ES2687607T3 - Mount for a display element - Google Patents

Abstract

Mount (1) for a display element (27), the mount (1) comprises a base part (2) with a front side (3), at least one wall element (4) protruding from the front side (3 ), and at least one frame element (5) that is connected to the at least one wall element (4) and protrudes therefrom at least by sections with at least one projecting part (6), the mount (1) comprises in addition at least one gap (7), which is configured on the front side (3) of the base part (2), the at least one wall element (4) and the at least one projecting part (6) and in which the display element (27) can be introduced from a fourth side (13d) of the perimeter line of the front side (3), in order to transfer the display element (27) to a holding position, in which the display element (27) is attached to the mount (1), characterized in that at least one retaining element (8) is provided, which is connected to the at least one element of wall (4) and / or the at least one frame element (5) and can be moved from one side to another between a locked position (10) and a release position (9), being configured in the position of release (9) an opening (11), which runs parallel to the fourth side (13b) of the perimeter line of the front side (3), between the base part (2) and the at least one retaining element (8) , through which the display element (27) can slide in at least one section of the at least one interstitium (7) and out of the at least one section of the at least one interstitium (7), in order to be guided to or from the holding position, and at least in sections filling at least one retaining element (8) the opening (11) in the locked position (10), in order to block a slide of the display element (27) through the opening (11) and the retaining element (8) extending along the fourth side (13d) between two opposite sections between yes from the projecting part (6) of the frame element (5) and connecting these sections to each other.

Description

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DESCRIPTION

Frame for a display element FIELD OF THE INVENTION

The present invention relates to a mount for a display element, the mount comprises a base part with a front side, at least one wall element protruding from the front side, and at least one frame element that connects with the at least one wall element and protrudes from it at least by sections with at least one protruding part, the mount further comprises at least one interstitium, which is configured by the front side of the base part, the at least one wall element and the at least one projecting part and in which the display element can be introduced, in order to transfer the display element to a holding position, in which the display element is attached to the mount.

Furthermore, the present invention relates to the use of a mount according to the invention.

STATE OF THE TECHNIQUE

For the visualization of the most different information concerning an object, at least one display element is usually used, e.g. ex. in the form of a sheet of paper, a card or a label. This display element must be arranged or held near the object. An example of a typical application would be information that refers to a merchandise offered for sale, such as p. ex. its composition and / or price. Since this information, p. ex. the price of the merchandise or the merchandise itself can always be modified again, it is important to be able to update the corresponding information in a simple and simple way, for example, while the outdated display elements are replaced by updated display elements.

Frames for display elements having a base body and a frame are known for the state of the art, so that the corresponding display element, preferably a sheet of paper or a card, can slide in a gap between the base body and frame. The display element is held in this respect in the frame essentially by the force of gravity. Correspondingly, the possibilities for the arrangement of these frames are limited, since the interstitium should only be essentially open upwards, since otherwise there is a danger that the display element will easily fall from the interstitium.

In addition, the known mounts are very complicated, they are constructed in several parts, the base body and the frame being typically at least separate parts of the frame. In addition, another separate part can still be provided with which the mount can be fixed on a support, the support serving for mounting on an object preferably in the form of a plate, in particular for mounting on a shelf shelf. Together this produces an extremely complex process, which comprises a relatively complicated composition of the individual parts, in order to ultimately obtain a mount fixed on the support, in which the display element can be held.

Finally, the manufacturing of many separate parts requires a high manufacturing effort, which is linked to correspondingly high manufacturing costs and costs for the customer. WO97 / 50069A is considered as the closest state of the art.

OBJECTIVE OF THE INVENTION

The objective of the present invention is to make available a mount for a display element, which avoids the above-mentioned disadvantages. In particular, secure securing of the display element in the frame according to the invention in any orientation of the frame must be guaranteed. In addition, the mount must be manufactured economically and easily during construction.

REPRESENTATION OF THE INVENTION

The core of the invention is to provide a retention element that ensures that the display element is held independently of the orientation of the mount securely therein. Only when the retention element is carried consciously from a locked position to a release position, the display element can be inserted into the mount and removed from it. Therefore, in the case of a mount for a display element, the mount comprises a base part with a front side, at least one wall element protruding from the front side, and at least one frame element that connects with the at least one wall element and protrudes from it at least by sections with at least one protruding part, the mount further comprises at least one interstitium, which is configured by the front side of the base part, the at least one wall element and the at least one projecting part and in which the display element can be introduced from a fourth side of the perimeter line of the front side, in order to transfer the display element to a holding position, in which the element of display is subject to the mount, according to

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the invention is provided that at least one retaining element is provided, which is connected to the at least one wall element and / or the at least one frame element and can be moved from one side to the other between a locked position and a release position, an opening being configured in the release position, which runs parallel to the fourth side of the perimeter line of the front side, between the base part and the at least one retaining element, through which the display element can slide in at least one section of the at least one interstitium and out of the at least one section of the at least one interstitium, in order to be guided to or from the holding position, and filling at least by sections the at least one retaining element the opening in the locked position, in order to block a sliding of the display element through the opening and extending the retention element along the room side between two sections opposite each other of the projecting part of the frame element and connecting these sections to each other.

