STORAGE CARD

Abstract: The invention comprises a storage card (1) with a case comprising information storing means such as a magnetic strip. The card is intended for use together with a CD, DVD or similar device, with a rectangular shape that includes a circular segment (4) for storing information. The card has four right-angled corners (2) that are rounded and the rounding is equivalent to the circumference of the outer edge of a mini-CD.

Description: Title Storage card Technical field The present invention relates to a storage card, for use together with a CD, DVD or similar device, with a rectangular shape that includes a circular segment for storing information. Background art It has long been possible to collect and store information in the form of sound, images and text on circular discs known as CDs (Compact Discs). The information is written in and stored on a processed layer of material within the disc and then becomes available by the CD being placed in a reading unit, a CD-reader. The CD-reader reads the information and is in turn connected to a loudspeaker system, a computer screen or other type of playback arrangement. There is also another type of disc called a DVD (Digital Versatile Disc) that is primarily divided according to two main functions, DVD-Video and DVD-ROM (Read Only Memory). DVD-Video stores video programmes and plays them back via a DVD player connected to a TV. DVD-ROM stores information of the type normally stored in computers. The stored information is made available by a DVD-player being connected to a computer. DVDs characterised by being able to read in information several times can also be found. In addition, DVD can be found in what is known as an audio format. DVDs can store information in several layers and can be said to constitute a larger and faster type of CD. The main advantage of CD and DVD technologies is that the writing and reading of information is essentially free of disturbing interruptions and that the discs are relatively insensitive to being affected mechanically on the surface as the information is stored within the disc. In the following text, the word CD is used throughout. It is assumed that it is clearly understood that this can also apply to DVD or other similar digital storage units. Recently, CD business cards have been designed that are rectangular like an ordinary business card and that utilise the information storage technology of the CD. These are quite simply produced by a CD being cut to a rectangular appearance. A circular CD-functioning area remains on the card. The card is placed in an ordinary CD player for reading. The German utility model DE, Ul, 29709648 and DE, Ul, 29710282 illustrate examples of an entrance ticket and business cards, respectively. Utility model DE, Ul, 29709648 depicts a CD on a business card with its short sides rounded in accordance with the rounding being equivalent to the circumference of a CD. This rounding creates the problem of preventing the providing of a readable magnetic strip at the short sides of the card. The utility model DE, Ul, 29710282 depicts a CD on a card, whereby the card is provided with edges fitting a CD track in a CD reader. This utility model is not teaching how to maximize an active readable CD surface area on the card. There are also other cards with different functions. There are cards for withdrawing money, registering a purchase, clocking in or out, membership cards, telephone cards and an endless number of others. An ordinary person carries on them an almost unmanageable number of cards to gain access to the different functions that are now part of their day-to-day life. Summary of the disclosed invention There is a desire to improve the different types of cards that carry information. If the technology is going to be of interest for the user, the use of the card must be as problem-free as it is possible to achieve. The card must be adapted to fit writing and reading devices and provide a place for storing different kinds of information. One aspect of the present invention is to realize this desire. Another aspect of the present invention is to make possible to provide a magnetic readable strip on one of the short sides of a CD card according to the present invention. A further aspect of the present invention is to provide a large as possible contact surface against a CD tray stabilizing and preventing the card to jam into apertures of the CD tray. A still further aspect of the present invention is to maximize the active readable CD surface area or segment on a CD card. In order to solve problems related with prior art CD cards, the present invention provides a storage card, for use together with a CD, DVD or similar device, with a rectangular shape that includes a circular segment for storing information. The card has four corners that are rounded, whereby the rounding is equivalent to the circumference of the outer edge of a mini-CD, said rounding leaving four linear sides on the card making it possible to provide a readable magnetic strip on the both short sides. The rounding thus providing a large as possible contact surface against a CD tray stabilizing and preventing the card to jam into apertures of the CD tray which are provided for facilitating a removal of an inserted CD. Also, said rounding thus providing a large as possible active surface for storing and reading CD information. Further embodiments of the present invention are disclosed through attached independent claims. Brief description of the drawings Other features and advantages are evident from the following description of an example of an embodiment with reference to the enclosed drawings, of which: Fig. 1 illustrates a storage card in accordance with the