AT510660A1 - POSITIONING DEVICE FOR POSITIONING AN EJECTION DEVICE FOR EJECTING A MOVABLE FURNITURE PART - Google Patents

Abstract

Positioning device (1) for positioning an ejection device (2) for ejecting a movably mounted furniture part (3) from a closed end position relative to a furniture carcass (4), comprising a guide element (5) attached to a substantially horizontally extending cabinet bottom (6). the furniture body (4) is to be fastened, and wherein a carrier element (7) of the ejection device (2) is positionable by the guide element (5), wherein the guide element (5) at least one in mounting position at least partially in the depth direction (T) of the cabinet bottom ( 6) extending guide (8) for displaceable mounting of the carrier element (7).

Description

* * 1

The invention relates to a positioning device for positioning an ejection device for ejecting a movably mounted furniture shell from a closed end position relative to a furniture body, with a guide element which is to be fastened to a substantially horizontally extending cabinet bottom of the furniture body, and wherein by the guide element a support element of Ejector is positionable.

Furthermore, the invention relates to an arrangement with a positioning device of the type to be described and a piece of furniture with such an arrangement.

Devices are known for the positioning of ejection devices for ejecting movably mounted furniture parts from a furniture body, these devices are used in the assembly of ejection devices, especially in cabinet-shaped furniture with one or more drawers, the drawers each through them to parent ejectors from their closed end positions are movable relative to the furniture body of the furniture in an open position. This can be done, for example, by having an ejection element of the ejection device, e.g. a Ausstoßhebei, with closed end position of the drawer rests against the rear wall and presses against this back wall when activated, so that the drawer is ejected in the opening direction of the furniture body. Accurate positioning of the ejection device relative to the drawer is therefore of great importance, since the position of the ejection device relative to the drawer influences the output quota. If the ejection lever of the ejection device is too far away from the rear wall of the drawer, the ejection lever can not develop its full ejection effect. If the ejection lever is not centrally applied to the rear wall of the drawer, it may tilt during ejection. If the ejection lever is positioned too close to the backplane, a so-called touch-latch functionality ejector may malfunction as it may eliminate the need for the ejection lever trip path to detect the ejection trigger. Only by an exact positioning of an ejection device relative to the drawer can be ensured that the aforementioned disadvantages can be avoided and the ejection device can eject the drawer properly.

The AT 505 970 At shows a support structure for at least one ejection device, said support structure comprising a mounting rail and two fastening devices 68484 30 / hn ··· * · t · t * · * * * * * • ·· * '* * * * * In one exemplary embodiment, a first fastening device is fastened to the base of the carcass and a second fastening device is fastened to the rear wall of the carcass, with an adjustment of the depth position of the ejection device in FIG Reference to the movable furniture part can be done by a Lagerteäl the second fastening device. Although some adjustment in the depth direction of the furniture body may take place, this only takes place in a relatively small area, since the first fastening device is fastened fixedly and immovably to the floor of the carcass. Overall, the assembly work for the support structure of the ejection devices is relatively high, since first the first fastening device on the body floor and then the second fastening device are to be attached to the body rear wall. The mounting rail can then be mounted between these two fastening devices, wherein an adjustment in the depth direction can be carried out by the second fastening device. For a precisely fitting attachment of the mounting rail between the two fastening devices while an increased effort in terms of measuring and attaching the two fastening devices on the furniture body is required.

The invention has therefore set itself the task of providing a comparison with the prior art improved Positioniervomichtung for positioning an ejection device for ejecting a movably mounted furniture part from a closed end position relative to a Möbelkarpus. In particular, positioning should take place with the least possible measurement and assembly effort. This should help to eliminate possible sources of error in the assembly of ejectors as far as possible. Furthermore, to be enabled by the invention that ejection devices for movable furniture parts, especially drawers, with a wide range of different nominal lengths and regardless of the guide system used can be very easily positioned so that they can bring about the ejection process in the desired manner. In this case, a positioning should also be independent of the material of the movable furniture part, in particular independent of the material of the rear wall of a drawer such as wood or steel, be possible. In addition to be with a positioning device according to the invention ejection devices in connection with a variety of furniture carcasses regardless of their construction, in particular regardless of whether in a furniture carcass a rear wall is present or not, be positionable. * · · · · 3

This object is achieved by the features of claim 1. Advantageous embodiments of the invention are specified in the dependent claims.

