EP3510891B1 - Device for adjusting a position of a movable thrust element relative to a body of a piece of furniture or relative to a body of a household appliance - Google Patents

Description

The invention relates to a device for adjusting a position of a movable thrust element relative to a body of a piece of furniture or relative to a body of a household appliance, a guide system for a piece of furniture or a household appliance with such a device and a piece of furniture or a household appliance with such a guide system and a such device.

State of the art

A device for adjusting a position of a movable push element relative to a body of a piece of furniture or relative to a body of a household appliance is known.

A known device is designed in such a way that, in the arranged state on the furniture, it can be arranged on an end of a sliding element rail of a guide system facing the furniture front and has a positioning element which, in the closed state, rests against a carcass rail, a position of the positioning element being adjustable so that in the In the closed state of the guide system, a position of the push element rail relative to the body rail can be predetermined and thus a front gap adjustment of the thrust element is realized relative to the body of the furniture.

Such a device is from the patent documents US 2017 34 77 94 A1 and WO 2015 058 222 A1 known.

Disadvantage of one like in US 2017 34 77 94 A1 known device is that it is present as a separate structural unit, which is present in particular separately from the remaining movement and / or position influencing systems of the thrust element or the guide system.

Object and advantages of the invention

The invention is based on the object of providing an alternative device for setting a position of a movable push element relative to a body of a piece of furniture or relative to a body of a household appliance.

The object is achieved by the features of claim 1.

Advantageous and expedient embodiments of the invention are specified in the dependent claims.

The invention is based on a device for adjusting a position of a movable sliding element relative to a body of a piece of furniture or relative to a body of a household appliance, with the adjustment being able to predetermine a position of the sliding element in a closed position on the body, the sliding element via a guide system can be movably attached to the body, the device having assembly means, movement means and adjustment means.

The thrust element is advantageously guided in a particularly linearly movable manner on the body by means of a guide unit of the guide system. The guide unit comprises, for example, a carcass rail and a movement rail, which is intended to be attached to the sliding element, e.g. on a movable furniture part, e.g. a drawer, and which is mounted displaceably with respect to the carcass rail, the carcass rail being fixed, is attached in particular in a fixed position on the body. The guide unit is available, for example, as a partial extension or a full extension. The full extension has, for example, a body rail, a middle rail and a sliding element rail. A household appliance is available, for example, in the form of an oven, a dishwasher or a refrigerator.

For example, the device can be used to set a distance, e.g. a front gap, between an inside of a front element of the push element and an outside, e.g. a front side, of the body in the closed state of the push element on the body, a closed position. Advantageously, there is a front gap on the furniture or household appliance in the closed position, in order, for example, to be able to trigger an opening process of the pusher element, in particular in the event that a touch-latch ejection unit is present. Furthermore, by adjusting the front gap, the visual appearance of the furniture or household appliance can be changed or optimized, in particular in the closed position of the push element.

The essential aspect of the invention is seen in the fact that the adjusting means comprise an adjusting lever, the adjusting lever being rotatable about an axis of rotation on the device, the adjusting lever having a guide element, the guide element being in particular eccentrically offset to the axis of rotation on the adjusting lever, whereby The movement means comprise a housing and a movement element, the movement element being mounted so as to be linearly movable relative to the housing, for example, the device being designed in such a way that when the device is arranged on the furniture or on the household appliance and when the pushing element is closed on the body, the movement element is coupled to the thrust element, wherein the housing has a guide element, wherein the guide element couples, in particular is coupled, to the guide element of the adjusting lever, with an adjustment of the adjusting lever, for example, causes a particularly linear change in position of the housing relative to the mounting means around the axis of rotation, so that in the arranged state of the device in the closed position, a change in position of the thrust element relative to the body is realized. As a result, the device has a comparatively compact structure and can be manufactured comparatively inexpensively and / or mounted on the furniture or household appliance.

The particularly maximum closed position of the thrust element relative to the body in the arranged state of the device on the piece of furniture or in the arranged state of the device on the household appliance can preferably be specified by the movement member resting against a stop element of the housing. Several different closed positions are advantageously implemented. The maximum closed position is, for example, the position in which an energy store of an ejector unit, for example a touch-latch ejector unit, which is formed on the device, for example on the movement means, is triggered. In the maximum closed position, for example, the front gap between the body and the front element of the push element is minimal, for example in the maximum closed position the inside of the front element of the push element touches the outside of the body.

