EP2328439A1

EP2328439A1 - Furniture pull-out guide

Info

Publication number: EP2328439A1
Application number: EP09783363A
Authority: EP
Inventors: Uwe Sobolewski; Andreas Hoffmann; Steffen Jaekel; Oliver Schael; Stefan Klaus; Christian Gaede
Original assignee: Paul Hettich GmbH and Co KG
Current assignee: Paul Hettich GmbH and Co KG
Priority date: 2008-09-30
Filing date: 2009-09-24
Publication date: 2011-06-08
Also published as: RU2011115967A; JP2012503998A; WO2010037683A1

Abstract

The invention relates to a furniture pull-out guide (3) comprising a guide device (7) that can be fastened rigidly to a side wall (2) of a furniture body (1) and a slide bar (8) that is guided moveably along the guide device longitudinally, said slide bar in turn being able to be coupled to a furniture pull-out part, preferably a drawer (4), wherein disposed at the rear and front end areas of the slide bar (8) are different functional parts for coupling and securing the furniture pull-out part, for closing the slide bar (8), for forming end stops, reinforcements of the slide bar profile, locks for the closed position or the like, wherein the functional parts in the front and the rear end areas are combined into pre-manufactured, multifunctional assemblies that are fastened to the slide bar (8) in positive-fit, form-locked and/or integral fashion.

Description

Furniture pull-out guide

The present invention relates to a furniture drawer guide with a fixedly attachable to a side wall of a furniture body guide means and a longitudinally slidably guided running rail, which in turn with a furniture drawer, preferably a drawer, can be coupled, wherein in the rear and in the front end of the track different functional parts Coupling and securing the furniture drawer part, the closure of the running rail, for the formation of end stops, stiffeners of the rail-Pro flow, locking the closed position or the like are provided.

Furniture drawer guides of the generic type are known per se.

In order to secure a furniture drawer part, preferably a drawer, on a running rail of such furniture drawer guide, various functional parts on a running rail are required. To secure a furniture drawer to a running track, e.g. in the rear end of a so-called fishing hook needed, which runs parallel to the longitudinal axis at a certain height distance from the running rail and extends in the direction of the front of the track, this fishing hook engages in the mounted state in a bore of the rear wall of the furniture extracting part, so that this against lifting and is secured against lateral displacement in the rear end region. In the front end region of the running rail a Aufsteckzapfen is required, which can engage in a vertical bore in a side wall of a furniture drawer part. As a result, a displacement protection of the furniture extracting part is achieved relative to the pull-out rail in the front area. Furthermore, a lift-off is desirable in the front area, which prevents unintentional lifting of furniture extractor in the front area.

Furthermore, end stops are required to limit the travel of the track, as well as damping means for damping the noise in the achievement of the end stops, also a height adjustment device should be provided hen to be able to adjust a furniture extracting part with respect to its altitude. It is even conceivable to introduce a cushioning.

The above mention of required functional parts is not to be considered as conclusive and is merely intended to make it clear that a large number of

Functional parts must be provided in order to meet all requirements for an optimal coupling of a furniture extracting part with a running rail.

So far, the corresponding functional parts were each made as separate components and attached to a pullout guide or issued out of the track out by punching and embossing.

In the large number of functional parts required this is associated with a not inconsiderable manufacturing and therefore costs.

The present invention has for its object to provide a furniture drawer guide of the generic type, in which the attachment of various functional parts on the running rail is considerably simplified and cheaper.

This object is achieved in that the functional parts are summarized in the front and in the rear end to prefabricated, multifunctional assemblies that are fixed in force, shape and / or material fit to the track.

The advantage of such a construction lies in particular in the considerable

Savings on production and assembly costs.

The multi-function assemblies can be fixed quickly and easily in a simple manner without additional connecting means such as screws or the like and without the need for a welding operation on the running rail. The assemblies themselves can be inexpensively prefabricated in any configurations, in which case, in particular, the production as laser sintered or injection-molded parts comes into consideration. The running rail itself does not have to be processed practically, if it is even ignored that locking recesses must be punched out of the running rail to allow a latching connection of the modules relative to the running rail. But such punching can advantageously be made in a single operation with the cutting to length corresponding track sections of an endless profile.

A preferred embodiment of the invention is in a furniture pullout guide, the running rail is formed as a provided with a continuous longitudinal slot hollow profile and closed in its front end by means of an end plug and the end plug has a height adjustment and a lift-off for a coupled with the running rail furniture pullout seen in that the end plug forms an end stop for the running rail in the retracted state and with a vertically extending connecting pin, an activator for the actuation of a driver of a self-closing device or both with a connecting pin as well

Activator is equipped.

By this constructive measure, the end plug is equipped with other functions, which are all integrated into the end plug, so that a considerable simplification of assembly results from the fact that all required for the particular application functional parts in the front end of the track in a sense pre-assembled and together with the end plug the running rail can be set.

