DE102005002032B4 - Spindle for disk-shaped data carriers - Google Patents

Abstract

Spindle for disc-shaped data carriers, in particular CD, DVD, CD-ROM and the like data carriers, with an arrangement in the form of a provided with a cover or providable archive spindle with individual, the disc-shaped data carriers in each case separated from each other, provided with Kennzeichnungsausformungen interleaves, wherein the single interleaf one having the shape of the data carrier simulated basic body (CD-F) and the identification Ausformung is formed by at least one on the base body (CD-F) laterally protruding tab tab (R),
characterized in that
the interleaf sheets have retention patterns for the data carriers, the register tab (R) is connected to the main body (CD-F) by two spaced apart spacer webs (D), wherein the spacer webs (D) have terminal folds (a) for a right-angled folding of the register tab,
the retaining formations by at least one with the base body (CD-F) connected and substantially the register tab (R) opposite arranged punching (G) with tab (L) is formed, wherein the tab (L) in a folded position the disk at the edge encompasses and continues between the spacer bars (D) ...

Description

The The invention relates to a spindle for disc-shaped data carriers, in particular CD, DVD, CD-ROM and the like data carriers with an arrangement in Shape of an archive spindle provided with a cover or foreseeable with individual, the disc-shaped disk each separated from each other, with Kennzeichnungsausformungen provided intermediate sheets according to the preamble of claim 1.

In Areas where a big one Stock of disk-shaped Media, especially CDs and the like Objects is present, is a space-saving and the disk-friendly Archiving system expedient or even mandatory. It has become especially in the last Years, the spindle has been widely established as a ready-made packaging unit, at the the disk pushed onto a spike and offered in a space-saving way. Thereby account for the every single disk required packaging, such as those known in the CD field Jewel cases, and the disk inventory is thus very space-saving and with a sometimes very large cost advantage stored. This has especially meant that CD blanks in larger quantities sold in spindles.

Indeed It often turns out that the benefits of dating from the state Technically known spindle by a number of significant disadvantages be compensated and partly nullified. So must be described disk, which were purchased as CD blanks in the form of a fully populated spindle, partly be stored again in individual packaging, because the spindle no possibilities for one provides convenient management of the described disk.

moreover makes itself the directly superimposed storage of disk in the spindle in an elevated Surface wear and a concomitant relatively rapid loss of quality of the disk noticeable. Leading z. B. that the spindle in the DVD area as good as not usable is because DVD's Due to their very high writing density, they are especially susceptible to scratches on the blanks or the finished DVD's are.

Out Numerous documents are index systems and guards made of paper, plastic or other materials known to be a Identification of individual CDs or records from a stacked arrangement more of the mentioned data carriers enable or superimposed data carriers before heightened Protect surface wear.

The US 2,535,262 discloses a solution for marking records with an index body having a protruding tab and wherein, following the outer circumference of the record, a circular fold line is provided.

Without Further funds can not be sure of the index facility shown there on the disk be liable. The caption box is on a triangular box located, which extends in the direction of record top. Therefore, no quick identification of a desired Record done as each record of an arranged record pile must be raised individually to look at the label area to be able to.

From the US 4,879,710 there is known a transparency protection in the form of a translucent material comprising a transparent cellulose triacetate film having an inner adhesive ring adjacent the center hole and an outer adhesive ring adjacent the outer periphery of the protection device. However, no specific means for labeling or marking of individual data carriers are disclosed.

The GB 959,076 discloses intermediate discs which are arranged to protect superimposed on a spindle mandrel data carriers. Also in this disclosure no means for labeling the individual data carriers are described.

The lesson after WO 01/09886 A1 relates to an archive spindle with cover box and explains the additional attachment of a protective coating and the consequent necessary modification of otherwise conventional packaging in order to accommodate the protected disk with the protruding beyond these tabs for removing the labels in appropriate known packaging.

