вход по аккаунту


код для вставки
June 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 1
Air Supply I
June 1, 1948.
9 Sheets-S‘heéf, 2
Filed April 11, 1946
June 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 5
Tm,8%.?‘ FRANK 8. MORE/LL
June 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 4
“ @655].
June 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 5
|§-IlFi.1: :r
Zzf W M.
June 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 6'
El I5
?‘ .
mam/r a. Mom/u
23 WNW
‘Fame 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 7
June 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 8
June 1, 1948.
Filed April 11, 1946
9 Sheets-Sheet 9 ‘
(/3 ,
Patented June 1, 1948
2,442,’? 42
Frank B. Merrill, North Adams, Mass, assignor to
The James Hunter Machine Company, North
Adams, Mass, a corporation of Massachusetts
Application April 11, 1946, Serial No. 661,459
34 Claims. (01. 26-21)
The fulling of cloth is effected by subjecting
cuts of cloth into a mill and put the ends together,
the cloth in roped or rolled form to alternate
pressure and release in the presence of heat and
moisture, customarily with the addition of soap
to lubricate the ?bers and facilitate the fulling
for an actual run of the mill of from 5 minutes
to 1/2 hour, and thus it takes as long or several
times as long to get the cloth in as is spent in
the useful operation of the mill. ’ In addition,
thereof. A standard method of effecting this
alternate pressure and release and the genera
tion of heat is through the use of opposed rolls
rotated to feed the cloth in rope form through
various ropes of cloth or to turn the pieces end
for end, to avoid the formation of creases and
further time is lost through having to stop the
mill periodically to change the positions of the
their nip and pressed together to subject it to 10 wrinkles and to equalize the iulling, and. also
in cutting apart and removing the cloth when the
heavy pressure thereat, each length of cloth be
fulling is ?nished, at which time the mill is also
standing idle.
This prior type of mill, besides involving a
all the loops are endless. The rolls are then
driven continuously to feed the cloth round and 15 laborious and time-consuming process of loading
and unloading with the machine’s phoduction sus
round constantly in one direction of travel until
pended, of course does not ?t into any continu
the fulling is completed, the rolls fulling the cloth
ous series of cloth-?nishing operations.
in the direction of its width, while crimp boxes
The main purposexoi the invention is to PTO-.
which resist the discharge of the cloth from be
tween the rolls and thus compel the cloth to force 20 vide a novel and improved method and apparatus
ing looped through the rolls in two or more slack
loops and having its ends sewed together so that
for fulling which will effect a substantially un
its way out of the crimp boxes and form itself
limited continuous discharge of cloth lulled to
into transverse pleats or folds within the boxes
any desired extent, thus supplanting the prior
effect the lengthwise fulling of theicloth. The
batch system by a process of complete warpwise
rolls never reverse their direction of rotation, be
cause the nature and construction of the crimp 25 and Weftwise rfulling which can be incorporated
with other ?nishing operations to produce a
box do not permit reversal of the direction of
straight-line or continuous ‘system. However,
travel of the cloth.
since fulling is not an instantaneous process ef
In the conventional \iulling mill of this type,
fected by compression alone, and time is an es
the rolls, crimp boxes, guides, and other parts
working on the cloth are enclosed in a housing 30 sential factor involved in the need for relaxation
and opening up periods alternating with com
whose main function is to hold those portions of
pression, it would be impracticable for most pur
the cloth which are not at the moment passing
poses to build fulling apparatus with enough pairs
through the rolls ‘and crimp boxes, but which are
of rolls to effect the necessary number of nips,
undergoing the periods of relaxation and opening
up which must necessarily alternate with the 35 which may be anywhere from 50 to 100 or more,
with space for depending bands of relaxed cloth
momentary widthwise and lengthwise compres
intervening between the pairs of rolls, in the
sion as essential steps in the fulling process.
e?ort to produce iulling apparatus in which the
As thus indicated, the fulling of cloth is not
cloth would be merely fed in one side and. out
an instantaneous action, and in all known proc
esses requires this repetition of alternate pressure 40 the other. This and other problems met with in
such a proposal make it impracticable.
and relaxation which consumes an extended
In accordance with the invention, therefore,
period of time.
and to solve the problem of subjecting the cloth
Hitherto all roller type fulling mills, so far as
to the necessary number of nips or compressions
I am aware, have been batch or piece mills, into
which the entire load of cloth to be fulled is put 45 with intervening relaxation periods while still
before the r'ulling operation is started, and out of
‘feeding the cloth substantially continuously
through and out from the machine, the cloth is
fed through opposed fulling rolls compressing the
cloth between them and through a succeeding
known, these mills require the expenditure of a 50 crimp box, and then is fed reversely through the
which no fulled cloth is obtainable until the full
ing of the entire contents is completed, and then
the entire load is taken out at once. As is well
very considerable amount of time and e?ort to
separate the rolls and enter the cloth and distrib
ute the loops through their guides, and to sew to
same or other opposed fulling rolls and a suc
ceeding crimp box to a slightly lesser extent of
travel, whereby through feeding it back and forth
repeatedly through the rolls and crimp boxes'as
gether the ends of the cloth to make the loops
endless; it sometimes takes 1/2 hour to load 10 or 12 55 many nips may be given to the cloth and as much
taining at the end of each cycle of one backward
and one forward feed an output of several yards
between the forward and reverse feeds represents
the output of each cycle.
