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Dtc. 17,
_ ,
R. H_ MONEY HAL
REFRIGERATING APPARATUS
original Filed Dec. 1o. 1941
75
2 sheets-sheet 1
25 lia
27°
29
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INVENTOR.
ROLAND H. MONEY
AT ORNEV
Dec. 17, 1946.
R. H. MONEY ETAL
2,412,904
REFRIGERATING APPARATUS
Original Filed Dec. l0, 1941
2 Sheets-Sheet 2
A44
nwEN’roR.4
ROLAND H. MGNEV
JOHN Éumç;
AT QRNEY
lParental n». 17,1946
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2,412,904 `
A‘ UNITED STATES PATENTol-‘Fica
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2,412,904
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`
maremma APPARATUS
Roland H. Money, Mount Healthy, and John W.
Craig, Cincinnati, Chio, assignors to The
Crosley Corporation, Cincinnati, Ohio, a cor
poration of Ohio
Original application December 10, 1941, Serial No.
. 422,422. Divided and this application February
26, 1944, Serial No. 524.062
1 claims
(ci. «sz-ss) 4
»
This invention relates to refrigerators, and is
` particularly concerned with cabinets and mechanisms for refrigerators of the household type.
The invention will be described in connection
with an electric refrigerator of the compression- 5
expansion type, but is not limited thereto.
An object of the invention is to provide ahousehold refrigerator which is simple in design, economical to manufacture, convenient and accessible to the user, and efficient in operation.
10
Other objects are to provide separate compartments for the storage and preservation of foods l
2
with certain parts either omitted or broken away
to show the underlying structure.
Figure 4 is a fragmentary view of the shutter
device shown in Figures 2 and 3, with the shutter
closed and with parts broken away to show the
underlying structure.
Figure 5 is a fragmentary section taken along
line 5-5 of Figure 3.
Figure 6 is a section along line 6-6 of Figure `4.
Figure 7 is a horizontal section through the
refrigerator and door, showing the breaker strip
construction and door gasket.
not requiring below freezing temperatures, to
Figure 8 is a sectional view of the novel door
provide substantially independent heat absorbing
gasket utilized with the cabinet structure of the
A of the door of the refrigerator. In this respect
wool or other fibrous silicate. There is provided
means within said compartments, and to promote 15 invention.
high humidity conditions within one of said comReferring now to Figures 1 to 5, the cabinet I0
partments `for the preservation of foods suscepcomprises a one-piece metallic casing il and an
tible to damage by normal dry cold refrigerinner liner l2 also constructed of one piece and
ation.
preferably made of porcelain covered metal.
Another object is to provide a simple and use- 20 Between the members Il and i2 is provided the
ful shelf structure within and upon the inner side
usual insulation i3, which may be made of rock
the invention is an improvement over that dea primary evaporator i4, shelves i5-l9, meat
scribed and claimed in the patent to West, Redrawer 20, crisper pan I9a, and door‘22. A re
issue No. 19,008, dated November 21, 1933.
25 frigerating mechanism or operating unit, not
AnotherK object is to provide a shelf or partiillustrated, is disposed at the bottom of the cabi
tion between the aforesaid separateV compartment
net to the rear of the vegetable bin 23. Within
and to provide perforations therein which can be
the evaporator may be horizontally disposed
opened or closed at will.
'
shelves Ma, Nb, Mc, one or more of which may
A further object is to provide novel sealing 30 be refrigerated, and evaporator doors 14d may
means between the shelf or partition dividing the
conveniently be provided. The evaporator doors
respective refrigerator compartments and the repreferably are mounted on spring hinges Ille to
frigerator door, and between the walls surround-
keep them closed and avoid interference with the
ing the access opening of the refrigerator and the
door.
'
f
refrigerator door 22.
35
The door 22 is preferably' recessed somewhat
A still further object is to provide shelf conas at 24 after the fashion of the door described
structions of simple and convenient design and
in „the West reissue patent referred to, and pro
of distinct utility.
