WO2006048175A1

WO2006048175A1 - Damping assembly for displaceable furniture components

Info

Publication number: WO2006048175A1
Application number: PCT/EP2005/011497
Authority: WO
Inventors: Markus Herper; Gabriele Schneider
Original assignee: MEPLA-WERKE LAUTENSCHLäGER GMBH & CO. KG
Priority date: 2004-11-01
Filing date: 2005-10-27
Publication date: 2006-05-11
Also published as: EP1807593A1

Abstract

The invention relates to a damping assembly (10) for the closing displacement of furniture components that can be displaced in relation to the body of a piece of furniture, such as cupboard doors, drawers, leaves or similar. Said assembly comprises a housing (12), which is sunk into a recess of one of the displaceable furniture components, said housing containing a pressure part (22), which is pre-tensioned in position projecting away from the housing by a spring assembly, rests against the other furniture part during the closing displacement and which can be retracted into the housing (12) in opposition to the spring pre-tension, and a damping device that responds in accordance with the speed by means of a fluidic damping medium. The housing (12) comprises an elongated, narrow housing body (14), which is shallow and at least partially open along one side in the vicinity of the pressure part (22) and which lies in a complementary recess of the furniture component, when assembled correctly, facing towards the corresponding second furniture part. The pressure part (22) is configured as a lever arm, which protrudes from the housing (12) and can be pivoted about an axis that runs parallel to the open housing side and perpendicular to the longitudinal extension of the housing, between a position in which it is largely retracted in the housing interior and a position in which its free end protrudes from the housing forming the pressure surface. The end region of one face of the pressure part (22) that faces away from the open housing side engages with a sliding part that is coupled to the damping device and/or spring assembly.

Description

Damper arrangement for movable furniture components

The invention relates to a damper arrangement for the final Schließ¬ movement of relative to the body of a furniture movably supported Mö¬ belbauteile, such as cabinet doors, drawers, extracts and the like. With a ver¬ lowered in a recess of one of the relatively movable furniture parts mountable housing, in which is provided by a spring arrangement in a protruding from the housing position and during the closing movement on the other furniture part coming to rest and then against the Feder¬ prestressing in the housing zurückstellbares pressure piece and a Ver¬ by use of a fluid damping medium speed-dependent effective damping device is provided.

Such damper assemblies are used in furniture for buffering the swinging closing of a door leaf or a drawer when An¬ beat on the body resulting shocks, which not only disturb the sound, but also lead to the furniture parts and the fittings connecting them to jerky stresses, causing, for example, screw ¬ loosen connections, so that the connection of individual furniture parts loose each other and the furniture can be unstable. For such damper or brake deceleration arrangements, linear dampers are used, for example, in the form of small diameter piston / cylinder units which operate with a fluid damping medium and in which the piston rod engages in a spring provided in the cylinder a projecting with its free end to the door leaf or the drawer position is urged, so that this before the closing process Reaching the final closed position strikes a buffer provided at the free end of the piston rod and the rest of the closing process is speed-dependent damped and braked. In this case, the arrangement of these linear dampers takes place either in the cylinder which receives the bores of body walls open to open the furniture part to be braked or is arranged on the inner surfaces of the walls of the body in the vicinity of the open side of the body of the furniture. in that the spring-biased piston rod is prestressed in a bearing which protrudes from the body (EP 1 006 251 A2, EP 1 1 13 137 A1). However, the visible arrangement of such damper devices inside the furniture body is undesirable in many cases, not only for optical reasons, but also because such a component confining the interior is likely to be entangled with goods to be stored in the cabinet, for example garments. can lead. The per se advantageous arrangement in holes in the walls of the body itself is not possible for certain pieces of furniture in which no sufficient wall thicknesses are available. In particular, then, when the piece of furniture on the pressure side or on the door leaf side is formed by a frame of hollow sections, which are filled with thin tafel¬ shaped plates or glass panes, the known linear damper can not sunk in the intended manner in the walls or

Door leaves of these pieces of furniture are mounted.

The invention has for its object to provide a damper assembly for such cases in which an optically as possible not tending arrangement of the components can also be done in thin-walled furniture components.

