DE19721943A1 - Re-usable, fastening cardboard container for CDs or floppy discs - Google Patents

Abstract

The fastener for closing container is made from folding material for holding in position of an object such as a CD or floppy disc, where the packaging is of cardboard or similar. The fastener has a top flat (2) with stiff projections (3) on its forward edge (5). In a middle flap (6) there are openings (4) into which the projections (3) can be pushed by holding the upper flap (2) by cut out areas just to the rear of the projections (3). The projections (3) are near to a folding edge (8) of the container. One or more of the folding (i.E. thin) edges of the container may have slits in them to enable the corners of a floppy disc to be held fixed or the sides of a CD to be held fixed.

Description

The invention relates to a closure for releasable closure from foldable Material manufactured containers, suitable containers with devices for fixation in the containers of objects, in particular cardboard or the like materials with mechanical properties that are suitable for repeated use Are suitable for use.

It is known to use three-dimensional packaging as folding cards, folders or Cardboard boxes are designed to be provided with appropriate closures by Insert appropriate latches into suitable insertion openings, such as slots physical form. Packaging of this type is largely a away packaging and after the item to be packed is removed, unfolded and not reused. The packaging for this Closures used wear quickly and have a very limited Lifespan that is very difficult to reuse. By the folds of the locking tabs or acute-angled punch-outs are the material weakened and unsuitable for mechanical stress. When opening carelessly the closure is damaged and made unusable. Because of the hidden arrangement of the closure is recognized too late as the mechanism of the closure out forms and is suitable for opening. An ordinary folding box is an example posed. The insert tab used here works partly non-positively and partly positively sig, the insert flap is folded and cut at its bending points. By this measure is a vulnerable cross section made and a break of the material been indexed. When opening, the positive connection is strengthened and the tab is torn off. If the corner is torn off, a closure can no longer be guaranteed and the packaging has become unsuitable for further use.

The invention has for its object a closure for releasable Closing containers made of foldable material as well as suitable containers with devices for fixing objects contained therein, in particular from Cardboard or similar mechanical properties material for repeated use are likely to create one that allows it without significant Effort with simple handling by actuating the closure open and close again, or detachable additional devices on the containers to fix.  

According to the invention the object is achieved in that the closure is a top layer and has an intermediate layer. The top layer carries laterally on its front edge in the Range of cutouts latches. The bars are designed so that they with inset ben worked into the intermediate layers near the folded edges of the container are working together. The distance between the slots is designed so that the latch, in the bays can be pushed in until the edges of the throats in the one flare up. This process ends when the projected length of the Outer edges of the top layer has its greatest extent. The deck and the Intermediate layer in a closed functional position and the contact points of the Kehlun The spacing in the slots is congruent with the inner side edges the bays connected to them. The training and location of the bars, in verbin dung with their fillets and inserts in the intermediate layer is therefore advantageous because the straight edge of the latch in the slot in a full hold location reached. The front edge of the top layer is in the area between the Latch, no pre-tension and lies flat and gapless on the intermediate layer. The has the advantage that the material without tension and without pressure between the bar and Inset into an active position. When the latches open from the slots of the container are to be slid out, then the edge becomes the deck layer from the intermediate layer. It is opened pragmatically by a counter current pressure against the grooves in the top layer. The projected length of the edge on the intermediate layer is shortened and the bend of the top layer becomes so far continued until the latches have slipped out of the slots. Is the top layer in the Area of their front edge between the bars on the liner completely, so it takes some skill to put the top sheet in a raised position move, which allows the latches to be pulled out of the slots when pressure is applied should not be exercised on the opening grooves. The invention is in there designed that the spacing of the inserts on the liner, with respect to the edges of the throats, in the area of the bars, is somewhat shortened. The distance is the one pushes less than the distance between the contact points of the fillets in the inserted position the latch. This gives the edge of the top layer a pretension and rises slightly arched shape from the liner. The embodiment of the invention allows it Now, take the edge that is already slightly arched and lift it so that the latch is out can slide the inserts. Furthermore, the adhesion between the insert and Bolt enlarged by the pressure of the edges and the form fit between the bolt and  Insert is better preserved. Of course, the expert reads that the pre tension between the bars must not be so great that mechanical pressure Damage or deformation of the contours of the closures is disadvantageous Episode are. It is therefore an advantageous embodiment in the sense of the invention if a reduction in the spacing of the inserts from one another compared to the contact points the bolt is provided between 1 to 3 mm. It can be seen from the illustrations take that the closure according to the invention for various types of containers Application can come. The containers can be equally diverse Form as well as versatile use can be attributed. In an advantageous sense According to the invention, the closures are arranged on a folding card-like container. The Explanation is obvious on an opened, in the manner of a settlement, open Container. The top layer provided with the bars is parallel leles pair of folds connected to a bottom part, which is opposite the intermediate location with the inserts. Between bottom part and intermediate layer is similar arranged a pair of folded edges. In the folded position, the two cover first The bottom part above which the top layer comes to rest. Now they are Latch over the inserts in an overlapping position. The fold edge pairs are so designed that each pair runs parallel at a variable but narrow distance and in the position that when the container is folded, the loading of fla Chen three-dimensional bodies is permitted. When the three-dimensional body through their higher weight exceed their static friction in the folding card, they slide out of the card open on the side. According to the invention, the solution is thereby advantageous Adheres that the bottom part between the immediately adjacent folded edges a smaller Dimensioning receives than the body to be inserted. Two are helpful between the parallel fold edges, through which the Bodies can slide in with their parts protruding over the bottom part. she stand out of the folded card with a small size, become arre in the slots and are therefore safe to transport. The objects can be rotationally symmetrical and polygonal. With a rotationally symmetrical Form the body, the slots on the central axis of the container face each other and are dimensioned in their longitudinal dimension so that the body can be held without play is guaranteed. In the case of polygonally shaped bodies, it is advantageous according to the invention if the slots are offset from the central axis of the container and thus a sensible classification of the polygonal body between the folded edges  will. Are the folding cards closed, as already shown above, then the applied body is locked in position against at least three types of movement and largely protected against damage of all kinds.