present invention; Fig. 2 illustrates a card with one preferred design; and Fig. 3 illustrates a card with an information storage unit. Detailed description of preferred embodiments Storage card 1 is rectangular and has rounded corners 2 that are equivalent to the outer diameter of a mini-CD. The card 1 can have a centrally located circular opening 3 for receiving the holding device of a CD-reader unit (not shown in the figure). The card 1 is provided with a circular partial segment 4 onto which information is read, stored and fetched with the help of CD technology. The card 1 can also be provided with a magnetic field 5, bar codes 6 and/or transponders 7 for equivalent handling of information using technology intended for the purpose. The card 1 is manufactured from the material used in the manufacture of a normal CD. The shape of the card 1 is governed both by the amount of information that is to be stored and by the appearance and shape of the reading devices, both CD-readers and other card readers, that are found in the marketplace today. Primarily, card 1 has a shape that can be placed in a mini-CD-reader. The basic shape is a rectangle where the corners 2 are rounded so that the diagonal of the card is equivalent to the diameter of a mini-CD. The curved shape of the four corners is equivalent to the outer edge of a mini-CD, which has a diameter of 80 mm. The corners 2 of the card function as contact surfaces and center the card in the CD-reader. The advantage of rounding just the corners and not the whole of the side of the card is that the card retains four straight edges. Straight edges increase the possibility of providing the card with further information. The utility model DE, Ul, 29710282, as mentioned depicts a CD on a card, whereby the card is provided with edges fitting a CD track in a CD reader. This utility model is not teaching how to maximize an active readable CD surface area on the card. The utility model only teaches that the limiting points referred to in the attached drawings are chosen to have a diameter in accordance with standardized CD/CD-ROM. But the present invention teaches that the curved shape of the four corners is equivalent to the outer edge of a mini-CD, i.e., the entire corner is designed to fit with standardized mini-CD disks. This is important because it maximizes the area of the CD card being aligned with the diameter of the CD disk, thus preventing the disk to jam into apertures provided in a CD tray for facilitating release of a disk placed on the tray. Also, the maximized area stabilizes the disk when played in a CD player by having as much card area as possible aligned with a mini-CD diameter. A card manufactured in accordance with utility model DE, Ul, 29710282 could create pockets at its edges between the limiting points which would destabilize a played card through, for example, turbulent air. Further, by not teaching how to maximize the card area aligned with the standardized diameter, the utility model DE, Ul, 29710282 description fails to teach how to maximize the circular partial segment 4. Regarding the utility model, the closer the limiting points are to each other the smaller the width measure between a cards two long sides becomes. Hence, limiting the standardized circular partial segment 4 of a mini-CD, in a worst case to almost nothing of the storage part of said segment 4. This due to that inner parts of the standardized segment are surfaces not intended for storage of data, thus making the storage part of the mini-CD heavily dependent on said card width. The card has a preferred length of 72 mm and a preferred width of 56 mm. The width is governed by the width of the most common cards found in the marketplace. The outer card dimensions of 72x56 mm allow room for a circular partial segment 4 with a maximum diameter of 54 mm at the centre for the information that is to be controlled with the help of CD technology. To make it possible to be able to access the stored information with the help of a standard CD-reader, card 1 can be placed in an adapter unit that is in turn shaped so that it can be placed in the standard disc tray part of a CD-reader or constitute an automated adjustable part of the reader. The previously known CD-business card has utilised CD-ROM (Compact Disc-Read Only Memory) technology that refers to a disc where information is written in once and thereafter is only readable, i.e. new information cannot be written in. It is normally this type of reproduction of information that is of interest for a business card. For the present storage card 1, it is advantageous to use CD-R (Compact Disc- Recordable) technology, which refers to a disc on which one can continuously write in new information. CD-Rs have a somewhat more sensitive surface but this can be corrected easily with an extra layer of protective material. CD- WO (Compact Disc-Write Once) is also a similar disc. Other CDs with other functions can naturally be used. Discs that can be considered are, for example; CD-ROM XA (Compact Disc-Read Only Memory Extended Architecture), which is a CD-ROM designed to have better audio and video functions so that it is more suitable for multi-media applications, CD-DA (Compact Disc-Digital Audio), which is a disc used to digitally record and play back music of exceptionally high quality, or CD-I (Compact Disc-Interactive), which is a disc on which interactive multi-media applications can be stored and from which information can be read with the help of a CD-reader connected to a television. DVD can also be of interest. The type of disc chosen naturally reflects the function that is desired. To be able to equip the card with other ways of storing information and other functions, one has to take