Based on a damper assembly of the type mentioned above, this object is achieved in that the housing has an elongated narrow housing body with a small depth extension, which along a in the intended mounting position in a complementary shaped recess of the furniture part on the zugeordne¬ th second furniture part pointing side is at least partially open in the area of Druck¬ piece, that the pressure piece as an axis parallel to the open housing side and at right angles to the housing longitudinal axis extending between a largely recessed into the housing interior and formed with its free, designed as a pressure surface end the housing the pivotable lever arm is formed, and in that the end region of a sliding piece coupled to the damper device and / or the spring arrangement acts on a surface of the pressure element facing away from the open housing sides. As a result of the design of the pressure piece as a pivotable lever arm provided with a pressure surface in an elongate narrow housing of shallow depth and the damping device being acted upon by the damping device arranged in the elongated low housing, a low overall height for the damper arrangement is achieved it is possible to arrange this damper assembly sunk in the flat sides thin-walled door or walls or on the back of the front panels of Schubla¬. An installation in corresponding recesses in profile frames of glass door panels, etc. is possible.

The embodiment can be advantageously achieved in the development according to the invention such that the sliding piece projects from the cylinder as a piston-cylinder

Unit formed linear damper is formed, whose piece on the Druck¬ opposite end slidably designed piston rod is held in the opposite end portion of the housing formed as a lever pressure element.

In this configuration, it is advantageous if the free end of the Kol¬ rod is mounted longitudinally displaceable by a predetermined angle about an axis parallel to the pivot axis of the pressure piece axis pivotable in a recess of the facing end portion of the housing.

The spring arrangement then advantageously has an end face of the cylinder of the linear damper on the piston rod on the one hand and spring supported on the opposite inner face of the housing end region. Upon pivoting of the protruding from the housing pressure member as a result of a rapid closing movement of the furniture part to be damped then the pivoting movement on the pressure surface of the pressure piece on the biased sliding piece, ie in the case of forming the damping device as a piston-cylinder unit on the piston rod exhaust transferred face of the cylinder transferred. At high impact velocity, the damping device initially develops a high damping resistance, so that the impact impact is initially largely introduced into the spring arrangement and buffered by increasing its prestress becomes. In this case, the shot speed of the movable furniture part is then reduced, so that then uses the damping function of the damping device and a gentle further braking and closing of the furniture part er¬ is enough.

The spring is preferably one of the piston rod interspersed, under pressure bias coil spring.

When the damping device is designed as a linear damper, the end face of the cylinder of the linear damper facing away from the piston rod outlet side of the cylinder is then slidably pushed on the facing, designed as a pressure surface boundary surface of the pressure piece.

In the pressure piece side end portion of the housing, a stop is preferably provided, which controls the pivoting movement of the pressure piece in the from

Housing projecting position limited to an angle at which the piston rod facing away from the end face of the cylinder of the linear damper is held pressed by the bias of the spring assembly on the facing boundary surface of the pressure piece. That Thus, the pressure piece can not protrude beyond the preselected pivoting angle out of the housing interior, whereby its pressure surface would lift off the engaging sliding piece.

In the side of the housing opposite the open side of the housing, it is expedient to provide a transverse projection projecting into the inside of the housing, at the limiting surface facing the recess for the piston rod, the end face of the cylinder of the linear damper facing away from the piston in the position pivoted back into the housing is supported. That in the pivoted position of the pressure piece, the cylinder of the damping device on the one hand Druck¬ piece and additionally - held in the diametrically opposite region - by the support on the transverse projection, whereby the force acting on the cylinder bias of the springs, so to speak, symmetrically to the longitudinal center axis on the projection on the one hand and the pressure piece on the other hand is introduced into the housing.

The housing-side end of the coil spring is preferably at one in the region of the recess which supports the piston rod in the housing, it is supported by an annular disk displaced by the piston rod.

In an advantageous further embodiment of the invention, the pressure piece can be mounted pivotably in a housing which is displaceable at right angles to the housing longitudinal direction and in relation to the open housing side thereof at an angle. This makes it possible to change the position of the pressure piece and adapt to different structural conditions of the piece of furniture.

