EP3496571A1

EP3496571A1 - Panel for a drawer

Info

Publication number: EP3496571A1
Application number: EP17751095.5A
Authority: EP
Inventors: Volker Rocklage; Anne SMOLLICH; Michael Schwarz; Sebastian Poppendiek; Johann Friesen
Original assignee: Paul Hettich GmbH and Co KG
Current assignee: Paul Hettich GmbH and Co KG
Priority date: 2016-08-15
Filing date: 2017-08-10
Publication date: 2019-06-19
Anticipated expiration: 2037-08-10
Also published as: DE102017110286A1; RU2019106405A; US20190191878A1; DE102017110287A1; ES2834010T3; EP3496570A1; CN109561761B; US10702063B2; US10687622B2; CN109640742A; CN109561761A; RU2749219C2; WO2018033464A1; WO2018033465A1; ES2806403T3; EP3496570B1; CN109640742B; RU2019106405A3; US20190191877A1; EP3496571B1

Abstract

The invention relates to a panel (1) for a drawer (4, 5), which panel has an outer shell (11) and an inner shell (10), said outer shell (11) being slidably mounted relative to said inner shell (10), especially to a limited extent. The outer shell (11) and the inner shell (10) are slidably guided relative to each other at least to a limited extent by means of at least two sliding guides (S1, S2, S3). At least one of the at least two sliding guides (S1, S2, S3) has one or more guide element(s) (24, 24', 24'', 25a, 25b) mounted between the outer shell (11) and the inner shell (11, 10).

Description

Frame for a drawer The invention relates to a frame for a drawer according to the preamble of claim 1.

A frame of the generic type is known from DE 10 2010 060 722 A1. The frame disclosed here has as a functional means a connection fitting which is mounted with a base portion on a Zargenadapter a frame of a drawer or is formed thereon. In this case, a manually operable release lever is articulated to a locking lever and the base portion and extends into a space in the Zargenadapter so that it is manually operable in the free space by a user. The frame has proven itself in practice, but requires a relatively large width.

The invention therefore has the task of further developing the generic frame with respect to the possibility of realizing particularly narrow-building types. In this case, a displacement between the inner shell and the outer shell is to be realized in particular with simple means.

The invention solves this problem by the subject matter of claim 1. It also provides a drawer for a piece of furniture with one or more frames according to one of the claims related thereto. Advantageous embodiments of the invention can be found in the dependent claims.

According to claim 1, a frame for a drawer is provided which has an outer shell and an inner shell, wherein the outer shell and the inner shell with at least two sliding guides are guided relative to each other displaceable, and wherein at least one of the at least two sliding guides one or more between the Having outer shell and the inner shell arranged guide elements. In this way, it becomes possible to easily form sliding guides adapted to the respective structural conditions between an inner shell and an outer shell. For example, on inner and outer shells made of steel sliding guides can not be formed directly between the inner and the outer shell or only with great design effort. By provided on the respective sliding guide elements this problem is easily solved. For this purpose, it is advantageous to fasten the guide elements in each case to the inner shell or the outer shell, preferably releasably fasten, so that the respective corresponding component outer shell or inner shell can slide along them. The frame preferably has a kind of elongated housing in the manner of a shell, at least with an outer shell and an inner shell, between which a cavity is formed, which is easily accessible in this way.

The term sliding guide means that a first element is displaceably guided on a second element and thereby slides directly or indirectly on this. The sliding guide can be formed for example by a web of an element which slides on two or three sides, for example in a corner region or in a guide groove of a corresponding element. The guide groove may be formed directly in the inner shell or the outer shell or in another, attached thereto guide element.

According to a preferred - but not mandatory - variant is realized with the at least two sliding guides only a linear limited mobility of the outer shell relative to the inner shell, since this is already sufficient in the rule, to advantageously a sufficient access to the interior space between the nenschale and to ensure the outer shell.

It is according to a further variant also expedient and advantageous - although not mandatory - when the outer shell and / or the inner shell of one or more steel elements, in particular steel sheets, are formed. However, the invention is not restricted to this but is also generally well suited for inner and outer shells made of other materials, for example of light metal, in particular aluminum. On steel sheets can not be like extruded profiles form webs or grooves in a simple way. Therefore, the guide elements are particularly advantageous here.

To realize good sliding properties and to give the guide elements in a simple way a suitable geometry and shape, it is advantageous if the guide elements are made of plastic.