of cloth fulled completely both widthwise and
The cloth is either passed through the mill in
straight and parallel runs, or is looped through
Thus, for a simple example, if a 60-yard cut of
cloth is threaded through the mill without loop;
ing and is fed forward through the mill by a pair
of opposed rolls at the rate of 180 yards per min
ute for its entire length of 60 yards, and hence 10
passes through the mill in 1/3 minute, and then I
the direction of feed is reversed for 59 yards at
the same speed, and this differential feed in
alternate directions kept up,‘ a net advance or
output of the cloth of one yard ‘of completely
fulled material is obtained everyv 2/3~minute, rep
feed to 6-1 yards, for example, will give an out
put of 2 yards each 2/3 minute; the differential
fulling performed thereon as desired, while ob
the rolls in double or triple passes-jabs heretofore
in conventional mills, the ‘looping thus doubling
or tripling the number of nips e?’ected during
the travel in each direction, permitting a corre
sponding increase over the example just given
in the output of the mill at the end of each cycle
of one forward and one backward feed, and at
tained by ‘an’ appropriate increase in the differ
' ential-between the reverse feed and the forward
a feed. The-cloth automatically shifts its position
between the rolls, rendering the fulling uniform,
resenting the length which has failed to re-enter
and the desired reversal of travel previously re
the nip of the rolls. By the use of a leader, pref
quiring stopping of the mill and taking the pieces
erably one of the cuts themselves requiring to
be fulled, to which the starting end of a given 20 out and turning. them end, for?ndiqrrevent
the setting of creasesjand wrinkles likewise oc
out to be full'ed is attached, at least; equaling the
curs j automatically because inherent in the
length ‘of the amount of reverse feed adopted for
the‘ machine, which may be any ‘desired ?gure,
and’with a succeeding cut ofcloth to be fulled
By doubling the . improved apparatus,
r .. . $1191.03?‘
attached to the trailing end of this original cut, 25 ing the invention principle‘in series or tandem
relation the rate ‘of production is hdoublede,l__be
the same number of nips can be applied toeach
unit of length of the given out of cloth, and there
cause, thecloth gets the same fulling with half
the number-‘of nipsin“ each mill and. therefore
> after to any succeeding cutlof cloth which may
be attached thereto and followed by a suitable
length of cloth to prevent unthreadin'g. ; In 30
practice, the cut of cloth which is used as the
leader is taken o? from the leadingl'e’nd of the
with twice the ‘differential feed in each mill; in
this way byuusing multiple units in series the
rate of production can be increasedas desired to
a capacity su?icient to handle the entireprodiict
of a plant, the cuts being put together by sewing
and run through ‘the several units of the battery
string of cuts being fulled after this cutv has
passed completely through the mill, and its lead
ing end is attached to the trailing end of the 35 of mills successively“ and continuously. _'
string of cuts. This leader out has not been uni
, The invention Process. and apparatus have par
formly full'ed in its passage‘ through the mill at
ticular advantage where two or more cuts’ or
strings ofcloth of [different lengths before fulling
the head-end of the string, since the ?rst yard
are run through the mill side by ‘side and simul
thereof has only received one nip while the suc
seeding yards have received a progressively in 40 taneously;_ infthe standard prior type mill where
the ends of each piece must be sewedv together
creasing number~ of hips up to the ?nal yard,
the longer piece or pieces do not receive as many
nips and‘will notbe as vcompletely fulled in a
which has received the full complement of‘say
120 nips. Hence by transposin'g it‘ to the end
given’ run as the shorterlpiece or pieces, and hence
of the string without reversing its direction of
the component pieces of the batch ‘are unevenly
extent, and stopping the fulli'ng'when the trail
fulled; whereas in the vimprovedernethodand‘ ‘ap
paratus all pieces passing through the mill ‘at
in}; end of this out of cloth has again reached the
fulling rolls, ‘an additional number'of nips grad
ing from 120 hips on the leading yard to one nip
on the last yard is’a‘dmi'n'ist'e're'd to this ‘cut, thus
once are equallyfulleds
rendering the fulling of this vcut uniform from end
to end and equal to the inning of the rest of
the cuts forming the string.
e As is apparent, once the apparatus is threaded
up with a leader or leaders, orustrings __of cloth
being fullesi serving the. function thereof, I10
gather machine. time is lost in leading, crim
loa_ding;-the sewing together of successive cuts
When this leader ‘cut exceeds in length the
is performed while the machine isrunning; and
yardage required for the backward feed for which
the mill is set, a‘ mark is placed in this cut just 55 no taking, out of the pieces to turn them end
for end, andulittle, or no manipulation of- the
outside the feed end of the machine after the
‘pieces to change their positions, and no stop
length thereof required for the backward feed
ping of the mill to measure the‘ degree of fulling
has been fed into the mill ‘and through the ‘fulling
is ‘needed, adding‘ to the operating economy of
rolls. Then after this leader ‘cut is transferred
to the trailing ‘end 'of the string, the fulling is 60 the novel method
To utilize the invention principlerof?reversal
stopped when this mark again arrives in its
of clothtravel in practical and‘co'mmercialuuse,
initial position ‘at the feed end ‘of the mill and
In this manner a steady output “of full'ed 'cloth
is obtained from the mill on the above basis ‘at
the rate of 'one ya'rd'each 2/5 minute,'each yard
of ‘which has been subiect‘ed ‘to substantially 120
nips or passes ‘between the rolls.
The difference between the length of forward
and backward feed "depends on the ‘amount of
fulling and the consequent length of time desired
to, be given to the ‘particular cloth;_ where less
fulling is required, an increase in the forward
it is necessary to solve the problem‘ofreversing
thus indicates that the‘additional fulling needed
the travel of the cloth while still retaining the
to full every yard of this cut equally has been
use of, they crimp box-l .11??? Q1‘ imP .hoxlmustbe
‘employed in Order is effect the lengthwise full
ing of the cloth asthe rolls perform thev width
wise fulling. But the nature of the action ‘of
the crimp box in resisting the ‘discharge ofthe
70 cloth from between the rolls and in ~causing'the
cloth 'to pack into and ?ll the box in a ‘multi
plicity of transverse pleats ‘or folds forbids the
simple. reversal offthe travel of thejpair 'of
rolls ‘which are feeding the cloth into the crimp
box, because the cloth from within the crimp
2,442,742 1
box seeks to re-enter the nip of the rolls in trans
5 being journalled in levers ll fulcruzned at l3
each having'its free end attached to the piston
versely folded relation in so thick a bunch that
rod [0 of one cylinder 9, and the control valve
the latter cannot even get to the nip of the rolls,
l5 and fluid-pressure piping of such patent is
with the result that the travel of the cloth is
arranged so that the top roll of each mill is lifted
arrested and the continuing rotation of the rolls
and lowered in alternation with that of the other
burns and chafes the cloth and eventually grinds
mill. The control valve I5 is operated through
it in two at this point. Additionally, the engage
a timer of any known or desired type, either a
ment of the cloth with the free end of the weight
pair of standard electronic type timers I‘! each
ed tongue of the crimp box puts an unwanted
drag on the cloth in its travel reversely through 10 actuating the other and one thereof actuating a
solenoid l9 having a spring-biased armature con
the box which tends to stretch the cloth and
nected to the control handle 2| of the valve, or
undo the lengthwise fulling for which the box
of the mechanical type illustrated in Figs. 6 and
is intended. To overcome these obstacles to the
7 hereof, or of the electro-mechanical type of
use of the invention principle, the invention in
cludes the step of getting the folds out of range 15 Figs. 9-11 hereof, and set to give one mill a greater
length of feed than the other.
of the nip of the rolls, as by providing for open
The cloth is fed back and forth in alternation
ing the box, at the instant of reversal, by lift
through the spaced rolls of one mill by the pull
ing the tongue or lowering the bottom of the
of the closed rolls of the other mill, andby
box, thus both eliminating the tongue drag on
the fabric, and disposing of the folds by letting 20 reason of the differential extent of feed of the
two mills a certain amount of the length of
them escape and spill out from the delivery end
the cloth‘fails to be retracted into the rolls at
of the box, or alternatively by giving them room
the end of each cycle of one forward and one
to straighten out before reaching the nip of the
backward feeding, this amount which is left out
reversely driven rolls by using a different pair
of fulling rolls to effect the reverse travel of the 25 comprising the constant output of fulled cloth
at the end of each cycle or period which is avail
cloth than those employed to pack it into the
able to be fed directly and continuously into
particular crimping box, this latter pair being
separated, preferably accompanied also by re
the cloth-washer or other machine performing
the next process of a straight-line system or other
lease of the tongue’s pressure. Through this new
set-up of the ?nishing process.
step of disposing of the folds and of the tongue
As each fulling mill is customarily equipped
drag the reversal principle is made feasible and
with a crimp box 23 receiving the cloth dis
charged by the fulling rolls, which as conven-.
Other aims and advantages of the invention,
tionally designed is not adapted to permit the
reverse movement ‘of the cloth, the tongue 25
of each crimp box is connected to the means
Illustrative embodiments of the invention are
shown in the accompanying drawings, in which:
which lift and lower each top roll, so that the
Fig. 1 is a diagrammatic elevation showing the
tongue of each crimp box is lifted out of con
practice of the invention through the use of
tact with the cloth whenever its associated top
an existing type of fulling mill.