Accordingly, the front side of the base part, the at least one wall element and the at least one projecting part of the frame element define the gap in which the display element can be introduced through the opening. In this regard, the opening runs along the fourth side of the perimeter line of the front side, while the at least one wall element runs along a first side that is normal to the fourth side, a second side which runs parallel to the fourth side, as well as along a third side, opposite the first side, of the perimeter line of the front side.

The frame element is connected to the wall element at least in the area of the first and third side of the perimeter line of the front side in respectively a final section of the wall element directed towards the observer of the display element in an operating position and protrudes from the wall element with its at least one projecting part in a direction that is normal to the wall element. Therefore there are at least two opposite sections of each other of the projecting part of the frame element, of which one is arranged running parallel to the first side and the other parallel to the second side of the perimeter line of the front side.

This arrangement already guarantees that the display element introduced into the gap through the opening and transferred to the clamping position is secured against runoff from the gap in any of the three directions, which are normal to the wall element that runs along the first, second and third sides. However, it may optionally be provided without prejudice to the generality that the frame element is also connected to the wall element in the area of the second side of the perimeter line of the front side in a final section of the wall element directed towards the observer of the display element in the operating position and protrudes from the wall element with its at least one projecting part in a direction that is normal to the wall element.

To also prevent a runoff of the interstitium display element through the opening, the retention element, which runs along the fourth side of the perimeter line of the front side and connects the opposite sections of each other of the projecting part of the frame element, can be brought from its release position to the locked position, in whose locked position the run-off of the display element is blocked through the opening.

This means that the opening is defined or defined by the release position. With a view to the blocking or blocking position it can be mentioned that the retention element can also be arranged in the blocking position only in the opening or can fill the opening, whereby the display element is placed at least in sections between the retention element and base part, but in this respect it is immobilized between the retention element and base part, which counteracts a sliding. Finally it is fixed that the retention element can also be part of the at least one frame element or at least one wall element, whereby the connection between the retention element and the frame element or wall element can be implemented.

The display element may be a sheet, preferably of paper or metal. That is, the display element can also be a card or a rigid sheet of paper or a label. On the display element they are placed, e.g. ex. printed, information for the user in a visible way, being able to deal in particular with numbers, letters and / or symbols. Preferably, the display element is introduced thanks to an edge area in the gap.

In order to automatically ensure that the retention element is basically always in the locked position, as long as this is not explicitly desired differently by the user, in a preferred embodiment of the frame according to the invention it is provided that the retention element is made and prestressed in an elastic manner, in order to automatically change from the release position to the locked position. In particular, the retention element automatically changes from the release to the locked position, when neither the display element nor any other object is placed in the opening, and therefore closes the opening at least in sections.

Preferably the retention element is designed so that the user can push it during the

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insertion and removal of the display element with the display element itself from the locked position to the release position.

As explained above, the retention element can also be designed in such a way that it immobilizes the display element located between the retention element and the base part without user intervention, until the display element cannot be moved already by itself, that is, not only by the simple effect of the force of gravity. The user can overcome this resistance to slide the display element from one side to the other in the direction of the holding position and in the direction outside the holding position.

In order to prevent an unpredictable sliding of the display element through the opening especially effectively, in a preferred embodiment of the frame according to the invention it is provided that at least one contact piece of the at least one retaining element is provided, protruding from the at least one retaining element and in the locked position is in contact with the base part, preferably its front side. In this regard, the contact piece can be made p. ex. as a simple lift or as a hook-shaped part, which protrudes from the remaining retention element. Preferably the at least one retaining element has two contact pieces.

In an embodiment, which saves material in particular, from the frame according to the invention, it is provided that the at least one contact piece of the at least one retaining element has a cross section that narrows in the direction of the base part .

In addition, a special choice of the shape of a similar contact piece can provide the mount with additional functionality. Thus the contact piece can be designed, for example, so that the user can move the retaining element from the locked position to the release position, while pressing the display element during the introduction or removal of the locking element. visualization in or of the interstitium against a chamfer, which runs towards the front side, of an enveloping surface of the contact piece. Therefore, in a particularly preferred embodiment of the frame according to the invention, it is provided that the narrowing cross-section of the at least one contact piece of the at least one retaining element is normal to the front side of the part of base and / or normal to the fourth side of the perimeter side of the front side.

Alternatively or additionally to the contact part of the at least one retaining element, in a preferred embodiment of the mount according to the invention it is provided that at least one contact part of the base part is provided, which protrudes from the part of base, preferably of its frontal side, and in the position of opening is in contact with the retention element. The contact part of the base part can also have the most different forms, e.g. ex. A hook shape. Preferably the base part has two contact pieces.

In order to avoid separate parts of the frame, in a preferred embodiment of the frame according to the invention it is provided that the frame is made in one piece.

For this, the most different materials are offered, e.g. ex. metal. In particular, in a preferred embodiment of the frame according to the invention, it is provided that the frame is made of plastic. This further enables an especially economical manufacturing in the injection molding process.

