EP3945950A1

EP3945950A1 - Jewelry board

Info

Publication number: EP3945950A1
Application number: EP20711114.7A
Authority: EP
Inventors: Michael Ulbricht
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-04-02
Filing date: 2020-03-10
Publication date: 2022-02-09
Anticipated expiration: 2040-03-10
Also published as: EP3945950B1; CN113710127A; US20220167759A1; DE102019108615A1; WO2020200667A1

Abstract

The invention relates to a panel, which is designed as a jewelry board (1; 2; 3) for arranging and storing pieces of jewelry, such as necklaces, decorative bands or rings, comprising: a number of holes (16), which extend through the panel (10; 40; 50) and have retaining means (26) integrated therein for releasably fastening the pieces of jewelry in question to the panel; stud-like protrusions (26), which protrude upward into the respective holes in the lower region of said holes, said protrusions serving as the retaining means; and a spacer (12; 44; 52) of the panel (10; 40; 50) for maintaining a free space (A; a) on a rear side (18; 48; 56) of the panel (10; 40; 50) at least in the region of the holes (16).

Description

Jewelry board

The invention relates to a device for the clear storage of jewelry or a plate which is designed as a jewelry board for arranging and storing pieces of jewelry such as bracelets and necklaces, ribbons, rings and the like.

DE 20 201 1 005 126 U1 relates to a surface element consisting of a receiving device for objects of daily use, in particular for differently designed (jewelry) objects, comprising undercut or hook elements for these objects, including all undercut and Hook elements is formed from a single surface element, in which various material recesses are introduced. The surface element makes a very technical impression and is therefore not necessarily an appealing sight, whether used or not. In addition, it is not very flexible, because certain Aufnah measuring devices are only suitable for certain jewelry.

DE 10 2012 102 805 A1 describes a jewelry board for storing several different pieces of jewelry. So that the pieces of jewelry for home use can be stored in a clear arrangement, so that removal during use and storage after use does not require any complex search work, the invention provides that the jewelry board is designed as a plate and on a vertical wall, preferably the Inside of a cabinet door, is attached and that on the exposed side of the plate at least one horizontal row of hooks for hanging chains and similar pieces of jewelry and at least one horizontally arranged, open-top receptacle are attached, with at least two adjacent foam blocks introduced into the receptacle are, between which rings, earrings and similar pieces of jewelry can be inserted. The production of the jewelry board proves to be relatively complex and therefore relatively expensive.

The object of the invention is therefore to provide a convenient device for clear storage of jewelry that offers an aesthetically sophisticated design and the production is inexpensive. This object is achieved with a plate of the type mentioned in that it is provided with a number of the plate penetrating recesses with holding means arranged therein for releasable attachment of the respective pieces of jewelry to the plate, wherein in the lower area of each recess an upward in the recess is designed as a holding means in front of the peg-like projection, and the plate has a rear spacer for maintaining a free space on a rear side of the plate, at least in the region of the recesses.

The plate designed as a jewelry board or its extension plane can be positioned largely vertically for its intended use, for example, hang on a wall or set up largely upright, so that the jewelry on the plate can be arranged next to and one above the other. The largely vertical direction from the plate plane gives the pieces of jewelry, in particular chains, ribbons and the like, under the action of gravity without any action on the part of the user, a matching alignment.

Exactly one holding means can be assigned to each recess. A large number of recesses then enables an equal or approximately similar number of pieces of jewelry to be added to the plate. This allows the number of recesses to determine the capacity of the plate as a storage device for jewelry. Alternatively, a recess can offer several holding means. A 1: 1 assignment of holding means and recesses is therefore not mandatory, so that it is not the number of recesses but rather the number of holding means that can define the capacity of the plate. A high recording capacity can then also be achieved with one, two or a few cutouts or a plurality of cutouts. If a recess contains a plurality of holding means, then the recess is regularly formed in a transverse format or in the plane of the plate with a greater extent in the transverse direction than in the height direction and takes the plurality of holding means usually next to one another. In the following, however, for the sake of simplicity, an assignment of exactly one holding means to exactly one recess is assumed, even if other assignments are not intended to be excluded.