Structurally, it is advantageous if one of the sliding guides is designed as an upper sliding guide and the at least one other of the sliding guides is designed as at least one lower sliding guide between the inner shell and the outer shell and that at least the upper sliding guide and / or the at least one lower sliding guides each having one or more def between the outer shell and the inner shell arranged guide elements. The terms "top" and "bottom" refer to a vertical direction in an installed position of the frame on a drawer on a relative to the drawer bottom closer - lower - installation position and on a further spaced from this drawer bottom upper mounting position.

It is advantageous if the guide elements are each arranged in a receiving channel formed between the inner shell and the outer shell. Preferably, the receiving channel is formed from at least three or four walls, wherein at least one wall projects beyond the guide elements in their height. Particularly preferably, two walls which are approximately parallel to one another in vertical alignment with the drawer bottom have the same height. In this way, the guide elements are well protected and visually concealed (with respect to the position of use of the drawer with a frame according to the invention on a piece of furniture) of the outer shell and the inner shell in the respective receiving channel.

It is expedient - although not mandatory - if two of the walls of the at least one receiving channel are formed by the inner shell and if one of the walls of the receiving channel is formed by the outer shell. It is advisable to fasten the upper guide elements to the inner shell, so that the outer shell is guided on the upper guide elements. It is also advantageous if the guide elements are respectively secured to the inner shell or to the outer shell and if the respectively corresponding element - the outer shell or the inner shell - has a guide groove formed corresponding to the guide groove, in the region of the outer shell or the inner shell on the or the guide elements is slidably guided.

According to a further variant of the invention, it is provided that the frame has two different lower sliding guides between the inner shell and the outer shell and that both of the lower sliding guides each have one or more of the arranged between the outer shell and the inner shell guide elements. For in each case a limited mobility can be realized in the lower region between the inner shell and the outer shell, which is sufficient to allow access to functional elements in the interior space between the inner shell and the outer shell. In addition, it is possible to position the outer shell and the inner shell very precisely relative to one another.

It is conceivable that the guide elements of the sliding guides are respectively attached to the inner shell and / or to the outer shell.

It is structurally simple and advantageous if the guide elements engage displaceably in a guide groove of the respective corresponding element of the outer shell or inner shell. It is also advantageous if at least two different types are provided on upper guide elements for the upper sliding guide, which are exchangeably fastened to the inner shell or outer shell. For example, by exchanging the guide elements and, for example, one of the shells, in particular the outer shell, simply different variants of frames can be realized in order to produce different variants or even to allow a subsequent remodeling of a frame. According to a further variant, it is provided that one or more sliding and / or positioning means are designed for fastening and / or positioning an attachment element on one or more of the upper guide elements.

In this way, the at least one upper guide element advantageously assumes a multiple function, for example for arranging at least one angle element.

It is insofar particularly advantageous if, in the context of realizing the multiple function, sliding guide means are formed on one or more of the upper guide elements, on which a cover strip with corresponding sliding guide means is displaceably guided. Thus, the upper guide elements are advantageously used both for the function of sliding guide between the inner and outer shell as well as for the realization of other Zargenvarianten with a cover, with the other colors or shapes on the frame, for example.

It is also advantageous and practical if sliding guide means are formed on the upper guide elements, on which the cover strip is displaceably guided with corresponding sliding guide means. Thus, two sliding guides are formed simultaneously on the upper guide rails. These are on the one hand the sliding guide between the inner and outer shell and on the other hand a sliding guide for the cover strip relative to one of the elements inner and outer shell.

It is structurally simple if the corresponding sliding guide means in their interaction form a tongue-and-groove sliding guide.

It is also advantageous if two different types of lower guide elements between the inner shell and the outer shell are distributed to the at least one lower sliding guide or the two lower sliding guides, of which one of the first lower sliding guide are assigned and of which the other of the second lower sliding Sliding guide are assigned. It is advantageous that various other functionalities can be realized with the different types of guide elements. According to a further advantageous variant, it is provided that at least one type of lower guide means is arranged in the front and / or rear end regions of the frame between the inner shell and the outer shell in order to guide the inner shell and the outer shell well in these two areas and preferably To keep relatively accurately spaced and to secure them in the end regions of the frame against a beyond the designed displacement path going apart pulling.

In this respect, it is structurally expedient and advantageous if one type of lower guide elements is fixed to the inner shell and is displaceably guided directly or indirectly on the outer shell and if the other type of lower guide elements is fixed to the outer shell and directly or indirectly to the inner shell slidably guided. With regard to the assembly of the guide elements, it is also advantageous if at least a part of the lower and / or the upper guide elements is latchingly fixed to the inner shell or the outer shell.

