Source: https://patents.google.com/patent/WO2003023782A1/en
Timestamp: 2019-02-17 00:29:46
Document Index: 349480980

Matched Legal Cases: ['application no. 01', 'arts 21', 'arts 21', 'arts 21', 'arts 21', 'arts 21', 'arts 21', 'arts 21', 'arts 21']

WO2003023782A1 - Cd case - Google Patents
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WO2003023782A1
WO2003023782A1 PCT/IB2002/003342 IB0203342W WO03023782A1 WO 2003023782 A1 WO2003023782 A1 WO 2003023782A1 IB 0203342 W IB0203342 W IB 0203342W WO 03023782 A1 WO03023782 A1 WO 03023782A1
PCT/IB2002/003342
2001-08-22 Priority to EP01119660A priority Critical patent/EP1288953B1/en
2001-08-22 Priority to EP01119660.7 priority
2002-08-19 Application filed by Celfa Ag filed Critical Celfa Ag
2003-03-20 Publication of WO2003023782A1 publication Critical patent/WO2003023782A1/en
The invention relates to a cut out sheet (1), especially an A4 format cut out sheet (1), which can be individually printed or written upon by means of a printer suitable for transferring digital data, more particularly an ink-jet printer and/or a copier, wherein said sheet has a separating line (4), especially a perforation enabling separation of a cut out (2) that can be folded into a case, wherein said case is suitable for transporting and storing a digital data carrier, more particularly a CD format digital data carrier.
This application claims the priority of European patent application no. 01 119 660.7, which was filed on August 22, 2001, the entire disclosure of which is hereby incorporated by reference.
The present invention relates to a loading written and / or printable blank arc with a detachable blank, the blank on the manufacturer Cut out the production of a cover for digital data carriers such as floppy disks, CDs, DVDs etc., allows, in particular a pre-cut sheet, the respectively by means of transfer methods. Transfer technologies for digital data, such as laser marking, and especially ink-jet printers, but also by means of analog and digitally operating copiers and printing machines, writable resp. is printable.
Blank media for individual storage of data for economic and ecological reasons often offered in containers that include several such blank media today. For sending floppy disks Covers are made with padding LABEL FOR carton known. but these are - if at all - only by hand-labeling, so that the content of such cases can be primarily held only by direct labeling of the disc itself. In addition, such cases are bulky, making them ill-suited as a cover for the archiving of such discs. The German utility model G 94 19 178.6 discloses folding cassettes which are stamped and then folded and, if appropriate, provided with a variable printable book cover. Also known are individually printable pre-cut sheet, which allow the severing of insert sheets or insert booklet for storage containers of volumes (see, eg, WO 00/13183, US 5, 789.051 and US 6,155,026). Object of the present invention was therefore to provide an individually designable and inscribable case for individually described media.
An object of the present invention is therefore a pre-cut sheet which is individually printable and inscribable by means of a digital to transfer data suitable printer or a copier or a printing machine and which is characterized in that it comprises a processable for the selected printer surface and at least two having detachable by hand blank parts, each with a main portion, wherein the blank parts by means of a separating line, in particular a perforation, and / or optionally a non-broken punching and / or stamping up to a strippable carrier and / or a predetermined breaking point produced by the action of heat, detachable in the blank sheet are held and in each case two inlet section parts together give a detachable blank and whereby both main portions are substantially the same size and each of the main portions of the at least for one side of the case for digital Datenträ having ger extent necessary and wherein the two detachable blank parts which give a detachable blank over at least one and preferably a fold line between the two main sections with one another, preferably are inseparably connected and at least a first main portion at at least one outer edge of at least having a certain lapping for connection to the second main portion and tabs or closure.
Another object of the present invention is a cut sheet which is individually printable and inscribable by means of for the transfer of digital data suitable printer or by means of a copying machine and which is characterized in that it comprises a processable for the selected printer surface and at least two manually having detachable blank parts, each with a main portion, wherein the blank parts by means of a separating line, in particular a perforation, challenges separably held in the pre-cut sheet and each two blank parts together give a detachable blank and whereby both main portions are substantially the same size and each of the main portions of at least has the required for one side of the case for media di- gitale mass. In a specific embodiment, both main portions are connected together by a fold line. In another preferred embodiment at least, a first main portion at at least one outer edge of at least one particular for connection to the second main portion overlapping and or closure flap, wherein the sum of all tabs or Verschlussläppen allows the formation of a device suitable for receiving a digital data carrier envelope which preferably holds the disc in forward three directions and can be closed in a particularly preferred embodiment in the fourth direction, in particular is releasably closable again.