40 roll is lifted out of action, such tongue being
correspondingly restored automatically to work
Fig, 2 is a diagrammatic elevation of an alter
ing position when its associated top roll is again
native form employing novel apparatus.
lowered into action, herein by a rod 21 pivoted
Fig. 3 is an elevation of another alternative
and the manner of their attainment, are as set
forth hereinafter.
form employing a di?erent type of novel ap
to the tongue and sliding through a guide in >
connection with a cross-rod 28 connecting the
two levers H of each mill, a spring about each
Fig. 4 is a diagrammatic showing in eleva
tion of the working parts of Fig. 3.
rod 2;‘! depressing the tongues yieldingly. The
Fig. 5 is a plan view of the device of Fig. 3.
Fig. 6 is a side elevation, and Fig. 7 a vertical
section on line ‘l—-? of Fig. 6, of the timer device
slack of the cloth required to permit backward
and forward feed is received alternately in the
lower portion of the housing of each mill, and
the unretracted yardage representing the out
put of completely fulled cloth is withdrawncon
of Fig. 3.
Fig, 8 is a view in elevation corresponding gen
erally to the left-hand half of the machine of
tinuously through a port 29 and over a roll 30
at the back of the mill having the greater feed
Fig. 3, showing an alternative form of timing
mechanism therefor.
55 and fed to the next machine in line for further
processing. Similar ports and rolls at the back
Fig. 9 is an enlarged view of the mechanical
of the other mill admit the fabric in loading
unit of the timing mechanism of Fig. 8, with the
the apparatus, and let it run from one mill to '
parts in their active or working relation.
Fig. 10 is a view similar to Fig. 9, showing the
the other.
same parts in their inactive or waiting position. 60
In the alternative form shown in Fig. 2, only
Fig. 11 is a plan view on a larger scale of the
a single pair of fulling rolls 3!, 33, is employed,
device of Figs. 9 and 10.
The novel process of the invention admits of
which are driven concurrently ?rst in a direc
with power means for lifting the top roll 5 away
form Fig. 2, the cloth is fed into the millvby a
from the bottom roll 1, as by known devices
such as the fluid-pressure operated cylinders and
pair of nip rolls 36 rotated concurrently by a
variable speed drive unit 31 of known design
containing its own electric driving motor actu
tion to feed the cloth forwardly and then in
being practiced through the use of prior types
reverse direction to feed the cloth backwardly.
of roller fulling mills as shown in Fig. 1, by 65 The reversal of rotation and thus of the travel
of the cloth is effected by reversing the driving
placing two of these standard mills I, 3, face to
face and driving the pair of opposed fulling rolls
motor 35, by the mechanism illustrated in Fig. 2,
5, 1, in each mill continuously and concurrently
or through the use of any other preferred means,
such as the measuring roll and mechanical timer
in the direction to draw the fabric through the
rolls of its companion mill. Each mill is equipped 70 of Figs. 3, 6 and '7, or that of Figs. 8-11. In the
linkage of U. S. Patent 2,138,597, granted on
Nov. 29, 1938 to Ernest Cannity, the top rolls
ated from a source of power 38. The string or
strings .of, clothissuing fromirollsl36nare Eth'readed ,
through‘ azring 39 :slidingc-freely between ; vertii.i
at- eacl’ti‘ cycle, -oni.»the-._basis.- stated; . Thus. ‘the;
millutwillzzgive a ‘constant: output, .of 2 yards .of:
completely fulledl cloth.- at :each' cycle. This - out».
cal: guides- 40 andv thence enter .thenearer crimp ,
box; M5. to to pass. between, :thetiullingrrollsaand‘
puttof'. fulledv cloth is delivered‘ continuously, from.
through ::the farther ; crimp. box; 42: The; ring‘. 5 the-millbyra pairhofmiprrolls' 46 located‘ at the
3 9 with) the) clothzextending through; its. gravitates .r
delivery. end=1 thereofrand driven by-shaft 41H!‘
from-1.0m,- of the nip rolls 36 andmatthei-propen
surface :speedh
when; this stretch: .of:cloth;,is,.s1ack, andzithus
normally ‘stands. below .a- leveri or. trip carrying,
To1 open the vfull. crimp box and‘ dispose of :its»
a mercuryiswitch .43;which% is open. in. its resting-tv 10 5, contentsuponreversal of thefulling rolls,‘ so
position; When. thelength of cloth‘ between-1:11p‘.
as to~ dispose -— of- the, pleats ' therein and prevent"
rolls 36*and fulling .rolls 3t, 33,: is taken-sup, by.
theinjammingi in '3 thenip- of-the :fulling‘rollsto stheH-lower; end ‘of the guides ;4?.-'.at2al1:.'times-:»
the >rotation of, the. latter rolls'in the forward’ -.
feeding direction,_ sufficiently to lift" ring »39:'so
as to trip the leverzin its path‘ and thusto tilt,‘
the mercury switch ‘43,; the resultant closing of
this :switch. .puts current momentarily :via leads
with. resultant stopping of- the cloth travetandi ‘
abrasion and burning‘ of-the cloth, each‘ crimp:
box,. namely the side walls and bottom attachedh
thereto,‘ is .pivotally‘ mounted by:v brackets‘ 48 ‘ on =
45 ithrough' . thev ‘holding-relay- or circuit = maker
theiaxisriof the lower fulling roll 33, while-the
top-or tongue-4940f the box is ?xed'andlstationary
of 1 an adjustable. electronic, timer 44 ‘of known
at ‘- all times.’
The crimp boxesllare respectively» -
design. Thisin turn: actuates areversingswitch 20-11 attached by rods-‘50*to pistons-working in-?uid
in timer 44 éwhich reverses thedirection of rota»
pressure cylinders -5|v and- thereby lifted-and’
tion; 013 ‘motor-35,.andthus feeds thelcloth back->
lowered ‘in alternation, and- thus upon reversal ward,‘ at :the sametime starting‘ thetime delay»
of 'the'direction of I feed- of a the ‘cloth the ~box~
mechanism of timer 44,1'to measure :offJ-thetime
which has’ been working and is ‘?lled with pleats '
forwhichiit is, set and upon the expiration of 25.7 of cloth is tilted sharply-downwardto -spill~~out~
suchzperiodito reverse motor35iagain>to re-»
the~crimped cloth a the ~ moment‘ of ‘reversal
sume theforward-feed of ‘the. cloth byrolls 3|,
and~~thereafter to- remain-1 wide- open so- that
33,?~ withuattendant ‘release’ of theholding relay.‘
thecloth may be drawn‘ freely ~throughvit- tov
Thus, in use, a suit-ablelength, say- 60yards,
the rolls, thecompanionbox being at the same of either the leader or the cloth to. befulled ‘is
instantalifted into -' working- relation’ with; its
runn into the mill through nip. rolls 36 and ring
tongue so that-the cloth-delivered thereinto by 39-byz-means ofv the forward-feeding‘ rotation of
the rolls is dulyppleated and crimped; Alter
fullin‘g.= rolls 3l,r33,t and‘ thensrun backward to
natively, the crimpboxes arerigidly'mounted
bee-deposited ‘on thebottom 'of ‘the mill between
with a sharp downwardislant away‘ from.:the
guidesz;401-and the adjacent i-end-ofscrimp: box: :Li‘olls, with the tongues respectively-connected
41,: with themercuryv switch 43 put out-of action '
to the‘ piston rods of theg?uid ‘pressure cylinde V
ers as in Canni-ty’sU. S.'Patent 2,039,882; granted
during-the forward feeding. With- themill then
puttto work: and; allowed to ‘run vcontinuously
May 5, 1938; so thatthe tongues are lifted "in
alternation as the'cloth feediis reversed; thus‘
with the mercury switch 43in action, this ‘length 40 spilling out the folds from the full- box in either.
