The present invention relates generally to a booklet for recording information, such as bank transactions, expenses, mileage, appointments, schedules, and the like, and more particularly, to a wallet size card booklet having a pocket with a transparent window formed therein a front cover. The pocket is large enough to hold and display a conventional size bank card, but the booklet itself is small enough to fit within one of the conventional card compartments of a wallet.
As the technology related to information, identification, sales, banking, and the like have proliferated in recent years, so have the numbers and types of identification cards, credit cards, debit cards, smart cards, etc. (hereafter referred to as “bank cards”). Most all of these cards have been produced in the conventional credit card size so that they can be carried in the same wallet pockets as the credit cards. These cards are referred to as CR80 (3⅜-2⅛ inches) and generally are 0.015-0.033 inches thick.
While this plethora of cards has made many aspects of daily life more convenient and transactions less time consuming for users “on the go,” other means have become necessary for recording transactions, instructions, reservations, directions, etc. Thus, various holders, booklets, and folders have been introduced having card inserts or pockets and one or more spaces to record information or transactions. Unfortunately, their introduction has created a situation where users have just one more article to carry separately.
In more recent years, wallet size card books have been provided having pockets large enough to fit a credit card sized card, but yet small enough so that the entire booklet may fit into the credit card compartment of a conventional wallet.
Applicant(s) recognized the various problems and have created a type of booklet which overcomes them. Applicant(s) have also noted that while these wallet size books have at least eliminated the problem of having an additional separate article to carry, producing one of the cards itself, for identification purposes or for quick access to the information on the face of the card, still requires that the card be removed from the pocket or sleeve of the card booklet for such purposes.
Further, as the uses of smart cards and the like have expanded, so have the sensitivity of these cards to magnetic fields, electrostatic exposure, and electronic devices in close proximity. Accordingly, materials such as plastics having a greater than normal propensity for static accumulation, have been found to disrupt or even permanently alter the magnetic properties of these cards.
There has also been developed a method for making such booklets utilizing mass production techniques.
One aspect of the present invention relates to an improved wallet size booklet for holding bank cards, and to a method for forming the same. More particularly, the embodiments described herein provide a bank card booklet having a pocket which is large enough to hold a standard bank card, and yet is sufficiently compact to fit within the conventional card compartment of a wallet. A transparent window is formed in one of the front or rear cover panels of the booklet so that substantially all of the information on the front of the bank card is visible without having to open and/or remove the bank card from the pocket within the booklet. To ensure that the magnetic properties of the bank card are not altered or disrupted through use of the booklet, an anti-static material forms the transparent window.
A first aspect of the invention is directed to a wallet size bank card booklet comprising a cover having a card pocket, a transparent window into the pocket, and a booklet insert. The cover is formed of a cover material having a width dimension ranging from 4¾ inches to 5¼ inches (5 inches being preferred) and a height dimension ranging from 3⅜ inches to 3⅝ inches (3½ inches being preferred). A transverse fold divides the cover into a front cover panel and a rear cover panel, each panel having outer and inner surfaces. The booklet insert is in the form of a plurality of leaves formed of a different material from the cover and having dimensions substantially the same as the dimensions of the cover. The leaves also are divided along a transverse fold, forming pages. The cover and the booklet insert are attached in such as manner that the fold of the cover and the fold of the leaves are contiguous. The completed folded booklet then has a dimension of about 2½ inches×3½ inches.
An opening is cut in the front cover panel, and an adhesive layer is applied to at least the inner surface of the front cover panel. A transparent sheet is then adhered to the inner surface of the front cover panel, the transparent sheet being larger than the opening, but shorter and narrower than the front panel, thereby forming a window. One side edge of the transparent sheet is positioned adjacent the fold, leaving an L-shaped marginal adhesive area along two adjacent edges of the inner surface of the front panel. A pocket is formed by a first leaf of the booklet insert being sealed along two edges to the L-shaped marginal adhesive area on the inner surface of the front panel. The third edge is actually the transverse fold and the fourth edge is unattached, forming the opening of the pocket, In one embodiment, the transparent sheet is an anti-static clear polyester.