Another object of the present inven- tion is a set for the production of a shell comprising at least one erfindungsge ate cut sheet and at least one adhesive. Yet another object of the present invention is a method for producing a inventions to the invention cut sheet, wherein roll material for the production of pre-cut sheet either before or after separation into sheets by providing a separation line, in particular a perforation, with at least one detachable cut per cut sheet is provided.
the invention also an object of the present ER is a process for preparing a precursor of an envelope in which an inventive pre-cut sheet, in a printed for the transfer of digital data suitable printer or a copier or a printing machine, in particular an ink-jet printer. Yet another object of the present
Invention is the use of an inventive blank sheet for printing by means of a for the transfer of digital data suitable printer, particularly an ink-jet printer. In pre-cut sheet with a fold line between the two main portions of this fold line preferably has a color marking and / or a blind embossing or grooving or partial stamping in particular a blind embossing or grooving. By attached to at least one of the main portions overlapping and / or Verschlussläppen are at least one and preferably all separated from the main portion by an outer edge folding line, whereby this outer edge folding line is a color marking and / or a blind embossing or grooving or partial punching, in particular a blind embossing or creasing.
Preferably at least one of the flaps or closure flaps at least partially designed as insertion flap and the second main portion serving to receive the insertion tab insertion slits or perforations enabling the tool-less production of an insertion slot. The pre-cut sheet are preferably polygons (for example, hexagons, octagons, and more particularly squares), especially regular polygons ässige, and these are preferably connected to each other via one of their edges. The erfindungsge ate pre-cut sheet can having on at least one blank part in particular on at least one flap and / or Verschlussläppen, preferably at the specified not for printing and / or label side, an adhesive or they may be in a set in which the adhesive is present separately , traded.
Further embodiments, advantages and applications of the invention result from the dependent claims and from the following description with reference to FIGS. 1 shows a pre-cut sheet, in which the two blank parts are connected together by a fold line, and in which the main section at all three outside edges by fold lines (solid lines) has severed lobe, wherein perforations are marked by dashed lines.
Figure 2 also shows a pre-cut sheet, in which the two blank parts are connected together by a fold line, and in which having a main portion at all three outside edges by fold lines (solid lines) separated lobes, two of said lobes are formed as push-in and the second main portion insertion slots (bold lines) which for their recording.
Figure 3 illustrates a blank sheet similar to Figure 2, wherein the tabs are formed on all three outer edges only in part as a push-in and wherein the second main portion insertion slots (bold lines) which for their recording.
Figure 4 shows a blank sheet having interconnected blank parts and double folding lines for producing a cover for thick content.
Figure 5 illustrates a blank sheet having interconnected blank parts and with octagonal main sections, wherein a main portion having three lobes provided with outer edges, which are regarded as Einsteckla-, and wherein the second main portion with
Insertion openings is provided for receiving the insertion tabs.
Figure 6 illustrates a blank sheet having interconnected blank parts and substantially square main sections with only one lobe on an outer edge of a main portion and a respective two outer edges connecting Verschlussläppen on each of the two main sections.
Figure 7 shows a blank sheet of with each other connected blank parts, wherein a main portion is provided with three lobes, one of which zusät- zich has a tuck, and the second main portion of a receptacle for the insertion tab.
Figure 8 illustrates a blank sheet with two from each other separate cutting parts with cloths for bonding unfolded three sides of the main portions, the outer edges of the main portions are indicated by dotted lines.
As the figures show, a preferred area of ​​the cut sheet 1 is an A4 format because this format is easily processed by most printers and, respectively, eg for CD cases, a blank second two together the blank 2 resulting cut parts 21, 22 allows per sheet. In addition to A4 size, however, other, particularly other printers respectively. processable copiers formats suitable. In the figures, the separating lines 4, in particular the perforation, represented by dashed lines, fold lines 7, Aussenkan- ten-fold lines 11 and thicknesses of fold lines 12 by means of continuous lines, engaging holes by means of thicker lines and only indicated, not visible lines by means of dotted lines. In the blank sheet 1 ge AESS claim 1, the two detachable at the parting line 4 cutting parts 21, 22 which together form the detachable blank 2, already connected via a fold line 7 between the two main portions to each other and thus the extent positioned so that by simple folding of the fold line 7, the front and the back of the sleeve are formed, which must be connected together only in so many of the outer edge 8 of the main portions 31, 32 such that neither a shell is formed, which keeps the data carrier, preferably in three directions (see figures 1 to 7).