of cloth‘ will be fed lforwardlyrthrough the full
case. The “actuation of the pistons in the two
starting in:the~-forward-ifeeding- direction, and.
ingw-rolls until the ?nal-slack therein begins to
be-takenrup and‘ ring39is lifted far enough ‘to
tilt.and~iclose switch: 43,: whereupon themotor
, cylinders
simultaneously ' in
respectivelygopposite directions isve?e'cted byga
4-way valve EZsupplied ‘with ?uid pressure from,
a suitablesource _via pipe53 and connectedjby
willwbezreversed and the mill‘ will feed thecloth
backward throughout the period for which timer
Miis ‘set,- .andthereafter fulling rolls 3|, 33 will
continue [to feed-the cloth1<forward~ and back-'3
ward: automatically.‘
Byevirtue of ‘the ‘termination of the forward
pipes 54 with theopposite endspf each cylinder;
To operateyel-way valve 7 52," thej_valve control
handlejdjis pivoted to thearmature of a solenoid
5S,_connecte_d._by.1eads E'I'Itotimer44, in such‘
vmanner that the solenoid is energized to set “the .,
feed-'iunder thecontrol- of falling-ring 39,~al1
valve to, lifttcrirnprbcxdl and lower crimp box
slackiicloth between nip rolls 36 and crimp box‘
4| will always --be- automatically fed forward by»
the-:fulll‘ngrolls, regardlessofits length and of
4250 long-,asbtimer 44 runs theimotor 35 reversely,
to ,feed;.the_ cloth backward, the, solenoid being,
deenergized as the reversing switch in timer 44
thegamount of- backward feed effected by timer
- acts_,to reverse, the motor andstart ,the cloth
445 This-obviates all need for a critical setting, 7 travelingiorward agaimhwhereupon aspring, ,
ofitimer-M: 'The-latter-is customarily set-to
biasing thecontrol .handle .55 moves .it reversely. V
produce substantially 60 yards backward feed-in
fulling 60-yard cuts of cloth.
More vimportant-by-driving nip rolls '36 slowly
throughout the operation- of the-mill a di?'eren
tial§~feed is obtained in which‘ the forward feed.
to cause. the ?uid pressure tordrop crimp boxn4l
and. _._i=aise,crirnp .box l42..into, action. The .oper:
'ation; of the,.fluid.pressurecylinders is identical
and obvious when the tongues aremade moveable >
and,tl1e,»,»boxes,?xed in the alternative arrange,
exceed-s~-the:_backward :fee by the exact amount
of cloth-fed into the mill by nip rolls~36 at each
An adjustable pressure regulator of ,stock' -de- y‘
cycle, since all the slack cloth‘available will
sign (not shown)-~is located in the-supply .line 53.» .
be-atak'en forwarclibyv the fulling rolls in the,» to ,the- 4eway3 valve,- an-d-‘thus ‘is usedvto govern‘
forward» feed,=-'but- only the length determined
by-thesetting-of timer 44 will’ be fed back at each
cycle“; ' Thus, with, ,nip rolls 36v slowed down
throirghmse of the variable speed-unit 31 after
the upwardpr-essure of- / theboxbottoms ~toward.
their-,tongueeor: the, downward "pressure of the, '
movable‘ tongues, ‘and, theresulting, degree. 01'),
crimping, pressure ,on the ,cloth.,
serving to .run the string of cloth into the mill
Theualternatiye form _of
3 v to _ 8, comprises _
upon, startingup, and with these nip rolls set
two pairs of opposed rolls 63,_"65,v the lower "
to feed‘freshn cloth into the'mill at the, rate
member .of ‘each; pair being mounted in ?xed'_
of ,sayvtwoy?ards per cycle, the rfulling?rolls will”.
bearings ‘on suitablesupports ‘on- the machine- a
feed 62"yards forward'and only 60‘ yards back
frame while the upper member-of-eachpalr is
rotably mounted by means of its journals in
bearings 61 on walking beams 69 fulcrumed
on an axis 1I supported in ?xed bearings 12 in
connection with the frame, in such manner that
when one top roll 63 of a pair of opposed rolls
is pressed against its companion bottom roll
65 the other top roll is lifted well away from its
opposing bottom roll. Chains 13 engaging
sprockets ?xed on the journals of each pair of
opposed rolls and driven by chain 111 and sprock
ets ?xed on the bottom roll shafts and on shaft
15 and continuously driven by electric motor
11 keep the two rolls of each opposed pair
rotating continuously in opposite directions at
valve III supplied through a pressure regulator
I I3 by pipe I I5 from a suitable source (not shown)
of fluid under pressure,
This valve III is operated by a control handle
actuated periodically by any suitable or preferred
timer means. Herein, the control handle effects
the movement of each piston in alternately op
posite directions upon movement of the control
handle back and forth throughout a small arc.
In this case, and in the form of Fig. 1 also, this
movement of the handle must occur at, alter
nately unequal intervals of time in order to
impart the differential extents of feed of the
cloth in opposite direction required to give the
the same surface speed, with capacity for lifting 15 constant output of fulled cloth by the mill. More
speci?cally, the timer is desired to move the
of the top roll a liberal distance away from its
control handle in one direction to cause the
companion bottom roll without interrputing the
reversal of travel of the cloth at the end of a
driving. The drive of the left-hand pair of
predetermined length of feed in the forward
opposed rolls rotates them concurrently to feed
the cloth from right to left and thus into crimp 20 direction, and then to move the control handle in
the opposite direction to again reverse the travel
box 19, while the corresponding concurrent rota
of the cloth at the end of a predetermined ex
tion of the right-hand pair of rolls feeds the
tent of backward feed of the cloth which is-less
cloth from left to right into crimp box 3!. In
thanthe extent of forward feed, the extent of
Fig. 3 both pairs of rolls are shown separated,
for threading up the machine.
