text: reference will now be made in detail to the present preferred embodiments of the invention as described in the accompanying drawings . the presently preferred application of the present invention is for use with standard audio compact discs as found in , for example , music and record stores . however , the present invention can be adapted for use in other related storage media such as , for example , cd - rom discs , mini - compact discs , single - session or multi - session photo cds , as well as 80 - mm - diameter cd discs . a wide selection of cd storage media is available for entertainment , education , and business . a typical disc can hold over 650 megabytes ( mb ) of information -- the equivalent of 270 , 000 pages of text , up to eight hours of speech and music ( depending on the sound quality ), hundreds of high - resolution images , or any combination of text , sound and graphics . standard music cds provide sound and music recorded in a format typically referred to as digital audio . the present invention is especially adaptable for use in the digital audio format . prior formats for storage media are silent with respect to concealing tracks or data between or adjacent to accessible tracks or data available for use . developers and industry producers have implemented numerous and varied standards or protocols . of particular relevance are the cd standards co - developed by philips and sony for the digital audio format . the phillips / sony digital audio format is called &# 34 ; cd digital audio .&# 34 ; the philips / sony cd digital audio technology is available for license from philips in what is called the &# 34 ; red book .&# 34 ; the red book standards have become the industry standards in the digital audio industry . the present invention provides a significant advancement to all known industry standards for digital audio technology , including the red book standards . further , the present invention has application to other known standards or protocols . standards of relevance and possible application to the present invention are the philips / sony cd - rom standards , known as the yellow book ; the philips / sony cd - i standards , known the green book ; the philips / sony recordable cd standards , known as the orange book ; the philips / sony cd - video / laser disc standards ; the philips / sony cd - rom xa standards ; the philips / sony cd - i ready standards ; the philips / sony cd - i bridge standards ; the philips / kodak photo cd standard ; and the philips / jvc video cd specification standard , known as the white book . it is known in the industry to use a pre - gap on the compact disk . the pre - gap is a buffer between a start communication location on the cd and a first start mark indicative of a beginning location for the data recording area for the first track on the cd . the start communication location on the cd is typically closer to the than the perimeter of the cd so that the cd is transcribed in an outward expanding radial direction . the pre - gap is provided , indeed required , on cd &# 39 ; s to assure that the player can align itself with the start mark . typically , the pre - gap is two ( 2 ) seconds on a cd . the pre - gap can be termed a buffer . the cd player provides an indexing mechanism . the indexing mechanism reads from the cd a table of contents . the table of contents associated with the cd determines , for example , the start and finish location , and respective times for the different tracks or groupings of data on the cd . the cd table of contents information is read by the player and stored in memory . based upon the table of contents information from the cd , the memory in the player knows , for example , where each track begins , each track ends and the length of the respective track . typically , the table of contents has the track locations . each track has a beginning index point and may have an ending index point . typically , the track will begin at index i and end at index 0 . thus , the begin play point is at track 1 , index 1 . if there are x tracks on a cd , the last play location would be track x , index 0 . the location identified by track 1 , index 1 is the begin play point . heretofore , the pre - gap provided a location point for aligning the cd in the player . the cd players are preprogrammed to locate the end of the pre - gap location , i . e . the predefined begin play location . thereafter , the table of contents is read by the player and the player has been discovered to be programmed to remember the locations of each of the tracks on the cd . it is advantageous to use the pre - gap as an auxiliary recording zone . thus , a conventional cd could be divided into two ( 2 ) recording zones , the pre - gap zone and the normal zone . using the pre - gap zone provides a new realm of functionality to the standard cd player market . no changes or adjustments need to be made to the cd player whatsoever . typically , a cd player can access the pre - gap by pressing and holding the rewind button so that the player scrolls to the beginning of a pre - track . the length of the pre - track can be set during the time the cd &# 39 ; s are manufactured . for example , in a conventional cd , to use the method of the present invention , termed the justice soundboard ™ pre - track , the cd is inserted and the play button is pressed . after the play button engages the cd and the cd is aligned , the table of contents is read and the first track is presented for processing , the rewind button is pressed and held providing that the player scrolls to the beginning of the justice soundboard ™ pre - track . when the front of the pre - track location is reached , the button can be released , and the pre - track zone data will be transcribed by the player . this provides the availability of multiple independent track recording on a conventional cd . fig2 is a flow diagram illustrating the method of the present invention . the method provides for locating the begin play point on the medium sufficiently remote from the first play location for accepting data between the begin play point and the first play location . data is impressed on the medium in the pretrack location , i . e ., between the first play location and the begin play point . then , data is placed on the media as normally done , for example , between the first play location and the last play location . further , the method provides for engaging the player for locating the begin play point . the player can be further engaged to locate the first play location . thereafter , the player is directed to transcribe the data from the media between the first play location and the begin play point , i . e ., from the pre - gap zone . thereafter , the player is provided access to transcribe the remaining data as normally would be transcribed from a cd by a player . fig4 illustrates another embodiment of the invention of the present application . the method identified in the flow diagram illustrated in fig4 provides for locating the begin play point on the media sufficiently remote from the first play location for accepting data in a pretrack or pre - gap zone . data is impressed on the pretrack or pre - gap zone which is located between the first play location and the begin play point . further , as normally done on cd media , data is impressed between the begin play point and the end play point . typically , this is done in a series of tracks . thereafter , the player is engaged for locating the begin play point . after the begin play point is located , the player is further engaged to locate the first play location . the player can transcribe the data from the media between the first play location and the begin play location so that the pretrack data is transcribed from the pre - gap zone . lastly , the player can transcribe the data as normally transcribed from between the first play location and the last play location . it can be appreciated that this same technique can be used in any medium . it is not just the cd medium in which the technique can be incorporated . fig5 is a schematic illustration of a representative configuration embodying a track layout adaptable for use with the present invention . fig5 illustrates a storage medium having three data tracks 202 , 204 , 206 . the data tracks 202 , 204 , 206 are preceded by a start location 102 , and terminated by a stop location 106 . between the data tracks 202 , 204 , 206 and the start location 102 and the stop location 106 are gaps g . more particularly , the gaps g may be defined as a pre - gap g p , a first mid - gap g 1 , a second mid - gap g 2 and an end gap g e . a begin communication location 302 is typically provided for the first data track 202 . further , a begin communication location 302 , 304 , 306 may be provided for each respective data track 202 , 204 , 206 . it can be appreciated by those skilled in the art that the begin communication location 302 may be the only such location required . for example , the begin communication location 302 is typically adapted for use with a player or a transcriber so that the player or transcriber will know where to begin removing data from the storage medium . each data track 202 , 204 206 has its respective recording area 212 , 214 , 216 . similarly , each recording area 212 , 214 , 216 has its respective start position 222 , 224 , 226 . fig6 is a generic illustration of the representative configuration as illustrated in fig5 . fig6 illustrates that a plurality of tracks can be adapted for use with the storage medium and in conjunction with the present invention . fig6 illustrates data tracks ranging from data track 1 through data track n . the data tracks provide for a following gap g 1 through g x and g e . of particular interest is the break away portion of fig6 which illustrates that the data track 204 is spaced in time or distance from the subsequent illustrated data track 21x . the data track 21x is positioned so as to be separated from data track 21x + 1 by the gap g x . the data track 21x + 1 is spaced remotely from the last data track 21n . the last data track 21n is illustrated being adjacent the end gap g e . the end gap g e separates the data track 21n from the stop location 106 . it can be appreciated by those skilled in the art that the representative configurations adapted for use with the present invention can vary . fig7 and 9 illustrate variations of representative configurations which can be adapted for use with the present invention . fig8 illustrates an embodiment of a representative configuration wherein the track and recording areas are identical areas 232 , 234 , 236 . the start position 222 , 224 , 226 for the respective track / recording