The fold line 7 between the two main portions 31, 32 uss not specifically be marked to facilitate the correct folding but is preferably a marker. This marking can be the fold-facilitating blind embossing or scoring with or without pre-break or optionally a partial punching a color marking and / or, wherein a blind embossing resp. Scoring is preferred because they make it easier to ensure correct folding and not only identify their location as a mere color marking, and since on the other hand do not weaken the material at the fold such as is the case in the partial punching.
A mechanical facilitating the folding, in particular a blind embossing or scoring with or without pre-break is especially highly preferred as the material of the blank sheet 1, respectively. of the blank 2 can otherwise not fold well, due to eg large dictated ke, brittleness or to high elasticity.
In Figure 8, a blank sheet 1 is shown, having two mutually separate blank parts 21,22, which together form a blank 2 and which comprises 21,22 each blank part comprises a main portion 31, 32 of identical size. The cutting portions 21, 22 resp. the blank 2 is held by a dividing line 4 in the pre-cut sheet first As a dividing line 4 weakened within the blank sheet 1 will be referred to, which permits cutting out of the blank 2 from the blank sheet. 1 Such a dividing line 4 may be for example a non-broken stamping and / or punching to a strippable carrier and / or a predetermined breaking point made by the action of heat, in particular a perforation. Three respectively. four of the outer edge 8 of the main portions 31, 32 are these by tabs 5, resp. Closure flap 6 increases, whereby a sheath is formed by gluing the flaps 5, the surround three edges of each main portion (not shown in Figure 8) by the closure tabs 6 on the fourth side, preferably by means of a releasable adhesive connection or by insertion flap which is closed can be. An advantage of existing in two separate blank parts 21, 22, blank 2 is the freedom of the positioning of the cutting parts 21, 22 to each other, whereby - depending on the design of the arch resp. may be omitted printing an "overhead" - orientation of the cutting parts 21, 22nd
respectively as materials for the pre-cut sheet first Blank 2 are suitable in principle all printable at least one side resp. writable materials such as paper, cardboard, plastic films, but also laminates, particularly laminates which have at least one side a layer of paper, cardboard or plastic, as well as film materials having a trennba- from cutting reindeer, for example, peelable, layer. These materials can be pigmented or unpigmented, white or colored, opaque or - if permitted by the material, in particular of plastic, - be transparent. For connecting the main portions 31, 32 by folding at the fold line 7, the presence of at least one particular for connection to the second main portion 32 tab 5 on at least one outer edge 8 of the main portion 31 is advantageous. (Senkante as training 8 is in the context of this invention, each edge of a main portion 31, 32 denotes on which this main portion 31, 32 is not transferred directly or indirectly to the second main portion 32, 31st The transition from one main portion 31, 32 in the another is commonly referred to in this invention as a folding line 7).
Preferably, at least two of the outer edges 8 of at least one, and preferably a main portion 31 with flaps 5 and optionally closure tabs 6 are provided. Such flaps 5 serve on the one hand egg nem connecting the two main portions 31, 32 by adhesive bonding (Figure 1) as well as their connection by means of one or more in an engagement hole 9 in the second main section 32, such as a slot, turned ripening engaging tabs 10 (on the first main portion 31 figures 2 - 7). In the second case, one or more of the tabs 5 itself (Figure 2) or in each case one or more parts of a flap 5 (Figure 3 and 7) are formed as engaging tabs 10 degrees.
Preferably provide the flaps 5 on both main portions 31, 32 together - with the flaps 5 are preferably located only at a main portion 31 - after folding and fastening a bag that holds the disk into three directions, but not in the fourth direction. In a square envelope, as obtainable by means of the cut sheet 1, which are shown in Figures 1 to 4, 7 and 8, 5 connect the flaps preferably each have two outer edges 8 of the main portions 31, 32 (Figures 1-4 and 7) , A bag containing 7 directly adjacent the outer edge 8 is connected by tabs 5 on only one, of the fold line and holds the disk yet detachably fixed in three directions, in the fourth direction is shown in FIG. 6
If no adhesive is available, it is also possible for the inventive pre-cut sheet purely by folding a wrapper to produce. but this requires more careful handling because it keeps the data medium less secure and less well protected against contamination. In the absence of adhesion, it is preferred when the flaps 5 of the one Zuschnitteiis 21 come to rest after folding between the main portions 31, 32, ie the front of the cloth 5 5 non-structural main portion 32 communicates with the back of this cloth in contact. When bonding the tabs 5 can stand both between the two main sections 31, 32 and only in contact with the cloth, these non-structural main portion 32nd The type of bond may be predetermined eg by an applied on the blank sheet adhesive.
