Abstract: An electrical contact arrangement comprising at least one pair of contacts which is formed by a primary and a secondary contact ring (11, 12) which can be rotated in relation to one another about a longitudinal center axis (16) and each have a conical shell-like contact face (11d, 12d) which surrounds the longitudinal center axis (16), and at least one roller (27) which rolls between the primary and the secondary contact ring (11, 12) and is rotatably mounted about a rotation axis (28) which is at a right angle to the longitudinal center axis (16). The roller (27) has a conical shell-like contact surface (27a) which surrounds the rotation axis (28) and respectively forms a line contact, which runs along a respective contact line (31, 32), with the contact faces (11d, 12d) of the primary and secondary contact rings (11, 12).

Abstract: A clamping device for clamping an insertion nipple (7), including a clamping element (11) which can be axially moved, by a drive motor (9) via a screw mechanism (13), between an open position in which the insertion nipple (7) can be introduced into a receiving opening (8) of the clamping device and withdrawn from the same, and a clamping position in which the insertion nipple (7) introduced into the receiving opening (8) is retained in the same. The clamping device has an impulse unit (12) with a rotary part (40) which is mechanically coupled to the rotor (31) of the drive motor (9), and by which, for each revolution, a rotary impulse can be transmitted, at least once, to an impulse-receiving part (41) of the impulse unit (12) via the screw mechanism (13), in order to axially move the clamping element (11).

Abstract: A device for influencing the movement of a furniture part movably accommodated on a basic furniture structure via a guide unit, the device including a basic component which is assigned to the guide unit and on which a pushing-out device and a retraction device are present so that, in a mounted state of the device, the furniture part can be pushed out from a closure position on the basic furniture structure in a first direction of movement under an action of the pushing-out device, and the furniture part can be retracted from an open position on the basic furniture structure in a second direction of movement under an action of the retraction device, and a charging mechanism for charging the force accumulator, the pushing-out force accumulator is charged by a movement of the housing component of the pushing-out device relative to the basic component.

Abstract: A device for influencing the movement of a furniture part movably accommodated on a basic furniture structure via a guide unit, the device including a basic component which is assigned to the guide unit and on which a pushing-out device and a retraction device are present so that, in a mounted state of the device, the furniture part can be pushed out from a closure position on the basic furniture structure in a first direction of movement under an action of the pushing-out device, and the furniture part can be retracted from an open position on the basic furniture structure in a second direction of movement under an action of the retraction device, and a charging mechanism for charging the force accumulator, the pushing-out force accumulator is charged by a movement of the housing component of the pushing-out device relative to the basic component.

Abstract: A device for influencing the movement of a furniture part movably accommodated on a basic furniture structure via a guide unit, the device including a basic component which is assigned to the guide unit and on which a pushing-out device and a retraction device are present so that, in a mounted state of the device, the furniture part can be pushed out from a closure position on the basic furniture structure in a first direction of movement under an action of the pushing-out device, and the furniture part can be retracted from an open position on the basic furniture structure in a second direction of movement under an action of the retraction device, and a charging mechanism for charging the force accumulator, the pushing-out force accumulator is charged by a movement of the housing component of the pushing-out device relative to the basic component.

Abstract: A device for influencing the movement of a furniture part movably accommodated on a basic furniture structure via a guide unit, the device including a basic component which is assigned to the guide unit and on which a pushing-out device and a retraction device are present so that, in a mounted state of the device, the furniture part can be pushed out from a closure position on the basic furniture structure in a first direction of movement under an action of the pushing-out device, and the furniture part can be retracted from an open position on the basic furniture structure in a second direction of movement under an action of the retraction device, and a charging mechanism for charging the force accumulator, the pushing-out force accumulator is charged by a movement of the housing component of the pushing-out device relative to the basic component.

Abstract: A furniture hinge including a carcass hinge part (2) that can be fastened to a furniture carcass (1), a door leaf hinge part (3) that can be fastened to a door leaf (3), and at least one articulated lever (5, 6) for the articulated connection of the carcass hinge part (2) to the door leaf hinge part (4), with the articulated lever (5, 6) being connected to a hinge arm (11) of the carcass hinge part (2) such that it can pivot around a pivot axis (7, 9). The hinge arm (11) is adjustable for the depth adjustment of the door leaf (3) in reference to the furniture carcass (1) in a direction of its longitudinal direction in reference to a retaining part (16) of the carcass hinge part (2) via an eccentric (14) acting between the hinge arm (11) and the retaining part (16), with its pivot axis (23) being aligned parallel in reference to the pivot axis (7, 9) of at least one articulated lever (5, 6).