In the DE 203 09 241 U1 For example, there is disclosed a CD / DVD spindle index which is mounted substantially as a signature-formed sheet between two data carriers. The individual intermediate sheets are modeled on the shape of the data carrier and have an identification feature in the form of a tab protruding laterally beyond the main body. However, the tab is very narrow and has only a very small area for the necessary labeling for identification of the respective data carrier.

However, a broader version of the tabs is not readily possible, which leads to a considerable supernatant of the tabs relative to the circumference of the data carrier. The cover of the spindle could be in such a case do not overstretch.

Out the above, it is therefore an object of the present invention a spindle for discoid disk with interleaves, which comprise labeling embodiments, so that the resulting tabs can have a very large extent, without that it comes to a lateral standing of the tab with the result that the cover slid onto the spindle becomes, clamps or not or only with great effort deferrable is. Furthermore, an easy way to create the interleaf securely on the disk body to fix at the Removal of a data carrier to ensure, that this with the associated Intermediate sheet is removed from the archive spindle.

The Task is with a spindle for discoid disk, in particular CD, DVD, CD-ROM and the like disk with an arrangement in the form of a provided with a cover archive spindle with individual, the disc-shaped disk each separated from each other, with Kennzeichnungsausformungen provided intermediate sheets according to the characteristics of claim 1 solved, the dependent claims at least expedient extensions or embodiments of the subject invention include.

The interleaves Prevent a direct contact between the data carriers and so that caused by scratching the surface damage and enable on the other hand a clear marking of the individual data carriers in the thus formed archive spindle. Furthermore, the disk through the interleaf sheets and are thus partially fixed by a, but releasable wrapping against environmental influences protected.

The Interleaf case has one of the shape of the data carrier imitated Body on. This may cause the disk be easily lifted off the archive spindle by the fingers the intended medium can capture at the edge, without accidentally adjacent interleaves and thus disk with capture.

The Identification is at least one of the above body formed laterally projecting tab. This rider allows each one quickly and easily find a desired volume.

According to the invention the interleaf sheets Arresting formations for the disks on and the tab is by two spaced spacer bars with the main body connected, wherein the spacer webs terminal folds for a rectangular Have folded the tab.

By the distance bars will be a sufficient distance of the tab to the main body ensured. Allow the folds it, the tab at an angle of substantially 90 ° and with it parallel to the longitudinal axis to fold the spine of the archive spindle, which causes the recognition and reading the label applied to the tab greatly simplified, because the labeling by a lateral View of the archive spindle is recognizable.

Of Furthermore, the Festhalteausformungen by at least one with the main body connected and substantially opposite the Register rider arranged punched with tab formed, the tab in a folded position surrounds the disk on the edge and continue between the spacer webs of the tab rider another punched out is provided.

Thereby becomes the volume connected to the intermediate sheet at at least one other point and held by this, thereby the intermediate sheet sufficient firmly on the disk.

Preferably are the Festhalteausformungen by at least one connected to the tab and in the direction of the main body and formed there punched tongue formed there, wherein the at least one tongue at a right angle unfolded Tab tab surrounds a bottom of the disk. By that already mentioned Folding the tab is made by this advantageous training a clamping or holding option for the disk and the intermediate sheet created.

Preferably the tab has at least one directed in the direction of the main body Abgreifer on, with the tappers in a folded flap with the edge of the disk completes or over the Edge of the disk survives.

Of the body has expediently Center hole on. In the central hole cross-section, one or more central perforations may be provided be provided, which engage in formations of the spindle mandrel and protrude into the central hole cross-section. The middle tongue prevents in cooperation with the formations of the spindle mandrel Any rotation of the main body or the intermediate sheet and guaranteed including a defined position of the register riders on the outside of the Archive spindle and a related better recognition of it attached markings.

The at least one central tongue can have a tear-off perforation. If such a configuration is not desired, the Mittellochzunge be removed easily.

The Interleaves, in particular the basic body, consist of a tear-resistant, foldable, sufficiently stiff and sufficiently soft material and are in particular made of paper, plastic or the like material. This will both Scratches on the disks, as well as premature wear of the intermediate sheets avoided.

