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Патент USA US2113775

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Aprily12, 1938.
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2,113,775
J. VAN V'ULPEN
'vAPoR HEATING-
SYSTEM
Filed March 22, 1937
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2 Sheets-Sheet l
April 12, 1933'
J. VAN VULPEN
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2,113,775
VAPOR HEATING SYSTEM
Filed March 22, 1957'
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2 Sheets-Sheet 2
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9“ Joan %1%/§m
Patented Apr. 12, 1938
2,113,775
' UNiTED STATES
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PATENT OFFICE
2.113.115
vsroa nan-rise. SYSTEM I
_.Iohn Van .Vlilpen, Chicago, Ill..- assignor to‘
Vapor Oar Heating Company, Inc., Chicago,
BL, a corporation of New York
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Application'Mareh 22, 19:1. Serial'No. 132,211‘ '
0 Claims. ‘(01. ear-4o)
This invention relates to a new and improved
vapor heating system, more especially to‘ a heat
ing system oi'the steam ‘or vapor type particu
larly adapted for heating passenger railway cars‘.
i
It is customary in such railway car heating sys
tems to provide radiating pipe loops which ex
tend longitudinally of the car near the floor line
either adjacent to or ‘within the side wall of the
car. The i‘iow'of heating ?uid into and through
Fig. 5 is. a vertical section taken substantiallyv
on the line 5-5‘ of Fig. 4.
" '
Referring ?rst to Fig. l, at A is diagrammati
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callyv illustrated the outlines of a railway car,
preferablyoi' the Pullman type. . In the example 5
here'shown this car is provided with a central
aisle B and is divided into. a plurality of separate
spaces to be heated, indicated at C, C20". etc.
These spaces_C may be separate compartments
or bed-rooms or might be simply the spaces be- 10
0 these pipe loops is regulated by suitable valves tween seats within the car. The heating system
either manually, or thermostatically controlled. ' comprises‘ a main radiating loop‘ D‘ extending
According’ to the present invention, auxiliary longitudinally of the car adjacent the ?oor and
radiating loops, preferably of the finned type one side wall. A main regulating valve E gov
to secure extended surface radiation, are posi
erns the control of heating ?uid from the main l6
5 tioned at suitable intervals within the side wall ' steam supply pipe F into and through the main
of the car, there being preferably at least one radiating loop D. The main radiator D comprises
of these auxiliary heaters for each separate car an upper pipe run i which extends from valve E
space or compartment. A special directing valve through a certain length of the car, is then looped
‘ is provided ‘for each auxiliary heater. This di
at 2, and returns through a lower run I to the
m recting valve is connected in a horizontal run. regulating valve. The valve E may be controlled
of the'main radiating loop and is adapted to manually, or preferably electrically from a ther
alternatively cause the heating fluid to ilow- di
rectly'through the main‘ loop or alternatively
direct the ?uid. or a portion thereof. through
25 the auxiliary radiator so as to provide additional
radiating surface.
“
The principal object of this invention is to
provide an improved heating system of the type
brie?y described hereinabove and disclosed more
30 in detail in the speci?cations which follow. I
Another object is to provide a vapor heating
> system in which the amount of radiating sur
face in service in any particular portion of the
car or space to be heated can bermanually se
35 lected.
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x
Another object is to provide an improved type
of ‘concealed radiation for railway cars.
,
Another object is to provide an improved di
recting valve for heating systems.
40 Other objects and advantages of this inven
tion will be more apparent from the following
detailed description of one approved form ofap
paratus designed and operating according to the
principles of this invention. '
45
,
in. the accompanying drawings:
‘
Fig. 1 is a diagrammatic view of a portion of
a railway car equipped with the improved heat
ing
system. '
>
Fig. 2 ‘is an elevation. partially broken away;
_50 of a portion of the sidewall of a car with the
heating equipment mounted therein.
mostat, indicated diagrammatically at G. When
a lowered temperature calls for additional heat. ’
the valve E is moved to open position whereupon 25
steam from the source F ?ows through the pipe
vided for each side of the car, as indicated in
Fig. 1. In the case of long cars, there may be 35
four oflthese systems. two for each side of the car.