According to the invention, it is thus provided that the guide element has at least one guide extending in the mounting direction at least in sections in the depth direction of the cabinet floor for the displaceable mounting of the carrier element.

The ejection device may, for example, be mounted on a carrier element e.g. on a mounting bracket, be arranged. In order to eject a drawer as intended from a furniture body, the ejection device must be arranged in a suitable position relative to the drawer in its closed end position. This is achieved in the proposed positioning by the fact that first the guide element is mounted on the bottom of the cabinet furniture body. The guide element has a guide, preferably a linear guide, which runs in the mounting position at least in sections in the depth direction of the cabinet bottom (i.e., in the direction of movement of the drawer), the carrier element being displaceably mounted along this guide. This makes it possible to position the arranged on the support member ejection device for drawers with different nominal lengths. For example, the guidance of the carrier element can extend over at least half the depth extent of the cabinet bottom. It is of course also possible to arrange a plurality of ejection devices on the carrier element, so that even drawers with high load bearing can be reliably ejected.

The carrier element can be fixed after positioning relative to the guide element with the guide element and / or with the cabinet bottom via a fastening device. The fastening device may be, for example, a screw through which the support member screwed onto the cabinet floor and / or can be screwed to the Fühmngselement. But it can also be provided that after the attachment of the support element on the bottom of the cabinet, the guide element can be removed again. As a result, the guide element for the positioning of a further ejection device would be reusable

In a preferred embodiment of the invention, it can be provided that the guide element has a longitudinal section and at least one transverse section projecting substantially at right angles from the longitudinal section, the longitudinal section having the guide for guiding the carrier element. It can be provided that the support member for displaceable mounting relative to the guide element has at least one groove. Such a groove may, for example, be designed such that in operative connection with the guide of the guide element, it forms a linear sliding guide, e.g. a dovetail guide, forms.

The guide element can have a stop, by means of which the guide element can be positioned relative to an edge of the cabinet bottom. The stop can be used to align the guide element flush with the rear edge of the cabinet floor. In a furniture body with a rear wall, however, the stop facilitates the fitting of the guide element in that edge of the cabinet floor, starting from which the bottom wall attached to the bottom wall, substantially perpendicularly projecting from the cabinet bottom in the vertical direction extends. When positioning the ejection device, first the guide element with the stop, which can extend along the transverse section of the guide element, is inserted into the angle which results from the cabinet bottom and rear wall of the furniture carcass. If the furniture body has no back wall, the guide element is placed flush with the rear edge of the cabinet floor. In this case, the stop of the guide element can preferably be formed by a section projecting substantially at right angles from the transverse section of the guide element and extending vertically downwards in the mounting position, through which the guide element can be abutted flush against the edge of the cabinet floor.

It can also be provided that the guide element has at least one recess, through which a mark attached to the bottom of the cabinet is visible. This allows a pre-positioning of the guide element, in particular in the transverse direction of the cabinet bottom. This recess may for example be designed as an opening through which the marking is visible.