The use of the closures shown according to the invention on mostly flat Containers are not intended to limit the applicability of the type of closure according to the invention. Thus, when using the solution according to the invention, it is advantageously possible for the invention to be used on containers with a cubic shape and at least open at least one side. It can therefore be explained as advantageous that the Closures according to the invention open cubic containers from at least three sides make possible. According to the invention, each has a closure per se lying sides and a closure arranged between them. Such an arrangement The closures allow the containers to be filled and emptied from above and below as well as from the sides too. From the other representations of the embodiment of the inventions In accordance with the inventive solution, the person skilled in the art will see that the assignment according to the invention the closure elements, intermediate and top layer, latch and insert also for containers of this complicated kind has not been changed.

The design options of the invention are varied and also for the Ver close flat boxes applicable. The top edge of these boxes is extended and pulled in the form of a tab over the top surface. The principle of fiction following the proper design of the closure is here with the extended flap their bars, the top surface, the slots in the one below Surface of the box are molded. The position of the inserts is the spacing of the Latch on the flap adapted, the grooves for Forming a pleasing flap contour and manageability are kept larger. However, the dimensioning of the bars with their inserts is the application form customized. So it can be when using the bars in the invention Closure training also come to larger dimensions when the closure also has to absorb tensile and shear forces at the same time, as is the case with a configured one Application of the invention has been selected as a briefcase or office folder. The application of the invention according to the invention in a briefcase indicated advantageously fortunately the reinforcement of the edge area between the bars by the users extension of a reinforcing element that is parallel to the edge between the bars, taking them along, extends. The reinforcing element has resetting properties shafts and can advantageously be made of spring steel. It's after the inven  This makes sense if the closure elements are used as holding devices for containers find, hanging on the walls of these containers with their latches in the slots are used and can be used to hold accompanying or information papers. It is further as an information carrier for accompanying the containers during transport advantageous to insert cards into the walls of the container. The cards have bars, which are inserted into slots, which are made to measure in the container walls forms are. In a further embodiment of the invention, it is very advantageous to use these cards to be provided with support elements for writing utensils such as pens and pencils. The elements can preferably be on bags and folders for personal and professional use. Also with the elements to be attached as well for the cards, the principle according to the invention is to arrange bars in the deckla and inserts in the intermediate layer. The use of ver conclusion serves as a holding system and does not lead to any deviation from the invention solution since it contains all the basic elements of the invention.

