Abstract: A device for variable subdivision of a storage compartment, especially a trunk in an automobile, has partitions projecting upward from the storage compartment floor and connected with one another with articulation. Two of the partitions are articulated endwise to a storage compartment wall projecting vertically from the storage compartment floor and one partition is displaceable approximately at right angles to the storage compartment wall. To improve the functionality of the device so that it retains its selected spatial division reliably in all extended positions and remains safely secured to the storage compartment floor, a locking device is provided. The locking device acts between the displaceable partition and the floor of the storage compartment. The locking device has a lock on the partition side that is displaceably secured and operated manually, as well as a plurality of locking receptacles arranged in the displacement direction in a row in the floor of the storage compartment.

Abstract: A closure device for a closure flap, has an actuating element which is remote from the closure flap. A connecting rod is articulated pivotably on the closure flap and the actuating element to transmit tensile and compressive forces. The connecting rod is assigned to a position element, which is stationary with respect to the mounting of the closure flap, and is provided, at least in the region of the position element, with at least one spring element which acts transversely with respect to the longitudinal extent of said connecting rod. This spring element allows the connecting rod to be moved, by way of contact with the position element, into defined longitudinal positions with associated positions of the closure flap and actuating element. The connecting rod is preferably a spring wire incorporating a shaped spring element.

Abstract: A front axle for a motor vehicle is connected with a leaf spring mounted transversely to the vehicle. The spring is mounted on a cross member by elastic bearings located on both sides of a lengthwise central axis of the vehicle, and connected by these bearings to the vehicle body. A leaf spring is connected at its free ends with an A-arm and is mounted pivotably on a cross member secured to the body. Between the two pivot bearings of the A-arm in the cross member, the leaf spring is secured elastically in a spring bearing.

Abstract: A method for depositing a thin layer on a substrate by laser pulse vapor deposition provides a substantially cylindrical target having a cylinder axis and a curved target surface. A pulsed laser beam is generated having an initial path section and an initial path section axis and is capable of producing a plasma plume from the target when the pulsed laser beam impinges on the curved target surface. A first mirror located between the target and the initial path section of the laser beam is provided having a plurality of reflective interior surfaces and a first mirror axis substantially coincident with an initial path section axis of the laser beam. The laser beam is deflected so as to impinge on the reflective interior surface of the first mirror and subsequently to be reflected and to impinge on the curved target surface by controlling a plane reflective mirror that intersects the first mirror axis and is located on a side of the first mirror opposite from the target.

Abstract: Disclosed a high-frequency core bobbin which comprises: a winding bobbin member on which a wingding is to be wound; a first bobbin member for accommodating therein a predetermined portion of the winding bobbin; a second bobbin member coupled with the first bobbin coaxially so as to cover a portion of the winding bobbin member exposed from the first bobbin member, or put on the first bobbin member in the axial direction so as to shut off a space portion of a portion opposite to the winding bobbin member; and a leading-out guide provided on the second bobbin member for insertion and leading-out of lead wires of the winding.