The design of the recesses as openings in the plate enables the user not only to use the front side, but also - albeit to a lesser extent - the hidden rear side of the plate for storage. Because conventional Hakenplat th, as they are known for example from the above DE 10 2012 102 805 A1, or plates With receiving pockets like the subject of US 2013 0026 1 19 A1, the potential of a plate as a storage location is only exploited on one side, without also using the material thickness of the plate itself and its back. In addition, the design of the recesses as breakthroughs allows their relatively simple production by drilling, milling, lasers or the like, depending on the material of the plate, but does not exclude other manufacturing options such as molding.

In each of the recesses, at least one holding means for releasably attaching at least one piece of jewelry to the plate is arranged. In any case, each recess thus offers a fastening option. A recess is not necessarily assigned to exactly one piece of jewelry for storage on the plate. For example, several rings in a recess or a chain in several recesses can be releasably attached to a holding means.

According to the invention, an upwardly projecting pin-like projection is formed as a holding means in the lower region of each recess. The lower region of the recess can be defined on the basis of the orientation of the plate as that region of the recess which is closest to a lower edge of the plate, for example its contact surface. From that lower region, in particular from a lower edge of the recess, the pin-like projection protrudes upwards, namely against gravity, but without protruding from the plate. It expediently extends in the plane of extent of the plate.

A pin-like projection is to be understood as a projection which is designed as an often cylindrical or cuboidal extension of a component which is used to connect the component to another component. In the present case, the projection connects the plate to the piece of jewelry, using the effect of gravity on the piece of jewelry. Gravity ensures that the piece of jewelery, once hung, remains on the upright projection. The projection and possibly the recess also prevent undesired lateral displacement of the piece of jewelry. The invention uses the knowledge that all that is required is a simple pin-like projection in order to store very different objects or pieces of jewelry such as rings, chains, bands and the like on the plate.

According to the invention, the plate also has at least one spacer for maintaining a free space on a rear side of the plate, at least in the area of the Recesses. It is regularly arranged on the rear side and can be designed selectively, for example, as a single pin or linearly, for example, as a bar. In any case, the spacer creates an operating space that makes it easier for a user to bring a piece of jewelry on the projection or behind the projection viewed from the user. The invention is based on the knowledge that a convenient attachment of a piece of jewelry to the plate is achieved in that the projection is accessible on its back at least at a depth corresponding to the width of the piece of jewelry to be fastened. The spacer prevents that a piece of jewelry cannot be placed on the projection because a wall surface lying behind it is in direct contact with the rear of the plate or on the projection. From the stand holder facilitates or enables the successful and convenient attachment of a piece of jewelry to the plate.

According to an advantageous embodiment of the invention, the plate or its plane of extension can have an inclination with respect to the vertical in the vertical direction. The inclination can in principle point in both directions, so that a user side of the plate can be inclined towards or away from the user in a direction viewed from its lower side to its upper side. The inclination can on the one hand ensure the above-mentioned distance to a wall surface or the like when the plate is suspended. This is because even if one of the lower edges rests against the wall surface, a sufficient distance can remain in the area of the recesses if the recesses maintain a suitable distance from the lower edge. The distance from the lower edge will arise anyway for structural or optical reasons. On the other hand, the inclination can ensure a defined position of the pieces of jewelry on the plate or on its user side, namely on the plate side facing the user: In the case of an inclination of an upper side of the plate towards the user, in particular attached chains or bands can provide a distance get to the user side of the plate, which on the one hand hang straight down due to gravity without resting on other jewelry, even if they cover them seen in one viewing direction. In this way, the arrangement of elongated pieces of jewelery such as chains or ribbons is given a rectified formation that leaves a more visually pleasing, namely neat impression. An inclination in the opposite direction, namely inclined away from the user in an upper area of the plate, on the other hand, can ensure that suspended elongated pieces of jewelry usually keep their chosen position and do not inadvertently lose, for example, through gusts of wind or the like because they are on the Can rest on the user side of the plate. In addition, an exposure of the Pieces of jewelery with this tendency be cheaper, for example, for presentation purposes, because the pieces of jewelery cannot shade themselves in any case with an exposure that regularly falls from an upper side.