Further features of the invention are the subject of dependent claims.

Embodiments of the invention are illustrated in the accompanying drawings and will be described in more detail below.

Show it:

FIG. 1 shows a view of a drawer guide according to the invention, which is fixed to a furniture carcass

Figure 2 is an enlarged view of the designated in Figure 1 with Il detail - A -

FIG. 3 is a perspective view of the pullout guide according to FIG. 1

Figure 4 is an enlarged view of the designated in Figure 3 with IV

detail

Figure 5 is a perspective view corresponding to Figure 3 of the pullout guide in a changed setting position of a height adjustment device

FIG. 6 shows the detail labeled VI in FIG. 5 in an enlarged view

Figure 7 is a perspective view of a furniture drawer guide according to another embodiment of the invention

Figure 8 is an enlarged view of the designated VIII in Figure 7 detail

Figure 9 is a perspective view of a furniture drawer guide according to another embodiment of the invention

Figure 10 is an enlarged view of the designated in Figure 9 with X detail

Figure 1 1 is another embodiment of a furniture drawer guide in a perspective view

FIG. 12 shows the detail designated XII in FIG. 11 with an enlarged view

Figure 13 is a perspective view of a furniture drawer guide according to another embodiment of the invention

Figure 14 is an enlarged view of the designated in Figure 13 with XIV detail

Figure 15 is a perspective view of a running rail of a furniture drawer guide according to a further embodiment of the invention

Figure 16 is an enlarged view of the designated in Figure 15 with XVI detail figures

17 and 18 are perspective views of a rear end stopper of a furniture drawer guide figures according to the invention 19 and 20 different perspective views of a front end plug of a furniture drawer slide according to the invention

Figure 21 is a perspective view of a rear end plug of a furniture drawer slide according to another embodiment of the invention

characters

22 and 23 different perspective views of a rear end stopper of a furniture drawer guide according to a further embodiment of the invention Figure 24 is a perspective view of a guide device of a furniture drawer slide according to the invention with self-closing figures

Figures 25 and 26 show different perspective views of a detail of the self-closing device. Figure 27 End plug with activator function

Figure 28 Front view of the end plug with activator function

Figure 29 is a sectional view according to the in Figure 28 with XXXVIIII

cutting plane

Figure 30 is a view of a furniture drawer guide according to another exemplary embodiment of the invention

Figure 31 is an enlarged view of the designated in Figure 30 with XXXI detail

Figure 32 is a perspective view of a furniture drawer guide according to another embodiment of the invention Figure 33 is an enlarged view of the designated in Figure 32 with XXXIII detail

FIG. 34 is an exploded pictorial illustration of a front end plug shown enlarged in relation to FIG. 33

35 is a perspective view of a furniture drawer guide according to a further embodiment of the invention

Figure 36 is an enlarged view of the designated in Figure 35 with XXXVI detail

FIG. 37 shows a representation largely corresponding to FIG. 36 in a different mounting position. Figure 38 is a partial perspective view of an inventive

Running track with end plug

Figure 39 is a partial perspective view of the track rail according to Figure 38 from a different direction

FIG. 40 shows a further perspective illustration of the running rail according to the invention, wherein different functional parts of the end plug are shown in different positions than in FIGS. 38 and 39

FIG. 41 shows an exploded perspective view of the running rail according to FIGS. 38 to 40

FIG. 42 shows a perspective exploded view of the running rail from a different viewing direction than in FIG. 41

Figure 43 is a perspective view of the end stop of the track rail of Figures 38 to 42nd

FIG. 44 shows an exploded perspective view of the end plug according to FIG. 43

Figure 45 is an exploded view of an end plug of a track rail according to another embodiment of the invention

Figure 46 is a perspective view of the end plug according to Figure 45 in the assembled state

Figure 47 is a perspective view of a track rail according to another embodiment of the invention

Figure 48 is a perspective view of the track rail according to Figure 47 from a different angle

FIG. 49 shows an exploded perspective view of the running rail according to FIGS. 47 and 48

FIG. 50 shows an exploded view of the end stop of the running rail according to FIGS. 47 to 49

Figure 51 is a perspective view of a track rail according to another embodiment of the invention

52 shows a perspective view of the end stop of the running rail according to FIG. 51

FIG. 53 is a perspective exploded view of the track rail according to FIG. 51 Figure 54 is a perspective view of an end plug of a track rail according to another embodiment of the invention Figure 55 is an exploded perspective view of the end plug according to

FIG. 54.

In Figure 1, the reference numeral 1 generally denotes a furniture body, on whose side wall 2 a furniture drawer guide 3 for a furniture drawer part, preferably in the form of a drawer 4 is attached.