In a separate blank made of two parts 21, 22 existing blank 2 (Figure 8), the flaps 5 each connect three outer edges, so that a connected on three sides bag, resp. can be formed.
Preferably, the blank 2 to at least one closure flap 6 at another outer edge 8 of at least one main portion 31, which retains the data carrier after its introduction into the sheath in the fourth direction. This closure flap 6 can either be glued after folding on the second main portion 32, or if the second main portion 32 also has a Verschlussläppen 6 are optionally bonded on the second main portion 32 without folding with this closure flap 6, or a Verschlussläppen 6 may be formed as tuck 10 be or comprise a part designed as insertion flap 10 which can engage in an engagement hole 9, in particular in an engagement slot, in the second main section 32 or in a closure flap 6 in this second main portion 32nd When a bond to hold in a fourth direction, the use of a releasable adhesive is preferred.
Also, in a blank 2 having approximately square main portions 31, 32 form an execution can be provided in which the main sections 31, 32 via two adjacent outer edges 8 resp. are an outer edge 8 adjacent to the folding line 7 connected to each other (Figure 6). In this embodiment, it is preferred that one or two locking means, for example a Verschlussläppen 6 in the region of a first corner 13 (indicated by dotted line) are provided, said first corner 13 of a second corner 14 is opposite, and wherein said second corner 14 between the joined outer edges 8 resp. the one outer edge 8 and the fold line 7 is arranged. This at least one closure tabs 6 must be such that by portions of both adjacent to the first corner 13 of outer edges 8 can be sufficiently sealed to enclose the disk. Absence lobe 5 or closure flap 6, so the sheath can there resp produced only attached by means of adhesive tape externally. are closed, which is aesthetically unsatisfactory and often also increases the probability that the disk comes into contact with the adhesive material and is polluted, at least in the edge region. This risk is especially present when the two main portions 31 are glued to inconclusive 32nd
While it is possible to make the blank 2 so that no gathers are needed (Figure 8), or only a convolution between interconnected main sections 31, 32, wherein the compound weite- rer outer edges 8 of the main portions 31, 32 by interengagement or gluing or stapling together of existing in these outer edges 8 lobes 5 happens, it is preferred that there are at least one main portion 31, 32 tabs 5, which are attached by folding on the other main portion 32, 31st To facilitate this folding, it is advantageous if at least one, preferably all the flaps 5 from the main portion 31, separated by an outer edge folding line 11 32, wherein this outer edge folding line 11 is a color marking and / or a blind embossing or grooving (with / without pre-break may be), or a partial punching, wherein the presence of a blind embossing or grooving is preferred for the reasons given above to the fold line 7 reasons. Especially preferably, at an intended for folding embodiment, all flaps 5 and 6 Verschlussläppen sitting on the same main section 31, since such a full face remains free to design, for example by means of ink-jet printer. If the outer edge folding line 11 - which is also covered by the present invention - a perforation is also cloth 5 and optionally closure tabs 6 may be provided, which is then used by the manufacturer or the sheath according to need may be removed.