It is further proposed that the movement means have an energy store which acts between the housing and the movement element. The energy store is preferably designed as a spring element and / or a damping element, e.g. as a fluid damper. For example, the energy storage device is arranged between the housing and the movement element. For example, the energy storage device is present within the housing, in particular in a cavity in the housing.

According to the invention, the movement means are designed as an automatic ejection and / or retraction mechanism. Advantageously, the Device designed as an ejection unit and / or a feed unit. For example, the housing, the movement element and the energy store are part of the automatic ejection and / or retraction system. The automatic ejection is available, for example, in the form of a touch-latch automatic.

It is also advantageous that the axis of rotation of the adjusting lever is oriented transversely, in particular perpendicular to a plane of movement of the housing and / or the movement element. As a result, the device can be designed to be comparatively narrow or low. For example, the device is hereby designed for arrangement on a push element underfloor guide system. For example, the overall height of the device is comparatively low.

The axis of rotation of the adjusting lever is advantageously transverse, in particular perpendicular to a plane of movement of the thrust element and / or to a direction of movement of the guide system or the guide unit and / or to a direction of movement of the movement member of the movement means and / or to an adjustment direction of the housing of the movement means. The axis of rotation of the adjusting lever is preferably designed offset to the housing and / or to the movement element in such a way that the axis of rotation does not affect or intersect a movement axis on which the movement element moves.

In addition, it is advantageous that the movement means have a pawl component which, in particular, is movably connected to the movement organ. Advantageously, the pawl component is rotatably connected to the movement element, in particular by means of an axis of rotation or rotation. An axis of rotation or rotation of the pawl component is preferably aligned parallel to the plane of movement of the thrust element and / or to a plane of movement of the guide system or the guide unit. For example, the axis of rotation of the pawl component is present transversely, in particular perpendicular to the direction of movement of the guide system and / or to a direction of movement of the movement member of the movement means and / or to an adjustment direction of the housing of the movement means. It is also conceivable that the axis of rotation of the adjusting lever is present transversely, in particular perpendicular to the axis of rotation of the pawl component. The pawl component is advantageously coupled releasably to the movement element. For example, the coupling of the pawl component with the movement element forms an overload protection device. For example, a damping element is present between the pawl component and the movement element. For example, the movement element and / or the pawl component comprises the damping element.

The pawl component is advantageously arranged and designed on the device in such a way that, when the device is arranged on the body and / or the guide unit, the pawl component couples, in particular is coupled, in a closing area to a driver of the guide unit or to a driver of the body. The device, in particular the pawl component, is advantageously designed in such a way that a coupling between the pawl component and the driver can be healed.

According to the invention, the adjusting lever has an elastic element on which a latching element is formed. The elastic element is designed, for example, as a spring element, for example as an elastic or resilient beam. The latching element is advantageously protruding or protruding on the elastic element. For example, the latching element is designed to protrude or protrude in a direction transverse to a plane of movement of the adjusting lever and / or transverse to a direction of movement of the movement means. The locking element is for example protruding parallel to the axis of rotation of the adjusting lever. The latching element is designed, for example, in the form of a latching nose, a latching hook and / or as a latching eye and / or latching opening. It is also conceivable that the latching element is present in the opposite direction as a recess, for example, a recess on the adjusting lever. It is conceivable that the latching element is present on the elastic element between ends of the elastic element, for example in a central region along a longitudinal extension of the elastic element. The latching element is advantageously present at one end or at an end region of the elastic element. The end region of the elastic element on which the latching element is present is advantageously spaced apart from and opposite a further end of the elastic element at which the elastic element is connected to a connection element of the adjusting lever.

It has also proven to be advantageous that the adjustment means comprise latching means, the latching means being arranged in particular in the manner of a grid, the latching element of the adjusting lever latching with the latching means. This facilitates particularly secure positioning of the adjusting lever on the device. The latching means are provided, for example, in such a way that the latching means specify possible latching positions of the adjusting lever, at which the adjusting lever is fixed, for example, in a comparatively fixed position.

