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Патент USA US3043496

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July 10, 1962
I
3,043,486
B. H. DOYLE
,MANUAL SELECTIVE PLURAL LENGTH TAPE DISPENSER
Filed Jan. 6, 1960
4 Sheets-Sheet 1
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lawezaioah
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by HMpPHm 7W4 MilKw/WW
July 10, 1962
B. H. DOYLE
3,043,486
MANUAL SELECTIVE PLURAL LENGTH TAPE DISPENSER
4 Sheets-Sheet 2
Filed Jan. 6, 1960
529a.
67
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July 10, 1962
B. H. DOYLE
3,043,486
MANUAL SELECTIVE PLURAL LENGTH TAPE DISPENSER
Filed’ Jan. 6, 1960
4 Sheets-Sheet 3
Q ~
. E£€
3,043,486
Patented July 10, 1962
2
to an actuating solenoid indicated generally at 15, FIGS.
1 to 3, and operatively engaged at the forward end with
3,043,486
the adjacent arm of said roll-carrying bellcrank 7’. This
MANUAL SELECTIVE PLURAL LENGTH
TAPE DISPENSER
actuator 16 also is connected with one arm of a second
Britton H. Doyle, Nashua, N.H., assignor to Nashua Cor 5 two-arm lever, of which the other arm is connected to
poration, Nashua, N.H., a corporation of Delaware
operate a vertical link 18-, FIG. 3, by which the movable
Filed Jan. 6, 1960, Ser. No. 792
blade 20 of the tape severing means is vertically moved at
2 Claims. (Cl. 226-136)
the appropriate time in tape-severing coaction with a
?xed blade 30. The described mechanism may be under
This invention concerns the dispensing of adhesively
conditioned selective lengths of tape and strip material 10 stood as generally similar to that of the application men~
tioned, reference also here being made to Patent No;
from supplies thereof for use in package sealing, labelling
2,776,833 of January 8, 1957 for further showing and
and such purposes, especially tape of the moistureeac
description of generally similar feeding, moistening and
tivated or dry-gummed type. More particularly it aims to
severing mechanism with ‘which the present invention may
provide in a motorized or power-driven machine of said
class an improved construction and arrangement including 15 be incorporated. I
Forwardly beyond the severing means 20, 30 the tape
actuating means and operator-controlled devices for ob
is advanced beneath an adjustably weighted platen 19
taining selective delivery of one of a plurality of various
overlying capillary moistener means (not shown) ex
ly pre-settable tape lengths such as short and long lengths
tending upwardly from a liquid reservoir 12. removably
in alternation or otherwise, as appropriate for example to
the girth and the length of a given package, or for different 20 held on cross supports on and between the front portions
of the machine side frames 2.. The level of the moistening
packages.
liquid in the reservoir may be maintained in known
An example of a machine of the stated class to which
among others the improvements of the present invention
are applicable is that of the Doyle, Eisenberg and Mc
manner from a replenishable supply in an automatic
feeder ?ask 13 demountably located at the left side of
Dermot application Serial No. 845,126, ?led October 25 the machine, FIGS. 1 and 2.
For the purposes of the present invention the machine
8, 1959. By way of illustration the present invention is
is equipped with a plurality of length selector elements
shown and described as characteristically applied to the
whereby the operator may preselect any two tape lengths
base machine of said application.
,
within an available range, such for example as up to 72
In the drawings exemplifying one embodiment of the
30 inches or more. Such two preselected lengths may be
present invention:
of any desired length value, one longer than the other,
FIG. 1 is a perspective view of a tape dispensing ma
such as 18 in. and 42 in.; 8 in. and 54 in.; 24 in. and 72
chine as a whole;
FIG. 2 is a top plan view of the same;
in.; 30 in. and 36 in.; or whatever may be the require
ments for a given taping usage. The call for tape in
FIG. 3 is a right-hand side elevation of said machine '
with a major portion of the side gear compartment cover 35 either of two preselected and immediately available
lengths, in alternation or otherwise, frequently occurs for
broken away;
example where a large number of packages of generally
FIG. 4 shows separately in side elevation an inter
uniform size and shape is to be handled, requiring one
changeable operation control element of the invention;
or more relatively longer tape pieces for one dimension
and
.
'
-
‘ FIG. 5 is a wiring diagram.
The machine as a whole is herein suliiciently illustrated
and described for an understanding of the present inven
40 _ while a shorter piece is adequate for another dimension
of the package.