The geometry of the frame, in particular the geometry of the base part of the frame and the geometry of the display elements are adapted to each other and are not basically subject to any limitations. An especially simple and therefore economically fabricable geometry of the display elements is rectangular. So p. ex. Rectangular sheets of paper can be printed by the user easily using conventional printers for home or office use. Correspondingly, in a preferred embodiment of the frame according to the invention, it is provided that the front side of the base part is a preferably flat surface with a perimeter line, the perimeter line having essentially the shape of a rectangle. A rectangle with rounded corners or a geometric figure whose sides are not perfectly oriented at right angles to each other should also be understood in this respect. That is to say, under the term rectangle, slight deviations from a mathematically perfect rectangular geometry must be subsumed, as they appear in particular necessarily conditioned by that of manufacture. In particular, the flat surface allows a flat support or contact of the display element in the base part, whereby the display element can be held particularly stable in the frame.

In order to enable a secure support of rectangular display elements, in a preferred embodiment of the frame according to the invention it is provided that the at least one interstitium is extended by sections in parallel to the first side, the second side and the third side of the rectangle . Preferably the gap extends continuously essentially along three sides of the front side of the essentially rectangular base part, and the opening extends along the fourth side of the front side.

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In a preferred embodiment of the frame according to the invention, it is provided that the base part has a recess or a passage with a rectangular perimeter line, in order to receive a price module. The price module corresponds correspondingly at least in sections to a shape corresponding to the recess or step, so that the price module can be fitted into the recess or step. Typically, the recess or the passage have a rectangular contour, and correspondingly the price module also has at least a rectangular contour in sections. While, in addition to the display element, the price module can be attached to the frame, in the display element different information can be displayed in particular than in the price module. This is offered p. ex. then when the price of a merchandise must be adjusted relatively frequently, while other merchandise data, such as p. ex. Information about its composition is not modified. You can then write down p. ex. the latest data, while the price module shows the price. In this respect the price module is configured so that the price shown can be modified without great effort.

In order to be able to optically separate several areas of the display element from each other clearly, without extra marks being placed on the corresponding display element, in a preferred embodiment of the frame according to the invention it is provided that at least one subdivision element, which connects to the at least one frame element and is connected to it. In one of the zones thus subdivided, you can always show, for example, the price and in another of the zones the composition of the corresponding merchandise. In particular, when the subdivision element also does not function as a retention element, it is preferably provided that the at least one subdivision element runs at a distance above the front side of the base part parallel to it. The distance measurement is preferably performed in a direction normally to the front side. Preferably the distance is in this respect at least as large as a depth of gap that is measured in the same direction. Therefore, the display element can be driven smoothly below the subdivision element during transfer to the holding position.

In order to be able to easily place other information, for example a logo, on the frame and therefore essentially independently of the display elements used, in a preferred embodiment of the frame according to the invention it is provided that the at least one element of frame has a front side comprising at least one printing section, which has a width measured in a first direction and a height measured in a second direction, the first direction and the second direction being transverse, preferably normal to each other, and that the width of the at least one printing section is greater than the width of a section of the at least one frame element, which seen in the second direction is connected directly to the at least one printing section, and / or that the height of the at least one printing section is greater than the height of a section of the at least one frame element, which seen in the first direction it connects directly with the at least one printing section.

In order to be able to place the mount in the most flexible way possible, that is to say, in different positions, on a support, in a preferred embodiment of the mount according to the invention, it is provided that for fixing the mount on a support a plurality of ribs, ribs that are arranged protruding from a rear side of the base part, the rear side opposite the front side of the base part being arranged and at least one gap being provided between the ribs for receiving at least one bracket fixing section. The support again allows simple mounting on an object, in particular on a shelf shelf.

In order to be able to arrange the mount in more than two positions rotated with respect to each other on the support, in a preferred embodiment of the mount according to the invention it is provided that the ribs are arranged one after the other both seen in a first direction and also in a second direction and are separated from each other by the at least one gap, the first direction and the second direction being transverse, preferably normal to each other. In the latter case, at least four different orientations of the mount with respect to the support are produced, these four orientations being rotated respectively 90 ° to each other.

In order to enable a particularly stable fixing on a support with at least two fixing sections by means of fitting the mount on the support, in a preferred embodiment of the mount according to the invention it is provided that seen in the first direction and / or in the Second direction are arranged at least two holes one after another. That is, the at least two holes are separated from each other by at least one rib.

In order to enable, independently of the orientation of the frame, an equally stable reception of the at least one fixing section in the recesses, in a preferred embodiment of the mount according to the invention it is provided that the at least one recess, which is arranged between two successive ribs directly in the first direction present a gap width that is as large as a gap height, which has at least one gap that is disposed between two successive ribs directly in the second direction.

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For an orientation of the mount several fixing positions can be produced in one direction, parallel or displaced relative to each other on the support, when its at least one fixing section can be received in different parallel holes.

However, this should not be the case with another orientation of the mount, that is, for another orientation less positions may be produced or even just exactly one position seen in the other direction. In this regard, a distance between the fixing sections must be considered. In particular, in a preferred embodiment of the frame according to the invention it is provided that two successive holes directly in the first direction have a distance measured in parallel to the first direction, which is an integer multiple, preferably triple, of a distance which have two successive holes directly in the second direction measured in parallel to the second direction.

Also in a preferred embodiment of the frame according to the invention it is provided that the number of the ribs, which are arranged one after the other seen in the first direction, is smaller than the number of the ribs that are arranged one after the other in the second address That is, preferably more positions of the mount on the support are possible, which are offset relative to each other in parallel to the second direction, than positions that are displaced relative to each other in parallel with respect to the first direction.