25 feed in the two directions remaining constant
though unequal and alternate. In addition, the
The tongue 83 of each crimp box, weighted
timer means must provide for adjustment, 1. e.,
as usual by link 85 connected to an arm ?xed on
variation, of the extent of the feed in either of
rockshaft 81 to which is also ?xed the arm 85
the two directions to suit the needs of the cloth.
supporting the weight rod 9!, is connected by
To these ends, a mechanical type of timer
linkage to the walking beam carrying the top 30
measuring the actual travel of the cloth in each
rolls so that the tilting of the walking beam
direction is provided, comprising a measuring
to separate one pair of rolls lifts the tongue of
roll IIS having a rough friction surface ‘such as
the crimp box associated with such pair up out
clothing and mounted in ?xed bearings in
of contact with the cloth. For this purpose,
arms 93 ?xed on the walking beams 69 rotat 35 connection with the supporting framework of
the machine, with an opposing press roll I2I
ably support a shaft 95 having ?xed thereon a
movably mounted on arms pivoted in the frame
collar 91 into which are screwed the ends of
rods 99 each passing through a hole in a rock
and pressed by springs yieldingly toward the
measuring roll to hold the cloth in non-slipping
shaft IIlI supported rotatably in short arms I03
to the surface of the latter roll. The
?xed on rockshaft 81, with stop nuts on each
extended shaft on which the measuring roll H9
rod 99 beyond the rockshaft I?I. In the re
is ?xed has a sprocket ?xed on its extremity
versal of the direction of feed of the cloth which
which is connected by chain 1 23 to drive a
accompanies the tilting of the walking beam,
Reeves type variable speed driving unit I25 which
the cloth is drawn without resistance through
the now open pair of rolls, and the pleats or 45 in turn drives by chain I21 a sprocket-I29,
Figs. 6 and '1, ?xed on a jackshaft I3I rotating
folds of cloth within the crimp box adjacent the
bearings on frame members I33. A gear I35
opened rolls open out and disappear before reach
?xed on jackshaft I3I meshes with a ‘larger
ing the nip of the working pair, thus avoiding
gear I31 ?xed on the end of a stub shaft I39
jamming and burning of the fabric by the pres
in bearings I4I on one end of a lever I43
ence of such folds at the nip of the working
revolving freely by means of its hub I135 about
rolls. In certain instances, each tongue 83 is
a sleeve I46 ?xed by screw I48 on jackshaft I3I.
worked by the fluid pressure operated means of
smaller gear I41 ?xed on the other end of
Cannity Patent 2,039,882, being lifted and de
the stub shaft meshes with a large gear Ill-9 ?xed
pressed with its associated top roll under control
on the hub of a worm gear I5I rotating freely on
of the 4-way valve described hereinafter.
sleeve I46, the worm gear engaging with a- worm
By thus preferably driving the pairs of rolls
I53 on a shaft I55 mounted in bearings I51
continuously, while providing that only one pair
on the frame and rotated by a variable speed
can be closed and in feeding relation with the
drive I53 driven by‘ chain and sprockets from
cloth at a time, the loss of energy and time other
one lower fullingroll shaft I50.
wise incident to starting up the idle rolls from
The longer end of arm I43 carries a striker I 59
rest at each reversal is avoided.
which engages the free end of an actuating
As a ‘very heavy pressure of the rolls 63, 85
member ISI for operating the control handle
against the intervening cloth is required in fulling,
N1 of 4-way valve~lII. This member I6! has
sometimes on the order of 1000 pounds pressure,
a hub ?tting freely on the prolonged valve con
and powerful means for tilting the walking beams
trol shaft on which control handle H1 is ?xed,
to bring the respective top rolls alternately down
the hub of the actuating member being retained
against their bottom rolls is needed, large ?uid
thereon by a washer and screw I63. Member
pressure cylinders Hi5 each having a double acting
18! has spaced lugs I65 projecting into the plane
piston and a piston rod I01 connected to an
handle H1 and actuating the latter with lost
extension of each walking beam I59 are used, and
motion, a pull spring I61 being connected to a
the ?uid under pressure, compressed» air, water,
pin ?xed near the top of member I61 and
oil, or other medium, which propels the pistons al~
anchored to the supporting structure at its
ternately in opposite directions is admitted to
giving the member IBI a quick throw as soon as
each cylinder I05 at one side or other of the piston
by means of pipes I09 under control of a ll-way 75 it .is pushed past center by the striker I59, thus
guarding. against. breakage of parts upon delayed
walls and, a. bottom. Thecloth is in this instance
reversal of ' the. cloth-driving mechanism.
put straight through the millina straight pass
withno looping; the leading portion I13 ofthe
brace I ‘H ?tting freely around'the hub of actuat
ing‘ member ISI and bolted to the. supporting
cloth, 1. e., that which is emitted from the fulling
framework, supports the outer end of the valve C1 rolls, in eitherdirection of the travel, is guided
outof the fulling mill and into a scray I15 located
control shaft.
The. measuring roll H9‘ when propelled in
at. each end of the mill,v by a roll I‘I'I mounted
either direction bythecloth transmits to the
in .bearings on each end wall of the mill andcom
planetary gear I41" of- the differential gearing
stantly driven, by chain. I19‘ and sprockets from,
just described a. rotation which causes. it to travel 10 the nearerbottom roll shaft in. a direction to carry
around‘the slow moving gear: I49 on the hub
the. cloth out of the mill. Eachscray thus in
of the worm gear IEIand thereby causes the.
turns forms a reservoir to holdthe slack needed
topermit the cloth to be fed backv and forth
arm I43 to revolve about the axis of the jackshaft
through the rolls;
[3| ‘until its striker I59‘st'rikes and moves member
I16 Ii into one of its extreme positions and thus
Figs. .8: to 11 show an alternative electro-me
throwsrthe control lever II‘! of the 4-way. valve,
chanical timer applied to‘ the same mill; as is
shown in Figs;v 3 to5: This arrangement employs
thus relieving the pressure ononev side of the
piston in each cylinder I05 and applying ?uid
the rising and‘ falling ring 39 and tilting mercury
pressure to the other side thereof to cause move
switch 43 of Fig. 2' to terminate the forward feed
ment- of the pistons which reverses the slant of 20 by the right-hand pair of rolls. 63, 65, Fig. 3, and
the walking beams. andrbrings the idle pair of
a mechanically, propelled timing device driven
continuously rotating fulling rolls into- driving
from the lowerleft-hand fulling roll 65 by means
relation with the cloth, thereby feeding the latter
of a sprocket on the outer end of shaft 66 thereof
in the opposite direction. .Since the measuring
and chains I8I. I83,- w'ith intervening large and
roll vH9 is then rotated by the cloth‘ in the oppo
small sprockets rotatingin unison- on, jackshaft
site direction to that described, the. arm. M3 is
I85, toterminate the backward feed-by- the other
likewise-revolvedv in the opposite'direction until
its striker again strikes member I6 I, throwingrthe
controlihandle of the‘ 4-way valve to its other
pair. As shown: in Figs. 9tog1l, this mechanical
timer comprises a large sprocket I8‘Iv engagedby
chain I83 and driving a shaft'I89 of a worm type
extreme position andlreversing the pressure on 30 reduction gearing I-9I' of known commercial form
thepistons to tilt the walking beams again.
to’rotate, at greatlyreduced speed and at ?xed
Because the worm gear. I5I is-being constantly
revolved in one direction .by. the continuous drive
of unit- I58,v its motion-adds to the? number of
revolutions of the measuring roll‘ required to
make'the‘arm I43‘ perform:.the slightly more
than one revolution required toactuate. the valve
when‘ the clothis traveling in the forward direc
tion,>but reduces- the‘ number of revolutions of
the measuring roll to complete the travel of. the :
armtoreverse the valve again when the cloth; is
traveling in the backward direction, thus, achiev
ing the differential feed of the cloth in its‘two
directions of travel which.produces.the1“pilgrim’s
step” advance thereof and the continuous output 45
of 'fulled cloth.‘
Adjustment of the differential, i. e., the excess
or gain of the forward feedover the backward
feed,- is effectedby speeding up or slowing down
the drive of the-worm shaft through manipula 50
tion-of" the variable'speed' drive I58. The slower
the worm- shaft is driven the more. nearly equal
become the advance and retreat of the cloth,
whileiby speeding up-v the worm :shaft the: for
ward feed is increased andthe backward feed is
ratio a shaft I93 on which is ?xeda ratchet wheel
I95. Anfarm. I91‘ swinging free on shaft I93
carries a pawl I99 pivoted at ZBI therein‘ which
engages upon; occasion with the teeth of coun
terclockwise rotating'ratchet wheel I95 to carry
thepawl and arm'around'withthe ratchet wheel.