If a connection of the main portions 31, 32 is not intended to be achieved by gluing or staples but by intervention at one or more outer edges 8, at least one flap 5 on at least one outer edge 8 of a main portion 31 at least partially designed as a push-10 (Figures 2, 3 and 5). In such an embodiment are in the other main portion 32 insertion openings 9, usually insertion slots are provided for receiving the insertion tabs 10, such that the insertion tabs 10 can engage by cutting out of the blank 2 and folding thereof in these insertion openings. 9 In addition to plug-holes 9, in particular insertion slits in the cut sheet 1 can also slot precursor such as push-through perforations by hand and part stampings be provided. If an envelope is to be at the same time also adapted to accommodate thicker or optionally multiple disks, so the tabs 5 and closure flap 6 may additionally with a thickness fold line 12, preferably advertising a blind embossing or grooving provided which, with this thickness fold line 12 at a distance from the outer edge 8 of a main portion 31, resp. an outer edge folding line is 11, which corresponds to the extent of the narrow side of the casing. In such an embodiment, a double fold line is at two interconnected main sections also provide 7, wherein the distance between the fold lines 7a and 7b is equal to the distance between outer edges of fold line 11 and fold line thickness 12 (see Figure 4). The main sections may have various shapes as long as they secure mounting and protection of digital media such as floppy discs (FDs) and, in particular compact discs (CDs) or similarly shaped disk allow such DVDs. Although round - or with the exception of the folding line 7 forming resp. circular with a cloth 5, 6 provided Ask - embodiments, the main portions 31, 32 are possible, are substantially regular polygons, such as hexagons, octagons and squares in particular preferred. These polygons it is quite possible and preferred that the two main portions 31, 32 are connected via at least one folding line 7, with each other. Further, in example hexagons or octagons (see Figure 5) only part of the outer edge 8 with a cloth 5 are provided, wherein a closure of all edges is preferably by means of folded-flaps 5 for reasons of protection against contamination. In addition to or instead of a compound of the two main portions 31, 32 by means of insertion tabs 10 and corresponding thereto insertion openings 9, can - as already mentioned - a compound also aims by means of gluing ER. For this to be at least one of
The main portions 31 are provided flaps 5, wherein at one or more flaps 5 Adhesive means may be provided in addition, eg after pressurization pressure sensitive adhesives, which are protected by a peelable film extending at least over the region of this adhesive from premature adhesion. Other suitable adhesives include thermally activated or thermo-reactive adhesive, which respectively activated for example by a hairdryer or iron. Information may be obtained for the reaction.
Given the diverse, suitable for cutting sheet materials such. B. laminates, it may be advantageous or even necessary, to improve the adhesion of the adhesive by applying a subbing layer on at least one property in contact with the adhesive or coming in contact with the adhesive side.
An adhesive application is carried out preferably, but not necessarily, at the specified not for printing and / or label side of the Zuschnittbo- gens in the area of ​​the lobes. 5
In certain cases it may be preferable for at least some of the connection of the two main portions 31, 32 provided tabs 5 and optionally 6 is not provided in advance closure tabs with adhesive. In such a case, a kit may be provided comprising at least one inventive blank sheet 1 and at least one adhesive. Such a kit allows the use of a large multitude of adhesives such as double-sided adhesive tapes, one and two-component adhesives, in particular damp tigkeitshärtende or heat-activatable single-component adhesives, especially preferably rapidly, ie within a few seconds to a few minutes, curing one- and two-component adhesives, re-detachable and optionally multiple adhesive adhesives and combinations DER same as double-sided adhesive tape on a back releasable closure and a rapidly curing adhesive for permanently bonding of the bag-forming sides. The production of an inventive supply the cut sheet 1 can be done in various ways, in WO each blank sheet 1 is preferably at least one blank 2 resp. at least two of a blank 2 blank forming parts 21, 22 which are held by the parting line 4 in the blank sheet. 1
On the one hand, the material for the inflow cut sheet 1 in a roll form (roll material) only with the separating lines 4, in particular the perforation, for the blank 2, and then - be provided with the folding lines 7, outer edge fold lines 11 and Dickenfaltlinien 12 - if desired , whereupon the separation takes place in the individual sheets.
It is also possible to provide fold lines, the roll material and only with creasing lines 7, exterior edge fold lines 11 and thickness 12 then with the separating lines 4, in particular the perforation for the blank 2, whereupon the separation takes place in the individual sheets.
It is also possible only to disassemble the roll material in the individual sheets, and then the single sheet only with the separating lines 4, in particular the perforation for the blank 2, and then - if desired - with the fold lines 7, outer edge fold lines 11 and dictated to provide kenfaltlinien 12th
Another possibility is to provide the separated material in sheet roll only with creasing lines 7, exterior edge fold lines 11 and 12 and then Dickenfaltlinien with the separating lines 4, in particular the perforation. All of these steps can be carried out several machines in one or.
The dividing line, in particular the perforation, can for example be mechanically, in particular by perforating or by laser perforation, produced and the folding line 7, exterior edge fold lines 11 and Dickenfaltlinien 12 by known methods are preferably used as blind embossing and / or creasing, gegebenenf lls with pre-break and / or with additional visual marking tion is carried out. A visual marker can be used to better visualize the perforation.
In an additional, at any point within one of the methods described above, but preferably respectively at the end thereof., In the processing of roll material, prior to its separation into blank sheet 1, to be carried out step of the manufacturing method, the blank 2 to at least one lobe 5 and / or are provided on at least one Verschlussläppen 6 or on at least one of the main portions 31 in at least one area which comes after cutting out and folding of the blank 2 in contact with a cloth 5 or a closure flap 6 with an adhesive. By means of an inventive Zuschnittbo- gene 1 can be a precursor to an individualized shell made such that this pre-cut sheet in one for the processing, respectively. the transfer of digital data suitable printer, in particular a Ink- jet printer, or an analogue or digitally operating copier or an analogue or digitally operating printing machine is printed. Alternatively or additionally, the cut sheet 1 can Pierer printed and / or be made by hand in an analog or digital-working, black-and-white or color print co.
