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Патент USA US2406066

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N. L. ETTEN
PIVOTAL FRAME WRINGER
Filed Sept. 3, l943
Aug. 260, 19%'. >
N. L. ETTEN
'
2,406,066
PIVOTAL FRAME WRINGER
Filed Sept. 3. 1945
‘
2 Sheets-Sheet 2
...w W
Patented Aug. 20, 1946
2,406,066
UNITED STATES PATENT ori-‘lcs
2,406,066
v
PIVOTAL FRAME WRINGER <
Nicholas L. Etten, Waterloo, Iowa
Application September 3, 1943, Serial No. 501,180
l
6 Claims. l (Cl. 68-263)
My invention relates to clothes wringers ofthe
2
The complete wringer is pivotally- supported on
type mounted on power driven domestic clothes
an indexing ñange casting 20’ and interposed be
washers. This case is a continuation in part of
tween the flange 20' and the frame 'III is a pivot
my application, Serial No. 388,024, filed April 11, '
plate
2|,to which the frame I0 is pivotally at
1941.
5 tached by the pivot pin 22 on the inner end of
The particular object of my invention is to
the Wringer. The wringer is normally held in
provide a safety pressure release operable upon
pivotal movement of the wringer by pressure ap
plied 0n any part of the wringer.
I am aware
that pivotal release mechanisms have been made
involving pivotal movement of the wringer in
relation to the gear head or such similar ar
rangement, but such devices involve separating
the gear head from the wringer and supporting
the wringeron pivotal links or the like, which
introduces complications in structure which I
desire to avoid.
Another object of my invention is to provide
means to pivotally mount a practical, unitary
gear head and wringer mechanism by means l20
which will provide a release of roll pressure upon
ñxed position by the taper plunger 23, which is
held in the mating notch- 24-of the pivot plate
2| by the spring 25>aroun`d the‘plunger rod 26.
The plunger rod 26 is slidably mounted in bear
ings 21 and 28. By this _structure it will be un
derstood that pressure applied on the frames I0
and II will tend to pivot the frame III around the
pivot pin 22 and by the tapered notch 24 force
the plunger 23 outwardly" against the spring 25,
whereupon the rod 26 willbe moved outwardly,
pushing the reset lever I4 with it to release the
toggle I 5 and with it the top 'frame I I.
'
Excess movement of the frame'IIl is prevented
by stops 29 and 30 on the pivot plate 2 I," as clear'
ly shown in Fig. 2. It will be appreciated that
pivotal movement of the complete wringer.
the wringer is held inY central position on the
I will disclose and describe the device in the
pivot plate 2I by the co-action betweenthe 'pivot
following description and drawings in which:
pin 22 and the taper plunger 23`in the notch 24.
Fig. 1 is a front elevation View of the wringer 25 Now referring again to Fig. l, the drive tothe
complete in operating position, and
gear head is provided by conventional drive shaft
Fig. 2 is a top plan view of the Asame wringer
3l rotatably mounted in bearings 32 and 33’in
as shown in Fig. 1.
the indexing flange casting 20’. The shaft 3|
Now referring to the drawings, and at the out
is held by the bearings 32 and 33 in the flange
set to Fig. 1, I designate the lower frame hous
casting 2D’ because it is necessary to provide a'
ing, the wringer and gear head complete, con
slotted o-pening 34 in the bottom of the frame I0
stituting a single wall thickness part, by the nu
frame
by reason
I0 and
of the
the relative
pivot plate
movement
2 I. Thebetween
drive shaft(
the
meral I0, and the upper frame by the numeral
II. Conventional wringer rolls I2 and I3 are
3l mounts a conventional spur gear 35 in the
mounted in conventional bearings in the lower f gear head which meshes with a companion spur
frame as shown. The inner end of the top frame
gear 36 on the vvertical shaft 31. The gear 36 is
is mounted on the lower frame by a stationary
iiXed to the shaft 3l and drives the clutch 36v yby
stab clip I3, and the outer end of the upper
means of a key 39 on which the clutch is slid
frame is mounted on the lowerframe by a pres
able. The key 39 holds the loose lower gear 36’
sure reset lever I4 and the toggle lever I5, the 40 and the upper spur gear 40 in operating rela
reset lever being pivotally mounted on the upper
tionship by co-action with the pin 40’ and the
frame II by the pivot I6 and attached to the
collar 31’. The clutch 38 is provided with inter
toggle lever I5 by the pivot I8, the toggle lever
nal gear openings 4I and 42 mating with the in
I5 pivoting on the lower frame I0 by the pin I1.
