Abstract: The present disclosure relates to a support rack for storing or transporting plate-shaped objects, a combination of a transport pallet and such a support rack, a kit of parts for manufacturing such a support rack and the use of such a support rack. In particular, the invention relates to support racks for storing and transporting plate-shaped articles such as glass panels, natural stone slabs, metal plates and the like, wherein the support racks consist mainly or entirely of plate-shaped, vertical support elements which are connected to each other by connecting slats.

Abstract: The present disclosure relates to a support rack for storing or transporting plate-shaped objects, a combination of a transport pallet and such a support rack, a kit of parts for manufacturing such a support rack and the use of such a support rack. In particular, the invention relates to support racks for storing and transporting plate-shaped articles such as glass panels, natural stone slabs, metal plates and the like, wherein the support racks consist mainly or entirely of plate-shaped, vertical support elements which are connected to each other by connecting slats.

Abstract: An element for the handling objects includes vertically oriented, sheet-form ribs connecting by sidelong slats, with a protrusion that protrudes outwardly beyond an exterior face of a corresponding slat, the protrusion having either a bottom edge at a third height (H3) that is greater than or equal to a first slat top edge height (H1), or a top edge that is less than or equal to the second slat bottom edge height (H2), such that, when the element is placed sideways against an identical such element, the protrusion is either above an adjacent sidelong connecting slat of the identical element, or below the adjacent sidelong connecting slat of the identical the element.

Abstract: Element for the storage, handling and transport of planar or primarily planar objects (33), that has an approximately rectangular shape with a length (L) and width (B) in the horizontal plane, that defines on its top two bearing surfaces (20) sloping inwards and two approximately perpendicular support surfaces (21) standing on them, whereby the support surfaces (21) together also define a ridge (23) that extends over the length (L) of the element (27, 29), the ridge (23) is in such a position that the two bearing surfaces (20) are of different sizes.

Abstract: Element for the storage, handling and transport of planar or primarily planar objects (33), that has an approximately rectangular shape with a length (L) and width (B) in the horizontal plane, that defines on its top two bearing surfaces (20) sloping inwards and two approximately perpendicular support surfaces (21) standing on them, whereby the support surfaces (21) together also define a ridge (23) that extends over the length (L) of the element (27, 29), the ridge (23) is in such a position that the two bearing surfaces (20) are of different sizes.

Abstract: An amplifier arrangement includes a first amplifier powered by a pair of lower voltage power supplies, a second amplifier powered by a pair of higher voltage power supplies and a drive control device. This amplifier arrangement has both current and voltage gain larger than one. The drive control device includes a regulating device adapted to switch off the first amplifier based on the output signal of the amplifier arrangement, and at least one current link and at least one voltage controlled current source. The transition between the operation of the first and second amplifiers is thereby controlled by the values of the currents of these at least one current links and the at least one voltage controlled current sources.

Abstract: Amplifier of the G class type, comprising at least one set of two transistor pairs (1,2; 3,4) having together four transistors (11 to 14; 19 to 22) of the same conductivity type with an input electrode, a common electrode and an output electrode, each pair (1,2; 4,3) comprising an input transistor (11,13; 19,21) and an output transistor (12,14; 20,22) in cascade, the output electrode of the input transistor (11,13; 19,21) being coupled to the input electrode of the output transistor (12,14; 20,22), whereby further means (5) are provided for applying an input signal to the input electrodes of the input transistors (11,13; 19,21) of both pairs and both pairs (1,2; 3,4) are biased by two different voltage supplies (6,7; 8,9), control means being provided for switching over from the voltage of one voltage supply (6; 8) to the voltage of the other voltage supply (7; 9), the transistors (11 and 12; 19 and 20) of the first pair (1; 4) of a set being connected in a Darlington circuit arrangement while both transistor