DE102018110179A1 - Holding device for information carrier and method for arranging information carriers - Google Patents

Abstract

Holding device (200) for information carriers (100), in particular having a flat basic shape or plate shape, suitable or designed for detachable coupling to the information carriers (100), wherein the holding device (200) on a front side and / or outside (231) guide means (260 ) in which in a holding position in each case information carrier (100) can be arranged displaceably, characterized in that with a back and / or inside (230) of the holding device (200) in a storage position a closed or lockable storage container, for example for storage of Information carrier (100), trained or educable.

Description

The invention relates to a holding device for information carrier according to the preamble of claim 1. Furthermore, the invention relates to a method for arranging information with information carrier units in a presentation device according to the preamble of claim 7.

From the DE 9311699 U1 a board with several parallel grooves is known, in each of which information carrier are arranged displaceably. The information carriers are formed flat and provided on one side with information, while they are neutral on the other side without information. Furthermore, a storage box is provided on the board. In addition, there is disclosed a method of taking out and turning information media from the grooves to the right so as to construct a row coincident with the open row outside the grooves.

A disadvantage of this prior art is that the storage field for information carrier, which is necessary by the method disclosed therein, takes up additional space. The need, for example, an additional table, the uses of the board, eg. During a train ride, are limited.

The object of the present invention is to improve the prior art. In particular, it is the object to provide a storage option for unnecessary information carrier. It is also an object to provide an improved method for achieving a predetermined arrangement of information with the information carriers or the information carrier units.

To solve the problem specified in claim 1 holding device for information carrier is proposed, wherein the information carrier preferably have a flat basic shape or plate shape. Furthermore, the object is achieved by a method for arranging information with information carrier units in a presentation device according to claim 7. Optional, advantageous embodiments of the invention will become apparent from the dependent claims. It should be pointed out that the features and measures listed individually in the following description as well as measures can be combined with one another in any technically expedient manner, even in asymmetrical embodiments, and show further embodiments of the invention. Furthermore, all embodiments and methods can be realized as a computer program product.

The invention is a holding device for information carrier, wherein the information carrier are designed in particular with flat basic shape or plate shape. Furthermore, the information carriers are suitable or designed for releasable coupling with the holding device. In this case, the holding device on a front side and / or outside guide means or other displacement devices in which in a holding position in each case information carrier slidably, in particular slidably movable, can be arranged. In addition, the back and / or inside of the holding device can form a closed or lockable storage container in a storage position, for example for storing the information carrier. Under completed or lockable is to be understood that the information carrier during transport in the storage position can not fall out of the holder, which facilitates the transport of the information carrier. Thus, while the front side and / or outer side can form a device for arranging information carriers in the holding position, the rear side and / or inner side serve for the transport and / or storage of the information carriers.

In a preferred embodiment of the invention, the guide means are formed as parallel and / or equal long grooves and / or other, preferably upwardly open, guide channels, wherein grooves embedded in the front and / or outside of the holding device and / or by parallel webs and / or ribs and / or other release agents are separated from each other. The webs and / or ribs may be parallel to each other. The geometric dimensions of the grooves and / or guide channels are preferably substantially an integer multiple of the information carrier to be inserted therein and to be displaced therein. There is only provided an additional tolerance to the information carrier conveniently, for example. By hand or machine support, insert, remove and / or move. Thus, the information carrier can be arranged to save space, without any unintentional displacement of the information carrier, for example. In a direction transverse to the longitudinal direction of the groove, is possible. Furthermore, the height of a web and / or a rib substantially corresponds to the smallest geometric external dimensions of the information carrier. As a result, the thickness of the board shape or plate shape of the holding device can be minimized in the holding position, which facilitates handling.

Optionally, the holding device comprises two mutually congruent or mutually overlapping halves, which are coupled to each other via at least one hinge. By means of these hinges, the holding device without significant Force and moved from the holding position to the storage position movable. The hinges can also be designed as a hinge for pivoting or folding. Further, it is optionally provided to produce the holding device made of plastic by means of 3D printing and / or injection molding, wherein the rotary joint may be formed as a bending hinge. This may allow for a one-piece embodiment in a manufacturing step without assembly steps.