The interleaves can also advantageous from a mixed material with a resting on the disk soft layer, in particular a velor or microfiber layer, and an outside exist, which is particularly descriptive or printable. Thereby can tough Materials are combined with soft materials, whereby both in terms of required Strength of the intermediate sheet, as well as in terms of the best possible Protection of the data carrier an optimal compromise can be achieved.

Farther can the interleaf sheets one each on another interleaf sheet and / or on the disk sticking area exhibit. Thereby can interleaves in the form of blocks after the for Sticky notes known post-it principle stored or on the disk additionally be reversibly attached.

The invention will be explained in more detail with reference to embodiments. For clarification serve the attached 1 to 17 Show it:

1 an overall view of an exemplary archive spindle with intermediate sheets,

2 an overall view of an exemplary intermediate sheet,

3a a tab in an exemplary embodiment,

3b exemplary spacer bars,

4a appropriate dimensional tolerances of the tab,

4b appropriate dimensional tolerances in an exemplary tab,

5a exemplary embodiments for tabs connected to the tab,

5b an exemplary representation of an underside of a data carrier with cross tabs 5a .

6a an exemplary pin connected to the tab,

6b one under the influence of the pin 6a bulbous protruding tab,

7 exemplary embodiments of ears connected to the tab,

8th an exemplary embodiment of a tab arranged opposite the tab,

9a an exemplary embodiment of a tab connected to the tab,

9b an exemplary unfolded tab,

9c in the 9a and 9b shown flap in a folded state,

10a an exemplary center hole with central holes,

10b this in 10a shown center hole in conjunction with a star-shaped spindle mandrel,

11 a representation of an exemplary interaction of star-shaped spindle mandrel with an array of tabs and a convenient dimension of the tab,

12a an exemplary spindle mandrel in one embodiment as a figure-eight star with a matching center hole shape,

12b an exemplary spindle mandrel in an embodiment as a six-pointed star with exemplary center hole shapes,

13a an exemplary center hole with center punch tongues suitable for different spindle mandrels,

13b an embodiment of a raised base for an archive spindle,

14 an embodiment of the archive spindle modified by different color design of the tabs,

15 a whole to a tear-off block connected intermediate sheets,

16 an exemplary sheet with perforated intermediate sheets,

17 an exemplary intermediate sheet with an adhesive trace,

18 a round CD shape with a recess for a flap,

19 a double-sided index sheet with grippers and flap.

1 shows an embodiment of an archive spindle according to the invention. The archive spindle comprises a spindle mandrel SD, onto which a totality of data carriers can be pushed. The volumes are in the in 1 shown example, the known compact disk, of course, also CD-ROM, DVD or CD blanks can be stored in the archive spindle. In the following, the term CD is used without distinction for all such data carriers. Intermediate sheets Z are inserted between the CDs stacked in this way, which avoid direct contact between the CDs and make it possible to affix identification options for the stored CDs.

2 shows a related intermediate sheet in an exemplary embodiment. The intermediate sheet consists of a flat, substantially adapted to the shape of the CD base body CD-F, in its center a center hole M and at its edge a tab R and a tab L has, in turn, with further formations for holding the CD to the Intermediate sheet or for attaching labels, labels and the like sorting aids are designed, as will be explained in more detail below.

The Dimension of the basic body CD-F, in particular its radius or its circumference, are expediently across from the dimensions the CD is slightly under-sized. In particular, the radius of the base body is smaller as the radius of the CD. This sub-format is necessary to a lifting or tapping the CD or a CD stack, not to hinder. In the case of a missing sub-format, it may happen that the fingers also capture the main body of other intermediate sheets when the CD stack is lifted, which is disadvantageous and therefore to be avoided.

The in 3a Register tab R shown performs a mechanical index function and thus corresponds to the case of hanging folders and the like archiving devices occurring register devices or markings. The tab offers the possibility, for example, to write down, print or in some other way note a name of the CD concerned or another systematization note. The tab extends beyond the base CD-F and is at the folds a, which are exactly on a line at the end of spacer webs D, folded at right angles up or down. The tab R is thus at the periphery of the CD stack and thus remains readable from the outside. Of course, the tabs can also be provided by the manufacturer with color imprints or other register features and thus offer an additional optical registration feature.

