US488202A - Device for heating railway-cars by steam - Google Patents

Device for heating railway-cars by steam Download PDF

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US488202A
US488202A US488202DA US488202A US 488202 A US488202 A US 488202A US 488202D A US488202D A US 488202DA US 488202 A US488202 A US 488202A
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steam
pipe
port
cock
ports
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B61—RAILWAYS
    • B61D—BODY DETAILS OR KINDS OF RAILWAY VEHICLES
    • B61D27/00—Heating, cooling, ventilating, or air-conditioning
    • B61D27/0036—Means for heating only

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  • My invention relates to the steam heating apparatus of railway cars and particularly to suoli devices as are used for heating a train of cars with steam derived from a single source of supply-generally the locomotive boiler.
  • I may further state that my improvement is intended for use with such devices only as employ a double line of steam pipes either of which may serve as the source of steam supply to the car while the other is adapted for use as a return conduit for exhaust steam and water of condensation.
  • the object of my invention is to provide simple and efficient mechanism by which the radiator system within the car may be connected with either of the steam pipes and by which the exhaust steam and water of condensation can be readily directed either into the pipe used as a return pipe or to the atmosphere or by which thewhole system can be drained.
  • the nature of my improvement will be best understood as described in connection with the drawings in which it is illus trated and in which, Y
  • Figure l is a plan view illustrating a car equipped with my improvement.
  • Fig. 2 is a cross-sectional view taken on the line 1-2 of Fig. l.
  • Fig. 3 a longitudinal section on the line 3-4 of Fig. 2.
  • Figs. il, 5 and 6 are diagrams illustrating the various operative combinations of the two valves which constitute the essential novel feature of my invention.
  • Fig. 7 is an elevation of one of the valves, the valve casing being sectioned on the line 9--10 of Fig. 8.
  • Fig. 8 is a cross-section of said valve on the line 5 6 of Fig. 7.
  • Fig. 9 is an elevation of another of the valves the casing being sectioned on the line 11--12 of Fig. 10; and
  • Fig. 10 a cross-sectional View of this valve taken on the line 7--8 of Fig. 9.
  • A is the car body; B and B steam pipes secured beneath the car and adapted by any of the Well-known contrivances to couple with similar pipes on other cars or on the locomotive; from each of these pipes which I will call the traindpipes lead pipe connections C and C connecting respectively with the ports Cl and d of a valve casing D.
  • Figs. l and 2 are cocks situated at the junction of the train pipes B B with pipes C C and by which the train pipes B and B can be at will closed beyond the points of junction.
  • the use of these valves is not novel with me but is well understood in the art and they therefore need no further description or illustration.
  • D D is a four-way valve consisting of a casing D having the four ports d CZ d2 and d3; with the ports cl and d are connected the pipes C and C as already stated; the port cl2 connects with the supply pipe leading to the radiator system situated within the car body; this supply pipe as shown consists of the pipe E and the pipe E connecting with it and which connects in tu rn with the pipes F-e and e being valves by which the supply conduit can be closed on either or both sides of the car.
  • the pipes F connect with the radiator conduits H H having preferably extensions h the lsteam beingled into pipe H at its extreme ends from which it passes toward the center and is drawn off at the lowest point through the drain-pipes I I. As shown at one end of each side of the car the steam enters a radiator G and thence through a pipe g connects with the radiator pipe H.
  • D is a cock working in casing D and having formed in it passages d4 and d5, formed as shown in the drawings and by means of which the ports in the valve casing can be connected as shown in the drawings; that is to say, ports d and d2 connected together and ,ports d and d3 connected together; or, by
  • valve K L,Which may be called a three-way cock, the casing K having three ports 7c k Zc2-the first, Ze, connected with the drain pipe I by means of the connection J, the second, Zr, connecting with port (Z3 of valve D D by means of pipe M, and the third, 7a2, opening to the atmosphere.
  • the plug cock L working in casing K is provided with three passages ZZ and Z2; of these the port Z is the largest in area and leads directly through the cock L being arranged so that it will connect ports Zo and 7a2 when the cock is turned to make that connection; the passage Z also directly through the cock so as to connect the ports Zr and 7a2 when such a connection is desired; and it is immaterial whether or not the ports Z and Z connect with each other or not though I may state that they have no conjoint operative function.
  • the third port, Z2, connects with port Z and is arranged so that it will open into port Za when passage Z2 connects with port Zo.
  • the passage Z2 is of a cross-sectional area preferably considerably less than that of passage Z the object in so restricting it being to offer a considerably greater resistance to the passage of steam and tiow of water from the drain pipe of the radiator system; and the passage Z is preferably again of considerable similar area than the passage Z2.
  • the cock D is operated from the inside of thecar.
  • a lever arm N attached to the cock is connected by means of a rod N with a pivoted lever N2, the end N3 of which extends into the car, the whole arrangement being such that by pushing the end N3 in one direction or the other the cock is made to form connections either as shown in the full or in the dotted lines of the diagram Fig. 4.
  • steam is always taken through the steam pipe situated on one side of the car lookingforward toward the engine; this may be either the pipe B or the pipe B and I ar- ⁇ range the valve mechanism so that by thrusting the end N2 of lever N2 forward toward the engine the right connection is always made.
  • the cock L is operated as shown in the drawings by means of a rod O which fits on a properly prepared end O of the cock L and which has secured to it a lever arm O2 with which connects an upright operating arm O3, the end O4 of which extends into the car body at a point close to the end N3 of the lever N2.
  • the sectional area of the port Z2 is determined by the amount of resistance Which it is found advisable in practice to offer to the escape of steam and water from the radiator' system.
  • the cock L is turned to the position shown in diagram Fig. 5; that is to say, to a position where the ports k and k2 will be connected by the passage Z. In this position of the valve the steam and water of condensation escapes directly to the atmosphere, all connection with the pipe B being cut off.
  • the area of the port Z is determined as before while the amount of resistance it is desirable to offer to the escape of steam and water from the radiator system.
  • a double line of steam pipes D D adapted to connect with a source of steam supply as described, a radiator system within the car body provided with supply and drain pipes; a valve casing K having a port 7c connecting with the drain pipe; a port 7a2 opening to the air and a port Zt connecting to the return steam pipe and a plug valve L turning in said casing K and having the ports ZZ Z2 formed and arranged as described.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Steam Or Hot-Water Central Heating Systems (AREA)