In order to maintain the inclination, the plate has a tilt device. As such, a suspendable plate can have a rear spacer already mentioned above, but which only supports the upper or only the lower edge of the plate at a distance on a wall surface. With a spacer attached on the top, the plate can be attached to a wall surface, a door or the like with a spacing on the top. In the absence of a spacer on the underside, the plate then has an incline in an upward direction towards the user. With a top attachment and a lower spacer on the plate, an oppositely directed inclination of the plate can be achieved. The only top or only bottom from the spacer then forms the tilt device mentioned above.

A plate that can be set up regularly with its lower edge can maintain its inclination by suitable support between the contact surface of its lower edge and its upper area. In a simple embodiment, the inclination device of an erecting plate can consist of a rod which is attached in an upper region of the plate, for example by inserting it into a blind hole, at an angle to the plane of extension of the plate and placed on the same from the lower edge of the plate can. At a very steep angle of inclination of the plate close to the vertical, at least one rod can also be attached in a lower region of the plate at an angle close to or exactly at right angles in the plate. The inclination of the plate results in a direction from bottom to top viewed towards the user on that side of the plate on which the support is arranged. The support then also represents the inclination device. Alternatively, the inclination of the plate can also be achieved in that it is clamped with its lower edge in a base at an incline in one or the other direction of inclination.

In particular, a top spacer can also be functionally combined with a suitable suspension device, so that only a single device is required to achieve a distance on the one hand and to hang the plate on a wall surface on the other. Basically, the plate can have breakthroughs for hanging on screws, screw hooks, nails, rope devices or the like. The plate can advantageously be in one piece in an upper region have with her trained fastening means, such as spacing A hanging hook or such a hanging bar. A hanging bar as a linear suspension device can protrude from the rear of the plate like a flange and, in addition to a large number of fastening options, also define a distance on the top of the plate.

According to a further advantageous embodiment of the invention, the plate can each have an angled strip on an upper and a lower edge, which protrude on different sides, namely opposite from the plane of extent of the plate. At the Obe Ren edge, the angle bar attached to the back of the plate can represent a spacer, in the absence of a lower spacer, also a tilting device and at the same time a hanging device; the lower angle bar, which faces the user, can be used to store rings, earrings, etc. Despite their preferably identical training, the angle strips thus serve a different purpose. If they are identical, they give the panel a calm and pleasing side view.

The recesses can in principle be placed in any desired arrangement on the plate. According to a further advantageous embodiment of the invention, the recesses can be arranged in horizontal and / or vertical rows above and / or next to one another. In addition to an optimized use of the surface of the plate, a regular arrangement can result in an attractive, "tidy" look.

The recesses can in principle have a border in any desired outline shape. As a rule, they have a rectangular or square shape, but can also be hexagonal, for example, and thus form a honeycomb pattern on the plate, they can be octagonal or diamond-shaped, for example to create a regional reference. The recesses can preferably have an essentially circular edge, that is to say a circular edge. In this way, a pleasing design can be achieved with any plate shape, regardless of whether the plate itself is rectangular, square, irregularly angular or round, oval or circular.

As long as the recesses and the holding means arranged therein are designed according to the same principle and thus enable simple operation, they can assume almost any shape within a plate. Preferably, however, NEN the recesses together with the holding means of a plate be designed similar and in particular identical table. Similar recesses and their retaining means have the same shape and proportions that correspond to one another, but have different dimensions. A recess can be a reduction or enlargement of the adjacent recess. The differently sized recesses and holding means can then be arranged on the plate, sorted by size, for example, so that, for example, the larger recesses are arranged on the outside and the smaller ones on the inside. The recesses and their holding means are identical if they have the same dimensions in addition to matching the shape and identical proportions. Their arrangement can produce a uniform "calm" design of the panel that is unused or whose unused areas look like a decorative pattern. In addition, it can offer simpler manufacture.