ner ends of the respective gears 40 and 36',
This is a conventional form of frame attachment f
whereby'when the clutch 38 is actuated in one
well understood in the art and will not be de
direction or another, the internal gears 4I and
scribed in further detail except to explain that
42 will 'engage the ends of the respective vgears
the toggle lever I5 in closed position is a stable
4D and 36', whereby driving relationship with
toggle which is released by moving the reset le
the shaft is established and the mating face gear
ver I 4 outwardly until the toggle pin I8 is thrown 50 43 may be driven in either direction at the will
outwardly beyond the pin I'I when the entire up
of the operator by moving the handle 44 to force
per frame will be released by the movement of »
the eccentric pin 45 either-«upward or down
the toggle I5. Roll pressure is provided by a
ward to establish driving relationship with
conventional spring I9 held in pressure sustain
either gear 36’ or 40. This is a conventional
ing position by the adjustment screw 20.
.55 form of drive gear head which is well understood
2,406,066
in the art, andis believed to require no further
- description.
As is well understood in the art, the lower frame
must be indexed pivotally around the washing
machine to provide facilities to wring from out of
the washing» machine or out of associated rinse
tubs. Such indexing is provided in my device
by an indexing mechanism mounted on a bracket
46 attachedV to the _pivot plate 2 i. A release latch
48 is pivotallyf attached to the bracket by the pin
41 and'c'ont'a‘cts‘ an indexing pin '4'9 urged ‘up
wardly by the spring 50 as illustrated. The pin
49 is adapted to engage selectively in notches "5i
4
movement between the frame and the plate, said
release actuating mechanism including a detent
adapted to releasably secure the frame in prede
termined position With respect to the plate.
2. In a wringer, the combination of a wringer
frame including a plurality of rolls rotatively
mounted in said frame, a spring acting to hold
the rolls in coacting relation, and a cover ex
tending over said frame and ooacting with the
spring, a drive shaft, a reversing gear :mechanism
‘connected Withthe drive shaft and including for
ward driving gears, and reverse driving gears, a
~ *gear housing portion surrounding the reversing
in the periphery of the flange 20" and'inïcoacting ~ 'gearhmechanism being integral with and rigidly
recess in the plate 2l. By moving _the index 15 connected to the roll supporting frame portion of
r»the wringer and constituting a single side wall
.thickness surrounding the driving gears, a mount
ing plate, a vertical pivot rearward of the gear
disposed around the iiangeo'f the member'2ll, and
housing >on the mounting plate and connecting
thereupon the entire wringer with the pivotpla‘te
2l may be indexed to any required index notch 20 said plate with the wringer frame and gear
housing, a pressurelatch mechanism adapted to
Vt'.i¿|,.-and ,thewringerfdisposed -in properposition as
lever upward the indexing pin d9=ismoved-1down
or out of contact with the-,indexing notches »5| ì ì
.required-by the vfoperator. ,
_ .-Now referring to Fig.' l2, it will be appreciated
_that when the wringer frame I 6 is moved pivotally
.maintain the 'wringer rolls -in pressure ‘engage
Ament vwith each other through the Vaction of the
spring, `and a release actuating mechanism »op
j-around îthepin 22-on -the pivot plate 2i, and the 25 eratively interconnecting the shiitable portions fof
fthe‘frame and gear housing withA the relatively
yrelease plunger YZithas ‘been actuated to release
ethegljeset lever I4 and the top frame Il, the en
,.tire I¿wr-inger including the gear head, will be piv
,otally'moved around thepin -22, as shown Iin
broken‘dot-dash; outline in Fig. 2. Only such
.stationary mounting plate and adapted to 'oper
ate .in Íresponse to pivotal movement between the
.frame and the plate, and to-release the »pressure
latch .to release the spring pressure effective -be
~partsnecessarytoshow Athe movement are illus
tweenftherolls.
¿3. In »a wringer, .the »combination of .a Avvringer
atrated, Thegear »headand' gears 35, 35 in posi
«tra-me, a*y plurality vof lcoacting _rolls rotatably
‘tion F areY not illustrated. _W'hen such movement
lmounted on the frame, a drive shaft, a revers
-occurs in fabackward direction, the spur gear 3S
.ing `gear mechanism connected with the vdrive
_will assume Athe position shown in dot-dash out
'shaft .and including forwardvand reverse vdriving
line at B. It will Vbe noted that such pivotal
gears, a gear housing enclosing -the reversing
fmovement around pivot `point 22~will `move the
«gear mechanism,'said housing being rigidly VCon
spur gear 136~outof engagement with the spur
nected with the -wringer frame, amounting plate,
gear 35, as clearly shown in V,dot-dash »outline B,
andthereupon the drive -to, the rolls will be in 140 Aa vertical pivot rearward of -the gear housing- on
vthe mounting plate rand -pivotally connecting said
terrupted' andtherefrore the rolls 'will be stopped
plate with the wringer fra-me and gear housing,
(from ypower rotation. ,Similarly,' upon reverse
ypressure latch mechanism adapted `to maintain
movement-of the spur gear 36 to the point F
the wringer rolls in‘pressure Vengagement with
forwardly, thesame interruption of the roll drive
each other, 'and aîrelease actuating mechanism
45
occurs, and, therefore, roll stop vwill be accom
operatively interconnecting 'the shifta-ble por
,-plished 'by pivotal movement of the wringer in
either jdirection.