Advantageously, a position or position of the latching element or the elastic element opposite to a latching direction of the latching element can be changed by means of the, in particular, remaining adjusting lever, for example by means of further elements of the adjusting lever. Due to the advantageous design of the adjusting lever, it is possible for a user, for example, to grip the adjusting lever with one hand, for example with one or two fingers of one hand, and by comparatively simple operation of the adjusting lever, for example, turning the adjusting lever about the axis of rotation of the adjusting lever, e.g. Management body, in particular that To position the housing, for example to adjust it. In addition, it may be possible for a user to operate the adjusting lever blindly. In a preferred variant, the position of the elastic element, in particular the latching element, can be changed in a direction transverse, for example in a perpendicular direction, to a movement plane, in particular a rotation or pivot plane, of the adjustment lever by means of the adjustment lever. The adjusting lever, in particular the elastic element, is advantageously formed from a plastic, metal and / or a combination of the materials.

It also proves to be advantageous that the adjusting lever has two lever sections which are spaced apart from one another in such a way that the two lever sections are subject to a parallelogram-like displacement when the adjusting lever is adjusted, in particular when the adjusting lever is rotated about the axis of rotation of the adjusting lever. This enables one-finger operation of the adjusting lever. For example, when the adjusting lever is adjusted, in particular when the adjusting lever is rotated about the axis of rotation of the adjusting lever, the two lever sections have a parallelogram-like displacement movement with respect to one another. For example, the adjusting lever comprises two lever sections and the lever sections are present on the adjusting lever, for example symmetrically, opposite one another. As a result of a symmetrical arrangement of the lever sections, the adjusting lever is comparatively easy to operate, in particular to grasp, by a user with one hand, in particular with a single finger. For example, the adjusting lever has exactly two lever sections and the two lever sections are arranged opposite one another, for example parallel to one another and / or protruding in a plane, on the receptacle. The lever sections are advantageously firmly connected to one another at a second end, in particular at a fixed distance from one another in a fixed position. For example, the two lever sections are coupled to one another at the second end by means of a spacer element, in particular at a distance from one another available. The second end of the lever section is, for example, spaced apart from and opposite to the first end of the lever section. The lever sections are present, for example, as elongated organs, for example in the form of a bar.

The adjusting lever advantageously comprises a film hinge. The adjusting lever preferably comprises a connection element on which the axis of rotation of the adjusting lever is mounted. For example, there is in particular a lever section in each case, in particular via a film hinge in each case, on the connection element. For example, a lever section is arranged at a first end of the lever section via a film hinge on the connection element. It has also proven to be advantageous that the guide element is present on the connecting element. In an advantageous variant of the invention, the lever section, in particular the film hinge, has a spring action direction which is transverse, in particular perpendicular, to a spring action direction of the elastic element and / or a latching direction of the latching element. The connecting element, two lever sections and the spacer element of the adjusting lever are advantageously arranged in the manner of a parallelogram or a trapezoid when viewed from a viewing direction transversely, in particular perpendicular to the plane of rotation or pivoting of the adjusting lever.

A wedge element is preferably present on a lever section, in particular a wedge element is present on each lever section. The adjusting lever is preferably designed in such a way, in particular the two lever sections are present on the adjusting lever, that during an adjusting movement of the adjusting lever, in particular only one lever section engages under the elastic element. For example, in particular only the wedge element of the lever section engages below the elastic element. By engaging under the elastic element, the locking element can be released from a position locked with the locking means.

The elastic element is advantageously formed between the two lever sections. For example, the longitudinal extension of the elastic element and the longitudinal extension of the lever sections are present parallel to the plane of rotation or pivoting of the adjusting element. In particular, the elastic element is connected to the connecting element at a first end. For example, the elastic element is free, in particular freely oscillating, at a particularly second end. For example, the lever sections and the elastic element are present on the connection element, protruding like rays. The elastic element can be formed on the adjusting lever next to or between the lever arms, e.g. in a plane next to one another. In addition, it is advantageous that the elastic element and the lever arm (s) are formed protruding in the same direction on the connecting element of the adjusting lever. In an advantageous modification of the invention, the elastic element and the lever arm (s) are present on the adjusting lever in such a way that they are in particular connected to one another exclusively via the connecting element. As a result, the elastic element and the lever arm can move transversely, e.g. in directions of movement perpendicular to one another and / or in opposite directions of movement to one another.

The latching means are designed, for example, as openings or depressions. The latching element engages in one or more of the openings or depressions of the latching means, for example, in the latched state. The latching means are present, for example, like a sawtooth. The latching means and the latching element are advantageously designed to be complementary to one another. The latching means are arranged in part-circle or arc-like manner. The locking means form, for example, a pitch circle and / or an arc.

