMBINED BOILEP., SUPERHEATEB, ND FEED WATER HEATER. A APPLICATION FILED JULY 28,4 1910.

' Patented Feb. 14, 1911.

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v COMBINED BOILBR, SUPERHBATEB, ND FEED WATER HEATER. 984,430.

APPLICATMHI FILED JULY 28, 1919.

Patented Feb. 14, 1911.

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panying drawings wherein:

HENRY W. JACOBS, OF TOPIEKA, KANSAS.

COMBINED Beinen, sUPnnHEATnR. AND nnen-waren. HEATER.

Y Specification of Letters Patent.

Patented Feb. 14, 1911.

Application led July 218, 1910. Serial No. 574,285.

To all 'whom it may concern:

Be it known that I, HENRY Jaoons, a. citizen of the United States, and resident of Topeka, in the county of Shawnee and State of Kansas, have invented a certain new and useful Improvement in C'ombined Boilers, Superheaters, and Feed-\iater Heaters, of which the following is a description, reference being had to the accompanying drawings, which form a part of my specification.

The objectof my invent-ion is to provide a *combined boiler, superheater and feedwater heater that will produce a. high thermaly efiiciency, and at the same time be of very compact form, requiring as little space for the `generated power as possible.

A further object of my `invention is to provide a-ire-box and combustion chamber that will economically consume any kind of fuel` but more particularly oil fuel.

The invention also consists in certain new and novel features and combinations which will he more fully understood from the following detailed description of the accom- Figure 1 is a longitudinal sectional View of my invention. Fig. 2 1s a cross sectional view taken on the line A-A of Fig. 1` lookingr in the direction of the arrows. Fig. 3

isa cross sectional View taken on the line B-B of Fig. 1, looking in the direction of the arrows. Y

In illustrating my invention I have shown what is known as a Jacobs-Shupert seetional fire-box 1 and a sectional combustion chamber 2 connected thereto as well as to the flue sheet of the boiler.

3 is a combustion chamber located at the opposite end of the boiler or lues, and this combustion chamber is preferably surrounded by a water-jacket 7.v Located adjacent tothe combustion chamber 3. and built on the forward top part of the boiler, is a superheater 4: while a feed-water heater 5 is built on the rear top part of the boiler, as can clearly be'seen in Fig. 1.

The superheater and feed-water heater are built on top of the boiler shell. which shell forms one wall of .the two compartments constitutingr the superheater and feedwater heater, and are, therefore, of crescent shape, as clearly shown in the cross sectional views,

v Figs. 2 and 3.

1 3y reason of the construction just descrlbed, it is apparent that the greatestpossible amount'ot heat from the products of combustion is absorbed by the Water and steam, thereby obtaining a veryv high thefrinal efliciency for the plant.

The cours;x of the products of combustion, after being burned in the fire-box 1, and also consumed in the combustion chamber 2, leads through the smoke tubes of the boiler into the combustion chamber 3. As this combustion chamber 3 is surrounded by the water-'jacket 7, heat will be absorbed from theproducts of combustion as they are passing through the combustion chamber 3 from the lower portion thereof toward its upper end, where the products of combustion are reversed in their course and made to pass backward through the smoke tubes' 8 of the superheater 4. 'After the gases have passed' through the tubes S of the superheater 4f,4 l

they enter the combustion chamber 10 and pass around the steam dome 9 contlnuing through the smoke tubes 11 ot the feed-water heater 5 and are discharged into the smokehox 12, beingV discharged into the atmosphere through the smoke stack 13.

The water which it is intended to heat is forced into the water-jacket 7 surrounding the combustion chamber 3 through the pipe 14. As the water rises to the top of this compartment or water-jacket 7, it absorbs the heat radiated 'from the gases in their passage through the combustion chamber 3. The. water rises in the water-jacket 7 and passes out through the fountain or tee joint 15 into the pipes 16, 1G, see Fig. 2, which carry it. toand through the cheek valves 17 n into the lower parts of the feed-water heater 5, where it is further heated by the products of combustion passing through the smoke tubes 11 of the feed-water heater 5. As the water rises and fills the feed-water heater 5 from the valves 17, 17, it passes out at the top through the fountain or tee connection 18 and into the

pipes

19, 19, which carry it to the check valves Q0, 20, see Figs. 1 and 2, through which it passes into the boiler where itis further heated and converted into steam. The steam is carried ott through the steam dome 9 into the steam pipe 21, see Figs. 1 and 2, which leads it into the superheater 4 22 and 23, see Fig. 2, aud is delivered into the steam pipe 24 which carries it tothe engine.

v The injector or feed-Water pump may be connectedY to the pipe 14, keeping the pressure in the water-jacket A'l' and feed-Water heater 5 equal to boiler pressure or ivater may be e'rculated through the waterjaeliet 'l' with a feed-Water pump connected to the fountain l5 and delivering' it into the feed-ivater heater 5; or the feed-water pump may a gain be connected up between the feed- Water heater 5 and the boiler.

