EP3804564B1 - Pull-out device for a corner cabinet - Google Patents

Description

background

The present invention relates to a pull-out device for a corner cupboard. Corner cabinet slides are used to provide better access to the storage space located in the corner of a corner cabinet.

State of the art

From the document EP 1 591 039 B1 , the document EP 1050246 A2 or the document DE 19514009 A1 a corner cupboard pull-out device is known. The corner cupboard pull-out device has an outer built-in part and an inner built-in part, which have storage compartments. The outer fitting can be pulled out and swung out to allow access to the inner fitting for removal or storage of items. When the outer built-in part is pulled out and swiveled out, the inner built-in part can be moved horizontally from the corner area into the position of the outer built-in part along a guide rail attached to the rear wall of the corner cabinet. In addition, each storage compartment of the inner built-in part can have a guide rail that makes it possible to pull these storage compartments out of the cabinet body as well.

A disadvantage of this solution is the guide arrangement on the rear wall of the corner cupboard, the assembly of which is relatively complex. In addition, according to this solution, it is necessary to complete the pull-out movement and the pivoting movement of the outer built-in part before the sliding movement and, if necessary, the pull-out movement of the individual storage compartments of the inner built-in part can take place. In addition, the rear walls of corner cabinets are often not designed as load-bearing walls, so that an attachment to the floor or the side walls must also be provided in order to stabilize the guide arrangement for the dead weight of the storage compartments and the load in such a way that the storage compartments cannot be tilted or tilted load can be avoided with certainty.

There are therefore solutions have become known in which the outer and inner mounting part are formed in one piece, which for example in the EP1925237 A2 is shown. According to this solution, the built-in element consisting of the outer and inner built-in parts is pulled out and swiveled out together. The built-in element is moved along a guide rail attached to the bottom of the cabinet. The built-in element must therefore have a footprint that is designed in such a way that the built-in element can rotate and slide from a storage position to a removal position. For this purpose, the built-in element has a footprint on, which is essentially in the shape of an eight, with the result that a not inconsiderable part of the storage space in the corner area cannot be used.

object of the invention

The object of the invention is to develop a pull-out device which, on the one hand, enables the best possible utilization of the installation area and, at the same time, makes it possible to improve accessibility to the storage compartments of the inner installation part. The pull-out device should also be easy to install in a corner cupboard. The pull-out device should be usable for any height dimensions or width dimensions of the corner cabinet.

Description of the invention

The object of the invention is achieved by a pull-out device according to claim 1 and a corner cupboard according to claim 14. Advantageous exemplary embodiments of the pull-out device are the subject of claims 2 to 13.

When the term "for example" is used in the following description, this term refers to exemplary embodiments and/or embodiments, which is not necessarily to be construed as a more preferred application of the teachings of the invention. Similarly, the terms "preferably", "preferred" should be understood as referring to one example from a set of exemplary embodiments and/or embodiments, which should not necessarily be construed as a preferred application of the teachings of the invention. Accordingly, the terms "for example," "preferably," or "preferred" may refer to a plurality of exemplary embodiments and/or embodiments.

The following detailed description contains various exemplary embodiments of the pull-out device according to the invention. The description of a specific pull-out device is to be considered as an example only. In the specification and claims, the terms "include", "comprise", "have" are interpreted as "including but not limited to".

A pull-out device for a corner cabinet comprises an inner storage element and an outer storage element for storing objects, the inner storage element being designed for positioning in a corner area of the corner cabinet and the outer storage element being designed for positioning in a storage area of the corner cabinet adjoining the corner area. The outer storage element can be displaced between a storage position and at least one removal position by means of a guide device. The inner tray member is pivotally connected to the outer tray member at a pivot such that the inner tray member is rotatable about the pivot about a vertical axis of rotation with respect to the outer tray member. The rotational movement of the inner storage element can be controlled by means of a control device. in a storage area of the corner cabinet to a removal position that is outside the storage area. The inner storage element can thus only be connected to the outer storage element via a rotary element arranged in the area of the pivot point. Any removal position can be set by means of the guide device. When the inner storage element is coupled to the outer storage element via the rotary element, the inner storage element is moved along with the outer storage element.

According to one embodiment, the control device includes a stationary cam. In other words, the cam is arranged on a cam base element which is intended for permanent installation in the corner cabinet. According to one exemplary embodiment, the cam is arranged in a stationary manner on the floor of the corner cabinet. According to one exemplary embodiment, the cam is fixedly arranged on a guide frame. The guide frame is fastened inside the corner cabinet, for example fastened to the bottom of the corner cabinet or its walls. According to the definition in claim 1, the guide rail is part of the guide device.

Guided movement of the inner storage element is ensured by a stationary cam. The cam can be mounted on a cam base which is attached to the bottom of the corner cabinet. According to one exemplary embodiment, the basic cam element comprises a cam for installation on the left-hand side in the corner cabinet and a mirrored cam for installation on the right-hand side in the corner cabinet.

According to one exemplary embodiment, the control cam can be arranged on the left-hand or right-hand side of the guide frame, depending on whether the storage position for the inner storage element is on the left or right-hand side of the storage position of the outer guide element.

In particular, the control cam for left-hand installation can be arranged opposite the control cam for right-hand installation on the opposite side of the cam basic element. With a mirror-symmetrical arrangement of the control curves on the opposite sides of the control curve basic element, only a single control curve basic element is required both for left-hand installation and for right-hand installation.

According to one exemplary embodiment, the control cam includes a first section with a first curvature and a second section with a second curvature. The curvature is selected in such a way that the inner storage element can be positioned in the corner area and can be guided out of the corner area for removing or storing objects. In this context, non-contact means that the inner storage element does not come into contact with a rear wall or a side wall of the corner cabinet. The only contact of the inner storage element is via the floor of the corner cabinet or the guide frame on which, according to this exemplary embodiment, the basic cam element is fastened.

In particular, the first section can be connected to the second section via a v-shaped or u-shaped connecting element. A turning point is formed by the V-shaped or U-shaped connecting element, at which a change in direction of a guide element guided along the cam takes place.

According to one exemplary embodiment, the control cam is designed as a guide channel in which a guide element can be displaced, with the guide element being arranged on the underside of the inner storage element. In particular, the distance A of the guide element from the edge of the inner storage element opposite the outer storage element in the removal position can amount to a maximum of 65% of the length L of the inner storage element. The length of the inner storage element corresponds to the edge length of the inner storage element. The length L of the inner storage element extends between the front side of the inner storage element opposite the rear side of the outer storage element and the rear side of the inner storage element facing the rear wall of the corner cabinet.

According to one exemplary embodiment, the guide element comprises at least one coupling element, which is slidably mounted in the guide channel and can be designed as a control cylinder. In particular, the coupling element can contain two control cylinders which are arranged at a predetermined distance from one another via a connecting element. The two control cylinders can in particular be arranged parallel to one another. The use of two control cylinders enables an even smoother movement. According to each of the preceding exemplary embodiments, the guide channel can be designed as an open channel.

According to one embodiment, the cam is designed as a guide rail. According to one embodiment, the guide rail is designed as a multi-part guide rail. According to one embodiment, the guide element contains a coupling element which has two rollers. The coupling element is designed in particular as a roller holder. The rollers can be arranged at a predetermined distance from one another. In particular, the rollers can be arranged parallel to one another, which means in particular that they have axes of rotation that run parallel to one another. The distance between the axes of rotation is in particular greater than each of the roller diameters, so that the rollers do not touch one another. The distance between the rollers corresponds in particular essentially to the wall thickness of the guide rail.