In a preferred embodiment of the invention, the rear side and / or inside of the holding device has two or more circulating webs and / or ribs, wherein at least two circulating webs are congruent to each other and formed as a circumferential and / or closed path train. The circumferential webs together form a storage position lateral boundaries. In the holding position, the circulating webs form stand devices in order to be able to insert information carriers securely on the outside or on the front.

In addition, the height and / or thickness of a circumferential web and / or a rib and / or the depth of the storage container may substantially correspond to a depth of an information carrier. Depth means the smallest geometric external dimensions, that is to say, for example, the thickness of the plate-shaped information carrier. Thus, the height and / or thickness of two circumferentially stacked circumferential webs and / or ribs substantially correspond to the height of two-layer stacked plate-shaped information carrier. Thus, the storage space of the storage container is optimally dimensioned to accommodate a certain number of information carriers, which is sufficient to interpret the guide means on the front and / or outside substantially completely single-layer, for transport and / or storage.

In an optional further development, the holding device has a pivoting groove, which along its longitudinal axis of symmetry and / or central axis has at least one rotary joint for rotating or pivoting the holding device from a storage position into a holding position. This pivot groove and / or center axis is usually arranged symmetrically in the holding position of the holding device even centrally, whereby the symmetry axis of the pivot groove simultaneously forms the axis of symmetry and / or center axis of the holding device. By this pivoting groove, an odd number of grooves and / or other guide means may be arranged on the outside of the holding device. As an alternative to a pivoting groove, a separating means between two grooves can also have the rotary joint.

Independent invention protection is also claimed for a method for arranging information with information carriers in a holding device, in particular in a holding device according to one of the previously described embodiments. The information carrier, with which this method is carried out, are preferably formed as a flat and / or symmetrical plate-shaped element, reversible and formed with two opposite information walls. Each information wall has at least one piece of information or an information unit.

• - Überführen einer Haltevorrichtung aus einer schachtel- und/oder boxförmigen Aufbewahrungsstellung in eine plattenförmige Haltestellung, vorzugsweise durch Drehen oder Schwenken um ein Drehgelenk.
• - Einlegen der Informationsträger in Führungsmittel auf einer Frontseite und/oder Außenseite der Haltevorrichtung, wobei die Führungsmittel vorzugsweise als Nuten oder sonstige längliche Führungskanäle ausgebildet sind. Optional, aber nicht notwendigerweise, befindet sich stets die gleiche Anzahl an Informationsträgern in jedem Führungsmittel. Bspw. können neun Nuten mit jeweils neun Informationsträgern ausgelegt werden.
• - Verschieben, Wenden und gegebenenfalls Vertauschen der Informationsträger untereinander, bis eine vorab festgelegte Anordnung und/oder Abfolge von Informationen erreicht ist.

The method for arranging the information carriers comprises at least the following three steps, which are preferably carried out in the stated order:

• - Transferring a holding device from a box and / or box-shaped storage position in a plate-shaped holding position, preferably by turning or pivoting about a hinge.
• - Inserting the information carrier in guide means on a front side and / or outside of the holding device, wherein the guide means are preferably formed as grooves or other elongated guide channels. Optionally, but not necessarily, there is always the same number of information carriers in each guide means. For example. nine slots with nine information carriers each can be designed.
• - Moving, turning and possibly interchanging the information carrier with each other until a predetermined arrangement and / or sequence of information is reached.

• - Einfaches Wenden eines Informationsträgers. Ein plattenförmiger Informationsträger weist typischerweise zwei flächige Wandungen auf. Auf jeder der Wandungen ist eine Information oder Informationseinheit abgebildet, wobei die Informationen die gleichen sein können, aber nicht sein müssen. Nach dem Wenden ist dem Betrachter die zuvor verdeckte Information zugewandt.
• - Einfachzug: Entnahme eines Informationsträgers aus einer endständigen Entnahmeposition eines länglichen Führungsmittels und Einlegen desselben Informationsträgers in eine endständige Einlegeposition in demselben länglichen Führungsmittel. Dies kann so umgesetzt werden, dass ein Informationsträger von einem linken Ende eines als Nut ausgebildeten Führungsmittels zum rechten Ende hin versetzt wird, wobei die übrigen Informationsträger in der Nut, gleitend geführt, nach links verschoben werden.
• - Doppelzug: Entnahme eines ersten Informationsträgers aus einer ersten endständigen Entnahmeposition eines ersten Führungsmittels und zeitgleiche oder im wesentlichen zeitgleiche Entnahme eines zweiten Informationsträgers aus einer zweiten endständigen Entnahmeposition in einem zweiten Führungsmittel und unmittelbar anschließendes Einlegen des ersten Informationsträgers in das zweite Führungsmittel und des zweiten Informationsträgers in das erste Führungsmittel. Innerhalb der Nuten, die von dem Doppelzug betroffen sind, verschieben sich die Informationsträger jeweils innerhalb der Nuten, um den einzulegenden Informationsträgern Platz zu machen.