In this case, the drawer 4 is shown in its retracted position in Figure 1, that is, the rear portion of the drawer 4 adjacent a rear wall 5 of the furniture body 1, while a front end of the drawer 4 forming front panel 6 directly to the front of the furniture body. 1 is applied.

As is the case with all other embodiments shown, the furniture drawer slide 3 also comprises a guide device 7 and a running rail 8. A guide device 7 results in its basic construction from FIG. 24 with the special feature of a self-closing device 9 additionally shown there will be received. Basically, the guide device 7 comprises two with a distance from each other on the side wall 2 of a furniture body

1 fixable mounting bracket 10, which are equipped with perpendicular to the mounting plane protruding arms 1 1. On this boom 11 roller carrier 12 are pushed with rotatably mounted rollers 13 and fixed at a desired distance to the mounting plane. The rollers 13 are encompassed by the cross-sectionally approximately rectangular guide rail 8 such that the slide rail 8 is supported on the upper side of the rollers 13 and the rollers 13 from the bottom so engages around that the slide rail 8 smoothly guided longitudinally slidably on the rollers 13 and at the same time secured against tilting or tilting. As an alternative to the self-closing device 9, an ejection device can also be used.

As already mentioned _"is the arrangement of a self-closing device 9, as shown in Figure 24, and optionally for guiding a running rail 8 is not necessarily required. A drawer 4 must now be fixed relative to the running rail 8 in a known manner.

For this purpose, in the front end region of the running rail 8, a cap 130 is slid onto this running rail 8 and fixed in locking and / or clamping manner on the running rail 8, which can be used as a symmetrical component both on left-hand and right-hand running rails 8 and, consequently, two vertically upwardly extending pin 14, of which each of the see between the cap 130 and the mounting brackets 10 lying pin 14 can engage in a corresponding vertically aligned bore of a drawer side wall. The drawer 4 rests with its bottom on the top of the cap 130 and is fixed by the first engaging in a bore of the side wall pin 14 once in the horizontal plane against the front rail 8.

As the figures 4 and 6 show particularly clearly, a horizontally extending, cylindrical projection 15 is provided on the front side of the cap 130, which can engage in a correspondingly horizontally extending bore of the front panel 6, so that the drawer 4 in addition against lifting of the Running rail 8 is secured.

In the exemplary embodiment according to FIGS. 1 to 6, a bracket 16, which is displaceable along the guide rail 8 in the direction of the double arrow A, is furthermore provided in the front end area, which is supported on inclined planes 17 of the cap 130, so that the height position of the bracket 16 relative to Top of the track 8 can be changed within limits. Thus, it is possible to raise the bracket 16 over the top of the cap 130 and thus also to move the drawer 4 accordingly upward, so that a height adjustment of the drawer 4 is possible for the purpose of necessary tolerance compensation measures.

Thus, FIG. 4 shows a position of the bracket 16, in which the upper side thereof lies approximately in a plane with the upper side of the cap 130, while in FIG. shows that the bracket 16 has been moved in the direction of the cap 130 and thereby has been raised well beyond the surface.

The cap 130 also includes an end stop to be described later, which when retracting or inserting the drawer in his

Closed position becomes effective.

The cap 130 forms with the bracket 16, which constitutes a height adjustment device as a whole an assembly which includes various functions, wherein the various functions have been explained above.

All the functions required for fixing a drawer 4 relative to the front end of the running rail 8, including a height adjustment, are therefore made use of by the abovementioned cover consisting of the cap 130 and the bracket 16.

Preferably, both the cap 130 and the bracket 16 is formed as a plastic molding. The cap 130 may, as already mentioned, be locked and / or clamped comfortably and without tools relative to the running rail 8.

Special processing, welding operations or the like are therefore not required here, in particular it is only necessary with respect to the running rail 8 to punch out locking recesses for integrally formed on the cap 130 latching projections.

The exemplary embodiment according to FIGS. 7 and 8 differs from the previously described exemplary embodiment essentially in that here a height adjustment device in the form of a height adjustment screw 19 which can be actuated via a knurled wheel 18 is provided, on which the drawer 4 is supported on the bottom side. By operating the thumbscrew 18 can thus also in a simple manner a height adjustment of the drawer 4 in the front

End area done.

In the embodiment according to FIGS. 9 and 10, in deviation from the previously described embodiments, a height adjustment device for the Drawer 4 daduich realized that on the track 8 em slider 20 is provided with a support cam 21 at its top, dei the drawer 4 supported on the bottom side and by longitudinal displacement relative to the running rail 8 turn a height adjustment of the drawer 4 allowed

In the embodiment according to FIGS. 11 and 12, an exemplary embodiment is shown, in which the height-displacement direction fui a drawer 4 is realized from a slide 22 guided and lockable in the front-end region of the cap 130. Diesi sliding 22 also has a cylindπ- see approach 15, which in turn engage in a Bohtung the front panel of a drawer 4 and thus can form a Abhebesicheiung 15 for the drawer 4.