In this case, an embodiment is expedient in which the carriage has two elongated low limb surfaces, which are bounded laterally between the housing interior and bounding at right angles to the open housing side, folded from the opposite longitudinal edges of a substantially planar web surface, in which the Bearing bores are provided for the pressure piece to pivot bearing bearing pin, wherein the web surface of the carriage is held on a provided in the housing, substantially planar wall portion in displaceable plant.

The upper side of the web surface of the carriage pointing to the open housing side is then expediently arranged adjacent to the underside of the substantially planar wall section of the housing facing away from the open housing side, the design advantageously being such that in the embodiment shown in FIG Substantially planar wall portion of the housing is a transversely extending slot-like passage opening vorgese¬ hen, which is penetrated by a circular limited shaft portion with a width of the slot-like passage substantially corresponding diameter and the shaft portion offset by means of an eccentric to its longitudinal central axis in a bore in the Stegflä¬ che projecting journal pin is rotatably mounted on the web surface. By rotation of the shaft portion in a suitable manner then a stu¬ fenlose adjustment of the thrust piece supporting slide in the housing longitudinal direction and the self-locking determination of the carriage in a ge selected position is possible. The journal is then suitably secured against retraction from the bore in the web surface stored in the bore, and the shank portion has on its side opposite the journal side on the top of the substantially planar extending wall portion in the region of the slot-like passage opening cross rotary actuator head on - Is provided according to a screw head - with a suitable tool-setting recess.

An advantageous additional guidance of the carriage can be achieved by the fact that the pressure piece can be pivoted in the leg surfaces of the

Sliding bearing pin has a greater length than the measured over the outer sides of the leg surfaces slide width, and that then over the leg surfaces of the carriage protruding end portions of the bearing pin are each guided in a sliding in the direction of sliding slot in the associated lateral wall surface of the housing.

These elongated holes then also run at the predetermined displacement angle of the carriage.

The end region of the web surface of the carriage facing the pressure piece can then expediently be designed as a stop limiting the pivoting movement of the pressure piece out of the housing, wherein the design can be made, for example, such that the web surface of the carriage in the stop-forming end region is formed by slotting in FIG Transition region is formed to the leg surfaces as a separate tongue, which about a transverse bending line in the web surface in the stop-forming

Up position is bent, in which the pressure piece in the maximum zulässi¬ gen, from the housing body swung up position comes to rest. By changing the length and the angle of the bending up the Verschwenkweg of the pressure piece can be varied to some extent.

For special applications, the housing body may be provided on at least one of the housing side walls adjacent to the open housing side in the region of the pressure piece with a recess open on the open side of the housing into which a pressure element is pivoted in the position of the pressure piece pivoted into the housing interior provided laterally

Approach engages, which thus widening when closing the door leaf on a Ge gen in abutting pressure surface of the pressure piece. If the housing body is arranged in a recess in one of the vertical edge regions of a door wing pivotable about a vertical axis on the body of a piece of furniture or in a recess of a wall of the body opposite one of the vertical edge areas of the door leaf in the closed position, then the Druck¬ surface coming into contact with the closing movement of the door leaf on the other furniture part, taking into account the angular orientation of the relatively movable furniture parts that changes during the closing process, is spatially shaped such that the contact area of the - widened -

Pressure surface is optimized on the associated counter surface during the closing operation with respect to the stress of the surfaces.

As an alternative to using a linear damper as damper unit and a rotary damper can be provided. The configuration is then expediently made such that the housing has a narrow housing body with a small depth extension, which extends along a side in the intended mounting position in a complementarily shaped Ausspa¬ tion of the furniture part on the side facing the associated second furniture part at least partially in the area Pressure piece is open, wherein the Druck¬ piece then as around a parallel to the open housing extending axis zwi¬ rule a largely recessed into the housing interior and one with sei¬ nem free, formed as a pressure surface end of the housing vortreten¬ the pivotable lever arm is formed, whose end mounted pivotably in the housing body is connected in a rotationally locked manner to the damping device designed as a rotary damper. For this purpose, the housing-internal end of the lever arm can either be fastened directly on the axis of rotation of the rotary damper or can also be connected to the rotary damper via intermediate elements which are in meshing engagement with one another.