The invention will be explained in more detail using an exemplary embodiment. In the associated drawing show:

Fig. 1 the container as Faltkuvert with the shutter closed,

Fig. 2 shows the container according to Fig. 1 in the open state,

Fig. 3 The container of Fig. 1 and 2 in the unfolded state with an inserted CD

Fig. 4 shows the container according to Fig. 3 with an inserted disk,

Fig. 5 a cubic container with multiple closure arranged in a partially folded-out condition,

Fig. 6 shows the container according to Fig. 5 in a fully closed state,

Fig. 7 shows the container according to Fig. 5 and 6 as processing and in fully folded-out condition,

Fig. 8 A tank formation as a flat, at its upper edge to inside carton in the open condition,

Fig. 9, the container construction according to FIG. 8 with the shutter closed,

Fig. 10 A tank formation in the form of a briefcase with additional which eclip wandelter closure assembly as wall closure took loops of a container with on,

Fig. 11 The tank formation in the form of a flat folder with additional terminal card,

Fig. 12 The closure arrangement, modified in a container as a Hängever circuit.

Fig. 1 shows a closure arrangement of a container in the form of a folding card 1 in the closed state. Bolts 3 of the closure are inserted in slots 4 , which are incorporated in the intermediate layer 6 of the folding card 1 and close the folding card 1 .

The slight curvature of the edge 5 of the cover layer 2 , which can be seen in the illustration, is also indicated after the closing process has been completed. When the folding card 1 is closed and the latches 3 are fully inserted into the slots 4 , the edge 5 over the intermediate layer 6 is still slightly curved. The slight curvature of the edge 5 ge ensures the closure a permanent backup of its closed state, since the latch 3 are locked under slight pressure in the slots 4 . Only when the folding card 1 is to be opened is the cover layer 2 raised in the area of the edge 5 . This removes the pre-tension, the curvature of the top layer 2 in the area of the edge 5 is increased and the projected length between the bars 3 is reduced so that the outer edges of the bars 3 slide out of the slots 4 or, in reverse, the closing process, can be brought easily and safely over the slots 4 , so that an uncomplicated insertion of the latches 3 into this, as shown for the start of an opening process, which is completed in the arrangement according to FIG. 2.

Fig. 2 shows the folding card 1 in the open position, as it is brought shortly before closing with the latches 3 via the slots 4 in a closed position. Here, the bars 3 are brought with their outer ends by a bending of the edge 5 , produced by opposing pressure on the grooves 12 , the top layer 2 above the inserts 4 in the intermediate layer 6 in an insertion position. By pushing the latch 3 into the slots 4 , an uncomplicated, repeatable opening and closing of the folding card 1 is possible. The straightforwardness of the closing process is shown by the fact that only a bulge of the top layer 2 at the edge 5 shortens the projected line between the inserts 4 so that the outer edges of the bars 3 on the top layer 2 are brought into an active position above the inserts 4 , inserted into this and put into a secure closed position by light pressure on the top layer 2 in the area of the edge 5 . The design of the container as a folding card 1 in the manner of an envelope allows the secure protection of letters, cards and other flexible Ge objects flat figuration, which is securely inserted in the folded envelope-shaped container and have been protected by this.

Fig. 3 shows the container according to the embodiments of FIGS. 1 and 2 in an unfolded representation. As already explained with reference to FIGS. 1 and 2, flat objects of various types can be inserted and encased in the formation. For flat Ge objects, the weight of which does not guarantee a holding by static friction in the container, slots 11 ; 11 'between the folded edges 8 ; 8 ';9; 9 'of the folding card 1 arranged. The unfolded position shows in detail the formation of the closure and the arrangement of its elements in the unfolded body of the folding card 1 . The folded card 1 has a rectangular extension. It is divided into almost three identical parts, the subdivision by pairs, parallel fold edges 8 ; 8 ';9; 9 'is marked. In the folded edges 8 ; 8 ';9; 9 'are the slots 11 ; 11 'incorporated to hold larger flat structures under different shapes. The division has been designed so that the size of the bottom surface 7 in its extension to the folded edges 8 ; 9 is smaller than the extent of the object to be inserted. As FIG. 3 shows, a compact disk - CD - 10 has been selected as the object to be encased, the diameter of which has a greater extent than the distance between the folded edges 8 ; 9 measured. Since in the fold edges 8 ; 8 ';9; 9 'the corresponding slots 11 ; 11 'are arranged, can over the fold edges 8 ; 8 ';9; 9 'projecting parts of the CD 10 into the slots 11 ; 11 'are introduced. They protrude from the folding card 1 and cover the floor surface 7 . When folded to the folding card 1 , as shown in FIG. 1, a complete position assurance is guaranteed for all three possible directions of movement of the CD 10 . If the body to be inserted deviates from a rotationally symmetrical shape into a square or cuboid or polygonal shape, opposite, suitable, extreme locations are selected in each case, which in slots 11 ; 11 'of the folded edges 8 ; 9 are arranged. . In this case, as shown in Figure 4 may be represented with the use of a floppy disk 13, the slots 11; 11 'on the folded edges 8 ; 9 offset against each other, in various ways, the inserted object 10 ; 13 securing, can be arranged.