The Register tab R of the individual interleaves Z and analogous to the Flap L can with the cd so placed on the spindle that the rider either directed downwards or upwards. Both variants are thus possible and it is advisable, therefore, writable both from below and from above Label baselines to print on the tab, or provided.

The spacer webs D, in particular in 3b , but also in 4b can be seen, are provided in the embodiment shown here in each case twice with the same function both on the tab R and the tab L. On the one hand, they provide the connection between register tab R or tab L to the main body CD-F and, on the other hand, ensure a sufficient distance to the outer edge of the main body or to the outer edge of the CD.

The folds a off 3a and 3b or an arrangement of folds c and d 4b lie in pairs on a common line and thus allow a tension-free folding of the tab R and the tab L. The folding along these lines thus does not lead to a wavy posing the main body CD-F.

The width of the tab R in a range between a maximum width Be and an optimum width Bo affects the entire shape of the interleaf sheet as shown 4a can be seen. In the case of a wide register tab R with the width Be, the spacer webs D must be placed correspondingly far beyond the edge of the main body CD-F. This in turn increases the overall outer diameter of the intermediate sheets Z from an optimum amount Dg to an amount De. However, this must not be greater than the inner diameter of a cover slip over it for the archive spindle. The spacer webs D on the tab L to 4b Therefore, they must not be too high to allow a sufficient penetration of the CD into a punched out G of the tab L and thus to prevent the CD from slipping out of the intermediate sheet Z.

The width Br of the spacer bars must be so large be chosen that the material of the intermediate sheet Z at this point does not tear after a short period of use if possible. On the other hand, the width Br must correspond to the optimizations for the rider width and the overall diameter of the intermediate sheet.

5a shows tabs A connected to register tab R. In order for blanket sheet Z to rest on the CD, register tab R preferably has at least two tabs A which allow for tension-free bending of tab R at the incisions between the tabs. The bending is necessary for a slightly round concern of the tab R at the outer edge of the CD or the CD stack. The two tongues A are folded in the direction of the center of the main body CD-F at right angles with respect to the tab R. The CD is then, as in 5b it can be seen between the tongues and the main body CD-F. The shape of the tongues is arbitrary. However, they should be at least as long that they surround the edge of the CD safely. Depending on their shapes, consequently, the stamping G is executed. The respective distance between the tongues A and the spacer webs D must be sufficiently large, taking into account the conditions required for a properly performed punching process.

Furthermore, a bulbous shape of the folded tab can be achieved by a pin B between the incision of the tongues A, as in the 6a and 6b is apparent. The pin B is not crimped here and has approximately the height of a CD. The CD pushes the tab R exaggerate by abutting the pin bulging outwards, so that the tab is pre-bent according to the outer edge of the CD stack. The pin B is not mandatory. If more than two tongues A are provided, then several pins B can be arranged between them. However, this requires an increasingly filigree design of the intermediate sheet, which can bring additional problems in terms of folding with it.

Furthermore, the tab may optionally include an array of one or more ears F, as shown in FIG 7 can be seen. They offer a way to extend the title block of the tab without disadvantageously increasing the overall diameter of the intermediate sheet. The outer shape of the ears is arbitrary. However, they should not be exposed too far, otherwise they would make it difficult to put the archive spindle cover over by overcoming them on the CD edge. The ears can also be folded at right angles to the folds provided for this purpose. In this case, the ears of adjacent tabs abut each other and, in particular in the case of a round mandrel, can not slide on one another and conceal one another.

The to the center of the main body CD-F facing arcs of the in the 7 and 8th Punches G have an arbitrary shape and basically have to meet only certain design requirements. In contrast, the shape of the outer arc of the tab L associated punching is by no means arbitrary.