‘each radiating loop D extendingthrough about
half the length-of the car.
According to'the present invention an addi
tional' short radiating loop H, preferably of the ‘40
?nned type, is provided for each compartment or
space C.
An improved directing valve K con
nects the ends of the auxiliary loop H with pref- .
‘ erably the upper run i of .the main radiating 7
loop D. Byrmeans of valve K a portion of the 45
steam flow may be shunted through the auxil
iary heater H when additional heat is required
within any selected compartment C.‘
'
It will be understood that the main radiator D
and the auxiliary radiators H will ordinarily be 50
positioned vertically either adjacent or within
the side wall of the car, but for convenience oi!
Fig. 3 is a vertical section taken substantially‘ illustration, these elements have been disposed
on the line 3-3 of Fig. 2.
horizontally in the diagrammatic showing of
Fig. 4 is a longitudinal vertical section through
66“ the improved directing valve.
‘
loop D. When the desired temperature has been
established valve E is closed, thereby cutting of!
the loop D from the supply oi.’ steam. Provision
is made for allowing condensate to drain from 30
the pipe loop. Heating systems of this type are
- well ‘known in the art. It will be understoodthat
separate heating systems'of this type are pro
Fig. 1.
a _
65
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2,118,776
Referring now more particularly to Figs. 2 and rear wall of the valve casing, and a top wall or
3, at L is indicated a portion of the car side wall ' disc 31, the discs 36 and 31 being connected by a
extending from the ?oor 4 up to the window sill, central diametrically extending web 38. Rotary
indicated at 5.
This portion of the wall is hol
valve member 35 is held'in place within chamber
34 by the closure plug 39 screwed into the main
valve casing at 49. The rotary valve stem 4| ex
tending outwardly from valve member 35 'is jour
low between an outer sheathing 6 and. the inside
wall '7 and is divided by a plurality of upright
posts or standards 8 into a plurality of separated
wall spaces, one of which is indicated at 9. The
naled in plug 39 and "also in a second plug or
radiating ‘systems hereinafter described are lo
gland 42 threaded into‘ plug 39 at 43.
10 cated in some or all of these wall spaces 9, and
each such space 9 is provided in the inner wall _'I
with a lower inlet grille _I0 and an upper outlet
the escapeof heating ?uid around the stem 4|.
The shaft or stem 4I extends out through the
grille II. Insulating material I2 is positioned
between the outer sheathing 6 and a metallic
inner wall ‘I of the car (see Figs. 2 and 3) and is
.there provided with an. operating crank or handle
15 shield‘ or re?ector I3. Air flows in through grille
'41. Preferably operating handle 41 moves along 15
a ?xed quadrant 48 between steps 49 and 50, the
I0, thence upwardly in contact with the radia
tors, and the heated air flows back into the car
through the upper grille II. 'At I4 in Fig. 3 is
quadrant being suitably inscribed to indicate
indicated a portion of a folding bed and it will
20 be noted that the heated air is discharged into'
when the valve is in either open- or closed posi
tions. It may here be noted that for convenience 20
of illustration the valve is shown in closed posi
tion in Figs. 4 and 5, whereas the valve handle is
shown in open position in Figs. 2 and 3.
the space above this bed or-seat.
The upper and lower pipe runs I and 3 of the‘
‘main radiator D extends slidably through and
are supported in collars I5 positioned in the up
25 rights 8.