areas 232 , 234 , 236 are used in a similar fashion as previously discussed . it can be appreciated that the tracks illustrated may include concealed tracks pursuant to the present invention . also , the pre - gap g p , mid - gaps g 1 , g 2 and end - gap g e are provided as discussed in fig5 and 6 . fig7 and 9 illustrate another representative configuration of another track layout adaptable for use with the present invention . the configurations of fig7 and 9 illustrate tracks without gaps . it can be appreciated that the tracks illustrated may include concealed tracks pursuant to the present invention . particularly , fig7 illustrates the track 202 abutting the track 204 . also , the track 204 is illustrated abutting the track 206 . the recording areas 212 , 214 , 216 are provided with respective start positions 222 , 224 , 226 , as previously discussed . the pre - gap and post - gap of the representative configurations can exist or not exist as the case may be . for example , fig5 , 8 , 9 illustrate a pre - gap g p existing and not existing , similarly fig5 , 8 , 9 illustrate the end - gap g e existing and not existing . the pre - gaps g p are identified by labels 102 and 104 . the end - gaps g e are identified by numerals 106 and 108 . fig1 is a schematic illustrating more particularly a concealed track disposed within a gap g 1 as practiced by the present invention . fig1 illustrates a data track 202 and a data track 204 having a gap g 1 there between . the data track 202 has a recording area 212 and a start position 222 . the data tracks 202 , 204 are preceded by a start location 102 . the first data track 202 has a begin communication location 302 aligned in the general vicinity of the start position 222 . the data track 204 has a recording area 214 and a start position 224 . between the data tracks 202 , 204 , is the concealed track c202 . the concealed track c202 comprises a recording area c212 and a start position c222 . the gap g 1 between the data tracks 202 , 204 includes the entirety of the concealed track c202 and its adjacent gaps g c1 , g c2 . it can be appreciated by those skilled in the art that the gaps g c1 , g c2 associated with the concealed track c202 can be of whatever dimensions are desired with respect to time or location . also , it can be appreciated by those skilled in the art that the gaps can be displaced or omitted altogether such that the data track 202 abuts against the concealed track c202 , and the concealed track c202 abuts against the other data track 204 , thus , providing an embodiment without any gaps . fig1 illustrates yet another embodiment of the present invention with the concealed track c202 at the end of the data medium . fig1 illustrates a plurality of data tracks 201 - 20n as illustrated with a break away . the break away provides that any number of data tracks can be disposed between the illustrated data tracks 202 , 20n . the concealed track c202 having a recording area c212 and a start position c222 is disposed between the last data track 20n and the stop location 106 . the gap g e between the last data track 20n and the stop location 106 provides for the full dimension of the concealed track c202 and its respective gaps g c1 , g ce . as previously discussed , the respective gaps g c1 , g ce can be altered in size or eliminated completely . fig1 illustrates yet another embodiment of the present invention wherein two concealed tracks c202 , c204 are placed between two data tracks 202 , 204 . the concealed tracks c202 , c204 are , for example , placed near the beginning of the storage medium so as to be between the first two data tracks 202 , 204 . the concealed tracks c202 , c204 and their associated gaps g c1 , g c2 , g c3 fill the entire gap g 1 between the first data track 202 and the second data track 204 . each concealed data track c202 , c204 has its recording area c212 , c214 and start position c222 , c224 , respectively . fig1 illustrates yet another embodiment of the present invention wherein a plurality of concealed tracks c202 , c204 are located at the end of a storage medium . fig1 illustrates two of the plurality of concealed tracks c20n - 1 , c20n disposed between the last data track 20n and the stop location 106 . the concealed data tracks c20n - 1 , c20n are disposed in the end gap g e . the entire dimension of the end gap g e includes the first concealed gap g c1 , the concealed track c20n - 1 , the second concealed gap g c2 , the concealed track c20n and the gap g ce . in its schematic representation , the embodiment of the invention illustrated in fig1 expands the entire length of the storage medium from the start location 102 to the stop location 106 . it can be appreciated that numerous concealed tracks can be placed in each respective gap between data tracks . also , it can be appreciated that numerous concealed tracks can be placed in the pre - gap just as easily as has been illustrated in the mid - gaps and the end - gap . additional advantages and modification will readily occur to those skilled in the art . the invention in its broader aspects is therefore not limited to the specific details , representative apparatus , and the illustrative examples shown and described herein . accordingly , the departures may be made from the details without departing from the spirit or scope of the disclosed general inventive concept .