9a shows a tab L with a highlighted pick C. 9b shows a tab L in an unfolded and 9c a tab in a folded state. The tappet C fulfills a double function. It prevents the self-opening of a flap folded around the edge of the CD and facilitates the targeted lifting of a CD stack of a specific CD from the mandrel of the archive spindle. When creating the intermediate sheet to the CD presses when moving the tab on the CD back along the creases c and d of the CD edge against the surface of the attacker C and bends the tab briefly slightly outward through. This tension must be overcome until the tab L is flat and tension free according to 9c on the back of the CD. This small resistance must be overcome even when losing weight. This prevents the tab from opening by itself. The Abgreifer C is suitably designed so that his bow slightly oversized over the CD edge by an amount Xb stands out with an inserted CD with its now outwardly facing edge. The CD can be reliably gripped at this edge, separated from other CDs in the stack and lifted off.

The tab L is expediently located on the side opposite the tab of the main body CD-F. It ensures a secure fit of the intermediate sheet on the CD. In the folded state as in 9c the CD is inside the punching G and protrudes by the amount Xa beyond the edges of the fold lines c and d. This will hold the CD against slipping left or right. The double fold line formed by the creases c and d may optionally also be designed as a folding groove, not shown here, if this is required in terms of production technology. The width of the rabbet groove depends primarily on the material thickness of the intermediate sheet or the thickness of the CD included. Conveniently, their width should be about 1 mm.

manufacturing technology It may be advantageous to the Ausstanzformen the tab and / or the tab generous to Form out in the middle. It must the material thicknesses the intermediate sheet and the other mechanical properties of the interleaf material become.

The 10a and 10b show a center hole M. The center hole has substantially the same diameter as the hole of the CD. Thus, the intermediate sheet on the spindle mandrel not twisted and thereby the tabs of the stacked sheets do not overlap, the center hole contains a Mittellochzunge E. The spindle mandrel SD is matching not round, but star-shaped, or has a series of recesses. The Mittellochzunge E protrudes into the interstices of the star shape and thus prevents twisting. Requires at least one middle tongue. But there are also several Mittellochzungen possible, which optionally complete the edge of the center hole completely.

In order to the interleaf sheets as well as stellate Spindeldorne, as well as for conventional round Mandrels are suitable, the Mittellochzunge E also a tear-off perforation e entland have the edge of the middle hole. By disconnecting the Mittellochzunge pushed the intermediate sheet on the round mandrel become. The shape of the at least one central tongue E is directed according to the present form of the spindle mandrel.

11 illustrates the agreement between a proper width of the tab R, an appropriate height h of the tab and a shape of the spindle mandrel SD. The minimum height h results from the required writing height, which is to be made available on the tabs. It must be large enough to be able to meaningfully attach a recognizable marking. The maximum of the height h results from the fact that the tabs of the CDs located underneath should not overlap after the respective offset tabs R of the upper intermediate sheets have completely circumnavigated. The height h of the tabs must therefore not be greater than the height increase resulting from stacking the number of CDs and intermediate sheets associated with an azimuthal position change of the associated tabs by 360 °.

The The width of the tabs in the archive spindle is in theirs Minimum after the necessary space for attaching a readable Marking or labeling. To circulate the tab on the archive spindle during the stacking one as possible size Number of tabs without mutual lateral overlap to be able to order allowed to the tabs are not too wide.

In the recess of the tab R opposite tab L projects the CD in and over the fold line of the spacer webs out. This will make the interleaf held on the CD and prevents unwanted falling off. The Width of the recess must be sufficiently large for this purpose and also affects the common width of tab L and Register tab R. If the tabs R are too wide, they also protrude the spacer bars unfavorably far beyond the CDs, as previously has been described.

The 12a and 12b show exemplary Spindeldorn- or associated Mittellochformen. A star-shaped spindle mandrel cross-section and a matching center hole design is particularly useful for the inventive archival spindle.

This is associated with essentially two advantages. For one thing, for example, by the in 12a shown aft star or the in 12b shown six-star of spindle mandrel SD and center hole M the forms of the center holes and the spindle mandrels allow only a gradual overlap-free rotation of the intermediate sheets.