Figures 13 and 14 show em embodiment of the invention with a Hohenverstelleinπchtung consisting of a with the cap 130 ubei em film Scharmei

23 connected supports 24 which duich a along the slide rail 8 movable Schiebei 25 via inclined planes 26 can be raised or lowered while the slider 25 is supported along a toothing 270 provided for supporting webs 280 of the cap 130 and m his shift position fixable, so that each adjustment position with respect to the altitude of the drawer 4 is secured

In addition, in the exemplary embodiment according to FIGS. 13 and 14, it can be seen that again a cylindrical projection 15 is provided on a tongue 290 inserted in the front end of the cap 130 in order to form a lift-off safety device.

Another possibility of a Hόhenverstelleinπchtung results from Figures 15 and 16, Here is similar to the embodiment of Figures 13 and 14 em along the slide rail 8 slidable slide 25 is provided, which cooperates over inclined planes 26 with a support 24a, which on dei the slider 25 opposite side is also supported on inclined surfaces 26 on the cap 130. As a result, in contrast to the exemplary embodiment according to FIGS. 13 and 14, a parallel displacement of the support 24a and, overall, a more stable support of the drawer 4 are obtained. So far assemblies have been described, which are in the front end region of the running rail 8 to this fixed in a simple manner and depending on the structure include a more or less large number of functions for determining and adjustment of a drawer.

Also in the rear end region of the running rail 8 assemblies are provided which can fulfill various functions.

Thus, for example, an embodiment of the invention is shown in Figures 17 and 18, in which an insertable into the rear end of the running rail 8 end stop 27 is shown, which is a parallel to the running rail 8 and in the direction of the front end of the running rail 8 extending fishing hook 28th has, which engages in the mounted state in a bore in the rear end portion of the drawer 4. As a result, the drawer 4 is also secured in the rear end region against lifting as well as against lateral displacement.

In addition, the end plug 27 is provided with an integrally formed end stop 29 which, when the drawer 4 is opened, runs against the rollers 13 of the guide device 7 lying closest to the rear wall 5. Accordingly, the

End stop 29 according to the diameter of the rollers 13 is grooved. In this case, the end stop 29 is in the area which is in the attack point in the upper vertex of the rollers 13, provided with a projecting beyond this vertex down projection 30 so that the open position of the drawer is secured at least against unintentional backward movement of the drawer.

A corresponding stop 29a can also, as shown in FIGS. 19 and 20, be provided in the region of the front end of the running rail 8. Here, instead of a cap 130, a front end plug 13 a is shown, which in turn is connected to a

Pin 14 is provided for the displacement protection of the drawer 4 and in the front end of the running rail 8 is inserted. This end plug 13a has ^¬ ana log the rear end plug shown in Figures 17 and 18, 27 each have an end stop 29a angepass- with the diameter of the front casters 13 th grooving and with a closed position of the drawer 4 locking, beyond the vertex of the front rollers 13 projecting projection 30 a on.

Corresponding end stops can, where it has already been pointed out above, also be provided on a running rail 8 in the front end region cross-cap 130.

Figure 21 shows a modification of a rear assembly with a fishing hook 28. Here is a the rear end of the rail 8 cross

Cap 27a, which is equipped in its inner, rear end portion with a resilient tongue 31, which leads to a damping of both the impact forces as well as the noise occurring when hitting the rear wall 5 facing rear rollers 13.

In the embodiment according to FIGS. 22 and 23, again a cap 27a which can be pushed onto the rear end of the running rail 8, a hook 32 with a vertically extending and in the direction of the upper end of the cap 27a is provided in addition to the resilient tongue 31 Front side of the drawer 4 extending leg 33 is provided which engages in the fully open state of the drawer 4 between the two of the rear wall 5 facing rollers 13 of the guide means 7 while the drawer 4 side and height stabilizing on the facing end faces of said rollers 13th is applied. The lowering of the completely opened drawer is reduced.

The construction of the guide device 7 according to FIG. 24 has already been briefly explained above. It will now be discussed on the integrated Selbsteinzugsvorrichtung 9. As Figures 25 and 26 make clear, the self-ei nzug s device 9 consists essentially of a parallel to the direction of displacement of the slide rail 8 movable carrier 34 and a force accumulator 35 in the form of a Spring, which is tensioned when opening the drawer 4 and released when closing the drawer 4 again, so that the power storage inherent energy can be used for the drawer 4 safely in his Retract closing position, without the need for external forces must be applied. This effect of a self-closing is known per se, with the peculiarity of the embodiment shown being that the self-retracting device 9 is completely encompassed by the running rail 8 and thus concealed. An activator 39 for actuating the driver 34 is in the region of the front

Assembly provided on the running rail 8. Alternatively, an ejection device may be integrated in place of the self-retracting device in this assembly.

