US7082A - Air-heating fttbnace - Google Patents

Air-heating fttbnace Download PDF

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Publication number
US7082A
US7082A US7082DA US7082A US 7082 A US7082 A US 7082A US 7082D A US7082D A US 7082DA US 7082 A US7082 A US 7082A
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Prior art keywords
air
furnace
heating
fttbnace
chamber
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24HFLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
    • F24H3/00Air heaters

Definitions

  • my invent-ion consists in arranging a pair of concentric cylinders over a furnace so that thgefi'rT'cin be made to pass spirally between the cylinders; thus making the inside face of the inner cylinder and the outside face of the outside cylinder, radiating surfacesand in addition to this attaching the base of a cone-shaped drum or chamber to and inside the lower end of the inner concentric cylinder (01 in any other suitable way) so as to obtain a radiating surface from the outside of the drum, which is thus made to form the roof of the furnace, the whole fixtures thus being made to furnish the most extensive radiating surface within the smallest possible compass.
  • This arrangement also enables a small air-chamber to furnish 'a comparatively large amount of heated air.
  • Another feature of my invention consists in combining with the furnace a steam infuser whereby the heated air in the chamber surrounding the furnace is supplied with an adequate degree of moisture, so arranged as to be regulated at pleasure and thus obviating the unhealthy and disagreeable eifects due to air, which, in the process of being heated, is rendered too dry for being breathed and therefore unfit for domestic or other apartments.
  • Fig. I is the hot air-chamber built of bricks or other substance.
  • (B) is the outside cylinder forming the outside of spiral flue.
  • (G) is the ash-pit with its door S).
  • F is the tube to admit air and prevent thereby any injury to the spiral flue from intensity of heat.
  • (G) is the entrance for cold air to the chamber (A); (H), outlets for heated air, through suitable conductors, to any desired place; (H), Fig. II, grate of furnace; (I), boiler attached to outside cylinder (B) for generating steam; (J), reservoir forwater for feedin boiler and placed outside of air chamber FA); (K), receiver of said feed water.
  • the reservoir is a vertical half of a cone with the apex downward and opening in the receiver.
  • the water is therefore sustained therein by the atmosphere; the receiver and reservoir acting like a sort of fountain inkstand, too well known to rieed description.
  • (L) is the supply pipe leading from reservoir (K) to boiler (M) is the steam pipe arranged so as to communicate with a safety valve (1 in an escape pipe (0) outside the chamber (A) and then passing through a regulating faucet (N) back again into chamber (A) where it discharges such a continuous amount of steam as may be desired or is suflicient to infuse proper moisture throughout the heated air.
  • (Q) is the conical shaped drum for the roof of the furnace (L), Fig. II.
  • (I), Fig. II, is the opening from the furnace into the flue.

Description

H.-A. ENGELS.
Hot Air Furnace.
Patented Feb. 12, 1850.
TEFIT arias.
HENRY A. ENGELS, OF CINCINNATI, OI-IIO.
AIR-HEATING FURNACE.
To all whom it may concern:
Be it known that I, HENRY ADoLPH EN- eELs, of Cincinnati, Hamilton county, Ohio, have invented new and useful improvements in air-heating and steam-infusing apparatus for warming and keeping sufficiently moist the atmosphere in apartments; and I do hereby declare the following to be a full, clear, and. exact description of the same, reference being had to the annexed drawings, making part of this specification, in which drawings Figure I represents the apparatus in perspective, the near or front wall of the hotair chamber being left out for the better exhibition of the apparatus and Fig. I1 represents the furnace in a partially sectional view vertically, so as clearly to exhibit the spiral flue.
The nature of my invent-ion consists in arranging a pair of concentric cylinders over a furnace so that thgefi'rT'cin be made to pass spirally between the cylinders; thus making the inside face of the inner cylinder and the outside face of the outside cylinder, radiating surfacesand in addition to this attaching the base of a cone-shaped drum or chamber to and inside the lower end of the inner concentric cylinder (01 in any other suitable way) so as to obtain a radiating surface from the outside of the drum, which is thus made to form the roof of the furnace, the whole fixtures thus being made to furnish the most extensive radiating surface within the smallest possible compass. This arrangement also enables a small air-chamber to furnish 'a comparatively large amount of heated air.
Another feature of my invention consists in combining with the furnace a steam infuser whereby the heated air in the chamber surrounding the furnace is supplied with an adequate degree of moisture, so arranged as to be regulated at pleasure and thus obviating the unhealthy and disagreeable eifects due to air, which, in the process of being heated, is rendered too dry for being breathed and therefore unfit for domestic or other apartments.
In the drawings (A) Fig. I is the hot air-chamber built of bricks or other substance.
(B) is the outside cylinder forming the outside of spiral flue.
(Gr), Fig. II, is the inside cylinder forming the inside of the spiral flue.
(G) is the ash-pit with its door S).
(D) is the feeder with its door E) is the smoke-pipe.
F) is the tube to admit air and prevent thereby any injury to the spiral flue from intensity of heat. f
(G) is the entrance for cold air to the chamber (A); (H), outlets for heated air, through suitable conductors, to any desired place; (H), Fig. II, grate of furnace; (I), boiler attached to outside cylinder (B) for generating steam; (J), reservoir forwater for feedin boiler and placed outside of air chamber FA); (K), receiver of said feed water.
The reservoir is a vertical half of a cone with the apex downward and opening in the receiver. The water is therefore sustained therein by the atmosphere; the receiver and reservoir acting like a sort of fountain inkstand, too well known to rieed description.
(L) is the supply pipe leading from reservoir (K) to boiler (M) is the steam pipe arranged so as to communicate with a safety valve (1 in an escape pipe (0) outside the chamber (A) and then passing through a regulating faucet (N) back again into chamber (A) where it discharges such a continuous amount of steam as may be desired or is suflicient to infuse proper moisture throughout the heated air.
(Q) is the conical shaped drum for the roof of the furnace (L), Fig. II.
(I), Fig. II, is the opening from the furnace into the flue.
fi (K), Fig. II, is the floor of the spiral The dotted lines indicate the position of the several parts. The arrow indicates the course of the flame and smoke.
Having thus fully clearly and exactly described the nature construction and operation of my improvements in air heating and the inner concentric cylinder thus obtaining 10 steam infusing apparatus for warming and the most expensive radiating surface within keeping moist the atmosphere in apartthe least space and in the most compact and ments what I claim therein as new and desimple form.
5 sire to secure by Letters Patent is T Constructing a furnace for heating air, HELRY ADOLPH ENGELS' with a spiral flue passing up between con- WVitnesses: centric cylinders when this is combined D. T. SNELBAKER,
with a conical roof to the furnace within 0. H. VAN SEGGERN.
US7082D Air-heating fttbnace Expired - Lifetime US7082A (en)

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