A typical positioning process of an ejector takes place in several steps. First, in a first step, the width of the cabinet floor is determined and mounted at about half the width in the range between the cabinet bottom and rear wall of the furniture body or in the absence of rear wall in the region of the rear edge of the cabinet floor a mark on the bottom of the cabinet, the guide element is then with its stop at the angle between the bottom of the cabinet and the rear wall of the cabinet or, if the rear wall is not present, flush with the rear edge of the cabinet bottom

5 created. In this case, a section protruding substantially vertically downwards in the mounting position from the transverse section of the guide element can facilitate the positioning of the guide element on the trailing edge of the cabinet floor. The guide element is now flush with the rear wall of the furniture body or on the trailing edge of the cabinet base, wherein the guide of the guide element extends at least in sections in the depth direction of the cabinet bottom. The guide element can now be moved along the edge into that position in which the marking attached to the bottom of the cabinet is visible through the recess of the guide element. The guide element is to be fastened at this position, e.g. by a double-sided adhesive tape, which is attached to the underside of the guide element.

In a next step, the support element, on which the ejection device is mounted, is placed on the front end of the guide element guide by means of a recess or groove provided therefor. Following this, the drawer is pushed in the direction of its closed end position. In this case, the ejection device attached to the support element is pushed by the rear wall of the drawer along the guide.

It is particularly advantageous if a spacer is provided, through which a predetermined relative distance between the movable furniture part and the ejection device can be fixed. This spacer ensures that after positioning the ejection device and removing the spacer, a corresponding release stroke for the ejection element of the ejection device is ensured.

Due to the proposed positioning device, an ejection device can always be brought and mounted at a respectively suitable position relative to the rear wall of the drawer associated with a drawer, in particular with different lengths of the drawers, and thus the required triggering path for activating the touch-latch function is ensured.

Preferably, it can be provided that the spacer is mounted on the ejection device such that the positioning of the spacer on the ejection device causes the ejection element, e.g. an ejector lever, is lockable and thus the spacer also provides protection against accidental release of the ejector during the positioning and mounting operation. The 6th

Spacer may be arranged, for example, in a corresponding recess of the ejection device:

After the drawer inserted into its closed end position relative to the furniture body wound and the support element has been moved along the guide of the guide element in the depth direction, in a further step, the drawer is pulled out of the furniture body again. The ejection device or the carrier element to which the ejection device is attached was correctly positioned by the bearing on the guide of the guide element and by the insertion of the drawer in its closed end position and can subsequently be fastened to the bottom of the cabinet by means of a fastening device. This can e.g. done by a screw connection.

It can also be provided a cover for Ausstoßvomchtung, which is releasably attachable to the support member. This cover is in mounting position above the ejector and protects the ejector from dripping water. This is particularly favorable if the ejection device is located, for example, in a furniture carcass below a sink.

Protection is also sought for an arrangement with a positioning device according to the invention and a Ausstoßvomchtung. The ejection device can have at least one electric drive, by means of which an ejection element of the ejection device for ejecting a movably mounted furniture part from a closed end position relative to a furniture carcass is bar. Of course, it is also possible to provide another type of drive, for example a spring drive, for applying the ejection element to the ejection device.

In addition, protection for a furniture with an arrangement of the type described above is sought after.

Protection is also desired for a method according to claim 12.

Further details and advantages of the present invention will be explained in more detail below with reference to the Figures Beschneibung with reference to the embodiments illustrated in the drawings. • · ♦ 7

Show:

Frg. 1 r 1A Fig. 2, 2A Fig. 3R 3A Fig. 4, 4A Fig. 5A Fig. 6 Fig. 7

9 shows a furniture carcass in a perspective illustration, a guide element placed on the bottom of the cabinet, a carrier element placed on the guide of the guide element with an ejection device, a drawer inserted into the furniture carcass, which is intended for

Positioning of the ejection device is provided. 4, 4A in its closed end position, an arrangement according to FIG. 5 with the drawer removed, an embodiment of the positioning device with guide element, mounted carrier element with ejection device mounted thereon in a speci fi cal position, an exploded view of an embodiment the positioning device, and an ejector with electric drive.