‘
r
The selector means as illustrated, similarly as in said
mentioned application, comprises two independently set
tion in relation to tape dispensers of the class concerned.
table selectors respectively indicated as a whole at 60
Similarly as in the mentioned application the machine in
general comprises a main frame or housing with side 45 and 600, each'comprising a centrally apertured mounting
disc 61 and 61.0‘ independently rotatably received on a
frames 2 on or between which are mounted the several
stationary stud shaft 31 extending from the left side frame.
operating elements and sub-assemblies including means
These selectors each carry a normally-closed length
for holding the main tape supplies, for feeding the tape,
delimiting trip or knock-off micro-switch 62 and 620
for pre-selecting the lengths to be delivered and for ad
hesively conditioning and cutting off the lengths of tape
advanced for delivery to the operator.
The housing provides at the rear of the machine a hold
er well 3 for ‘a roll supply of the tape to be dispensed.
respectively disposed with the actuator members in the
path of the radial ?nger 46 ofv a rotary trip member 43
mounted to turn on the mentioned stud 31.
Similarly
as in the stated application the trip member 43 is pro
vided with a clock spring for normally holding it at and 4
From the rotatably supported supply roll the tape is ad
vanced along a path as indicated by the dotted line of 55 returning it to a zero starting position, counterclockwise
in FIG. 3 wherein the ?nger 46 abuts a ?xed stop/48
FIG. 3 through guide means 4 having lower and upper
on the machineframe 2. This trip member 43‘ is in
walls between which the tape passes. The guide means
constantly engaged yieldable friction-driven relation with
has opposed openings for feeding engagement of the op
the adjacent driven gear element of a train of gearing
posite faces of the tape by a driven lower feed roll 6 and
an upper feed and measuring roll 7. Said driven lower 60 operatively associated with the upper feed roll 7, which
roll 6 is ?xed on a shaft 61: on the adjacent left-hand side
latter is moved in synchrony with and by the tape as it
frame 2 and extending into the gear housing 8 where it
is advanced by the feed roll pair when in feeding relation
is drivingly connected through a train of reduction gearing
at the opposite faces of the tape. Such gear train, not
with the electric motor M, FIG. 2.
necessary to show herein, serves to translate the lineal
g The upper roll 7 is supported for bodily movement 65 tape length measuring movement of the periphery of the
toward and from the driven roll 6. It is rotatably mounted
on the forwardly extending arm of a bellcrank 7’ the
other arm of which is operatively engaged with an actua
tor 16 adapted at each operating cycle of the machine
to close this normally retracted roll 7 into tape-feeding
relation with the driven roll '6. Said actuator comprises
a spring-loaded reciprocable rod connected at the rear. end
upper feed roll 7 into proportionate angular movement
of the trip ?nger 46 about the axis of the stud 31. . Said
operatively intermediary gear train is constructed and
arranged to‘ afford a substantial reduction such that the
maximum tape length selection for the given machine,
up to say 72 inches or more, is proportionately expressed
aoaaaae
3
by not more than one full 360° rotation of the trip ?nger
46 in the clockwise direction about the axis of the stud 31.
It will be further understood that a tape feed operat
ing cycle is instituted by energizing of the solenoid 15,
causing the feed rolls 6, ‘7 to assume tape-feeding rela
tion, herein by bodily down movement of the upper feed
d
to be described in more particular, are provided at the
selective disposal of the operator.
For the dual length selection and attendant dual feed
cycling with which the present invention is concerned
roll 7; similarly that de~energizing of the solenoid l5
and resultant separation of the feed rolls 6, 7 releases
the control circuits as diagrammed in H6. 5 include pro
vision herein associated with a leads junction box 3%
on the machine frame, whereby the shorter~length or
“red” selector ?ti’d stands with‘its switch 62% normally
the described rotary tape length measuring mechanism
closed in readiness for length-measured cycle-stopping
including the trip member 43 with its trip ?nger 46 for 10 control of a shorterdength feed cycle to be started by
return to the zero starting position under the in?uence
actuation by the operator of a shorter length or “red”
of its return spring.