It is further proposed that the adjusting means have an adjusting element, the adjusting lever for example, the adjusting member engages. The adjusting member is designed, for example, like a disk. The adjusting element is present, for example, on an assembly element of the assembly means. It also proves to be advantageous that the adjusting lever is mounted on the adjusting member and / or on the assembly means so that it can rotate about its axis of rotation.

The latching means are advantageously provided on the adjusting member. The latching means are arranged, for example, along a plane which is advantageously parallel to a plane of movement of the housing and / or the movement member and / or a plane of movement of the adjusting lever.

In an advantageous variant, the adjusting element has a guide contour by means of which the adjusting lever is guided on the adjusting element. For example, the adjusting lever comprises an adjusting element which, in the arranged state of the adjusting lever, engages in the guide contour of the adjusting element. This prevents the adjustment lever from tilting during an adjustment movement. The adjustment element is, for example, formed on the connecting element. For example, the adjusting element is present on a side of the adjusting lever on which, for example, the guide element is not present, e.g. which is opposite and spaced from a side of the adjusting lever on which the guide element is formed.

Furthermore, it is proposed that the housing is cylindrical and the movement element is piston-like. The housing is, for example, cylindrical and / or the movement element is in the form of a piston. For example, the housing and the movement element form a cylinder-piston unit.

It is also advantageous that the movement means are movably mounted on the assembly means. For example, the housing is movable on the mounting means stored, in particular in such a way that a position of the housing relative to the mounting means is changed when the adjusting lever is adjusted. The position of the housing relative to the mounting means is advantageously fixed by the adjusting lever.

It also proves to be advantageous that the assembly means comprise an assembly element, by means of which the device can be fastened to a guide means and / or to the thrust element. The mounting means are for example designed in such a way, e.g. L-shaped or U-shaped, that the mounting means, in the arranged state, engages under and / or encompasses a guide rail, in particular the body rail. For example, the assembly element is present in such a way that the assembly means can be arranged on an underside of a guide rail, e.g. the body rail.

Further aspects of the invention are a guide system with a device according to one of the aforementioned embodiments and / or a piece of furniture or a household appliance with such a device and / or such a guide system.

Description of an embodiment

Further features and advantages of the invention are explained in more detail with reference to the exemplary embodiments of the invention shown in the figures.

Fig. 1

ein schematisiert dargestelltes erfindungsgemäßes Möbel in einer perspektivischen Ansicht von schräg oben mit einer daran verschieblich aufgenommenen Schublade,

Fig. 2

ein schematisiert dargestelltes weiteres Möbel in einer perspektivischen Ansicht von schräg oben mit daran verschieblich aufgenommenen Schubladen in einer Schließstellung,

Fig. 3

eine schematisiert dargestellte erfindungsgemäße Vorrichtung in einer perspektivischen Ansicht von schräg seitlich vorne oben,

Fig. 4

eine weitere perspektivische Ansicht von schräg seitlich vorne oben auf die Vorrichtung gemäß Figur 3 im angeordneten Zustand an einem Führungssystem,

Fig. 5

eine Unteransicht des Führungssystems mit angeordneter Vorrichtung gemäß Figur 4,

Fig. 6

eine weitere perspektivische Ansicht von schräg seitlich hinten oben auf ein Bewegungsorgan mit Klinkenbauteil der Vorrichtung,

Fig. 7

eine perspektivische Teilansicht von schräg seitlich vorne oben auf die Vorrichtung gemäß Figur 3,

Fig. 8

eine Teiloberansicht auf die Vorrichtung gemäß Figur 3, wobei die Bewegungsmittel der Vorrichtung nicht dargestellt sind,

Fig. 9

eine Teilunteransicht auf die Vorrichtung gemäß Figur 3 und

Fig. 10

eine perspektive Teilansicht von schräg seitlich hinten oben auf die Vorrichtung gemäß Figur 3, wobei Verstellmittel der Vorrichtung abgeschnitten abgebildet sind.

