Note: Descriptions are shown in the official language in which they were submitted.
10542~4
This application is a divisional ayplication of
Application No. 243,702 filed January 16, 1976.
In professional, industrial, business, and other
types of offices one problem which has plagued the operation
of such offices is the processing and handling of documents
which are in an "active" state, i.e., documents that are
being usèd and worked on but need temporary storage maybe
for an hour or a day or two. The office equipment industry
offers very adequate files, drawers, and bins for storage
purposes, but these are primarily designed to handle documents
which are in an "inactive" state, that is, documents that have
passed beyond the "active" state and are in effect in final
storage. Therefore, there has been a long felt.need for office
equipment whereby documents that are in the "active" state
can be organized and classified, temporarily stored, and then
easily handled and conveyed to different departments in the
office.
SUMMARY OF THE INVENTION
The present invention relates to a manual document
handling system which provides for an easy and organized way
of classifying, temporarily storing, and moving documents
from one department to another or from one person within a
department to another person in the same department.
The apparatus of this invention for accomplishing
this organization and classification of documents is a simple
structure which is relatively easy to manufacture, assem~le
and install with relation to other items of furniture within
the office, such as tables, storage cabinets and the like.
This equipment makes possible the easy insertion and retrieval
3~ of the documents in the trays of the system. It makes the
idcntification of the documents and the transportation of
the documents from one station to another a relatively easy
~054Z~4
tas~ with less chance of errors and of losing the documents.
The structure of the support for the trays makes the
hanging of the trays and removal of the trays from the su~port
relatively easy and less burdensome than in conventional type
of storage systems.
The system makes a highly visible display of the
"active" documents. It makes for a neat appearing but
otherwise visible display of such documents. The present
invention makes the employee working in the office with
the use of this system more productive at his job. It
provides secondary benefits in supervisory/management control
and planning, elimination of duplicate sorting proce~ses,
and faster documents movement and increased employee know-
ledge of what is occurring as these "active" documents are
worked on and transmitted from place to place.
The present invention makes for a wide variety of
different shapes of trays for different sizes and shapes of
documents and allows for a number of trays of different shapes
and sizes to be used in any given space.
Thus the present invention provides a manual paper
handling sy$tem for processing and handling paper comprising
a support structure presenting a vertical support panel means
for handling a plurality of trays therein; a plurality of
trays, said trays and support structure having cooperative
mounting means for permitting easy, removable hanging of
said trays on said support panel in a position extending away
from said support panel; the improvement comprising: said
trays generally being of a similar "J" shape but at least
some of said trays being of different widths and heights,
said different widths being equal to or multiples of a width
module and said different heights also being equal to or
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~0542CJ4
multiples of a heiqht module whereby the "J" shaped trays can
be arranged to interfit within and above the oth~r providing
a greater number of trays which can be supported on said
support panel.
Having described very briefly the various objects
and advantages of the present invention, reference is now
made to the drawings wherein:
BRIEF DP.SCRIPTION OF THE DRAWINGS
-
Fig. 1 is a perspective, front elevational view of
a desk showing the system of this invention mounted thereon;
Fig. 2 shows still another arrangement of a desk
and a side storage cabinet with the present invention arranged
in relation thereto;
Fig. 3 is an exploded, perspective view of the
various components o the tray support panel of this invention
which is adapted for a free-standing type of arrangement.