switch 7&5 to be described; whereby also the longer
The two length-selectors 6t} and 6% each include outer
length or “blue” cycle terminating at and by the normally
radial portions projecting beyond the gear compartment
closed cycle-stopping switch 62 of the “blue” selector 6%
2a and disposed for movement in one and the opposite 15 stands readied to function in a longer length cycle to be
direction along an arcuate slot between the inner portion
started by a “blue” starter switch 7% to be described;
and whereby further the effect of the shorter length or
of the latter and the removable gear compartment cover
“red” cyclewstopping trip switch 62% is automatically can
5. Each selector has at the outer end a ?nger grip 63
celled =by said “blue” starter switch 76 when a longer
and 63% with a length-selecting pointer d4, 64% read
length or “blue” cycle is called for by the operator.
able against an arcuate scale 65 at the outer side face
Such cancelling or lay-passing of the shorter “red”
of the cover 5. Said ?nger grips themselves also con
cycle-ending control during a longer “blue” cycle is ac
stitute indexes readable against a similar top viewable
complished as by installing on the machine a “Comar”
scale 65’ on the circumferential face of said gear cover.
or equivalent relay unit 625 having a normally open
These scales are calibrated in units of tape length ac
cording to the range of the particular machine, as for 25 magnet-operable switch 626, FIG. 5, with dual circuit
example 2 inch increments, each readily subdivisible, with
leads connected through a four-wire cord 628 to a four
terminal plug 625!) receivable at the machine junction box
3%. It is understood with reference to FIG. 5 that the
FIG‘ 1 by way of example.
terminals numbered 1, 2, 3, 4 of plug 62% match respec
The selectors are frictionally held, subject to manual
shifting at the will of the operator, so that each of them 30 tively with the like numbered leads 1, 2, 3, 4 of the junc
tion box when the plug-together connection is made there
will stand at whatever feed length values are selected
at. The same applies also to the other detachable plug
for the given use. This may be accomplished similarly
and-socket type connections of FIG. 5, namely the ter
as in the mentioned application as by a friction plate
minals 2, 3, 5 of the dual cycle-starter switch cords 72
66 on the ?xed stud 31 at the outer side face of the disc
and 72d‘ with plug 725 having reception at the outlet box
portion of the adjacent selector, namely the disc 610 of
itltl, on the left-hand machine frame). and at the right
the selector 6%‘ in the illustrated example, such plate
portion of FIG. 5 and the terminals 1, 2, 3, 4 of the con
having a spacer hub at the inner face of the side cover 5.
nector leads of the cycle-halting switches 62 and 626
A manual clamping screw 67 extending through the cover
received
at the machine receptacle 2% seen in FIG 3 and
and tapped into the stud shaft 31 is adapted to apply
friction-holding pressure to the selectors 60‘ and 6% 4-0 at the left portion of FIG. 5. For the dual length selec
tion assembly with which the present invention is con
through the mentioned washer-like friction plate 66.
cerned, noting particularly ‘FIG. 5, the connector cable
From the foregoing in connection with the drawings
72, 72% for the two manual switches 70 and 705 is ap
it is apparent that either of two tape lengths is selec
plied by plug 725 to the outlet box 1%, the relay con
tively available to the operator, with whatever length
nection 629 is'applied at the junction box 3'90, and the
di?erential between the two may be desired for the par
two
selectors 6% and 6% have their connector cable 69
ticular use and within the range available. For the con
applied by plug 69p to the receptable 2th} on the machine.
venience of the operator the exposed manual gripping
As stated, the tape feed cycle for each length is sepa
portions of the respective selectors 6t} and 608‘ are made
rately controllable by the operator, selectively, each by
readily distinguishable positionally‘ as by relating them
its own cycle-starting switch.
as “rear” and “front” respectively as to location, and 50
As a dominant feature of the present invention such
desirably also visually as by giving them indicia or dis
cycle-starting switch means is operatively installed, de
tinctive and contrasting colors, for example blue and red.
mountably and interchangeably, directly upon the machine
Merely by way of example the color blue is indicated
frame, at a top front portion thereof, in a position to be
for the rear or longer length selector 60 and the color
readily accessible to the operator from either the front
red for the front or shorter length selector 6%. It will
or a side of the machine. The two separate switch ac
be understood that the two different preset lengths of
tuators respectively designated as a whole at 76 and 705
tape thus made available to the operator are each vari
are herein disposed in relatively close proximity to the
able along the scale. At times both lengths may lie
length-selectors 6t} and 60d and the path of length-selec
within the lower portion of the scale, at other times both
tive movement thereof. Further their relative positional
values indicated at 6 inch or other intervals, as shown in
may be within the upper scale range, or the shorter 60 location and arrangement is such as to correlate them re
length may be in the lower part of the range and the
spectively to the manual operating portions 63 and 630
longer length in the upper part. Thus the di?erential
between the twolengths is variable preselectively to suit
of said respective selectors. Thus in the illustrated ex
ample the starter switch "iil for the “blue” or longer length
the particular use. .
tapes is located nearer the rear of the machine, corre
sponding to the rear position of the “blue” or longer
As will be apparent from the wiring diagram FIG.