This motion, brings the; notched tail 203, of. the
pawl into displacing contact'with the operating
arm 285 of a limit switch 201 to open this switch,
and also'brings the notch‘ 209 in the tail of the
pawl into engagementwith the hooked endI 2II
of a detent, 2I3 pivoted at 2I4,.a tension spring
2' I5 provided with. screw tension-adjusting means
2 I 1 biasingthe detent. so that its hooked end ZII
tends to stay elevatedina position maintaining
its engagement with notch 209 of thepawl to
hold the tail 20.3'of the pawl in’ switch closing're
lation against lever 205 of switch 2M.- As‘the
pawl engages switch lever 205- and the hook 2“
of the detent, a stop pin 2I9 engages the beveled
end of the pawl-to depress-this end- and thus rock
'the pawl counterclockwise on its pivot 20I- to
withdraw it"from engagementwith the teeth of
ratchet I 95.
This timer determines the-length of reverse
feed of thecloth. The forward feed, just as in
correspondingly-reduced. With the worm ‘wheel
left stationary, the feed' forward and back is
equal, with no differential.
Fig. 2, is determined by the rising and falling
As is obvious, a single discontinuous actuation
ring 39, whi‘ch’permits all slack cloth in the mill
of the worm shaft at the proper time and in the 60 between the forward-feeding rolls and the input
proper-direction at any point in the cycle of one
rolls 36 propelled by variable speed drive 31- to be
forward and one backward feed gives the same
fed forward until ring 39 is lifted with accom
result of- lengthening the time taken by the arm to
panying tilting of switch 43.. During this forward
make its circuit in one direction over. that required
feed the parts stand as in Fig. 10, with the pawl
to completeits travel in’ the reverse direction, and ' ' held by the detent and both switches 43.. and 20‘!
thus of increasing the extent of feed of the cloth
open. As ring 39, is lifted, however, the resultant
forward relatively to the extent of backward feed.
momentary closing of mercury switch 43 ener
Thus-any suitable or desired form of intermit
gizes a solenoid 22I in circuit therewith, which
tent'drive for the worm» shaft of adjustable scope,
attracts the tail of detent 2I3, lifting it into the
such as a pawl and ratchet, functioning at least
position of Fig.9 and causing its hooked end
once during each cycle of back and forth feed
to descend out of the notch 209, releasing pawl
of the cloth to advance the worm shaft the de
I39 and permitting arm IB'I to recoil clockwise
sired’ amount, attains the same results as the
under the in?uence of its» coil spring~223 until
variable speed drive.
the pawl strikes a stop'225: which vde?ects its
The mill is provided with a-housing with side 75 toothed .end into engagement with the slowly
rotating ratchet I95. This releases lever 205 of
the limit switch 201 from the pressure of the
tail of the pawl, and switch 201 thereupon closes
its circuit via wires 22‘! to energize a solenoid 229
whose armature is connected by link 23l to the
operating lever 233 of Valve Ill feeding com
pressed air via pipes N39 to the cylinders l05
performing the other ?nishing operations on the
cloth. In the form of Fig. 8, the cloth being run
back and forth stays within the mill, being piled
on the housing ?oor beneath the guide rolls at
the delivery ends of the respective crimp boxes,
except the yardage of completely fulled cloth
being taken out by the delivery rolls which cor
respond to 46 of Fig. 2; while the cloth supplied
which tilt the walking beam 69. When solenoid
by the feed rolls 36 lies on the ?oor outside the
229 is thus energized its armature is lifted to raise
control lever 233 to admit compressed air above 10 housing until drawn in through falling ring 39
at the end of each forward feed. In this way the
the piston in cylinders I05, which thereupon
entire ?nishing process or as much thereof as is
draw down the left-hand end of walking beam 69
to separate the forward-feeding fulling rolls and
desired is performed as one continuous or
straight-line process, overcoming the hitherto
gagement with the cloth so as to reverse the cloth 15 inescapable break in the continuity of ?nishing
compelled by the use of batch type mills, in the
working of which no cloth is gotten out of the
This condition of reverse feed prevails until
mill until the entire batch is done and then the
pawl I99, lifted slowly by ratchet I95; again makes
entire contents are unburdened at once.
contact with lever 285 of limit switch 21!‘! and is
Where a plurality of strings of cloth are run
seized by hook 2H of the detent and is thrown
through the novel apparatus side by side, the
out of engagement with the ratchet teeth by
subsequent machines in the straight-line process
striking pin ZIS. The resulting opening of limit
which are not capable of handling more than one
switch 201 through this contact of thepawl de
string are duplicated and located abreast of each
energizes solenoid 229 and its armature drops
under gravity depressing control lever 233 of the 25 other in the series, and the strings of cloth sepa
rated and each sent through its proper machine
valve to admit air below the piston in cylinders
to effect this particular stage in the ?nishing.
“15 so as to again tilt the walking beam 69, thus
While I have illustrated and described certain
separating the backward-feeding rolls and bring
forms in which the invention may be embodied,
ing the forward-feeding pair into action again
I am aware that many modi?cations may be made
to propel the cloth forwardly. The cycle of for
therein by any person skilled in the art, Without
ward feed followed by backward feed of the cloth
departing from the scope of the invention as ex
is thus completed, and the parts of the timer
pressed in the claims. Therefore, I do not wish
stand in the waiting position of Fig. 10 until all
to be limited to the particular forms shown, or
the slack cloth in the machine has again been
to the details of construction thereof, but what I
fed forward, this cycle repeating itself with al
bring the backward-feeding pair into driving en
ternate forward and backward feed.
To attain the differential feed, with the travel
of the cloth in the forward direction a few yards
in excess of the reverse feed, it is necessary only
do claim is:
1. In a cloth fulling mill, in combination, op
posed rolls squeezing the cloth between them,
means driving the rolls to feed the cloth there
to adjust the variable speed drive 3‘! governing 40 through ?rst in one direction of its length and
then in the opposite direction of its length, and
the rate of input of the rolls 36 so as to feed
a crimp box at each side of the rolls.
into the mill during each cycle the same yard
2. In a cloth fulling mill, in combination, op
age of cloth desired to be delivered in fulled con
posed rolls squeezing the cloth between them,
dition from the other end of the machine at each
cycle. Thus, with the stroke of the pawl arm 45 means driving the rolls to feed the cloth there
through ?rst in one direction and then in the
I91 adjusted by moving stop pin 225 along its
slot 235 so as to give a reverse feed of, say, 60
yards, and with falling ring 39 automatically
feeding forward all slack cloth in the mill at
opposite direction, a crimp box ateach side of
the rolls, and means putting the crimp boxes
alternately and successively into action.