In order to obtain a particularly simple arrangement of the ribs, in a preferred embodiment of the frame according to the invention it is provided that the ribs normally protrude from the rear side of the base part.

The ribs must not necessarily have an oblong extension in one direction. Correspondingly, in a preferred embodiment of the frame according to the invention, it is provided that the ribs are connected thanks to the base surface with the rear side of the base part, base surface that extends in the first direction with a width and in the second direction with a height, the width and width of the base surface being equal to at least one rib.

To achieve at least in the case of an orientation of the mount in the support a stable contact, especially full of the mount in an object or shelf shelf, on which the support is fixed, in a preferred embodiment of the mount according to the invention it is provided that at least one stop is provided, that the at least one stop is arranged on at least one rib and protruding from it and that the at least one stop is preferably arranged viewed in the first direction and / or in the second direction in the area of a beginning of a first rib and / or in the area of an end of a last rib. This allows at least one orientation of the mount on the support that the mount is in contact with the shelf object or shelf by means of the at least one stop, whereby the location of the mount relative to the shelf object or shelf can be hold in a particularly stable way. The object on which the support is fixed may in principle be any essentially plate-shaped object, e.g. ex. Also a cardboard packing sale, a wall of delimitation, etc.

Similarly to what has been said above, a display system comprising a mount according to the invention, which is detachably fixed on a support with at least one fixing section, is provided according to the invention, according to the invention. at least one fixing section in at least one recess in a fixed state.

In order to create a particularly simple and comfortable possibility for the user to fix the mount on the support in a detachable manner, in a preferred embodiment of the display system according to the invention it is provided that the at least one fixing section is elastically deformed in the fixed state and be held between the ribs that delimit at least one hole, in order to immobilize the mount on the support. This also enables immobilization only in a single fixing section.

In order to obtain a particularly stable support of the mount on the support, in a preferred embodiment of the display system according to the invention it is provided that the support comprises a first fixing section and a second fixing section, which in the fixed state engage with the sides of at least one rib pointing in opposite directions, these rib sides having a lateral distance of ribs from each other, that the fixing sections have an area of the sides pointing away from the support a fixing section distance minimum to each other, which is smaller in a non-fixed mount than the lateral distance of ribs, and that in the fixed state the support is elastically deformed to increase the minimum fixing section distance to the lateral distance of ribs and immobilize the mount in the support.

Preferably this means that the difference between the minimum fixing section distance in the separated state and the lateral distance of ribs is relatively small, in particular it is at least an order of magnitude less than the lateral distance of ribs. For example, the lateral distance of ribs can be

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some millimeters, p. ex. between 5 and 15 mm, while the difference is only in the range of tenths of a millimeter, p. ex. 0.1 mm and 0.9 mm.

In particular, the lateral distance of the ribs corresponds to a distance of holes.

Basically, the frame according to the invention or the display system according to the invention can be used to display any information. In particular according to the invention, the use of a frame according to the invention or of a display system according to the invention for price indication is provided. In this regard, by displaying the items you can display information on merchandise with a price, in particular its price.

BRIEF DESCRIPTION OF THE FIGURES

The invention is explained in more detail now by means of embodiments. The drawings are by way of example and should expose the ideas of the invention, but in no way limit or reproduce them conclusively.

In this case it shows:

Fig. 1 an axometric view of a mount according to the invention Fig. 2 a front view of the mount of fig. 1 Fig. 3 a sectional view along the cutting line A-A in fig. 2 Fig. 4 an enlarged view of detail C of fig. 3

Fig. 5 a sectional view as in fig. 3 for another embodiment of the frame according to the invention with

a retention element without contact piece

Fig. 6 a sectional view along the cutting line B-B in fig. 2

Fig. 7 a sectional view along the D-D cut line in fig. 2

Fig. 8 a sectional view like fig. 7 for the embodiment of fig. 5

Fig. 9 an axometric view of the frame of fig. 1 with semi-introduced sheet, placing the element of

retention in a release position

Fig. 10 a view of the frame of fig. 1, the retaining element being placed in the release position Fig. 11 a view like fig. 10 for the embodiment of fig. 5

Fig. 12 an axometric view of another embodiment of the frame according to the invention with a printing section

Fig. 13 a front view of the frame of fig. 12

Fig. 14 an axometric view of another embodiment of the frame according to the invention with a subdivision element

Fig. 15 an axometric view of another embodiment of the frame according to the invention with a step for receiving a price module as well as a similar price module Fig. 16 a side view of the frame according to the invention Fig. 17 a rear view of the frame according to the invention

Fig. 18 an axometric view of the mount according to the invention, which is fixed by a support on a

shelf shelf

Fig. 19 a side view of fig. 18

Fig. 20 a top view of fig. 18

Fig. 21 an axometric view as in fig. 18, the edge mount Fig. 22 being fixed a side view of fig. twenty-one

MODES FOR CARRYING OUT THE INVENTION

Fig. 1 shows an axometric view of a mount 1 according to the invention for a display element, in particular for a rectangular sheet 27 (see fig. 9), preferably of paper. The mount 1 comprises a base part 2 with an essentially rectangular front side 3. In the exemplary embodiment shown, along three sides of the front side 3 there is a continuous wall element 4 on which a frame element 5 with a projecting part 6 is again arranged.