According to one embodiment, at least one of the inner and outer storage elements includes a plurality of storage compartments. The use of several storage compartments makes it possible, in particular, to store a number of objects whose height is less than half the height of the corner cabinet.

According to one embodiment, the outer or inner storage element comprises a first storage compartment and at least one second storage compartment. In particular, the first storage compartment can have a first Have base and the second storage compartment have a second base, wherein the first base is smaller than the second base.

For example, the rotating element can be designed as a pin element which is attached to the inner storage element. The pin member is intended to be received in a recess provided in the outer tray member. Alternatively, a pin element can be attached to the outer storage element. The pin member may be designed to be received in a recess located on the inner tray member. The recess or pin member may be on a tab that is pivotally connected to the outer or inner shelf member. The use of such a tab has the advantage that the side surface of the outer storage element and the side surface of the inner storage element can be arranged parallel to one another.

A corner cupboard includes a pull-out device according to one of the preceding exemplary embodiments.

An advantage of the pull-out device according to the invention lies in its improved accessibility, i.e. the user has improved access to the contents of the storage compartment or compartments. In addition, when using a guide device according to one of the exemplary embodiments, increased rigidity of the pull-out device can be obtained, which leads to increased dimensional stability of the storage compartment or compartments, so that it is ensured that the storage areas remain essentially horizontal, even when relatively heavy objects are placed on the storage areas are, for example, containers filled with liquids such as beverage bottles or the like.

A further advantage of the pull-out device according to the invention is that the pull-out device has fewer components, in particular because it can be used for left-hand and right-hand corner cabinets.

Brief description of the drawings

• Fig. 1a eine Ansicht einer Auszugvorrichtung nach einem ersten Ausführungsbeispiel,
• Fig. 1b einen horizontalen Schnitt durch einen Eckschrank enthaltend die Auszugvorrichtung nach dem ersten Ausführungsbeispiel im ausgezogenen Zustand.
• Fig. 1c einen horizontalen Schnitt durch einen Eckschrank enthaltend die Auszugvorrichtung nach dem ersten Ausführungsbeispiel im Einbauzustand.
• Fig. 2 eine vereinfachte Darstellung einer Auszugvorrichtung im ausgezogenen Zustand in der Draufsicht zum Zeitpunkt t0,
• Fig. 3 die Auszugvorrichtung gemäss Fig. 2 im teilweise ausgezogenen Zustand zum Zeitpunkt t1,
• Fig. 4 die Auszugvorrichtung gemäss Fig. 2 im teilweise ausgezogenen Zustand zum Zeitpunkt t2,
• Fig. 5 die Auszugvorrichtung gemäss Fig. 2 im teilweise ausgezogenen Zustand zum Zeitpunkt t3,
• Fig. 6 die Auszugvorrichtung gemäss Fig. 2 im Einbauzustand zum Zeitpunkt t4,
• Fig. 7 eine Variante für eine Steuervorrichtung,
• Fig. 8 eine Ansicht eines inneren Ablageelements,
• Fig. 9 ein Detail eines Führungselements gemäss einem ersten Ausführungsbeispiel,
• Fig. 10 ein Detail eines Führungselements gemäss einem zweiten Ausführungsbeispiel,
• Fig. 11 eine Ansicht einer Auszugvorrichtung nach einem zweiten Ausführungsbeispiel,
• Fig. 12 eine Ansicht der Auszugvorrichtung gemäss Fig. 11 von unten,
• Fig. 13 ein Detail des inneren Ablageelements,
• Fig. 14 eine weitere Ansicht des inneren Ablageelements gemäss Fig. 13,
• Fig. 15 ein Detail eines Drehelements,
• Fig. 16 ein Detail eines Führungselements nach einem dritten Ausführungsbeispiel,
• Fig. 17 eine Ansicht einer Auszugvorrichtung nach dem zweiten Ausführungsbeispiel teilweise ausgezogenen Zustand,
• Fig. 18 eine Ansicht einer Auszugvorrichtung nach dem zweiten Ausführungsbeispiel teilweise ausgezogenen Zustand,
• Fig. 19 eine erste Ansicht einer Auszugvorrichtung nach dem zweiten Ausführungsbeispiel im wenig ausgezogenen Zustand,
• Fig. 20 eine zweite Ansicht einer Auszugvorrichtung nach dem zweiten Ausführungsbeispiel im wenig ausgezogenen Zustand,
• Fig. 21 eine dritte Ansicht einer Auszugvorrichtung nach dem zweiten Ausführungsbeispiel im wenig ausgezogenen Zustand,
• Fig. 22 eine Ansicht einer Auszugvorrichtung nach dem zweiten Ausführungsbeispiel in der Lagerposition,
• Fig. 23 eine Explosionsdarstellung des äusseren Ablageelements,
• Fig. 24 ein Detail eines Führungselements nach einem vierten Ausführungsbeispiel in einer Ansicht von unten,
• Fig. 25 ein Detail eines Führungselements nach einem vierten Ausführungsbeispiel in einer seitlichen Ansicht,
• Fig. 26 das Gleitelement, welches in Fig. 24 oder Fig. 25 zum Einsatz kommt in einer ersten Ansicht,
• Fig. 27 das Gleitelement gemäss Fig. 26 in einer zweiten Ansicht.

The pull-out device according to the invention is presented below using a few exemplary embodiments. Show it

• Fig. 1a a view of a pull-out device according to a first embodiment,
• Fig. 1b a horizontal section through a corner cabinet containing the pull-out device according to the first embodiment in the extended state.
• 1c a horizontal section through a corner cabinet containing the pull-out device according to the first embodiment in the installed state.
• 2 a simplified representation of a pull-out device in the extended state in a plan view at time t0,
• 3 the pull-out device according to 2 in the partially extended state at time t1,
• 4 the pull-out device according to 2 in the partially extended state at time t2,
• figure 5 the pull-out device according to 2 in the partially extended state at time t3,
• 6 the pull-out device according to 2 in the installed state at time t4,
• 7 a variant for a control device,
• 8 a view of an inner storage element,
• 9 a detail of a guide element according to a first embodiment,
• 10 a detail of a guide element according to a second embodiment,
• 11 a view of a pull-out device according to a second embodiment,
• 12 a view of the pull-out device according to 11 from underneath,
• 13 a detail of the inner storage element,
• 14 another view of the inner storage element according to FIG 13 ,
• 15 a detail of a rotating element,
• 16 a detail of a guide element according to a third embodiment,
• 17 a view of a pull-out device according to the second embodiment partially extended state,
• 18 a view of a pull-out device according to the second embodiment partially extended state,
• 19 a first view of a pull-out device according to the second embodiment in the slightly extended state,
• 20 a second view of a pull-out device according to the second embodiment in the slightly extended state,
• 21 a third view of a pull-out device according to the second embodiment in the slightly extended state,
• 22 a view of a pull-out device according to the second embodiment in the storage position,
• 23 an exploded view of the outer storage element,
• 24 a detail of a guide element according to a fourth embodiment in a view from below,
• 25 a detail of a guide element according to a fourth embodiment in a side view,
• 26 the sliding element, which in 24 or 25 is used in a first view,
• 27 the sliding element according to 26 in a second view.