Fig. 1 shows a perspective view of a furniture body 4, the a cabinet bottom 6, two laterally attached thereto side walls and a rear wall aulweist. In this furniture body 4, for example, a slidably mounted furniture part 3 in the form of a drawer 3 (not shown here) along and arranged on the furniture body 4 Schubladenausäehführungen 19 in the depth direction T and are pushed out. For ejecting the movably mounted furniture part 3, an ejection device 2, not shown, is provided, which is to be positioned so that the ejection device 2 moves the movably mounted furniture part 3 from a closed end position relative to the furniture body 4 in an open position after activation. For this purpose, the center of the cabinet bottom 6 is first determined approximately in the transverse direction, and a marking M is attached to the bottom of the cabinet 6 in the region of the rear end of the cabinet bottom 6. This can clearly be seen in FIG. 1A, which shows an enlarged section of the region A of FIG. 1. Here, the marking M extends starting from the angle 13, which is formed by the bottom of the cabinet 6 and the rear wall of the furniture body 4 arranged substantially at right angles thereto, in the depth direction T to the front.

2 shows the furniture carcass 4 according to FIG. 1 with a guide element 5 arranged on the bottom of the cabinet 6, and FIG. 2A shows an enlarged detail section. The guide element 5 is preferably T-shaped and has a longitudinal section 9 • * ·· ** ··! * 8 and at least one of this longitudinal portion 9 substantially perpendicular protruding transverse portion 10. The Längsabschhitt 9 thereby provides a guide 8 for a slidably mounted in the direction of depth T carrier element 7 a

Ejector 2 (see Fig, 3). The transverse section 10 of the guide element 5 has a stop 12, by means of which the guide element 5 can be laid flush against the angle 13 between the cabinet bottom 6 and the rear wall of the furniture body 4. If the furniture body 4 has no rear wall, then this stop 12 of the guide element 5 can have a vertical section projecting substantially at right angles from the transverse section 10, through which the guide element 5 can be abutted flush against the rear edge of the cabinet bottom 6. The transverse section 10 furthermore has a recess 14, by means of which the guide element 5 can be positioned with respect to the marking M. As can be seen in the enlarged illustration of the region A of FIG. 2 (FIG. 2A), the guide element 5 becomes flush the edge 13 of the cabinet bottom 6 positioned so that the mounted on the bottom of the cabinet 6 marking M is visible through the recess 14 of the guide member 5 therethrough.

FIG. 3 shows the furniture carcass 4 with the prepositioned guide element 5 according to FIG. 2, wherein a carrier element 7 is displaceably arranged on the front end of the guide 8 in the depth direction T (see FIG. 2) of the guide element 5. The support element 7 is formed angularly in this example, wherein the horizontal portion of the angle has a corresponding recess or groove 11 through which the support member 7 is slidably mounted along the guide 8 of the guide member 5. Since the guide 8 of the guide member 5 tapers in the depth direction T of the furniture body 4, the ejector 2 can be shifted in the depth direction T by the support member 7 on which the ejector 2 is mounted. The ejection device 2 has an ejection element 18 in the form of an ejection lever, through which the movably mounted furniture part 3, not shown here, can be ejected. In addition, a cover 16 is shown, which at the top of the support element 7, e.g. By means of snap connection, can be fastened This cover 16 prevents the ingress of dirt and dripping water.

3 shows an enlarged Detarlansicht of FIG. 3. On the ejection device 2, a spacer 15 is arranged, through which a predetermined relative distance between the movably mounted furniture part 3 and the ejection device 2 can be fixed. This is particularly important when the ejector 2 is equipped with a so-called touch-latch functionality. By the spacer 15 can be ensured

9 are that after positioning of the ejection device 2 and after removal of the spacer 15, a defined trip path is provided.