Sealing
gaskets 44 and 45 mounted in the respective plugs
and expanded by an interposed spring 46, prevent
It will now be apparent from an inspection of
Fig. 4 that when the movable valve member is ad 25
justed to the closed position there shown, the web
38 will completely separate the lower passage 25
from the upper passage 3|, and the supply of
These sliding supports permit longitu
dinal expansion of the pipe coil, and expansion
joints I6 are preferably positioned in the upper
pipe run I which may be more highly heated at
times than the lower run 3 through which the
v30 condensate returns. Alternatively, these pipes I
heating ‘fluid to the auxiliary radiator H will be
cut oil’. The ?uids will ?ow through both the 30'
and 3 of the main radiator D could be suitably
supported against the front of the uprights 8 in
situations where it is inconvenient or undesirable
to form holes through the uprights.
35
Hot and cold wash water pipes I1 and I8 (see
Fig. 3:) may also be supported at I9 on the up '
passage, directly through the valve casing as a
continuation of the upper pipe I .oi'.the main
heating loop and the main radiator will function
The auxiliary radiating loop H comprises ‘an
upper pipe 20 connected by end loop ?tting 2|
40 with a lower return pipe 22. The other ends of
radiating pipes 20 and 22 are connected, respec
member is moved into the position shown in
dotted lines in Fig. 4 (that is, the movable valve
member is rotated through an angle of 90°) the
steam or vapor entering through upper duct 30 40
rights 8 and housed within the said wall L.
Y
tively, by ‘the inlet and return pipe ?ttings 24
and 24' with the directing valve K, as hereinafter
described. This auxiliary radiator H may be sup
45 ported in any suitable manner within wall space
. 9, and is preferably'constructed of rather thin
metal piping provided with a plurality of radiat
ing, ?ns 23 so that a large radiating surface is
provided on a comparatively short loop.
upper and lower ducts 33 and 29 of the lower
as if the auxiliary radiator were not present. On 35
the other hand, if the web 38 of, the movable valve
will be diverted upwardly through the auxiliary
heating loop H, the fluids returning to the other
side of the valve and the outlet portion of upper
duct 30 and thence passing back into the main '
pipe I. The heating system would operate satis
factorily if I the lower open‘ duct 29- were omitted
and all of the steam flow were directed through
the auxiliary heating loop. - However, there are
certain distinct advantages in the use of the con
45
' The improved valve K is best shown in Figs. 4
stantly open lower duct 29. When the valve is
and 5, in connection-with Figs. 2 and 3. The ' opened'to admit steam to the auxiliary radiating, 50
main valve casing is formed with a lower hori
loop, the continuous flow of steam through lower
zontal steam passage 25 connecting the aligned duct 29 tends to draw ?uids through the upper
inlet and outlet ports 26 and 21 into which are
55 connected the endsof sections of upper pipe I of I passages and auxiliary radiator and thus expedite
the ?lling of the auxiliary radiator withheating
the main radiating loop D. ‘Consequently this medium. This lower duct 29 also facilitates. the 55
lower passage 25 forms substantially a continua
drainage of condensate through the pipe I. The
tion or portion of the conduit through main radi; direct ?ow of steam through the lower duct 29
ating pipe I. Preferably the lower passage 25 is also expedites the supply of steam to more re
divided by a longitudinally extending horizontal
web or partition 28 into a lower duct 29 and an
upper duct 30. The lower duct 29 is open at all
times so as to permit a continuous ?ow of steam
mote radiators 'of the system, thus tending to
equalize the steam supply and expedite the ?lling
of the system after a period during which the
steam supply has been completely cut oil! at the
through upper radiating pipe I. The valve cas . main valve E.