In order to be able to dispense with an additional storage field outside the holding device during the method, the last-mentioned method step may comprise at least the following steps:

• - Easy turning of an information carrier. A plate-shaped information carrier typically has two flat walls. On each of the walls an information or information unit is depicted, where the information may be the same but need not be. After turning, the previously hidden information is turned towards the viewer.
• - Single pull: removal of an information carrier from a terminal removal position of an elongated guide means and inserting the same information carrier in a terminal insertion position in the same elongate guide means. This can be implemented so that an information carrier of one left end of a groove formed as a guide means is offset towards the right end, wherein the other information carrier in the groove, sliding out, are moved to the left.
• - Double pull: removal of a first information carrier from a first terminal removal position of a first guide means and simultaneous or substantially simultaneous removal of a second information carrier from a second terminal removal position in a second guide means and immediately subsequent insertion of the first information carrier in the second guide means and the second information carrier in the first guide. Within the grooves affected by the double pull, the information carriers each move within the grooves to make room for the information carriers to be inserted.

In a preferred refinement, the method, that is to say the shifting and / or turning and / or interchanging of the information carriers, is carried out until a predetermined sequence and / or sequence and / or arrangement of information has been reached. The determination of this sequence and / or order and / or arrangement can be made by a lottery. To carry out this batch process, the information carriers themselves, but also further Losmittel can be used. The decisive factor is that the information and / or information units are mapped to this lot. Furthermore, it can be provided that a method step may not subsequently be reversed again. If, for example, an information carrier has been turned from one side to the other side, then this step must not be reversed immediately. Thereby, the necessary number of process steps for achieving the predetermined arrangement can be minimized.

Optionally, the method includes the use of an electronic processing unit for the computer-aided and / or automated performance of the method steps, wherein the properties of an information carrier, the holding device and possibly other components are implemented on a computer. The method can therefore be carried out by means of a computer program and / or a smartphone app and / or another electronic device. For this purpose, the components of the holding device and the information carrier are implemented with their information on data carriers and / or servers. As a result, the implementation of the method can be accelerated or facilitated, in particular, several operators can also participate in the process from remote locations at the same time.

• - Überführen einer Präsentationseinrichtung aus einer Bereitschaftskonfiguration in eine Betriebskonfiguration,
• - Anlegen der Informationsträgereinheiten mit Führungsmitteln auf einem Präsentationsmittel der Präsentationseinrichtung,
• - Wechseln der Präsentationsansicht und/oder Verschieben der Informationsträgereinheiten, bis eine festgelegte Anordnung und/oder Abfolge von Informationen erreicht ist.

Furthermore, independent invention protection is claimed for a method for arranging information with information carrier units in a presentation device, in particular with the functional properties of a presentation device, which can correspond to an already described holding device in the embodiment as a computer program product. In this case, an information carrier unit is formed with two alternatively representable presentation views and each presentation view has at least one piece of information. In addition, the method comprises at least the following steps:

• Transferring a presentation device from a standby configuration into an operational configuration,
• Applying the information carrier units with guidance means on a presentation means of the presentation device,
• Changing the presentation view and / or moving the information carrier units until a predetermined arrangement and / or sequence of information is reached.

