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Publication numberUS248801 A
Publication typeGrant
Publication dateOct 25, 1881
Filing dateJun 24, 1881
Publication numberUS 248801 A, US 248801A, US-A-248801, US248801 A, US248801A
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
slfbillot
US 248801 A
Abstract  available in
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Description  (OCR text may contain errors)

(No Model.) 2 Sheets-Sheet 2. A. G. SEBILLOT.

ORE FURNAGB No. 248,801. batented @M -25,1881.

WITNESSES ATTORNEYS.

llNrrrn States Parenti rtree,

AMDEE G. SEBILLOT, OF DENVER, COLORADO, ASSIGNOR TO THE UNITED STATES ORE SEPARATING COMPANY, OF NET/T YORK, N. Y.

ORE-FURNACE.

SPECIFICATION forming part of Letters Patent No. 248,801, dated October 25, 1881,

Application iiled June 524, 1881. (No model.)

To all whom it may concern.-

Be it known that I, AMDF. G. SnBrLLo'r, ofDenver, in the countyofArapahoe and State of Colorado, have invented a new and Iniproved Ore-Furnace, of which the following is a specification.

The object of my invention is to provide a new and improved furnace for treating ore, opcra-ting as a continuous furnace.

to The invention consists in a tunnel-shaped furnace with heat-fines on the top and sides,

and with rails on the bottom, on which rails cars rest, fitting closely in the furnace and containing the ore or the ore and acid, the fumes and r 5 vapors produced passing through a side aperture into a iue which conducts them into a suitable condenser. The car containing the fresh ore is subjected to the least'heat, and

when a car with fresh ore is introduced all the zo cars are pushed forward, so that the cars are gradually subjected to a greater temperature as the ores approach a complete transformation into oxides, sulphates, &c.

The invention further consists in a chain or rope and windlass for propelling the cars by hooking the end of the rope or chain on a hook on the under side of the car and winding the rope or chain on the windlass.

In the accompanying drawings, Figure l is 3o a longitudinal sectional elevation of my improved ore-furnace. Fig. 2 is a cross-sectional elevation of thc same. Fig. Sis ahorizontal sec` tional view ofthe same, showing the arrangement of the fines. Fig. 4 is a horizontal sectional view ofthe same on the line w a: ofFig. 2.

Similar letters of reference indicate corresponding parts.

The furnace A is constructed with a longitudinal passage, B, provided with an arched 4o roof, C, and above this roof there is a longitudinal tine, D, extending over the whole width ot' 'the passage, this liuc being in communication with the longitudinal tlues E in the sides ot' the furnace, one of which flues E has one end in communication with the lire-place F, whereas the other end is in communication with the smoke-stack G. The tlues D and E are crossed by transverse partitions I, having openings H at alternating ends, which lines are arranged in a manner that will be more 5o fully described hereinafter.

Rails J are placed on the bottom of the passages A, and on these rails the wheels of the cars K K2, &c., rest, the body of each car titting quite closely to the sides and top of the passage. The side walls, L, of the cars K project downward below the bottom lVl of the car into a longitudinal groove, N, in an offset in the side walls of the passage, which grooves are filled with sand, which forms a closejoint 6o with the projecting part ofthe side walls of the cars. The ends ot' the passage are closed by sliding gates O. The passage A is of such length that a certain number of cars, K K2, Ste., will tit in the space between the gates O O. The transverse partitions I of the tlues D and E are so arranged that one partition will be above each space between two cars. The passage is provided with side openings, P, one for each car, leadinginto a liuc, Q, which leads to 7o an apparatus for collecting and condensing the gases and vapors.

Each car is provided on its under side with a hook, R, into which a ring on the end of a chain or rope, S, is hooked, this chain or rope passing over pulleys T on a standard, Uand is attached to a drum, V, of a windlass, which drum V is rotated by means ot' intermediate cog-wheels and a pulley-wheel, XV, and belt X, or other suitable devices.

The bodies of the cars are preferably made of metal, and can be lined with brick and acoating of plaster-of-paris.

The o peration is as follows: The ore or the ore and a suitable quantity ot' sulphuric acid 85 are placed into the cars. Assuming that the car K has just been passed into the passage A and the gates O are closed, the heat from the tire-place F passes through the flues D and E in the manner indicated by the arrows, and 9o passes off through the chimney or smoke-stack G. It is evident that that part ofthe tlues D and E above and at the sides of the car KG will be the hottest, and the heat will decrease toward the other end of the passage. The contents of the car K6 will be subjected to the greatest heat, that of the car K5 to less heat, that of the car K4 to still less heat, and so on, the contents of the car K (or the fresh ore) being subjected to the least heat. When the contents of the ear KG is completely converted the gates O O are opened, the end of the chain S is hooked on the hook It ofthe car K, and the drum V is rotated. The chain :is wound thereon and the car K is drawn into the passage A, the other cars are pushed forward, and the car K6 is pushed out of the passage. Then the gates O O are closed again, and now the contents of the ear K will be subjected to the greatest heat andthe contents of the car K0 to the least heat, and so on. The contents of the cars are thus gradually converted as they pass through the furnace, the waste heat that has acted on the contents of the first ear acting on the contents ofthe other `cars, the conversion of the ore taking place gradually as the ears pass through the furnace. This furnace is thus a continuous i'urnace, and none or but very little ot' the heat is lost and theprocess can be cond ueted verbv economically.

The number of cars can be increased or decreased, and the size of the cars and the furnace can be varied according to circumstances.

The sand in the groove N and the projecting part of the sides of the cars form a close joint and prevent the escape of gases.

This furnace is to be used for treating ores, pyrites, and other minerals, and is to be used for roast-ing ores and minerals and converting thein into sulphates, oxides, &c.

Having thus fully described my invention, I claim as new and desire to secure by Letters Patent- 1. The combination, in an ore-furnace having passage A and fire-place F, ot' the top flue, D, and side ues, E, having transverse partitions With openings H at alternate ends, and the smoke-stack G, all arranged as shown and described.

2. In an ore-furnace, the ues D and E, constructed, substantially as herein shown and described, with transverse partitions I, dividing them into compartments as large as the cars contained in the furnace, as set forth.

3. In an ore-furnace, the combination, with the cars K K2 K3, &e., provided with hooks R, of the chain or rope S, pulleys T T, and the drum V of a windlass, substantially as herein shown and described, and for the purpose set forth.

AMEDE G. SBILLOT.

Witnesses:

Osoan F. GUNZ, C. SEDGWICK.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2441371 *Jun 2, 1943May 11, 1948Loftus Engineering CorpCar-bottom furnace
US2736943 *Jan 14, 1953Mar 6, 1956Josef Cremer Gottfried MariaTunnel kiln for firing ceramic articles
US2980412 *Sep 26, 1957Apr 18, 1961Selas Corp Of AmericaRotary furnace
US3669431 *Jan 25, 1971Jun 13, 1972Signetics CorpBoat pulling apparatus for diffusion furnace and method
US4634375 *Mar 11, 1985Jan 6, 1987Hailey Robert WHeating and handling system for metal consolidation process
US4689008 *Aug 7, 1986Aug 25, 1987Hailey Robert WHeating and handling system for metal consolidation process
US4725227 *Aug 4, 1986Feb 16, 1988Hailey Robert WHeating and handling system for metal consolidation process
US4758157 *Dec 31, 1986Jul 19, 1988Hailey Robert WHeating and handling system for objects
US4874312 *Jun 3, 1988Oct 17, 1989Hailey Robert WHeating and handling system for objects
Classifications
Cooperative ClassificationF27B9/2407