US30934A - Eaves-tbotjgh - Google Patents

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US30934A
US30934A US30934DA US30934A US 30934 A US30934 A US 30934A US 30934D A US30934D A US 30934DA US 30934 A US30934 A US 30934A
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warm
eaves
air
conductor
flue
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16LPIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
    • F16L53/00Heating of pipes or pipe systems; Cooling of pipes or pipe systems
    • F16L53/30Heating of pipes or pipe systems
    • F16L53/32Heating of pipes or pipe systems using hot fluids

Definitions

  • A is an eavestrough and B is its conductor, appliedV to the side, C, of a building, in the usual manner.
  • D is4v a flue-space, formed by a casing E, along n'the whole, ⁇ or nearly the whole, under side of the eaves-trough.
  • F, Fig. l is a fluespace made by a casing, G, around the conductor; and H, Fig. 2, is a flue-space in a tube or pipe, I, within the conductor.
  • J, J J2, JS are pipes or air passages through which warm or hot air passes from the warm apartment or apartments, (K,) or hot-air furnace, (L) within the house, out into the Hue-spaces, D,J F, and H, and conductor, B, Fig. 8.
  • M, M, M2, LMS are dampers or registers by means of which the passage of the warm or hot air into the flue-spaces and the conduct-or is controlled.
  • N, N', N2 are openings through which the warm air' may escape from the flue-spaces or chambers int the open air.
  • Q is an aperture betwen the flue-space along the conductor, and the one along the eaves-trough, so that the warm air may pass from one flue-space into the other.
  • the arrows in the annexed drawings indicate the courses of the currents of hot or warm air as they spontaneously pass from within the building, through the air-pasages, conductor, flue-spaces, and apertures, out into the cold atmosphere; and also indicate the course of the water as it drips from the roof Ainto the eaves-trough, and runs downv through the conductor to the ground.
  • the warm or hot air may be supplied by the kitchen or some other warm room or apartments of the building, or from the furnace, heater or stove which warms the building or its apartments; and it is apparent that the number, form, and position of the flue-spaces or air-passages by which the warm or hot air is directed from the warm apartment or nhot-air furnace, to and into, through or along the outside of the c0nduc tor and eavestrough, may be greatly varied.
  • the subject matter of my invention is a certain combination of at least four elements, all conditioned and arranged together as follows, viz:-1st.
  • An eavestrough and its conductor arranged upon the said building as usual, to conduct to the ground the water that runs from the roof.

Description

'NTEB STATES FATENT FFCE.
GEORGE M. SELDEN, OF TROY, NEW YORK.
EAVES-TROUGI-I.
Specification of Letters Patent No. 30,934, dated December 18, 1860.
To all whom it may concern:
Be it known that I, GEORGE M. SELDEN, of the city of Troy, in the county of Rensselaer and State of New York, have invented a new and useful improvement in eaves-troughs and their conductors when combined with and arranged (upon buildings, as usual, for the purpose of preventing the damage which would otherwise result to the building from the freezing within and consequent overiowing of the conductor and eaves-trough by the water which occasionally runs from melting snow or ice on the roof `in` freezing weather; and I do hereby declare that the following` is a full and exact description thereof, reference being had to the annexed drawings, making a part of this specification, in which- Figures 1, 2, and 3, are vertical sections through eaves-troughs and their conductors attached to buildings and with my invention applied.
A is an eavestrough and B is its conductor, appliedV to the side, C, of a building, in the usual manner.
D is4v a flue-space, formed by a casing E, along n'the whole, `or nearly the whole, under side of the eaves-trough.
F, Fig. l, is a fluespace made by a casing, G, around the conductor; and H, Fig. 2, is a flue-space in a tube or pipe, I, within the conductor.
J, J J2, JS, are pipes or air passages through which warm or hot air passes from the warm apartment or apartments, (K,) or hot-air furnace, (L) within the house, out into the Hue-spaces, D,J F, and H, and conductor, B, Fig. 8.
M, M, M2, LMS, are dampers or registers by means of which the passage of the warm or hot air into the flue-spaces and the conduct-or is controlled.
N, N', N2, are openings through which the warm air' may escape from the flue-spaces or chambers int the open air. I generally arrange a row/,of the apertures, N, just under the eaves, O] so that the warm air which escapes through them may help melt the snow and ice, P, from the eaves.
Q is an aperture betwen the flue-space along the conductor, and the one along the eaves-trough, so that the warm air may pass from one flue-space into the other.
The arrows in the annexed drawings indicate the courses of the currents of hot or warm air as they spontaneously pass from within the building, through the air-pasages, conductor, flue-spaces, and apertures, out into the cold atmosphere; and also indicate the course of the water as it drips from the roof Ainto the eaves-trough, and runs downv through the conductor to the ground.
It is obvious that it is not generally necessary toprovide a special warm apartment or hot-air furnace', to supply the warm or hot air to the eaves-trough and conductor, for in most cases the warm or hot air may be supplied by the kitchen or some other warm room or apartments of the building, or from the furnace, heater or stove which warms the building or its apartments; and it is apparent that the number, form, and position of the flue-spaces or air-passages by which the warm or hot air is directed from the warm apartment or nhot-air furnace, to and into, through or along the outside of the c0nduc tor and eavestrough, may be greatly varied.
from the representation given in the annexed drawings without materially affecting the result and consequently without departing from the distinguishing characteristic of my inventionf The subject matter of my invention is a certain combination of at least four elements, all conditioned and arranged together as follows, viz:-1st. A house, edifice or building so located and in such a condition that snow or sleet will fall and lodge upon its roof and be sometimes melted thereon so that water therefrom will occasionally run from the roof in freezing weather, by reason of heat derived from warm air in contact wit-h the under side ofthe roof or from some other sufficient source of caloric. 2d. An eavestrough and its conductor arranged upon the said building as usual, to conduct to the ground the water that runs from the roof. 3d. A warm'or hot air apartment, chamber, furnace or heater which will supply warm or hot air. 41th. A suitable air-passage or airpassages or Hue-space or flue-spaces, the l\ast two elements being so combined and arranged with the rst two that warm or hot air will rise or pass from the said apartment or other source of warm or hot air, through the said air-passages or flue-spaces to and into, through, or along the outside of the eaves-trough and its conductor, substantially as above speciced and illustrated by the anneXed drawings. It is therefore evident that to simply surround pipes with heating jackets of warm or hot air, or to inclose a. waterpipe in a larger pipe into which exhaust steam, or hot air evenJ is allowed to pass, as has doubtless been heretofore done for the mere purpose of keeping up a supply of Water through the inner pipe in freezing Weather, does not involve the use of the above described combination and arrangement of the four essential parts Which it is necessary to employ in practicing my invention; nor does it produce the same benecial result that is accomplished by my invention or improvement.
What I claim as new and of my invention and desire to secure by Letters Patent is The combination and arrangement, subfreezing Weather.
GEO. M. SELDEN. Witnesses:
THos. J. CORNELIUS, AUSTIN F. PARK.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3716076A (en) * 1970-12-07 1973-02-13 A Franzmeier Rain trough devices
US5946966A (en) * 1997-09-24 1999-09-07 Tool Dex, Inc. Upset forging machine assembly having a quick change header

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3716076A (en) * 1970-12-07 1973-02-13 A Franzmeier Rain trough devices
US5946966A (en) * 1997-09-24 1999-09-07 Tool Dex, Inc. Upset forging machine assembly having a quick change header

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