Storage apparatus for cards

A card storage system for storing a sport or other collectible card in a pocket with a tool having a thin flat insertion panel including a width smaller than the opening of the pocket and longitudinally extending side edges and a front end generally transversely extending between the side edges. Longitudinally extending flanges having tapered forward ends extend upwards from a front side of the tool along corresponding ones of the side edges forming a channel between the flanges. A tapered edge, preferably having a narrowing width in the longitudinal direction, is provided at the front end of the insertion panel for spreading apart the opening of the pocket. A longitudinally extending flat extraction panel is connected to the insertion panel's back end and provided with a tapered edge at its front end which is itself of narrowing width for spreading apart the opening of the pocket to extract the card from the pocket.

FIELD OF INVENTION 
The present invention relates generally to the field of storing baseball, 
football, basketball and other collectible cards, and more specifically to 
an apparatus and system for inserting and extracting the collectible cards 
into and from a protective envelope, while preventing damage to the 
corners, edges, or faces of the cards. 
BACKGROUND OF THE INVENTION 
A variety of card storage systems for storing collectible cards in 
envelopes or pockets to protect the cards from dust, dirt and physical 
damage are found in the prior art. They are typically made of a 
transparent plastic such as polyethylene for ready viewing and 
identification of the cards they contain and are often arranged as pockets 
on a sheet or page that can be held in bound or loose leaf or other types 
of binders. However, the cards the corners, edges, and face surfaces; of 
the collectible cards are subject to damage during the storage processes 
of insertion and extraction into and from the protective envelopes or 
pockets. The limited pocket size and general nature of clear plastic pages 
can cause inadvertent damage when manually inserting or extracting cards 
from pockets. Manual insertion and insertion can sometimes be very 
difficult and frustrating as well as time consuming, which can increase 
the chance of bending or nicking a corner and creasing or tearing a 
trading card. This can cause a great decrease in the value of a 
collectible card; for example a damaged corner or edge can result in a 50 
percent reduction in the value of a collectible card. Therefore, there has 
been a need for a means to insert and extract the cards in and from the 
envelope without damaging its edges or corners. 
U.S. Pat. No. 5,159,964, by Baker et al., proposes a cover in the form of 
tong like tool to protect the cards (only during the insertion process) in 
the form of a tool having two substantially parallel flexible panels 
having widths shorter than the envelope width and being resiliently spaced 
from each other at their free ends. The card may be grasped between the 
panels for insertion into the envelope and notches are provided in the 
free ends of the panel to permit gripping the card between the walls of 
the envelope when the tool is withdrawn. The Baker tool must be loaded 
with a card and does not provide for the extraction of the card. Its tong 
like design presents a very thick edge to the opening of the pockets which 
makes it somewhat difficult to spread apart and open the pockets 
particularly in the case of tighter fitting pockets made of thinner 
plastic or polyethylene. 
Another problem associated with using plastic such as polyethylene pockets 
is that the collectible cards may become stuck to the front or back sides 
of the pocket and a safe means to remove the card is required in order to 
prevent or reduce as much as possible the amount of damage to the card. 
OBJECTS OF THE INVENTION 
It is thus an object of the present invention to provide a tool and method 
which permits insertion and extraction of cards without damage to their 
corners, edges, or faces which will cause the value of the collectible 
card to be significantly decreased. 
It is another object of the present invention to provide such a tool as 
described above which is compact and inexpensive and easy to use with a 
variety of card storage envelopes and pockets. 
Yet another object of the present invention is to provide a safe means to 
remove a card that may become stuck to the front or back sides of a pocket 
with a minimal amount of damage to the card. 
It is finally an object of the present invention to provide such a tool 
which is specifically suited for protecting any collectible card during 
the insertion and extraction process into an envelope. 
SUMMARY OF THE INVENTION 
A card storage system for storing a card, or any thin flat sheet or card 
like element, in a longitudinally extending pocket with an opening at an 
end of the pocket provides a tool having a longitudinally extending flat 
insertion panel including a width smaller than the opening of the pocket 
and longitudinally extending side edges and a front end generally 
transversely extending between the side edges. Longitudinally extending 
flanges having tapered forward ends extend upward from a front side of the 
tool along corresponding ones of the side edges forming a channel between 
the flanges. A tapered edge, preferably having a narrowing width in the 
longitudinal direction, is provided at the front end of the insertion 
panel for spreading apart the opening of the pocket. 
In one embodiment each of the flanges has a front section and back section 
that correspondingly extend a front height and a back height upward from 
the front side wherein the back height is larger than the front height. In 
the preferred embodiment the card storage system tool is further provided 
with a longitudinally extending flat extraction panel having 
longitudinally extending side edges, an extraction panel back end, and an 
extraction panel front end. The extraction panel back end is connected to 
the insertion panel back end, preferably by a hinge means for allowing one 
of the panels to be folded over onto the other of the panels. A tapered 
edge is provided at the extraction panel front end which is itself of 
narrowing width for spreading apart the opening of the pocket. The tool 
preferably has a back side with a textured gripping surface along the 
extraction panel and can be molded from a flexible plastic material.