The projecting part 6 is seen in particular in fig. 6, which shows a section according to the cutting line B-B in fig. 2 (the arrows indicate in this respect the direction of observation), being represented in fig. 2 a front view of the mount 1. In this way a continuous gap 7 is configured, which runs along three sides 13a, 13b, 13c of the front side 3 or its perimeter line and is delimited by the front side 3, the wall element 4 and the projecting part 6. In this respect the gap 7 has a depth of gap 29 in a third direction 26, which in the example of embodiment shown is normally on the front side 3. In addition, the third direction 26, a second address 23 and a first address 22 are mutually normal with each other. The depth of gap 29 defines a maximum thickness of the sheet 27, which still allows an introduction into the gap 7. In the exemplary embodiment, the front side 3 is essentially flat - but

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a curved front side 3 would also be conceivable, in particular with a bulge seen in the second direction 23. Preferably then the gap 7 would also be correspondingly shaped in a curved or bulged shape.

The sheet 27 can basically be inserted from the fourth side 13d into the gap 7. A retaining element 8 is provided to prevent the sheet 27 from leaving the gap 7. The element extends along the fourth side of the front side 3 between two opposite protruding parts 6 of the frame element 5, so that the sheet 27 slides through between the retaining element 8 and the front side 3, to enter the gap 7, see fig. 9.

The retention element 8 can be moved from one side to the other between a locking position 10 and a release position 9. In the release position 9, it is configured between the retention element 8 and the front side 3 or the base part 2 an opening 11, which is large enough that the sheet 27 can be introduced through the opening 11 into the gap. In the locked position 10, on the contrary, the retention element 8 fills the opening 11 at least in sections until the opening 11 is basically locked for the leaf 27. That is, when the leaf 27 is held in the mount 1 and the retaining element 8 is placed in the locked position 10, the sheet 27 cannot pass through the opening 11 by itself, that is, essentially under the effect of gravity alone. This makes it possible to securely hold the sheet 27 also during an assembly of the mount 1, in which the opening 11 points downwards, so that the opening 11 is not visible to a user looking from above on the mount 1.

While the retention element 8 is elastically made, the retention element 8 can be prestressed so that it automatically changes from the release position 9 to the locked position 10. In this regard, the retention element 8 may be designed so that the user can slide the sheet 27 against a resistor through the opening 11, the retention element 8 being pushed from the locked position 10 to the release position 9.

While the frame 1 is made of a plastic part, an elastic retaining element 8 can easily be made. In addition, the frame 1 can be manufactured in the injection molding process, which allows an extremely economical generation.

In fig. 3, which shows a section according to the cutting line A-A in fig. 2 (the arrows indicate in this respect the direction of observation) the retention element 8 can be recognized in the locked position 10. In the embodiment shown, the retention element 8 has a projecting contact piece 12, which is it can be recognized in a particularly suitable way in the detailed view of fig. 4. Thanks to the contact piece 12, the retaining element 8 is in contact in the locked position 10 with the base part 2 or the front side 3 and thus guarantees a particularly secure support of the leaf 27. The view in side section of fig. 7 clarify this again.

Fig. 10 again shows the retaining element 8 in the release position 9. In this respect, the contact piece 12 is disposed away from the front side 3 and releases the opening 11. That is, in the blocking position 10 the retention 8 fills the opening 11 at least with the contact piece 12.

Obviously, embodiments are also possible without contact piece 12 of the retaining element 8. p. ex. a contact piece would also be conceivable, protruding from the base part 2 and in contact with the retaining element 8 in the locked position 10 (not shown). Fig. 5 again shows a variant embodiment completely without contact parts. In this regard, the retention element 8 is bent in the locked position 10 in the direction of the front side 3, so that the retention element 8 can be in contact with the base part 2 or its front side 3 in the locking position 10 thanks to a central area of the retaining element 8. This is clarified by the side sectional view of fig. 8 (similar to fig. 7).

However, it is mentioned that for the blocking effect it is not necessary without the fact that the retention element 8 is actually in contact with the base part 2 in the blocking position 10. Depending on the thickness or thickness of the sheets 27 also used it may be sufficient for the retention element 8 to fill the opening 11 in the locked position 10, until sufficient space is available for the sheet 27 - also without contact between the retention element 8 and the part of the base 2.

In the release position 9, on the contrary, the opening 11 must be released in any case until the sheet 27 can slide smoothly through the opening 11. In fig. 11 shows a corresponding release position 9 for the embodiment of fig. 5.

The frame element 5 has a front side 18, which is arranged essentially parallel to the front side 3 of the base part 2 and on which additional information, for example a logo, can be placed, in particular. However, the application and printing of such information on the front side 18 is connected with some effort due to its small dimensions.

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To facilitate the placement of additional information or logos, in another embodiment of the frame 1 according to the invention a printing section 19 of the front side 18 of the frame element 5 is provided, which represents an enlarged section of the frame element 5 or on the front side 18, see fig. 12. For this, the printing section 19 has a width 20 measured in the first direction 22 and a height 21 measured in a second direction 23, the height 21 being greater than a height 25 of a section of the frame element 5, which seen in the first direction 22 it is connected directly to the printing section 19. In addition, the width 20 is clearly greater than a width 24 of sections of the frame element 5, the longitudinal length of which runs along the second direction 23. The dimensions mentioned are clearly visible in the front view of fig. 13.

