A refrigerator appliance includes a drawer slide synchronizer with a first cable and a second cable. A first bearing is mounted to a first one of a pair of drawer slides, and a second bearing is mounted to a second one of the pair of drawer slides. The first and second cables contact the first bearing, and the first and second cables also contact the second bearing.

An arrangement includes two locking devices which are arranged on either side of a movable furniture part for locking the movable furniture part with respect to a furniture body in a locking position. Each locking device has a blocking device which prevents the locking position from being reached in a blocking position. Each locking device has a releasing device by means of which the blocking position of the blocking device associated with the other locking device can be cancelled.

A drive device includes a carrier, an ejection device for ejecting a moveable furniture part out of a closed position, and a locking device for locking the ejection device in the locked position. The locking device has a locking pin connected to the ejection device and a guide track for the locking pin in or on the carrier. The locking pin is locked in an engaging recess of the guide track in the locked position, and a synchronisation device is movable relative to the carrier for synchronising the movement of the drive device with a second drive device. The synchronisation device has a transmission element to be moved by the locking pin. The transmission element remains still with the overpressure movement, can be moved by the locking pin during opening movement, can be moved by the locking pin during closing movement, and is linearly moveably mounted on the carrier.

A pull-out guide for a drawer, including a carcass rail configured to be arranged on a side of a furniture carcass, and a drawer rail configured to be arranged on a drawer. The drawer rail is displaceably supported on the carcass rail in an opening- and closing direction, and the drawer rail has an upper side facing towards the drawer and a lower side spaced from the upper side by at least one side limb. A bearing device is provided for a synchronization rod of a synchronization device. The bearing device includes a fastening region for the synchronization rod, and the fastening region is arranged below the underside of the drawer rail.

According to examples, an apparatus may include a guide system including a first gear having teeth to engage with a first set of teeth, a second gear having teeth to engage with a second set of teeth, the first gear and the second gear to rotate in concert with respect to each other, and a first glide mechanism to slidably contact a first channel. In addition, the apparatus may include a panel to employ the guide system to be slidably mounted to a base structure, wherein the first gear and the second gear are to impede rotation of the panel about a first axis and the first glide mechanism is to impede rotation of the panel about a second axis.

A method for installing a drawer and a construction kit for the displaceable mounting of a drawer element having a first and a second pullout guide, which are installable on opposing side walls, and a preinstalled device for synchronizing the movement of the movable rails of the two pullout guides using a cable pull. The side walls are preferably the side walls of furniture bodies or household appliances.

A method for installing a drawer and a construction kit for the displaceable mounting of a drawer element having a first and a second pullout guide, which are installable on opposing side walls, and a preinstalled device for synchronizing the movement of the movable rails of the two pullout guides using a cable pull. The side walls are preferably the side walls of furniture bodies or household appliances.

A refrigerator appliance includes a drawer slide synchronizer with a first cable and a second cable. A first bearing is mounted to a first one of a pair of drawer slides, and a second bearing is mounted to a second one of the pair of drawer slides. The first and second cables contact the first bearing, and the first and second cables also contact the second bearing.

A drive mechanism for a movable furniture part, in particular a drawer, has a first and a second lockable pushing-out mechanism and a synchronizing mechanism for synchronizing the two pushing-out mechanisms. The synchronizing mechanism has a synchronizing rod and a first and a second synchronizing element which can be connected to the synchronizing rod, and relative movement takes place between the synchronizing elements and the pushing-out mechanisms during synchronizing operation. In an active synchronizing mode, during synchronizing operation, movement is transmitted from the first pushing-out mechanism, via the first synchronizing element, the synchronizing rod and the second synchronizing element, to the second pushing-out mechanism. In an inactive synchronizing mode, the synchronizing rod is removed and the synchronizing elements each remain in contact with one of the pushing-out mechanisms.

A pull-out guide for a drawer includes a carcass rail configured to be arranged on a side of a furniture carcass, and a drawer rail configured to be arranged on a drawer. The drawer rail is displaceably supported on the carcass rail in an opening- and closing direction, and the drawer rail has an upper side facing towards the drawer and a lower side spaced from the upper side by at least one side limb. A bearing device is provided for a synchronization rod of a synchronization device. The bearing device includes a fastening region for the synchronization rod, and the fastening region is arranged below the underside of the drawer rail.