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Патент USA US3051350

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Aug. 28, 1962
3,051,344
J. MGCREA
WIREBOUND CONTAINER END CONSTRUCTION
Filed July 21, 1959
INVENTOR.
Joseph McCrea
ATTORNEYS.
United States Patent Office
3,051,344
Patented Aug. 28, 1962
2
1
3,051,344
WIREBOUND CONTAINER END CONSTRUCTIGN
Joseph McCrea, Rockaway, N.J., assignor to Stapling Ma
chines Co., Rockaway, N.J., a corporation of Delaware
Filed July 21, 1959, Ser. No. 828,517
4 Claims. (Cl. 217-14)
or a loop ‘fastener machine in making the end members,
as well as the separate operation of attaching them to
the container blanks. Another object is the provision of
such a container blank which is so constructed that the
container may be set up from the blank readily and with
out the necessity of inserting and/ or securing Iany loop
fasteners. A further object is that of providing such a
container blank wherein the portions which form the
This invention relates to wirebound containers ‘and par
container ends, although fully secured to the blank, may
ticularly to a novel construction of the end members
10 be folded down against the blank for stacking.
thereof.
‘In the drawings:
The conventional wirebound containers‘ in use hereto
FIGURE 1 is :a foreshortened isometric view of a wire
fore have been formed from blanks having four sections
bound crate blank having end members embodying fea
or sides, each composed of side material or slats and re
tures of the present invention.
inforcing cleats secured thereto adjacent the lateral edges
FIGURE 2 is 1a fragmentary isometric view of one end
of the blank, with the several sections foldably secured 15
of a crate ‘formed from the blank shown in FIGURE 1,
together by binding wires extending longitudinally of the
showing particularly the interlocking of two of the end
blank ‘and secured to the ‘sections by staples driven astride
members to close the end of the crate.
the binding wires, through the side material and into the
FIGURE 3 is a fragmentary and foreshortened iso
cleats. The two ends of each binding wire are provided
with loop fasteners which project ‘from the ends of the 20 metric view of ‘another wirebound crate blank having
end members of an alternative construction.
blank, and when the blank is folded around to set up the
FIGURE 4 is a fragmentary isometric view of one end
container, these loops come into opposition with each
of a crate formed from the blank shown in FIGURE 3.
other at the closing corner of the container and one of
FIGURE 5 is a fragmentary and foreshortened iso
them, being somewhat narrower than the other, is in
serted through the latter and bent down to secure the 25 metric view of a wirebound crate blank incorporating end
members of still another construction wherein the two
container closed.
end members attached to each of the front and black sec—
The container ends are similarly formed of side ma
tions of the crate are formed from a single sheet of cor
terial or slats with reinforcing battens or liners stapled
rugated material.
thereto ‘and are secured to the container blank by loop
The illustrative crate blank shown in FIGURE 1 con
fasteners ‘formed at the ends of binding wires stapled to 30
sists of four sections or sides, namely top section 10, rear
the container ends, these loops being inserted through
section 12, bottom‘ section 14 and front section 16. Each
notches in the outside cleats of the front and rear sec
of these sections consists of side material or slats 18 with
tions of the container blank and bent around the outside
binding wires.
reinforcing cleats 20 and 22 secured thereto along the
The container ends are made separately from the rest 35 lateral edges of the blank.
of the container, but involve the same type of manufac
turing operations. That is, the several parts of the con
The four sections are fold
ably secured together by binding wires 24 (see FIGURE
2) which are secured to the sections by staples 26 (FIG
URE 2) driven astride the binding wires 24, through the
slats 18 and into the cleats 20 and 22. At opposite ends
continuous succession joined together by the binding 40 of the crate blank the end portions of the binding wires
are formed into wider and narrower loop fasteners 28 and
wires. They must be fed through a separate loop fastener
30 respectively. When the crate blank is folded around
machine wherein the binding wires are severed in the
to set up the crate, as shown in FIGURE 2, the narrower
intervals between adjacent end members and the resulting
loop fasteners 30 on the front section 16 of the crate come
wire ends ‘are bent to form loop fasteners. The making
of ‘the container ends thus involves considerable utiliza 45 into opposition with the wider fasteners 28 on the top
section It) or lid of the crate and are inserted through the
tion of the box-making machinery and substantial cost.
latter and bent down against the outer surface of the front
To save space and permit handling of the container
section 16 to secure the crate closed.
blanks in multiple, they are usually shipped and stored
Secured to the back section 12 and front section 16 of
“knocked down” or ?at, with the two container ends
the crate blank are four similarly shaped end members
foldably secured at one end to opposite sides of the front
32, one end member 32 being secured at each end of each
and rear side sections of the blank and lying ?at against
of these two sections of the crate blank. The end mem
the inner faces of these sections. The job of thus par
bers 32 are secured to the crate blank at their outer ends
tially attaching the container ends to the blanks involves
only, the outer ends being interposed between the slats 1'8
appreciable amounts of labor and further costs.