Fig. 14 shows another embodiment of the mount 1 according to the invention, which has a subdivision element 16. This serves to be able to optically clearly separate several areas of a sheet 27 inserted into the mount 1, without extra marks being placed for this purpose. on the corresponding sheet 27. In the exemplary embodiment shown, the subdivision element 16 extends parallel to the second side 13b and fourth side 13d of the front side 3, between two opposite projecting parts 6 of the frame element 5 or connects these parts 6.

In this regard, the subdivision element 16 runs at a distance 17 in parallel to the front side 3, so that the sheet 27 can be pushed smoothly through the subdivision element 16 and the front side 3. In this regard, the distance 17 is measured in parallel to the third direction 26 and is preferably at least as large as the depth of gap 29.

Fig. 15 shows another embodiment of the frame 1 according to the invention, in which an essentially rectangular passage 14 is provided in the base part 2. The step 14 serves to receive a price module 28, correspondingly presenting a section, whose section shape corresponds to the shape of step 14, that is, it also has a rectangular perimeter line or a rectangular contour. The price module 28 also has a stop 15, which facilitates the introduction of the price module 28 in step 14. While the price module 28 is introduced, preferably along the third direction 26 from the rear side 30 from the base part 2 to the stop 15 in step 14, it is guaranteed that a front side of the price module 28 essentially ends flush with the front side 18 of the frame element 5. In the case of the price modules 28 these are price modules 28 known per se, which allow the representation of symbols, in particular figures, being able to modify the symbols represented at any time purely mechanically.

In order to be able to place the mount 1 in the most flexible way possible, that is, in different positions, on a support 39 (see eg fig. 19), the support 1 has ribs 31, which are arranged essentially projecting perpendicularly from a rear side 30 of the base part 2 opposite the front side 3. The ribs 31 have on the rear side 30 an essentially rectangular base surface with a width 60 measured in the first direction 22 and a height 61 measured in the second direction 23 The ribs 31 are arranged one after the other both seen in the first direction 22 and also seen in the second direction 23. That is, in the first direction 22 rows of ribs 34 of ribs 31 are arranged arranged one after the other, in the second direction 23 there are columns of ribs 33 of ribs 31 arranged one after the other, as can be clearly seen in fig. 17, which shows a view of the back side 30.

Between the ribs 31, holes 32 or recesses of the mount 1 are produced, holes 32 being arranged viewed in the first direction 22 as well as seen in the second direction 23 due to the arrangement of the ribs 31 in rows of ribs 34 and columns of ribs 33, two successive holes 32 being separated respectively in the corresponding direction 22, 23 by a rib 31.

In this regard, the ribs 31 have in the exemplary embodiments a longitudinal extension along the first direction 22, producing within the rows of ribs 34 a gap width 36, which is essentially exactly as large as a gap height 35 inside the rib columns 33, see fig. 16. This recess width 36 or recess height 35 as well as a recess depth 37 measured in the third direction 26 are sized so that a first fixing section 42 or a second fixing section 43 of the support 39 can be received in a hole 32.

As seen in the side view of fig. 19, for this purpose the fixing sections 42, 43 have a fixing section height 45, which is less than the height of the recess 35 or the width of the recess 36. In addition, the fixing sections 42, 43 have a section depth of attachment 46, which essentially corresponds to the depth of the recess 37 or is somewhat smaller than the depth of the recess 37. The mount 1 can thus be detachably fixed in the support 39, while the mount 1 fits over the support 39 in a simple way in parallel from the third direction 26, the fixing sections 42, 43 of the support 39 being received in the recesses 32. The fixing sections 42, 43 are engaged with the ribs 31, more precisely with the sides of the nerves 31, as this is seen in fig. 19. A connecting rib 48 connecting the two fixing sections 42, 43 works in this regard as a stop in the third direction 26.

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As follows from fig. 19, the fixing sections 42, 43 have a minimum distance 47 from each other in an area of the sides 63, 64 directed away from the support 39. In the case of the mounted mount 1, this minimum distance 47 corresponds to a distance of gaps 38 'of typically 9.7 mm. In this respect, the distance of holes 38 'occurs as a distance between two sides directed in opposite directions at least one rib 31, that is, the distance of holes 38' is equal to a lateral distance of ribs of these sides of ribs .

Preferably the support 39 can be elastically deformed and in this respect is designed so that the distance 47 is somewhat smaller on an unplaced support 1, typically 9.4 mm. When the support 39 is immobilized on a shelf shelf 59, this distance 47 is reduced even still a little, when no mount 1 is placed. The difference that occurs between the values of the distance 47 in the mounted mount 1 and not placed is so small that a thrust of the mount 1 is possible, on the one hand, without problems, that is, with only relatively small effort, on the other hand, but a secure support of the mount 1 on the support 39 is produced only by its elasticity or tension.

To further raise the retention force by a certain pretension of the fixing sections 42, 43, the fixing sections 42, 43 are preferably not arranged in parallel, but pointing towards each other.

