Abstract:
The present invention relates to an insulation stripping device for the partial removal of a cable insulation, comprising at least one electrically conductive blade (100) for cutting through the cable insulation, and to an adjustment means for use with an insulation stripping device of this type. The present invention further relates to a method for finishing cables and to an adjustment method for adjusting a blade (100) position in an insulation stripping device. According to the present invention, the insulation stripping device comprises a capacitive sensor unit, which is connected to the conductive blade (100) and is formed in such a way as to emit an output signal if the conductive blade (100) contacts a electrical conductor (104) of the cable.
Abstract:
The invention relates to an apparatus and method for removing a sheath layer from wire-like elements, in particular for stripping insulation from electrical or optical cables, in which, for minimizing the residual breaking surface of the sheath layer, the sheath layer is cut into at the same point at successive times with the aid of at least two pairs of V-blades (7, 7' and 8, 8') having at least two different cutting angles (α, β), one cutting angle (α) being in the form of an acute angle and the other cutting angle (β) in the form of an obtuse angle. Particularly with a choice of angles of about 120° and 60°, the result is a substantially smaller residual breaking surface than in the case of conventional 90° V-knives.
Abstract:
This invention is directed to an apparatus for manufacturing a harness (1) by cutting electric wires (600a, 600b), peeling off the coverings from the cut end portions of the electric wires (600a, 600b) and connecting terminals (604a, 604b) under pressure to cores (603a, 603b) exposed at these covering-removed end portions. In this apparatus, retainer means (201) for holding the electric wires (600a, 600b) are formed so that the retainer means can be moved freely in the three-dimensional direction by a transfer means (202). Accordingly, the coverings for the electric wires can be peeled off with the portions of the electric wires (600a, 600b) which are close to the cut end portions thereof held by the retainer means (201), and the expansion of the electric wires is suppressed to enable the covering removing accuracy to be improved. In addition, during a solderless terminal connecting operation, the positions of the cores (603a, 603b) with respect to a solderless terminal connecting means (400) can be regulated in accordance with the kind of the terminals in use.
Abstract:
A wire stripping die is configured to be coupled to a crimping tool. The stripping die includes a die body, a first ridge, and a second ridge. The die body includes a first side, a second side, and a groove extending at least partially between the first side and the second side. The groove extends along an axis. The first ridge protrudes from a surface of the groove toward the axis by a first distance. The first ridge extends along at least a portion of the perimeter of the groove and extends at least partially around the axis. The second ridge protrudes from the surface of the groove toward the axis, and the second ridge extends parallel to the axis along at least a portion of the groove.
Abstract:
Die vorliegende Erfindung betrifft eine Steckverbinderanordnung (10) mit einem Steckverbinder (20) und einem daran angeschlossenen Kabel (30) mit mindestens einem Innenleiter (32) und einem den Innenleiter (32) umlaufenden Außenleiter (34), wobei der Außenleiter (34) des Kabels elektrisch mit einem Außenleitergehäuse (24) des Steckverbinders (20) verbunden ist. Die Steckverbinderanordnung (10) umfasst ferner ein den Innenleiter (32) umlaufendes Hülsenteil (50) mit etwa demselben Innendurchmesser (D) wie der Außenleiter (34) des Kabels, das an ein vorderes axiales Ende (A) des Außenleiters (34) angrenzt und eine Schirmung des Innenleiters in Richtung auf das vordere Kabelende fortsetzt