Abstract: The invention concerns a drawer slide with width equalization and, if necessary, centering, including a cabinet-side and a drawer-side slide rail for both sides of the drawer. At least one elastic, springy flexible width equalization element is on both sides of the drawer—each is located between the cabinet-side slide rail and the cabinet body, indirectly or directly by, for example, an angle rail. The cabinet-side slide rail is located, releasable, on the cabinet-attached angle rail, axially engaged, but still moveable crosswise/transversely and is lockable in the end position of the drawer. The advantage here is that any desired combination between the width equalization element and the slide rail can be set flexibly and, additionally, the drawer slide is easy to maintain and simple to repair or replace.

Abstract: A coupling device for a damping element integrated in a pull-out slide set whereby both a damping device (7) and a coupling device (6) are located between the firmly fixed cabinet rail (2) and the linear-movable drawer rail (5) so that the damping device (7) has at least one cylinder (8) and in it, at least one damped linear-movable piston rod (9) and the damping device (7) is connected by one of its clamping components (8 or 9) with one of the rails (2 or 5) and by its other respective damping part (9 or 8) via the coupling device (6) with the other respective rail (5 or 2), can be coupled at times during the closing and opening of the drawer. The advantage is that less manual force is needed for pulling the movable cabinet component out. Also, it can be more easily adjusted and ensures a longer life span.

Abstract: The invention concerns a cabinet fitting, in particular a hinge, with integrated braking and damping device, including a fastenable hinge arm on a cabinet component and a fastenable hinge cup on another movable cabinet component that is connected by at least one articulated lever with the hinge arm. The invention is characterized by the driver plate, which can slide, is held in the hinge cup and can be operated directly or indirectly by the articulated lever and has held in the hinge cup at least one pivoting or swiveling brake plate moves turning, so that the brake plate has at least one brake surface that glides on at least one corresponding, fixed brake surface or, on one opposite the first brake surface, a second movable brake surface.

Abstract: The invention concerns a braking and damping device for movable masses—in particular, for movable cabinet components, with a casing, a first adjustable braking element that is located partially in the casing and is coupled with the movable cabinet component and a second adjustable braking element that is located in the casing; whereby, the braking elements form operating surfaces that are inter-related, so that a shifting of the braking elements relative to one another produce a braking force. The invention shows that the braking elements that are coupled together by a transferring element that provides and removes force in such a manner that in a first movement phase, the braking elements implement a synchronous movement with which the relative velocity between the operating surfaces is smaller or less than the speed of the first braking element that is coupled with the cabinet component.

Abstract: The invention concerns a cabinet hinge with an adjusting device that is directly or indirectly on the cabinet side, single or multi-part mounting plate stored hinge arm, that is connected jointed with a door-side stop part, so that the adjusting device has a side adjusting screw by means of which the hinge arm's position perpendicular to the mounting plate can be changed to the door's side adjustment. The side adjusting device has a side adjusting screw with at least one eccentric- or cam disks so that by turning the side adjusting screw, a side adjustment and, at the same time, a parallel shifting of the hinge arm relative to the mounting plate occurs, resulting in a correction of the door's depth adjustment for an amount.

Abstract: The invention refers to a coupling device for a damping element integrated in a pull-out slide set; whereby, it is essential that both a damping device (7) and a coupling device (6) are located between the firmly fixed cabinet rail (2) and the linear-movable drawer rail (5) so that the damping device (7) has at least one cylinder (8) and in it, at least one damped linear-movable piston rod (9) and the damping device (7) is connected by one of its clamping components (8 or 9) with one of the rails (2 or 5) and by its other respective damping part (9 or 8) by means of the coupling device (6) with the other respective rail (5 or 2), can be coupled at times during the closing and opening of the drawer. The advantage is that less manual force is needed for pulling the moveable cabinet component out. Also, it can be more easily adjusted and ensures a longer life span.