3. In a cloth fulling mill, in combination, op
posed rolls squeezing the cloth between them.
means driving the rolls to feed the cloth there
each forward-feeding operation, an input of 2
yards per cycle by the rolls 36 gives a forward
feed of 62 yards, leaving an unreturned extent
through ?rst in one direction and then in the
of 2 yards, less the shrinkage, to be taken from
opposite direction, a crimp box at one side of the
the mill at each cycle as completely fulled cloth.
rolls crimping the emerging cloth into transverse
In a straight-line cloth-?nishing process, now
and means emptying the folds from the
made possible by the use of any one of the novel
crimp box upon reversal of the direction of travel
machines, the cloth is put together in continuous
of the cloth.
relation by sewing the leading end of each cut to
4. In a cloth fulling mill, in combination, op
the trailing end of the preceding cut and is fed
through the successive machines in advance of 60 posed rolls squeezing the cloth between them,
means driving the rolls to feed the cloth there
the fulling mill, and the soaper or other machine
immediately preceding the fulling mill dis
charges its output into a scray such as I15 located
between it and the fulling mill, in the case of
Fig. 3. When slightly more than the yardage
adopted for the forward feed of the mill has been
received in the scray, the mill is started with the
fulling rolls feeding the cloth in the forward
direction, and the cloth is fed forward and back
ward, discharging on each cycle more cloth into.
the delivery scray I15 than is taken back there
from and transferred to the feed-end scray, this
excess being drawn forwardly and fed continu
ously into the Washer or other machine compris
ing the ?rst of a succeeding series of machines
through ?rst in one direction and then in the
opposite direction, a crimp box at one side of the
rolls having a tongue and crimping the emerging
cloth, means moving‘ the rolls apart, and means
connected to the latter roll-moving means shift
ing the tongue into inoperative position.
5. In a cloth fulling mill, in combination, op
posed rolls squeezing the cloth between them,
means driving the rolls to feed the cloth there
through ?rst in one direction and then in the
opposite direction, a crimp box at each side of
the rolls crimping the cloth emerging from be
tween the rolls into transverse folds, and means
emptying the folds from each crimp box in turn
-raszthe:.direction ofv feed’ of the clothisreversed.
pairs of continuously rotating _0Dp0sed_.;rol1s
squeezing the cloth, each pairj-pulling-thecloth
through the other pair, means" alternatelygfc-los
ing each pair in-turn upon'the?clothi while'vsimul
‘taneouslyropem'ng the other pair, aycrimpvbox
"e ?rilfm a‘ cloth fulling'mill; in'combinatiom jop
- 1qposedr‘rélls squeezing the ‘ cloth‘; between them,
:meanssdriving therolls to feed the cloth there
~¢through"*first in-one direction and then‘in the
v"opposite direction, a crimp box at each side of the
"rolls crimping the cloth emerging from between
receiving the cloth as it is ‘discharged from- each
"pair of rolls, each' crimp box having‘ a;_.movab1e
‘tongue, and means automatically moving-‘the
-the:rollsinto'transverse folds; and having a~fo1d
vsupporting surface capable-of being tilted drown
"war'cl'to-rele'a‘se the folds and remove-them from
v tongue ofthe-crimp box'whichis in-non-receiv
ing relation into.inoperativewelation 'Withthe
cloth, and moving thetongue- of the ‘crimp-box
receiving-the cloth-into working position; as the
Y :proximity‘to'the rolls, and means bringingv about
‘ thersaid tiltingand removal as the ‘direction of
" feed! of the cloth is reversed.
direction of travel of the cloth is reversed.
- 7'.‘-'~In a cloth'fulling mill, in combination, op
15.» In a cloth fulling mill,‘ in combinatiomeop- .
'~posed*rolls squeezing- the'clo-th between them,
-imeansr“driving?the rolls tofeed-the cloth there
posed rollssqueezing the .cloth' between ;them,
means driving the rolls to feed the cloththere
through: ?rst in oneidirection'and‘ then‘ in the
through, means automatically reversing theTdireC~
-_:opposite direct-ion; a crimp box at‘iea‘ch‘side'of
tion and extent‘of the feed of the‘rcloth loythe
the rolls crimping the cloth emerging from be
rolls,'a crimp box ateach side of'the rolls'receiv
~ tween the rolls intotransverse folds, andmeans~ 20 -ing inalternation the cloth asi'it-is discharged
ractingiwhen‘the direction of'feed-is reversed'to
by the rolls,- and-means-putting one crimp-box
eopenr one box and-releasethe foldstherefrom and
into working relation and the‘ other crimp‘box
~» -~cl0_se- the» otherv box.
in cloth-freeing relation asthe direction'of feed
~ 8; In a cloth fulling mill, in ‘combination, ‘op
of the cloth is reversed.
~~posedrolls~ squeezing the- cloth between them,v .25 . 16.v In a cloth fulling mill, in combinationi-pp
--means driving the rolls to‘feed the cloth-there
posed rolls squeezing. theicloth‘betweenj-them,
throu'gh ?rstiin' onedirection and then »'in the
means driving the'rolls to‘ feed the ~cloththere~
*opposite'direction, a crimp box at'each side of
through, a roll rotated by‘ the traveling :cloth,
" thearolls crimping thecloth ‘emerging from be
-means reversing the direction-of travel: of the
f-tweeni the rolls'into' transverse folds, and-hav
cloth,. and means actuated'by thecloth-driven
-:ing a ?xed surface-pressing-down on‘ the cloth
‘roll actuating the reversing means after' unequal ,
~and a-movable surface pressing upwardly against
extents of travel of the cloth ‘in the twol'direc
1'7. In a cloth fulling mill, in combinatiom-gop
v“thescloth, ‘and means effecting the lowering of
ythezmovable surfaces-tone box to spill out the
' folds held'therein and the raising of the movable ‘
surface of the other box into crimping‘ relation
qwhen‘the' direction-of travelof the cloth is re
posed rolls squeezing the cloth between‘v them,
means driving the rolls to feed-the clothyt-here
through, a rollrotated-by the traveling 'cloth,
.means reversing the direction. of travel of'_.the
~ 9.v In a cloth'lflllling milLin- combination, op
- cloth, and differential’ motionv means actuated ~by
e-posed rolls squeezing the cloth between them, 40 the cloth-driven roll. and operating thereversing
.ameans driving the rolls‘to feed the cloth there
means’ at the {end of a greater. extent of >feed=oi
through, and'means actuated by the travelof
the cloth in the forward directionandr a lesser
.the clotheeffecting the feed of the cloth‘ in one
extent of feed in the reverse direction. I
-direction<to a given extent and then in the oppo
-_-site' direction to a different extent.
