Fulterer Gesellschaft Mbh

Fulterer Gesellscaft M.b.h.

Manfred Fulterer

Augustin Rauch

A motorized pull-out device for a tall cupboard and including a motor for pulling out the pull-out rail connected with the pull-out section of the tall cupboard and for driving the pull-out rail in a switch for actuating the motor, and an arrangement for actuating the switch and including a light reflector for reflecting the light emitted by the light source onto the light receiver and associated with the pull-out section of the tall cupboard, and an actuation member for displacing the light reflector between a first and second positions, in which the light emitted by the light source is either reflected or not reflected by the light reflector, onto the light receiver, respectively.

Motorized pull-out device

A pull-out device for a tall cup-board including a pull-out section having a bottom the pull-out device having at least a U-shaped carcass rail, a pull-out rail with which the pull-out section is connected and which has two, spaced from each other, vertical webs, and an adaptor rail for connecting the bottom of the pull-out section with the pull-out rail, the adaptor rail having an element securable to the bottom of the pull-out section and a vertical web formlockingly retainable between the vertical webs of the pull-out rail and securable against axial displacement relative to the pull-out rail.

Pull-out device for a tall cupboard

A pull-out device including at least one carcass rail and at least one pull-out rail forming together a rail pair; and a blocking device for retaining the carcass and pull-out rails in their respective relative position and having a stationary tooth rack which extends parallel to the rails, a tooth segment engageable with the tooth rack for blocking displacement of the at least one pull-out rail relative to the carcass rail, a first box-shaped rail for receiving the tooth rack and having its rear end connected with the carcass rail, and a second profiled rail telescopically displaceable in the box-shaped rail and having its front end connected with the at least one pull-out rail, with both the tooth rack and the tooth segment being located within the second rail, and with the tooth segment being arranged in the rear section of the second rail.

Pull-out device

A pull-out device for a tall cupboard including a U-shaped carcass rail having opposite cheeks provided at their upper edges with inwardly bent flanges which serve as running tracks an intermediate rail received in the carcass rail and having a plurality of support and running rollers having their axles lying in different horizontal planes, with a support roller being provided in an upper rear portion of each cheek of the intermediate rail and displaceable along the running track defined by a respective flange of the carcass rail, and with at least one running roller being provided in a middle region of a longitudinal extent of each cheek of the intermediate rail and supported with a radial clearance, and a pull-out rail having opposite horizontal flanges supported by the running rollers, with the running tracks-forming flanges of the carcass rail being inclined, from a rear end of the carcass rail, at least along a portion of their longitudinal extend, toward a front end of the carcass rail.

A device for drawing out heavy loads including at least one drawing-out rail having a I-shaped cross-section and a vertical central plane of symmetry, running rollers provided on opposite sides of the drawing-out rail, and a pair of stationary rails or a pair of rails at least partially displaceable in a longitudinal direction, the rails of the pair of rails being arranged on opposite sides of the drawing-out rail for supporting the running rollers, with flanges of the rails forming tracks for the running rollers, and with the stationary rails, the drawing-out rail, and the partially displaceable rails being all formed of rolled steel sections.

Device for drawing out heavy loads

A telescopic slide assembly for a pullout tall cupboard and including U-shaped stationary and displaceable rails attachable, respectively, to an element of the cupboard unit and a bottom side of the pullout cupboard, with the displaceable rail arranged telescopically within the stationary rail in a nested relationship, and with stationary and displaceable rails having, respectively, support and running rollers provided, respectively, in the front region of the stationary rail and the rear region of the displaceable rail and projecting, respectively, beyond the upper edges of the cheeks of the stationary rail and beyond the foot web of the displaceable rail.

Telescopic slide assembly for a pullout tall cupboard

A pullout assembly for a tall cupboard including U-shaped stationary, intermediate, and pullout rails, with the stationary and pullout rails being respectively attachable to a tall cupboard and a pullout section of the tall cupboard and with the three rails being arranged in a nested relationship relative to each other, and further including two stops for limiting a pullout length of the pullout rail with one stop being provided in the front region of the intermediate rail and projecting upward from the foot web of the intermediate rail, and another stop being provided on an underside of the foot web of the pullout rail, and with at least one of the two stops being releasably secured to a respective rail.

Pullout assembly for a tall cupboard

A slide assembly for mounting sliding furniture parts, such as drawers or shelves, including a first rail section operating as the guide rail which is attached at a furniture side wall and at least one other second rail section operating as a sliding rail attached at the sliding furniture part. The first and second rails are movable relative to each other and the second rail is formed with either an L- or a Z-shaped sectional configuration with the sliding furniture part being mounted on a lower horizontal leg of the second sliding rail and being connected thereto upon a support face of the horizontal leg. An adjustment screw mechanism is provided for enabling adjustment of the positioning of the sliding furniture part relative to the horizontal leg of the second rail section. The horizontal leg is also provided with a flat, upwardly bent bracket having a bore therein for receiving an adjustment screw which is threadedly attached into the furniture part. The bracket defines the support face upon which the furniture part is mounted.

Pullout guide assembly for mounting sliding furniture parts

A drawer is slidably mounted by a longitudinal rail member which has a horizontally extending support flange mounted beneath the drawer on one side thereof, the support flange having at least one lug which is deformable relative to the horizontal plane of the support flange, with deformation of the lug operating to enable adjustment of the position of the drawer relative to the base member upon which it is slidably mounted by the rail member.

Growing community of inventors

Lustenau, Austria

Manfred Fulterer