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Publication numberUS1294517 A
Publication typeGrant
Publication dateFeb 18, 1919
Filing dateJan 6, 1917
Priority dateJan 6, 1917
Publication numberUS 1294517 A, US 1294517A, US-A-1294517, US1294517 A, US1294517A
InventorsPhillips B Motley
Original AssigneePhillips B Motley
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Heating system.
US 1294517 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

P.' B. MONEY.

HEATING SYSTEM.

v APPLICATION FILED IAN'. 6. 19H- 1,294,517.

Pawnted Feb. 18, 1919..

P9 Aq m PHILLIPS B. MOTIEY, F WESTMOUNT, QUEBEC, CANADA.

HEATING SYSTEM.

Specification of Letters Patent.

Patented Feb. 18, 1919.

Application ined January s, 1917'. serial No. 140,9ca`

filo all whom it may concern.'

Be it known that I, PHILLIPS BATHURST MOTLEY, of the cityof Westmount, Province of Quebec, Dominion of Canada, subject of the King of Great Britain, have Invented certain new and useful Improvements In Heating Systems; and I do hereby declare that the following is a full, clear, and exact description thereof.

My invention relates particularly to systems utilizing water or other 'fluid as the heating medium, and more particularly that ltype comprising a water heating furnace included in a pipe circuit containing one or more radiators by which the heat of the water is radiated in an apartment orapartments, or other space it may be desired to heat; and the invention has for its object to increase the efficiency and reduce the labor and inconvenience of heating systems of this t e.

iyo this `end the invention may be said broadly to consist of a supplemental circuit including a portion of the heat radiating circuit and containing a heater, thusv constituting this supplemental circuit the'heat generating circuit by which heat is transmitted t0 the radiating circuit. The union between the heating and radiating circuits is restricted for the purpose of causing the relatively high temperature fluid in the heating circuit to be projected into the flow side of the radiating circuit with an accelerating effect. Another feature of the invention consists of a secondary supplemental water heating circuit coupled with the water Circuit Within the furnace and having forY its function to augment the heating circuit.

Figure 1 is an elevation of my improved heating system; and

Fig. 2 is a detail elevation partly in section of one of the electric heaters.

The furnace b and radiator c are included in a hot Water circuit, the flow side of which is indicated at d and the return side at e. The usual expansion tank (not shown) has a pipe f leading thereto. The system illustrated is commonly used for conveying heat to and radiating it in one or more places removed from the source of heat, the furnace in this instance.

According to my invention I couple with this heat radiating circuit a supplemental circuit g, g1, adapted to receive from the radiating circuit a comparatively small portion of the Water circulating therein and raise the temperature thereof and project this relatively high temperature Huid at an accelerated velocity into the flow side of the` radiating circuit, thus accelerating the flow of the radiating circuit.

The supplemental heating circuit includes the Water receptacle 7c of a Water heater, the heating element of which may be an electric heating coil m, connected by branch leads n and o to the leads p and g of a supply circuit. The coupling by which the water heater is connected to the flow pipe of theradiating circuit, consists preferably of an adjustable jet fitting l0 the restricting quality of which may be increased or decreased to meet the varying capacity in the heater and also fluctuations in the intensity of the power. AThis fitting consists of a casing 20 having therethrough a contracted passage 21 with a flared mouth 22 to aord clearance for the jet, this passage being controlled by a conical valve 23 carried by a spindle 24 operated to move axially by a hand-wheel 25Yand pinion 26, the latter engaging a rack 27 forming an integral part of the valve stem. The stem is preferably guided in spiders in the casing. By varying the extent to which the passage 2l is restricted the size of the jet is increased or decreased for the purpose just mentioned. This supplemental circuit is from the water receptacle lc, jet' controller 10, coupling pipe g, the radiating circuit land coupling pipe g back to receptacle k. Tocreate an acceleration of flow in the radiating circuit is the purpose of'restricting the flow from the supplemental circuit to a relatively small bore.

