US515553A - Generator - Google Patents

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US515553A
US515553A US515553DA US515553A US 515553 A US515553 A US 515553A US 515553D A US515553D A US 515553DA US 515553 A US515553 A US 515553A
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shell
wall
chamber
secured
water
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F22STEAM GENERATION
    • F22BMETHODS OF STEAM GENERATION; STEAM BOILERS
    • F22B9/00Steam boilers of fire-tube type, i.e. the flue gas from a combustion chamber outside the boiler body flowing through tubes built-in in the boiler body
    • F22B9/02Steam boilers of fire-tube type, i.e. the flue gas from a combustion chamber outside the boiler body flowing through tubes built-in in the boiler body the boiler body being disposed upright, e.g. above the combustion chamber
    • F22B9/04Steam boilers of fire-tube type, i.e. the flue gas from a combustion chamber outside the boiler body flowing through tubes built-in in the boiler body the boiler body being disposed upright, e.g. above the combustion chamber the fire tubes being in upright arrangement

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  • My invention relates to improvements in steam generators, and has for its object the production of a simple, practical, and eiective construction, which is particularly applicable for heating houses, halls, buildings, the.,
  • Figure l is an elevation, partly in section, of my improved invention, illustrating the general construction and arrangement of its component parts, and Fig.2 is a horizontal sectional view, taken on'line 2-2, Fig. l. I
  • the combustion chamber A is preferably of cylindrical cross section, and is inclosed by an upright shell or Walla having an outwardly dared lower extremity a'and a top wall a2 having an upwardly crowning central portion and having its edge suitably yet removably secured, as by rivets a3, to the upper end of the shell a.
  • This chamber B represents the water-containing chamber, which is also preferably of cylindrical cross section, and extends above the combustion chamber A, and is formed with a water legrB at the side of and preferablysurrounding the combustion chamber.
  • This chamber B is formed of an upright wall or shellb of greater diameter than the shell c, and a top wall b having an upwardly crowning removable central portion.
  • the shell b extends downwardly beneath the lower extremity of the shell c., incloses the ash-box B2, and is suitably secured to the outwardly flaring lower extremity of the shell, as by rivets b2, and its crowning upper end is suitably yet removably secured, as by rivets b3, to the top wall b.
  • the shell b of the water-containing chamber B is formed with a series of cleaning openings b4 arranged in proximity to the lower and upper ends of the combustion chamber and closed by suitable caps b5 and clamping means 196; and the shells b a are formed with a suitable inlet opening C for the entrance of fuel, and are provided with interposed braces c.
  • the crowning top walls c2 h are substantially of the same curvature and hence parallel.
  • D D are nearly upright ilues arranged within the watercontaining chamber above the top wall of the combustion chamber and having their lower ends opening from the top wall o? of the combustion chamber and their upper ends separated a greater distance than their lower ends and discharging through the top wall b of the water-containing chamber; by which construction the flues D stand at exact right angles to the top walls c2 and b and can therefore be more easily connected therewith than if they were truly vertical.
  • D is a series of lues surrounding and opening from the upper portion of the combustion chamber and extending laterally therefrom and discharging through the adjacent portion of the shell b of the water-containing chamberB.
  • Eis a continuous annular draft or hot air chamber also preferably of circular cross section and inclosed by the shell b, the top wall b of the water-containing chamber B, an upright outer shell or wall e, a lower wall e', and a top wall c2.
  • the draft chamber E extends downwardly beneath the ilues D', and its upper wall e2 is separated from the adjacent wall h of the chamber B.
  • the shell e of the chamber E is formed with an outturned lower edge suitably secured, as by rivets e3 to the outer edge of the lower wall e of said chamber, and the upper edge of the shell e is suitably secured, as by rivets c4, to the top wall c2 of said chamber.
  • the 'lower wall e of the chamber E is secured by angle pieces e5 or similar means to nthe adjacent face of the shell b of the water-containing chamber B and the upper wall c2 is provided with an outlet nipple c6, to which a smoke or outlet pipe, not illustrated, is suitably secured.
  • Circulation pipes ff are passed through the top wall e2 'of the chamber E, and are secured to nipples o7 in the top wall of the chamber B.
  • the Walls or shells of the various chambers of my steam generator may be formed of wrought iron or other suitable material, and are readily rolled or otherwise brought to the desired form, and are easily and quickly assembled.
  • the products of combustion pass from the chamber A directly through the central portion of the water-containing chamber in slightly diverging lines by means of the flues D, and thence into the draft or hot air chamberE surrounding the upper portion of the water-containing chamber, and said products also pass through the upper portion of the water leg B by means of the tubesD into the lower portion of the chamberE surrounding the central portion of the water-containi ng chamber.
  • These ues D D are so relatively arranged and constructed that the draft is uniform, and effects a circulation of the hea-ted products around the entire upper portion of the water-containing chamber.
  • a cylindrical shell a having an outwardly ilaring lower end a', a crowning wall a2 having a downtnrned flange arranged within and secured to the upper end of the shell ct, a cylindrical shell bof greater diameter lthan the shell ct having its lower end secured to the downwardly flaring end a of the shell a and extended beneath the same and having its upper end extended above the wall a2, a crowning wall b having a downturned flange arranged Within and secured to the upper end of the shell b, llues D having their lower ends opening from the wall a2 and their opposite ends discharging through the wall b', said iiues inclining outwardly from their lower to their upper ends, substantially horizontal tlues D arranged beneath the lues D and formed of less diameter than the flues D, said flues D having their inner ends openingfrom the interior of the shell a and their