The invention is explained in more detail in the following description of four Ausführungsbeispie¬ len in connection with the drawing, and in fact shows or zei¬ gene:

1 shows an isometric representation of a first exemplary embodiment of a damper arrangement according to the invention; FIG. 2 shows a side view of the damper arrangement, seen in the direction of the arrow 2 in FIG. 1; FIG.

Fig. 3 is a plan view, seen in the direction of arrow 3 in

Fig. 2;

Fig. 4 is a bottom view, as seen in the direction of the arrow 4 in Fig. 2;

Fig. 5 is a view, seen in the direction of arrow 5 in

Fig. 3;

Fig. 6 is a sectional view taken in the direction of arrows 6-6 in Fig. 3; in addition, the mounting position of the damper assembly is shown in phantom in a portion of a glass door sash;

7 and 8 each show a sectional view of the damper arrangement in a sectional guide corresponding to FIG. 6, wherein the damper arrangement is shown inserted in the profile frame of a glass door leaf which is articulated on the side wall of a cabinet body, in the closed position of the door leaf on the one hand and a partially open position on the other hand;

9 shows an isometric view of a cabinet, on whose body a glass door wing with revolving profile frame is pivotably articulated, wherein four different possibilities of positioning a damper arrangement according to the invention are illustrated;

10 is an isometric view of a second embodiment of a damper assembly according to the invention; FIG. 1 1 is a sectional view through the partial section of the damper arrangement which is pivotably mounted on the pressure piece, seen in the direction of the arrows 1 1-1 1 in FIG. 10; FIG.

12 is an isometric view of a third embodiment of a damper arrangement according to the invention;

13 shows an isometric representation of a partial region of a glass door leaf with profile frame of a cabinet with a fourth exemplary embodiment of a damper arrangement according to the invention provided for the frame profiles of the profile frame; and

FIG. 14 is a sectional view seen in the direction of arrows 14-14 in FIG. 13. FIG

The exemplary embodiment of a damper arrangement according to the invention shown in the drawing figures has a low, elongate housing 12 which is open on its upper side and whose housing body 14, mounted in a complementary recess in a furniture part, is bounded by parallel planar longitudinal walls 16 is, whose ends by in each case at least over a part of their

Height semi-cylindrical end walls 18 are connected. At the open top of the housing 12 is an integrally on the housing body 14 and on all sides slightly beyond the limitations vortretender housing flange 20 low height ange¬ sets, which determines the insertion depth of the housing 12 during assembly of the damper assembly 10 in the associated recess of a furniture part.

In the left in the drawing figures 1 to 6 end portion of Gehäusekör¬ pers 14, one end of an elongated cam-like pressure piece 22 is pivotally mounted between two end positions. In the figures 1, 2 and 6, one of the end positions is shown, in which the free rounded end of

Pressure piece protrudes from the open top of the housing 12. The size of the supernatant of the pressure piece 22 over the housing upper side is formed by an integrally formed on the inner wall of the housing body 14 Impact 24 (Fig. 6) limited to the position shown.

On the inside of the housing 12 facing, serving as a pressure or control surface boundary surface 26 of the pressure member 22 engages the sliding displaceable free end face 28 of the cylinder 30 as a piston / cylinder

Unit designed with a fluid damping medium Liπe- damper 32 on. The free end of the piston rod 34 of this linear damper is in a recess 36 in the pressure piece 22 opposite

End wall 18 of the housing body longitudinally displaceable and pivotally mounted about a given angle amount about an axis parallel to the pivot axis of the pressure member 22 extending axis.

The piston rod 34 displaceably passes through an annular disk 38 which is supported on the inner surface of the end wall 18. Between the annular disk 38 and the piston rod end face of the cylinder 30, a helical spring 40 which is passed under pressure pretension and passed through the piston rod 34 (FIGS. 3 and 4) arranged, which pushes the cylinder 30 with its Stirn¬ surface 28 against the boundary surface 26 of the pressure member 22 in the geschil¬ derte from the housing 12 projecting position. In this case, the end face 28 of the cylinder lies in the opposite side of the open housing

Area in addition to a transverse in the interior of the housing 12 extending projection 42, so that the roof-like shaped end face 28 of the Zylin¬ DERS 30 thus in the outer end positions shown in Figs. 1, 2 and 6 ei¬ nerseits on the boundary surface 26 of the pressure piece 32 and on the other hand supported on the transverse projection 42. In this position, the Zy¬ cylinder 30 and thus the linear damper 32 is a total in the Gehäuseinnem.