FIG. 27 shows a cap 130 with an integrated activator 39 for the self-closing device 9. A front view of the cap 130 with integrated activator 39 is shown in FIG. The sectional drawing Figure 29 shows the locking projection 40 and the trigger surface 41 of the activator 39. When opening the furniture drawer guide 3 and the drawer 4, the driver 34 is horizontally determined by the locking projection 40 on the Seibsteinzugsvorrichtung 9. When closing the furniture drawer slide 3 and the drawer 4, the trigger surface 41 runs against the driver 34 and sets it in the activator 39. The pullout guide is thus closed by the self-closing device 9. In the closed state, a tumbler is thus additionally realized.

FIGS. 30 and 31 make it clear that in the front end region of the running rail 8, a cylindrical projection 15 can also be integrally formed on a component 36 which can be displaced in a latching manner in the longitudinal direction of the running rail 8 in order to form a lift-off safety device, so that the insertion depth of the attachment 15 into a corresponding bore of the drawer 4 can be adjusted. By operating the approach 15 disassembly of the drawer 4 is made possible by deactivating the lift-off. On the other hand, a length tolerance compensation is achieved by adjusting the approach 15.

Figures 32 to 34 show that a lift-off for the drawer 4 can also be formed by a locking pin 37 is inserted transversely through, for example, a front end plug 13a into a transverse bore 38 of a vertically oriented pin 14, the pin 14 is known in a vertically aligned bore of a side wall of a drawer 4 a attacks. In this case, the locking pin 37 must also pass through a corresponding transverse bore of a drawer side wall, which is aligned with the transverse bore 38 within the pin 14.

The embodiment of Figures 35 to 37 illustrates that a tongue

290 with the cylindrical projection 15 for forming a lift-off in the front end portion of the drawer 4, as basically already described for the embodiment of Figures 13 and 14, releasably attached to the cap 130. As FIG. 34 in particular makes clear, the tongue 290 is equipped at its lower end with an actuating lug 291 which is bent from the front panel of a drawer. By this operating tab 291, the tongue 290 can be lifted within certain limits of the front panel of a drawer 4, so that the cylindrical projection 15 is out of engagement with the bore in a front panel. This is a great advantage for any dismantling that may become necessary. By operating the approach 15 disassembly of the drawer 4 is made possible by deactivating the lift-off.

The embodiments shown and described in all are merely intended to demonstrate that it is of great advantage if the functional parts necessary for a fixation and other requirements for coupling a drawer 4 with a running rail are manufactured as separate assemblies and constructed as multifunctional assemblies, which have a large number of functions.

For a person skilled in the art, it is quite conceivable, based on the suggestions given by the examples shown, to find further embodiments for such assemblies, if this is desirable for a specific application.

In FIGS. 38 to 44, reference numeral 8 designates a furniture pull-out part, for example a drawer, which can be coupled, hereinafter continuously referred to as "running rail", which is fastened along a furniture body, likewise not shown, via mounting brackets 10. re guide rail 7 is guided longitudinally displaceable and at its front, front end has an end plug 13a.

The relative to the rail 8 in a manner to be described manner defined end plug 13a has a vertically upwardly extending pin 14 which is intended to engage in a corresponding bore, for example, a side wall of a furniture drawer part, this is a furniture drawer, such as a drawer, in Displacement direction of the running rail 8 coupled with this.

Furthermore, the end plug 13a is equipped with a lift-off, which according to the embodiment of Figures 38 to 44 from a side and over the outer contour dei running rail 8 projecting extension 100 in the direction of the guide rail 8 passing cylindrical pin 101, which is intended to engage in a correspondingly sized bore, for example, a front panel of a drawer. The cylindrical pin 101 is at its rear end with a handle 102, which once serves to easily mount the pin 101 in its intended position and on the other hand serves to pull out the pin 101 in case of disassembly again easily from its operative position can.

By engaging in a bore, for example, a front panel of a drawer pin 101 unintentional lifting of the drawer is prevented by the running rail 8.

Furthermore, the end plug 13a is provided with a height adjustment device, which in the exemplary embodiment according to FIGS. 38 to 44 consists of an eccentric 103 which is rotatable about an axis 104 extending transversely to the direction of displacement of the running rail 8, whereby depending on the rotational position of the eccentric 103 it can be rotated over the Surface of the running rail 8 and the end plug 13a protrudes, as shown in Figure 3, or is lowered into the plane of the surface of the running rail 8 and the end plug 13a or even further down. By means of this eccentric 103, a drawer resting on the running rail 8 and on the end plug 13a can, within certain limits, be adjusted to its altitude. The eccentric bearing is chosen so that a set adjustment position of the eccentric 103 can not be adjusted by the load of a drawer or other furniture extracting part. This can be achieved in that the eccentric bearing is self-locking or provided with detents, which ensure a corresponding assurance of an assumed adjustment position.

