Pull-out system

Abstract

Pull-out system for installation in a furniture body (200), with a linear pull-out (30) and at least one first frame wall (10a, 10b), wherein the linear extension (30) comprises a support element (40) and a left and a right guide element (32a, 32b) for guiding the support element, wherein the first frame wall (10a) can be positioned parallel to the extension direction of the linear extension (30) between carcass side walls (210) of the furniture carcass (200) at a distance from the carcass side walls (210) on a floor (220) of the furniture carcass (200), wherein one of the guide elements (32a, 32b) is connectable to the first frame wall (10a), and wherein in at least one of the front and rear end regions of the first frame wall (10a, 10b), the first frame wall (10a, 10b) comprises a cheek (12a, 12a') extending at right angles to the extension direction of the linear extension (30), which at its lower end merges into a cheek support region (14a', 14a'') angled inwards at right angles for supporting the cheek on the base side.

Description

[0001] The present invention relates to a pull-out system for installation in a furniture body, with a linear pull-out which comprises a support element and a left and a right guide element for guiding the support element.

[0002] There are pull-out systems in which guide elements are arranged on the side walls of a furniture body and connected to it. In conventional furniture pull-outs, a front panel of the furniture is part of the pull-out.

[0003] The object of the invention is to create a pull-out system for installation in a furniture body, which enables a particularly compact construction, in which, in addition to the furniture pull-out, there is still space available in the furniture body, for example for a water purifier.

[0004] This object is achieved according to the invention by a pull-out system for installation in a furniture carcass, with a linear pull-out and at least one first frame wall, wherein the linear pull-out comprises a support element and a left and a right guide element for guiding the support element, wherein the first frame wall can be set up parallel to the pull-out direction of the linear pull-out between carcass side walls of the furniture carcass at a distance from the carcass side walls on a floor of the furniture carcass, wherein one of the guide elements can be connected to the first frame wall, and wherein in at least one of the front and rear end regions of the first frame wall, the first frame wall comprises a cheek which extends at right angles to the pull-out direction of the linear pull-out and which, at its lower end, merges into a cheek support region which is angled inwards at right angles for supporting the cheek on the floor.

[0005] The first frame wall can thus form a lateral closure for the pull-out system. Thanks to the side panel extending perpendicular to the extension direction of the linear drawer and the support area of ​​the frame wall angled inward from the side panel, the frame wall allows for stable placement of the frame wall on the floor of the furniture body, preventing it from tipping sideways or twisting / bending.

[0006] The cheek stiffens the first frame wall. The linear extension can therefore be stably supported, for example, when a support element is loaded with heavy containers, even when the extension system is cantilevered and has a first and a second frame wall. The cheek can be supported directly on the floor of the furniture carcass with the cheek support area, for example, or the cheek can be supported indirectly on the floor of the furniture carcass with the cheek support area, for example via a floor support area of ​​a side area of ​​the first frame wall. The cheek support area can, for example, be connected to the floor of the furniture carcass. In the case of a first frame wall made of sheet metal, for example, the cheek and the cheek support area angled inwards from the cheek can each be produced by folding or edging the sheet metal.For a first frame wall manufactured, for example, in the form of a molded plastic part, the frame wall, including the cheek and the cheek support area, can be molded in one piece from plastic. The directions perpendicular to the extension direction of the linear extension can also be referred to as directions perpendicular to the main surface of the first frame wall.

[0007] The other of the guide elements can, for example, be connectable to a carcass side wall of the furniture carcass and / or a second frame wall of the pull-out system. For example, the pull-out system can comprise a (the first) frame wall on only one side, and the other of the guide elements can be connectable to a carcass side wall of the furniture carcass. The other guide element can, for example, be connectable to the carcass side wall of the furniture carcass directly or via a spacer, such as a spacer strip. However, the pull-out system can also comprise the first frame wall and a second frame wall, wherein both frame walls can be positioned on the floor of the furniture carcass at a distance from the carcass side walls. The pull-out system can therefore be installed free-standing in a furniture carcass.

[0008] Advantageous embodiments are specified below and in the subclaims.

[0009] The pull-out system can be designed, in particular, for installation in a furniture body behind a front panel of the furniture body. The linear pull-out system can, for example, comprise a front panel for placement behind a front panel of the furniture body.

[0010] The first frame wall can, in particular, form a side panel of the pull-out system. The guide element, which can be connected to the first frame wall, is configured to guide the support element on the first frame wall. The support element is held extendably by the left and right guide elements, for example, on the first frame wall and a cabinet side wall of the furniture body or, for example, on the first frame wall and a second frame wall of the pull-out system. The guide elements are connected to the support element.