The combustion chamber 8 is shown provided with a cinder hopper 25 located at the bot-tom thereof, so that any cinders or dirt,

vthat may collect in this chamber 8 may be easily removed. A man-hole 26 may also be builtin the front Wall of the Water-jacket 7, so that a man may enter the combustion chamber 3 to make any repairs or do Work Aon the fines. The location of the man-hole enables the boiler fines to be readily removed or replaced therethrough.

It will be seen from the drawings that I have arranged my combination in sueh a way as to have. the superhea-ter lt located at an intermediate point. with reference to the course of the products of combustion. The purpose in locating' the superheater. as shown, is to'have it located ata point where the gases are not hot enough to destroy the material of which the superheater is made, yet at the same time contain enough heat to produce the desired amount of superheat to the steam.

Theflues may all be secured in tue lluesheet of the boiler, the superheater, and the feed-Water heater in any suitable manner, but 'they' are preferably welded tothe fluesheets. The .seam Q7 connectingr the combustion chamber 2 to the lire-box l may either be riveted, riveted and welded. or preferably Welded in order to prevent the seam being destroyed by the intense heat of the furnace.

The construction of combustion chamber illustrated permits of the expansion of the boiler tubes and, therefore, the latter may be Welded to the flue-sheet.

The cinder hopper connection pipe Q8, see Fig. 1, through thNwater-jacket 7, may be connected bv rivets and a flange, but preferably by Welding `he connection pipe Z8 to the inside wall 29 of the ce 'nbustion chamber 3. This insures a more reliable joint, as the cinders that collect in the combustion chamber 3 at this point are generally very hot.

I have shown and described what. I believe to be the best form of my invention. but it is `apparent that the same may he altered in anumber of minor details without departing from the spirit of my invention; for example, if preferred the feed-Water may be first entered into the feed-water heater 5 and conveyed from there into the water- ]'acket 7 from which point it. may be carried into the boiler.

By forming the feed-water heater in two sections with the one section located about the combustion chamber 3, it is evident that greater etiiciency is had.

It, is also apparent, that by forming a unitary or integral structure with'the superheater and one section of the feed-water heater built upon the boiler shell, any heat radiating frointhe boiler shell will be absorbed by the water and steam in the feed- Jvater heater section .and the superheater respectively.

I do not wish to be understood as limiting myself to the exact construction'shown and described, but

What I do claim as my invention and wish to secure by Letters Patent iszl. A steam generator comprising a boiler, a superheater, a feed-Water heater.A the superheater and feed-water heater being built upon the boiler with the boiler shell constitoting` a wall of the superheatcr and feedivater heater.

2. A. steam `generator comprising a boiler, a superheater, i feedfwater heater` the suvpci-heater and feed-Water heater being; built upon the boiler with the boiler shell constituting one Wall of the superheater and feedn'ater heater, means whereby the water is conveyed from the feed-water heater to the boiler, and means whereby the steam is conveyed from the boiler to the superheater.-

3. A steam generator comprising aboiler, a superhcater, a 'feed-Water heater. the superheater and feed-Water heater being built upon the boiler with the boiler shell constitutinp; the lower Wall of the supcrheater and feed-water heater, and means whereby the gases of combustion are conveyed from the boiler through the superheater and'feedwater heater to the smoke box.

et. A steam generator comprising a boiler, a superheater, a feed-Water heater, the su. pcrheater and feed-water heater being formed integral with the upper portion of the boiler shell. and means whereby the gases of combustion passing from the boiler are conveyed through the superheater and the feed-water heater to the point'of discharge.

5. A steanrgenerator comprising a boiler, a superheater, a. .feed-Water heater, the superheater and feed-water heater beingI formed integral with the upper part of the boiler shell, a. combustion chamber conimunieatin'g with the tire tubes of the boiler and the superh'eaterA whereby the gases of combustion are returned through the superheater and feed-Water heater, and a water chamber surrounding said combustion'chamher.

6. A steam generator comprising a boiler. section, a`superheater section, a feed-water heater section. the superheater section and feed-water heater section being built upon the boiler section with the wall of the latter means whereb')r the gases of `coxnlnxstion 'from the boiler are returned through the t upon and to the top of the shell of said superhea-tor and feed-water heater sections7 means whereby through the feed-water heater section and the boiler section. and means tor conveying the steam from the boiler section to th'e superheater section. Y A

7. A steam generator comprising a boiler, a superheater, a feed-water heater. the snperlrater and feed-water heater being built upon the boiler at the. front and rear ends, respectively, acomliustion chamber at the forward end of the generator' and communilcat-ing:r with the lines of the. boiler and with the superheater, and a water-jacket arranged about saidv combustion chamber and communieating with the feed-water heater.