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l This figure also illustrates the modular construction of
the tray sul)port panel which can be utilized for different
sizes and numbers of trays as desired;
Fig. ~1 is a perspective view of a number of
different si~es and shapes of trays utilized in the system
of this invention;
Fig. 5 is a cross-sectional, side elevational
view of the combination of trays and tray support panel
of this invention;
Fig. 6 is a partial, front, elevational view of
the trays and tray support panel of this invention;
Fig. 7 is a perspective, side elevational view
of one of the trays of this invention with an accessory
insert;
Fig. 8 is a perspective, side elevational view
of the insert shown in Fig. 7;
Fig. 9 is a partial, cross-sectional, side eleva-
tional view of an indicia part of the tray of this invention;
Fig. 9A is a cross-sectional view taken along
the plane 9A-9A of Fig. 9;
Fig. lO is also a partial, exploded view of the
support posts foT the tray support panels;
Fig. ll is a partial, perspective, exploded view
of the base leg for the free standing support of Fig. 3
and showing a modification for clipping the leg onto a
table or the like;
Fig. 12 is a side elevational view of a spacer
used in conjunction with a tray of the present invention
especially for adapting the tray for accommodating
di~erent sizes of documents;
Fig. 13 is a plan view of one means for
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1054204
l mounting the tray support panel between two upright
panels; and
Figs. 14, 15, 16 and 17 are schematic diagrams
illustrating how the trays and back panels by reason of
their modular construction can work together to provide a
variety of versatile combinations.
~ow referring more specifically to the drawings,
Figs. 1 and 2 disclose this invention utilized in conjunc-
tion with a desk 100 (Fig. 1) or with a desk 200 and a
]0 storage cabinet 300 (Fig. 2). In each example the invention
consists of two basic components, a tray support panel 10
and a plurality of trays "T" hung on the support panel
10. The trays can be of different shapes and sizes such
as shown in Fig. 4 which illustrates such trays identified
by reference numerals 1, 2, 3, 4, 5, 6, 7, 8, and 9.
These trays aTe adapted to be mounted as will be described
hereinafter on a support panel 10 (Figs. 3, 5, 6, and
13).
The panels 10 as illustrated best in Figs. 3,
-5, and 6 are made up of a plurality of slats such as
slats lla, llb and llc (Figs. 3 and 5) each of which are
identical. The slats in turn are assembled together by
means of the posts 12, which can be mounted either in a
free standing manner as will be described hereinàfter or
can in turn be secured to another support as will also be
described.
Each of the slats lla, llb and llc are identical.
The construction of these slats is best showll in Eigs. 3 and
5. Such construction includes a back wall 120 having a lip
3n 13 at thc very top and tl-e two hooks 14 and 15 spaced one
above the other. The two hooks 14 an~ 15 are identical and
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1054Z04
1 include a front wAll 16, a bottom wall 17 and a hook-shaped
upper wall 18. These slats lla, llb and llc can be constructed
out of metal by any conventional means such as by extruding
or by forming and welding. It is also conceivable that these
slats can be constructed of a plastic material.
The hook structures 14 and 15 not only provide a
hook on which the tray can be hung but also provide a socket
by which the slats can be secured to the posts 12. This
socket and plug construction is best shown in Fig. 3 wherein
the post 12 is shown with the tabs or plugs 19 received into
the passages or recesses 20 on the ends of the slats lla,
llb and llc. It should be obvious from the details as shown
in Fig. 3 that when the plugs or tabs 19 are inserted into
the openings 20 the slats lla, llb and llc are rigidly mounted
to the post 12 and thus are secured together to form the panel
for hanging the trays on.
As is illustrated by the posts 12, 12b and 12c,
the posts can be of any predetermined length for mounting any
predete~mined number of slats. Specifically post 12 mounts
three slats, post 12b mounts two slats, and post 12c only
one slat.
The support panels 10 can be supported in several
ways. Fig. 3 discloses a free-standing type of construction
in which there is provided a L-shaped base 21 ha~ving a base
leg 22 and an upright leg 23. The upright leg 23 is of a
shape and size to receive the lower end 24 of the post 12
However, in some instances it is desirable to space the panel
above the surface on which the freely mounted support is
resting. In such a case an extension member 25 is provided
30- having an end 25a and an end 25b. End 25a is of the same
shape and size and has the same opening of the same shape
~054Z04
l and size as the lo\~er end of the post 24, Thus, the upright
leg 23 of the base 21 is received ~ithin thc end 25a of the
extension member 25. In like manner, the upper end 25b is
of reduced size and shape like the upright leg 23 so as to
be received within the end 24 of the post. In this construc-
tion, as previously stated, the slatted panel is spaced above
the surface on which the freely supported support rests.