In particular, the holding means themselves are used to releasably attach a piece of jewelry to the plate. They can be specially adapted for this purpose and inserted into the recess. According to a further advantageous embodiment of the invention, the plate can have holding means formed in one piece with the plate. In particular when the holding means are produced in a common process step together with the cutouts, they can thereby be produced particularly inexpensively. The Hal temittel can be worked out from the sheet material itself, for example by cutting, sawing or lasing. A one-piece design of the holding means can also be achieved, for example, by molding. In addition to the simple and thus cost-effective production, the plate offers a particularly simple appearance, despite the large number of holding means due to the lack of unnecessary component edges between the holding means on the one hand and the plate on the other hand.

As explained above, the spacer ensures good rear accessibility of the Hal temittels, so that a piece of jewelry can be conveniently and successfully put on. The pieces of jewelry, on the other hand, must be held reliably by the holding means on the plate. According to a further advantageous embodiment of the invention, the plate can therefore have a T-shaped, peg-shaped projection as a holding means. The T-shaped holding means can thus offer bulky pieces of jewelery, for example large rings or stiffer leather bands, a better hold. The T-shaped holding means can basically be designed like a nail with a head protruding over its shaft. Preferably, however, it lies completely in the plane of the plate because the T-shaped holding means can then be produced more easily. Alternatively or additionally, the holding means can have a notch or recess machined into the rear, in particular a horizontal groove. It is easy to manufacture, does not affect the user-side appearance of the plate and still gives the jewelry a better hold.

The recesses in the plate have, inter alia, the purpose of opening an actuation space around the holding means for placing or attaching a piece of jewelry. According to an advantageous embodiment of the invention, a visible area of the holding means can therefore occupy a maximum of a quarter or a fifth of the area of the recess that can be assumed without holding means. The area of the recess that can be assumed without holding means is that area which the recess would occupy according to its basic shape without the holding means being arranged, that is to say an "undisturbed" area, for example square, rectangular, diamond-shaped, oval, circular or other area of the holding means by a quarter or a fifth on the surface of the recess, sufficient operating space is ensured around the holding means, which allows a convenient and successful attachment of a piece of jewelry to the plate. As long as the holding means can reliably fulfill its function, the can by The area occupied by the holding means within the recess can of course also be smaller.Tests have shown that even ratios of 1/8, 1/10, 1/12, 1/15 up to a ratio of 1/19 can be suitable, respectively depending on the basic shape of the recess.

In addition to the area ratio that the area of the recess, which can be assumed without holding means, on the one hand and the area of the holding means on the other hand in a visible surface of the plate, the extent to which the holding means protrudes into the recess can also affect the convenience and success of operation influence. According to a further advantageous embodiment of the invention, the peg-shaped holding means can therefore extend from a lower edge of the recess up to a maximum of two thirds of its height. Even with these dimensions of recess and holding means, convenient operation, namely simple putting on and taking off of the piece of jewelry, can be achieved. With an extension of the holding means up to about half the height of the recess, a harmonious design of recess and holding means can also be achieved. If there are filigree pieces of jewelry that cannot be hung on the cone-shaped holding means, a further advantageous embodiment of the invention can comprise at least one separately designed hanging aid for jewelry that can be placed on a holding means, which has a ring section for placing on the holding means and a Includes hook section for hanging jewelry. The filigree piece of jewelery can thus be attached indirectly to the plate. For this purpose, the suspension aid is first attached to the plate by - like a piece of jewelry - is placed with its ring section on the holding medium. For this purpose, the ring section does not need to include a geometrically closed ring, but only needs to be designed to be hooked onto the holding means. For this purpose, it can also be U-shaped, for example, and each have a hook section at the free ends of the U-legs. After the hanging aid has been placed on the holding means, the piece of jewelry can then be attached to the hook section of the hanging aid.

According to a further advantageous embodiment of the invention, the plate can be designed to serve as a hanging device for textiles, such as for dishes or towels or for items of clothing such as jackets, coats, pants or skirts. In the case of basically the same structure of the recesses and the holding means fitted therein, a regularly larger space requirement for their operation must be taken into account when dimensioning them. Because hanging loops, especially on coats or heavy jackets, are often thicker than filigree pieces of jewelry. The fingers of the male operator's hands, which are then also relevant, can also take up more space than the regularly slimmer fingers of female jewelry wearers. The dimensioning of the holding means must also be adapted to the regularly higher exposure to textiles.