8. In combination with a boiler of the re. ftube type, a superheater. a feed-water heater, the superheater and feed-water heater being built upon thel boiler, means whereby the gases of combustion passing;- through the boiler are made to pass through the superheater and feed-water heater, and `means whereby7 the vater passing to the feed-water heater will absorb heat from said gases passing through said tiret. mentioned means. e v

9. A steam generator comprising a. boiler section, a superheater section. a feed-water Section, the superhcater section and feed- Water heater section beine) superimposed on the boiler section with the wall of the boiler section constituting' a 'all of the other sec tions. a combustion chamber at the forward end of the boiler section and superheating; section whereby the gases ot combustion are made to pass from the boiler section through the superheaer and fecdwater heater sections, and means wherel'iy the radiation of the combustion chamber will be transmitted to the water for the feethwatcr heater section.

10. The combination ot a boiler, a combustion chamber at the forward end thereof, a water-jacket surrounding said combustion chamber. a smoke tube superheater, and a smoke tube feed-water heater, the superheater and feed-water heater being` built boiler.

11. A steam generator comprising a boiler section. a superheater section. two feedwater heater sectiona, and a combustion chamber located forward of the boiler section. the superheater section and one of the feed-water heater sections being built upon the boiler section. while the other fcedwater l heater section is built adjacent lo said combustion chamber.

12.' A stea m generator comprising a boiler sction,a superheater Sectiolntwo feed-Water I, Si!" heater' sections, and a combustion chamber 'ater is lnade to circulate' at the forward end of the boiler section and auperheater section, the Superheater section and one ot' the t'eed-\\ater healer sections being built. upon the boiler section and made ot' the smoke tube type, while the second feed-water heater section is built, about said combustion chamber.

12'. o steam generator comprising a boiler provided with a fire-box and a combustion chamber intermediate thereof. a super-heater, a feed-water heater, the superheater and feed-water heater being builtupon and to the lshell of said boiler7 a combustion chamber comici-.tinethe. front end ot' the boiler with the superbe-atei', and a water-jacket built about said last mentioned combustion chamber. all of said parts being formed integral.

1l. The combination of a boiler section, a super-heater section, two feed-water heater sections. and a combustimi chamber, the parte being so arranged as to compel the,

gases of combustion to pass from the boiler section through the combustion chamber and reverse their course through the Superlaeater section and one of the feed-water heater sections, with a water connection be tween the upper part of one feed-water heater section and the lower part of the other feed-water heater section and the boiler section, and a steam conneetioirbetween the boiler Section and said Superheater section.

15. The combination of a boiler section, a Superheater section, two feed-water heater sections.:\nd acombustion ehamber,the parts being so arranged as to compel the gases of combustion to pass'from the boiler section through the combustion chamber and rererse their course through the superheater section and one ot' the feed-water heater see- 105 tions. the upper part of the feed-water heater sections being provided with fountains whereby a connection is had between the upper partl of the one feed-water heater section and opposite lower parts of the other feed-water heater section, and lbetween said last named feed-water heater seetion and the boiler section.

lo. In a steam generator, the combination of a boiler, a feed-water heater7 and a super 115 heater, the feed-water heater and superheater being: built upon and made to take about and conform. to the upper part of the boiler, with means whereby the gases of combustion are conveyed from through both feed-water heater and Superheater.

1T. A steam generator comprising a boilelt the boiler section, a feed-water heater section, a superheater section, the feed water heater section 125 and superheater section being' built upon the boiler section with the lower walls of the feed-water heater sect-ion and superheate-r section contiguous to the upper part of the boiler section, and. means whereby the products of combustion are conveyed from Section, a. superbe-:iter section, and a feed- Vsection, a. superhenter section, and a feedand {eetl-water heater section being built upon the boiler-section with the lower walls ofthe snperheater section and feed-Water heater section taking about. and against the upper Wall of the boiler ejection so that rnfliwater heater section, the superlieuter section ation from the boiler section may be :1band feced-n'a'ter heater section being built to sorbed by the superheater and feed-water take about. and con-form to the upper part of heater Sections. the boiler section. Y A I HENRY W.JACOBS.

.19. A stesnn generator comprising a boiler the boiler section through the feed-water heater section and superheatensectlon.

18. A steam generator coznprlsing n bolle:-

lVit-nesses FRANK MrrCHELL,

Water heater section,- thesuperheater section DAVID H. OWEN.