In consideration of Figures 3 and 4 with the slits 11. 11 'between the folded edges 8 ; 8 ';9; 9 'it can be seen that the bars 3 do not exceed the contours of the folding card 1 , but remain within their delimited contour course. The bars 3 are thus formed, that 2 grooves 12 pre have been taken in the inside of the cover layer, whose Kehlungsverlauf allows the formation of the bolt. 3 The bars 3 protrude outwards, symmetrically opposite one another on the side edges. For better handling, they are provided with radially running outer edges, which allow easy insertion into the respective insert 4 , which is provided on the intermediate layer 6 in the area which is close to the folded edge 8 . The knowledgeable viewer now appears, with knowledge of the figuration of the container and its original closure training, after viewing Figures 1 and 2, the advantage of loading container training with its novel closure and the locking options for objects to be inserted are obviously advantageous. The settlement with the markings for the inserted objects and their locking options reveal the inventive value of the design of the execution. The now completely ge stretched length of the edge 5 can be seen in a closer look at the position of the slots 4 for the Rie gel 3 that the overflowing from the rounded area in the area of the groove 12 of the bolt 3 , in its parallel to the edge 5 Section, a secure, durable closure of the container even with tensile forces acting on it, because the possible pretensioning of the edge 5 ensures that the latches 3 are securely held in the inserts 4 in the region of the parallel edges 28 . The design of the slots 4 in a slit-shaped configuration ensures a sufficiently secure re friction of the horizontal edge 28 in the boundary of the latch 3 and thus a sliding of the latch 3 out of the slot 4 . Due to the selected type of use, the developments of FIGS. 3 and 4 are similar.

It is self-evident to the person skilled in the art that the material selected must have the necessary mechanical properties. Cardboard or cardboard-like materials are largely used. FIGS. 5 and 6 show a container in a cuboid shape. Fig. 5 shows the container in a partially opened form. The opposite open sides 14; 16 allow a simple loading of the container with objects of various designs. The container is, as shown in FIGS. 5 and 6, open and close separately on three sides. In order to enable this process, three pages 14; 16; 17 of the container provided with closures designed according to the invention, as shown in connection with FIGS. 1 and 2 and in the surfaces of pages 14; 16; 17 are incorporated. It is of course required that pages 14; 16; 17 at least partially double-walled and consist of cover and intermediate layers to allow the formation and positioning of Rie gels 3 and inserts 4 to each other, which allow a safe closing of the container. To uniquely fix all sides of the container are on the sides to be closed 14; 16; 17 tabs 29 are provided. For handling reasons, the tabs 29 are rounded on their outer contours and thereby allow easy folding into the container body.

Fig. 7 shows a development of the container according to FIGS. 5 and 6. The development again illustrates the already indicated possibility of closing the container. In this case, longitudinal fold edges 20 and transverse fold edges 8 are defined continuously from the image plane, which enable the container to be contoured during folding. The folded edges 8 ; 20 allow the pages 14; 15; 16; 17; 18; 19th The settlement shows that the slots 4 and in the cover layers 2, the bars are incorporated in the intermediate layers 3. 6 On the fold edges 20 , in the area of the surfaces which carry the inserts 4 , the tabs 29 are arranged and added according to their requirements for foldability. Together with FIGS. 5 and 6, the development of the cuboid-shaped container reveals that opening and closing of the container can take place in a variety of ways, either on one, two or three sides, simultaneously or in succession. Of course, the dimensioning of the cuboidal container can be arbitrary. The decisive factor is its pragmatic handling, which is largely dependent on the materials and their mechanical properties.