As a hanging device, the plate can be attached to a largely vertical wall or a door like a conventional cloakroom device and extend predominantly horizontally. You can have one or a few superimposed Rei hen with recesses next to one another, which can preferably be arranged offset from one another in the transverse direction. The plate can also have only one or a few cutouts next to one another, but each of which offers several holding means.

The principle of the invention is explained in more detail below with reference to a drawing by way of example. In the drawing show: Figure 1: a perspective front view of a first embodiment of an inventive jewelry board,

Figure 2: a detailed representation of an opening,

Figure 3: a sectional view according to the section line III - III in Figure 2,

Figure 4: a perspective front view of a second embodiment of a jewelry board,

FIG. 5: a perspective front view of a third embodiment of a jewelry board, and

FIG. 6: an embodiment of a mounting aid.

FIG. 1 shows a perspective front view of a first embodiment of the jewelry board 1 according to the invention. It consists of a rectangular plate 10, a continuous first flange 12 protruding backwards on the top and a second flange 14 which protrudes substantially forward and is also continuous on the underside . The plate 10 contains seventy-seven circularly edged openings 16 as recesses, which are arranged in fourteen rows R of alternating five or six pieces per row and thus offset from one another from row to row. This results in a uniform and optically pleasant pattern of the breakthroughs 16 on the plate 10.

The first flange 12 and the second flange 14 run largely parallel to one another. They are not perpendicular, but at an angle of slightly less than 90 ° and in opposite directions from the plate 10. The first flange 12 has a regular rectangular cross-section with a thickness corresponding to the thickness of the plate 10, and has on its underside, not shown, blind holes as fastening aids, in which, for example, screw hooks can engage, the board for fastening the jewelry in a not wall shown are turned. In addition, the first flange 12 ensures a downwardly decreasing distance A between a back side 18 of a plate and a wall behind it as soon as the jewelry board 1 has been hung as intended.

The second flange 14 is thicker than the plate 10 and carries a V-shaped channel 20 on the top for storing small pieces of jewelry. On the rear side 18 of the plate 10 it continues in a flat strip 22, which also ensures a minimal distance a from a vertical wall in the bottom row R. Instead, the Plate 10 can also be designed to be extended in a downward direction in order to produce the same distance a there.

The first flange 12 represents both a fastening means and - in connection with the second flange 14 - an inclination device of the jewelry board 1, because the jewelry board 1 can only be hung inclined on a vertical wall. It can therefore only be hung inclined towards the user in one direction upwards. Longer jewelry items, such as necklaces or jewelry ribbons, possibly with trailers that are attached to the jewelry board 1, thereby also get a distance from the jewelry board 1, which increases in a downward direction. So that longer Schmuckge objects are not on the jewelry board 1 and fasten in the rows R underneath on their jewelry, so that mutual entanglement is excluded. The jewelry board 1 consequently not only offers a clear and visually appealing storage option for jewelry items, but also their convenient operation.

Figure 2 shows a detailed representation of an opening 16. It has a circular outline 24 with a radius r. From the lowest point of the outline 24, a pin 26 as a holding means stands upwards radially into the opening 16, up to about halfway or up to about the level of the center of the opening 16. A height H of the pin 16 can therefore be approximately that The radius r of the opening 16 corresponds to or remains below it. The pin 26 has a rounded head 28 on the top, which makes it particularly pleasing. The fillets 30, with which the pin 26 in its foot section merges into the outline 24, serve a visually pleasing design.