In each column of ribs 33 there is a plurality of holes 32. In this regard, two successive holes 32 in the second direction 23 have a distance 38 from each other, which is less than the distance 38 ’. Specifically the distance 38 'is essentially exactly three times as large as the distance 38. This has the consequence that there is a multiplicity of possible positions of the mount 1 on the support 39, which are displaced in parallel with each other along the second address 23.

In the rows of ribs 34 two holes 32 are present respectively, which have the distance 38 'from each other, that is, along the first direction 22. That is, the mount 1 can also be rotated 90 ° in the support 39 or altogether four orientations rotated respectively 90 ° from each other of the mount 1 on the support 39 are possible.

Fig. 18 shows an axometric view of a mount 1 mounted on the support 39, the support 39 being mounted on the shelf shelf 59. The mount 1 is defined in this respect so that the first direction 22 runs parallel to the surface of the shelf band 59. The rib stops 62 are provided to enable in the orientation shown of the mount 1 a full contact of the mount 1 in the shelf shelf 59. These are arranged at the beginning of the first rib 31 of each row of ribs 34 and at the end of the last rib 31 of each row of rib 34 and protrude from the ribs 31 in the first direction 26. The mount 1 is pushed on the support 39, so that the connecting rib 48 is disposed between the rib stops 62 of a row of ribs 34. The mount 1 can then be pushed in the direction 26 on the support 39 or the fixing sections 42, 43, until the rib stops 62 they are on the shelf shelf 59. While the rib stops 62, which are in contact with the shelf shelf 59, are essentially more spaced apart from each other in the direction 22 than the fixing width 44, a contact is obtained full, more stable of the mount 1 in the shelf shelf 59 than would be the case when only the connecting rib 48 was in contact on one side with the shelf shelf 59 and on the other hand with the ribs 31 and the ribs 31 were not in direct contact with shelf shelf 59.

In the axometric view of fig. 21 shows a mount 1 mounted on the support 39, which has a singing orientation, rotated 90 ° with respect to the assembly shown in fig. 18. Since the two holes 32 per row of ribs 34 are not arranged exactly centered, but rather viewed in the first direction 22 somewhat offset relative to the center of the rib row 34 (see Fig. 17), in a rotated assembly 180 ° there is a positioning of the edge of the mount 1 in the support 39, which is displaced in parallel with respect to the position shown in fig. 21 in the first direction 22. It is mentioned that the rib stops 62 or the ribs 31 do not touch the shelf shelf 59 in the edge orientations of the mount 1. Instead, the connecting rib 48 is only in contact with shelf shelf 59 - and also with the ribs 31.

Fig. 22 finally shows a side view according to fig. 21, analogously to fig. 19. In this regard, the support 39 is immobilized on the shelf shelf 59. For this purpose, the support 39 has a first clamp arm 40 and a second clamp arm 41. By pushing the bracket 39 on the shelf shelf 59 in particular, the second clamping arm 41 is deformed in particular, whereby the support 39 is detachably fixed to the shelf shelf by clamping. Preferably the support 39 is made of a piece of an elastic material, especially preferably stainless steel.

In the exemplary embodiments shown, the first fixing section 42 is connected directly with the first clamping arm 40 and the second fixing section 43 directly with the second clamping arm 41.

The mount 1 and the support 39 form a display system, which can be used for the display of information, preferably referring to the goods, which are arranged on the shelf shelf 59,

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List of reference signs

1 mount

2 Base part

3 Front side of the base part

4 Wall element

5 Frame element

6 Outgoing part of the frame element

7 Interstitium

8 Retention element

9 Retention element release position

10 Locking element lock position

11 Opening

12 Contact element of the retainer

13a First side of a perimeter line of the front side of the base part

13b Second side of the perimeter line of the front side

13c Third side of the perimeter line of the front side

13d Fourth side of the perimeter line of the front side

14 Step

15 Top of a price module

16 Subdivision Element

17 Distance of the subdivision element from the front side of the base part

18 Front side of the frame element

19 Print section

20 Print section width

21 Print section height

22 First Address

23 Second Address

24 Width of a section of the frame element

25 Height of a section of the frame element

26 Third Address

27 Sheet

28 Price module

29 Depth of Interstitium

30 Back side of base part

31 Rib

32 Gap between two ribs

33 Rib column

34 Row of ribs

35 Gap Height

36 Gap Width

37 Gap depth 38, 38 'Gap distance

39 Support

40 First mount clamp arm

41 Second mount retention arm

42 First bracket fixing section

43 Second support fixing section

44 Width of fixing section

45 Fixing section height

46 Fixing section depth

47 Distance between the first and second fixing section

48 Connection nerve between the first and second fixing section

59 Shelving shelf

60 Rib Width

61 Rib height

62 Rib stop

63 Side of the first fixing section directed away from the support

64 Side of the second fixing section directed away from the support

Claims (17)

