DE202011050950U1 - Plattenstelzlager system - Google Patents

Abstract

Set of at least two plate pedestals (10) for storing tiles and / or plates (1) on a base, characterized in that the upper side (12) of a first plate pedestal is designed for positive engagement with the underside (11) of a second plate pedestal .

Description

The invention relates to a Plattenstelzlager for storage of tiles and / or slabs on a substrate, a connecting element for Plattenstelzlager, a disk storage system, and a compensation element.

A Plattenstelzlager is for example from the DE 20 2005 018 562 U1 known. It serves to store the corners of the tiles or panels safely and far away from the ground when laying floor tiles. For this purpose, the known Plattenstelzlager on its underside an array of nubs on which it stands, while on its upper side cross-shaped webs are arranged, which come to rest between the joints of the tile covering.

Against this background, it was an object of the present invention to provide means for the storage of tiles and / or plates, which have a wider range of applications. Furthermore, a pleasing appearance should be achieved, especially if parts of the storage elements remain visible.

This object is achieved by Plattenstelzlager according to claim 1, 2 and 3, by a connecting element according to claim 4, by a disk storage system according to claim 5, and by a compensation element according to claim 12. Advantageous embodiments are contained in the subclaims.

According to its first aspect, the invention relates to a set of at least two Plattenstelzlagern for storage of tiles and / or slabs on a substrate, in particular for the storage of floor tiles on a (solid) floor. The Plattenstelzlager, which are typically made of plastic by injection molding, are characterized in that the upper side of a first Plattenstelzlagers is formed for a positive engagement with the underside of a second Plattenstelzlagers. The two Plattenstelzlager can thus be stably stacked on each other to bridge a larger height difference between the substrate and the tiles and / or slabs.

The first and the second Plattenstelzlager can in particular be identically shaped, d. h., That both have a correspondingly formed top and bottom. Such Plattenstelzlager can then be stacked in a quasi arbitrarily long row on top of each other, with always the top of the lower engages positively in the bottom of the next following Plattenstelzlagers. In this way, a stable "storage tower" of Plattenstelzlagern be formed.

According to a second aspect, the invention relates to a Plattenstelzlager for storage of tiles and / or slabs on a substrate, which has a support plate, projecting from the at least one side (top or bottom) functional elements. The Plattenstelzlager is characterized in that the support plate has a plurality of through holes.

Through the plurality of through holes in the support plate, the accumulation of water on the support plate is advantageously avoided or minimized. A formed with such Plattenstelzlager flooring can therefore -. B. after a rain - dry much faster. Furthermore, the Plattenstelzlager receives a complacent ("more open" or "lighter") appearance, which plays a role especially in border areas, which are not covered by tiles or plates.

According to a third aspect, the invention relates to a Plattenstelzlager for storage of tiles and / or slabs on a substrate, which has a support plate from which on one side ("top") project exactly one, two, or three joint webs. A Plattenstelzlager with three joint webs is z. B. particularly advantageous when laying large format panels.

According to a fourth aspect, the invention relates to a connecting element for non-positive and / or positive coupling of stacked Plattenstelzlagern. By the connecting element, it is possible to overcome a greater height difference between a substrate and a tile covering by stacking several Plattenstelzlager one above the other. A stable hold the Plattenstelzlager each other and each other is ensured by the connecting element. Such a connecting element can therefore also be used with conventional Plattenstelzlagern, which does not already (as in the first aspect of the invention), a coupling between the stacked Plattenstelzlagern itself.

According to a fifth aspect, the invention relates to a Plattenstelzlager system, which contains at least two Plattenstelzlager and a connecting element for non-positive and / or positive coupling of the Plattenstelzlager in the stacked state. The Plattenstelzlager can be conventional Plattenstelzlager or preferably be formed according to one of the above-described aspects of the invention.

Explanations and definitions given for an element according to one aspect of the invention also apply analogously to the other elements of the invention without explicit repetition. For example, all mentioned Plattenstelzlager and / or fasteners by injection molding made of plastic, even if this was explicitly mentioned only for one of the elements.

In the following, various advantageous embodiments of the invention will be described, which - as applicable - apply to all elements defined above.

Thus, the plate pedestal bearing may preferably have on its underside a plurality of dimples, which are typically arranged in a regular pattern (for example a matrix). The nubs provide for a spaced uprising of the Plattenstelzlagers and a uniform distribution of the load on the ground.

Furthermore, the upper side of the Plattenstelzlagers have one or more webs, which engage in the joints of a laid on the Plattenstelzlager tile covering. Depending on the desired appearance of this tile covering, the webs can be arranged differently and / or dimensioned. For example, they may be arranged in a cross shape to engage in the publisher oyster of rectangular tiles and / or plates. Optionally, the webs can also be provided with predetermined breaking points, so that they can be easily separated from the rest of the Plattenstelzlagers, if they are not needed. In addition, the Plattenstelzlager can have a predetermined breaking point or cutting slots so that it can be divided easily and clean if necessary.