FIG. 3 shows a sectional view according to the section line III - III in FIG. 2, i.e. perpendicularly through the pin 26 and orthogonal to the plane of extension of the plate 10. It can be seen that the pin 26 has a notch 32 on the rear side 18 of the plate 10, which begins approximately in its foot section at the transition to the outline 24 and extends to below the head 28. In this way it can be achieved that pieces of jewelry that have been attached to the pin 26 do not slide off the pin 26 again and fall down, for example due to a certain rigidity and their weight. If they are in the notch 32, they can be prevented from accidentally slipping. Alternatively, the pin 26 can have at least the thickness of the plate 10 over its entire height H and can be thickened on the rear side of its head 28 so that the thickened head protrudes beyond the plane of the rear side 18. The jewelry board 1 can therefore be attached to the first flange 12 on a largely vertical wall. Due to its greater distance A in the area of the first flange 12 and its smaller distance a in the area of the second flange 14, the rear side 18 maintains a distance from the wall over the entire surface of the plate 10 and does not lie against it. Thus, the pins 26 remain accessible to the extent that jewelry objects over them and on the back of them can be attached to the pin 26 without hindrance.

The radius r of the openings 16 is dimensioned such that two fingers of one operator's hand, regularly the thumb and the index finger, can easily attach and remove a piece of jewelry on the pin 26. The height H of the pin also plays a role for convenience. It is dependent on the radius r of the opening 16, as a smaller radius r means a smaller opening 16 and thus less space for the fingers to attach a piece of jewelery to the pin 26. In this respect, a ver relatively lower height H of the pin 26 is more favorable, that is, a height H which, for example, corresponds to only two-thirds of the radius r. In the case of larger openings 16, on the other hand, the height H can correspond to the radius r or up to about four-thirds of its size.

Figure 4 shows a perspective front view of a second embodiment of a jewelry board according to the invention 2. It has a cuboid outline shape that has only four of the six side surfaces of a cuboid, namely a rectangular front plate 40, a rectangular top plate 42 and two rectangular side plates 44. The front plate 40 is oriented transversely and contains five openings 16 lying next to one another in a row R in the configuration described above with regard to FIGS. 2 and 3. The top plate 42 carries a channel 46 on the top for the storage of smaller objects. On the underside, it contains blind holes (not shown) for attaching the jewelry board 2, for example, to screw hooks that are screwed into a wall. The side panels 44 then support the mounted jewelry board 2 or its front panel 40 at a distance A from the wall, so that a free space remains between it and the wall on a rear side 48 of the front panel 40.

The jewelry board 2 can be operated largely identically to that of FIG. The openings 16 allow pieces of jewelery to be conveniently attached to the fen 26 (FIG. 2) or their removal from the pegs 26. The top plate 42 and the side panels 44 ensure the distance A between the rear side 48 of the front panel 40, so that a rear side of the pegs 26 is also easily accessible for items of jewelery to push over it. The distance A also ensures that jewelry bands, necklaces or the like hang down freely so that they can remain out of contact with the wall. Smaller jewelry items, for example ear studs, can be placed in the channel 46 on the top.

With a suitable dimensioning, namely larger overall dimensions than the jewelry board 2, the device shown in FIG. 4 can also be used as a hanging device for textiles such as hand towels, dish towels or bath towels or items of clothing such as coats, jackets, trousers, skirts or the like. which have a separate hanger or a hanger that can be used as such. For this purpose, only the dimensions of the breakthroughs 16 and the pin 26, so in particular the radius r (Figure 2) of the opening 16 and proportionally the height H and the thickness of the pin 26 (not designated) to adapt, namely to the larger required operating space also for less slender fingers and thicker hangers for the textiles as well as the regularly higher weight of textiles.