Show in detail:

Fig. 1

a schematically shown furniture according to the invention in a perspective view obliquely from above with a drawer slidably received thereon,

Fig. 2

another piece of furniture shown schematically in a perspective view obliquely from above with drawers slidably received thereon in a closed position,

Fig. 3

a schematically illustrated device according to the invention in a perspective view from obliquely laterally from the top,

Fig. 4

a further perspective view from obliquely laterally from the top of the device according to FIG Figure 3 in the arranged state on a guide system,

Fig. 5

a bottom view of the guide system with arranged device according to Figure 4 ,

Fig. 6

a further perspective view from obliquely laterally at the top of a movement organ with a pawl component of the device,

Fig. 7

a perspective partial view from obliquely laterally from the top of the device according to FIG Figure 3 ,

Fig. 8

a partial top view of the device according to Figure 3 The means of movement of the device are not shown,

Fig. 9

a partial bottom view of the device according to Figure 3 and

Fig. 10

a perspective partial view from obliquely laterally rear above of the device according to FIG Figure 3 , wherein adjusting means of the device are shown cut off.

Figure 1 shows, in a highly schematic manner, a piece of furniture 1 according to the invention in a state of use with a hollow cuboid furniture body 2 and one designed as a drawer 3 Push element, the drawer 3 being slidably received on the furniture body 2. The furniture body 2 comprises two opposite vertical side walls 4 and 5, between which the drawer 3 is via a guide system with telescopic guide means, e.g. in an underfloor construction, or a first fully extending rails 6 and a second fully extending rails 7 from inside the furniture body 2 housed state can be pulled out in the horizontal direction from the furniture body 2 according to P1 and can be pushed in in the opposite direction according to P2. In Fig. 1 the drawer 3 is shown in the maximally or completely moved out of the interior of the furniture body 2. The storage volume of the drawer 3 can thus be accessed almost unhindered from above. For example, a device 26 according to the invention (see FIG Figure 3 ) can be arranged.

If a partial extension rail is used on the drawer 3 instead of the full-length rails 6, 7, the drawer 3 cannot be moved as far out of the interior of the furniture body 2 in the direction P1 as the rails can -Full extensions 6, 7 as shown in Fig. 1 is possible. The front element 12 is then closer to the open front side of the furniture body 2 than is the case with the drawer 3 according to FIG Fig. 1 is shown.

The full extension rail 6 fastened to the inside of the side wall 4 is opposite at the same vertical height as the one fastened to the side wall 5 in FIG Figure 1 concealed rails full extension 7, which is indicated by dashed lines.

In the furniture body 2, above the drawer 3, a further drawer can be accommodated, which is appropriately guided by fully extending rails 8 and 9 and which is shown in FIG Figure 1 is not shown.

The drawer 3 has opposite drawer side walls 10, 11, which, for example, each have a built-up Includes hollow chamber frame. In addition, the drawer 3 comprises a front element 12, a rear wall 13 opposite in the horizontal direction and a horizontally extending drawer bottom 14, which reaches or is connected to the drawer side walls 10, 11, the front element 12 and the rear wall 13.

In Figure 2 Another piece of furniture 15 is shown with a body 20 and drawers 16-19, the drawers 16-19 being in a closed state, a closed position, on the body 20. In the in Figure 2 The shown closed position of the drawers 16-19 have the front elements 21-24 of the drawers 16-19 at a distance F, a so-called front gap, from a carcass outside, a carcass front 25.

Figure 3 shows a device 26 with assembly means 27, movement means 28 and adjustment means 29. The in FIG Figure 3 and the other figures shown device 26 is advantageously to the furniture 1 of Figure 1 or the furniture 15 of the Figure 2 or the associated guide systems can be arranged.

The mounting means 27 include an elongated mounting housing 30, for example, and a mounting element 31 (in Figure 3 Not shown). The mounting element 31 is designed, for example, as an angle element. As a result, the device 26 can be arranged, for example, both on a body and / or on guide means 32. For example, the device 26 is designed in such a way that it can be arranged between a body wall and the guide means 32 in the arranged state. For example, a longitudinal axis of the elongated assembly housing 30 extends in the arranged state on the furniture or on the guide means 32 in the direction, in particular parallel to a direction of movement of the guide means 32 or the drawer 3 of the furniture 1.

