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Патент USA US3067955

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Dec. 11, 1962
3,067,945
o. c. SEMONSEN
RADIATOR VALVES
Filed May 24. 1960
mm]:
2 Sheets-Sheet 1
FIG!
HIIHH
MIN m2
INVENTOR.
OTTO
C.
SEMONSEN
BY
ATTORNEY
Dec. 11, 1962
3,067,945
o. c. SEMONSEN
RADIATOR VALVES
Filed May 24. 1960
2 Sheets-Sheet 2
FIG.5
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INVENTOR.
OTTO
C.
SEMONSEN
ATTORNEY
United States PatentO?lice
1
3,067,945
RADIATOR VALVES
Otto C. Semonsen, 71 Superior Road, Bellerose 26, N.Y.
Filed May 24, 196i), Ser. No. 31,464
4 Claims. ((31. 236-63)
3,ll?7,945
Patented Dec. 11, 1962
2
within the shell into the radiator, it has been found that
a length of wick, preferably, but not necessarily, approxir
mately cylindrical in form, serves effectively. One form
of the wick is illustrated in FIG. 1 at 14, wherein the
wick is held in an elbow-shaped partially tubular member
15 open at both ends and containing the wick 16; the ends
of the member 15 are indicated at 17 and 18. The hori
zontal portion 19 of the member 15 has an elongated cut
out portion 19a along the top thereof, exposing the wick
heating systems generally found in private homes.
vFailure of such valves to permit the escape of air or a 10 therethrough, and the front end 17 of this member is
shaped into a ring surrounding and holding the front end
mixture of air and steam generally results from clogging
of the wick. The base of the nipple is ?ared outward to
of one of the escape vents owing to the formation of a
This invention relates to steam radiator vent valves, and
more particularly to such valves of low pressure steam
?lm of condensate around the valve seat or in a venting
provide a circumferential recess 20 in which an ‘annular
ori?ce, where capillary attraction and surface tension of
washer-like retainer 21, rigidly attached to the portion 19
the condensate are su?icient to resist the low steam pres 15 of the tubular member 15, registers so as to position the
portion 19 of the tubular member in the nipple 12, as
sure, or from clogging in the passage in the steam inlet
nipple by accumulated condensate, or from a combination
shown. In assembling the entire valve unit, the ?ange 22
of the bottom 23 of the shell 10* may be of su?icient
height to engage the lower edge of the retainer 21 or to
It is therefore an object of the present invention to
provide a radiator valve with means to prevent the forma 20 block the lower portion of the recess 20, as shown, to pre—
vent the retainer from leaving the recess.
tion of a ?lm of condensate and its consequent surface
Inoperation, the wick 16 within the member 14 tends
tension, or of an accumulation of water to clog an ori
to draw condensate that may rise to its level, through the
?ce or passage, in either the inlet to the radiator valve or
of these causes.
the escape ori?ces. In other words, the object of the in
vention is to provide means for draining away from the
said parts of the radiator valve, condensate which might
otherwise clog the passage or ori?ces.
Another object of the invention is the provision of the
nipple and down into the radiator, as it will drip from the
end 18 of the tube.
The wick shown in FIG. 2 is substantially of the same
form and shape as the member 14, but in this case the
wick 16a per se has a wire 25 extending substantially
above-mentioned means in the form of a wick or wicks,
axially therethrough, whose front end 26 is doubled back‘
so arranged with respect to the locality at which conden 30 under and ?xed to the retainer 21a.
sate will tend to accumulate to clog an ori?ce or passage,
In the modi?cation shown in FIG. 3, the wick 16!) per se
has a shortened partially tubular member or tip 27 similar
that the wick or wicks will drain the condensate away.
to the front end portion of the wick member shown in
The above broad, as well as additional and more spe
ci?c objects, will be clari?ed in the following descrip
FIG. 1. FIG. 4 illustrates how the wick 16 of FIG. 1
tion wherein reference numerals ‘refer to like-numbered 35 is secured in the portion 19 by turning in the upper edges
parts in the accompanying drawing. It is to be noted
17a of the front end 17 to pinch the wick. The wick 16b
that the drawing is intended primarily for the purpose
of illustration and that it is therefore neither desired nor
intended to limit the invention necessarily to ‘any or all
of the exact details shown or described except insofar as
they may be deemed essential to the invention as de?ned
in the appended claims.
Referring brie?y to the drawing, FIG. 1 is a radiator
valve connected to the end wall of a radiator, with parts
broken away and partly in section.
FIG. 2 is a fragmentary enlargement of FIG. 1, but
illustrating a modi?ed form of the wick shown in FIG. 1.
FIG. 3 is a view substantially similar to FIG. 2, but
showing a further modi?ed form of the wick.
of FIG. 3 is retained in its tip 27 in the same manner. '
It is to be noted that the wick 16b is shorter than the
other wick members set forth and terminates in the pas
sage 28 through the radiator wall 13. This serves to il
lustrate the principle that water drawn along the wick
from the shell 10 will pass off the rear end of the wick on
to the ?oor of this passage and thus ?ow down into the
radiator.
The principle of operation of all of the wicks illustrated
and described above, is the same; that is, they will draw
condensate out of the shell and pass it into the radiator,
thus preventing clogging of the nipple and thus shutting
0E entry of steam into the shell 10.