The first type of lower sliding guide means may be fixed to the inner shell or the outer shell by a joining forming process. The sliding guide means can also serve to facilitate mounting of the frame and to easily hold the one shell on the other shell. This type of attachment can be realized easily and without additional components in a small space, so that the use of the joining forming process as a suitable production method opens up a possibility for reducing the width of the frame.

The upper and lower guide elements may each be the same or different.

It is advantageous if the upper and / or the lower guide elements are fastened in total to the inner shell or the outer shell. However, it is also advantageous embodiments conceivable in which a part of the guide elements are fixed to the inner shell and a part of the guide elements on the outer shell. It can be realized in particular frames in which the inner shell and / or the outer shell, preferably made of sheet steel, together form a substantially rectangular in cross section body whose maximum width B _{3 is} less than 15 mm.

Further advantageous embodiments of the invention can be found in the dependent claims.

The invention will be described in more detail with reference to an embodiment with reference to the drawings. Show it:

Figure 1 is a perspective view of a box cabinet with three drawers, which are in the closed state.

Fig. 2a: a perspective view of one of the drawers of Figure 1, with a

Front panel and (side) frames, one of which is recognizable;

Fig. 2b: a perspective view of the drawer of Fig. 2a, wherein in the left frame seen by the operator of the drawer, an outer shell of the frame is not shown and seen from the operator of the drawer from right frame, the inner shell of the other frame not shown is;

3 shows in a) a front view of a frame with a two-part shell, in b) a side view of the frame from a) with functional elements arranged in the shell and in c) an exploded view of the shell from a) and b);

Fig. 4 is a perspective view of a preferred embodiment of a lower guide element of the first type for a frame, which is configured for example in the manner of Figures 1 and 2.

Fig. 5 in a) and b) different perspective views of portions of a frame with a guide element in the manner of Fig. 4 and in c) and d) is a side view and a front view of the portion of a). 6 shows a perspective view of a preferred embodiment of a second upper guide element for a frame, which is designed, for example, in the manner of FIGS. 1 and 2;

Fig. 7 is a perspective view of an end portion of the frame of Figs. 1 to 3 and 5;

Fig. 8 is a front view of an upper guide element on the frame

Fig. 1 to 3 and 5;

9 is a side view of a portion of a frame with the upper guide member. 10 shows another lower guide element - second type - for a frame, in particular in the manner of the preceding figures;

1 1 is a sectional view through a portion of a frame according to the type of FIG.

1 to 3 and 5 with a guide element of the type of Fig. 10;

FIG. 12 shows the guide element from FIGS. 10 and 11 at a section of the frame of FIG. 11;

13 shows a side view of a further frame with a three-part construction with inner shell, outer shell and cover strip, wherein upper and lower guide elements are provided;

14 shows a perspective view of a frame with a cover strip with a recess;

15 is a perspective view of a peripheral portion of an inner shell with an upper guide element,

Fig. 1 6 is a perspective view of the frame of Fig. 15 with a three-part

Shell with a relative to the outer shell displaced inner shell; FIG. 17 is another perspective view of a portion of the arrangement of FIG. 16; FIG. Fig. 18 in a) to b) views for illustrating a mounting of an outer shell on an inner shell in steps;

FIG. 19 shows a schematic view of a further variant of a three-part shell of a frame together with further components of this frame; FIG.

Fig. 20 in a) a side view and in b) a section through a variant of a frame according to the type of Fig. 3b.

Fig. 1 shows a trained as a cabinet furniture 2 furniture. The cabinet furniture 2 has a furniture body 3. In the furniture body 3 three drawers 4, 5 are used here - purely by way of example. The drawers 4, 5 are guided displaceably in the furniture body 3, so that each of the drawers 4, 5 each pulled out of the furniture body 3 in an open position and again pushed out of this into a closed position.

The drawer 5 shown in Fig. 2a and b has a front panel 6a, which is exemplified here as a relatively high front panel 6a. The drawer 5 also has two side frames - hereinafter also referred to as frames 1 - on. In the following, the frames 1 are preferably constructed in each case two-shelled. The frame has a kind of elongated housing in the manner of a shell with an outer shell and an inner shell 10. In this case, the outer shell 1 1 is held on the inner shell 10 and relative to this displaceable. Preferably, the outer shell is limited slidably held on the inner shell. The inner shell 10 includes with the outer shell 1 1 each have a narrow cavity.

The concept of the inner shell 10 and the outer shell 1 1 does not mean that they must be constructed in one piece. The inner shell 10 and the outer shell 1 1 can in turn be composed of several elements such as metal strips, so that these metal strips in interaction the inner shell and the outer shell 10, 1 1 form.