If it is assumed that the damper assembly 10 is arranged in the manner illustrated in FIG. 6 in a frame profile 46 of a glass door leaf 48 indicated only by dot-dash lines and when closing the door leaf by approaching the free rounded end of the pressure piece 22 on an opposite end face 50 (FIGS. 7 and 8) of a cabinet body is pivoted into the housing interior by the pressure exerted on the rounded end of the pressure element 22, the cylinder 30 is compressed by the pressure exerted on the end face 28 of the piston via the boundary surface 26, compressing the coil spring 40 moved into the recognizable in Fig. 7 position. Depending on the - speed-dependent - damping Funging characteristic - is thereby first pushed the free end of the piston rod 34 in the recess 36, but then with decreasing Schließ¬ speed of the door by the cylinder 30 provided and the piston in the sense of retraction of the piston rod acting on - spring retracted again.

When the door leaf is then opened again from the closed position shown in FIG. 7, the prestressed cylinder 30 urges the pressure element 22 out of the interior of the housing, wherein at the beginning of the opening process the rounded free end of the pressure element 22 is still on the end face the Schrank¬ body rests, as shown in Fig. 8 is illustrated. Upon further opening of the Tür¬ wing, the pressure piece 22 is then determined by abutment against the stop 24 and the pressure piece lifts off from the end face of the cabinet body.

When closing the door then comes the above

End of the pressure piece 22 on the end face 50 to the system and the pressure exerted on the pressure piece pivots the pressure piece into the housing interior, whereby the cylinder 30 of the linear damper 32 is displaced under compression of the helical spring 40. Due to the then high damping effect, the impact impact is initially or exclusively suppressed by compression of the spring 40 before the attenuation effect of the linear damper additionally becomes effective with decreasing speed of the pivoting action of the door leaf.

FIG. 9 shows a cabinet whose body can be closed by a glass door leaf corresponding to the aforesaid glass door leaf, wherein four (alternative) possibilities of positioning the damper arrangement 10 according to the invention on the frame profile 46 of the glass door leaf 48 are illustrated. These possibilities exist, on the one hand, in the possibility, presupposed in drawing figures 7 and 8, of arranging in each case one of the horizontal frame profiles 46 or also in each case one of the vertical frame profiles 46 of the glass door leaf 48.

FIG. 10 shows a modified exemplary embodiment of a damper arrangement 10 'according to the invention, which differs from the damper apparatus 10 described in connection with FIGS. 1 to 6 in that the pivotable mounting of the pressure piece 22 is not stationary in the Housing body 12 of the housing, but in a separate housing body 14 slidable carriage 54 takes place. This carriage 54 is in Darge presented case (Figure 11) a stamped / pressed part made of sheet metal, which has two of the opposite longitudinal wheels of a web surface 56 bent longitudinally extended leg surfaces 58, in each of which a bearing bore for the pressure piece 22 pivotally mounted bearing pin 60 is provided.

The upper side of the web surface 56 of the carriage 54 is on the underside of a clear interior of the housing body 14 transversely penetrating planar

Wall portion 62 held adjacent, said wall portion 62 is arranged slightly inclined in the manner recognizable in Figure 11. The holder of the web surface 56 on the wall portion 52 is effected by an adjusting element 64 with a circular in plan view short shank portion 66, which has a transverse slot-like passage opening

68 in the wall section 62 passes through. From the lower end face of the shaft section 66 facing the carriage, a bearing pin 70 projects into a bore in the web surface 56 of the carriage, offset from the longitudinal center axis of the shaft section. By forming the protruding from the bottom of the web surface end of the journal to a rivet head this is secured against retraction from the bore in the web surface, but rotatably held in the bore. On the bearing journal 70 gegen¬ overlying side of the shaft portion 66 is a diameter enlarged ßerter and thus supported on the upper side of the Wandungsabschnitts 62 rotary actuating head 72 provided with a recess suitable for applying a Kreuzschlitz Schrau¬ benzie well. It can be seen that upon rotation of the rotary actuating head 72 by means of a screwdriver, the shaft section 66 is also rotated. Due to the eccentric offset of the journal 70 relative to the axis of rotation of the shaft section 66, the web surface 56 and thus the carriage 54 are displaced as a whole, the transverse component of the movement of the journal being compensated by corresponding transverse displacement of the shaft section 66 in the slot-like passage opening 68.