Figure 5 shows a perspective front view of a third embodiment of a jewelry board 3. It consists of an inclined rectangular front plate 50 and a base plate 52, which protrudes at a lower edge 54 from a rear side 56 of the front plate 50, so that it and the base plate 52 have an acute-angled L-shape. The front plate 50 is consequently slightly inclined in the direction of the base plate 52, so that there is a free space on its back 56. The front panel 50 also has the above-described openings 16, in three rows R one above the other. They are located in an upper section of the plate 50, so that an underlying lower region 58 remains free of openings. The jewelry board 3 can assume different dimensions in the surface direction, so that more or less openings 16 in more or fewer rows R can be placed on it. You can cover the front plate 50 - as shown - over part of or over the entire surface. The jewelry board 3 is suitable as a display, for example on a counter or on a shelf, for example for the presentation of individual or a smaller collection of jewelry. For this purpose, at least its visible surface 60 can be covered with velvet, for example, in order to convey a more valuable impression or a better contrast, in particular on the lower area 58 without perforations, to the presented pieces of jewelry. FIG. 6 shows two embodiments for suspension aids 4, 5. They each include a ring section 70, 72 with which they can be placed like a piece of jewelry on the pin 26 of an opening 16 (FIG. 2). A hook section 74, 76 adjoins the ring section 70, 72 and projects at an angle from the plane of extension of the respective ring section 70, 72. On the hook portion 74, 76 smaller pieces of jewelry can be attached that are too small to be placed on the pin 26. This means that even very small pieces of jewelry can be attached to the jewelry boards 1, 2, 3 without having to be placed in the grooves 20, 46.

Since the above, detailed jewelry boards are from exemplary embodiments, they can be modified in the usual manner by a person skilled in the art to a wide extent without departing from the scope of the invention. In particular, the specific configurations of the openings and the outline shapes of the jewelry boards can also take place in a different form than that described here. Likewise, the arrangement of the openings can be designed in a different form if this is necessary for reasons of space or design. Furthermore, the use of the indefinite article “a” or “an” does not exclude the possibility of the features in question being present several times or more than once.

List of reference symbols

1, 2, 3 jewelry board

4, 5 mounting aid

10 plate

12 first flange

14 second flange

16 breakthrough

18 back

20 gutter

22 bar

24 outline

26 tenons

28 head

30 rounding

32 notch

40 front panel

42 top plate

44 side plate

46 gutter

48 back

50 front batten

52 base plate

54 lower edge

56 back

58 lower area

60 visible area

70, 72 ring section 74, 76 hook section

A distance

H height

R row

R radius

Claims

1. Plate, designed as a jewelry board (1; 2; 3) for arranging and storing jewelry such as necklaces, ribbons or rings,

with a number of recesses (16) penetrating the plate (10; 40; 50) with holding means (26) integrated therein for the releasable attachment of the respective pieces of jewelry to the plate,

with a pin-like projection (26) projecting upward into the recess in the lower region of each recess (16) as a holding means,

with a spacer (12; 44; 52) of the plate (10; 40; 50) for maintaining a free space (A; a) on a rear side (18; 48; 56) of the plate (10; 40; 50) at least in Area of the recesses (16).

with an inclination device (12, 22) for generating an inclination in the vertical direction.

2. Plate according to claim 1, which can be fastened or supported on a wall, marked is characterized by fastening means (12; 42) formed in one piece with the plate (10; 40) on an upper edge of the plate (10; 40).

3. Plate according to claim 2, characterized by a flange (12) as a fastening medium.

4. Plate according to one of the above claims, characterized by in each case an angle bar (12; 14) at an upper and a lower edge which protrude on different sides from the plane of extension of the plate (10).

5. Plate according to one of the above claims, characterized by recesses (16) arranged above and / or next to one another in horizontal and / o of the vertical rows (R).

6. Plate according to one of the above claims, characterized by a substantially circular border (24) of the recesses (16).

7. Plate according to one of the above claims, characterized in that the recesses (16) of a plate (10; 40; 50) are similar, in particular identical.

8. Plate according to one of the above claims, characterized by holding means (26) formed in one piece with the plate (10; 40; 50).

9. Plate according to one of the above claims, characterized by a T-shaped Zap fen as holding means.

10. Plate according to one of the above claims, characterized by a recess (32) machined into the back of the holding means (26), in particular a horizontal groove.

1 1. Plate according to one of the above claims, characterized in that the pin-shaped holding means extends up to a maximum of two thirds of the height of a recess.

12. Plate according to one of the above claims, with a separately formed and on a holding means (26) attachable hanging aid (4, 5) for jewelry, which has a ring portion (70; 72) for placing on the holding means (26) and a hook portion ( 74; 76) for hanging jewelry.

13. Plate according to one of the above claims, designed as a suspension device for Tex tilien.