In a further step, then the blank 2 at the parting line 4, in particular the Perfora- tion separated from the printed cut sheet 1, whereupon the two main portions 21, 22, possibly after folding, are connected to one another at at least one outer edge. 8
While in the present application, preferred embodiments of the invention are described, it is distinctly understood that the invention is not limited thereto and may be embodied in other ways within the scope of the following claims.
1. Pre-cut sheet (1) which is individually printable by means of a digital data transfer for the appropriate printer or copier, and by means of a loading schriftbar, characterized in that it (a processable for the selected printer surface and at least two detachable blank parts by hand 21, 22) each having a main portion (31, 32), wherein the blank parts (21, 22) (by means of a separating line 4), in particular a perforation, detachable in the blank sheet (1) are maintained and where two blank parts (21, 22) together form a detachable blank (2) result and wherein both main portions (31, 32) are substantially the same size and each of the main sections (31, 32) comprises at least required for one side of the cover for digital data carriers mass and the two detachable blank parts (21, 22) which give a detachable blank (2), via at least one folding line (7) between d s two main portions (31, 32) are connected to each other and wherein at least one first main portion (31) on at least one outer edge (8) at least one for connection to the second main portion (32) certain tabs (5) and or Verschlussläppen (6) ,
2. Pre-cut sheet (1) ge AESS claim 1, characterized in that the two detachable blank parts (21, 22) having a detachable blank (2) revealed exactly one folding line (7) be- see the two main portions (31, 32) are interconnected.
3. Pre-cut sheet according to claim 1 or 2, characterized in that the two detachable blank parts (21, 22) which cut a detachable inlet give (2) via at least one folding line (7) between the two main portions (31, 32) are inseparable.
4. Pre-cut sheet (1) according to any one of the preceding claims, characterized in that the fold line (7) between the two main portions (31, 32) is a color marking and / or a blind embossing or grooving or partial punching, in particular a blind embossing or grooving.
5. Pre-cut sheet (1) according to claim 4, characterized in that at least one, preferably all of the tabs (5) and / or Verschlussläppen (6) from the main portion (3) by an outer edge folding line (11) are separated, said Aussenkanten- fold line (11) is a color marking and / or a blind embossing or grooving or partial punching, in particular a blind embossing or grooving.
6. Pre-cut sheet (1) according to claim 4 or
5, characterized in that at least one of the tabs (5) or closure flaps (6) on at least one outer edge (8) of at least one first main portion (31) is at least partially forms a tuck (10) excluded and said second main section (32 ) having at least one serving to receive the insertion tab (10) insertion slot (9) or the tool-less production of an insertion slot (9) enabling perforation.
7. Pre-cut sheet (1) according to any one of the preceding claims, characterized in that the two main portions (31, 32) are connected to one another via an edge polygons.
8. Pre-cut sheet (1) according to claim 7, characterized by DA, that the main sections (31, 32) are two connected over an edge substantially square quadrilaterals.
9. Pre-cut sheet (1) according to one of the preceding claims, characterized in that it comprises at least one blank part (21, 22), in particular on at least one flap (5) and / or closure flaps (6), preferably on the non-for printing having and / or labeling provided side, an adhesive.
10. Pre-cut sheet (1) according to claim 9, characterized in that the adhesive is selected from the group consisting of adhesive by pressurizing adhesives, heat-activatable adhesives, thermo-reactive adhesives and mixtures thereof.
11. Set for the manufacture of a shell comprising at least one blank sheet (1) according to one of the preceding claims and at least one adhesive.
12. Set according to claim 11, characterized in that the adhesive is selected from the group consisting of double-sided adhesive tapes, one and two-component adhesives, in particular fast curing one-component Kebstoffe, releasable and optionally multiple adhesive adhesives and combinations thereof.
13. A process for the preparation of a supply cut sheet according to one of claims 1 to 10, characterized in that roll material for the production of pre-cut sheet (1) either before or after separation into sheets by providing a separation line (4), in particular a perforation be provided with at least one detachable blank (2) by pre-cut sheet (1).