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)

Description

(No Model.) Y
W. J. EANTON. GENERATOR.
Patented Feb. Z7, ,1894.
*s @la :im
. "WM, Mfg/y *p UNITED STATES PATENT Erice,
VILLIAM J. RANTON, OF SYRACUSE, NEW' YORK.
GENERATOR.
SPECIFICATION forming part of Letters Patent No. 515,553, dated February 27, 1894.
Application filed August 9, 1893. Serial No. 482735. (No model.)
To ctZ whom t Ici/ty concern:
Beitknown that l, WILLIAM J. RAN'ION, of Syracuse, in the county of Onondaga, in the State of New York, have invented new and useful Improvements in Generators, of which the following, taken in connection with the accompanying drawings, is a full, clear, and exact description.
My invention relates to improvements in steam generators, and has for its object the production of a simple, practical, and eiective construction, which is particularly applicable for heating houses, halls, buildings, the.,
is economically manufactured and assembled, is durable and effective in use, and consumes but a minimum amount of fuel; and to this end it consistsinthe general construction and arrangement of the parts, all as hereinafter more particularly described and pointed out in the claim. A
ln describing this invention, reference is had to the accompanying drawings, forming a part of this specification, in which, like letters indicate corresponding parts in all the views.
Figure l is an elevation, partly in section, of my improved invention, illustrating the general construction and arrangement of its component parts, and Fig.2 is a horizontal sectional view, taken on'line 2-2, Fig. l. I
'The combustion chamber A is preferably of cylindrical cross section, and is inclosed by an upright shell or Walla having an outwardly dared lower extremity a'and a top wall a2 having an upwardly crowning central portion and having its edge suitably yet removably secured, as by rivets a3, to the upper end of the shell a.
B represents the water-containing chamber, which is also preferably of cylindrical cross section, and extends above the combustion chamber A, and is formed with a water legrB at the side of and preferablysurrounding the combustion chamber. This chamber B is formed of an upright wall or shellb of greater diameter than the shell c, and a top wall b having an upwardly crowning removable central portion. The shell b extends downwardly beneath the lower extremity of the shell c., incloses the ash-box B2, and is suitably secured to the outwardly flaring lower extremity of the shell, as by rivets b2, and its crowning upper end is suitably yet removably secured, as by rivets b3, to the top wall b. The shell b of the water-containing chamber B is formed with a series of cleaning openings b4 arranged in proximity to the lower and upper ends of the combustion chamber and closed by suitable caps b5 and clamping means 196; and the shells b a are formed with a suitable inlet opening C for the entrance of fuel, and are provided with interposed braces c. The crowning top walls c2 h are substantially of the same curvature and hence parallel.
D D are nearly upright ilues arranged within the watercontaining chamber above the top wall of the combustion chamber and having their lower ends opening from the top wall o? of the combustion chamber and their upper ends separated a greater distance than their lower ends and discharging through the top wall b of the water-containing chamber; by which construction the flues D stand at exact right angles to the top walls c2 and b and can therefore be more easily connected therewith than if they were truly vertical.
D is a series of lues surrounding and opening from the upper portion of the combustion chamber and extending laterally therefrom and discharging through the adjacent portion of the shell b of the water-containing chamberB.