In a combination of the aforementioned embodiments, the nubs are arranged on the underside of the Plattenstelzlagers so that between them space for receiving webs of a Plattenstelzlagers with such webs remains at the top. The Plattenstelzlager with the knobs on the bottom can therefore be placed on the Plattenstelzlager with the webs on the top, with a positive coupling is formed. Preferably, the above embodiments may be combined in a Plattenstelzlager having on its underside a plurality of nubs (preferably with space for webs) and at its top webs.

In the Plattenstelzlager according to the second aspect of the invention, the support plate is preferably formed substantially rectangular, with at least one through hole is located in each quadrant. Furthermore, there is an optional - in all embodiments of Plattenstelzlagern - a central through hole at the center. With such an arrangement of through-holes, good drainage of rainwater from the support plate in the areas underneath each tile can be ensured.

The connecting element may be designed in various ways to fulfill its purpose (coupling of Plattenstelzlagern). Preferably, the connecting element may be provided for connection of Plattenstelzlagern with (through) holes, wherein it is adapted to engage in the holes of two stacked Plattenstelzlagern. The connecting element can then be designed, for example, rod-shaped or peg-shaped and inserted into the alignment-aligned holes.

According to a preferred embodiment, the connecting element contains at least two pins which are coupled to one another and which engage in a form-fitting manner in two plate-locking bearings lying one above the other. In particular, the pins can engage in holes of the Plattenstelzlager.

The invention relates according to a further aspect, a compensation element which can be placed on top of a Plattenstelzlagers of the type described above and thereby increases the distance of the tile covering from the ground. In this way, the height of a tile covering above the ground can be adjusted exactly.

The compensating element may have a uniform thickness or be wedge-shaped. Furthermore, it may optionally have recesses for the passage of webs of a Plattenstelzlagers.

In the following the invention will be explained in more detail by way of example with the aid of the figures. Showing:

1 the top of a Plattenstelzlagers invention;

2 the underside of the Plattenstelzlagers;

3 a connecting element;

4 a connecting element, two compensating elements, a Plattenstelzlager with compensation element, and four stacked Plattenstelzlager with a final compensation element;

5 Plattenstelzlager with different joint webs.

1 schematically shows a plan view of a partially constructed floor covering with floor tiles or plates 1 above a substrate, for example a concrete screed. For spacing the tiles / plates 1 from the underground become Plattenstelzlager 10 made of plastic placed under the abutting corners of tiles / slabs, with the top 12 the Plattenstelzlager upstanding webs 18 to come to rest between the joints of the tiles.

2 shows the bottom 11 of such a plate stop bearing 10 , Accordingly, at the bottom of a variety of nubs 17 arranged in a rectangular pattern while from the top 12 the already mentioned joint webs 18 stand out in a cross shape. The pimples 17 are arranged so that between them cross-shaped gaps are formed, in which the webs 18 of another plate stop bearing. The Plattenstelzlager 10 can therefore be stacked in virtually any number on top of each other.

The construction of the Plattenstelzlager 10 further comprises a support plate 13 which the base body with the already mentioned base 11 and top 12 forms. In the support plate 13 is a central through hole 14 and (slightly smaller) in each quadrant in each case additionally a through hole 15 educated. The majority of these through holes ensures that any rainwater from the support plate is quickly dissipated down and no moisture reservoir forms. On one margin has the Plattenstelzlager 10 a notch 16 ,

3 shows in a perspective a connecting element 20 , with the help of which stacked Plattenstelzlager 10 can be positively connected. The connecting element 20 has four cones 21 on, at the top and bottom of each a pimple 22 with a slightly smaller diameter. These pimples 22 fit exactly in the through holes 15 the Plattenstelzlager 10 ,

The four cones 21 are interconnected by bridges 23 connected, wherein the four attaching to the pin webs in the middle of a ring 24 are coupled.

In 4 is, inter alia, a stack of four stacked Plattenstelzlagern 10 recognizable to each other through the fasteners 20 are coupled. In this way, a stable tower of Plattenstelzlagern can be 10 to overcome larger differences in height between a substrate and a tiled surface if necessary. For fine adjustment, one or more compensation elements can be provided at the upper end of the stack 30 be placed (or a compensation element of appropriate thickness).

4 also shows separately two compensation elements 30 different thickness, which are substantially flat and cross-shaped slots 31 exhibit. You can use them over the bars 18 the Plattenstelzlager 10 be slipped to create an additional distance to the next stacked Plattenstelzlager.