5 10 fifteen twenty 25 30 35 40 Four. Five fifty 55 1. Mount (1) for a display element (27), the mount (1) comprises a base part (2) with a front side (3), at least one wall element (4) protruding from the front side (3), and at least one frame element (5) that connects with the at least one wall element (4) and protrudes from it at least by sections with at least one projecting part (6), the mount (1 ) further comprises at least one gap (7), which is configured by the front side (3) of the base part (2), the at least one wall element (4) and the at least one projecting part (6) and wherein the display element (27) can be introduced from a fourth side (13d) of the perimeter line of the front side (3), in order to transfer the display element (27) to a holding position, in which the display element (27) is attached to the mount (1), characterized in that at least one retaining element (8) is provided, which is connected with the at least one element Wall (4) and / or the at least one frame element (5) and can be moved from one side to the other between a locked position (10) and a release position (9), being configured in the position release (9) an opening (11), which runs parallel to the fourth side (13b) of the perimeter line of the front side (3), between the base part (2) and the at least one retaining element (8 ), through which the display element (27) can slide in at least one section of the at least one interstitium (7) and out of the at least one section of the at least one interstitium (7), in order to be guided into or out of the holding position, and at least by sections filling the at least one retaining element (8) the opening (11) in the blocking position (10), in order to block a sliding of the element of display (27) through the opening (11) and extending the retention element (8) along the fourth side (13d) between two opposite sections in between the projecting part (6) of the frame element (5) and connecting these sections to each other. 2. Mount (1) according to claim 1, characterized in that the retaining element (8) is made and prestressed in an elastic way to automatically change from the release position (9) to the locked position (10). 3. Frame (1) according to one of claims 1 to 2, characterized in that at least one contact piece (12) of the at least one retaining element (8) is provided, protruding from at least one retaining element (8 ) and in the locked position (10) it is in contact with the base part (2), preferably its front side (3). 4. Frame according to claim 3, characterized in that the at least one contact piece (12) of the at least one retaining element (8) has a cross section that narrows in the direction of the base part (2). 5. Frame according to claim 4, characterized in that the narrowing cross-section of the at least one contact piece (12) of the at least one retaining element (8) is normally on the front side (3) of the part base (2) and normal to the fourth side (13d) of the perimeter side of the front side (3). 6. Frame (1) according to one of claims 1 to 5, characterized in that at least one contact piece of the base part (2) is provided, which protrudes from the base part (2), preferably from its front side (3), and in the locked position (10) is in contact with the retaining element (8). 7. Frame (1) according to one of claims 1 to 6, characterized in that the frame (1) is made in one piece. 8. Frame (1) according to one of claims 1 to 7, characterized in that the frame (1) is made of plastic. 9. Frame according to one of claims 1 to 8, characterized in that the at least one frame element (5) has a front side (18), comprising at least one printing section (19), which has a width (20 ) measured in a first direction (22) and a height (21) measured in a second direction (23), the first direction (22) and the second direction (23) being transversely, preferably normal to each other, and because the width (20) of the at least one printing section (19) is greater than the width (24) of a section of the at least one frame element (5), which seen in the second direction (23) is directly connected with the at least one printing section (19), and / or because the height (21) of the at least one printing section (19) is greater than the height (25) of a section of the at least one frame element (5), which seen in the 5 10 fifteen twenty 25 30 35 40 First address (22) connects directly to the at least one printing section (19). 10. Frame (1) according to one of claims 1 to 9, characterized in that a plurality of ribs (31), ribs (31) which are arranged protruding are provided for fixing the frame (1) on a support (39) of a rear side (30) of the base part (2), the rear side (30) opposite the front side (3) of the base part (2) being arranged and provided between the ribs (31) at least a hole (32) for receiving at least one fixing section (42, 43) of the support (39). 11. Frame according to claim 10, characterized in that the ribs (30) are arranged one after the other, both seen in a first direction (22) and also seen in a second direction, (23) and are separated from each other by the less a gap (32), the first direction (22) and the second direction (23) being transverse to each other and preferably arranged at least two holes (32) one after the other seen in the first direction and / or in the second address (23). 12. Frame (1) according to claim 11, characterized in that the at least one hole (32), which is arranged between two successive ribs (30) directly in the first direction (22), has a gap width (36) which It is as large as a hole height (35) that the at least one hole (32) has, which is arranged between two successive ribs (30) directly in the second direction (23). 13. Frame (1) according to claim 12, characterized in that seen in the first direction and / or in the second direction (23) are arranged one after another at least two holes (32) and two successive holes (32) directly in the First direction (22) has a distance (38 ') measured in parallel with respect to the first direction (22), which is an integer multiple, preferably triple, of a distance (38), which have two successive holes (32) directly in the second direction (23) as measured in parallel to the second direction (23). 14. Frame (1) according to one of claims 11 to 13, characterized in that the number of ribs (31), arranged one after the other seen in the first direction (22) is smaller than the number of the ribs (31) that are arranged one after another in the second direction (23). 15. Frame (1) according to one of claims 10 to 14, characterized in that the ribs (31) normally protrude from the rear side (30) of the base part. 16. Frame (1) according to one of claims 11 to 15, characterized in that the ribs (31) are connected thanks to the base surface with the rear side (30) of the base part (2), which extends base surface in the first direction (22) with a width (60) and in the second direction (23) with a height (61), the width (60) and the width (61) of the base surface being of equal size at least a rib (31). 17. Mount (1) according to one of claims 11 to 16, characterized in that at least one stop (62) is provided, because the at least one stop (62) is arranged on at least one rib (31) and protruding therefrom. and because the at least one stop (62) is preferably arranged in the first direction (22) and / or in the second direction (23) in the area of a start of a first rib (31) and / or in the area of an end of a last rib (31).