The moving means 28 comprise a housing 33 and an eg plunger-like movement member 34. The housing 33 is present, for example, as an elongated cylindrical structure. An energy storage device 73 (not visible) is advantageously arranged in the interior of the housing 33. The energy store 73 is designed, for example, in such a way that it drives and / or damps a movement of the movement element 34 relative to the housing 33. It is also advantageous that there is an adjusting element 35 on the housing 33 with which a force, for example a spring force and / or a damping force of the energy store 73 can be set and / or switched, for example switched on or off. The setting element 35 is formed, for example, on a first end 36 of the housing 33. The movement element 34 is present at a second end 37 of the housing 33. For example, the movement element 34 protrudes into an interior of the housing 33, so that the movement element 34 is, for example, movably mounted on the housing 33. The first end 36 and the second end 37 of the housing 33 are advantageously present opposite one another and at a distance from one another. The movement element 34 is preferably coupled to the energy store 73 at a first end 39, for example in the interior of the housing 33. The movement member 34 is designed to be movable, for example, along or parallel to a longitudinal extension of the assembly housing 30 in mutually opposite directions L of movement. In the arranged state of the device 26 on the piece of furniture 1, 15, the directions of movement L of the movement member 34 are advantageously parallel to a direction of movement P1, P2 of the drawer 3 or 16-19.

The housing 33 comprises, for example, a stop element 38, against which the movement element 34 rests, for example in the closed state. As a result, a closed position of the drawer 3 or 16-19 relative to the furniture carcass 2 can be specified by the device 26, in particular a front gap between the drawer front 21-24 and the furniture carcass front 25 Overload clutch 41, a pawl component 42 coupled to the movement element 34. The The pawl component 42 is advantageously movably supported on the assembly housing 30, in particular guided. The assembly housing 30 preferably comprises a guide contour 43 on which the pawl component 42 is arranged to be guided, for example by means of a slide element 44. The guide contour 43 is designed, for example, in such a way that the pawl component 42 executes a rotation about an axis of rotation K of the pawl component 42 at one end of its opening movement, for example driven by the energy store 73 of the device 26. The axis of rotation K of the pawl component 42 is oriented, for example, transversely to the direction of movement L of the movement member 34.

The housing 33 is, for example, movable, in particular displaceable relative to the mounting housing 30. The movement means 28 are advantageously mounted on the assembly housing 30, in particular in a jointly displaceable manner. In this way, for example, a movement length of the movement member 34 along its movement direction L is adjustable. For example, a movement length of the movement member 34 between the stop element 38 in the closed state or in the pushed-in state on the housing 33 and an open state, e.g. a particularly maximally extended or especially maximally ejected state on the housing 33 can be set. A position of the stop element 38 on the mounting housing 30 can advantageously be adjusted by positioning the housing 33 relative to the mounting housing 30.

The movement means 28 advantageously comprise a guide element 45. The guide element 45 is provided on the housing 33, for example. For example, the guide member 45 is formed in one piece with the housing 33. The guide member 45 is present in two or more parts, for example. It is also conceivable that the guide member 45 is U-shaped or V-shaped. Advantageously, the guide member 45 comprises a receiving member 46, so that a guide element 47 of the adjusting means 29 in the arranged state with the Guide organ 45 couples. For example, the guide element 47 is designed as a protruding element, for example like a pin or a pin. The guide element 47 is advantageously present in the arranged state in the receiving member 46. For example, the guide element 45 engages around the guide element 47. It is also conceivable that the guide element 45 and the guide element 47 are designed exactly the other way round, and the guide element 47, for example, surrounds the guide element 45 in the arranged state. The guide member 45 and the guide element 47 are preferably designed to be complementary to one another. The guide member 45 is advantageously arranged on an outside of the housing 33, which extends along the direction of movement L. As a result, the guide member 45 and thus also the housing 33 can be moved, in particular adjusted or positioned, by a movement of the guide element 47 in a direction of movement L in the corresponding direction of movement L.

The adjusting means 29 comprise an adjusting lever 48 and advantageously an adjusting element 49. The adjusting lever 48 is advantageously rotatably mounted on the adjusting element 49 on an axis of rotation 50. The axis of rotation 50 is advantageously oriented transversely to a direction of movement L, in particular perpendicular to a direction of movement L of the movement means 28. The adjusting lever 48 is, for example, movably coupled to the adjusting member 49, e.g. clamped, clipped and / or screwed. The axis of rotation 50 of the adjustment means 29 is advantageously oriented transversely, in particular perpendicular to the axis of rotation K of the pawl component 42.

The adjusting lever 48 comprises a connection element 51, for example two lever sections 52, 53 and an elastic element 54. The adjusting lever 48 is, for example, formed in one piece, for example as an injection-molded component. The adjusting lever 48 is present, for example, in the form of a disk or plate.