By This feature gives differentiation possibilities in the competition. Optimal is the eight-pointed star, although quite other Dornquerschnitte possible with corresponding divisions are. This allows Differentiations between systems of different providers can be achieved. interleaves with a center hole design for A six-pointed star does not fit on spindles with one Design as a figure of eight or sixteen.

The Center punch tongues should be sufficient for manufacturing reasons generous to Be formed in the middle. It hangs the exact customization as well from each provided material for the intermediate sheet and its mechanical properties, in particular its tear strength, from.

Maximum compatibility of center hole and spindle mandrel can be achieved by providing differently shaped center punching tongues simultaneously in the center hole and having tear-off perforations for selective removal. Such an embodiment is exemplary in FIG 13a shown.

13b shows an advantageous change to a base Sc of the archive spindle. So that the CDs arranged on the bottom of the archive spindle can also be provided with intermediate sheets or register tabs and do not rest on the spindle bottom with the tabs folded down, this has a raised base Sc.

Furthermore, a change of the envelope, not shown here, is expedient for the archive spindle SSGIs. Due to the elevated base Sc and the increased overall height of the CD stack as a result of the interleaves, the spindle height or the spindle mandrel must be correspondingly increased. Also, a cylindrical or a conical shell shape with extended minimum diameter is necessary to avoid bumping in particular of the upper register rider on the inside of the case.

14 shows an embodiment of the archive spindle with different color designed tabs or intermediate sheets. Such color embodiments form an additional ordering and sorting feature and can be realized, for example, by using tinted paper grades or plastics.

in the Generally, the material for the interleaf sheets should be so chosen be that tough enough is a rip the interleaf sheets, especially on the previously mentioned spacer bars to prevent. On the other hand, it must be falzbar, remain in the folded form and have sufficient rigidity. In these conditions paper or plastic materials prove to be favorable, provided that These are not too hard to scratch the surfaces of the To avoid CDs.

Farther are mixed materials or similar materials conceivable z. B. different coatings on the top and bottom exhibit. The top should expediently be printed or be describable. The bottom turned to the CD could be a Dust or other particles absorbing felt, velor or microfiber layer or have the same coating.

The previously mentioned interleaves can in a manufacturing process either unfolded in block and with shipped shrink wrapped or already in one continuous production process individually drawn on the CDs and subsequently mounted as a composite between CD and intermediate sheet on the spindle mandrel become.

The 15 . 16 and 17 show exemplary ways to store unused intermediate sheets. 15 shows the example of a registration block in which a certain number of intermediate sheets are glued to outer edges, conveniently not at the edges of the tab or the tab, as a tear-off block in the manner of a writing pad. For this purpose, in particular at least one edge of the base body CD-F straightened and glued with other intermediate sheets. For protection, a bottom board and a cover sheet can be included in such a block.

16 shows an exemplary printing sheet DB, in particular in A4 format, with perforated intermediate sheets Z in a box. Such an embodiment offers the possibility to preprint the interleaf sheets with ink or laser printers and to separate the printed interleaf sheets from the sheet after printing. For this purpose, special printing or labeling programs can be provided, with the aid of which the printed sheet or the perforated contour of the intermediate sheets can be printed.

17 Finally, there is a possibility of storing or using the interleaf sheets using a sticking trace according to the "post it" principle known, for example, for notes and sticky notes In this case, the interleaf sheets are stored or distributed in the block and offer a further possibility of attachment For this purpose, the intermediate sheets have an adhesive trace H which is arranged in particular on the main body CD-F in the non-written area of the CD CD stored information possible in the in 17 As shown, the adhesive trace is arranged in the center of the main body around the center hole M.

alternative or in addition can too the tabs and / or the tab be changed because by the adhesive trace an independent Adherence of the interleaf on the CD without tongues and the like previously described means is possible. It is omitted the previously mentioned Punches G. The pin B and the one beyond the edge Abgreifer C are designed so that the pin B by a punching line unilaterally cut, so that still a bending of the Register tab R can be done along the CD edge.