In order to enable a sensitive adjustment, a crank 105 is integrally formed on the eccentric axis 104, by means of which the eccentric 103 can optionally be pivoted under load into a desired adjustment position.

The end plug 13a is preferably made as an injection molding steeply made of metal or plastic.

The determination of the end plug 13a relative to the running rail 8 is particularly made

Figure 4 clearly visible. The running rail 8 is equipped with a notch 106 in its front end region. The end plug 13a rests on the lower edge of the notch 106 and on the front edge of the notch 6,

The end plug 13a is provided on two opposite sides with cutouts 107 which terminate in the region of its lower end to a shoulder 108. In these recesses 107 retaining tabs 109 are bent and pressed onto the respective shoulder 108, wherein the retaining tabs 109 extend from the lower edge of the notch 106 upwards. Thus, the end plug 13 a is fixed in all coordinate directions relative to the running rail 8.

The back, front end of the end plug 13a is the end face of the guide rail 7 opposite and forms an end stop for the running rail 8 in the fully inserted state, since in this state said rear end face of the end plug 13a abuts the guide rail 7.

As FIG. 44 in particular makes clear, the axis 104 of the eccentric 103 can be clipped into bearing eyes 1 10 of the end plug 13 a provided for this purpose, see also FIG that here a slight assembly of the eccentric 103 relative to the end plug 13a results.

On the axis 104 bearing rings 1 1 3 are arranged whose outer contour is mehrkan- term. These bearing rings 1 1 1 can in accordance with polygonal recesses

1 12 of the end plug 13a are clipped, so that a total stable and secure storage of the eccentric 103 relative to the end plug 13a results. The recesses 1 12 and the bearing rings 1 1 1 clipped therein lie in each case outside the bearing eyes 1 10.

The end plug 13a has different functional parts by design, but all are realized and mounted in the end plug 13a itself, so that only a very small total assembly effort is to operate a track 8 with the various functions such as an end stop, a vertical position, equip a lift-off or the like.

In FIGS. 45 and 46, an end plug 13a is shown, which differs from the construction of the end plug 13a according to FIGS. 1 to 7 only in that the non-lifting cylindrical pin 101 with its handle 102 transverses the end plug 13a in the transverse direction and accordingly can be inserted into a bore of a side wall of a furniture extracting part. Otherwise, the construction of the end plug 13a as well as the Höhenverstell- device in the form of the eccentric 103 is identical to the construction according to the embodiment of Figures 38 to 44th

FIGS. 47 to 50 show an embodiment of the invention in which the end plug 13a is again provided with a lift-off safeguard in the form of a cylindrical pin 101 which transverses the end plug 13a in the transverse direction. Modified here is the height adjustment, which consists in this embodiment example of a height adjustment screw 19 with a knurled wheel 18. The

Height adjustment screw I 19 is screwed into a corresponding threaded hole 19 a of the end plug 13 a, wherein the knurled wheel 18 is above the end plug 13 a and thus forms the support for a furniture drawer part such as a drawer. By pressing the thumbwheel 18 is corresponding to the Increase the height adjustment screw 19 lifting or lowering the furniture extractable part possible. It can be seen clearly in FIG. 48 that the end plug 13a in the area of the knurled wheel 18 is disengaged so far that the knurled wheel 18 is in an elevated position with the top side of the running rail 8 when the height adjustment screw 19 is fully inserted. The knurled wheel 18 is in the front region of the

End stop 13a arranged and thus easily accessible for the purpose of height adjustment at any time. FIG. 12 shows particularly clearly that here, too, the end plug 13a is provided on two opposite sides with cutouts 107 which terminate at the bottom in paragraphs 108, so that the fixing of the end plug 13a via retaining tabs 109 is also possible here, as in FIG Embodiment according to Figures 38 to 44 already described.

FIGS. 51 and 52 show an embodiment of the invention in which the end plug 13a is equipped with an integrally formed activator 39 for a self-closing device. This activator 39 is intended, in conjunction with a driver of a known self-retracting device, to clamp a force store when a furniture pull-out part is pulled out of a body of a piece of furniture and releases the tensioned force store again when the furniture pull-out section is in the last section of its insertion path. so that the furniture extracting part is automatically withdrawn over this last distance away in its closed position.

The embodiment of the invention according to FIGS. 53 to 55 is characterized in that the end plug 13a is equipped with all imaginable functional parts. These functional parts are here the formed

Activator 39 for a self-closing device, the molded pin 14 for coupling a Möbelauszugsteiles with the running rail 8 in the direction of displacement, a height adjustment in the form of a height adjustment screw 19 with a knurled wheel 18 for their operation and to a lift-off in the form of a cylindrical pin 101 with a handle 102, which in this embodiment in turn passes through a lateral extension 100 of the end plug 13a in the longitudinal direction and is thus intended to engage in a bore of a front panel or a front wall of a furniture extracting part. Of course, further combinations of different functional parts, which are integrated into an end plug 13a, conceivable.