1
viding a thickness |3a of insulation `between the
This application is a division of our applicainner surface of said recess and the outer shell
tion Serial No. 422,422, ñled December 10, 1941. 40 or covering of the door. `
t
The novel features that we consider characterOther features shown in Figures 1 and 2 com
istic of our invention are set forth inthe appendprise breaker strips 25, strip 26, door shelves 21,
ed claims; the invention itself, however, both as
-21a, 2lb, 21e, 21d and 21e, retainers 28, door
to its organization and method of accomplishgasket 29 and temperature control 30 to which
ment together with additional objects and advan- 45 more detailed reference will hereinafter be given.
tages thereof will best be understood from the
The cabinet is divided by the shelf or partition
following description of a specific embodiment
I'l,l preferably of glass, into an upper compart
when read in conjunction with the accompany-
ment A for storing dry or enclosed foodstuffs and
ing drawings, in which:
a lower compartment B for the storage of food
A
Figure 1 is a perspective view of a cabinet eon- 60 stuffs, such as leafy vegetables, requiring high
structed in accordance with the principles of the
humidity conditions. If desired` a temperature
invention.
Figure 2 is a horizontal section taken alongcline
2-2 of Figure 1, with the door closed.
differential between the two compartments may
VVbe maintained. Qpenings 36 are provided at the
rear of said shelf and an adjustable shutter de»
Figure 3 is an enlarged view similar to Figure 2, 65 vice, hereinafterV to be more fully described, is
2,412,904
The shutter 31 provides for the ingress and ‘ '
i arranged to regulate such openings. `Fast freez
ing is,-of course, accomplished within the com
partment enclosed by the evaporator I4.
The primary evaporator I4 in compartment A
is of relatively large capacity‘and iszadapted'for
the storage of meats' and frozen foods as well as
for ice-making. In Athe exemplary embodiment
the evaporator is mounted to one side of the cabi
egress of air between the compartments A and B
and may be utilized to maintain a normal degree
of Vmoisture during excessively humid weather.
[During such periods,7„the shutter‘pslide may be
`~conveniently adjusted to‘ a partial 4or full open
position to permit a movement of air between
'i the compartments. Any such movement tends to
net with the shelves I5 and I6 alongside the evap
orator, supported on one side by a plurality of
studs screwed into the wall of the compartment.
The opposite sides of the shelves are supported «
by a pair of L-shaped brackets extending about
the side and bottom of the evaporator and secured
to the top and side wall of ythe »cabinet preferably
by screws and as shown in‘our copending appli
cation Serial No. 422,422, filed December 10, 1941.
The shelves I5 and I6 rest upon angular lugs,
secured to the respective brackets, and the shelves
cause a partial dehydration of the air in corn
partment B.v The shutter adjustment is likewise
>of utility in maintaining proper humidity for
_various kinds of foodstuffs. It is to be noted
that when there is a temperature diiïerential be
tween the two compartments there will be some
actual circulation of air therebetween, butwhen _
the temperature within the compartments is the
same the movement of air will be derived from
the difference in vapor pressure between thecom- _
partments and will be of small magnitude..
The forward edge of the shelf I1 is provided
may if desired, be heldin place by means of studs 20 with a resilient sealing strip. The strip 43,
screwed into the brackets above the shelves,
clamped within a groove formed along the edge
which, in conjunction with depending pins at the
of the frame |112,V is preferably of rubber for
front and rear, prevent removal of the shelves.
making a sealing union with _the door shelf A21c
Heat is absorbed from compartment B by a
-secondary evaporator 3I insulated> from the wall 25 when the door is closed. As shown in Figures 2,
3 and 5, for this purpose the door shelf 21e is
or liner I2 by a gasket member 3.2. The second
conveniently
provided with a closed bottom 4I,
ary evaporator may be connected to a secondary
while the remaining shelves 21a, 21h, 21d and 21e
condenser (not shown), which in turn may be
disposed within the compartments A and B have
- secured to the primary evaporator in the manner
30 their bottoms apertured as at 42 to permit free
described and claimed in our Patent 2,301,313,
dated November 10, 1942.
circulationof air Within the respective shelves.
y
The dividing shelf I1 may be made of glass to
In order to increase the rapidity with which
render the contents of the lower shelves visible
heat may be absorbed by evaporator 3|, the >same
from above and to facilitate cleaning. The plate
may be secured to, as by a metallic connection,
may be marginally supported within the frame
35
a finned structure 33a, the ñns 34 of which may
I1b upon a flange Ile of thev frame. The frame
l be formed byy doubling over a metallic sheet 33
along its rear edge adjoins the apertured strip
as shown in Figure 3. The space 35 between
I1c, which is rigidly secured to the rearwall of
the fins are advantageously used to direct a
the cabinet, and the side edges of the frame may
current of air upwardly or downwardly within
the compartment and toward or away from the 40 be supported upon a plurality of studs 43 screwed
into the side walls or liner of the cabinet.
openings 36 disposed atthe rear of the shelf I1.
