초록 ▼

The invention relates to a fitting for furniture, in particular for kitchen corner cabinets (1) with an interior (2) which is accessible via a corner cabinet door (3), having a substantially vertical load-bearing column (5), which can be supported at a fixed location, for example, in the interior (2

The invention relates to a fitting for furniture, in particular for kitchen corner cabinets (1) with an interior (2) which is accessible via a corner cabinet door (3), having a substantially vertical load-bearing column (5), which can be supported at a fixed location, for example, in the interior (2) of the furniture, and having a connector (8), which can be arranged on the load-bearing column (5) and is intended for retaining articles, such as a shelf (6) or the like, which are to be supported on the load-bearing column (5), wherein the connector (8) can be supported on the load-bearing column (5) such that it can be altered in height via a height adjuster (9).

대표청구항 ▼

1. A fitting for a piece of furniture, the fitting comprising: a substantially vertical support column supported stationarily in an interior of a piece of furniture;a connector arranged on the support column and adapted to secure objects on the support column;a height adjuster connected to the suppo

1. A fitting for a piece of furniture, the fitting comprising: a substantially vertical support column supported stationarily in an interior of a piece of furniture;a connector arranged on the support column and adapted to secure objects on the support column;a height adjuster connected to the support column;wherein the connector is supported on the height adjuster so as to be height-adjustably supported on the support column;wherein the height adjuster engages around the support column;wherein the height adjuster comprises at least a first part and a second part, wherein the first part is an actuator that is secured in a cutout hole provided in the support column;wherein the second part is an inner part surrounding at least sectionwise the support column, wherein the actuator surrounds at least sectionwise the inner part;wherein the inner part has a cutout hole that is congruent with the cutout hole in the support column, wherein the actuator is provided with a locking projection that penetrates the cutout hole of the inner part;wherein the actuator has a first leg and a second leg, wherein the first leg has a first guide end and the second leg has a second guide end, wherein the first and second legs of the actuator surround sectionwise the inner part, wherein the first guide end is guided in a first guide path provided on the inner part and the second guide end is guided in a second guide path provided on the inner part, wherein the first and second guide paths each have a first terminal stop and a second terminal stop. 2. The fitting according to claim 1, wherein the fitting has a final mounted position in which the first leg is resting on the first terminal stop of the first guide path and the locking projection of the actuator penetrates the cutout hole of the support column and the cutout hole of the inner part, wherein the first and second guide paths each have a guide path length such that, by a movement of the first leg in the first guide path from the first terminal stop to the second terminal stop of the first guide path, the locking projection is moved out of the cutout hole of the support column and, subsequently, the height adjuster is moved for height adjustment on the support column. 3. The fitting according to claim 2, wherein during the movement of the first leg in the first guide path the second leg is supported on the first terminal stop of the second guide path. 4. The fitting according to claim 3, wherein the locking projection of the actuator is movable out of the cutout hole in the support column by a movement of the first leg in the first guide path as well as by a movement of the second leg in the second guide path. 5. The fitting according to claim 4, wherein the locking projection of the actuator is movable out of the cutout hole of the support column and out of the cutout hole of the inner part of the height adjuster by a movement of the first and second legs of the actuator in the first and second guide paths from the final mounted position at the first terminal stops to the second terminal stops. 6. The fitting according to claim 2, wherein the locking projection of the actuator is movable out of the cutout hole of the support column and out of the cutout hole of the inner part of the height adjuster by a movement of the first and second legs of the actuator in the first and second guide paths from the final mounted position at the first terminal stops to the second terminal stops. 7. The fitting according to claim 1, wherein the support column has several cutout holes arranged at a spacing above each other and wherein the actuator has a locking projection that engages one of the several cutout holes. 8. The fitting according to claim 1, wherein the height adjuster has a collar on which the connector, surrounding at least sectionwise the support column, is detachably supported.