US1152912A

US1152912A - Fireplace heating appliance.

Info

Publication number: US1152912A
Application number: US1459015A
Authority: US
Inventors: George H Russell
Original assignee: Individual
Current assignee: Individual
Priority date: 1915-03-15
Filing date: 1915-03-15
Publication date: 1915-09-07
Anticipated expiration: 1932-09-07

Description

G. H.-RUSSEI L.

FIREPLACE HEATING APPLIANCE.

APPLICATION FILED MAR. 15| I9I5.

Patented Sept. 7, 1915.

Witnesses Invent@ Attorneys,a

errno.

GEORGE H. nUssELL, or FLORENCE, ALABAMA.

FIREPLACE l-IEAIINGr4 APPLIANCE.

Specification of Letterstateiit; Pat-)iit'fl Sp. y?, L.

Application filed March 15, 1915. Serial No. 14,590.`

To all whom it may concern.

Be it known that I, GEORGE H. RUSSELL, a citizenfof the United States, residing at Florence, in the county ofLauderdale and Sta-te of. Alabama, have invented a new and useful Fireplace 'Y Heating Appliance, of which the following is a specication.

The present invention appeitains to a hre place heating apparatus, and aims to provide a nre place heating device for residences, whereby the upper .as well as the lower room or rooms may be heated eifectively.

Another object ofthe invention is the y provision of a water heating device of novel construction assembled with the lire place to increase the hea-ting efiiciency of the fire.

place.

lt is also within the scope of the invention to provide a fire place heating appliance havingthe features above noted and which is comparatively simple, and ineX- pensive in construction, as well as being practical and eiiicient in use.

lith the foregoing and other objects in view which will appear as the description proceeds, the invention residesin the coinbination and arrangement of parts and in the details of construction hereinafter described and claimed, it being. understood that changes in the precise embodiment of the invention herein disclosed can be made within the scope of what is claimed without departing from the spirit of the invention.

The invention is illustrated in the accompanying drawing, wherein- Figure 1 is a verticalsection ofthe heating structure, parts being broken away. Fig. 2 is a horizontal. section ofthe ,fire place taken on the line 2-2 ofFig. 1 looking upwardly. Fig. 3 is a vertical section of the fire place taken on the line 3-3 of Fig. 1.

ln the drawings, the numeral 1 designatesA the brick work or fire place structure from which the chimney 2 rises, the chimney 2 passing up through the second floor 3.

In carrying out the inventiom-a combustion chamber 4, constructed' of suitable castings, is built in the front wall of the brick work or fire place structure l, and comprises a hollow water back 5 and a top 6. A 'grate or andirons (notshown) may be disposed as usual within the, chamber 4f. Side members or plates 7 are attached to theside edges of the water back 5 and cof operate vwith the water: back to provide the combustion chamber in which the wood, coal or other fuel is burnt. The top, 6 of the combustionchamber 4 is provided with a laterally Aelongated outlet opening '8,- and an outlet funnel '9 is engaged to the top of the combustion chamber 7l over the opening S, and extends to the lower end of the flue 10 which extends upwardly through vthe chimney 2. l The space between the walls of the chimney 2 and. iue 10 is preferably filled in, as at 11, abovetlie upper room or rooms R.

Disposed within the air circulating chainber 12 within the fire place structure 1, is a radiator which comprises a vertical rectanf gular reservoir 13 disposed between the waterbackl and the rear wall of the brick workl. rlhe reservoir13 is provided with forwardly projectingv side *portions` 14 located between the sides of the water back 5 and sides of the brick work 1, the reservoir 13 proyecting above the water back 5, and

being disposed transversely of the iire place. The radiator vis 'connected to the water back to provide ja water circulating system, whereby the hot waterk will How into the,

radiator to assist in heating the air within the chamber 12, and to this end a riser pipe 15 connects the upper portion of the water back 5, andthe front wall ofthe radiator i reservoir 13 near the upper edge of the radiator, and a return pipe 16 .connects the lower edge of the radiator 13 and thelower portion of the front wall ofthe waterback 5. Thus, the heated water will iiow from,

radiator through the pipe 16. ln this man-Y ner, a continuous circulation ofthe water is established. lf desired,` a plurality of riser and return pipes-may be provided, to facilitate .the circulation of the water between the water. back and radiator. A drain pipe 17 is connected to the lower portion of the water back 5 to enable the water to be drained from the water back and radiator,