Within the compartment B, directly beneathThe direction of the air current will depend on
the dividing shelf I1 may be disposed a sliding
the -temperature and humidity conditions within `
the compartment B.
„
shelf I8 supported along its opposite side edges
It will be noted from an examination of Fig 45 within channels I8a secured to the side walls'of
the refrigerator compartment. The channel in
ures 3 to 5, that the illustrative shelf I1 consists
cludes at its forward end a lug I8b, engag'eable
of a glass panel Ila disposed in a frame I1b to
by a stop Isc in the _form of a rod secured to the
the rear of which is provided a strip I1c in which
shelf, the rod having its end bent at right angles
openings 36 are provided. The shelf as a whole
therefore may be considered a perforate shelf. 50 to form a stop, see Figure 5. The shelf may be
latched in place by a pivoted latch pin i3d en
Strip I1c may conveniently assume the form of
gaged against the lug as shown in Figure 5.
an angle member having a depending portion
When this structure is provided and it is desired
adapted to be secured to liner I2. A sliding shut
to withdraw‘the shelf, the latch pin is raised in
to register with the openings 36, and an up 55 an unlatching position permitting the shelf to
be pulled outwardly. The bent portion of rod
turned handle 31h may extend through a slot
I3c engaging the lug IIIb ordinarily prevents acci
in the strip for regulating the extent of the open
dental
dislodgement of the shelf from the chan
space between the two compartments. The strip
nels when the shelf is drawn out merely to re
I1c may be provided with a screw 33 on its lower v
side and a slot 39 formed in the shutter 31 vper- 60 move articles therefrom. When it is desired to
entirely remove the shelf, the rod Isc is sprung
mits the sliding movement to take place.`
clear of the lug, thus permitting complete re
The secondary evaporator 43I operates at a
moval.
refrigerating temperature high enough to sub
The door shelves 21a, 21h, 21o, 21d and 21e, each
stantiallyl eliminate frosting in the compartmentconstitute
a vertical member or rail 60 secured at
B. The compartment B maintains a high degree
opposite ends to the door liner or frame, each
of humidity to conserve the natural food moisture
of its contents yet with a temperature sufiiciently - rail having at least one stiifening flange 6I, the
opposite ends of the rails being bent outwardly
-low for safe storage. VThese conditions’are ideal
and secured to the d_oor, as by screws 60a. .The
for keeping certain classes of foodstuffs, for ex
flange 6I supports one edge of a removable
ample, leafy vegetables, salads, fruits, and sliced 70 lower
base plate or bottom 4I and the opposite edge is
meats which normally deteriorate when exposed
supported upon the liner, for instance by a plu
to the dehydrating influence of the dry cold com
rality of studs 43 screwed therein. One shelf
partment A, a high percentage of the moisture
of the series, for instance 21e may be provided
derived from foods stored there being deposited
with a pair of U-shaped folding racks 23, which
75
on the evaporator I4 in the form of frost.
ter 31 is provided with openings 31a arranged
2,419,904
in erected‘posltion, as shown inFigure l, serve
as retainers primarily for bottles and the like.
'I'he racks are individually pivoted at their lower
ends upon the bottom Il, for instance on lugs
63a struck `out from the bottom member 4| as
shown in Figure 5. When not in use, the racks
may be folded flat on the bottom of the shelf. `
on the ~outer bottom edge of the refrigerator. The
refrigerator mechanism is preferably placed well
back of the lower compartment in order to leave
space for a vegetable bin formed integrally with a
cover or door 86. The door 64 'substantially du
plicates the contour of the refrigerator door, so
that when both doors are closed the cabinet front
The inner and outer walls of the refrigerator
presents a relatively uninterrupted vertical sur
cabinet are preferably of one piece stamped sheet
with the control device 36 concealed by the
metal construction, suitably finished in enamel 10 face,
refrigerator door.`
or porcelain. In order to prevent the passage
The control device may be of well known con->
of heat from theouter shell or wall Il` to the
struction having a pointer` arm 85 having one end
interior liner I 2 across the ~front of the cabi
pivotally connected in any desired manner to the
net, the continuity of the walls is interrupted
by suitable heat insulating breaker strips 25 mar-> » temperature regulating apparatus of the riefrig- ’
erator system. The pointer is arranged to swing
ginally framing the food storage compartment.
in an arc relative to the bracket 66 which may
In order to secure the strips, the respective edges ‘
` of the inner and outer shells are bent toward '
-each other, and outer wall ‘ll including-a pro~
truding longitudinal rib 65 upon which the doorl 20 refrigerator for
gasket seats. An angle iron or stile 66 is secured,
as by welding, in. the corner behind the rib 65
to reinforce the same. `
i
`
‘
The door of the refrigerator is adapted com
pletely to overlie the front margin of the cabinet
frosting.