Detailed description of the drawings

Fig. 1a shows a pull-out device 10 for a corner cupboard 5. The corner cupboard 5 comprises a front wall 51, a rear wall 52, two side walls 55, 56, which delimit a floor 57. The corner cabinet has a ceiling 58 that 1 is only partially shown to allow a view of the interior of the corner cabinet. The pull-out device 10 comprises an inner storage element 1 and an outer storage element 2 for storing objects, the inner storage element 1 being designed for positioning in a corner area 6 of the corner cabinet 5 and the outer storage element 2 being designed for positioning in a storage area 7 adjoining the corner area 6 of the corner cabinet 5 is arranged. The outer storage element 2 can be displaced between a storage position 31 and at least one removal position 32, 33, 34, 35 by means of a guide device 4. The inner storage element 1 is rotatably connected to the outer storage element 2 at a pivot point 3 so that the inner storage element 1 is rotatable about the pivot point 3 about a vertical axis of rotation 40 in relation to the outer storage element 2 . The rotational movement of the inner storage element 1 can be controlled by means of a control device 8 .

According to the present exemplary embodiment, the inner storage element 1 contains a first storage compartment 11 and a second storage compartment 12 . The first storage compartment 11 is arranged above the second storage compartment 12 . Each first and second storage compartments 11, 12 has a substantially rectangular base. One of the corners of each of the first and second trays 11,12 has a curvature 28,29.

According to the present exemplary embodiment, the outer storage element 2 contains a first storage compartment 21, a second storage compartment 22, a third storage compartment 23 and a fourth storage compartment 24. The first storage compartment 21 is arranged above all the other storage compartments. That means the first Slot 21 is above all other slots. The first storage compartment 21 has a base area which consists essentially of two rectangular areas arranged in an L-shape relative to one another. The second storage compartment 22 is located below the first storage compartment 21 and has a rectangular base area in this exemplary embodiment. The third and fourth storage compartments 23 , 24 are arranged below the second storage compartment 22 . The third storage compartment has an essentially rectangular base area. The base of the third storage compartment 23 is larger than the base of the second storage compartment 22. The base of the fourth storage compartment 24 is below the base of the third storage compartment 23. The base of the fourth storage compartment 24 is smaller than the base of the third storage compartment 23. The third Storage compartment 23 and the fourth storage compartment 24 can be arranged on a common support frame. The support frame rests on the guide device 4, which is not visible in the present illustration. The arrangement and/or number of each of the storage compartments 21, 22, 23, 24 can be adjusted depending on the desired storage space.

Alternatively, only a single storage compartment 21 could be provided according to an embodiment that is not shown. Alternatively, two storage compartments could be provided which essentially have the same base area. Alternatively, three storage compartments could be provided which essentially have the same base area.

The installation height of the first and second storage compartments 21, 22 can vary. The installation height of the third storage compartment 23 can also vary. According to a variant that is not shown, the fourth storage compartment 24 can extend in particular over the maximum length and width of the support frame. For example, the fourth storage compartment 24 can be used to store flat objects with large dimensions in an upright or lying position, for example plate-shaped objects.

Fig. 1b shows a horizontal section through a corner cabinet 5 containing the pull-out device 10 according to the first embodiment in the extended state. The sectional plane is located between the second storage compartment 22 and the third storage compartment 23. The storage compartments that are arranged above the third storage compartment 23 are therefore not visible in this representation.

The inner storage element 1 and the outer storage element 2 are located as in Fig. 1a in front of the area formed by the front wall 51 of the corner cabinet 5. In this position, objects can be placed on the inner and outer storage element 1, 2 or objects can be removed from the inner and outer storage element 1, 2. One or more cabinet doors 53, 54 can be provided on the front wall 51. In the present illustration, the cabinet doors 53, 54 are shown in the open state.

At least the outer storage element 2 protrudes beyond each of the cabinet doors 53, 54, so that the removal or storage of objects on the storage compartments 21, 22, 23, 24 is particularly easy can, since in particular the storage compartments of the outer storage element 2 are accessible from several sides.

The corner cabinet 5 has a rear wall 52 which runs parallel to the front wall 51 .

1c shows a horizontal section through a corner cabinet 5 containing the pull-out device 10 according to the first embodiment in the installed state. The cutting plane is as in Fig. 1b between the second storage compartment 22 and the third storage compartment 23. Therefore, the storage compartments that are arranged above the third storage compartment 23 are not visible in this illustration.

The inner storage element 1 is designed for positioning in a corner area 6 of the corner cupboard 5 and the outer storage element 2 is arranged for positioning in a storage area 7 of the corner cupboard 5 adjoining the corner area 6 .

The front wall 51 also has two cabinet doors 53, 54, which are shown in the open position in the present illustration in order to reveal the position of the inner and outer storage elements 1, 2. The cabinet doors 53, 54 can also be closed, since the inner and outer storage elements 1, 2 are in the interior of the corner cabinet 5. The interior of the corner cabinet 5 is bounded by the front wall 51 containing the cabinet doors 53, 54 and the rear wall 52 and two side walls 55, 56 extending between the front wall 51 and the rear wall 52. The front wall 51, the rear wall 52, and the two side walls 55, 56 form the perimeter of the corner cabinet 5 from. The corner cabinet 5 can have a floor 57 and a ceiling that 1c is not visible because it is above the cutting plane. The bottom 57 is covered by the inner storage element 1, in Fig. 1b the bottom 57 is partially visible.

2 shows a simplified representation of a pull-out device 10 in the pulled-out state in plan view at time t0.

The pull-out device 10 comprises an inner storage element 1 and an outer storage element 2 for storing objects, the inner storage element 1 being designed for positioning in a corner area 6 of the corner cabinet 5 and the outer storage element 2 being designed for positioning in a storage area 7 adjoining the corner area 6 of the corner cabinet 5 is arranged. The corner area 6 and the storage area 7 form the interior of the corner cabinet 5 . The corner cabinet 5 can, as in connection with Fig. 1a , Fig. 1b, Fig. 1c already described, a front wall 51, a rear wall 52, a first and second side wall 55, 56, a floor 57 and a ceiling. The ceiling is in 2 not visible because it has been omitted from the illustration to provide a view of the interior of the corner cabinet 5. The outer storage element 2 is by means of a guide device 4 between a storage position 31, which is in 6 is shown, and at least one removal position 32, 33, 34, 35 movable, which in the Figures 2 to 5 is visible. The Figures 2 to 5 thus show the position of the pull-out device 10 at different points in time.

The points in time are referred to below as t0, t1, t2, t3, t4. At time t0, the pull-out device 10 is in the in 2 shown position. At time t1, the pull-out device 10 is in the in 3 shown position. At time t2, the pull-out device 10 is in the in 4 shown position. At time t3, the pull-out device 10 is in the in figure 5 shown position. At time t4, the pull-out device 10 is in the in 6 shown position. Here it is valid that t4>t3, t3>t2, t2>t1, t1>t0.

In the 2 The position of the pull-out device 10 shown at time t0 corresponds to the removal position 32. The guide device 4, shown schematically by two guide rails running parallel to one another, is in the extended state, which means that the outer storage element 2 is at the greatest possible distance or a very large distance from the Rear wall 52 of the corner cabinet 5 occupies. The outer storage element 2 is located outside of the storage area 7. The inner storage element 1 can also be located partially, as in the present illustration, or even completely outside of the storage area 7.