• – ein quadratisches Plattenstelzlager 10 mit vier kreuzförmig angeordneten Fugenstegen 18 geringer Höhe;
• – ein quadratisches Plattenstelzlager 10a ohne Fugenstege;
• – ein ”Viertel”-Plattenstelzlager 10b mit zwei rechtwinklig zueinander stehenden Fugenstegen;
• – ein quadratisches Plattenstelzlager 10c mit vier kreuzförmig angeordneten Fugenstegen 18 größerer Höhe;
• – ein ”halbes” Plattenstelzlager 10d mit drei rechtwinklig zueinander stehenden Fugenstegen;
• – ein ”ganzes” Plattenstelzlager 10e mit drei rechtwinklig zueinander stehenden Fugenstegen.

In 5 various embodiments of Plattenstelzlagern are shown, namely:

• - a square Plattenstelzlager 10 with four cross-shaped joint webs 18 low altitude;
• - a square Plattenstelzlager 10a without joint webs;
• - a "quarter" plate warehouse 10b with two right-angled joint webs;
• - a square Plattenstelzlager 10c with four cross-shaped joint webs 18 greater height;
• - a "half" Plattenstelzlager 10d with three right-angled joint webs;
• - a "whole" Plattenstelzlager 10e with three right-angled joint webs.

The Plattenstelzlager 10d . 10e with three joint webs are particularly useful for large-format panels (eg 60 cm × 40 cm). Typical diameters of the Plattenstelzlager 10 lie between 95 mm and 200 mm, typical support heights between 10 mm and 20 mm. Depending on the application, however, other dimensions as well as other numbers, arrangements, and heights of the joint webs can come into question.

QUOTES INCLUDE IN THE DESCRIPTION

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

Cited patent literature

• DE 202005018562 U1 [0002]

Claims (13)

Set of at least two record-keeping warehouses ( 10 ) for the storage of tiles and / or slabs ( 1 ) on a substrate, characterized in that the top side ( 12 ) a first Plattenstelzlagers for a positive engagement with the underside ( 11 ) of a second Plattenstelzlagers is formed. Plattenstelzlager ( 10 ) for the storage of tiles and / or slabs ( 1 ) on a substrate, in particular Plattenstelzlager according to claim 1, which is a support plate ( 13 ), from which on at least one side functional elements ( 17 . 18 ), characterized in that the support plate ( 13 ) a plurality of through holes ( 14 . 15 ) having. Plattenstelzlager ( 10 ) for the storage of tiles and / or slabs ( 1 ) on a substrate, in particular Plattenstelzlager according to claim 1 or 2, which is a support plate ( 13 ), from which on one side ( 12 ) one, two, or three joint webs ( 15 ) stand out. Connecting element ( 20 ) for non-positive and / or positive coupling of stacked Plattenstelzlagern ( 10 ) for the storage of tiles and / or slabs ( 1 ) on a substrate, in particular Plattenstelzlagern according to claim 1, 2 or 3. Plate storage system ( 100 ), comprising: - at least two record storage warehouses ( 10 ), in particular according to claim 1, 2, or 3; At least one connecting element ( 20 ) for non-positive and / or positive coupling of Plattenstelzlager in the stacked state. Plattenstelzlager ( 10 ) or disk storage system ( 100 ) according to one of the preceding claims, characterized in that the Plattenstelzlager ( 10 ) on its underside ( 11 ) a plurality of pimples ( 17 ) having. Plattenstelzlager ( 10 ) or disk storage system ( 100 ) according to one of the preceding claims, characterized in that the Plattenstelzlager ( 10 ) on its upper side ( 12 ) Webs ( 18 ) for inclusion in tile joints. Plattenstelzlager ( 10 ) or disk storage system ( 100 ) according to claims 6 and 7, characterized in that the nubs ( 17 ) are arranged so that between them space for the inclusion of webs ( 18 ) of another disk stop bearing. Plattenstelzlager ( 10 ) or disk storage system ( 100 ) according to one of the preceding claims, characterized in that the support plate ( 13 ) is formed substantially rectangular and a through hole ( 15 ) is located in each of its quadrants. Connecting element ( 20 ) or disk storage system ( 100 ) according to one of the preceding claims, characterized in that the connecting element ( 20 ) is set up in holes ( 15 ) of two stacked top plate bearings ( 10 ) to intervene. Connecting element ( 20 ) or disk storage system ( 100 ) according to one of the preceding claims, characterized in that the connecting element ( 20 ) at least two coupled pin ( 21 ), which form fit in two superimposed Plattenstelzlager ( 10 ) can intervene. Compensation element ( 30 ), characterized in that it is on the top ( 12 ) of a plate stop bearing ( 10 ) can be applied according to at least one of the preceding claims. Compensation element ( 30 ) according to claim 12, characterized in that it has recesses ( 31 ) for the implementation of webs ( 18 ) of a plate stop bearing ( 10 ) having.

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