To set up the container for packing, the free loops on 55 and the cleats 22.
‘Each of the end members 32 is provided with a V-shaped
the partially attached container ends must be bent at
notch 32a, the center of which is spaced from the inner
right angles to the outer ‘faces of the ends, the container
face of the adjacent cleat 22 a distance approvimately
sections must be folded around ‘and the loops inserted
equal to one-half the length of the top and bottom sec
into the notches in the cleats and bent around the outside
binding wires to secure the container in its folded condi 60 tions 10 and 14 of the crate blank (the term “length” re
ferring to the dimension which extends lengthwise of the
tion. Because this operation takes appreciable time, it is
crate blank as a whole). The depth of the notches 32a
common practice in packing plants to set up the con
is equal to or slightly greater than one-half of the length
tainers in advance. This requires that space he provided
of the rear and front sections 12 and 16 of the crate blank
for stacking the assembled containers, ‘and results in sub
65 (in other words, approximately one-half of the internal
stantial wastage of valuable plant space.
height of the resulting crate).
It is therefore among the objects of the present inven
The end members 32 are formed of a sti?iy ?exible
tion to provide a wirebound container having end mem
material such as corrugated pasteboard. When the con
tainer end are stapled to each other ‘and to the binding
wires in a- stapling machine from which they issue in a
bers so constructed that they may be attached to the
container blanks at the time they are stapled in a con
tainer blank is folded around to set up the container, as
any necessity for utilization of either a stapling machine
cleats 20 and 22 at each end of the crate.
shown in FIGURE 2, the end members 32 may be bent
ventional wirebound stapling machine, thus eliminating 70 outwardly so that they lie adjacent the inner faces of
When this is
3,051,344
3
4
done, the two end members 32 on the front section 16 of
the crate respectively overlap the two end members 32 on
the back section ‘12. The two end members 3-2 at each
end of the-crate thus close the end of the crate, and they
greater than the length of the top and bottom sections 10
are secured together by hooking each through the notch
32a of the other, as shown in FIGURE 2.
When the top
section 10 or lid of the crate is closed, the end assembly
formed by the two end members 32 at each end of the
crate is supported by the inner faces of the cleats 20 and
22 around all four of its edges, lending considerable
strength to the end assemblies.‘ As will be understood,
the end members ‘32 are incorporated integrally into the
container blank as it is formed in the stapling machine.
They thus add nothing to the time of producing the con
and 14 of the crate blank, so that when the crate blank
is folded into crate form, in the manner illustrated in
FIGURE ‘2, the two end members on the back section '12
of the crate will respectively overlap those on the front
section 16 of the crate to close the ends of the crate and
permit their notches ‘50d to be interengaged in the man
ner illustrated at 32a in FIGURE 2.
From the foregoing description it will be appreciated
that the aforementioned and other desirable objects of the
invention have been achieved. However, it should be
emphasized that the particular embodiments of the inven
tion which are described herein and shown in the accom
panying drawing are intended ‘as merely illustrative of the
tainer blanks and very little to their cost.
15 principles of the invention rather than as restrictive of the
As may be seen in FIGURE 1, since the end members
scope thereof or of the coverage of this patent, which is
32 are somewhat wider than the slats 18‘ (measured length
de?ned only by .the appended claims.