5 the respective cycle-terminating trip switches 62 and
length selector 6t). Correspondingly the starter switch
‘m5 for the other or shorter tape lengths is placed more
forwardly and herein lower on the machine frame, gen
ternatively, as the active cycle-terminating instrumental
ity, by being placed in series with the solenoid 15. The 70 erally adjacent and matching the relative position of the
“red” or shorter length selector 6%. This construction
knock-off switch which is to be active for any given feed
and arrangement of the pair of cycle-starter switches for
cycle is determined by the operator when starting the
the different lengths has provision to be of unique utility
operation, by selecting as between the “blue” or relatively
in the use of the tape dispenser machine by physically
long length cycle and the “red” or relatively short length
handicapped operators andparticularly blind persons and
cycle. Two separate manual cycle-starter elements, later 75 those with severely restricted vision. Upon familiarizing
620 of the. respective selectors are adapted to serve, al
3,043,4ses
5
6.
62. Thereby the ‘tape feed is halted at the longer tape
length corresponding to the location of said switch 62
under the particular selective setting of the “blue” selec
themselves with the operation of the machine and the
location of the easily accessible rear and front selectors
60 and 600 such operator’s hand in passing from setting
of the length selectors readily and naturally follows to
tor 69.
From the foregoing description in connection with the
drawings it is apparent that the invention provides a
the corresponding cycle starter switch closely adjacent
the selectors and in the same corresponding fore and aft
power-driven machine of the class described capable of
relation longitudinally of the machine and with respect
supplying at the will of the operator either of two differ
ent tape ‘lengths, each of them pre-settable within the
to the direction of selective adjustment of the selectors.
For general use the two starter switches 70 and 705 also
are markedly visually distinguished as by the application 10 available range, in a cycling operation in which the elected .
tape length is fed, measured, moistened, cut oil and de
of distinctive colors to the pushbutton or other manual
livered in adhesive condition for use, together with sep
engaging portions 71 and 715 respectively of the switch.
arate cycle-starter manual controls constructed, arranged
Such distinctive color or other'marking of the switches
vand relatively located upon the machine so that each is
is correlated to that of the ?nger pieces as and 6% of
the selectors and in the illustrated example by coloring 15 inherently and naturally correlated respectively with the
length selector means ‘for the respective tape length to
blue the rear button 71 and for the “blue” or longer
facilitate and assure selection ‘and cycling feed of the de
length feed cycling and red for the shorter length feed
sired tape length whether by visual or locational determi
cycling, similarly as for the respective selectors.
nation‘ and manual engagement of the correct cycle-starter
In the illustrated example such construction and ar
device by the operator.
rangement for the starter switch installation is accom
My invention is not limited to the particular embodi
plished by providing the right-hand machine frame 2, in
ment thereof illustrated and described herein, and I set
forth its scope in my following claims.
of a demountable and interchangeable ?ange segment or
I claim:
1. In a tape dispensing assembly comprising ‘a base ma
arcuate panel 250, FIGS. 1 and 2 and shown separately 25
in FIG. 4. Such switch panel comprises a plate body
chine having a frame,
a support thereon for a supply roll of tape,
251 dimensioned to ?t the opening on the side frame and
being bounded at the ends and at the inner longitudinal
separable feed rolls,
'
the region of the arcuate ?ange 2’ of the side cover hous
ing with a segmental opening adapted for the reception
edge by an elevated and projecting ?ange 252 for seating
of the switch plate upon the margin of the frame open
ing. At the inner convex face the plate body 251 is
formed with vertical ?anges such as 253, 254 for anchor
ing of the plate.