Since the width measured over the outside of the leg surfaces 58 of the carriage 54 is substantially equal to the clear internal diameter of the interior space of the housing body 12, the carriage 54 thus becomes twisting of the actuating button 72 in the longitudinal direction of the housing, namely in the oblique upward or downward direction predetermined by the oblique arrangement of the wall section 62. Accordingly, the pressure piece 22 is displaced in the same way, whereby the bias of the spring 40 is correspondingly changed via the cylinder 30 of the linear damper. Due to the oblique displacement direction also changes the bearing pin 60 of the pressure element 22 according to its position in the housing body 14, so that - with the door open 48 - out of the housing 12 ge outwardly pivoted thrust piece 22 its projection on the housing and thus on the associated frame profile 46th changed accordingly.

As can be seen in FIGS. 10 and 11, elongated holes 74 are provided in the lateral wall surfaces of the housing body 12 in the region of the bearing journal 70, into which the end sections of the bearing pin 60 which is elongated in its length relative to the width of the carriage 54 engage. As a result, an additional guidance of the carriage 54 is thus realized in the intended adjustment direction.

The stop 24 of the damper arrangement according to FIGS. 1 to 6, which delimits the pivoting of the pressure element 22 out of the housing, is formed in the damper arrangement 10 'by a tongue 76 which is bent upwards from the web surface 56.

A further modified exemplary embodiment of a damper arrangement 10 "according to the invention is shown in FIG. 12, which differs from the damper arrangement 10 'described above in that the front side housing wall of the housing body 14 facing the viewer in the area of the pivotable end of the housing Pressure piece 22 is provided at the top of the housing 12 openly opening recess 78, in which in the completely pivoted into the housing interior position of the pressure piece a on

Pressure piece 22 provided lateral projection 22a is located. In the region of this lateral approach, therefore, the pressure surface coming to bear against the counter surface of the cabinet body during the closing process is widened. In the specially illustrated case in which the damper arrangement 10 "is provided for the arrangement in one of the vertical frame profiles 46 of a door leaf 48, the widened pressure surface is spatially shaped such that its contact area on the associated counter surface during the closing operation with respect to the occurring stresses of the surfaces is optimized.

Finally, FIGS. 13 and 14 also show an exemplary embodiment of a damper arrangement 10 '"to be arranged sunk in a frame profile 46 of a glass door leaf 48, in which the pressure piece pivotably mounted in the sunk profile 46 is designed as a lever arm 80, which has an opening rotatably ange¬ at its pivotally mounted end ange¬ set toothed segment 82 is in meshing engagement with a toothed pinion 84, which is arranged on the shaft of a rotational damper formed in this case as a rotary damper - not shown in detail.

It can be seen that modifications and developments of the above-described embodiments of the damping arrangement according to the invention can be realized within the scope of the inventive concept. In addition to the use for damping the final closing movement of cabinet doors or drawers, the damping arrangement can advantageously also be used for damping doors or flaps of ovens and dishwashers, since installation in their housings in such positions is possible in which a heat transfer from the oven interior or moisture effects by rinsing water can be largely avoided.

The same applies to the use of washing machine or dryer doors or flaps and the doors of refrigerators or chests.