14. The method according to claim 13, characterized in that the roll material or the blank sheet (1) in the region of the blank (2) having at least one fold line (7) and optionally at least an outer edge folding line (11) and / or thicknesses fold line ( 12) is provided.
15. The method according to claim 13 or 14, characterized in that the blank (2) at least on one of the tabs (5), closure flap (6) or on at least one of the main sections (31, 32) in at least one region which, after cutting out and folding the blank into contact with a tab (5) and / or closure flaps (6) comes, is provided with an adhesive.
16. A process for preparing a precursor of a shell, characterized in that a blank sheet (1) according to one of claims 1 to 10 in a for the transfer of digital data suitable printer or a copier or a printing machine, in particular an ink-jet printer, is printed.
17. The method according to claim 16, characterized in that the blank (2) at the separating line (4), in particular the perforation, from the printed cut sheet (1) cut out and the two main portions (3), possibly after folding, at least one outer edge (8) are joined together.
18. Use of a blank sheet (1) according to any one of claims 1 to 10 for printing by means of a for the transfer of digital data suitable printer, particularly an ink-jet printer.
19. Pre-cut sheet (1), which is by means of a digital data transfer for the appropriate printer or copier by means of an individually printable and loading schriftbar, characterized in that that a processable for the selected printer and surface minde- least two detachable by hand blank parts (21, 22) each having a main portion (31, 32), wherein the blank parts (21, 22) by means of a separating line (4), in particular a perforation, detachable in the blank sheet (1) are maintained and where two blank parts ( 21, 22) together form a detachable blank (2) result and wherein both main portions (31, 32) are substantially the same size and each of the main sections (31, 32) comprises at least required for one side of the cover for digital data carriers mass.
20. Pre-cut sheet (1) according to claim 19, characterized in that the two detachable blank parts (21, 22) having a detachable blank (2) provide for at least one and preferably a fold line (7) between the two main portions (31, 32 ) are each preferably inseparably connected.
21. Pre-cut sheet (1) according to claim 20, characterized in that the fold line (7) between the two main portions (31, 32) is a color marking and / or a blind embossing or grooving or partial punching, in particular a blind embossing or grooving.
22. Pre-cut sheet (1) according to one of the prior claims 19 to 21, characterized in that at least one first main portion (31) on at least one outer edge (8) at least one for connection to the second main portion (32) certain tabs (5) and or closure flaps (6).
23. Pre-cut sheet (1) according to one of the preceding claims 20 to 22, characterized in that the two main portions (31, 32) are connected to one another via an edge polygons having more than four corners.
24. Pre-cut sheet (1) according to claim 7, characterized in that the main sections (31, 32), two connected over an edge quadrilaterals, in particular substantially square quadrangles.
25. Pre-cut sheet (1), which is by means of a digital data transfer for the appropriate printer or copier by means of an individually printable and loading schriftbar, characterized in that that a processable for the selected printer surface and inde- least two detachable by hand blank parts (21, 22) each having a main portion (31, 32), wherein the blank parts (21, 22) by means of a separating line (4), in particular a perforation, detachable in the blank sheet (1) are maintained and where two blank parts ( 21, 22) together provide a detachable blank (2) and whereby both main portions (31, 32) are substantially the same size and each of the main sections (31, 32) comprises at least required for one side of the cover for digital data carriers mass and wherein at least one first main portion (31) on at least one outer edge (8) at least one for connection to the second main portion (32) certain tabs (5) and or closure flap (6), wherein the sum of all tabs (5) or closure flaps (6) allows the formation of a device suitable for receiving a digital data carrier envelope which preferably holds the data carrier in three directions and especially preferably in the fourth direction is releasably closable again.
separately 26. Pre-cut sheet (1) according to one of claims 19 to 25, characterized in that inde- least one, preferably all the flaps (5) and / or closure flap (6) from the main portion (3) by an outer edge folding line (11) are, where this outer edge folding line (11) is a color marking and / or a blind embossing or grooving or partial punching, in particular a blind embossing or grooving.
27. Pre-cut sheet (1) according to any one of claims 19 to 26, characterized in that at least one of the tabs (5) or Verschlussläppen (6) at least one first main portion (31) at least partially (at least one outer edge (8) as a tuck 10 ) is formed and that the second main portion (32) ER- at least one serving to receive the insertion tab (10) insertion slot (9) or the tool-less production of an insertion slot (9) possible perforation.
28. Pre-cut sheet (1) according to one of claims 19 to 27, characterized in that at least one blank part (21, 22), in particular on at least one flap (5) and / or closure flaps (6), preferably on the non he for the printing and / or labeling provided side comprises an adhesive.