Description

(No Model.) `2 Sheets-Sheet 1.
J. E. HOWAlEiD.v DEVICE POB. HEATING RAILWAY GARS BY STEAM.
Patented Deo. 20, 189.2.
mi scams PETERS co, vHoTcxLn'Ho., wAsHlNnToN, D. c.
(No Model.) z sheets-sheet 2'.
J. E. HOWARD.V DEVICE FOB. HEATINGv RAILWAY GARS BY STEAM.
No. 488,202. Patented' 1390.20, 1892.
H l CQ 2 G i 2, G) O Unirse JOHN E. IfIOVARD, OF ALTOONA, PENNSYLVANIA.
DEVICE FOR HEATING RAILWAY-CARSBY STEAM.
SPECIFICATION forming part of Letters Patent No. 488,202, dated December 2Q, 1892.
Application filed September 15, 1891. Serial No. 405,743. (No model.)
T0 all whom it may concern:
Be it known that I, J OHN E. HOWARD, a subject of the Queen of Great Britain, residing at Altoona, county of Blair, State of Fennsylvania, have invented a certain new and useful Improved Device for Heating Railway- Cars by Steam, of which the following is a true and exact description, reference being had to the accompanying drawings, which form a part of this specification.
My invention relates to the steam heating apparatus of railway cars and particularly to suoli devices as are used for heating a train of cars with steam derived from a single source of supply-generally the locomotive boiler.
I may further state that my improvement is intended for use with such devices only as employ a double line of steam pipes either of which may serve as the source of steam supply to the car while the other is adapted for use as a return conduit for exhaust steam and water of condensation.
The object of my invention is to provide simple and efficient mechanism by which the radiator system within the car may be connected with either of the steam pipes and by which the exhaust steam and water of condensation can be readily directed either into the pipe used as a return pipe or to the atmosphere or by which thewhole system can be drained. The nature of my improvement will be best understood as described in connection with the drawings in which it is illus trated and in which, Y
Figure l is a plan view illustrating a car equipped with my improvement. Fig. 2 is a cross-sectional view taken on the line 1-2 of Fig. l. Fig. 3 a longitudinal section on the line 3-4 of Fig. 2. Figs. il, 5 and 6 are diagrams illustrating the various operative combinations of the two valves which constitute the essential novel feature of my invention. Fig. 7 is an elevation of one of the valves, the valve casing being sectioned on the line 9--10 of Fig. 8. Fig. 8 is a cross-section of said valve on the line 5 6 of Fig. 7. Fig. 9 is an elevation of another of the valves the casing being sectioned on the line 11--12 of Fig. 10; and Fig. 10 a cross-sectional View of this valve taken on the line 7--8 of Fig. 9.
A is the car body; B and B steam pipes secured beneath the car and adapted by any of the Well-known contrivances to couple with similar pipes on other cars or on the locomotive; from each of these pipes which I will call the traindpipes lead pipe connections C and C connecting respectively with the ports Cl and d of a valve casing D.
b and b Figs. l and 2 are cocks situated at the junction of the train pipes B B with pipes C C and by which the train pipes B and B can be at will closed beyond the points of junction. The use of these valves is not novel with me but is well understood in the art and they therefore need no further description or illustration.
D D is a four-way valve consisting of a casing D having the four ports d CZ d2 and d3; with the ports cl and d are connected the pipes C and C as already stated; the port cl2 connects with the supply pipe leading to the radiator system situated within the car body; this supply pipe as shown consists of the pipe E and the pipe E connecting with it and which connects in tu rn with the pipes F-e and e being valves by which the supply conduit can be closed on either or both sides of the car. The pipes F connect with the radiator conduits H H having preferably extensions h the lsteam beingled into pipe H at its extreme ends from which it passes toward the center and is drawn off at the lowest point through the drain-pipes I I. As shown at one end of each side of the car the steam enters a radiator G and thence through a pipe g connects with the radiator pipe H.
To return to the valve D D I will further state that its port d3 is connected with the drain conduit or conduits of the radiator system. As shown this connection is made by means of pipe M which connects with pipes I through the medium of the valvecasingK and valve L to be hereinafter described.
D is a cock working in casing D and having formed in it passages d4 and d5, formed as shown in the drawings and by means of which the ports in the valve casing can be connected as shown in the drawings; that is to say, ports d and d2 connected together and ,ports d and d3 connected together; or, by
means of which, the cock being turned to an angle of ninety degrees, the ports d and d2 are connected together and the ports cl3 and d connected together; the last-mentioned arrangement being indicated by dotted lines in Fig. 4.
IOO