The guide device 4 can contain several telescopically displaceable guide rails, in particular 2 to 4 guide rails can be telescopically pulled apart or pushed together. The outer storage element 4 can thus be displaced by means of the guide device 4 . The storage element 4 is thus attached to a first end of the guide device. The guide device 4 is fixed at a second end in the corner cabinet. According to the present exemplary embodiment, the guide device 4 is fastened in the storage area 7 of the corner cabinet 5. For example, the guide device 4 can be fastened to the floor of the storage area 7. According to an exemplary embodiment that is not shown, the guide device 4 can be fastened to a wall of the corner cabinet 5, for example to one of the side walls or the rear wall.

The guide device 4 can contain a so-called over-extension. If a guide device 4 contains an over-extension, both the outer storage element 2 and the inner storage element 1 can be arranged outside of the storage area 7 . The inner storage element 1 has a side surface 14 which runs essentially parallel to the intermediate wall 9 of the storage area 7 . The intermediate wall 9 can also be designed as a side wall 56, as in Fig. 1a , 1b or 1c is shown. The inner storage element 1 has at least one front side 15 which runs essentially parallel to the rear side 25 of the outer storage element 2 . A spacer 16 may be attached to the front 15 so that a gap between the front 15 and the back 25 remains. The spacer 16 may contain a contact element which establishes contact between the outer storage element 2 and inner storage element 1 as long as the inner storage element 1 is not in relation to the outer Storage element 2 is pivoted. For example, the contact element can include a magnetic element. The contact element can also contain a snap mechanism.

The inner storage element 1 is rotatably connected to the outer storage element 2 at a pivot point 3, so that the inner storage element 1 is rotatable about the pivot point 3 about a vertical axis of rotation in relation to the outer storage element 2, the rotational movement of the inner storage element 1 being controlled by a control device 8 is controllable. A rotary element 30 can be located at the pivot point 3 . The inner storage element 1 is thus connected to the outer storage element 2 only via the rotating element 30 arranged at the pivot point 3 . Any removal position can be set by means of the guide device 4 . Since the inner storage element 1 is coupled to the outer storage element 2 via the rotating element 30 , the inner storage element 1 is moved along with the outer storage element 2 . In particular, the inner storage element 1 cannot be connected to the guide device 4 .

The inner storage element 1 can be separable from the outer storage element 2 . For example, the fulcrum 3 can have a rotary element 30, which can contain a detachable connection or be designed as a detachable connection. The inner storage element 1 can therefore be removed from the pull-out device when the outer storage element 2 is in the removal position 32 according to FIG 2 is located or a removal position, not shown, in which the inner storage element 2 is located completely outside of the storage area 7 .

According to the present exemplary embodiment, the control device 8 includes a control cam. The cam can be mounted on a cam base element 83, which is designed for a cam for left-side installation in the corner cabinet 5 and a mirrored cam for right-side installation in the corner cabinet. For example, the control device 8, as in 7 shown, each have a cam on the top and bottom.

The control curve can be arranged in a stationary manner on the floor of the corner cabinet 5 .

The control device 8 is screwed into the ground, for example, by means of a screw connection; alternatively, an adhesive connection or attachment by means of at least one nail or rivet would be possible.

According to the present exemplary embodiment, the cam includes a first section 81 with a first curvature and a second section 82 with a second curvature. According to this exemplary embodiment, the control curve is formed by a guide channel for a guide element 13 for the inner storage element 1 . The first section 81 is connected to the second section 82 via a connecting element 85 . According to the present exemplary embodiment, the connecting element 85 is v-shaped. The guide channel can thus be designed as an open channel in which the guide element 13 can be moved.

The guide element 13 is arranged on the underside of the inner storage element 1 . According to the present exemplary embodiment, the guide element 13 is located in the vicinity of the side surface 14 or directly adjacent to the side surface 14 of the inner storage element 1. The distance A of the guide element 13 from the front side 15 of the inner storage element 1 opposite the outer storage element 2 is at most half the length L of the inner storage element 1, which in 8 is shown.

3 shows the pull-out device 10 according to FIG 2 in a partially extended position at time t1. In contrast to the in 2 In the removal position 32 shown, only the outer storage element 2 is still easily accessible in the removal position 33 for the removal or positioning of objects. The inner shelf element 1 is pivoted in relation to the outer shelf element 2 through an angle which is between 30 degrees and 45 degrees. The outer storage element 2 is displaced in the direction of the storage area 7, the guide element 13 of the inner storage element 1 coming into engagement with the guide channel of the cam. The guide element 13 is thus guided in this guide channel in the cam. It's in 3 in the second section 82 of the cam.

The inner storage element 1 is pivoted about a pivot point 3 in relation to the outer storage element 2 . A vertical axis of rotation runs through the fulcrum 3 . A rotary element 30 can be located at the fulcrum. The rotating element 30 can be formed by a pin element which is connected to one of the storage elements or is part of one of the storage elements. The pin element can be accommodated in a recess of the respective other storage element. According to the present exemplary embodiment, the inner storage element 1 can be pivoted in relation to the outer storage element 2 by means of the rotary element 30 about the axis of rotation running through the pivot point 3 .

The pivoting movement of the inner storage element 1 is determined by the course of the cam.

4 shows the pull-out device according to 2 in a partially extended position at time t2. In contrast to the in 3 In the removal position 33 shown, the outer storage element 2 is already partially pushed into the storage area 7 in the removal position 34 . The inner storage element 1 is located almost entirely in the corner area 6 of the corner cabinet. The outer storage element 2 is still accessible for removing or positioning objects. The inner shelf member 1 is pivoted with respect to the outer shelf member 2 through an angle which is approximately 90 degrees. This means that the front side 15 of the inner storage element 1 encloses an angle of approximately 90 degrees with the rear side 25 of the outer storage element 2 .

The outer storage element 2 is thus partially located in the storage area 7. The guide element 13 of the inner storage element 1 moves in the second section 82 of the open channel of the control cam of the control device 8 when the outer storage element 2 is displaced towards the storage position, i.e. in moved to storage area 7. For the sake of simplicity, only the cam with its first section 81, the second section 82 and the connecting element 85 arranged between the first and second section 81, 82 is shown of the control device 8; the basic cam element is omitted in the present illustration.

figure 5 shows the pull-out device according to 2 in a partially extended position at time t3. At this point in time t3, the guide element 13 has already passed the connecting element 85 between the first section 81 and the second section 82 of the cam. For this purpose, the outer storage element 2 was pushed further into the storage area 7, as a result of which the pivot point 3 also moves in the direction of the rear wall of the corner cupboard 5 and the pivoting movement of the inner storage element 1 continues. The back 25 of the outer storage element 2 and the front 15 of the inner storage element 1 thus enclose an obtuse angle which, according to the present illustration, can be between 100 and 150 degrees. How out figure 5 can be removed, the corners of the inner shelf element 1 come close to the inner walls of the corner area 6 of the corner cabinet 5 in this position.

.However, the control device 8 and the inner storage element 1 are designed in such a way that no one of the inner walls of the corner cabinet 5 can be touched by the inner storage element 1 during this movement phase. If the edge lengths of the side surface 14 and the front side 15 of the inner storage element 1 are of the same length and, as in FIG 8 shown, have the length L and form an angle of 90 degrees with one another, the width b of the corner region 6 is greater than $2*\mathrm{L}/\sqrt{2}$

.