So that the tabs of the register sheets do not overlap with a round spindle mandrel by twisting, the CD main body CD-F, as in 18 can be seen, in addition to a section I included. Except for a slight oversize, the cut-out inversely has the same shape as the flap L and is in an offset position relative to the flap defined by the star-shaped spindle mandrel with respect to the flap. The tab of a mounted tab sheet can be so twisted by the same direction angle in the cutout of the tab sheet of the underlying CD. This continues with each new CD in the same way.

How out 19 As can be seen, this principle can also be implemented by another embodiment. In the embodiment of 19 engages the folded-up flap K into a latching hole N of the overlying register sheet and thus prevents mutual rotation. 19 further shows that in this embodiment, the tab L is extended over the entire CD diameter so that the tab also encloses the CD back. The end of the tab is formed into two grippers J. When mounting the register sheet, the grippers are slightly pressed against each other and can thereby be guided by the Austanzung G of the tab R. When released, the grippers hook in behind the rider's bars. In this embodiment, furthermore, the previously circular basic body CD-F is reduced on both sides, so that only one strip remains, the width of which essentially corresponds to the width of the tab L or of the register tab R.

CD-R

body

M

center hole

R

tab

L

flap

A

tongues

B

spigot

C

tapper

D

distance web

DB

sheet

e

Center hole tongue

F

Reiter extensions ears

G

punching

H

imprisonment trace

SD

spindle arbor

sc

base

CD

Disk, CD

Z

Interleave

I

neckline

J

grab

K

Flap, Flap

N

detent

rü

back

a

Registerreiterfalzlinie

b

Zungenfalzlinie

CD

flap folding

e

tear-off

Claims (8)

Spindle for disc-shaped data carriers, in particular CD, DVD, CD-ROM and the like data carriers, with an arrangement in the form of a provided with a cover or providable archive spindle with individual, the disc-shaped data carriers in each case separated from each other, provided with Kennzeichnungsausformungen interleaves, wherein the single interleaf one Having the shape of the data carrier imitated basic body (CD-F) and the identification Ausformung by at least one over the main body (CD-F) laterally protruding tab rider (R) is formed, characterized in that the intermediate sheets Festhalteausformungen for the data carrier, the tab ( R) is connected to the base body (CD-F) by two spaced-apart spacer webs (D), wherein the spacer webs (D) have terminal folds (a) for a rectangular folding of the register tab, the retaining formations by at least one with the main body (C DF) and substantially opposite the register tab (R) arranged opposite punch (G) with tab (L) is formed, wherein the tab (L) in a folded position surrounds the disk at the edge and further between the spacer webs (D) of the tab (R) another punching (G) is provided. Spindle according to one of the preceding claims, characterized characterized in that the Festhalteausformungen by at least one connected to the register tab (R) and towards the main body (CD-F) and formed there punched tongue (A) formed is, wherein the at least one tongue folded at a right angle Reiter embraces an underside of the data carrier. Spindle according to claim 1 or 2, characterized that the tab (L) at least one in the direction of the main body (CD-F) directed Abgreifer (C), wherein the Abgreifer in a folded Close the tab with the edge of the data carrier or over the Edge of the disk survives. Spindle according to one of the preceding claims, characterized characterized in that the basic body (CD-F) a center hole (M) with at least one in the formations of a Spindeldorns engaging and projecting into the central hole cross-section Middle tongue (E) has. Spindle according to claim 4, characterized the at least one central tongue (E) has a tear-off perforation (e). Spindle according to one of the preceding claims, characterized characterized in that the intermediate sheets, in particular the main body (CD-F) made a tear-resistant, falzbaren, sufficiently stiff and sufficiently soft material, in particular paper, plastic and the like material, is executed. Spindle according to claim 6, characterized in that the intermediate sheets of a mixed material with a resting on the disk soft layer, in particular a velor or Microfiber layer and an outer side, which is in particular writable or printable. Spindle according to one of the preceding claims, characterized characterized in that the intermediate sheets each one on another Intermediate sheet and / or the volume reversibly adherent adhesive trace (H).