advantage of the space available on the card. A magnetic field 5 and bar codes 6 can simply be placed on the card along one or more of the four straight edges, for example. Microprocessor units and transponder units 7 are also easy to place on the card. The card can naturally be provided with illustrations and text on the card surface at the same time as information is found stored on or in the card. The areas on the card that are not filled with information can be processed in any way chosen. It may be appropriate to design the card with a hole 8 to allow it to be attached to a carrying device in cases where the card is to function as an identity card and/or information transfer unit. Anything is possible as long as it does not affect the possibility of placing the card in a reading device. Further in one embodiment of the present invention a storage card can be provided with a removable casing having a magnetic strip readable storage medium provided along one of the short sides of the casing. A casing could be made of for example a transparent plastic material. The casing is preferably partly released from the card when using the magnetic strip, so that said magnetic strip runs free from the card. This provides that the casing is fitting in a magnetic strip reader device regarding its thickness. If the casing is not partly removed it vill not fit due to the thickness of both the card and the casing. The storage card should primarily function as a means of identification and an information writer, carrier and provider. The card functions as a means of identification, for example, during the use of databases, to gain access to company information, work projects, bank services and similar that can be accessed via computers, for example, via the Internet. The card can also be used as a means of identification to allow physical access to places of work, buildings, machinery and so on. The card also works as an information writer, carrier and provider in a form just like a business card with printed text and stored images, text and sound for people, companies, organisations, clubs and similar. The information can be a type such as direct advertising but can also give instructions for performing tasks or pure information about different things. The card gives the user the possibility of regularly collecting information he or she needs for different purposes and for different reasons, for example via a computer system. It can be information about the book of the month in a book club, today's working tasks, the minutes of a meeting of an association, this month's medication, the latest songs of one's favourite musical artist, the annual report of the company, and so on. The card can also function as a small notebook where it is possible to store things of interest, then take them home and do something with them. This can refer to information of the type named above or it could be a new customer address or something else. Further areas of use can be for company gifts, product presentations, digital books, brochures, instruction manuals, tickets of different types, transmitters/receivers and naturally as credit cards, library cards, membership cards and much more. The size of the card and the amount of music or information that it can accommodate make it suitable for so-called release distributions to, for example, radio stations, for launching new artists, records, films or similar. The card can naturally also be given a function that more emphasises its entertainment value. The above description should not be seen as limitations of the invention but only as guidelines for interpreting the invention according to the claims.

Claims: Claims 1. A storage card (1), for use together with a CD, DVD or similar device, with a rectangular shape that includes a circular segment (4) for storing information, characterized in that the card has four corners that are rounded and that the rounding is equivalent to the circumference of the outer edge of a mini-CD, said rounding leaving four linear sides on the card, thus making it possible to provide a readable magnetic strip on the both short sides, said rounding thus providing a large as possible contact surface against a CD tray stabilizing and preventing the card to jam into apertures of the CD tray which are provided for facilitating a removal of an inserted CD, and said rounding thus providing a large as possible circular segment (4) for storing and reading CD information. 2. A storage card according to claim 1, characterized in that the card includes at least one magnetic strip (5) on one of its short sides. 3. A storage card according to any of the claims 1 or 2, characterized in that the card includes at least one bar code (6). 4. A storage card according to any of the claims 1-3, characterized in that the card includes at least one transponder (7). 5. A storage card according to any previous claim, characterized in that the card includes a CD-R-like function that allows both repeated writing and reading. 6. A storage card according to any previous claim, characterized in that the card is provided with a removable casing having a magnetic strip readable storage medium provided along one of the short sides of the casing. 7. A storage card according to claim 6, characterized in that when the casing is released from the card so that said magnetic strip runs free from the card, the casing is fitting in a magnetic strip reader device regarding its thickness.

Inventors: DUROJ DANI, DUROJ, DANI
Applicants: CREATIVE MEDIA DESIGN AT INTEG, DUROJ DANI, CREATIVE MEDIA DESIGN AT INTEGRATED SYSTEMS SCANDINAVIA GROUP AB, DUROJ, DANI
Application year: 2000
Main classification: G06K19
IPC codes: B42D15, G06K19, G11B7, G11B13, G11B23