For example, height adjustment devices in the form of eccentrics 103 may also be provided in the exemplary embodiments according to FIGS. 51 to 55.

Also in the embodiment of the invention according to Figures 38 to 44, the Anfbrmung an activator 39 to the end plug 13a is conceivable.

Common advantage of all these variants is that many functional elements that were previously set in the form of individual modules on a running rail 8, now combined with a single end plug 13a and together with this on a running rail 8 can be fixed.

As an alternative to the exemplary embodiments illustrated, the end plug 13a can also be connected to the running rail 8 in that the end plug 13a has a form-locking projection projecting into the running rail 8, which then locks relative to the running rail 8 or by one or more indentations of the running rail (8). connected to this.

LIST OF REFERENCE NUMBERS

1 furniture carcass

2 side wall 3 furniture drawer guide

4 drawer

5 rear wall

6 front panel

7 guide device 8 track rail

9 self-closing device

10 mounting brackets

1 1 boom

12 roller carriers 13 rollers

13a end plug

14 cones

15 Cylindrical approach

16 stirrups 17 inclined planes

18 knurled wheel

19 height adjustment screw

20 slides

21 support cams 22 slides

23 movie hinge

24 supports 24a supports

25 slide 26 inclined plane

27 end plugs 27a cap

28 fishing hooks

29 end stop 29a stop

30 projection 30a projection

31 resilient tongue 32 hooks

33 thighs

34 drivers

35 energy storage

36 component 37 locking pin

38 cross bore

39 activator

40 locking projection

41 trigger surface 100 extension

101 pen

102 handle

103 eccentric

104 axle 105 crank

106 notch

107 Free cut

108 paragraph

109 retaining tabs 1 10 bearing eyes

1 1 1 bearing ring

1 12 recess 130 cap

270 toothing 280 supporting webs

290 tongue

291 operating lug

Claims

claims

1. furniture drawer guide (3) with a fixed to a side wall (2) of a furniture body (1) fastened guide means (7) and a longitudinally displaceable felt track rail (8), in turn, with a furniture drawer, preferably a drawer (4), coupled is, wherein in the rear and in the front end region of the running rail (8) various functional parts for coupling and securing the Möbelauszugsteiles, for closing the running rail (8), to form end stops, stiffeners of the rail profile, locking the closed position or the like are characterized in that the functional parts are combined in the front and in the rear end region to form prefabricated, multifunctional assemblies which are fixed to the running rail (8) in a positive, positive and / or material fit,

2. Furniture drawer guide according to claim 1, characterized in that the multifunctional assemblies consist of preferably integrally manufactured or formed from assembled subgroups moldings.

3. furniture drawer guide according to claim 1 or 2, characterized in that the assemblies or subgroups are made of plastic.

4. furniture drawer guide according to one of the preceding claims, characterized in that the assemblies or subgroups made of plastic injection molded parts.

5. Furniture drawer guide according to one of the preceding claims, characterized in that the assemblies or sub-groups consist of plastic laser sintered parts.

6. furniture drawer guide according to one of the preceding claims, characterized in that the rear assembly as a the rear end of the running rail (8) occlusive and the rail profile stiffening end plug (27) is formed.

7. furniture drawer guide according to one of claims 1 to 4, characterized in that the rear assembly as the rear end of the running rail (8) occlusive and the running rail profile stiffening cap (27 a) is formed.

8. Möbeiauszugsführung according to any one of the preceding claims, characterized in that the rear assembly a parallel to the running rail (8) and in the direction of the front of the running rail (8) extending catch hook (28) and a resilient tongue (31) for damping the stop

Running rail (8).

9. furniture drawer guide according to one of the preceding claims, characterized in that the rear assembly a hook (32) with a parallel to the fishing hook (28) and in the same direction as the fishing hook

(28) extending leg (33), wherein the leg (33) with open drawer (4) engages in the guide device (7) that the rear end of the running rail (8) is vertically and horizontally stabilized to the direction.

10. Furniture drawer guide according to one of the preceding claims, characterized in that the rear assembly is an end stop (29, 29 a) and the running rail (8) in the fully extended state relative to the guide means (7) fixing projection (30, 30 a) is equipped.

1 1. Furniture drawer slide according to one of the preceding claims, characterized in that the front assembly of a on the front end of the running rail (8) slide-cap (130) or from a in the front end of the running rail (8) insertable end plug (13a) wherein the cap (130) or the end plug (13a) has at least one vertically upwardly extending pin (14) adapted to be coupled to a drawer (4) in a vertical bore, preferably a side wall of the drawer (4). intervenes.