So is selected in accordance with Figs. 8 and 9 of the closure according to the invention for a flat, parallelepiped-shaped container which is open at its narrow top side. The top is elongated in the form of a flap 23 and engages over the surface of the box. At the edge 5 of the flap 23 typical Rie gel 3 are classified here, which are in inserts 4 , on its top closing the box 21 , figured. For better handling, an opening 22 can be inserted between the slots 4 . The opening 22 allows an uncomplicated arching of the flap 23 in the region of the edge 5 and thus a safe, uncomplicated sliding out of the latches 3 from the inserts 4 when opening and a slight arching of the flap 5 stretched before closing, around the projected line between the latches 3 Shorten so that they can be safely inserted into the slots 4 .

Fig. 10 shows the formation of a bag 24 with the closure according to the Ausfüh tion, as has been shown in the previous figures. The pocket 24 is provided with a flap 25 which engages over the pocket body and enables the closure to be arranged in its lower end. The bars 3 of the flap 25 engage in slots 4 of the intermediate layer 6 of the pocket 24 . As already shown, the locking of the flap 25 is ensured by the shape of the latch 3 , the bias of the edge 5 and the slot-shaped training of the inserts 4 in the intermediate layer 6 of the pocket 24 . As shown in FIG. 10, a reinforcing element 30 is additionally arranged on the pocket parallel to the edge 5 of the flap 25 . The reinforcing element 30 spans the flap 25 in the region of the edge 5, extending into the latch 3 . The reinforcing element 30 may be an elastic spring steel element, the stability with a high form opens an easy bending possibility and thus an easy fixation of a slide 4 through the latch 3 and the bracket therein. The reinforcing element 30 is particularly preferred when the closure is made of less elastic material such as leather or the bars 3 are subjected to tensile and shear forces. Fig. 10 shows the classification still manifest a suspension element 32. The slots 4 and the latch 3 are loaded by the tensile force of the element 32 . Static means the hanging arrangement of this element 32 with the locking configuration, latch insert 3 ; 4 , no difference to the function of the lock. For use appreciation the hanging member 32 with receiving loops 32 for writing instruments such as pens, pencils, etc., is provided.

FIG. 11 shows a configuration of pocket 24 as folder 26 similar to FIG. 10. The flap 28 is designed so that it covers the intermediate layer 6 . The Rie gel 3 are formed in the outer extent of the flap 28 so that they can be brought into operative connection in ent speaking slots 4 of the intermediate layer 6 . A card 27 can advantageously be arranged on the flap 28 . The Kar te 27 carries four bars 3 ', which can be brought into engagement in corresponding slots 4 on the flap 28 . A detachable fixing of the card 27 on the flap 28 is thus ensured.

Fig. 12 shows a hanging element 32 , similar to the gem. Fig. 10 shown, which is held with its latches in inserts. The hanging box 32 can be placed anywhere. The prerequisite is the presence of inserts that correspond to its dimensions. It is thus possible to use the hanging box 32 as an accompaniment to loads, to hold accompanying documents and for such pragmatic uses as storing memos, napkins, potholders etc. Again, the to FIG. 10 has been said applies in principle in this mode of use in relation to the structural suitability of the hanger box.

Reference list

1

Folded card

2nd

Top layer

3rd

;

3rd

' Bars

4th

Insert

5

;

28

Edge

6

Liner

7

Floor area

8th

;

9

;

20th

;

8th

';

9

'' Folded edges

10th

compact disk - CD -

11

;

11

'Slot

12th

Grooving

13

diskette

14

;

15

;

16

;

17th

;

18th

;

19th

page

21

box

22

opening

23

;

25th

;

28

flap

24th

bag

26

Portfolio

27

map

29

Tabs

30th

Reinforcing element

31

loop

32

Hanging element

Claims (18)