The lever sections 52, 53 are firmly connected to one another at one end 56, for example by a spacer element 55. For example, the two lever sections 52, 53 are fixed at the second end 56 by the spacer element 55, in particular at a constant distance from one another. At the second end 56, the lever sections 52, 53 advantageously comprise an operating element, for example a plurality of operating elements 57-59, for example in the form of a recessed grip and / or a fluted structure, for example a fluted outside, by means of which a user can use a lever section 52, 53 and in particular, the adjusting lever 48 can operate relatively easily and safely. A lever section 52, 53 is advantageously arranged as an elongated, for example rod-shaped, element protruding from the connection element 51. For example, a lever section 52, 53 is elastically arranged on the connection element 51, for example by means of a film hinge 60, 61. As a result, the lever section 52, 53 is advantageously movable, for example pivotable, together with the spacer element 55 relative to the connection element 51. In addition, a lever section 52, 53 preferably comprises a wedge element 62, 63 which is present in a protruding manner on the lever section 52, 53. The wedge element 62, 63 is advantageously wedge-shaped. The wedge element 62, 63 is present, for example, protruding in the direction of the elastic element 54 on the lever section 52, 53. Advantageously, the wedge element 62, 63 is formed on the lever section 52, 53 in such a way that when the lever section 52, 53 is actuated by a user and thus the lever section 52, 53 is moved, in particular in a pivot plane about the axis of rotation 50 of the adjusting means 29, relative to the connection element 55 and thus, for example, also relative to the elastic element 54, the wedge element 62, 63 engages under the elastic element 54 on an underside 64 of the elastic element 54 and lifts it (see also Figure 10 ). For example, the wedge element 62, 63 bends the elastic element 54 by reaching under in a direction transverse to the direction of movement of the wedge element 62, 63, for example opposite to one Surface normals of the underside 64 of the elastic element 54 and / or parallel to the axis of rotation 50. By lifting the elastic element 54, a latching of a latching element 65 with latching means 66 is released. The latching element 65 is, for example, protruding, in particular from the underside 64 on the elastic element 54. For example, the connection element 55 is initially immovable due to frictional forces when a lever section 52, 53 is operated and in particular due to the latching of the latching element 65 with the latching means 66, so that the lever section 52, 53 moves or through the film hinge relative to the connection element 55 the controls are moved and / or bent. By unlatching the latching element 65 on the latching means 66, for example due to the wedge element 62, 63 reaching under the elastic element 54 and / or due to the lifting of the elastic element 54 by a lever section 52, 53, the connecting element 55 is movable. As a result, the connection element 55 and with the connection element 55 the elastic element 54 follow the movement of the lever section 52, 53, in particular about the axis of rotation 50, which is caused by a user from the outside. By moving the connecting element 55, the guide element 47 is moved in a direction of movement L, as a result of which a position of the movement means 28, in particular of the stop element 38, is changed in the direction of movement L.

The latching means 66 are formed, for example, along an arc with the axis of rotation 50 as the center of a circle on the adjusting member 49. The adjusting element 49 is present, for example, as a partial circular disk. It is conceivable that the adjusting member 49 is present in one piece with the assembly housing 30. A guide contour 67 is advantageously formed on the adjusting element 49, through which the adjusting lever 48 is guided, in particular in a plane parallel to the direction of movement L of the movement means 28. The plane of movement of the adjusting lever 48 is, for example, oriented transversely, in particular perpendicular to the axis of rotation 50. The plane of movement of the adjusting lever 48 is for Example aligned parallel to the axis of rotation K of the pawl component 42. Advantageously, the adjusting lever 48 with holding members 68, 69, which are preferably formed on the lever sections 52, 53, surrounds the guide contour 67 of the adjusting member 49, in particular in such a way that a movement of the adjusting lever 48 in a direction transverse to the pivot plane of the adjusting lever 48 about the axis of rotation 50 is prevented. The guide contour 67 can be present both on an upper side 70 and / or on an underside 71 and / or on an outer side 72 of the adjusting element 49. For example, the guide contour 67 is present as a recess. It is also conceivable that the guide contour 67 is designed as an elevation. <u> List of reference symbols </u> 1 Furniture 41 Overload clutch 2 Furniture body 42 Latch component 3 drawer 43 Guide contour 4 - 5 Side wall 44 Slide element 6 - 9 Full extension rails 45 Management body 10-11 Drawer 46 Receiving organ Side wall 47 Guide element 12th Front element 48 Adjustment lever 13th Back wall 49 Adjusting device 14th Drawer bottom 50 Axis of rotation 15th Furniture 51 Connection element 16-19 drawer 52, 53 Lever section 20th Body 54 element 21 - 24 Front element 55 Spacer 25th Body front 56 The End 26th contraption 57-59 Control element 27 Assembly means 60, 61 Film hinge 28 Means of Movement 62, 63 Wedge element 29 Adjusting means 64 bottom 30th Mounting housing 65 Locking element 31 Mounting element 66 Locking means 32 Guide means 67 Guide contour 33 casing 68, 69 Holding organ 34 Locomotor organ 70 Top 35 Adjustment element 71 bottom 36, 37 The End 72 Outside 38 Stop element 73 Energy storage 39, 40 The End