and the pipe 17 may be connected to` a city y,

water supply system, or to any other source of` water, wherebythe water back and radiator may be readily. filled. 'A filling pipe 18 is attached to the rear wall ofthe radiator f reservoir 13 adjacent the upper edge of the radiator and projectsthrough -therear wallv of the brick work 1 and has an upturned portion 19, whereby the water circulating system may be filled through the pipe 18 if desired by pouring the water through the pipe 1S by means of a funnel, or other suitable device. rI`he portion 419 of the pipe 1S is normally closed by means of a screw cap or other closure 20. A pipe 21 is also attached to the upper edge of the reservoir 13 andprojects upwardly within the chimney 2 to serve as an overflow pipe, for preventingthe water overflowing within the chimney, since the pipe 21 may extend to the roof to conduct any overflow water onto the roof. The pipe 21 alsoenables the water to expand upwardly therein and thus serves as an expansion chamber.

Inorder that the heated air may readily circulate from the heating chamber 12 into the lower room or rooms R, the chimney 2 is provided with registers 22 which allow the air to flow from within the chimney into the lower room or roomsR adjacent the ceiling vthereof. The brick work or fire place structure 1 is provided with a lower opening 23establishing communication between the lower end ofthe chamber 12 and the lower room, or rooms R adjacent the floor of the rcom or rooms, and whereby the cold air may flow from the lower room or rooms into the chamber 12 to be heated therein by the water radiator, and iue 10. The upper room or rooms R are also heated by the hot air, and to this end, the chimney 2 is provided with hot air registers 24 adjacent the ceiling of the upper room or rooms R vwhereby the hot air may flow from within the chimney into the upper room or rooms R. A cold air pipe 25 extends downwardly from a cold air register 26 located adjacent the licor of the upperroom or rooms R, and opensinto the lower portion of the chamber 12, as at 27, whereby the cold air from the upper room or rooms R will flow downwardly through the pipe 25 into the lower portion of the chamber 12, while the heated air will rise within the chimney 2` and discharge through the registers 24: as well as the registers 22. f

In use, the products of combustion passing upwardly through the flue 10 will serve to heat the air between the flue and chimney, andthe heated air will rise and discharge through the registers 22 and 2/-1 for heating the lower and upper rooms, and the cold air from the lower portions of the rooms will flow into the lower portion of the air heating chamber 12, as'above indicated. In this manner,the rooms will be heated in a desirable and efficient manner. The water within the water` back 5 will also be heated, and the heated water will rise upwardly throughthe riser pipe 15 into the radiator,

Genies of this patent may be obtained for while the cold water will flow into the radiator through the return pipe 16 into the lower portion of the water back 5 and in this manner the radiator is continually supplied with hot water, to materially assist in heating the air within the heating chamber 12. The air inlets of the chamber 12 being located at the lower end thereof, causes the air to riseupwardly around the radiator, so that the air will be heated quickly. The body of the radiator being located between the water back 5 and the rear wall of the brick work 1, and the side portions lll of the radiator projecting forwardly between the sides of the water back and the sides of the brick work, will enable the radiator to properly heat the air, and the radiator will also receive heat by radiation from the combustion chamber 1, and outlet funnel 9.

Having thus described the invention, what is claimed as new is:

1. A fire place having a heating chamber therein provided with the lower inlet and upper outlet, and having a combustion chamber provided with a water back, a

radiator located within said heating chamnecting the water back and radiator.

2. A fire place having a heating chamber therein and a combustion chamber provided with a water back, a radiator comprising a water reservoir disposed in said heating chamber between the water back and rear of the fire place and having forwardly projecting portions between the sides of the water back andv fire place, and riser and return pipes connecting the water back and said reservoir.

3. A fire place having an air heating chamber therein and a combustion chamber built in its front wall, said heating chamber having a lower inlet and upper outlet, the combustion chamber having a water back and an outlet portion extending upwardly, a radiator within said heating chamber and comprising a vertical laterally arranged reservoir between the water back and the rear of the lire place and having forwardly projecting side portions between the sides of the water back and the lire place, said reservoir projecting above the water back, and riser and return pipes connecting the upper and lower portions of the water back and reservoir.

In testimony that I claim the foregoing as my own, I have hereto aiXed my signature in the presence of two witnesses.

GEORGE H. RUSSELL.

l' 1f itnesses H. F. KooNon, W. J. FUQUER.

five cents each, ny addressing? the Commissioner of Eatents,

Washington, n. C,