The escape valve structure of the radiator valve is illus
FIG. 1.
strated in FIGS. 5 and 6, wherein the valve seat housing
'FIG. 5 is an enlarged side elevational view of the
29 is annular in form and is secured in and extends above
upper portion of the radiator valve of FIG. 1, with parts
the level of an axial opening 30 in the roof 31 of the
broken away and partly in section.
shell 10. A valve seat 32 is formed between the reduced
FIG. 6 is a sectional view taken on the line 6—6 of 55 upper passage 33 of the housing 29 and the relatively
FIG. 5, with parts broken away and partly in section.
enlarged lower passage 34. The valve stem 35 which
Referring in detail to the drawing, the numeral 10 indi
extends
upward, in the usual manner, from the unit 11 is
cates the housing or shell of a steam radiator valve which
adapted to register in the seat 32 to close the valve.
contains a thermodynamic valve unit 11. This unit, in
In order to draw condensate away from the seat 32
combination with the valve seat, is, due to its sensitivity to
upward through the passage 33 and thence downward on
changes in temperature, ‘adapted to control the movement
the otuer surface of the housing 29, a preferably unitary
of air and steam through the valve.
‘
wick structure 36 is provided. This unit is annular in
The shell 10 has the usual threaded nipple 12 positioned
form, including an inner annular wall 37, and outer an
near the bottom thereof, for connection in the adjacent
wall 13 of a radiator. Steam enters the shell 10 from 65 nular wall 38, and an annular roof 39, thus forming ‘an
annular recess or enclosure in which the housing 29 regis
the radiator through the nipple 12, and the latter also ,
‘FIG. 4 is a sectional view taken on the line 4-4 of 50
serves as a drain through which condensate accumulated
in the bottom of the shell is adapted to ?ow back into
ters. The inner wall has its lower edge substantially in
the plane of the upper edge of the valve seat 32, and the
outer wall 38 extends downward toward the ?oor 31,
the radiator; However, the passage through the nipple
is subject to becoming blocked by condensate which the 70 either substantially as shown in FIG. 5 or to a greater or
low pressure of the steam is insufficient to blow out.
In order to assure conveyance of the condensate from
smaller distance. It is apparent that condensate accumu
lating at the valve seat around the lower end of the pas
3,067,945
[t
?ces of the unit, is immune to failure from clogging of
the ori?ces by steam condensate.
While this invention has ‘been described with particular
3
sage 33 will 'be drawn upward by the wick 36 and then
down to the ?oor 31.
The shell 10 has the usual cap 40 secured thereto con
centrically about the valve housing 29 to provide a com
partment 41, the cap having one or more holes or escape
ori?ces 42 therein through which air may pass out of the
shell.
Condensate which accumulates within the compartment
reference to the constructions shown in the drawing, it is
to be understood that such is not to be construed as im
parting limitations upon the invention, which is best de
?ned in the following claims.
In the case of any and all of the wicks discussed above,
it is to be understood that wherever they are mounted
41 can evaporate through the holes 42. To prevent the
forrration of a ?lm of condensate in the holes 42, a cylin
1O against a surface or surfaces and it is desirable for prac
drical wick 43 is mounted against the inner wall of the
cap 40, and preferably has sut?cient height to extend to
or above the lower edges of the holes 42.
Secured against the lower or inner surface of the roof
31, is an annular wick 44 preferably having 21 depending
?ange 45, the axial opening 46 of the wick being aligned
with the passage 34. Thus the wick 44- draws condensate
away from the passage ‘34 and radially outward therefrom,
to pass down the inner wall of the shell 10.
It will be noted that in each of the arrangements pre
viously described a portion of the wick is on contact with
or extends beyond the edge of the ori?ce or passage which
is to ‘be drained of condensate. It is essential that the
wick be so positioned in order to assure contact between
the wick and any condensate which may enter or be
formed in the ori?ce as without such contact ‘the wick can
not function.
Wherever the term “wick” is used herein it is to be
understood that the element referred to serves the com
mon purpose and function of wicks and that it is con
structed as wicks are generally constructed, i.e., of a plu
rality of relatievly loosely twisted, braided, knitted, felted
or woven ?bers, or a substitute, to operate by capillary at
traction to convey liquid away from a source to a distance
or place remote from the source.
It is obvious from the present disclosure that a radiator
valve unit which is attached, i.e., connected to a steam‘
radiator, when provided with wicks arranged and posi
tioned substantially as set forth with respect to the ori~ 4 O
tical reasons that they should remain positioned against
such surfaces, they may be secured to such surfaces by
any desired means or in any manner.
For example, the
wicks may ‘be cemented to the surfaces, not shown.
I claim:
1. A radiator valve comprising a shell enclosing a com
partment containing a thermodynamic valve unit, a nipple
for connecting the interior of the shell to a radiator, an
escape ori?ce through which air may pass out of the shell,
‘and a valve seat housing mounted in an opening in a Wall
of said compartment, said housing having an axial passage
therethrough with a valve seat located therein, the combi
nation of said valve seat and said thermodynamic valve
unit being adapted to control the movement of air and
steam through the valve, and wick means for drawing con
densate out of and away from said passage.
2. A radiator valve according to claim 1, a portion of
said wick means being positioned in contact with a por
tion of the edge of an ori?ce of said passage.
3. A radiator valve according to claim 1, a portion of
said wick means extending into an ori?ce of said passage.
4. A radiator valve according to claim 1, a portion of
said wick means being positioned anterior to and extend
ing toward ‘but not entering into an ori?ce of said passage.
References Cited in the ?le of this patent
UNITED STATES PATENTS
884,372
1,804,167
2,722,452
Eggleston ____________ __ Apr. 14, 1908
Keeney ______________ __ May 5, 1931
Hipp et al _____________ __ Nov. 1, 1955
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