The capacity of the heater is such that the temperature of the Water in the receptacle is rapidly raised, and causes the high temperature fluid to be projected into the flow pipes of the radiating circuit With a velocity which insures a thorough commingling in the How pipes and accelerates the flow to such an extent that a moderately high temperature is maintained at the radiof this heat generator is also preferably an electrical appliance, and is connected by branch leads u and o to the leads 20 and g. The effect of this secondary supplemental circuit is that the relatively small volume of water flowing through its circuit is raised to a comparatively high temperature and is projected at a comparatively high velocity into the water sluggishly circulating within the furnace and the smaller and hotter jet steadily acting on the larger body simultaneously raises its temperature and accelerates its flow. Y

In order to meet certain requirements the furnace is cut olf, as, for instance, when the heat of the supplemental heating circuit is required for the radiating circuit alone apart v from the furnace, a by-pass 100 connects the flow and return mains Z and e respectively between the furnace and the heat generator k, and valves 12 and 13 provide means for shutting off the furnace; while a valve lll enables the by-pass to be neutralized when the furnace is included in the circuit.

When the full heating capacity of the system is required, the furnace is lighted and both supplemental circuits are operated, and when less than full capacity is required the furnace fire may be allowed to die out or one of the heating circuits may be cut out.

From the foregoing it will be seen that a hot water system for heating buildings can be economically operated by a relatively small heat generator, and with an acceleration of the flow through the system which is a result not heretofore obtainable in the heating of buildings by hot water, or other fluid.

What I claim is as follows l. rlhe combination with a primary system for heating buildings by hot water circulation such system comprising a furnace, radiator and a pipe circuit consisting of flow and return mains connecting said furnace and radiator, of an electric heat generator and pipes of relatively small bore connecting the outlet and inlet ends of the generator to the flow and return mains respectively, the pipe connecting the outlet end of the said generator to the ow ma'in being disposed at an oblique angle to the latter, means controlling the flow through said pipe, a by-pass connecting said flow and return mains between the heat generator and the furnace, a valve in said bypass and valves in the flow and return mains between the by-pass and furnace.

2. The combination with a primary system for heating buildings by hot water circulation such system comprising a furnace, radiator and a pipe circuit consisting of flow and return mains connecting said furnace and radiator, of an electric heat generator and pipes of relatively small bore connecting the outlet and inlet ends of the generator to the flow and return mains respectively, the pipe connecting the outlet end of the said generator to the flow main being disposed at an oblique angle to the latter, means controlling the flow through said pipe, a bypass connecting said flow and return mains between the heat generator and the furnace, a valve in said by-pass and valves in the flow and return mains between the by-pass and furnace; a supplemental secondary electric heater, pipes of relatively small bore connecting the inlet and outlet ends of the said heater with the water circuit within the furnace, a main supply circuit of electrical energy and branch circuits connecting the main electrical supply circuit to Vboth of said eleotric heaters.

In testimony whereof I have signed my name to this specification in the presence of two witnesses. p

PHILLIPS B. MOTLEY.

Witnesses: v

WILLIAM J. C. HEwE'rsoN, GORDON C. CooKn Y Copies ofv this patent maybe obtained for five cents each, by addressing the Commissioner of Patents,

A i Washington, '.D. G.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3202355 *Dec 28, 1962Aug 24, 1965IttHot water heating system having auxiliary pressurizing means
US3202356 *Dec 28, 1962Aug 24, 1965IttHot water heating systems having auxiliary pressurizing means
US3221710 *Mar 2, 1964Dec 7, 1965Babcock & Wilcox CoClosed circuit heat exchange system
US3958755 *Aug 5, 1974May 25, 1976Ridgway Steel Fabricators, Inc.Hydro-thermo fireplace and heating system therefor
US4155506 *Jun 19, 1978May 22, 1979Tekram AssociatesMethod and apparatus for conservation of energy in a hot water heating system
US4175698 *Oct 26, 1978Nov 27, 1979Tekram Associates, Inc.Method and apparatus for conservation of energy in a hot water heating system
US5103802 *Jul 16, 1991Apr 14, 1992Thomason Harry EThermosyphon heat-storage and backup heat apparatus
Classifications
U.S. Classification237/61
Cooperative ClassificationF24D1/00