.
The pointer arm lies directly beneath the sector
plate 86 and has its outer end or pointer extended
around and hooked over 'the edge of the plate for
registry with the indicia thereon.
`
constituting the breaker strips 25, with the door
‘The'vegetable door 84 is
v
gasket 29 seated upon the exterior frame exten- "
preferablypivoted at '
the bottom so that its upper portion pulls away
sions 65 of the outer wall. The door gasket 29
from
the
cabinet
along
the
line
81, a hand hold 88
as detailed in Figures 7 and 8 is preferably of rub
`ber or other resilient material. tubular in cross 30 «being provided at the front of the door for this Y
purpose. In order to provide clearance for the
section and extending around the marginal edge
pointer, the top of the vegetable door has a semi
of the door. The tubular configuration lends ad
ditional resiliency to the gasket for maintaining
a close sealing engagement with the marginal
member 65 and molding strip 61. The gasket is
secured by means of longitudinal tongue 14 in
tegral therewith, extending within the interior
circular cut-out sector complementary to the
sector plate 86 and slightly larger than the plate
to provide a narrow spacing therebetween for ac
commodating «the pointer.` Since the pointer is
formed of relatively thin flat metal, the spacing
or clearance between the plate86 and the door
of the door and clamped between the edge of the
may .be relativelyminute and inconspicuous for
door liner 15 and a marginal flange 15a bent in
wardly from the exterior shell of the door.
40 preserving a neat and finished appearance. 'I'he
arrangement likewise facilitates manufacture
The door liner 15 forming the interior panel or
and assembly, sinceit is not necessary to form a'
face of the door. is of heat insulating material,
slot or opening in plate 66 for traversing ‘the
composition of the syn
pointer. If desired, the pointer may be provided
y
is secured by a series
with a lug or finger vhold to facilitate adjustment.
of screws 16 through the edge of the liner `en
Since the refrigeratingsystem forms no part of
gaged in a plurality of mounting plates 11 welded
the present '
` '
deemed necessary
or otherwise secured to the marginal ñange 15a.
to illustrate the same in conjunction with the
The plates 11 include a `semi-circular corruga
temperature regulator. `
tion 16 to receive the tongue 14 of the gasket, as
shown in Figure 8. The door gasket includes 50
alongits` inner edge a iiap 'liloverlying and con
cealing the screws 16. In applying the screws,
the flap is lifted back for access to the screws.
Aftereach screw 16 is secured in place the flap 19
springs back into the position shown in Figures 7
and 8 thus effectively sealing the joint. It will
be noted that means 16 not only locks the gasket
and seals itin place but also serves to secure theinner liner 15 in its proper place within the door
as desired. The top vshelf
22. The flap 19
also serves as an additional sealv 60 cessed for holding eggs.
for the door.
The door includes a suitable latching mecha
nism which may be of any desired construction.
Having thus described our invention, what we
claim as new and desire to secure by Letters Pat
ent is:
Figure 1, the stationary catch
1. In a refrigerator cabinet having a food stor
element 80 for the latch is mounted over the face 65
age compartment. the combination comprising a
of the breaker strip ‘25, the door having a recess
8l housing a strike to receive and engage the
catch element when the door is closed. The catch
element 80 is secured preferably by screws to a
70 upper section and a heat absorbing unit for the
reinforcing plate 82. concealed beneath the
breaker strips and secured to the respective mar
gins of the shells.
.