6 shows the pull-out device 10 according to FIG 2 in the installed state in the storage position 31 at time t4. The outer storage element 2 is completely accommodated in the storage area 7, the inner storage element 1 is located in the corner area 6. In this position, the front side 15 and the rear side 25 run essentially parallel to one another, but are no longer opposite one another. The front 15 and the back 25 thus enclose an angle of approximately 180 degrees to one another. This means that the inner shelf element 1 has been pivoted through an angle of substantially 180 degrees about the pivot point 3 in relation to the outer shelf element 2 . The side surface 14 lies essentially parallel to the side surface 26 of the outer storage element 2.

9 13 shows a guide element 13 according to one of the preceding exemplary embodiments, which comprises a control cylinder 36 slidably mounted in the guide channel of the control device 8 . The The open channel shown may be visible through a section along a vertical section plane through first section 81 or second section 82 . A corresponding open channel is located opposite the open channel of section 81,82. This open channel is used for a corner cabinet, the corner area of which is shown in accordance with Figures 2 to 6 would be located to the left of storage area 7. The guide element 13 also includes a holding element 37 by means of which the guide element is held in a recess of the inner storage element 1 . The holding element 37 can be held in the recess by means of a securing element 38 so that the guide element 13 cannot fall out of the recess in the event of impacts.

10 shows a further variant for a guide element 13 according to one of the preceding exemplary embodiments, the guide element 13 comprising two control cylinders 36 slidably mounted in the guide channel of the control device 8 . The open channel shown is shown in this figure as a section along a vertical section plane through the connecting element 85, which connects the first section 81 to the second section 82 of the cam designed as an open channel. A corresponding open channel is arranged opposite the open channel of the connecting element 85 or of the sections 81, 82 adjoining it. This additional open channel is used for a corner cabinet, the corner area of which is shown in accordance with Figures 2 to 6 would be located to the left of storage area 7. The guide element 13 also includes a holding element 37 by means of which the guide element is held in a recess of the inner storage element 1 . The holding element 37 can be held in the recess by means of a securing element 38 so that the guide element 13 cannot fall out of the recess in the event of impacts. The securing element 38 can also be designed as a coupling element which surrounds the two control cylinders 36 which are slidably mounted in the open channel and which are arranged at a predetermined distance from one another by means of the coupling element. The use of two or more control cylinders 36 enables a smoother movement.

Additionally, the retaining or securing member 38 may include a spring member which applies a restoring force to the steering cylinders 36 to better guide them in their path in the open channel. The orientation of the guide element 13 can change in the area of the connecting element 85 because a rotary movement of the guide element 13 takes place, which results in the rear control cylinder in the second section 82 becoming the front control cylinder in the first section 81, i.e. the sequence of the control cylinders 36 changes with respect to the direction of movement.

11 shows a pull-out device 10 for a corner cabinet according to a second embodiment. The corner cabinet is not shown in the present illustration. The pull-out device 10 comprises an inner storage element 1 and an outer storage element 2 for Storage of objects, the inner storage element 1 being designed for positioning in a corner area of the corner cupboard and the outer storage element 2 being arranged for positioning in a storage area of the corner cupboard adjoining the corner area. The outer storage element 2 can be displaced between a storage position 31 and at least one removal position 32, 33, 34, 35 by means of a guide device 4. In 11 the removal position 32 is shown. In this removal position 32, both the storage compartments of the inner storage element 1 and the storage compartments of the outer storage element 2 are accessible in the best possible way. This removal position 32 corresponds to that in 2 shown removal position. The removal position 32 is obtained when the pull-out device 10 is in the position of maximum pull-out.

The inner storage element 1 is rotatably connected to the outer storage element 2 at a pivot point 3 by means of a rotary element 70, so that the inner storage element 1 is rotatable about the pivot point 3 about a vertical axis of rotation 40 in relation to the outer storage element 2, the rotary movement of the inner Storage element 1 can be controlled by a control device 8 .

According to the present exemplary embodiment, the inner storage element 1 contains a first storage compartment 11 and a second storage compartment 12 . The first storage compartment 11 is arranged above the second storage compartment 12 . Each first and second storage compartments 11, 12 has a substantially rectangular base. One of the corners of each of the first and second trays 11,12 has a curvature 28,29.

According to the present exemplary embodiment, the outer storage element 2 contains a first storage compartment 21, a second storage compartment 22, a third storage compartment 23 and a fourth storage compartment 24. The first storage compartment 21 is arranged above all the other storage compartments. This means that the first storage compartment 21 is located above all other storage compartments. The first storage compartment 21 has a base area which, in this exemplary embodiment, consists essentially of a rectangular area. The second storage compartment 22 is located below the first storage compartment 21 and has a rectangular base area in this exemplary embodiment. The third and fourth storage compartments 23 , 24 are arranged below the second storage compartment 22 . The third storage compartment has an essentially rectangular base area. The base of the third storage compartment 23 is larger than the base of the second storage compartment 22. The base of the fourth storage compartment 24 is below the base of the third storage compartment 23. The base of the fourth storage compartment 24 is smaller than the base of the third storage compartment 23. The third Storage compartment 23 and the fourth storage compartment 24 can be arranged on a common support frame. The support frame rests on the guide device 4, which is not visible in the present illustration. The arrangement of each of the storage compartments 21, 22, 23, 24 can be adjusted depending on the desired storage space.

Alternatively, only a single storage compartment 21 could be provided according to an embodiment that is not shown. Alternatively, two storage compartments could be provided which essentially have the same base area. Alternatively, three storage compartments could be provided which essentially have the same base area.

The installation height of the first and second storage compartments 21, 22 can vary. The installation height of the third storage compartment 23 can also vary. The fourth storage compartment 24 can in particular extend over the maximum length and width of the support frame. For example, the fourth storage compartment 24 can be used to store flat objects with large dimensions in an upright or lying position, for example plate-shaped objects.

A bracket 27 may be provided above the second storage compartment 22 . The holder 27 can be used to hold elongate objects, for example rod-shaped objects.

12 shows a view of the pull-out device 10 for a corner cupboard according to FIG 11 in a bottom view. The inner storage element 1 and the outer storage element 2 are located above the guide device 4. According to the present exemplary embodiment, the guide device 4 contains the first guide rail 41, which is arranged below the third storage compartment 23. The first guide rail 41 is attached to the underside of the third storage compartment 23 .

The outer storage element 2 is guided by means of the first guide rail 41 , the first guide rail 41 absorbing the weight of the outer storage element 2 and the weight of the inner storage element 1 . For this purpose, the first guide rail 41 can be connected to a first carriage element 91 which carries the outer storage element 2 . The weight of the outer storage element 2 is transferred from the first carriage element 91 to the first guide rail 41 . The inner storage element 1 is connected to the outer storage element 2 via the rotary element 70 which is arranged in the pivot point 3 . An embodiment of a rotating element 70 is in 15 shown.