Referring now to the valve K L,Which may be called a three-way cock, the casing K having three ports 7c k Zc2-the first, Ze, connected with the drain pipe I by means of the connection J, the second, Zr, connecting with port (Z3 of valve D D by means of pipe M, and the third, 7a2, opening to the atmosphere. The plug cock L working in casing K is provided with three passages ZZ and Z2; of these the port Z is the largest in area and leads directly through the cock L being arranged so that it will connect ports Zo and 7a2 when the cock is turned to make that connection; the passage Z also directly through the cock so as to connect the ports Zr and 7a2 when such a connection is desired; and it is immaterial whether or not the ports Z and Z connect with each other or not though I may state that they have no conjoint operative function. The third port, Z2,connects with port Z and is arranged so that it will open into port Za when passage Z2 connects with port Zo. The passage Z2 is of a cross-sectional area preferably considerably less than that of passage Z the object in so restricting it being to offer a considerably greater resistance to the passage of steam and tiow of water from the drain pipe of the radiator system; and the passage Z is preferably again of considerable similar area than the passage Z2.
The cock D is operated from the inside of thecar. As shown a lever arm N attached to the cock is connected by means of a rod N with a pivoted lever N2, the end N3 of which extends into the car, the whole arrangement being such that by pushing the end N3 in one direction or the other the cock is made to form connections either as shown in the full or in the dotted lines of the diagram Fig. 4. In practice steam is always taken through the steam pipe situated on one side of the car lookingforward toward the engine; this may be either the pipe B or the pipe B and I ar-` range the valve mechanism so that by thrusting the end N2 of lever N2 forward toward the engine the right connection is always made. The cock L is operated as shown in the drawings by means of a rod O which fits on a properly prepared end O of the cock L and which has secured to it a lever arm O2 with which connects an upright operating arm O3, the end O4 of which extends into the car body at a point close to the end N3 of the lever N2.
The operation of the steam-heating apparatus embodying my improvement can be readily followed from the diagrams Figs. 4, 5 and 6. Assuming in the first place that the steam supply is coming through the pipe B it neet-ing pipe .I to port k of the valve K L. If
now the system is to be used as a return system, that is to say, a system in which the steam and Water of condensation is drawn back to or toward the locomotive by means of a pump or similar device situated on the locomotive or tender, the cock L is turned to the position shown in Fig. 4, the steam and water passing through port 7c into passage Z2, thence into passage Z, thence through port k2 to pipe M which connects with port Z3 of valve D D', the steam and water passing through the passage d to the port CZ', and thence through connection C to the drain pipeA B which connects with the pump or similar device before mentioned but which is not illustrated in the drawings. The sectional area of the port Z2 is determined by the amount of resistance Which it is found advisable in practice to offer to the escape of steam and water from the radiator' system. When for any reason it is desirablethat the exhaust steam and water of condensation should not be returned to or toward the locomotive -the cock L is turned to the position shown in diagram Fig. 5; that is to say, to a position where the ports k and k2 will be connected by the passage Z. In this position of the valve the steam and water of condensation escapes directly to the atmosphere, all connection with the pipe B being cut off. The area of the port Z is determined as before while the amount of resistance it is desirable to offer to the escape of steam and water from the radiator system. When it is desired to drain the steam and Water from all the parts of the heating apparatus the cock L is turned to the position shown in diagram Fig. 6; in this position the large passage Z connects the ports 7c and 7a2 so that the Whole contents of the radiator system can escape freely to the atmosphere and at the same time the port Zo is connected with the exhaust port 7a2 through the passage Z2 and Z so that all Water and steam is permitted to escape freely from the drain pipe B or B With which the pipe M is connected through cock D. As already stated this connection with either pipe B or B is made by simply moving the cock D through an angle of ninety degrees as indicated in diagram Fig. 4.
Having now described my invention, what I claim as new and desire to secure by Letters Patent, is:
In a railway car the combination of a double line of steam pipes D D adapted to connect with a source of steam supply as described, a radiator system within the car body provided with supply and drain pipes; a valve casing K having a port 7c connecting with the drain pipe; a port 7a2 opening to the air and a port Zt connecting to the return steam pipe and a plug valve L turning in said casing K and having the ports ZZ Z2 formed and arranged as described.
JOHN E. HOI/VARI).
Witnesses:
LEWIS R. DICK, J osHUA MATLACK, J r.
IOC
IIC
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