The drawer 5 also has a rear wall 12a and a drawer bottom 2b. Preferably - but not mandatory - are the outer shell 1 1 and the inner shell 10 made of sheet metal, in particular made of sheet steel. But they can also consist of other materials. Preferably, the inner shell 10 and the outer shell 1 1 are each made in one piece or several pieces of one or more (n) sheets, in particular made of steel, which have been partially transformed umformend and where appropriate recesses and the like. By punching, cutting or the like are formed.

It is further preferred if the outer shell 1 1 and the inner shell 10 form a frame with a relatively small, ie "narrow" width which is (preferably perpendicular to FIG. 3 a) less than 15 mm, in particular narrower than 12 mm With such narrow frames 1, the invention can be used advantageously.

In Fig. 2b, the outer shell 1 1 of the operator of the drawer 5 seen from left frame 1 of the drawer 5 is not shown and the inner shell 10 of the operator of the drawer 5 seen from right frame 1 is not shown.

At each of the frames 1 a plurality of functional devices are arranged, which are arranged essentially in the space between the outer shell 1 1 and the inner shell 10. These functional devices include, for example, one or more locking devices and one or more fastening elements. Thus, the drawer in the region of each of the two frames 1 at least one, here in each case two connecting fittings 7a, 7b, with which each of the front panel 6a can be fastened to the frame.

For this purpose, the front panel 6a per connection fitting 7a, 7b via a support device 8 in each case with a corresponding locking device 9a, 9b on the corresponding frame 1 left or right connected or connected in the assembled state. The drawer 4 with lower front panel 6b is constructed analogously to the drawer 5 with high front panel 6a. Differences between the two drawers 4, 5 exist in particular in the height of the front panel 6a and 6b (and possibly the rear wall) and, consequently, in the height of the frames 1, which are executed in the drawer 4 with low front panel 6b correspondingly lower. Consequently, the frames 1 of the drawer 4 with lower front panel 6b each have only one locking device 9a or 9b. In order to realize access to the functional element or elements which are arranged completely or partially in the intermediate space between the inner shell 10 and the outer shell 1 1, it is advantageous if the inner shell 10 is displaceable relative to the outer shell 11, preferably with limited displaceability , is. (For an example, see already FIG. 1 6).

According to a preferred embodiment, the outer shell 1 1 is designed in one piece. The outer shell 1 1 also has an outer wall portion 13 which forms substantially or completely the visible outer wall of the frame 0 on the outer wall / side facing away from the drawer bottom 12 b. Towards the rear wall 12a, the inner shell 11 is shorter here by its width B than the outer shell 11.

Preferably, a lower edge 14 of this outer wall portion 13 is bent by 180 ° to the inner shell 10 out. A groove-like lower guide groove 15 is formed on the outer shell 11 (FIG. 3b).

Preferably, furthermore, an upper edge 16 of this outer wall section 13 is also bent over the inner shell 10 by a total of approximately 180 °, so that a groove-like upper guide groove 17 is also formed. Here, the upper guide groove 17 is wider than the lower guide groove 15th

The upper edge 1 6 here also forms an outer wall section 13 angled cover strip section 8, which closes the outer shell 1 1 upwards. To this end, the cover strip section 18 is preferably bent by 90 ° relative to the outer wall section 13. The upper edge 1 6 also preferably forms a (in a manner yet to be explained) resiliently acting angled portion 19, which extends from the cover strip portion 18 downwards. Thus, the upper edge 16 with the cover strip portion 18 and the bend 19 together form the upper groove-like guide groove 17 on the outer shell 1 1.

According to a preferred embodiment, the inner shell 10 is configured in two pieces. But it can also be configured in one piece or consist of more than two sheets (not shown here). Here, the inner shell 10 has an inner wall section 20 and a container rail 21 fastened to the inner wall section 20 with one or more fastening points / n. bonding methods such as riveting, clinching or welding can be produced.

On the container rail 21 is / are u.a. one or more of the above-explained functional elements set. It increases the stability of the respective frame 1 and simplifies the assembly.

The inner wall portion 20 is used inter alia. to visually cover the frame 1 to the inside - ie to the drawer bottom 12b

The upper edge 22 of the inner wall section 20 (and here also that of the container rail) - see FIG. 3b - is bent outwards or toward the outer shell 11 so that it lies below the upper guide groove 17 and there behind a support leg 23 Forming a traverse. Between the support leg 23 and the inner and outer shell 10, 1 1 thus an upper receiving channel K1 is formed to the upper edge region.

The support leg 23 is used here for attachment of one or more first - upper - guide elements (s) 24. These are arranged in the upper receiving channel K1 and are there well protected and visually hidden. On them slides the outer shell 1 1. They therefore form with the outer shell 1 1 a first, upper sliding guide S1 (see Fig. 3b).