• - Wechseln der Präsentationsansicht einer Informationsträgereinheit und/oder
• - Einfachzug: Entnahme bzw. Ausschneiden einer Informationsträgereinheit aus einer endständigen Entnahmeposition eines Führungsmittels und Einfügen derselben Informationsträgereinheit in eine endständige Einfügeposition in demselben Führungsmittel und/oder
• - Doppelzug: Entnahme einer ersten Informationsträgereinheit aus einer ersten endständigen Entnahmeposition eines ersten Führungsmittels und zeitgleiche oder im wesentlichen zeitgleiche Entnahme einer zweiten Informationsträgereinheit aus einer zweiten endständigen Entnahmeposition in einem zweiten Führungsmittel und unmittelbar anschließendes Einlegen der ersten Informationsträgereinheit in das zweite Führungsmittel und der zweiten Informationsträgereinheit in das erste Führungsmittel.

In an optional further development, the method of changing the presentation view and / or moving the information carrier units comprises the following steps:

• Change the presentation view of an information carrier unit and / or
• - Single pull: removal or cutting out of an information carrier unit from a terminal removal position of a guide means and insertion of the same information carrier unit in a terminal insertion position in the same guide means and / or
• - Double draw: removal of a first information carrier unit from a first terminal removal position of a first guide means and simultaneous or substantially simultaneous removal of a second information carrier unit from a second terminal removal position in a second guide means and immediately subsequent insertion of the first information carrier unit in the second guide means and the second information carrier unit in the first guide.

In a particular embodiment of the method, changing the presentation view and / or moving the information carrier units is carried out until a predetermined sequence and / or order and / or arrangement of information is reached.

In addition, the method may be described entirely as a computer program product and / or by the Use of an electronic computer unit for computer-aided and / or automated implementation of the method steps be realized.

• 1 einen einzelnen Informationsträger,
• 2 die Innenseite und/oder Rückseite einer Haltevorrichtung in Haltestellung,
• 3 die Außenseite und/oder Frontseite einer Haltevorrichtung in Aufbewahrungsstellung,
• 4 eine zweite Ansicht der Außenseite und/oder Frontseite einer Haltevorrichtung in Aufbewahrungsstellung
• 5 die Innenseite und/oder Rückseite der Haltevorrichtung in Haltestellung mit insgesamt zehn zweilagig eingelegten Informationsträgern,
• 6 die Außenseite und/oder Frontseite der Haltevorrichtung in Haltestellung mit insgesamt 81 einlagig eingelegten Informationsträgern 7 beispielhafte erfindungsgemäße Verfahrensschritte.

Further details, features, feature combinations, effects and advantages of the invention will become apparent from the drawings and the following description of an advantageous or exemplary embodiment of the invention and the corresponding drawings. The drawings each show a perspective view, in particular in

• 1 a single information carrier,
• 2 the inside and / or back of a holding device in the holding position,
• 3 the outside and / or front of a holding device in the storage position,
• 4 a second view of the outside and / or front of a holding device in the storage position
• 5 the inside and / or back of the holding device in the holding position with a total of ten two-layer inserted information carriers,
• 6 the outside and / or front of the holding device in holding position with a total of 81 single-layer inserted information carriers 7 exemplary method steps according to the invention.

In the different figures, the same parts are always provided with the same reference numerals, which is why these are usually described only once.

1 shows an information carrier 100 , which for a holding device according to the invention 200 (see. 2 ) suitable is. The information carrier 100 has a first information wall 101 and a second information walk 102 (not shown). In the illustrated embodiment, the information walls 101 . 102 of identical geometry and square. That means the height l_h and the width L_b , So the corresponding edges of the cuboid are identical. The depth l_t corresponds to the thickness of the plate-shaped information carrier 100 , On the information carriers 100 each different information can be displayed. The total number of information carriers 100 can, for example, nine different information l1 ... l9 include. It is located both on the first wall of information 101 an information, eg. 11 , as well as on the second wall of information 102 , for example 17 , The information l9 l1 ... but also on both walls of information 101 . 102 be identical. Will any information l9 l1 ... once with any further information l9 l1 ... and in addition to itself, you get a total of 81 information carriers 100 ,