Fig. 13 shows still another construction for mounting
the panel 10. This construction is for tlle purpose of mounting
the panel 10 between two panels, for example as illustrated
in Figs. 1 and 2. In this particular instance, U-shaped
brackets 28a and 28b are secured to the spaced end panels 26
and 27, respectively, the number of brackets on each panel
being at least two but varying as desired depending upon the
height of the panel lO. The posts 12 are received within the
brackets 28a and 28b, the fit being such that the panel 10
will stay put in normal use. However, if the panel 10 is
to be removed it can be slid one way or the other so that one
of the posts 12 is removed from the brackets on one panel
and then the other can likewise be removed. This construction
provides for an easy insertion and removal of the panel and
; also provides for a fit of the support panel when the panels
26 and 27 vary slightly such as in drawers and the like.
Still another construction for mounting the panel
10 to upright support members of a panel wall or the like
is shown in ~ig. lO. In this instance, the post 12 is
- provided with a plurality of slots 29 which are shaped and
sized to receive the hook portions 30 of the bracket 31.
The bracket 31 also has the hoo~ portions 32 which extend
in an opposite direction than the hooks 30 and thus can be
inserted into slots of an uprigllt support member such as
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1 one that su~ports a wall for securing and supporting the
post 12 and the entire panel 11 on the wall.
In the post 12 at the very top is a short piece
of metal 33 having a bent over end which fits over the top end
of the hooX 30 which stabilizes the entire assembly. Also
shown in Fig. 10 and also in Fig. 3 is the cap 33 for closing
the top end of tlle post 12.
Fig. 11 discloses a construction for stabilizing
the base leg of the free-standing construction of Fig. 3.
This includes a clip 34 secured in the groove 35 at the
bottom of the base leg 22a. The clip is secured in the
groove 35 by the screws 36 and when so mounted the clip
can be slipped over the edge of a table or desk for stabi-
lizing the entire assembly.
Referring to the trays which are best shown in Figs.
4, 5, and 6, it will be noted that the trays can be of many
different shapes and sizes for holding various types of
documents; for example, file cards, books, large documents
and computer cards. Further, the trays can be made either
right or left handed as ilIustrated. Specifically in Fig. 4,
trays 1 and 2 are right and left document holders as are trays
6 and 7 and 8 and 9, respectively. Tray 3 is a book holder.
Substantially all of these trays, except for the book holder
3, are constructed similarly except for the dimensions. This
construction, as will now be dcscribed in relation to trays
8 and 8a (Figs. 4 and 6), includc a bottom wall 37, a side
wall 38, a back wall or end wall 39 and a retaining lip 40.
As will be seen from Figs. 4, 5 and 6, the bottom wall 37,
from back to front, is sloped upwardly from the horizontal
plane "P" (Fig. 5) and from side 38 to lip 40 is sloped
upwardly from the horizontal plane "P" (~ig. 6). The side
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1054Z4
1 wall 38 is sloped either to the right or left depending upon
whether it is a right or lcft }~and tray and the angle between
side ~Yall 38 and bottom wall 37 is less then 90. ~urther,
as shown in Fig. 5 the back wall 39 is sloped forwardly from
top to bottom. In addition, as shown in ~ig. 5 the top edge
41 of the side wall 38 is inclined downwardly and the front
edge 42, from bottom to top, is inclined rearwardly. This
slope or inclination of the edges 41 and 42 provides an open
area on the sides of the documents 43 (shown in phantom in
Fig. 5) so that the documents can be grasped more easily when
inserted and removed from the tray. It should be understood
that although the specific sides and slopes of the sides of
tray 8a as shown in Figs. 5 and 6 are described, the same
general slopes of the sides of the other trays are the same.
lS At the back of the tray near the back wall and at
the top and bottom of each tray are the hooks 44 and 44a as
illustrated with relation to tray ~a in Fig. 5. These hooks
fit over the hooks 18 provided on the panels 10 by the
slats llb and llc. It will thus be seen that the trays can
hang on the panels by hooking the hooks 44 of the trays over
the hooks 18 of the panels.