12. furniture drawer guide according to one of the preceding claims, characterized in that the front assembly (130, 13 a) has a damping device, for example in the form of a resilient tongue or the like, the damping when closing the drawer (4) with the guide means (7) interacts.

13. Furniture drawer slide according to one of the preceding claims, characterized in that the front module has a height adjustment device.

14. Furniture drawer slide according to one of the preceding claims, characterized in that the height adjustment device from a via a knurled wheel (18) operable H öhenv create screw (19).

15. Furniture drawer slide according to one of the preceding claims, characterized in that the height adjustment of a longitudinally displaceable along the running rail (8) and thereby over inclined planes (17) of the cap (130) height-adjustable bracket (16).

16. Furniture drawer guide according to one of the preceding claims, characterized in that the height adjustment of a longitudinally of the running rail (8) slidable slide (20) with a drawer (4) bo- supporting side supporting cam (21).

17. Furniture drawer guide according to one of the preceding claims, characterized in that the height adjustment device consists of a vertically displaceable and latching on the cap (130) or an end plug (13a) fixable slider (22).

18. Furniture drawer guide according to one of the preceding claims, characterized in that the front assembly has a lift-off for a drawer (4), wherein the lifting device consists of a cylindrical projection (15) in a corresponding hole in a front panel (6) of a Drawer (4) engages.

19. Furniture drawer guide according to one of the preceding claims, characterized in that the anti-lifting device in the form of the cylindrical projection (15) is part of a height adjustment device forming slide (22).

20. Furniture pullout guide according to one of the preceding claims, characterized in that the anti-lifting device consists of a locking pin (37) which transversely to the running direction of the running rail (8) passed through this and in a transverse bore of one with the drawer (4) coupled

Pintle (14) engages.

21. Furniture drawer slide according to one of the preceding claims, characterized in that in the guide device (7) a Selbsteinzugsvor- direction (9) is integrated, which is encompassed by the running rail (8).

22. Furniture drawer slide according to one of the preceding claims, characterized in that an activator (39) for actuating the self-closing device (9) is part of the front module.

23. Furniture pullout guide according to claim 1, characterized in that the end plug (13 a) forms an end stop for the running rail (8) in the retracted state and with a vertically extending connecting pin (14), an activator (39) for the operation of a driver of a self - Traction device or both with a connecting pin (14) as well as an activator (39) is equipped.

24. Furniture drawer slide according to claim 23, characterized in that the

Activator (39) is integrally formed on the end plug (13 a).

25. furniture drawer guide according to claim 23, characterized in that the connecting pin (14) is made in one piece with the end plug (13 a).

26. Furniture drawer guide according to one of the preceding claims, characterized in that the anti-lifting device consists of a cylindrical pin (101) which passes through the end plug (13 a) in the transverse direction or in the longitudinal direction and in a bore of a side wall or a front panel of a Möbelauszugsteiles is insertable.

27. Furniture drawer guide according to claim 26, characterized in that the cylindrical pin (101) is equipped at one of its ends with a handle (102).

28. Furniture drawer slide according to one of the preceding claims, characterized in that the height adjustment device consists of an eccentric (103) which is latched together with its axis (104) on the end plug (13a).

29. Furniture drawer slide according to one of the preceding claims, characterized in that the height adjustment of a Höhenv create screw (19) with a knurled wheel (18), the Höhenverstell- screw (19) from above into a threaded bore (19 a) of the end plug ( 13a) is screwed.

30. Furniture drawer slide according to claim 29, characterized in that the

End plug (13 a) is provided in the region of the knurled wheel (18) with a notch whose height corresponds to the thickness of the knurled wheel (18).

31. Furniture drawer slide according to one of the preceding claims, characterized in that the axis (104) of the eccentric (103) is equipped at one of its ends with a crank (105).

32. Furniture drawer slide according to one of the preceding claims, characterized in that the end plug (13a) in the longitudinal direction passing through cylindrical pin (101) integrally formed on the end plug (13a) and over the cross section of the running rail (8) projecting outward projection ( 100) passes.

33. Furniture drawer slide according to one of the preceding claims, characterized in that the end plug (13a) rests on the lower flanks of the upper side of the running rail (8) outgoing notch (106) and by means of two retaining tabs (109) in the lateral free cuts ( 107) are bent over and there are each pressed onto a lower shoulder (108), is fixed to the running rail (8).

34. Furniture drawer guide according to one of claims 23 to 31, character- ized in that the end plug (13a) has a form-fitting in the running rail (8) projecting approach and in the region of this approach with the running rail (8) is locked or pressed.

35. Furniture drawer guide according to one of the preceding claims, characterized in that the end plug (13a) is made as an injection molded part.

36. Furniture drawer slide according to claim 35, characterized in that the

End plug (13a) is made of metal.

37. Furniture drawer slide according to claim 34, characterized in that the

End plug (13a) is made of plastic.