2 shows the holding device 200 in holding position. However, the inside or back is 230 representing the storage space for the information carriers 100 (see. 5 ) trains. The holding device comprises a first half 210 the holding device 200 and a second half 220 , with both halves 210 . 220 preferably formed substantially identical and at a symmetry axis / central axis 215 are arranged axially symmetrically. Every half 210 . 220 is essentially rectangular in cross-section with the length H_l and the width H_b provided, bringing the product of length H_l and twice the width H_b a surface of the holding device 200 in holding position corresponds. Every half 210 . 220 has a walkway 225 , which is designed as a peripheral rib and as a circulating track train. The height of the walkway 225 opposite the back or inside 230 corresponds to the depth h_t (only hinted) of the holding device 200 , The circular walkways 225 both halves 210 . 220 are identical, with which they are flush with each other along with the inside and / or back 230 the boundary wall of a box, so the holding device 200 in storage position, train. Within the boundary walls is the storage space for the information carrier 100 (see. 1 ) arranged. Both halves 210 . 220 are two hinges designed as hinges 240 pivotally connected to each other, wherein the pivot axis with a symmetry axis / central axis 215 is essentially identical.

3 shows the holding device 200 in a storage position, in which the two halves 210 . 220 congruent lie one above the other. On the front / outside 231 becomes the method of arranging the information carriers 100 (see. 7 ) carried out. This is the front or outside 231 in guidance 260 divided, which are formed in the illustration shown as parallel grooves. A groove has the length n_l and the width N_B on. The width N_B This corresponds essentially to the height l_h or the width L_b an information carrier 100 (see. 6 ). The length n_l on the other hand, essentially corresponds to an integer geometric multiple of the height l_h or the width L_b an information carrier 100 (see. 6 ). There are only small tolerances T (see. 6 ) provided to the information carrier 100 within the guide 260 to be able to move comfortably. The guiding means 260 are separated from each other by webs 270 separated, the height of a single bridge 270 approximately the depth l_t an information carrier 100 corresponds (cf. 6 ). The central groove of the holding device 200 , ie the groove on the axis of symmetry / central axis 215 (see. 2 ) (in Holding position, ie viewed in the unfolded state), is as Schwenknut 280 educated. A surrounding frame 290 limited both the bars 270 , as well as the management tools 260 ,

4 shows the Schwenknut 280 in a rear view of the holding device 200 in storage position. The pivot groove 280 is both part of the first half 210 , as well as the second half 220 , This includes the pivot groove 280 also the two here designed as swivel hinges swivel joints 240 ,

5 shows the holding device 200 in the same perspective as in 2 , In addition, here are a total of ten information carriers 100 two layers inserted into the storage room. In this way, the entire back or inside can be 230 a half 210 . 220 interpret, which in the illustrated embodiment of the invention as a whole 90 Information carrier can be stored or transported in the storage room. The storage space is thereby closed by both halves 210 . 220 at the swivel joints 240 be folded.

6 shows the holding device 200 in holding position, with the guide means 260 as a total of nine grooves N1 ... N9 on the outside or on the front 231 (see. 3 ) are formed. In each of these grooves N1 ... N9 are nine information carriers 100 inserted so that total 81 information carrier 100 in the holding device 200 are placed. The individual grooves N1 ... N9 are dimensioned so that the information carrier 100 can be inserted positively and in the grooves N1 ... N9 against unintentional slipping transversely to the longitudinal direction of the groove N1 ... N9 are secured. It's just an extra tolerance T provided to the information carrier 100 easy to remove by hand, insert and / or slip. Furthermore, a locking device 245 shown with the holding device 200 can be locked in storage position. In the groove N1 are exemplary the information l9 l1 ... shown in ascending order. For better clarity, the information is l1..l9 on most information carriers 100 hidden.

At the beginning of the process, the holding device is transferred from the storage position to the holding position and the information carrier contained therein 100 taken. The holding device is in holding position with the guide means 260 up, ie with the front or outside 231 up on a suitable surface, for example. Put a table. Preferably located under the 90 information carriers 100 nine information carriers that are only on a first wall of information 101 (see. 1 ) an information l1 ... l9 exhibit. These are initially separated and stored separately. The remaining 81 information carrier 100 be random in the grooves N1..N9 inlaid, each randomly one of the two pieces of information at random l1 ... l9 pointing upwards.

