Abstract: The present disclosure relates to a furniture fitting comprising a support bracket, a first push element, a second push element, which is pivotable with respect to the first push element, and a third push element, which is longitudinally displaceable with respect to the second push element and pivotable with respect to the first push element, wherein a longitudinal displacement of the first push element effects a pivoting movement of the second push element with respect to the first push element and an extending movement of the third push element resulting therefrom. The present disclosure further relates to an arrangement comprising two furniture fittings and to beneficial uses of furniture fittings.

Abstract: The present disclosure relates to a furniture fitting comprising a support bracket, a first push element, a second push element, which is pivotable with respect to the first push element, and a third push element, which is longitudinally displaceable with respect to the second push element and pivotable with respect to the first push element, wherein a longitudinal displacement of the first push element effects a pivoting movement of the second push element with respect to the first push element and an extending movement of the third push element resulting therefrom. The present disclosure further relates to an arrangement comprising two furniture fittings and to beneficial uses of furniture fittings.

Abstract: A rotary drive, with a drive element, with an outer tube, with an end piece mounted and able to rotate in relation to the outer tube and unable to shift axially, with a helical slider arranged able to move axially in the outer tube but not rotate, with a helical shaft arranged axially parallel in the outer tube, which interacts by a steep thread with a thread profile of the helical slider, wherein the relative axial movement of helical slider and helical shaft brought about by the drive element is transformed into a relative rotation of outer tube and end piece, wherein the drive element is arranged coaxially inside the outer tube, the helical shaft and the thread profile of the helical slider are arranged coaxially in the outer tube, and the end piece is mounted coaxially in at least one end of the outer tube.

Abstract: A rotary drive, with a drive element, with an outer tube, with an end piece mounted and able to rotate in relation to the outer tube and unable to shift axially, with a helical slider arranged able to move axially in the outer tube but not rotate, with a helical shaft arranged axially parallel in the outer tube, which interacts by a steep thread with a thread profile of the helical slider, wherein the relative axial movement of helical slider and helical shaft brought about by the drive element is transformed into a relative rotation of outer tube and end piece, wherein the drive element is arranged coaxially inside the outer tube, the helical shaft and the thread profile of the helical slider are arranged coaxially in the outer tube, and the end piece is mounted coaxially in at least one end of the outer tube.

Abstract: The bed (10) is provided with a height-adjustable lower frame (14) comprising a plurality of supporting legs (16) and with an upper frame (12) connected with said lower frame. Each supporting leg (16) comprises at its lower end (38) a swivelling and/or guide roller (40) which is received by the supporting leg (16) and is enclosed by a supporting edge (52) of the supporting leg (16) at the lower end (38) of the latter. Said roller (40) is retained by a retaining element (42,44) which is displaceably guided along the supporting leg (16) for the purpose of moving the roller (40) out of the lower end (38) of the supporting leg (16) beyond the supporting edge (52) of the latter and into the lower end (38) of the supporting leg (16). A lifting means (56) is movable out of the upper end (68) of the supporting leg (16) and into the upper end (68) of the supporting leg (16), said lifting means (56) comprising a fastening element (76) which is connected with the upper frame (12).

Abstract: A bed, more particularly a hospital bed comprises a bedstead (1), preferably with casters (12) and a bed superstructure (2) mounted in the bedstead (1) in a vertically adjustable manner, with a preferably adjustable bed frame. In order to ensure that such a bed with a simple structure may have a pleasing appearance, the head part and/or the foot part of the bed superstructure (2) is provided respectively with at least one downwardly directed telescoping rod (15), which runs respectively in an associated telescopic guide of the bedstead, the telescopic guides of the head part and respectively of the foot part being respectively surrounded by one piece of cladding (9 and 10).