Eis a continuous annular draft or hot air chamber also preferably of circular cross section and inclosed by the shell b, the top wall b of the water-containing chamber B, an upright outer shell or wall e, a lower wall e', and a top wall c2. The draft chamber E extends downwardly beneath the ilues D', and its upper wall e2 is separated from the adjacent wall h of the chamber B. vThe shell e of the chamber E is formed with an outturned lower edge suitably secured, as by rivets e3 to the outer edge of the lower wall e of said chamber, and the upper edge of the shell e is suitably secured, as by rivets c4, to the top wall c2 of said chamber. The 'lower wall e of the chamber E is secured by angle pieces e5 or similar means to nthe adjacent face of the shell b of the water-containing chamber B and the upper wall c2 is provided with an outlet nipple c6, to which a smoke or outlet pipe, not illustrated, is suitably secured. Circulation pipes ff are passed through the top wall e2 'of the chamber E, and are secured to nipples o7 in the top wall of the chamber B.
The Walls or shells of the various chambers of my steam generator may be formed of wrought iron or other suitable material, and are readily rolled or otherwise brought to the desired form, and are easily and quickly assembled. The products of combustion pass from the chamber A directly through the central portion of the water-containing chamber in slightly diverging lines by means of the flues D, and thence into the draft or hot air chamberE surrounding the upper portion of the water-containing chamber, and said products also pass through the upper portion of the water leg B by means of the tubesD into the lower portion of the chamberE surrounding the central portion of the water-containi ng chamber. These ues D D are so relatively arranged and constructed that the draft is uniform, and effects a circulation of the hea-ted products around the entire upper portion of the water-containing chamber.
The operation of my invention will be readily perceived from the foregoing description and upon reference to the drawings, and it will be particularly noted that the same is simple in construction, and practical and effective in use.
Having thus fully described my invention, WhatI claim as new, and desire to secure by Letters Patent, is-
In a ysteam generator, the combination of a cylindrical shell a having an outwardly ilaring lower end a', a crowning wall a2 having a downtnrned flange arranged within and secured to the upper end of the shell ct, a cylindrical shell bof greater diameter lthan the shell ct having its lower end secured to the downwardly flaring end a of the shell a and extended beneath the same and having its upper end extended above the wall a2, a crowning wall b having a downturned flange arranged Within and secured to the upper end of the shell b, llues D having their lower ends opening from the wall a2 and their opposite ends discharging through the wall b', said iiues inclining outwardly from their lower to their upper ends, substantially horizontal tlues D arranged beneath the lues D and formed of less diameter than the flues D, said flues D having their inner ends openingfrom the interior of the shell a and their outer ends discharging through the shell b, an annular wall e arranged beneath the lues D in proximity thereto and extending from the shell b, a cylindrical shell c of greater diameter than the shell b having an outturned lower end secured to the outer edge of the wall e and having its upper extremity extended above the corresponding extremity ot' the shell b, a crowning wall c2 having a'downturned ange arranged within and secured to the upper end of the shell e, and pipes ff opening from the Wall b and extending through the wall e2, substantially as and for the purpose described.
In testimony whereof I have hereunto signed my name, in the presence of two attesting witnesses, at Syracuse, in the county of Onondaga, in the State of New York, this 2d day of May, 1893.
WILLIAM J. RANTON.
Witnesses:
CLARK H. NORTON, E. A. WEISBURG.
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