18. A method of'fulling cloth by Eopposecly-rolls
and crimp boxes which includes-thesteps of feed
.ingthe cloth through the nip or-nipsl of the'rolls
10. In- a cloth fulling mill, in combinatiomtwo
pairs of opposed rolls squeezing the cloth, means
and a crimp-box in the .forward direction-for a
-driving~one pair to‘ feed the cloth in one direc
portion of .the- length of the cloth, then feeding
tion, means-driving‘ the otherlpair to‘ feed. the
the cloth‘through the nip of the rolls-and a crimp
~cloth‘in the opposite ‘direction, and‘means bring 50 box in the reverse direction for adistance less
ing-the pairs of rolls alternately and successively
than the forward feed, then- again feeding the
into feeding engagement‘ with' the cloth.
cloth forward as before and soon in alternate
11. {In- a cloth-fulling ‘mill, in combination, two
:pairs 'of continuously‘ rotating opposed’ rolls
.19. A method of rfulling-cloth by opposed‘rolls
squeezing the cloth, each-pair feeding ‘the ‘cloth 55 and crimp boxes which includes the-steps ofZ'feed
ing the cloth back and forth through the nip'or
in the opposite‘ direction to-the other, means
vclosing one pair upon the'cloth-while opening
, nips of the rolls and the crimp boxes, with the
the other pair, and means reversing the relative
-open~'and closed relation of the two pairs to the
+12.‘ In a cloth fulling mill,- in combination, two
‘pairs of * continuously ‘rotating ' opposed
forward feed in excess of the. backwardlfeed, .
20. A method. of 'fulling cloth by. opposedrolls
which includes the stepsof feeding the‘c-lothlback
and forth throughthe nip or nips of- the rolls,
with the forward feed in excess of .the backward
squeezing the*cloth,.each pairipulling the cloth
feed, and attaching a leader tov each- end of?rt'he
cloth to guide these ends back and \forththro'ugh
closing ~each~pair in turn upon the cloth while 65 ~the trip of the rolls.
simultaneously opening the ‘other pair.
21. A method of fullingcloth by opposed rolls
which includes the-stepsof feeding the cloth'ba'ck
13. In a; cloth fulling mill, in combination, two
‘pairs of continuously rotating opposed ‘rolls
and forth through’ the nip or nips of the'ifollsJ-ivith
squeezing ‘the cloth, each pair pulling the cloth
the forward feed in excess of the backwardfeed,
through the ‘other vpair, means alternately clos 70 " using a portion of the cloth to‘be fulledQas a
' through the other pair, and-means alternately
ing each :pair-in turn upon the cloth while simul
leader, and transferring this portion toéthe trail
~~taneously opening the other-pair, and axcrimp
ing end of the cloth to render the-fulling'thereof
> box receiving the cloth as‘it is'discharged from
uniform throughout its length.
each pair of rolls.
:22." A‘ method of fulling cloth‘ by gopposed ,irolls
which includes the steps‘ of feedingtthe cloth back
- 14. In a cloth fullingmill, in combination; 'two.
and forth through the nip or hips of the rolls,
with the forward feed in excess of the backward
feed, employing a portion of the cloth to be fulled
rolls and again reversing the direction of propul
sion after a predetermined interval of travel of
the cloth.
of at least the length of the backward feed as a
30. In a cloth fulling mill, in combination, full
leader, transferring this portion to the trailing 5 ing rolls propelling the cloth, feed rolls feeding
end of the cloth being fulled, and allowing this
the cloth relatively to the fulling rolls, timer
portion to be fed back and forth through the nip
means effecting the propelling of the cloth in one
of the rolls until a length thereof equal to the
direction for a predetermined distance and there
length of the backward feed has passed the rolls.
after reversing the direction of feed of the cloth,
23. Feeding devices .for continuous material 10 and means actuated by tension on the cloth set
having in combination rolls propelling and work
ting the timer means in action.
ing on the material, feed rolls feeding the ma~
31. In a cloth fulling mill, in combination, full
terial relatively to the working rolls, and means
ing rolls propelling the cloth, feed rolls feeding
actuated by the pull of the working rolls on the
the cloth relatively to the fulling rolls, timer
portion of material engaged by the feed rolls ar 15 means effecting the propelling of the cloth in one
resting the propelling action of the working rolls.
direction for a predetermined distance and there
24. In a cloth fulling mill, in combination, full
after reversing the direction of feed of the cloth,
ing rolls propelling the cloth, feed rolls feeding
and feeler means responding to tension on the
the cloth relatively to the fulling rolls, and means
cloth between the feed rolls and the fulling rolls
actuated by the taking-up of the slack in the 20 by setting the timer means in action.
cloth between the fulling rolls and the feed rolls
32. In a cloth fulling mill, in combination, full
reversing the fulling rolls.
ing rolls propelling the cloth, feed rolls feeding
25. In a cloth fulling mill, in combination, full
the cloth relatively to the fulling rolls, timer
ing rolls propelling the cloth, feed rolls feeding
means effecting the propelling of the cloth in one
the cloth relatively to the fulling rolls, a member 25 direction for a predetermined distance and there
actuated by the cloth as the ‘fulling rolls take up
after reversing the direction of feed of the cloth,
the slack between themselves and the feed rolls,
feeler means responding to tension on the cloth
and means put in actuation by the actuation of
between the feed rolls and the fulling rolls by
such member causing the reversal of the fulling
setting the timer means in action, and means
30 varying the rate of feed of the feed rolls and thus
26. In a cloth fulling mill, in combination,
determining the excess of feed of the cloth in one
fulling rolls propelling the cloth, feed rolls feed-,
direction over that in the other direction.
ing the cloth relatively to the fulling rolls, a
33. A method of fulling cloth by opposed rolls
member having a passage through which the
feeding the cloth which includes the steps of
cloth travels in its course between the feed rolls 35 feeding a predetermined length of the cloth
and the fulling rolls, guides supporting such mem
thereby in one direction and then reversing the
ber for gravitating movement, and means re
versing the direction of propulsion of the cloth
direction of feed until all available slack in the
cloth ahead of the rolls has been taken up, and
by the fulling rolls and actuated by the lifting
then again reversing the direction of feed for a
of such member by tension on the cloth passing 40 predetermined extent of feed, and so on in al
27. In a cloth fulling mill, in combination,
34. A method of fulling cloth in a fulling mill
opposed rolls squeezing the cloth between them,
by opposed rolls feeding the cloth which includes
a crimp box at each side of the rolls, and means
the steps of feeding the cloth into the mill at a
driving the rolls to e?ect the feed of the cloth 45 predetermined rate, feeding a predetermined
in one direction to a given extent and then re—
length of the cloth in one direction by the fulling
versing the rolls to effect the feed of the cloth
rolls and then reversing the direction of feed until
in the opposite direction to a diiferent extent.
all available slack between the fulling rolls and
28. In a cloth fulling mill, in combination, op
the point of entry of the cloth into the mill has
posed rolls squeezing the cloth between them, a 50 been taken up, and then again reversing the di
crimp box at each side of the rolls, means driving
rection of feed for a predetermined extent of
the rolls to feed the cloth therethrough, means
feed, and so on.
causing the rolls to propel the cloth alternately
in opposite directions, and timing means ren
dering unequal the duration of the driving in the 55
respective opposite directions.
The following references are of record in the
?le of this patent:
29. In a cloth fulling mill, in combination, full
ing rolls propelling the cloth, feed rolls feeding
the cloth at a lesser rate than the fulling rolls,
and means reversing the direction of propulsion 60
of the cloth by the fulling rolls when the latter
Barette __________ __ Dec. 25, 1888
take up the slack between themselves and the feed
Без категории
Размер файла
1 938 Кб
Пожаловаться на содержимое документа