Claims

Patent claims

A damper arrangement (10, 10 ', 10 ") for the final closing movement of furniture components movably supported relative to the body of a piece of furniture, such as cabinet doors, drawers, pull-outs and the like, with a recess in one of the recesses of one of the relatively movable ones - chen furniture parts mountable housing (12), in which a through a

Spring arrangement in a protruding from the housing position and provided during the closing movement on the other furniture part com¬ mender and then against the spring preload in the housing (12) zu¬ recoverable pressure piece (22) and provided by using a fluid damping medium speed-dependent effective Dämpfungs¬ device characterized in that the housing (12) has an elongated narrow housing body (14) with a small depth extension, which along at least partially in the intended mounting position in a complementarily shaped recess of the furniture part on the side facing the zuge¬ second furniture part Be¬ rich of the pressure piece (22) is open, that the pressure piece (22) as to a parallel to the open side of the housing and at right angles to the housing longitudinal extension duri fende axis between a largely zurückge¬ imputed in the housing interior and egg ner with its free, designed as a pressure surface end of the housing (12) vortretender pivotable lever arm is ausge¬ forms, and that on a side facing away from the open housing sides

(26) of the pressure piece (22) engages the end region of a sliding piece coupled to the damper device and / or the spring arrangement.

2. damper assembly according to claim 1, characterized in that the sliding piece from the cylinder (30) designed as a piston-cylinder unit linear damper (32) is formed, on the opposite end of the pressure piece displaceably led Kol¬ rod (34) in the the pressure piece (22) designed as a lever opposite end portion of the housing (12) is held.

3. damper assembly according to claim 2, characterized in that the free end of the piston rod (34) longitudinally displaceable and pivotable about a predetermined angle about a parallel to the pivot axis of the Druck¬ piece (22) extending axis in a recess (36) of the facing end portion of Housing (12) is mounted.

4. damper assembly according to claim 2 or 3, characterized in that the spring arrangement one on the piston rod outlet side

End face of the cylinder (30) of the linear damper (32) on the one hand and on the opposite inner surface of the housing end portion abge¬ supported spring.

5. damper assembly according to claim 4, characterized in that the

Spring is one of the piston rod (34) interspersed, standing under Druckvorspan¬ tion coil spring (40).

6. Damper arrangement according to one of claims 2 to 5, characterized in that the piston rod outlet side of the cylinder (30) facing away from the end face (28) of the cylinder (30) of the linear damper (32) on the facing, designed as a pressure surface boundary surface ( 26) of the pressure piece (22) is pressed slidingly displaceable.

7. damper assembly according to one of claims 3 to 5 and claim 6, characterized in that in the pressure piece side end portion of the housing (12) has a stop (24) is provided which the Schwenk¬ movement of the pressure piece (22) in the out of the housing ( 12) vorste¬ ing position limited to an angle at which the piston rod facing away from the end face of the cylinder (30) of the linear damper (32) by the bias of the spring assembly on the facing Be¬ boundary surface (26) of the pressure piece (22) is kept pressed ,

8. Damper arrangement according to one of claims 3 to 7, characterized in that in which the interior of the body facing open side of

Housing (12) opposite side into the inside of the housing protruding transversely extending projection (42) is provided on des- sen to the recess (36) for the piston rod (34) facing Begren¬ tion surface, the rod end face remote from (28) of the Zylin¬ DERS (30) of the linear damper (32) is supported in the housing zurückge¬ pivoted position.

9. damper assembly according to claims 3 and 5, characterized gekenn¬ characterized in that in the region of the piston rod (34) in the housing (12) overlapping recess (36) of the piston rod (34) displaceable Lich enforced annular disc (38) is, on which the housing-side end of the coil spring (40) is supported.

10. damper assembly (10 ', 10' ') according to one of claims 1 to 9, da¬ characterized in that the pressure piece (22) inside in a housing inside perpendicular to the housing longitudinal direction and with respect to its open housing side below an angle slidable carriage

(54) is pivotally mounted.

1 damper assembly according to claim 10, characterized in that the carriage (54) laterally bounding between the two housing interior, perpendicular to the open housing side extending Wandungsflä¬ surfaces, from the opposite longitudinal edges of a substantially planar web surface (56) beveled langge ¬ stretched low leg surfaces (58), in which the Lagerboh¬ ments for the pressure piece (22) pivotally bearing bearing pin (60) are provided, and that the web surface (56) of the carriage (54) at one in the housing (12) provided, substantially ebenflächi¬ gene wall portion (62) is held in displaceable plant.