It will be noted that at the front of tray 8a a
downturned flange 45 is provided. This flange can be a
matted surface to accept pencil write-on in order~ to identify
the documents in the tray, or in the alternative, a gummed
labe~ or tape can be used for such identification.
Another unique way of identlfying the material in
the tray is shown in ~igs. 9 and 9A wherein the flan~e 45 is
shown having the emhossed portiolls 60 at each end immediatcly
below the bottom wall 37. Thc embossed portions 60 form
dimples which extend into groove 61 for holding the IJ-shaped
g
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l plastic tag holdcr 47 on the flange 45. This U-shaped
indicia holder is shaped to slip over the end of the flangè
45 and hook over the dimple formed by the embossed portions
60. The label holder has a slot 48 for receiving and
retaining a label card.
Figs. 14, 15, 16 and 17 illustrate some of the
basic combinations of trays and support panels made possible
by the modular construction of both the panel and trays.
Fig. 14 discloses the four basic, modular size, trays. It
discloses the vertical module is Y inches (preferably 5 inches)
and the horizontal module is X inches ~preferably 2 inches).
Thus, as shown, the Card tray and the Tab Card tray are one
module (5 inches) high and the Book/File tray and Document
tray are two modules (10 inches) high. It will also be
noted that the slats lla and llb are each one module (5
inches) high. Fig. 14 further shows the Card and Document
trays are each one horizontal module ~2 inches) wide and
the Tab Card and Book File trays are two horizontal modules
~4 inches) wide. By making all of the trays vertical modules
high and horizontal modules wide the layout of the trays
can be more easily developed in order to determine how the
document handling system for any one particular station
can be set up.
Fig. 15 helps to understand this modulàr concept.
It discloses the various blocks formed by a tray or combination
of trays. For example, blocks 62 and 63 are one module wide
by two modules high while blocks 64, 65, 66, and 67 are two
modules wide by two modules high. By this system of dividing
the support panel into a number of blocks of various modules
of width and hcight and knowing what tray or combination
of trays constitutes certain sizes of blocks, the particu~ar
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l arrangement of trays ~or any requirement can be determined.
Fig. 16 illustrates the unique reason for the slats
ll having slots and panel hooks at every "half-vertical-
module" inter~rals (2-l/2 inches). Such an arrangcment not
only permits hanging of tlie trays at increased variable
intervals but it also allows the trays~ such as illustrated
by trays 68, 69 and 70 to be placed diagonally. Such
- diagonal placement provides flexibility to accommodate
specific procedures and allows a larger number of trays
to be hung on a back panel.
Fig. 17 shows another unusual advantage of the
"half-vertical-module" slots and hooks on the support panel
10. Combined with the cutout sections in the back wall 39
of the tray, the "half-vertical-module" location of the
slots and hooks permits a very dense tray arrangement and
essentially the placement of the trays in a vertical line.
Such dense arrangements are particularly useful where a
large number of categories of papers are required (i.e.,
a category for each letter of the alphabet).
OPERATION
The operation of this system should be obvious
from the description. The person using the system will choose
that type of tray adapted for holding the type of document
which he is processing or organizing. Such documents may
include letters, reports, books, tab cards, computer cards,
file cards, and the like. In every instance, it is only
necessary that the panels be sufficiently wide from top to
bottom to support the trays. Since the slats forming the
panels 10 are modular and the distance between the hooks 44
on the trays use the san-e module, the pcrson using tlle system
only need be concerned that tlle width from top to bottom of
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1 thc panel 10 is sufficiellt to accommodate the tr~y holder
for the documents which such persoll is han(lling.