29. Pre-cut sheet (1) according to claim 28, characterized in that the adhesive is selected from the group consisting of adhesive by pressurizing adhesives, heat-activatable adhesives, thermo-reactive adhesives and mixtures thereof.
30. Set for the manufacture of a shell comprising at least one blank sheet (1) according to one of claims 19 to 29 and at least one adhesive.
31. Set according to claim 30, characterized thereby marked, that the adhesive is selected from the
Group consisting of double-sided adhesive tapes, one and two-component adhesives, in particular fast curing one-component Kebstoffe, releasable and optionally multiple adhesive adhesives and combinations DER same.
32. A method for producing a feed cut sheet according to one of claims 19 to 31, characterized in that roll material for the production of pre-cut sheet (1) either before or after separation into sheets by providing a separation line (4), in particular a perforation be provided with at least one detachable blank (2) by pre-cut sheet (1).
33. A process according to claim 32, characterized indicates overall that the roll material or the blank sheet (1) in the region of the blank (2) having at least an outer edge folding line (11) and / or thickness fold line (12) is provided.
34. A process according to claim 32 or 33, data carried in that the blank (2) at least on one of the tabs (5), Verschlussläppen (6) or on at least one of the main sections (31, 32) in at least one region of the comes after cutting out and folding of the blank in contact with a flap (5) and / or closure flap (6) is provided with an adhesive.
35. A process for preparing a precursor of a shell, characterized in that a blank sheet (1) according to one of claims 19 to 31 in a, for the transfer of digital data suitable printer or a copier or a printing machine, in particular an ink-jet printer is printed.
36. The method according to claim 35, characterized in that the blank (2) at the separating line (4), in particular the perforation, from the printed supply cut sheet (1) cut out and the two main portions (3), optionally after folding at at least one outer edge (8) are joined together.
37. Use of a blank sheet (1) according to any one of claims 19 to 31 for printing by means of a for the transfer of digital data suitable printer, particularly an ink-jet printer.
PCT/IB2002/003342 2001-08-22 2002-08-19 Cd case WO2003023782A1 (en)
EP01119660A EP1288953B1 (en) 2001-08-22 2001-08-22 CD cover
EP01119660.7 2001-08-22
WO2003023782A1 true WO2003023782A1 (en) 2003-03-20
ID=8178334
PCT/IB2002/003342 WO2003023782A1 (en) 2001-08-22 2002-08-19 Cd case
EP (1) EP1288953B1 (en)
AT (1) AT282886T (en)
DE (1) DE50104550D1 (en)
WO (1) WO2003023782A1 (en)
DE102010027056A1 (en) * 2010-07-14 2012-01-19 Thomas Däuber Method for making papercraft for commercial advertisement application, involves performing printing of print material on base sheet, and cutting base sheet by laser beam through perforation so as to form releasable papercraft item
FR2963331A1 (en) * 2010-07-30 2012-02-03 Pierre Jean Arnaud Pre-cut blank for forming sleeve for compact disk, has trapezoidal shutters articulated on two opposite sides of rectangular or square panel, where each shutter includes attachment finger engaged in attachment slot formed in flap of panel
US4992128A (en) * 1988-03-11 1991-02-12 Information Packaging Corporation Method of making holder for flat objects such as computer disks
DE9419178U1 (en) * 1994-11-30 1995-02-23 Pfaeffle Klaus H Storage containers for brochures, texts, data carriers and other items, especially items from the software sector
2001-08-22 AT AT01119660T patent/AT282886T/en not_active IP Right Cessation
2001-08-22 EP EP01119660A patent/EP1288953B1/en not_active Not-in-force
2001-08-22 DE DE50104550A patent/DE50104550D1/en not_active Expired - Fee Related
2002-08-19 WO PCT/IB2002/003342 patent/WO2003023782A1/en active Application Filing
DE50104550D1 (en) 2004-12-23
EP1288953A1 (en) 2003-03-05
EP1288953B1 (en) 2004-11-17
AT282886T (en) 2004-12-15
US6981587B2 (en) 2006-01-03 Compact disk mailer and file folder
US3745055A (en) 1973-07-10 Assembly for making a paper board sound recording package
US6845864B2 (en) 2005-01-25 Versatile CD/DVD type pocket assembly
US5405473A (en) 1995-04-11 Method of laminating a customized presentation folder
US5366410A (en) 1994-11-22 Business form with transfer tape and repositional adhesive