Preferably, a plurality of the upper guide elements 24 are distributed in a row spaced apart on the support leg 23 of the inner shell 10. The support leg 23 and an adjoining wall portion of the inner shell 10 form two of the walls of the upper receiving channel K1. Two other walls of this receiving channel K1 forms the outer shell 1 1. The upper receiving channel K1 is thus formed closed all around. The upper guide elements 24 are therefore not visible in their installed position on a drawer from the outside.

The guide elements 24 may be fixed in the receiving channel K1, for example, with screws or rivets and / or locking means or the like. Preferred - because simple and straightforward - is a fastening with at least one latching hook 40 or a plurality of latching hooks which engages in a latching recess 41 of the support bracket 23 and / or the container rail 21 (FIGS. 3b and 3c). The upper (and also the other) guide elements 24 each form sliding elements, wherein, according to FIG. 3b, the upper guide elements engage directly in the upper guide groove 17 of the displaceable outer shell 11. Here, the resilient leg 19 is laterally on the guide elements 24 resiliently. In this way, the outer shell 1 1 in the upper region in a simple manner on the guide elements 24 of the inner shell 10 is guided well and safely displaced. It is the first - upper - sliding guide S1 between the outer shell 1 1 and the inner shell 10 is formed.

Since the bend 19 is preferably designed as a resilient leg, which laterally engages in a lateral recess 24a of the upper guide elements 24 resiliently, a particularly good fit of the outer shell 11 is realized in this area on the guide elements 24. In this way, a device for lifting-off the outer shell 11 from the inner shell 10 is also realized in a simple manner.

The lift-off can also be implemented constructively in other ways. Reference is made to FIG. 20 a) and b). Here, the upper guide element 24 "does not engage directly in a guide groove in the outer shell 11 (eg, here in the guide groove 17) but in a guide groove 49 which is arranged in a further guide element 50. This is mounted on the outer shell 11. Here, the further guide element 50 is provided with the guide groove 49 into which an upper guide web 51 of the guide element 24 "fixed to the inner shell engages. The further upper guide element 50 is arranged in the guide groove 17 and fixed (not recognizable here).

In this way, on the one hand, the upper sliding guide S1 between the inner shell 10 and the outer shell 1 1 is structurally implemented by two guide elements 24 ", 50, of which one is provided on the outer shell 1 1 and the other on the inner shell 10.

In addition, as the guide bar 51 and the guide groove 49 engage behind each other, here in the manner of a dovetail guide, also realized in a simple manner a variant of a device for anti-lifting device for securing the outer shell 1 1 for lifting the inner shell 10. This one or more upper guide elements 24, 24 "(and 50) is / are preferably made of a plastic, the latter also applying to further guide elements 25a, 25b to be explained.

In addition, the outer shell 1 1 is further down - here at the bottom - to the inner shell 10 out with other guide elements 25a, b relative to the inner shell 10 slidably guided.

In this area located further below, at least one further sliding guide S2 is formed between the inner shell 10 and the outer shell 11. Preferably, even two further lower sliding guides S2 and S3 are provided (Fig. 3b and Fig. 5a).

It is conceivable to provide only one type of lower guide elements. According to the illustrated figures, however, two different types of lower guide elements are provided, which are designated in the drawings with 25a and 25b and which are each optimally adapted to the tasks and geometries in the region of the two lower sliding guides S2, S3 or adapted.

The first lower guide elements 25a are preferably fixed to the lower guide groove 15 by a forming process on the outer shell 11, preferably in such a way that no visible traces are left from the outside of the joining process. They serve as combined guiding and fixing elements and also serve to hold the outer shell 1 1 on the inner shell 10. The lower middle guide elements 25a engage with a vertically oriented guide leg 26b immovably fixed in the lower groove 15 of the outer shell 1 1.

According to FIG. 3c, four of these first lower guide elements 25a are provided by way of example. They preferably have a T-shape in section (see FIGS. 10 and 11). The preassembled guide elements 25a on the outer shell 1 1 carry after placing the inner shell 10 with a horizontally oriented leg 26a a horizontally oriented cross member 27 of the inner shell 10. This limits a lower receiving channel K2 for the lower guide elements 25a, b upwards. The one more wall of this receiving channel K2 is formed by the outer shell 1 1 and the other of the inner shell 10. Because the middle lower Guide elements 25a are attached to the outer shell 1 1, the actual sliding guide S2 is formed on these guide elements 25a to the inner shell 10 out, here on the container rail 21st

The lower central guide elements 25a are thus advantageously arranged between the inner shell 10 and the outer shell 11 and are concealed there and well protected.