The first carriage element 91 has rollers which are guided in a second carriage element 92 which can be moved by means of a second guide rail 42 . The first carriage element 91 and the second carriage element 92 are thus displaceable relative to one another. According to the present exemplary embodiment, a third carriage element 93 is provided, which has rollers on which the second carriage element 92 can slide, so that the third carriage element 93 can be displaced relative to the second carriage element 92 . The third carriage member 93 is slidable with respect to the guide frame 90 . For this purpose, the guide frame 90 contains rollers on which the third carriage element 93 can slide.

The third storage compartment 23 forms the supporting floor element of the outer storage element 2 . A carrier element serves to stiffen the wall of the outer storage element 2. It can be designed in one piece with the wall element of the outer storage element 2 or can be attached to the first carriage element 91.

13 shows the inner storage element 1 in detail. The inner storage element 1 comprises a wall element 17 and a lower storage compartment 12 and an upper storage compartment 11. Of course, one or more further storage compartments can be provided, which are arranged between the lower storage compartment 12 and the upper storage compartment 11. According to this exemplary embodiment, the lower storage compartment 12 has a spacer 16 which is attached to its front side 15 . The spacer 16 is used to keep a defined distance from the rear side of the third storage compartment 23, which is not shown (see 11 or 12 ) to be complied with. The spacer 16 can contain a magnetic element, by means of which the inner storage element 1 can be coupled to the outer storage element 2 . When the pull-out device 10 is extended, the inner storage element 1 rotates about the vertical axis of rotation 40 until the front side 15 runs essentially parallel to the rear side 25 of the third storage compartment 23 . The magnetic element of the spacer 16 exerts an attractive force, so that the distance between the front 15 and the rear 25 of the third storage compartment 23 is fixed. This results in a stabilization of the inner storage element 1 by the outer storage element 2 and vice versa, because the position of the inner storage element 1 relative to the outer storage element 2 is determined accordingly by their magnetic coupling. As a result, smooth running is increased because tilting movements, which can be caused, for example, by an uneven loading of at least one of the storage compartments, cannot occur during the extension movement or the return movement.

According to the present exemplary embodiment, the wall element 17 has receiving elements 75, 76 which serve to receive the upper or lower storage compartment 11, 12. The receiving member 75 is formed as a slit extending in the vertical direction. A plurality of such slots can be provided on the wall element 17, which are arranged at different heights. The upper storage compartment 11 can thus be attached at different heights. The number of slots can be greater than the number of hanging devices, so that the storage compartment(s) arranged above the bottom storage compartment 11 can be hung in different numbers and/or at different distances from one another in the wall element 17 of the inner storage element 1.

The receiving element 76 is designed as a recess. According to the present exemplary embodiment, the recess contains two lugs on which the side wall of the lower storage compartment 12 is held. The recess can be punched out of the wall element 17 or it can have been cut out of the wall element 17, for example by means of a laser cutting process. The cut-out surface element can be bent over so that a horizontal support 77 for the lower storage compartment 12 is obtained, which is shown in the view according to FIG 14 is visible.

The inner storage element 1 can be rotated relative to the outer storage element 2 . For this purpose, the inner storage element 1 is rotatably mounted in relation to the outer storage element 2 at the pivot point 3 . The axis of rotation 40, which is vertical in the installed state, runs through the fulcrum 3. A rotary element 70 is arranged in the fulcrum 3 15 is shown in detail. According to the 13 In the exemplary embodiment shown, two such rotary elements are provided, a first rotary element is arranged on an upper rim element 71, a second rotary element is arranged on a lower rim element 72. The upper shelf member 71 extends in the horizontal direction and can be obtained by bending the upper end portion of the wall member 17.

The lower shelf member 72 has a horizontally extending portion and a vertically extending portion. The lower shelf member 72 can be obtained by bending the lower end portion of the wall member 17. According to the present embodiment, the lower shelf member 72 includes a rotary member disposed in the horizontally extending portion.

In 15 1 is a detail of an embodiment of a pivot 70 located in the pivot 3 , here a detail of the pivot 70 located in the upper rim 71 .

This cylinder 69 is arranged in the vertical direction, i.e. its central axis runs parallel to the axis of rotation 40. The cylinder 69 is intended to be received in the circular opening 78 made in the upper shelf element 71 or in the horizontally extending section of the lower shelf element 72, as in 16 shown, is arranged. In the installed state, the cylinder 69 is accommodated in an expanding cone 68 which is accommodated in a bracket (not shown) of the outer support element 2 . The cylinder 69 has a flange element 67 which rests on the bracket when installed. During assembly, the expansion cone is inserted into an opening in the bracket. Then the cylinder 69 is passed through the expansion cone until the flange element 67 rests on the tab. As a result, the side walls of the expansion cone, which are designed as expansion elements, are pressed apart, as a result of which they have an outside diameter that is larger than the diameter of the opening and therefore hold the cylinder captive in the opening. If the cylinder 69 is passed through the expansion cone 68 located in the opening of the bracket, a clamping connection is created, as a result of which the cylinder 69 is held in the opening of the bracket. In a further work step, only the upper end of the cylinder 69 has to be pushed through the opening 78 . The inner storage element 1 is thus held in engagement with the cylinder 69 and thus with the outer storage element 2 by its own weight, without a rotary movement of the inner storage element 1 being prevented as a result.

The two lateral shelf elements 73 and 74 extend from the upper shelf element 71 to the lower shelf element 72. The two lateral shelf elements 73 and 74 serve to stiffen the wall element 17, which has to absorb the weight of the upper and lower storage compartments 11, 12 and their contents.

16 12 shows a detail of a guide element 13 according to a variant which is shown here in connection with the second exemplary embodiment of the pull-out device 10. Of course, a guide element of the same type can also be used for the first exemplary embodiment. The guide element 13 according to this exemplary embodiment has a rotatable roller holder 80 fastened to the lower rim element 72, on which there is a first and a second roller 79, which are rotatably mounted in the roller holder and are arranged here next to one another, i.e. at the same height when installed. The two rollers 79 are at a distance from one another, so that they form a cam element 86 of the control device 8 according to the 11 the 12 illustrated second embodiment can accommodate.

17 shows the pull-out device 10 for a corner cupboard according to the second exemplary embodiment in the partially pulled-out state. The corner cabinet is not shown in the present illustration. The pull-out device 10 comprises an inner storage element 1 and an outer storage element 2 for storing objects, the inner storage element 1 being designed for positioning in a corner area of the corner cabinet and the outer storage element 2 being arranged for positioning in a storage area of the corner cabinet adjoining the corner area . The outer storage element 2 can be displaced between a storage position 31 and at least one removal position 32, 33, 34, 35 by means of a guide device 4. In 17 the removal position 34 is shown. In this removal position 34, the storage compartments of the inner storage element 1 can still be seen and the storage compartments of the outer storage element 2 are accessible. For the removal position 34, the angle between the plane containing the front 15 of the lower storage compartment 12 and the plane containing the rear 25 of the third storage compartment 23 is less than 90 degrees. The removal position 34 is obtained as soon as the pull-out device 10 is removed from the 11 or 12 shown position of the maximum extension is moved.

The inner storage element 1 is rotatably connected to the outer storage element 2 at a pivot point 3, so that the inner storage element 1 is rotatable about the pivot point 3 about a vertical axis of rotation 40 in relation to the outer storage element 2, the rotational movement of the inner storage element 1 by means of a Control device 8 is controllable.