wise of the crate blank as a' whole) the end members 32
I claim:
are provided with rectangular notches 32b in the edges
1. In a wirebound container blank of the type having
of the end members which are their trailing edges as the 20 top, bottom, front and back sections each formed of side
crate blank moves through the stapling machine. The
material with reinforcing cleats at the lateral edge-s of
depth of these notches 32b is such that their bottom edges
the container blank, the several sections being foldably
are aligned with the trailing edges of the slats 18‘ on the
secured together by binding Wires extending longitudinal
back and front sections Hand 16, and the transverse
1y of the container blank, an integral container end con
positions of the notches 3211 are such that they are aligned 25 struction comprising two endaforming sheets of ?exible
with the push. ?ns projecting upwardly from the spacer
material, one secured to said front section and one secured
blocks on the conveyor bands of the stapling machine, so
to said back section, each of said endaforming sheets ex
that the push ?ns engage not only the end members 32
tending the ‘full width of said container blank and its ends
but also the slats 18 to push them together through the
being interposed between the side material and cleats at
machine. in properly assembled relation until they are
the lateral edges thereof, each of said sheets being divis
permanently secured together by the stapling units.
i-ble along a line extending longitudinally of the container
The four end members32 are identical, the two at one
blank into two end members which are bendable against
side of the crate blank being merely inverted relative to
the inner faces of said cleats when the container blank is
those at the other said. This, of course, reduces the in
folded around into container form so that the two end
vestment in cutting dies and the number of different pieces 35 members on the from section respectively overlap those
which must be stocked.
'
on the back section to close the ends of the container, and
The crate blank shown in FIGURES 3 and 4 is similar
to that shown in FIGURES l1 and 2 except that, as best
said end members having cooperative engageable elements
arranged to be interlocked with those of the overlapping
shown in FIGURE 3, the two end members 40 which are
member to secure said members together.
secured to the back section 12 of the crate blank are pro~ 40
2. A container blank as claimed in claim 1 in which
vided with transverse slots 40a,wvhile the two and mem
each of said sheets is scored along said line.
bers 42 on the front section 16 are provided with co-oper
3. A container blank as claimed in claim 1 wherein said
ating locking tabs 42a. When the crate blank is folded
around to set up the crate, as shown in FIGURE 4, the
two end~f0rming sheets ‘are identical and wherein each
end-member-forming half of each of said sheets has at one
tabs 42a may be inserted through, the slots 40a by bend 45 edge a notch which is spaced from the inner face of the
ing the flaps 42b inwardly, as shown in broken lines in
adjacent cleat a distance approximately equal to one-half
FIGURE 3. The tabs. 42a may be scored, as indicated
of the width of said container, and each of said notches
at 420, to facilitate such folding of the flaps 42b. After
having a depth approximately equal to one-half the inter
the tabs 42a ‘have thus been inserted through the slots
nal height of said container, whereby when the container
40a, the flaps 42b may again be bent outwardly, as shown 50 is set up each of the end members at each end of said
in :FIGURE 4, to give the tabs 42a a T shape which pre
container may be hooked through the notch in the other
vents their being Withdrawn from the slots 40a.
end member at said end of the container to secure the two
end members together.
As may be seen in FIGURE 3, ‘the end members 40 are
also provided with notches 40b, and the end members 42
4. A container blank as claimed in ‘claim 1 wherein at
are provided with notches 42d, for the purposes previ 55 least one of the transverse edges of each of said end
ously described. The two .end members 40 are identical,
forming sheets projects beyond the adjacent transverse
one being merely inverted with respect to the other, as are
edge of the side material of said container blank, and
the two end members 42.
wherein such projecting transverse edge ‘of each of said
The crate blank illustrated in FIGURE 5 is also simi
end-forming sheets is notched near each end to such
lar to that shown in FIGURES .1 and 2, except that the
depth that the bot-tom edges of the notches are aligned
two end members attached to the back section 12 are
with said adjacent transverse edge of the side material to
formed from a single sheet of corrugated-material gen
permit said end-fanning sheet to be pushed through the
erally designated 50, as are the two end members secured
box-making machine by the same elements which engage
‘the transverse edges of the side material.
to the front section 16. Each of these two sheets 50 is
transversely scored along its center line, as indicated at 65
References Cited in the ?le of this patent
50a, to facilitate dividing the sheet into two end members
50b and 50c. When the sheets are thus divided to form
UNITED STATES PATENTS
the end members 50b and 50c, the resulting structure is
substantially identical with v that of FIGURE 1.
Of
course, the structure shown in FIGURE 5 is feasible only 70
in crate blanks wherein the inside width of the blank is
1,045,648
2,039,612
2,146,984
2,492,454
Walter _______________ __ Nov. 26,
Stivers ________________ __ May 5,
Powell _______________ __. \Feb. 14,
Anderson ,______, ______ _.. Dec. 27,
1912
1936
1939
1949
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