At least one of the middle (first lower) guide elements 25 a, which are fixed to the outer shell, has a spring element 30 -, which is designed to engage in a displacement of the outer shell 1 1 relative to the inner shell in a window or the like. The inner shell, to fix the outer shell 1 1 relative to the inner shell 10 releasably in a final assembly position, which can be solved only in special cases such as a maintenance case. Here, the spring element 30, in particular a leaf spring, to a locking lug 31, which engages with a displacement of the outer shell 1 1 latching in a window of the inner shell (see Fig. 10 to 12).

There are also two outer guide elements 25b - see FIGS. 4 to 8 - provided, which are respectively provided in the end region (ie front panel and the rear wall) of the frame 1.

These outer guide elements 25b stabilize in particular the outer end regions of the frame in the end region of the inner shell 10 and the outer shell 11. They are also arranged in the lower receiving channel K2. But they are fixed to the inner shell 10 and the outer shell 1 1 is relative to them / on them displaceable.

The outer guide elements 25b preferably each have a locking means such as a latching hook 28 which is attached to a corresponding locking means - for example, on a window 29 of the inner shell 10 is / are.

Also, the two outer lower guide elements 25a, b are preferably formed in section approximately T-shaped, so that three legs 26a, b, c are formed on them. The horizontal leg 26a has the latching hook 28 and is fixed to the inner shell 10, in a formed in the end region of the inner shell 10, in cross-section U-shaped receptacle 47. The lower vertical leg 26b, however, engages in the vertically upwardly open guide 15 of the outer shell 1 1 and is guided there displaceable.

(Short) vertical webs 32 of the guide elements 25b engage in slots 33 of the traverse 27 of the inner shell 10 and thus additionally secure the edge region of the frame against a pulling apart of the outer shell and the inner shell 0 (see in particular also Fig. 5b). The lower vertical leg 26b of these outer guide elements 25b, which form a second type of lower guide elements engages in the lower guide groove 15 of the outer shell 1 1 a. In this way, the third lower sliding guide S3 is easily formed.

Although the two sliding guides S2 and S3 allow only a limited displaceability corresponding to the distance between the two guide element 25a, b of different types. However, this is sufficient to realize access to the functional devices described in the interior between the inner shell 10 and the outer shell 1 1 (see again Fig. 16).

Overall, with the two types of lower guide elements 25a and 25b thus two different lower sliding guides S2, S3 formed between the outer shell 1 1 and the inner shell 10, which allow at least a limited displacement up to a striking of the guide elements 25a, b to each other.

The first guide elements 25a are preferably fixed to the outer shell 11 at their guide groove by a forming process, preferably such that the joining process on the opposite side of the outer shell "outside" leaves no visible traces.

According to FIG. 3c, four of the middle guide elements 25a of the first design are provided by way of example. There are further provided two of the outer guide elements 25b of the second type, which are respectively provided in the end region (ie, toward the front panel and toward the rear wall) of the frame 1. These outer guide elements 25b stabilize in particular sondere outer end portions between the inner shell 10 and the outer shaving ^¬ le 1. 1 The outer guide elements 25b preferably each have a Rastmit ^¬ tel as a latching hook 28 which is attached to a corresponding locking means - for example ^¬ on a window 29 here on the (continuous or sectionally provided) guide groove 15 of the outer shell 10 is / are

All lower guide elements 25a, b are preferably formed in an approximately T-shaped section, so that three legs 26a, b, c are formed on them, which can engage in corresponding grooves of the outer shell and or the inner shell 0. According to a variant - see Fig. 13 ff - is provided on the shell of the frame 1, a further component. This device is a cover strip 35th

This cover strip 35 closes here in the mounted state, the inner shell 10 to the outer shell 1 1 optically replaced and thus replaces the upper horizontal web 18 of the Au ^¬ ßenschale 1 1. Towards the rear wall 12a, the cover strip is provided with a recess (with the width B of the rear wall 12a).

The cover strip 35 offers the nature of a decorative strip the advantage that with her in a ^simplistic manner further optical and functional variants of the frame or on frames can be provided without the structure of the frame must be radically geän ^¬ changed. Thus, differently colored and / or differently shaped cover strips 35 can be provided in order to be able to change the design of the frame upwards in a simple manner for each individual customer and / or in order to easily realize attachments or the like on the frame. The decorative strip he ^¬ extends the inner shell 10 and the outer shell 1 1 with respect to Fig. 3 (two-part shell) to a three-part designating shell. In this case, it may be provided that the upper edge 16 of the outer shell 1 1 is still transformed into a kind of guide groove 17, however, to a narrow ^¬ ren upper guide ^groove 17, in which first upper guide webs 36 of the upper guide elements 24 'engage.