>
ing is also formed with an upper passage '3I that
In the general operation of the system, the sup 65
curves upwardly at' its ends to communicate‘ with ' ply of steam to both the main and auxiliary
outlet port 32 and inlet or return port 33 into radiating systems is controlled, preferably ther
which are respectively connected'the pipe ?ttings
24 and 24'/ leading to and from auxiliary radiator
mostatically, by the main valve E. Under'cer
tain circumstances suf?cient heat may be pro
vided by the main radiating loop D, in which case
cylindrical valve chamber 34 through which the some or all of the auxiliary radiators H may be
passage 3I and upper duct 30 extend.
cut oil’ by turning the respective valves E to the
A rotary valve member 35 is closely ?tted with
closed position._ If additional radiation is de
H. The valvecasing is also formed with a central
,
{in valve chamber 34. This valve member com
prises a rear wall or disc 38 rotatable against the
sired, or found necessary, in any one or more
selected spaces C, C’, etc., the respective valve or
1:
mam
pipe loop extendingi'rom ‘and back to the main -'
valves K for these spaces are moved to open posi
' tion so as to direct steam or vapor from the
'\main radiating loop into the auxiliary radiators
H. 'In any event, the supply or‘ steam t‘o-the
control valve, ‘a plurality of spaced apart similar
directing valves connected in series with sections
of a pipe of the main loop, a plurality of aux
iliary radiating pipe loops each havingits inlet
entire radiating system willbe cut oil at the main ' and outlet ends connected with one of the di
valve E when a certain predetermined maximum recting valves, each valve beingvi’ormed with a
temperature is reached at the location of ‘the 1 central valve chamber and upper and lower pas
10
main control thermostat G, regardless of the po
sitioning of the individual valves K. when, the
steam is again turned on, more heat will be fur
nished at those locations where the valves K are“
in open position, than is furnished in those spaces
where the valves K are closed. In this way the
‘ear temperature may be automatically main
15 tained within certain desired limits, but the dis
sages, the lower passage i'orming a section of the
main pipe loop and having a longitudinally ex 10
tending partition dividing the passage into upper
and lower ducts, the lower duct being open at all
times, the 'upper duct and ‘the upper passage
tribution of heat may be manually selected, that
is, certain portions of the car may be kept at a
higher temperatures than other portions.
I claim:
.
1. In a heating system, in combination with a
20
main pipe through which a ?owof heating ?uid
is maintained, and a radiating pipe loop through
which heating ?uid may be shunted from and
back to the main pipe, a directing valve including
25 a casing formed with a lower passage extending
between inlet and outlet ports which are con
nected between sections of the main pipe‘ so that
the passage forms a continuation of the pipe,
i said passage being divided by a iongitudinally'ex- ‘
30 tending partition into a lower duct and an upper
duct; the lower duct being continuously open, the
casing also enclosing an upper passage extending
communicating with the‘c'entral valve chamber,
the upper passage being connected at its ends with -
the ends of the auxiliary loop, a rotary valve}
member in the chamber, and means for moving
the valve member betweentwo alternative posi
tions in one of which the auxiliary loop is cut oil
from the ?uid supply and both ducts are open for
the direct ?ow of ?uid through the main loop,
and in the other of which the ?uid in the upper
duct, is shunted through the auxiliary radiating
loop.
-
4. A directing valve for a heating system com
prising a valve casing ‘formed with a central
valve-chamber, a lower passage extending longi
tudinally through the casing between, inlet and
outlet ports and divided by a longitudinally ‘ex- '
tending partition-into upper and lower ducts, the 30
upper duct communicating with and forming a '
portion of the chamber, an upper passage also
communicating with the chamber and extending
between outlet and inlet ports to which the inlet ' between a second pair of inlet and outlet ports,
and outlet ends of the pipe loop ‘are respectively a valve member rotatably positioned within the 35
connected, both the upper duct and the upper chamber and comprising a central web mov-.
passage communicating with and v\extending able between two alte ative positions in one of
through a central valve-chamber formed in the which the web separates the upper passage vfrom
casing, a valve member rotatably positioned in the ' the upper duct and in the other oi! which the ‘web
chamber and movable between two alternative divides the, upper duct§and upper passage and 40
directs ?uid from one portion of the upper 'duct
40 positions in one of which the upper passage is
separated from the upper duct, and in the other into one. portion of the upper passage and also I
of which the fluid from the upper duct is shunted from the other portion of the upper passage into
through the pipe loop, and means for moving the the other portion of the upper duct, and means‘
valve-member.