12. damper assembly according to claim 11, characterized in that the open housing side facing top of the web surface (56) on the side facing away from the open side of the underside of the substantially planar planar wall portion (62) of the housing (12) is arranged adjacent.

13. damper assembly according to claim 12, characterized in that in the substantially planar wall portion (62) of the housing has a transverse slot-like passage opening (68) is provided, which is penetrated by a circular limited Schaftab¬ section (66) having a width of the slot-like passage opening (68) substantially corresponding diameter, and that the shaft portion (66) offset by means of an eccentric to its longitudinal central axis in a bore in the Web surface (56) projecting bearing journal (70) rotatably on the web surface (56) gela¬ siege.

14 damper assembly according to claim 13, characterized in that the bearing pin (70) secured against retraction from the bore in the web surface (56) is mounted in the bore, and that the Schaft¬ section (66) at its the journal ( 70) on the opposite side has a top of the substantially planar extending verlaufungs¬ the wall portion (62) in the region of the slot-like passage opening (68) cross rotary actuating head (72).

15. damper assembly according to claim 11, characterized in that the pressure piece (22) pivotally in the leg surfaces (58) of the carriage (54) overlapping bearing pin (60) has a greater length than the over the outer sides of the leg surfaces (58) measured Schlitten¬ has width, and that over the leg surfaces of the carriage (54) protruding end portions of the bearing pin (60) are guided in each case in an extending in the carriage displacement direction slot (74) in the zu¬ ordered lateral wall surface of the housing.

16. damper assembly according to claim 15, characterized in that the pressure piece (22) facing the end region of the web surface (56) of the carriage (54) as the pivoting path of the pressure piece (22) from the housing interior out limiting stop is formed.

17. damper assembly according to claim 16, characterized in that the web surface (56) of the carriage (54) rich in stop-forming Endbe¬ by slotting in the transition region to the leg surfaces (58) as a separate tongue (76) is formed, and that the tongue ( 76) is bent up to a transverse bending line in the stop-forming position, in which the pressure piece (22) in the maximum zuläs¬ sigen, from the housing body (14) pivoted out position the tongue (76) comes to rest.

18. damper assembly (10 '') according to one of claims 1 to 17, characterized in that the housing body (14) in at least one of the adjoining the open side housing side housing walls in the region of the pressure piece (22) with an opening open on the open side of the housing Recess (78) is provided, in which in the housing interior pivoted position of the pressure piece (22) engages a provided on the pressure piece lateral projection (22 a).

19. A damper assembly according to claim 18, wherein the housing body (14) in a recess in one of the vertical edge regions of a pivotable about a vertical axis on the body of a Möbel¬ piece hinged door leaf (48) or in a recess of one of NEM of the vertical edge regions the door leaf in the Schließstel¬ ment opposite standing wall of the body is arranged, da¬ characterized in that in the closing movement of the Türflü¬ gel (48) on the other furniture part coming to rest pressure surface of the pressure piece (22, 22a) taking into account the during the closing process changing angular orientation of the relatively movable

Furniture parts is spatially shaped so that the contact area of the pressure surface on the associated mating surface during Schließ¬ process is optimized with respect to the stresses of the surfaces.

20. Damper arrangement (10 '') for the final closing movement of furniture components movably supported relative to the body of a piece of furniture, such as cabinet doors, drawers, pull-outs and the like, with a housing which can be mounted in a recess of a housing which is movable relative to one another. 12), in which a by a spring arrangement in a projecting position from the housing and in the closing movement on the other furniture part kom¬ mender and then against the spring bias in the housing (12) zurückstellbares pressure piece and a speed-dependent effective damping by using a fluid damping medium damping - Device is provided, characterized in that the housing (12) has a narrow housing body (14) having a small depth extension, which is at least partially open in the region of the pressure piece along a in the intended mounting position in a complementary ge-shaped recess of the furniture part on the side facing the associated second furniture part, that the pressure piece as a parallel to the open Housing side extending axis between a largely housed in the Gehäu¬ back and formed with its free, formed as a pressure surface end of the housing (12) vortretender pivotable lever arm (80), and in that the pivotally mounted in the housing body end of the lever arm (80) rotationally is connected to the formed as a rotary damper damping device.