[0011] Preferably, the cheek extending at right angles to the extension direction of the linear extension is firmly connected at right angles to the cheek support area.

[0012] The frame wall can also be referred to as the side part of the pull-out system.

[0013] In preferred embodiments, the first frame wall, between its front and rear end regions, transitions at its lower end into a floor support region angled inward at a right angle for supporting the first frame wall at the floor. This increases the dimensional stability of the first frame wall.

[0014] For example, the first frame wall can be made of sheet metal, wherein the cheek is designed as a rebate area bent at a right angle, and wherein the cheek support area is designed as a further rebate area bent at a right angle from the cheek.

[0015] The cheek support area or the respective cheek support area can, for example, be designed to at least partially overlap with the floor support area.

[0016] For example, the first frame wall can be made of sheet metal, and the floor support area can be formed as a rectangularly bent lower rebate area. The first frame wall can also be designed as a molded plastic part, and the cheek support area or respective cheek support area can be designed, for example, with the floor support area as a (common) surface element. For example, the cheek support area or respective cheek support area can be identical to the floor support area.

[0017] Preferably, the first frame wall is firmly connected at right angles to the ground support portion at its lower end between its front and rear end portions.

[0018] In embodiments, the side support area and / or the floor support area (if present) has at least one respective fastening recess for force-fitting the first frame wall to the floor of the furniture body. The fastening recess can, for example, be configured for screwing the first frame wall to the floor of the furniture body. The side support area and / or the floor support area can thus be firmly connected, e.g., screwed, to the floor of the furniture body.

[0019] In embodiments, the cheek support region has a fastening recess for force-fitting the first frame wall to the floor of the first furniture body, and the floor support region has at least one fastening recess overlapping the fastening recess of the cheek support region for force-fitting the first frame wall to the floor of the furniture body. The overlapping fastening recesses enable a particularly torsion-resistant fastening of the first frame wall to the floor of the furniture body.

[0020] In embodiments, both in the front end region and in the rear end region of the first frame wall, the first frame wall comprises a cheek extending at right angles to the extension direction of the linear extension, which at its lower end merges into a cheek support region angled inwards at a right angle for supporting the cheek on the base. In particular, a front half of the first frame wall can be mirror-symmetrical to a rear half of the first frame wall. This is particularly advantageous because the first frame wall can then be arranged optionally on the left or right side of the linear extension and can accordingly be connected optionally to the left guide element or the right guide element. The first frame wall is then designed symmetrically with respect to a vertical center plane of the first frame wall.In an embodiment with the first frame wall and the second frame wall, the second frame wall is preferably designed or shaped similarly or identically to the first frame wall.

[0021] In embodiments, the pull-out system comprises a top cover configured to rest on the first frame wall. The cover can, for example, be a cover for covering the linear pull-out. The top cover can, for example, be made of plastic and / or metal.

[0022] In embodiments, the first frame wall comprises a horizontally extending headrest area in its upper edge region for supporting the top cover. The headrest area can, for example, be angled inward at a right angle. For example, in a first frame wall made of sheet metal, the headrest area can be formed by folding the frame wall.

[0023] In embodiments, the headrest area comprises at least one locking contour for force-fitting and / or form-fitting locking of the cover against displacement in the extension direction of the linear extension. The top cover can, for example, be designed to be detachably mounted on the first frame wall.

[0024] In some embodiments, the support element has at least one recess into which a respective container with outwardly projecting upper edges can be suspended. The recess is an opening and has a substantially rectangular cross-section. The containers can be, for example, collection containers, in particular laundry baskets or waste bins or the like.

[0025] The respective guide element can, in particular, comprise a stationary rail and a rail that moves with the support element. The linear extension can comprise a left and a right frame, on which the support element is held by the guide elements. The support element can be a suspension frame having at least one recess. The support element can be designed as a drawer. The support element can comprise the frames.

[0026] The cheek can be multi-part and can have a cheek section (e.g. in the form of a fold in the frame wall) at a height at which the guide element in question can be connected to the first frame wall. The cheek section or fold can cover part of the guide element at the front. A lower part of the first frame wall, to which the cheek or the lower part of the cheek is attached, can have a reduced length (in the extension direction) compared to an upper part of the first frame wall, to which the guide element in question can be connected to the frame wall. This enables a compact design while at the same time providing good lateral coverage of the guide element. The first frame wall can be designed to cover the guide element in question laterally, in particular over the entire length of the guide element when retracted.