According to the present exemplary embodiment, the inner storage element 1 contains a first storage compartment 11 and a second storage compartment 12. The first storage compartment 11 is above the second Storage compartment 12 arranged. Each first and second storage compartments 11, 12 has a substantially rectangular base. At least one of the corners of each of the first and second storage compartments 11, 12 has a curve 28, 29. According to the present exemplary embodiment, the outer storage element 2 contains a first storage compartment 21, a second storage compartment 22, a third storage compartment 23 and a fourth storage compartment 24. The first storage compartment 21 is arranged above all the other storage compartments. The third storage compartment 23 and the fourth storage compartment 24 can be arranged on a common support frame. The support frame rests on the guide device 4 . The arrangement of each of the storage compartments 21, 22, 23, 24 can be adjusted depending on the desired storage space. Alternatively, only a single storage compartment 21 could be provided according to an embodiment that is not shown. Alternatively, two storage compartments could be provided which essentially have the same base area. Alternatively, three storage compartments could be provided which essentially have the same base area. The installation height of the first and second storage compartments 21, 22 can vary. The installation height of the third storage compartment 23 can also vary. The fourth storage compartment 24 can in particular extend over the maximum length and width of the support frame. For example, the fourth storage compartment 24 can be used to store flat objects with large dimensions in an upright or lying position, for example plate-shaped objects.

A bracket 27 may be provided above the second storage compartment 22 . The holder 27 can be used to hold elongate objects, for example rod-shaped objects.

18 shows the pull-out device 10 for a corner cupboard according to the second exemplary embodiment in the partially pulled-out state. The corner cabinet is not shown in the present illustration. All related to 17 The components and functions described can also be found in the present illustration, so the description is referred to for this 17 referred. The outer storage element 2 can be displaced between a storage position 31 and at least one removal position 32, 33, 34, 35 by means of a guide device 4. In 18 the removal position 33 is shown. In this removal position 33, the storage compartments of the inner storage element 1 can no longer be seen, but the storage compartments of the outer storage element 2 are still accessible. For the removal position 33, the angle between the plane containing the front 15 of the lower storage compartment 12 and the plane containing the rear 25 of the third storage compartment 23 is less than 90 degrees. But the angle is larger than that in 17 angles shown. The removal position 33 is obtained as soon as the pull-out device 10 is removed from the in 17 position shown is shifted in the direction of the closed position.

Figure 19, Figure 20 and 21 show the pull-out device 10 for a corner cupboard according to the second exemplary embodiment in the partially extended state. The corner cabinet is not shown in the present illustration. All related to 17 components described and Functions can also be found in the present illustrations, so the description will be used for this 17 referred. The outer storage element 2 can be displaced between a storage position 31 and at least one removal position 32, 33, 34, 35 by means of a guide device 4. In Figure 19, Figure 20 and 21 the removal position 32 is shown. In this removal position 32, the storage compartments of the inner storage element 1 can no longer be seen, but the storage compartments of the outer storage element 2 can still be seen and are at least partially accessible. For the pick position 32, the angle between the plane containing the front 15 of the lower bin 12 and the plane containing the back 25 of the third bin 23 is more than 90 degrees but less than 180 degrees. The removal position 34 is obtained as soon as the pull-out device 10 is removed from the 18 position shown is shifted further in the direction of the storage position.

22 shows the pull-out device 10 for a corner cupboard according to the second exemplary embodiment in the retracted state. The corner cabinet is not shown in the present illustration. The corner cabinet is in the closed state. All related to 17 The components and functions described can also be found in the present illustration, so the description is referred to for this 17 referred. The outer storage element 2 can be displaced between a storage position 31 and at least one removal position 32, 33, 34, 35 by means of a guide device 4. In 22 the storage position 31 is shown. The storage compartments of the inner storage element 1 can no longer be seen, the storage compartments of the outer storage element 2 can still be seen, but are no longer accessible for removing or storing objects. For the storage position 31, the angle between the plane containing the front 15 of the lower shelf 12 and the plane containing the rear 25 of the third shelf 23 is 180 degrees.

23 shows an exploded view of the outer storage element 2. The example of the outer storage element 2 is intended to illustrate the possibility of assembling the pull-out device from several modules, some of which can be used optionally. The first, second and fourth storage compartment 21, 22, 24 each represents a unit that can be used optionally. These storage compartments 21, 22, 24 can be used if necessary, but they can also be removed without the functionality of the pull-out device being impaired as a result. The shape of the storage compartments is only shown as an example; storage compartments of a different shape and/or size could also be used. In addition, separating sheets can be provided, by means of which the available storage space can be further subdivided. Hanging devices could also be used, for example for storing sheet or plate shaped objects or tools. The storage compartments could also be adjustable in size, for example extendable. Instead of storage compartments with full profiles, wire frames, wire baskets or the like could also be used.

The example of the storage compartment 23 shows that such a storage compartment can also consist of several sub-elements. According to the present exemplary embodiment, the storage compartment 23 consists of a floor element 18, a side cover element 19, a front cover element 39, a rear side 25 and a wall element 20. The floor element 18 rests on the first carriage element 91, on the underside of which the first (not shown here) Guide rail 41 is fixed. The wall element 20 is held in the first carriage element 91 by means of plug-in connections; in the present illustration it adjoins its right-hand edge. The wall element 20 could connect to the left-hand edge of the carriage element 20 in the same way, since the plug-in connections can be arranged mirror-symmetrically in relation to a plane of symmetry arranged parallel to the wall element 20 .

The back 25, the side cover element 19, the front cover element 39 can also be connected to one another and/or to the first carriage element 91 or the wall element 20 by means of plug connections. The entire arrangement of the wall element 20, the back 25, the side cover element 19, the front cover element 39 can be arranged mirror-symmetrically on the first trolley element 91, so that the pull-out device for corner cupboards can be used directly for any room corners without structural changes to the sub-elements.

The wall element 20 contains a plurality of recesses, for example in the form of vertical slots. The first or second storage compartments 21, 22 or a holder 27 can be arranged in any height and spatial arrangement relative to one another in the slots. The storage compartments 21, 22 and the holder 27 have corresponding suspension elements which are hung in the associated slots. For this purpose, two suspension elements are provided on the corresponding front and rear sides, the vertical distance between which corresponds to the distance between the associated slots of the wall element. The rear side 25 and the front cover element 39 can also have hook-in elements which are designed to be accommodated in corresponding recesses in the wall element 20 . These recesses can also be designed as slots. Instead of the hanging elements, which are accommodated in the associated slots of the wall element 20, other types of plug connections or clip connections can also be present, depending on whether the pull-out device is to be dismantled or not.

24 shows a detail of an arrangement for a guide element according to a fourth embodiment in a view from below and 25 a detail of the arrangement of the guide element 13 according to the fourth embodiment in a side view. The arrangement shows the guide element 13, the wall element 20 and part of a control device 8.

According to the present exemplary embodiment, the control device 8 includes a control cam. The cam can be designed for left-side installation in the corner cabinet, not shown here, and as a mirrored cam for right-side installation in the corner cabinet.

The cam can be stationarily arranged on the floor of the corner cabinet, not shown. According to the present exemplary embodiment, the control device 8 is also attached to the guide frame 90; alternatively or in addition to this, an adhesive connection or attachment to the floor of the corner cabinet is possible, for example with a screw connection.