1. Closure for releasable closure made of foldable material container and suitable container with devices for fixing in these objects, in particular cardboard or similar mechanical properties having material that are suitable for repeated use, characterized in that Closure has a cover layer ( 2 ) and an intermediate layer ( 6 ) such that the cover layer ( 2 ) carries bars ( 3 ) laterally on its front edge ( 5 ) in the region of side edges provided with grooves ( 12 ) and in the intermediate layer ( 6 ) Inserts ( 4 ) are incorporated in the vicinity of the folded edges ( 8 ; 20 ), the spacing from one another and the size of which allows the latches ( 3 ) to be inserted until the grooves ( 12 ) rest on the inserts ( 4 ) when the projected length the edge ( 5 ) has its greatest extent and the cover and intermediate layer ( 2 ; 6 ) are in their functional position, with di e The contact points of the grooves ( 12 ) in the inserts ( 4 ) are congruent in their distance from one another to the distance between the inner side edges of the inserts ( 4 ). 2. Closure according to claim 1, characterized in that the distance between the drawers ( 4 ) is less than the distance between the contact points of the throats ( 12 ) in the inserted position of the latch ( 3 ), whereby the edge ( 5 ) receives a bias , and the edge ( 5 ) is slightly curved away from the intermediate layer ( 6 ). 3. Closure according to claim 2, characterized in that the reduced distance the slots are 1 to 3 mm apart. 4. With closure according to claims 1 to 3 equipped container with approximately equal areas in unfolded ter position, characterized in that between each pair of folded edges ( 8 ; 8 ';9; 9 '), a bottom part ( 7 ) is arranged, wherein the fold edge pairs ( 8 ; 8 ';9; 9 ') delimit the base part ( 7 ) from the cover and intermediate layers ( 2 ; 6 ) adjoining the fold edge pairs ( 8 ; 8 ';9; 9 ') and that the respective Fold edges ( 8 ; 8 ';9; 9 ') have slots ( 11 ; 11 ') between them. 5. A container according to claim 4, characterized in that the slots ( 11 ; 11 ') at equal intervals from the side edges of the folded edges ( 8 ; 8 ';9; 9 '), beginning and ending, are arranged centrally. 6. A container according to claim 4, characterized in that the slots ( 11 ; 11 ') at uneven intervals from the side edges of the folded edges ( 8 ; 8 ';9; 9 '), begin nend and ending, are arranged centrally outside. 7. Container according to claims 1 to 6, characterized in that in the Schlit zen ( 11 ; 11 ') of the container, which is designed as a folding card ( 1 ), rotationally symmetric cal flat body with a larger diameter than the extent of the bottom Area ( 7 ) between the folded edges ( 8 ; 9 ) is arranged. 8. Container according to claims 1 to 6, characterized in that in the Schlit zen of the container, which is designed as a folding card ( 1 ), polygonal flat body with a greater extent between the corners than the dimensioning of the bottom surface ( 7 ) between the fold edges ( 8 ; 9 ) is arranged. 9. container of cubic shape, using the closures according to claims 1 to 3, characterized in that the closures on at least one side of the container ters are arranged. 10. A container according to claim 9, characterized in that the closures at least least three sides of the container are arranged, two closures on the opposite sides are provided. 11. A container according to claim 10, characterized in that the closures on three Sides of the container arranged independently of one another opening and closing operations and filling operations of the container are accessible. 12. Container designed as a flat box or as a bag, using the United closure according to claims 1 to 3, characterized in that the container ( 21 ; 24 ), flat dimensioned, has a low rectangular shape in height and the inserts ( 4 ) are embedded in the surface of the container ( 21 ; 24 ), and the position of which is adapted to the flap length of a flap ( 23 ), on the edge ( 5 ) of which the bars ( 3 ) are arranged at their outer extents, which are arranged in the Inserts ( 4 ) closing the box ( 21 ) with the flap ( 23 ) are inserted. 13. A bag according to claim 12 with a flap beaten over the bag body, characterized in that the flap ( 25 ; 28 ) runs parallel to its edge ( 5 ) from the outer edge of the bolt ( 3 ) over the flap ( 25 ; 28 ) Has reinforcement. 14. Bag according to claim 13, characterized in that the reinforcement from a flat, leaf spring-like insert. 15. With the closures according to claims 1 to 3 provided clamping card, characterized in that the card ( 27 ) at their lateral extensions each have a pair of latches ( 3 '), with corresponding inserts ( 4 ) by inserting ben into an operative connection brought, on the flap ( 25 ; 28 ) a pocket ( 24 ) and a folder ( 26 ) are arranged. 16. Clamping card according to claim 15, characterized in that on the outward surface of the clamping card ( 27 ) loops ( 31 ) for writing utensils such as fountain pens and pens are arranged. 17. With the closures, provided according to claims 1 to 3 Hängekä most, characterized in that the box has an upwardly elongated rear wall, on the upper edge ( 5 ) on both sides of which bars ( 3 ') are arranged, which with Inserts ( 4 ) correspond to a holding position and are operatively connected for a position fixation of the box so that the contact points in the grooves ( 12 ) in the edges of the inserts ( 4 ) come to rest firmly. 18. Hanging box according to claim 17, characterized in that loops ( 31 ) are provided on the rear wall for receiving writing implements.