A second aspect of the invention is directed to one method of forming the wallet size bank card booklet. A cover for the booklet is formed, and an opening is cut into either the front cover panel, rear cover panel, or both. A booklet insert is also formed by assembling a plurality of printed leaves. The booklet is then laid face down in the assembly area, and a transparent sheet is positioned on the first leaf. A cover is then moved across an adhesive roll where adhesive is next applied to the inner surface of the front cover panel. The cover is then moved to a position above the booklet and pressed downwardly onto the booklet and transparent sheet. The transparent sheet material becomes adhered to the inner surface of the front cover panel over the adhesive forming a window. Again, in certain embodiments, the transparent sheet is cut shorter and narrower than the inner front panel, having one side edge adhered at the fold and leaving an L-shaped adhesive area exposed on the inner surface of the front panel. The booklet insert is simultaneously attached to the cover in such a manner that the fold lines of the cover and booklet insert coincide. The pocket of the booklet is created by sealing the first leaf of the assembled leaves along two edges to the exposed L-shaped adhesive area on the inner surface of the front panel. A third, inner edge of the front leaf is attached to the cover at the fold and a fourth edge remains open to receive a conventional bank card. In one embodiment, the last leaf of the assembled leaves may be adhered to the inside surface of the rear cover panel to complete the booklet. Alternatively, a pocket with or without a window may be formed by the rear cover panel and the last leaf of the booklet insert. The booklets are then folded.
Yet another aspect of the invention is in the method by which a plurality of booklets can be formed at once, then separated into a plurality of booklets.
These and other aspects of the present invention will become apparent to those skilled in the art after a reading of the following description, when considered with the drawings.
Referring now to the Figures in general, and to
Shown generally as 100 in the Figures, the wallet size card booklet 100 comprises a cover 120 that is formed from a suitable cardstock material such as a treated paper substrate which is commercially available under the name LEXIDE®. LEXIDE® or similarly suitable material comprises a non-woven cover stock of fibers that are intermixed, or impregnated, with a rubber or latex component; however, as will be appreciated, any strong and pliable cover material is suitable for the embodiments described herein.
The cover 120 may be die cut from a larger cover stock material to economically produce the cover 120; e.g., four or more similarly sized covers 120 may be die cut from a standard sized sheet; i.e., 11 inches×17 inches. Each die cut cover 120 has a width, W, (with the cover spread open) of between about 4¾ inches and 5¼ inches and a height, H, dimension of between about 3⅜ inches and 3⅝ inches. As shown in
Each of the front 123 and rear 127 panels has an outer and inner surface. As described below, an arcuate recess is formed in the leaf 172f comprising the inside portion of the pocket to facilitate the insertion and removal of a bank card. Additionally, the booklet 100 has upper and lower rounded corners opposite the transverse fold 122. The rounded corners are between about ⅛ inches and ¼ inches in radius.
In the embodiments shown in
Turning now to
Following application of the adhesive layer 140, a transparent sheet 150 is applied atop the adhesive layer 140 on the inner surface of the front cover panel 123 to form the window 131. To address the problem of static electricity, and thus reducing or eliminating the magnetic interruptions or alterations to bank and smart cards, the transparent sheet 150 is a clear, 5 mil, anti-static polyester sheet, from RIS Paper Co., item number 196713. In this embodiment, the transparent sheet 150 has a thickness of about 5 mils, however, the thickness of the sheet is not critical to the embodiments. As shown in the view of the inner surface of the front cover panel 123 of
While the dimensions of the booklet itself, the window opening 130 (
As will be appreciated, in the preferred embodiment the marginal adhesive area is slightly less than about ⅛ inches in width along the lower edge of the front cover panel 123 and slightly less than about 3/16 inches in width along the side edge of the front cover panel 123. Once the transparent sheet 150 has been adhered over the adhesive layer 140 to form the window 130 (
As shown in
Thus, the pocket is formed by sealing the first leaf 172f of the booklet insert 170 along two edges to the L-shaped marginal adhesive area 142 on the inner surface of the front panel 123 and the last leaf 1721 to the inner surface of rear panel 127. The third, side edge of the first leaf then lies sealed along the transverse fold 174 of the cover, and the fourth, upper edge of the first leaf 172f remains open. So formed, the transverse fold 122 of the cover 120 and the transverse fold 174 of the booklet insert are contiguous. An arcuate recess 173 is provided along the upper edge of the first leaf 172f to facilitate insertion and removal of a bank card. Again, as shown in
While the description above is appropriate to make booklets one at a time,
A sheet W of die cut, transparent, anti-static polyester or other polymers, which form the window coverings 150, is placed on the stack of leaflets as shown in
The sheet W of die cut antistatic polyester is positioned atop the stack of leaflets (
Turning lastly to
The invention has been described herein in terms of several embodiments and constructions that are considered by the inventors to represent the best mode of carrying out the invention. It will be understood by those skilled in the art that various modifications, variations, changes and additions can be made to the illustrated embodiments without departing from the spirit and scope of the invention. These and other modifications are possible and within the scope of the invention as set forth in the claims.