A temperature control device 30 is located at
the front of the cabinet on a bracket 86 formed
lower section for respectively maintaining rela
tively low humidity conditions in the upper sec
tion and relatively higher humidity conditions in
the lower section. a _door for said food compart
ment, the door having a recessed portion inter
75 iorly
thereof and having a plurality of storage
animos
shelves disposed within said recess. one of said
door shelves being imperfora , a resilienta sealing>
’ articles placed thereupon, said partition having' a
resilient sealing member in its forward edge, oo_
cooperating with said vertical member when said
door is closed, said partition, sealing member and
shelf cooperating so that the conditions within
each compartment of the cabinet may be main
a' sealing V‘engagement with an edge of said lm_
perforate `door shelf when the door is closed, `and
an adjustable device disposed along the rear edge
of the first mentioned horizontal lperforate shelf
-
2. kIn a refrigerator cabinet having a food stor
,
vertical member serving as aretaining meansfor
strip disposed along ythe forward edge _of said first
mentioned horizontalperforate shelf for making
for closing the perforations thereof. '
8
an imperforate storage shelf disposed at least par-~
tially within said recess, said shelf including a
10
age compartment, the combination comprising a
horizontal` perforate’shelf within the compart
same 'into respective upper.Á
ment for dividing the
‘a heat absorbing unit for they
andlower sections,
upper section and a heat absorbing unit for the`l
lower section for respectively maintaining rela
tively low humidity conditions inthe upper sec-v
tion and relatively higher humidity conditions in
the lower section, a door for said food compart
ment, the door having a recessed portion inte
riorly thereof and having a plurality of` storage
tained substantially independent of the other.
l 5. A vrefrigerator cabinet comprising in com
bination a food storage compartment, an imper
forate partition disposed horizontally within said .
compartment, and dividing it into 4upper and
lower sections, ak refrigerant evaporator within
each section for absorbing heat therefrom, a door
for` said compartment, a recess in said door,
shelves in said recess, an intermediate shelf dis
posed adjacent said partîtion, an imperforate bot
tom for said shelf, a resilient sealing member dis
posed between said intermediate shelf and said
shelves disposed within said recess', one of said
door shelves being imperforate, means for permit
ting the circulation of air between certain other,
_ partition, and cooperating therewith whereby
forate door shelf whenthe door is closed, and an
adjustable device disposed along the rear edge of
the first mentioned horizontal perforate shelf for
lower sections, an evaporator within each section,
‘a door for said compartment, a recess in said door,
shelves in said recess, an intermediate shelf dis
posed adj acent said partition, an imperforate bot
tom for said shelf, a resilient sealing member dis
when said door is closed the respective sections
may be separated from one another.
,
f
6. A refrigerator cabinet comprising inl com
of said> door shelves, a resilient sealing strip dis 25 bination
a fcod storage. compartment, an im’-l
posed along the forward edge of said first men
perforate partition disposed horizontally within
tioned horizontalmperforate shelf for »making a
said compartment, and dividing it into upper and
sealing engagement with an edge of said imper- v
closing the perforations thereof.
`
3. In a refrigerator cabinet having a food stor
posed between said intermediate shelf `and said
age compartment, a door for the compartment, a
and cooperating therewith whereby
horizontal perforate shelf within the compart 35 partition,
when said door is closed the- respective sections
ment for dividing the same into respective upper
and lower sections, both accessible from the front
„ may be separated from one another, the other
shelves having perforate bottoms whereby cir
culation of air within each separate section in
40 cluding the shelves therein is uninterrupted.
the
secondary
heat
ab
vunit for the lower section,
7. A refrigerator cabinet comprising in com
sorbing unit extending across the rear wall of the
bination a food storage compartment, an im
lower section and being insulated therefrom, said
perforate partition disposed horizontally within
4unit including a plurality of heat absorbing ñns
said compartment, and Adividing it into upper and
for conducting heat from said lower section and
lower
sections, a refrigerant evaporator for each
, for directing circulating air, an adjustable device
section for absorbing heat therefrom, a door for
disposed along the rear edge of .said shelf above
said compartment, a recess in said door, shelves
said fins fo!` controlling the openings between the
in said recess, an intermediate shelf disposed ad
respective sections, and a sealing strip disposed
jacent saìd partition, an imperforate bottom for
along the front edge for contact against a part of
50 said shelf, a resilient sealing member disposed be
said door when the same is closed.
. tween said intermediate shelf and said partition,
4. A refrigerator cabinet comprising in com
and cooperating therewith whereby when said
bination a food storage compartment divided
door is closed the respective sections may be
horizontally by an imperforate partition forming
separated from one another.
‘
upper and lower compartments, an evaporator in
each compartment for- maintaining different`
ROLAND H. MONEY-." a
conditions therein, a door for said compartments,
' through a door, a heat
absorbing uniti for the
upper section and a secondary> heat absorbingy
said door being recessed interioriy and having4 .
@JOHN w. cnam.
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