Using the nine rejected information carriers 100 Preferably, by means of batching a sequence and / or order and / or arrangement of a total of preferably five, preferably different, information l1 .... l9 determined, which is based on the inventive method. In the process, the nine discarded information carriers become 100 with the information l9 l1 ... hidden next to the holding device 200 placed. Subsequently, one after the other five information carrier 100 uncovered and placed side by side. This is the sequence and / or arrangement ("Jocolo"), which is to be worked out with the method according to the invention in the following method steps.

In 6 this is an example of a sequence / arrangement of the information 13 . 11 . 14 . 19 . 18 , The process is carried out until a horizontal arrangement 600 , a vertical arrangement 601 and / or a diagonal arrangement 602 is present. Furthermore, a homogeneous arrangement 603 ("Spoiler") in any orientation, where any but predetermined sequence of like information, here 18 , exists in the same number of the specified sequence. The said sequence / row / arrangement may also be in the reverse order for the purpose of the method. Once the sequence / series / arrangement is established, the procedure may be terminated, but it may continue.

• - Waagerecht: 10 Punkte
• - Senkrecht: 15 Punkte
• - Diagonal: 5 Punkte

Furthermore, the user can subject the method to a quantitative scoring, making the method suitable as a board game, in particular as a strategic board game, for two people. The point is that a player wins the game, by moving, swapping or turning the information carrier 100 the required sequence / arrangement of the information l9 l1 ... completed first. As information l9 l1 ... Different colored symbols can be used. To undo the opponent's turn, you have to wait a turn. When a player searches for the order / arrangement of information l1 ... l9 uncovering, without knowing this, the opponent (if it is his / her turn and without making a new move) to end the game with the exclamation "Game Over" and thus win. The game can be repeated several times until a player reaches a previously determined amicable total score. The score must be divided at least once by five (eg 25 ; 50 ; 75 Etc.). The points that a player gets to win depend on the direction in which the order / arrangement of the information l1 ... l9 at the end you can see:

• - Horizontal: 10 points
• - vertical: 15 points
• - Diagonal: 5 points

If a game ends with a double move and thus won, the winner's score is doubled.

7 shows exemplary method steps according to the invention for moving, interchanging and reversing the individual information carriers 100 to determine the defined information sequence (cf. 6 ) to obtain. Characteristic of the method steps according to the invention is that it is possible to dispense with a separate storage surface. One possible method step is turning 300 , which at the information carrier 100 with the information 19 in the groove N1 is shown. After turning 300 is the operator / user of the holding device 200 the information l9 l1 ... on the opposite information carrier wall 101 . 102 (see. 1 ). Another possible process step is the simple train ( 400 / 401 ), illustrated in groove N2 , It becomes a terminal information carrier 100 withdrawn 400 and inserted in the same groove at the opposite terminal position 400 , The remaining unlocated information carrier 100 be within the guide 260 / grooves N1 N9 .... sliding shifted 401 to the information carrier to be inserted 100 To make room. A third possible method step is the double pull ( 500 - 503 ), which exemplifies the grooves N5 and N7 is shown. When Doppelzug is simultaneously from two grooves N5 / N7 a terminal information carrier 100 taken and each vertically above 500 and / or below 501 the removal position in the groove N5 / N7 re-inserted, from which the other information carrier 100 has been removed. Similar to the single pull 400 / 401 , become the unlocated information carrier 100 within the guide 260 / grooves N1 N9 .... postponed 502/503 ,

These method steps are also suitable for use in the parlor game already described, which is explained below with reference to the double pull. To information carrier 100 into another groove N1 ... N9 to carry, one makes with both hands the so-called double train. This turn must be announced to the opponent before it is completed. Here one takes one information carrier each 100 from the end of different grooves N1 ... N9 on the left and right sides of the fixture 200 , Now you add the information carrier 100 on the edge of the other groove N1 ... N9 one where an information carrier 100 is missing. Important: The hands remain on the respective side of the holding device 200 (left hand moves up and down on the left side - right hand moves up and down on the right side). After a double move has been made, the opponent can either continue with another double move or either a single move twice in a row ( 400 / 401 ) and / or an information carrier 100 turn 300 ,