Further guide webs 37a, b on the upper guide elements 24 'may be formed on the upper guide elements 24', in which one or more Webs 39 of the cover strip 35 can engage, so that it is also guided on the inner shell 10 slidably. The guide webs 37a, b may also be resilient, so that they move vertically to the drawer bottom, with a sliding of the web 39. The guide webs may also form a kind of dovetail guide groove 38 and the web 39 may be formed like a dovetail. The guide elements 24 'advantageously take on a dual function for guiding both the outer shell 1 1 relative to the inner shell 10 and for guiding the cover strip 35 on the outer shell 1 1 or on the inner shell 10. The guide elements 24 and 24' have so far depending on a base on which one or more of the guide webs (36, 37a, 37b) are formed.

It is advantageous if the inner shell 10 is built up to the guide elements 24 'identical to the embodiment of FIGS. 1 to 12, so that virtually alone by replacing the upper guide elements 24 against the other guide elements 24' and providing the other outer shell 1 1 and the cover 35 further variants can be provided on frames or can be converted to such.

Fig. 18a and b illustrate that for assembly, the outer shell 1 1 is set with the upper guide groove 17 on the guide elements 24 '. Then, the outer shell 11 is pivoted with the lower guide elements 25a of the first type attached thereto to the inner shell 10 and fixed there (arrow P in FIG. 18a).

Fig. 19 illustrates that on one or more of the upper guide members 24 further positioning and / or fastening means 42 are formed for easy positioning and / or fixing a attachment element. Here, the attachment element is an example of an angle element 43. This angle element 43 is again designed to hold a wall element, in particular a disk 44. In a further edge region, the disk 44 is held by a further one of the angle elements 43 at a further of the guide elements (not shown here in each case). The angle element / angle profile 43 can be attached to the guide element 24 and / or to the traverse below it with the inner shell 10 or outer shell 1 1, in particular by a screw, rivet or adhesive connection. be bound, serve on the upper webs 46 as a positioning aid for the angle element 43 and turn as webs, the part of the sliding guide S1 ausbil ^¬ the, on which the outer shell 1 1 is slidably guided.

reference numeral

Frame 1

Box furniture 2

Furniture carcass 3

Drawer 4

Drawer 5

Front panel 6a, 6b

Connection fitting 7a, 7b

Carrying device 8

Locking device 9a, 9b

Inner shell 10

Outer shell 1 1

Rear wall 12a

Drawer bottom 12b

Outer wall section 13

Edge 14

Guide groove 15

Edge 1 6

Guide groove 17

Cover strip section 18

Angling 19

Inner wall section 20

Container rail 21

Edge 22

Support leg 23

Upper guide elements 24, 24 ', 24 "

Recess 24a

Lower guide elements 25a, b

Leg 26a, b, c Traverse 27

Latch hook 28

Window 29

Spring element 30 locking lug 31

Vertical webs 32

Slits 33

Cover strip 35

Guide bars 36

Guide webs 37a, b

Dovetail guide groove 38

Footbridges 39

Latch hook 40

Latching recess 41

Fasteners 42

Angle element 43

Disc 44

Screws 45 Footbridges 46

Recording 47

Guide groove 49

Guide element 50

Guide bar 51

Walls 52, 52 ', 52 ", 52'

Receiving channel K1. K2

Sliding guide S1, S2, S3

Arrow P

Width B

Claims

claims

1 . Frame (1) for a drawer (4, 5) having an outer shell (1 1) and an inner shell (10), wherein the outer shell (1 1) relative to the inner shell (10) is displaceably guided, characterized in that

the outer shell (1 1) and the inner shell (10) with at least two sliding guides (S1, S2, S3) are guided displaceably relative to each other, and

at least one of the at least two sliding guides (S, S2, S3) one or more between the outer shell (1 1) and the inner shell (1 1, 10) arranged guide element (s) (24, 24 ', 24 ", 25a, 25b) having.

2. Frame according to claim 1, characterized in that one of the sliding guides as an upper sliding guide (S1) and the at least one other of the sliding guides as at least one lower sliding guide (S2, S3) between the inner shell (10) and the outer shell (1 1) and at least the upper sliding guide (S1) and / or the at least one lower sliding guide (S2, S3) one or more de * between the outer shell and the inner shell (1 1, 10) arranged guide elements (24, 24 ' , 24 ", 25a, 25b).