DESCRIPTION OF THE INVENTION 
FIG. 1 illustrates a card storage system 10 for storing a card 12 in a 
longitudinally extending pocket 14 with an opening 16 and includes a tool 
20 in accordance with the preferred embodiment of the present invention. 
The pocket 14 is illustrated on a sheet or page 18 of pockets that can be 
held in bound or loose leaf or other types of binders but the invention is 
also applicable to single pockets that may be used to store cards. 
The tool 20, illustrated in greater detail in FIG. 2, has a longitudinally 
extending flat insertion panel 24 and an outside width W slightly smaller 
than the width of the opening 16 of the pocket: 14 in FIG. 1. The 
insertion panel 24 has longitudinally extending side edges 26 and a front 
end 28 generally transversely extending between the side edges. 
Longitudinally extending flanges 32, having tapered forward ends in the 
form of wedges 34, extend upward a height H, on the order of magnitude of 
about 40 mils, from a front side 36 of the tool 20 along corresponding 
ones of the side edges thereby forming a channel 40 between the flanges. 
The front end 28 has a tapered edge 30 and side portions 44 which are 
angled or cut back with respect to the side edges 26. The tapered edge 30 
may also be cut back or curved in some other manner in order to provide a 
front end of narrowing width W1. The shape of the front end 28 with the 
cut back side portions 44 and the tapered edge 30 provide a means for 
easily inserting the tool into the pocket 14 and the wedges 34 provide a 
means to easily initiate the opening of the pocket's opening 16. Following 
the initial opening the rest of the insertion panel 24 can be slid in so 
that the flanges 32 can spread open the pocket 14 to allow the 
unobstructed insertion of the card 12 into the pocket through the channel 
40. 
Preferably, each elf the flanges 32 has a front section 52 and a back 
section 54 that correspondingly extend a front height H1 and a back height 
H2 upward from the front side 36 wherein preferably the back height is 
about twice as large as the front height. A second wedge 56 transitions 
each of the flanges 32 from the front section 52 to back section 54. The 
second wedge 56 and higher back section 54 allow the pocket opening 16 to 
be opened a bit wider to further facilitate insertion of the card 12 at a 
larger insertion angle A reducing the risk of nicking a corner or scraping 
the edge of the card 12. The ability to allow the card 12 to be inserted 
at a larger angle A also helps prevent bending the card which could mar 
the face of the card or crease it. 
Referring to FIGS. 2, 3, and 3A, the exemplary embodiment of the tool 20 
further includes a longitudinally extending flat extraction panel 60 
having longitudinally extending side edges 26 and a second width W2 that 
is smaller than that of the opening 16 and preferably smaller than the 
width W of the insertion panel 24. An extraction panel back end 62 may be 
operably connected to an insertion panel back end 66 of the insertion 
panel 24 as illustrated, The extraction panel 60 also includes an 
extraction panel front end 64 having an extraction tapered edge 30 at the 
extraction panel front end 64 for spreading apart the opening 16 of the 
pocket 14, as illustrated in FIG. 3A, during the card extraction process. 
The tapered edge 30 at the extraction panel front end 64 allows the 
extraction panel 60 to be easily slid between the card 12 and the pocket 
14 and also helps separate the card from the pocket if they are sticking 
to each other. The tool 20 and in particular the extraction panel 60 is 
provided with a textured gripping surface 76 on the tool's backside 78 to 
help the extraction panel grip the card 12 during the card extraction 
process. The textured surface 76 may be provided by roughening a portion 
of the backside 78 or making it fuzzy or some other suitable material or 
treatment may be applied to the backside. 
Referring back to FIG. 2, the extraction panel back end 62 is connected to 
the insertion panel back end 66 by a hinge or other means 70 for allowing 
one of the panels to be folded over onto the other panel. The tool 20 is 
preferably formed of a single sheet of plastic and the hinge means 70 can 
be formed by constructing a set of spaced apart transversely extending 
grooves or indentations 72 between the extraction panel back end 62 and 
the insertion panel back end 66 by forming a third hinge panel 74 between 
the other two panels. This allows the tool 20 to be used as a pair of 
tongs, as illustrated in FIG. 4, for handling the card 12 in a safe and 
efficient manner when the card is outside the pocket 14. This helps 
prevents marring or soiling the face of the card when handling it. 
While the invention has been shown in connection with a preferred 
embodiment, it is not the intention that the invention be so limited. 
Rather, the invention extends to all such designs and modifications as 
come within the scope of the appended claims. For example the invention 
may be used with any thin flat sheet or card like element such as a 
photograph.