Claims (12)

1. Device (26) for adjusting a position of a moveable sliding element relative to a basic structure (2) of a piece of furniture (1) or relative to a basic structure of a domestic appliance, wherein the adjustment makes it possible to predetermine a position of the sliding element (3) in a closed setting on the basic structure (2), wherein the sliding element (3) can be fitted on the basic structure (2) such that it can be moved via a guide system (6-9), wherein the device (26) has mounting means (27), movement means (28) and adjustment means (29), characterized in that the adjustment means (29) comprise an adjustment lever (48), wherein the adjustment lever (48) has an elastic element (54), on which a latching element (65) is formed, wherein the adjustment lever (48) is provided on the device (26) such that it can be rotated about an axis-of-rotation element (50), wherein the adjustment lever (48) has a guide element (47), wherein the guide element (47) is provided on the adjustment lever (48) in a manner in which it is offset in relation to the axis-of-rotation element(50), wherein the movement means (28) are designed in the form of an automatic push-out and/or retraction mechanism, wherein the movement means (28) comprise a housing (33) and a movement member (34), wherein the movement member (34) is mounted in a moveable manner relative to the housing (33), wherein, in the state in which the device (26) is arranged on the piece of furniture (1) or on the domestic appliance and in the state in which the sliding element (3) is closed on the basic structure (2), the movement member (34) is coupled to the sliding element (3), wherein the housing (33) has a guide member (45), wherein the guide member (45) couples to the guide element (47) of the adjustment lever (48), wherein adjustment of the adjustment lever (48) gives rise to a change in position of the housing (33) relative to the mounting means (27), and therefore, in the state in which the device (26) is arranged in place in the closed setting, a change in position of the sliding element (3) relative to the basic structure (2) is realized.
2. Device (26) according to Claim 1, characterized in that the movement means (28) have an energy store, which acts between the housing (33) and the movement member (34).
3. Device (26) according to either of the preceding claims, characterized in that the axis-of-rotation element (50) of the adjustment lever (48) is oriented transversely to a movement plane of the housing (33) and/or of the movement member (34).
4. Device (26) according to one of the preceding claims, characterized in that the movement means (28) have a catch component (42), which is connected in a moveable manner to the movement member (34).
5. Device (26) according to one of the preceding claims, characterized in that the adjustment means (29) comprise latching means (66), wherein the latching means (66) are arranged in the manner of a grid, wherein the latching element (65) of the adjustment lever (48) latches with the latching means (66).
6. Device (26) according to one of the preceding claims, characterized in that the adjustment means (29) have an adjustment member (49), wherein the adjustment lever (48) engages around the adjustment member (49).
7. Device (26) according to one of the preceding claims, characterized in that the adjustment member (49) has a guide contour (67), by means of which the adjustment lever (48) is guided on the adjustment member (49).
8. Device (26) according to one of the preceding claims, characterized in that the housing (33) is designed in the manner of a cylinder and the movement member (34) is designed in the manner of a piston.
9. Device (26) according to one of the preceding claims, characterized in that the movement means (28) are mounted supported in a moveable manner on the mounting means (27).
10. Device (26) according to one of the preceding claims, characterized in that the mounting means (27) comprise a mounting element (31), by means of which the device (26) can be fastened on a guide means and/or on the sliding element (3).
11. Guide system (6 - 9) having a device (26) according to one of the preceding claims.
12. Piece of furniture (1) or domestic appliance having a device (26) and/or a guide system (6 - 9) according to one of the preceding claims.

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