4 shows a drawer 3, which is movable into the furniture body 4 via drawer extension guides 19 in the depth direction T, and FIG. 4A shows an enlarged view of the area A in FIG. 4. For positioning the ejection device 2, the drawer 3 becomes so far in the depth direction T pushed into the furniture body 4 until the drawer 3 is in its closed end position (Fig, 5). During the insertion of the drawer 3 into the furniture body 4, the rear wall of the drawer 3 strikes the spacer 15. After the closed end position of the drawer 3 is reached, the ejection device 2 has a correct position with respect to the rear wall of the drawer 3, so that the ejection device 2 is positioned after attachment to the furniture body 4 and after removal of the spacer 15 at the intended location. The attachment of the ejection device 2 relative to the furniture body 4 can be achieved by a fastening device, e.g. a screw connection, done.

FIG. 5 and FIG. 5A show the arrangement according to FIG. 4 and FIG. 4A, wherein the drawer 3 has been pushed into the furniture carcass 4 up to the closed end position. In order to provide a defined Eindrückweg available in terms of a touch-latch functionality of the ejector 2 in the closed end position of the drawer 3, corresponding, known in the art, spring buffer may be provided. These can be arranged, for example, on the inside of the front panel of the drawer 3 or on the side walls of the furniture body 4. The ejection device 2 is now positioned as intended and can be fixed by fixing the support member 7 on the bottom of the cabinet 6 of the furniture body 4 in the correct position relative to the rear wall of the drawer 3. After removal of the spacer 15 from the ejection device 2, it is also found that the triggering path for the ejection element 18 required for the touch-latch function of the ejection device 2 is available. Starting from the closed end position of the drawer 3, this can now be moved, for example by manual pressure on the front panel in the closing direction of the drawer 3 in a - further into the furniture body 4 in - second end position, whereupon the drawer 3 by the ejector 2, starting from the second end position is movable in an open position.

Fig. 6 shows an arrangement according to Fig. 5, wherein the drawer 3 has been removed after reaching its closed end position (Fig. 5) for reasons of clarity. The * * * · ♦ «** * ι 4 4 * * · * * mm m 10

Ejection device 2 was positioned by inserting the drawer 3 in the depth direction T to its closed end position in the correct position with respect to the rear wall of the drawer 3. In this position, the support element 7 can now be attached to the bottom of the cabinet 6. After removal of the spacer 15 from the ejection device 2, it is ensured that the triggering path for the ejection element 18 required for the touch-latch function of the ejection device 2 is available when the drawer 3 is in its closed end position.

FIG. 7 shows a perspective view of the carrier element 7, which is positioned on the guide element 5. The carrier element 7 has an angular configuration with a horizontal section in the mounting position and a vertical section projecting substantially at right angles thereto, on which at least one ejection device 2 is mounted. The horizontal portion of the support member 7 has a groove 11 through which the support member 7 is slidably mounted along the guide 8 of the guide member 5. The ejection device 2 comprises in this example an electric drive 17, through which the ejection element 18 can be acted upon. At the ejection device 2, a spacer 15 is provided which ensures during the positioning of the ejection device 2 for a defined relative distance between the ejection device 2 and rear wall of the movable furniture part 3, not shown here, so that after removal of the spacer 15, a corresponding triggering path for the ejection element 18 is given , In addition, the detachable spacer 15 also serves as a triggering protection during the positioning of the ejection device 2, so that no unintentional ejection movement of the ejection element 18 can take place.

Fig. 8 shows an exploded perspective view of the positioning device 1 according to Frg. 7. An ejection device 2 is attached to the angular support element 7. The horizontal portion of the support member 7 has a groove 11 through which the support member 7 is slidably mounted along the guide 8 of the guide member 5. In this embodiment, the transverse section 10 of the guide element 5 has a recess 14 in the form of an opening or a hole, through which a marking M attached to a cabinet bottom 6 can be visible (see also FIG. 2A). In addition, a cover 16 is shown, which at the top of the support element 7, e.g. by snap connection, can be fastened. This cover 16 prevents the ingress of dirt and dripping water. • f # t «·· 4 ···» ··· 11

Fig. 9 shows an arrangement according to FIG. 4, wherein the ejection element 18 of the ejection device 2 can be acted upon by an electric drive 17, which is not recognizable here. For power supply, a corresponding power supply is shown, the electrical energy from a socket for: the electric drive 17 of the ejector 2 is available The cable guide can be done in corresponding recesses of the support member 7. The spacer 15 also serves as protection against tripping during the positioning of the ejection device 2, so that no unintentional ejection movement of the ejection element 18 can take place.