[0027] The following examples are explained in more detail using the drawings. They show: Fig. 1a a side view of a frame wall of the pull-out system according to an embodiment; Fig. 1b a plan view of the frame wall according to the embodiment; Fig. 2 a perspective side view of the frame wall according to the embodiment; Fig. 3 a perspective side view of a pull-out system with a cover according to an embodiment; Fig. 4 a perspective side view of a pull-out system with two frame walls and a cover according to an embodiment.

[0028] In the figures, identical or corresponding elements are identified by the same reference numerals.

[0029] The Fig. 1a shows a frame wall 10a of a pull-out system 100 according to an embodiment in a side view, Fig. 1b in a plan view, and Fig. 2 in a perspective view. The frame wall 10a is made of sheet metal and is mirror-symmetrical to the plane of symmetry A (center plane). The frame wall 10a has a plurality of recesses 20, which are arranged substantially horizontally in an upper region of the frame wall 10a. The recesses 20 are used to connect a linear extension 30 ( Fig. 3) with the frame wall 10a. In the lateral end regions of the frame wall 10a, which, when the extension system 100 is installed, correspond to the front and rear end regions of a lower part of the frame wall 10a, cheeks 12a, 12a' each extend at right angles to the extension direction R of the linear extension 30. At the lower ends of the cheeks 12a, 12a', these transition into a cheek support region 14a', 14a'' angled inward at a right angle for supporting the cheek on the floor. The frame wall 10a transitions between its front and rear end regions at its lower end into a floor support region 14a angled inward at a right angle for supporting the first frame wall 10a on the floor. Fig. 2 shows a fold 12a''' as a separate part of the respective cheek 12a, 12a' in the upper area of ​​the respective cheek 12a, 12a'.

[0030] As in the Fig. 1b and Fig. 2, the cheek support areas 14a', 14a'' each have a fastening recess 18', 18'' for the force-fitting connection of the first frame wall 10a to the floor 220 of the furniture body 200 ( Fig. 3). The base support area 14a has a plurality of fastening recesses 18 for force-fitting the first frame wall 10a to the base 220 of the furniture body 200. The side support areas 14a', 14a'' and the base support area 14a form overlapping support areas 16a, 16a'. In other words, the side support areas 14a', 14a'' and the base support area 14a lie at least partially above one another. The fastening recesses 18', 18'' of the side support areas 14a', 14a'' overlap with a respective fastening recess 18 of the base support area 14a.

[0031] The frame wall 10a comprises in its upper edge region a horizontally extending headrest region 22a for supporting an upper cover 50. The headrest region 22a comprises at least one locking contour 24 (here in the form of a recess) for non-positively and / or positively locking the cover 50 against displacement in the extension direction of the linear extension 30. For this purpose, the cover 50 engages in the locking contour 24 with a locking projection 50a on the underside.

[0032] The Fig. 3 shows a perspective side view of a pull-out system 100 with a cover device 50 according to one embodiment. The pull-out system 100 comprises a first frame wall 10a, which is arranged on the floor 220 of the furniture body 200 at a distance from the right-hand carcass side wall (not shown in the figure) and at a distance from the left-hand carcass side wall 210. The frame wall 10a is screwed to the floor 220 of the furniture body 200 at the fastening recesses 18 of the floor support area 14a and at the fastening recesses 18', 18'' of the side support areas 14a', 14a'', which overlap with the fastening recesses 18. The right-hand guide element 32a of the linear pull-out 30 is screwed to the frame wall 10a at the recesses 20. The left guide element 32b of the linear extension 30 is screwed to the left cabinet side wall 210 of the furniture body 200. A spacer element 36 is arranged between the left guide element 32b and the cabinet side wall 210.The linear extension 30 comprises a support element 40. The guide elements 32a, 32b are designed to guide the support element 40. The support element 40 has a recess 42 into which a container 60 with outwardly projecting upper edges is suspended. The guide elements 32a, 32b comprise respective adapter elements 44 arranged on the front sides. The adapter elements 44 are designed for positive and / or non-positive connection to a front panel 70, which is shown in dashed lines in FIG. Fig. 3. The pull-out system 100 comprises a top cover 50. The cover 50 comprises a plurality of cover elements 52, which are connected by laterally arranged edge elements 54a, 54b. The right edge element 54a rests on the headrest area 22a of the frame wall 10a and engages the locking contour 24 with a locking projection 50a on the bottom.