It will he evident thcn that the installer merely
chooses the proper number of slats 11 and the proper length
of posts 12. The assembler then merely plugs the tabs 19
into the openings in the ends of the slats lla llb or llc
and then mounts the panel either on a free-standlng support
such as shown in Fig. 3 or another support means such as
sho~n in Figs. 10 and 13.
The person then using the system hooks the trays
"T" an the panel 10 and stacks the documents in the trays.
It should be observed that when placing the document into
- the tray the upward slope of the bottom wall 37 causes that
document to slide backwaTdly into abutment against the bac~
wall and the slope of the bottom 37 also causes the document
to slide against the side wall 38. From time to time it
is necessary to transfer documents from one station to another
and rather than grabbing the pile of documents in any one
tray, the entire tray is removed from the panel 10 and is
carried to and hung on a panel at the next station where
further processing is accomplished on the document.
It should become obvious that this is a simple
system for handling and processing documents in an organized
and concise way. This is accomplished with simpIe apparatus
that is easily assembled and installed. With this apparatus,
problems of processing and handling documents that are in an
"ac*ive" state is made much easier resulting in improved
organization and classification of such documents.
MODII~ICATIONS
Figs. 7 and 8 sho~ a modification which is prin-
ci~ally adapted for use in printouts on computer machines.
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1 These printouts are especially long and as a result on the
normal size tray would drape around tlle edge creating an
unsightly mess and often getting into the way of the person
using the system. These problems have been solved by pro-
viding an extra length insert which is a plastic piece of
material formed into substantially the identical shape of
the bottom wall and side wall of the trays. This plastic
insert 49 as shown in Figs. 7 and 8 includes the bottom
wall 50 and the side wall 51 arranged at the same angle
with relation to each other as the side wall 38b and
bottom wall 37b of the tray 8b. It will be noted that the
primary difference between the side wall 51 and 38b is
that side wall 51 has a greater height and length to
accommodate the extra large sheets of printout material.
This is also true of the bottom wall 50 which compared with
the bottom wall 37b of the tray is longer to accommodate
the longer length of printout documents.
In the use of insert 49 in handling documents, it
is placed directly in the tray 8b and it alone can be moved
with the documents therein or the entire tray 8b with insert
49 and documents can be moved.
Another accessory extremely useful with the trays
as above described is the adjustable back stop 52 as
disclosed in Fig. 12 which shows the back stop bQth within
the tray and in phantom removed from the tray. This
adjustable back stop includes a two piece assemb~y including
the stop member 53 and the stopmember 54. Stop member 53
is an l.-shaped member including a leg which forms the stop
plate 55 having the shape o~ a truncated isosceles triangle
and }e~ 53a telescopically rec~ived within the leg 54a of
stop member 54 which also has a stop plate 56 of the same
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~0542Q4
1 shape as stop plate 55. The tclescoping structure of legs
53a and 54a permits the spacing betwecn the plates 55 of
stop member 52 and 56 of stop mcmber 54 to be adjusted. The
back stop 52 rests inside thc tray 8a as shown in Fig. 12
S and in phantom in Fig. 6 with the plate 56 abutting against
the back wall 39a. This locates the plate 55 between the
back wall 3~a and the front of the tray to thereby provide
a back stop for short documents. With this adjustable back
stop the short documents are located at the front of the
tray in position for retrieval.
By reason of the shape of plates 55 and 56, the
adjustable back stop 52 can be used in either a right hand
or left hand tray. More specifically, the plates 55 and 56
are formed of truncated isosceles triangles, the angles of
the sides of the triangles matching the angle of slope or
inclination of the bottom wall 37 as shown in phantom in
Fig. 6. Accordingly, when used in a right hand tray such
as tray 8a of Figs. 6 and 12, the plates rest on one edge
or side of the triangle and when used in a left hand tray
such as tray 5 (~ig. 6) the plates rest on the opposite
- edge or side of tlle triangle.
Having described our invention, it should be
understood that although we have described a preferred
embodiment thereof, other embodiments are possible within
the broadest aspect of this invention and therefore our
invention should not be limited except as provided by
the following claims.
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