US557127A

US557127A - Blast-furnace

Info

Publication number: US557127A
Authority: US
Publication date: 1896-03-31
Anticipated expiration: 1913-03-31

Description

(No ModQl.) 2 Sheets-Sheet 1.

M( W. ILES.

BLAST FURNAGE.

No. 557,127.. Pat'ented Mar. 31, 1896.

FIG-j.-

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1 l l wwf a@ ,-5325 (No Model.) I 2 sheets-sheen 2.

M. W. ILES..

BLAST FURNAE.

No. 557,127. Patented Mar'. '31, 1896.

FIG

wrrNESSEs=l 76M? mwa Y secured to the flanges of the deck-plate.

f UNITED STATES ATENT FFICE.

MALVERN iV. ILES, OF DENVER, COLORADO.

BLAST-FURNACE.

SPECIFICATION forming part of Letters Patent No. 557,127, dated March 31, 1896.

Application filed September 20, 1894. Serial No. 523,556. (No model.)

To @ZZ whom it may concern.-

Beit known that I, MALVERN W. Inns, a citizen of the United States, residing in the city of Denver, in the county of Arapahoe, in the State of Colorado, have invented a certain new and useful Improvement in Blast- Furnaces, of which the following is a true and exact description, reference being had to the accompanying drawings, which form a part thereof.

My invention relates to the construction of blast-furnaces, and particularly to the deckplates and Water-jackets of such furnaces and the parts adjacent thereto; and it consists, iirst,in the particular construction by Which the deck-plate takes the place of a water-pipe around the furnace, and, further, in the arrangement of the blast-pipe relatively to the deck-plate, and in a novel construction of the water-jackets.

My invention will be best understood as explained in connection with the accompanying drawings, in Which- Figure l is a sectional view of a blast-furnace provided with my improved deck-plate and Water-jackets, and showing the blast-pipe Fig. 2 is a fragmentary view taken on the line t of Fig. l and With the air-blast pipe removed; and Fig. 3 is a detail vieW of a corner of the sectional deck-plate, showing the preferred construction.

A indicates the crucible of the furnace.

B B are Water-jackets, preferably provided with projecting mouthpieces B', through which the Water is fed into them.

C indicates the body of the furnace.

E E indicate the Walls of the furnace, which are supported on the deck-plate D.

The deck-plate is composed of a number of sections D' D2, ttc., each of Which is made up of beams, as indicated at F F F. 'To the top and bottom of these beams are riveted plates G, forming Water-tight joints with the outer beams, or with all the beams. The end of each section, Where it abuts against the next section, While it may be constructed in any convenient manner, I prefer to build in the manner shown in Fig. 3, by bending the inner beams F to form the ends F and securing these ends F by bolts or otherwise to the outer beams F at F2. Each section Will therefore consist of a Water-tight conduit, and, While there may be of course as many sections as are deemed desirable, I prefer to employ but four, one for each side of the furnace, Which is usually rectangular. By this construction, it will be noted, a very strong deck-plate is provided, the corners Where the deck-plate is supported on columns, as E2, being reinforced by the ends F.

In order that Water-inlets to each individual section of the deck-plate may be dispensed with, I provide suitable conduits for Water connecting the sections. These conduits may consist of registering holes, as indicated at N', formed in the abutting end plates F; but I prefer to form the conduits by means of pipes N, each of Which taps tivo adjacent sections.

One or more inlets for Water, as indicated at H, are provided, as are also Water-outlets H', and, in use, a current of Water is constantly kept circulating through the deckplates, keeping their temperature down, and through them cooling the masonry in immediate contact therewith.

The outlets II are preferably arranged so as to deliver Water from the deck-plate into the Water-jackets B, though, of course, the supply of Water for the jackets may be supplied directly from the Water-supply pipe, if

desired.

It sometimes happens that the Water-supply pipe leading to one section becomes clogged, or that the Water-supply to a particular section is turned off through carelessness, and to prevent injury to a Water-jacket scction from such cause I provide a connection from one section to the next. This connection is preferably made, as shown in Fig. 2, by boring a hole, as b, at or near the center of each section on the outside. Into each hole is inserted a sleeve b', which is provided With a T, as shown at b2. A suitable hose or pipe b3 is connected to each opening of the T, so that all the sections are connected,

and if Water in one section becomes low it is supplied from the other sections, thus preventing the burning of the jackets.

The action of the Water-entabla'ture or deckplate is to prevent the undue heating of the masonry in its vicinity, and therefore the airblast pipe I can be placed close to the fur- Ioo Y nace, and, as shown, is secured to the outer iianges of the declcplate, thus saving valuable space. This forms an important feature of my invention and is entirely distinct from anyparticularconstruction of the deck-plate.

J J indicate delivery-pipes leading from the blast-pipe I to the tWyers K.

Having 110W described inyinvention, what I claim as new, and desire to secure by Letters Patent, is- Y l. In combination with a blastfurnace, a deck-plate independent of and situated above the Water jackets, said deck-plate being formed of flanged iron beams and plates riveted together to form a water-tight conduit, said beams being set vertically to support the superstructure a Water-supply leading into said conduit, a Water-exit leading therefrom, and an air-blast conduit secured around said decleplate as described and so that the deckplates intervene between it and the furnace.

i. In combination with a blast-furnaee, a decleplate independent of and situated above the Water-jackets, said deck-plate consisting of a number of sections, each formed of iian ged iron beams and plates riveted together to form a Water-tight conduit, said beams being set vertically to support the superstructure a Water-supply leading into one or more of said sections, a Water-exit leading therefrom, and conduits for connecting the sections together so that Water can flow freely from one section to the other.

In combination with a blastsfurnace, a deck-plate independent of and situated above the Waterjackets, said deck-plate consisting of a number of sections each formed of anged iron beams and plates riveted together to form a Water-tight conduit, said beams being set vertically to support the superstructure a Water-supply leading into one or more of said sections, a set of sectional water-jackets inclosing the furnace, coupling-pipes for con neeting each section with the next, an outlet pipe or pipes leading from the deck-plate and serving as an inlet or inlets to the Water-jack ets, all substantially as specified.

MALVERN W. ILES. V'Titnesses:

JOHN S. WILLIAMS, 1D. A. JONES.