The invention is not limited to the illustrated embodiments but includes or extends to all variants and technical equivalents which may fall within the scope of the following claims. Also, the location information chosen in the description, such as front, hinteri, down, etc. related to the immediately described and illustrated figure and are to be transferred to a new position analogously to the new situation

Innsbruck, on October 15, 2010

Claims (10)

1. A positioning device (1) for positioning an ejection device (2) for ejecting a movably mounted furniture part (3) from a closed end position relative to a furniture carcass (4), with a guide element (4). 5), which is to be fastened to a substantially horizontally extending cabinet bottom (6) of the furniture body (4), and wherein a carrier element (7) of the ejection device (2) can be positioned by the guide element (5), characterized in that the guide element (5) has at least one in mounting position at least partially in the depth direction (T) of the cabinet bottom (6) extending guide (8) for displaceable mounting of the support element (7). 2. Positioning device according to claim 1, characterized in that the carrier element (7) after positioning relative to the guide element (5) with the guide element (5) and / or with the cabinet bottom (6) is to be fastened by a fastening device. 3. Positioning device according to claim 1 or 2, characterized in that the guide element (5) has a longitudinal section (9) and at least one of the longitudinal section (9) substantially perpendicular protruding transverse section (10), wherein the longitudinal section (9) the guide ( 8). 4. Positioning device according to one of claims 1 to 3, characterized in that the carrier element (7) for displaceable mounting relative to the guide element (5) has at least one groove (11). 5. Positioning device according to one of claims 1 to 4, characterized in that the guide element (5) has a stop (12) through which the guide element (5) relative to an edge (13) of the cabinet bottom (6) can be positioned 6. Positioning device according to one of claims 1 to 5, characterized in that the guide element (5) has at least one recess (14) through which a at the bottom of the cabinet (6) mounted mark (M) is visible. 68484 30 / hn * ··· * * * t 2 7. Positioning device according to one of claims 1 to 6, characterized in that a Abstandshafer (15) is provided, through which a predetermined relative distance between the movable furniture part (3) and the ejection device (2) can be fixed. 8. Positioning device according to one of claims 1 to 7, characterized in that a cover (16) for the ejection device (2) is provided, which on the carrier element (7) is releasably fastened. 9. Arrangement with a positioning device (1) according to one of claims 1 to 8 and with an ejection device (2). 10. Arrangement according to claim 9, characterized in that the ejection device (2) has at least one electric drive (17) through which an ejection element (18) of the ejection device (2) for ejecting a movably mounted furniture part (3) from a closed end position relative to a furniture body (4) can be acted upon. 11. Furniture with an arrangement according to claim 9 or 10. 12. method for positioning an ejection device (2) for ejecting a movably mounted furniture part (3) from a closed end position relative to a furniture body (4) with a positioning device (1), in particular according to one of claims 1 to 8, which comprises the following steps: a) positioning and fixing a guide element (5) on the cabinet bottom (6) of the furniture body (4), b) supporting a carrier element (7) on a depth direction (T) of the cabinet floor (6) at the front end of at least one guide (8) of the guide element (5) extending in sections in the depth direction (T), the ejection device (2) being arranged on the carrier element (7) and a spacer (15) being mounted on the ejection device (2) c) insertion of the movably mounted furniture part (3) in the depth direction (T) into the furniture body (4) up to the closed end position of the movably mounted furniture part (3 D) attaching the support element (7) to the furniture body (4), preferably to the cabinet bottom (6) of the furniture body (4), and e) removing the spacer (15) from the ejection device (3) 2). Innsbruck, 15 October 2010