-lît'will be appreciated> that the force required to
‘accomplish the pivotal movement .as above 'de
scribed, may vbe varied by adjusting the tension
'of the spring 25, or angularity of the plunger 23
land-'its companion tapered notch 24.
fHavin’g'thus described my» invention, I claim:
f1. .In a" vvringer, the "combination of a wringer
tions of theV frame and vgear housing with the
relatively stationary mounting plate andtadapted
,to operate in response to 'pivotal movement ybe
.tWeen the `frame and the plate -to release the pres
sure latch >mechanism acting to >maintain >the
' rolls in pressure engagement.
4.1m a wringer, the combination of a wringer
firame, a plurality of coacting rolls rotatably
lmounted in the frame, drive gearing for the rolls,
frameincluding aplurality of rolls Arotatively
a gear housing enclosing the ‘gearing and being
~mounted-in 'said frame, pressure mea-ns for the
Yrigidly connected with the Wringer frame, a
rolls," a” drive'shaft, a reversing >gear mechanism
mounting plate, a vertical pivot >rearward of the
connected with .the ldrive shaft, a gear housing
gear housing on the >mounting- plate and pivotally
portion constituting a single side wall thickness
surrounding the 'reversing gear mechanism, a 60 connecting said ,plateV with the wringer frame
»and vgear housing, pressure «latch mechanism
.mounting plate, and a vertical pivot mounted on
adapted to'maintain the wringer rolls in pres
the mounting plate and connecting with said
sure engagement with each other, and release
plate the 4wringer frame and gear housing, the
actuating means operatively Ainterconnecting the
entire Wringer frame and gear housing being
.pivotally >mounted on the Vmounting plate at a 65 shiftable portions 'of :the frame and gear `"hous
ing with the relatively stationary mounting plate
point substantially spaced away from the end of
the -gear Ahousing `opposite the roll supporting _ and adapted to operate in response to -pivotal
movement between the -trame ‘and the plate to
frame,.soltha’t all portions of the gear housing and
release the pressure latch mechanism :acting to
yframe-'are arranged Afor vand subject to move
ment Aby exterior forces applied tov any point on 70 maintain the rolls in pressure engagement.
-5. .In aV wringer, the combination of a Vwringer
the-,gear housing or frame; and a'release actuat
frame, a plurality fof coacting rollsAV rotatably
ing'ïmechanism operatively interconnecting the
mounted in the frameya drive shaft, driveïgear
shiftable portions of> the frame and gear hous
ing for :the Vrolls and operativelyconne'cted ‘with
ing Jwith-‘the relatively stationary mounting plate
the drive shaft, .azgear housing. enclosing the
75
and adapted to-operate .inwresponse to pivotal
2,406,066
gearing and connected with the wringer frame,?
mounting means for the gear housing and
wringer frame including a support and a pivotal
connection between said support and the gear
housing spaced laterally from the axis of the drive
shaft for swinging movement of the gear hous
ing and wrìnger frame eccentrically relative to
the drive shaft, pressure latch mechanism
adapted to maintain the wringer rolls in pressure
engagement with each other, and release actuat
ing means operatively interconnecting the shift
able portions of the frame and gear housing with
the relatively stationary mounting support and
adapted to operate in response to pivotal move
ment between the frame and the support to re
lease the pressure latch mechanism acting to
maintain the rolls in pressure engagement.
6. In a wringer, the combination of a unitary
6
wringer frame and gear housing, a plurality of
coacting rolls rotatably mounted in the frame, an
upright supporting column, mounting means for
the wringer frame including a, support carried
by the supporting column, means mounting the
Wringer frame on said support and having a
pivotal connection with said support spaced lat
erally outward from said upright column for
swinging movement of the wringer frame ee
centrically relative to said upright column, pres
sure latch mechanism for maintaining the rolls
in pressure engagement with each other, and re
lease actuating means operatively interconnect
ing the Wringer frame and mounting support
and operative in response to the swinging move
ment of the frame to release the pressure latch
mechanism.
NICHOLAS L. ETTEN.
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