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ior moving the valve member;
.
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2. In a heating system, in- combinationwitha
5. A directing valve for a heating system com
main pipe through which a flow of heating ?uid prising a valve casing formed with a central
is maintained, and a radiating pipe loop through valve-chamber, a lower passage extending longi
which heating ?uid may be shunted from and
through the casing between inlet and
back to the main pipe, a directing valve including ' tudinally
outlet ports-and divided by a longitudinally ex
a casing formed with a lower passage extending
50 between inlet and outlet ports which. are con-' tending partition into upper and lower ducts, the upper duct communicatingwith and forming' a
nected between sections of themain pipe so that portion of the chamber, an upper passage also.
the passage .iforms a continuation of the pipe, communicating with the chamber and extending
said passage being divided by a longitudinally between a second pair ‘of inlet and outlet ports,
‘extending partition into a lower duct and an a valve member rotatably positioned within the
upper duct, the'lower duct being continuously chamber and comprising a central webmovable
open, ‘the casing also‘ enclosing an upper passage _ ‘between the alternative positions in one of which
extending between outlet and inletports to which .the web separates the upper passagefromthe.
the inlet ‘and outlet ends of the ‘pipeloop are upper duct and in the other or which the ‘web
60 respectively connected, both‘the upper duct‘ and divides the ‘upper-duct and upper passage and
the upper passage communicating wlthand ex
directs ?uid from one portion of the upper duct
tending through a central valve-chamber formed into one portion of the upper passage and also
in the casing, a valve member rotatably positioned from the other portion of the upper passage into
in the chamber and movable between two alterna
the other portion of the upper duct, and means
tive positions in-one of which the upper passage for oscillating the valve member comprising a
65
45
is separated from the upper duct, and'in the
other of which the ?uid from the upper duct
55
_
60
65
stem extending outwardly through'the casing,
sealing means'about the stem, a crank handle on
is shunted through the pipe loop, and means for
oscillating the valve member comprising a stem
extending outwardly through the casing from the
; the stem, and a quadrant cooperating with the '
valve member, a crank-handle on the stem, and
into a plurality of, spaces to be heated, the car
' a quadrant cooperating with the handle to indi
cate the two positions of the ‘valve. ,
, 3. In a heating system, a 'source of heating
‘?uid, a main control valve, a main radiating
i
handle to indicate the two positions of r the valve. 10
.6. In combination with a railway car divided ,
comprising a hollow side wall divided vertically
into a plurality of wall spaces,:at least oneior
each of the said car'spaces, upper and lower
4-
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2,118,775‘
grilles in the inner wall of each of said latter wall
lower duct being open at all times, the upper
duct and the upper
e communicating with
through, a source oi’ heating ?uid, a main con- ' the valve chamber, the inlet and outlet ends of
trol valve connected with the source, a main the auxiliary radiating loop being connected with
radiating loop extending from and back to this the respective ends of the upper passage, a rotary
spaces to permit the circulation of air there
valve longitudinally of the car through the sev
eral wall'spaces, an auxiliary radiating pipe loop.
positioned in each of the grilled wall spaces, a
directing valve for each auxiliary loop, each
10 valve being formed with a central'valve-chamber
and upper and lower passages, the ends of the
lower passage being connected between sections of
valve member in the chamber, and means for
moving this valve member between two alterna
tive positions in one 01' which both ducts of the
lower passage are open for the direct ?ow oi’
?uid through the main loop. the auxiliary loop
being cut oil from the ?uid supply, and in the
other oi.’ which the ?uid his shunted from the
a run 01’ the main pipe loop so that the lower upper duct through the'auxiliary loop before
passage forms a part of-this loop, said lower' returning to the main pipe loop.
v15 passage being divided by a longitudinally extend-- a
ing partition into upper and lower ducts, the -
JOHN VAN V'ULPEN. '
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