3. Frame according to one of the preceding claims, characterized in that the guide elements (24, 24 ', 24 ", 25a, 25b) in each case between the inner shell (10) and the outer shell (1 1) formed receiving channel (K1, K2 , K3-) having at least three or four walls.

4. frame according to claim 3, characterized in that two walls (52, 52 ') of the at least one receiving channel (K1, K2) of the inner shell (10) are formed and that at least one of the walls (52 ", 52"') of the receiving channel (K1, K2) of the outer shell (1 1) is / are formed.

5. Frame according to one of claims 2 to 4, characterized in that it comprises two different lower sliding guides (S2, S3) and that both the lower sliding guides (S2, S3) each have one or more between the outer shell and the inner shell (1 1, 10) arranged guide elements (24, 24 ', 24 ", 25a, 25b).

6. Frame according to one of the preceding claims, characterized in that the guide elements (24, 24 ', 24 ", 25a, 25b) of the sliding guides (S1, S2, S3) respectively on the inner shell (10) or on the outer shell (1 1) are attached.

7. Frame according to claim 6, characterized in that the guide elements (24, 24 ', 24 ", 25a, 25b) on the inner shell (10) or on the outer shell (1 1) displaceable in a guide groove (15, 17) of the each corresponding element - the outer shell (1 1) or inner shell (10) - engage.

8. frame according to claim 7, characterized in that the guide groove (15, 17) directly in the outer shell (1 1) or the inner shell (10) is formed.

9. Frame according to claim 7 or 8, characterized in that the guide groove is formed in a further guide element (50) which is fixed to the corresponding element - the outer shell (1 1) or inner shell (10) - so that the associated Sliding guide (S1, S2, S3) between the two upper guide elements (24 and 50) is formed.

10. Frame according to one of the preceding claims, characterized by a device for securing the outer shell (1 1) before lifting from the inner shell (10).

1 1. Frame according to one of the preceding claims, characterized in that at least two different types of upper guide elements (24, 24 ', 24 ") are provided for the upper sliding guide (S1), which are exchangeably fastened to the inner shell (10).

12. frame (1) according to one or more of the preceding claims, characterized in that on one or more of the upper guide elements (24 ') one or more sliding and / or positioning means are designed for attaching and / or positioning a attachment element.

13. Frame according to one of the preceding claims, characterized in that at the one or more sliding and / or positioning means at least one angle element (43) can be arranged.

14. Frame according to one of the preceding claims, characterized in that on one or more of the upper guide elements (24, 24 ', 24 ", 25a, 25b), sliding guide means are formed, on which a cover strip (35) guided displaceably with corresponding sliding guide means is.

15. Frame according to claim 14, characterized in that the upper guide elements (24, 24 ', 24 ", 25a, 25b) webs, the first and / or second sliding guide means (36, 37, 39) form.

1 6. Frame according to one of the preceding claims, characterized in that in the region of the lower slide guides (S2, S3) two different types of lower guide elements (25a, b) between the inner shell (10) and the outer shell (1 1) are distributed of which are associated with one of the first lower sliding guide (S2) and of which the others of the second sliding guide (S2) are associated.

17. Frame according to one of the preceding claims, characterized in that the one type of lower guide elements (25b) is fixed to the inner shell (10) and on the outer shell (1 1) is displaceably guided and that the other type of lower guide elements (25 25 a) on the outer shell (1 1) is fixed and on the inner shell (10) is displaceably guided.

18. Frame according to one of the preceding claims, characterized in that at least one type of lower guide means (25a) in a front and / or rear end portion of the frame respectively between the inner shell (10) and the outer shell (1 1) are arranged and secure them in the one or more end portions against pulling.

19. Frame according to one of the preceding claims, characterized in that the outer shell (1 1) and / or the inner shell (10) of one or more steel elements, in particular steel sheets are formed.

20. Frame according to one of the preceding claims, characterized in that one or more guide grooves on the outer shell (1 1) and / or the inner shell (10) are formed by a bending process on the steel sheets.

21. Frame according to one of the preceding claims, characterized in that the guide elements (24, 24 ', 24 ", 25a, 25b) are made of plastic, in particular fiber-reinforced plastic.

22, frame (1) according to one or more of the preceding claims, characterized in that the inner shell (10) and / or the outer shell (1 1) together form a substantially rectangular in cross-section body whose maximum width B less than 15 mm is.

23, frame (1) according to one or more of the preceding claims, characterized in that the outer shell (1 1) and the inner shell (10) with the at least two sliding guides (S1, S2, S3) are limited relative to each other displaceably guided.

24. Drawer for furniture with one or more frames according to one of the preceding claims.