According to the present exemplary embodiment, the cam includes a first section 81 which has a straight segment which is arranged at a first angle in relation to the side edge of the guide frame 90 . The cam includes a second portion 82 having a straight leg disposed at a second angle with respect to the side edge of the guide frame 90 . Between the two straight sections there is a connecting element 85 that is curved at least in sections.

According to this exemplary embodiment, the cam is designed as a guide rail for the guide element 13 for the inner storage element 1, of which only the wall element 20 is visible at this point. The first section 81 is connected to the second section 82 via the connecting element 85 . The guide element 13 is guided by the guide rail, which is not visible in the present illustration, since the guide element 13 is not in engagement with the cam in the extended position.

The guide element 13 is arranged on the underside of the wall element 20 of the inner storage element 1 . According to the present exemplary embodiment, the guide element 13 is located in the vicinity of the side surface 14 or directly adjacent to the side surface 14 of the inner storage element 1. The distance A of the guide element 13 from the front side 15 of the inner storage element 1 opposite the outer storage element 2 is at most half the length L of the inner storage element 1 or its wall element 20.

Of course, a guide element 13 of the same type can also be used for each of the preceding exemplary embodiments. The guide element 13 according to this exemplary embodiment is attached to the underside of the wall element 20 . According to the present exemplary embodiment, the wall element 20 has a strip element 45 which is aligned in the horizontal direction. The guide element 13 is attached to the underside of the strip element 45 . The guide element 13, which in 26 and 27 is shown in detail, has a guide element body 87 according to this embodiment. The guide element body 87 contains a first lateral guide element 88 and a second lateral guide element 89 . The first lateral guide element 88 is at a distance from the second lateral guide element 89 arranged, which corresponds at least to the rail width of the guide rail, so that a slot is formed.

The distance between the first side guide element 88 and the second side guide element 89 can vary in the longitudinal direction of the slot. The longitudinal direction is understood to mean a straight line running through the plane of symmetry of the first and second lateral guide elements 88, 89, which extends in a substantially horizontal direction in the installed state.

At least one of the first and second lateral guide elements 88, 89 can also be pivoted about a vertical pivot axis in order to enable a change in direction of the corresponding lateral guide element, which can be dictated by the first and second sections 81, 82 and the connecting element 85 of the control device if the first and second lateral guide elements 88, 89 are engaged with the guide rail.

According to the present exemplary embodiment, the strip element 45 contains a deflection element 60. This deflection element 60 supports the pivoting movement of the inner storage element 1 when it is moved from the in 4 drawn position to the in figure 5 drawn position is moved or vice versa. For this purpose, the deflection element 60 is accommodated in a receiving element 65 fixed in place on the floor of the corner cabinet, so that the pivoting movement can be stabilized, particularly in the area of the connecting element 85, and any tilting movement of the inner storage element 1 is avoided, and a substantially smooth pivoting movement of the inner storage element 1 is made possible will if it's in the in 6 shown storage position 31 is moved. The receiving element 65 is fastened to a floor of a corner cabinet, which is not shown in the present illustration.

The deflection element 60 can include a pin element 61 which is attached to the strip element 45 . A roller element 62 can be arranged on the pin element 61 , which roller element can be arranged in particular so as to be rotatable about the central axis of the pin element 61 . The receiving element 65 can have a U-shaped recess 66 which is intended for receiving the roller element 62 .

26 shows the guide element 13, which is 24 or 25 is used in a first view and 27 the guide element 13 according to 26 in a second view. According to the present exemplary embodiment, the guide element consists of the guide element body 87 which contains a first lateral guide element 88 and a second lateral guide element 89 . The guide element 13 is thus formed in one piece. In particular, the guide element 13 can contain a plastic or consist of a plastic.

In 27 It can be seen that the slot formed by the first and second side guide elements 88, 89 has a variable slot width. Expanded according to the present exemplary embodiment the slot at both ends of the slot so that the guide element can slide on the guide rail formed by the cam.

It is obvious to a person skilled in the art that many other variants are possible in addition to the exemplary embodiments described, without departing from the inventive concept. The subject of the invention is therefore not limited by the foregoing description and is to be determined by the scope of protection which is defined by the claims. For the interpretation of the claims or the description, the broadest possible reading of the claims is decisive. In particular, the terms "comprising" or "include" should be construed as referring to elements, components or steps in a non-exclusive sense, thereby indicating that the elements, components or steps may be present or used that they can be combined with other elements, components or steps that are not explicitly mentioned. When the claims relate to an element or component from a group that may consist of A, B, C to N elements or components, this language should be interpreted as requiring only a single element of that group, and not one Combination of A and N, B and N or any other combination of two or more elements or components of this group.

Claims (14)

1. Pull-out device (10) for a corner cabinet (5) comprising an inner storage element (1) and an outer storage element (2) for storing objects, the inner storage element (1) being configured for being positioned in a corner region (6) of the corner cabinet (5) and the outer storage element (2) being configured for being positioned in a storage region (7) of the corner cabinet (5) adjacent to the corner region (6), the outer storage element (2) being displaceable by means of a guide device (4) between a storage position (31) and at least one removal position (32, 33, 34, 35), wherein the inner storage element (1) is rotatably connected to the outer storage element (2) at a pivot point (3), so that the inner storage element (1) is rotatable about the pivot point (3) about a vertical axis of rotation with respect to the outer storage element (2), wherein the rotational movement of the inner storage element (1) is controllable by means of a control device (8), characterized in that the guide device (4) comprises a plurality of guide rails (41, 42) which are movable relative to each other.
2. The pull-out device (10) of claim 1, wherein the control device (8) comprises a control cam.
3. The pull-out device (10) of claim 2, wherein the control cam is mounted on a control cam base element (83).
4. The pull-out device (10) of one of claims 2 or 3, wherein the control cam comprises a first portion (81) having a first curvature and a second portion (82) having a second curvature.
5. The pull-out device (10) of claim 4, wherein the first portion (81) is connected to the second portion (82) via a v-shaped or u-shaped connecting element (85, 86).
6. The pull-out device (10) of one of claims 2 to 5, wherein the control cam is stationarily arranged on the floor of the corner cabinet or on a guide frame (90).
7. The pull-out device (10) of one of claims 2 to 6, wherein the control cam base element (83) is formed as a guide channel or guide rail for guiding a guide element (13).
8. The pull-out device (10) of claim 7, wherein the guide element (13) is arranged on the underside of the inner storage element (1).
9. The pull-out device (10) of one of claims 7 or 8, wherein the distance A of the guide element (13) from the edge (15) of the inner storage element (1) opposite the outer storage element (2) in the removal position (32) is at most 65% of the length L of the inner storage element (1).
10. The pull-out device (10) of one of claims 7 to 9, wherein the guide element (13) includes at least one control cylinder (36) slidably mounted in the guide channel or comprises at least two rollers (79).
11. The pull-out device (10) of one of the preceding claims, wherein at least one of the inner and outer storage elements (1, 2) comprises a plurality of storage compartments (11, 12, 21, 22, 23, 24).
12. The pull-out device (10) of claim 11, wherein the outer or inner storage element (1, 2) comprises a first storage compartment (11, 21) and at least one second storage compartment (12, 22, 23, 24).
13. The pull-out device (10) of claim 12, wherein the first storage compartment (21) has a first base area and the second storage compartment (24) has a second base area, wherein the first base area is smaller than the second base area.
14. A corner cabinet (5) comprising a pull-out device (10) according to one of the preceding claims.

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