LIST OF REFERENCE NUMBERS

100

Information carrier / information carrier units

101

first information carrier wall / presentation view

102

second information carrier wall / presentation view

200

Holder / presentation device

210

first half

215

Symmetry axis / central axis

220

second half

225

peripheral web

230

Back and / or inside

231

Front and / or outside / presentation means

240

swivel

245

locking device

260

guide means

270

Stege

280

swinging groove

290

frame

300

Call / Jump

400

Single pull: removal / insertion

401

Single move: move

500

Double pull: removal / insert upwards

501

Double pull: removal / insert down

502

Double pull: Move to the left

503

Double pull: Move to the right

600

Arrangement / sequence horizontal

601

Arrangement / sequence vertically

602

Arrangement / sequence diagonal

603

Arrangement / sequence homogeneous

H_l

Length of the holding device

H_b

half width of the holding device

h_t

Depth of the holding device

11-19

information

l_h

Height of the information carrier

L_b

Width of the information carrier

l_t

Depth of the information carrier

N1-N9

groove

n_l

Length of the groove

N_B

Width of the groove

T

tolerance

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 9311699 U1 [0002]

Claims (10)

Holding device (200) for information carriers (100), in particular having a flat basic shape or plate shape, suitable or designed for detachable coupling to the information carriers (100), wherein the holding device (200) on a front side and / or outside (231) guide means (260 ) in which in a holding position in each case information carrier (100) can be arranged displaceably, characterized in that with a back and / or inside (230) of the holding device (200) in a storage position a closed or lockable storage container, for example for storage of Information carrier (100), trained or educable. Holding device (200) after Claim 1 , characterized in that the guide means (260) as parallel and / or equal long grooves (N1 ... N9) and / or other guide channels are formed, which in the front and / or outside (231) of the holding device (200) and / or by webs (270) and / or ribs are separated from each other. Holding device (200) after Claim 1 or 2 , characterized in that the holding device (200) with two mutually congruent or overlapping halves (210, 220) is formed, which are coupled to each other via at least one hinge (240). Holding device (200) according to one of the preceding claims, characterized in that the back and / or inside (230) of the holding device (200) has two or more circulation ribs (225) and / or ribs, wherein at least two circulation ribs (225) congruent to each other and are designed as a circumferential and / or closed line train. Holding device (200) after Claim 4 , characterized in that the height and / or thickness of a circumferential web (225) and / or a rib substantially corresponds to a depth (l_t) of an information carrier (100). Holding device (200) according to one of Claims 3 - 5 characterized by a pivot groove (280) having along its longitudinal axis of symmetry and / or central axis (215) at least one pivot (240) for pivoting the holding device (200) from a storage position to a holding position. Method for arranging information (11 ... 19) with information carrier units (100) in a presentation device (200), in particular with the functional properties of a presentation device (200) according to one of the Claims 1 - 6 wherein an information carrier unit (100) is formed with two alternatively representable presentation views (101, 102) and each presentation view (101, 102) comprises at least one information (11 ... 19), the method comprising the steps of: - transferring a presentation device (200) a standby configuration in an operating configuration, - applying the information carrier units (100) with guide means (260) on a presentation means (231) of the presentation device (200), - changing the presentation view (101, 102) and / or moving the information carrier units (100), to a predetermined arrangement and / or sequence of information (l1 ... l9) is reached. Method according to Claim 7 , characterized in that changing the presentation view (101, 102) and / or moving the information carrier units (100) comprises the following steps: - changing (300) the presentation view (101, 102) of an information carrier unit (100) and / or - removal or Cutting out an information carrier unit (100) from a terminal removal position of a guide means (260) and inserting the same information carrier unit (100) into a terminal insertion position in the same guide means (260) and / or removing a first information carrier unit (100) from a first terminal removal position of a first guide means (260) and simultaneous or substantially simultaneous removal of a second information carrier unit (100) from a second terminal removal position in a second guide means (260) and immediately subsequent insertion of the first information carrier unit (100) in the second guide means (2 60) and the second information carrier unit (100) in the first guide means (260). Method according to one of Claims 7 or 8th , characterized in that the switching of the presentation view (101, 102) and / or displacement of the information carrier units (100) is carried out until a predetermined sequence and / or order and / or arrangement (600-603) of information (11 ... 19) is reached. Method according to Claim 9 , characterized by the realization of the method as a computer program product and / or the use of an electronic computer unit for the computer-aided and / or automated execution of the method steps.

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