[0033] The Fig. Figure 4 shows a perspective side view of a pull-out system 100 with two frame walls 10a, 10b and a cover device 50 according to an embodiment. This example differs from the example of Fig. 3 in that the second frame wall 10b is present and no spacer element 36 is provided. Otherwise, the components are according to the example of Fig. 3. The frame walls 10a, 10b are constructed identically to each other and correspond to the example of Fig. 1a, Fig. 1b, Fig. 2 and Fig. 3. The frame walls 10a, 10b are connected to the floor 220 of the furniture body 200 at the fastening recesses 18 of the respective floor support area 14a, 14b and at the fastening recesses 18', 18'' of the respective cheek support areas 14a', 14a'', 14b', 14b'' overlapping with the fastening recesses 18. The first, right frame wall 10a is, as in Fig.3, arranged at a distance from the cabinet side walls. The second, left frame wall 10b is arranged adjacent to the cabinet side wall 210. The right guide element 32a of the linear extension 30 is screwed to the right frame wall 10a at the respective recesses 20 of the frame wall 10a. The left guide element 32b of the linear extension 30 is screwed to the left frame wall 10b and the cabinet side wall 210 at the respective recesses 20 of the frame wall 10b. In a variant of the example, the left frame wall 10b can be installed freestanding (spaced from both cabinet side walls) in the same way as the right frame wall 10a.

Claims

[1] Pull-out system for installation in a furniture body (200), with a linear pull-out (30) and at least one first frame wall (10a, 10b), wherein the linear extension (30) comprises a support element (40) and a left and a right guide element (32a, 32b) for guiding the support element, wherein the first frame wall (10a) can be positioned parallel to the extension direction of the linear extension (30) between carcass side walls (210) of the furniture carcass (200) at a distance from the carcass side walls (210) on a floor (220) of the furniture carcass (200), wherein one of the guide elements (32a, 32b) is connectable to the first frame wall (10a), and wherein in at least one of the front and rear end regions of the first frame wall (10a, 10b), the first frame wall (10a, 10b) comprises a cheek (12a, 12a') extending at right angles to the extension direction of the linear extension (30), which at its lower end merges into a cheek support region (14a', 14a'') angled inwards at right angles for supporting the cheek on the base side. [2] Pull-out system according to claim 1, wherein the first frame wall (10a, 10b) merges between its front and rear end regions at its lower end into a floor support region (14a) angled inwards at a right angle for supporting the first frame wall (10a, 10b) on the floor. [3] Pull-out system according to claim 1 or 2, wherein the cheek support area (14a, 14a') and / or the floor support area (14a) has at least one respective fastening recess (18', 18'', 18) for the force-fitting connection of the first frame wall (10a) to the floor (220) of the furniture body (200). [4] Pull-out system according to claim 2, wherein the cheek support region (14a', 14a'') has a fastening recess (18', 18'') for the force-fitting connection of the first frame wall (10a) to the floor (220) of the furniture body (200) and the floor support region (14a) has at least one fastening recess (18) overlapping the fastening recess (18', 18'') of the cheek support region (14a', 14a'') for the force-fitting connection of the first frame wall (10a) to the floor (220) of the furniture body (200). [5] Pull-out system according to one of the preceding claims, wherein both in the front end region and in the rear end region of the first frame wall (10a, 10b), the first frame wall (10a, 10b) comprises a cheek (12a, 12a') extending at right angles to the pull-out direction of the linear pull-out (30), which at its lower end merges into a cheek support region (14a', 14a'') angled inwards at right angles for supporting the cheek on the floor. [6] Pull-out system according to one of the preceding claims, wherein a front half of the first frame wall (10a, 10b) is formed mirror-symmetrically to a rear half of the first frame wall (10a, 10b). [7] Pull-out system according to one of the preceding claims, wherein the pull-out system (100) comprises a top cover (50) which is arranged to be supported on the first frame wall (10a, 10b). [8] Pull-out system according to claim 7, wherein the first frame wall (10a, 10b) comprises in its upper edge region a horizontally extending head support region (22a) for supporting the top cover (50). [9] Pull-out system according to claim 7 or 8, wherein the headrest area (22a) comprises at least one locking contour (24) for non-positively and / or positively locking the cover (50) against displacement in the pull-out direction of the linear pull-out (30). [10] Pull-out system according to one of the preceding claims, wherein the support element (40) has at least one recess (42) into which a respective container (60) with outwardly projecting upper edges can be suspended. [11] Pull-out system according to one of claims 1 to 10, wherein the first frame wall (10a, 10b) is made of sheet metal. [12] Pull-out system according to one of claims 1 to 10, wherein the first frame wall (10a, 10b) is made of plastic. [13] Pull-out system according to one of the preceding claims, wherein the pull-out system (100) comprises a second frame wall (10b) which is of the same type or identical to the first frame wall (10a).

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