At the vappropriate locations lengthwise of the arcuate
plate 250, such ‘as to afford the above described location
for the respective switch, the plate is apertured for re
ception of mounting nipples or the like on the bodies of
an electrically operated actuator for closing and opening
the rolls to and from tape feeding relation,
tape cut-off means ‘and operating connection therefor
respective microswitches 70 and 720. The mounting
(a a plurality of length selectors variably position-able
nipples extend through the openings and are anchored to
the plate as by inside ‘and outside locknuts such as 73,
73% threaded onto the nipples. The rrranual switch op
erating elements proper, shown ‘as pushbuttons 71, 715,
are depressibly mounted in the switch attaching nipples
and normally held elevated in readiness for operation by
with the actuator,
a motor operable intermittently to drive one of the
feed rolls,
measuring means connected to move with one roll pro—
portionately to the tape length fed,
the combination therewith of
in the path of the measuring means at any selected
40.
individually different tape lengths in the available
range,
(b) there being a relatively rotatably disposed cycle
halting trip switch and switch tripper means for each
length selector 'actuatable by the measuring means
manual depression, through the self-contained spring
_ upon length measuring movement thereof corre
means associated with the circuit make and break element
of the microsw-itches themselves. These latter are of the
, sponding to the length selections of said selectors,
normally open type.
,
Assuming the “red” and “blue” selectors 60d and 60
respectively set for the desired two different tape lengths,
automatic feed, moistening, cut-off and delivery of the
shorter tape length is had by manual closure of the “red”
cycle-starter switch 7425. When the rotary measuring pro
jection 46 comes opposite and engages the actuator roll 55
622, see FIG. 3, of the “red” varm trip switch 629, said
normally closed switch is thereby opened and the feed
cycle halted by deenergizing of the actuator solenoid 15,
with stopping of the motor and return of the holding
switch 150 to normal open position vattendant on the cut 60
o? operation under the return movement of the actuator
16 to normal released position.
Delivery of the selected longer tape length is had by
operator closure of the “blue” cycle-starter switch '75}.
‘The norm-ally open relay switch 626 is thereby closed, 65
along with the holding switch 156, and through the illus
trated relay circuits and lead connections through the
junction box 300 the “red” trip switch 620is in effect
shunted out or cancelled from the then ‘active circuits. 70
Hence the movement of the driven measuring projection
46 past the “red” trip switch 629 although engaging and
moving the switch actuator roll s22 has no cycle-halting
effect thereat and the feed cycle continues on until said
projection 4s engages and trips the “blue” ‘arm trip switch 75
(c) a like plurality of operator actuat-able starter
switches,
(d) and a corresponding plurality of control circuits
each containing said motor, said actuator and the
starter switch and the trip switch means correspond
ing to one length selector,
(2) said starter switches mountedon the machine ac
cessibly to the operator,
(f) and the machine including said selectors and
starter switches being constructed and arranged with
provisions operatively and positionally differentiat
ing each selector and each starter switch from the
other as to relative tape lengths responsive thereto
and for correlating the particular starter switch with
the corresponding length selector,
(g) said trip switch {means being aligned for suc
cessive engagement by the moving measuring means,
(It) and the control circuit for a longer length selector
and starter switch including therein relay means sub
ject to the starter switch of said circuit to render
inoperative the trip switch of the circuit for any
shorter length selector during operation under the
control of the longer length selector,
(i) and whereby one and the same given selector
effects delivery always of a relatively shorter tape
length and another given selector effects delivery
always of a relatively longer tape length.
3,043,486
7
8
2. A tape dispensing ‘assembly according to claim 1
type connector and said machine frame carrying a
(a) wherein the machine frame is provided at an oper
further junction receptacle connected into the motor
and actuator circuit and adapted to receive said
ator-facing location adjacent the path of the selective
setting of the length selectors with a‘demountable
frame-conforming panel,
trip-‘switch connector,
5
(b) and the starter switches are mounted on said panel
and present operating members such as buttons
readily distinguishably accessible to the operator,
(c) ‘said starter switches having electrical leads termi
nating in ‘a ‘detachable-type connector and said ma 10
_ chine frame carrying an outlet receptacle connected
in the circuit of the motor and of the actuator and
adapted to receive said starter switch connector. 7
(d) and said trip switch means of the selectors also
having connection leads extending to a detachable
(e) whereby the starter switches together with said
‘selector trip means and connectors therefor are con
stituted as a detachable sub-assembly readily de
mountable from the dispensing assembly for sub
stitution by other control means.
References Cited in the ?le of this patent
UNITED STATES PATENTS
2,776,833
Lakso ________________ __ Jan. 8,
2,785,748
1957
Von Stoeser et al _______ __ Mar. 19, 1957
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