Abstract: The invention concerns a cabinet fitting, in particular a hinge, with integrated braking and damping device, including a fastenable hinge arm on a cabinet component and a fastenable hinge cup on another movable cabinet component that is connected by at least one articulated lever with the hinge arm. The invention is characterized by the driver plate, which can slide, is held in the hinge cup and can be operated directly or indirectly by the articulated lever and has held in the hinge cup at least one pivoting or swiveling brake plate moves turning, so that the brake plate has at least one brake surface that glides on at least one corresponding, fixed brake surface or, on one opposite the first brake surface, a second movable brake surface.

Abstract: The invention concerns a cabinet hinge with a depth adjusting device for hinge arm held directly or indirectly on a cabinet-side, single- or multi-part mounting plate. A revolvable depth adjusting screw held in the mounting plate is provided in order to adjust the depth. A driver plate is connected with the hinge arm; whereby, the depth adjusting screw has adjusting elements that work together with corresponding adjusting surfaces on the driver plate in such a way that by turning the depth adjusting screw, the driver plate and the hinge arm are moved in relation to the mounting plate. The invention offers the advantage that with only turn, the depth adjusting screw can finely and delicately adjust the depth position of the hinge arm over its entire adjustment range.

Abstract: The invention concerns a hinge, in particular a cabinet hinge with a baseplate that fastens to the cabinet body and a baseplate with a supporting adjusting plate than can be connected to the cabinet hinge, so that a secure fastening of the catch connection is provided. In order to attain a stabile connection that, at the same time, provides an easy assembly, the baseplate is formed in two parts—one lower part that fastens to the cabinet body and an upper part that tenses into the lower part. A height adjusting screw is provided to secure and vertically adjust the upper part on the lower part and has at least one eccentric or cam disks with an angle-dependent modification of the radius and whose eccentric or cam disk work together with at least one corresponding gliding cam of the upper part.

Abstract: The invention concerns a cabinet hinge with an adjusting device that is directly or indirectly on the cabinet side, single or multi-part mounting plate stored hinge arm, that is connected jointed with a door-side stop part, so that the adjusting device has a side adjusting screw by means of which the hinge arm's position perpendicular to the mounting plate can be changed to the door's side adjustment. The side adjusting device has a side adjusting screw with at least one eccentric- or cam disks so that by turning the side adjusting screw, a side adjustment and, at the same time, a parallel shifting of the hinge arm relative to the mounting plate occurs, resulting in a correction of the door's depth adjustment for an amount.

Abstract: The invention concerns a drawer slide with width equalization and, if necessary, centering, including a cabinet-side and a drawer-side slide rail for both sides of the drawer. At least one elastic, springy flexible width equalization element is on both sides of the drawer—each is located between the cabinet-side slide rail and the cabinet body, indirectly or directly by, for example, an angle rail. The cabinet-side slide rail is located, releasable, on the cabinet-attached angle rail, axially engaged, but still moveable crosswise/transversely and is lockable in the end position of the drawer. The advantage here is that any desired combination between the width equalization element and the slide rail can be set flexibly and, additionally, the drawer slide is easy to maintain and simple to repair or replace.

Abstract: The invention concerns a cabinet hinge with an adjusting device that is directly or indirectly on the cabinet side, single or multi-part mounting plate stored hinge arm, that is connected jointed with a door-side stop part, so that the adjusting device has a side adjusting screw by means of which the hinge arm's position perpendicular to the mounting plate can be changed to the door's side adjustment. The side adjusting device has a side adjusting screw with at least one eccentric- or cam disks so that by turning the side adjusting screw, a side adjustment and, at the same time, a parallel shifting of the hinge arm relative to the mounting plate occurs, resulting in a correction of the door's depth adjustment for an amount.

Abstract: The invention concerns a cabinet hinge with a side adjusting device that connects directly or indirectly on a cabinet-side, has a single- or multi-part baseplate (1) holding a hinge arm that is connected jointed or linked or hinged with a door-side stop component so that by means of the side adjusting device, the hinge arm's position can be changed perpendicular to the baseplate, and, at the same time, results in a correction of the depth adjustment of the hinge arm. This correction of the depth adjustment, which can also be described as a gap or reveal equalization, is accomplished by a corresponding side adjusting screw; that is, correspondingly by operating or turning the side adjusting screw. The adjusting element achieves restrained and controlled guidance of the hinge arm during the adjustment.