Abstract:
The present invention relates to coils of a transformer, and particularly to a modular coil of a transformer with a locking means and to a transformer with the coil. A coil (100, 1801, 1802) for a transformer with a plurality of coil segments (102) of a modular type and a locking means (700) is provided. Each coil segment (102) is electrically connected to another coil segment (102) of the plurality of coil segments (102) forming a coil segment stack (100), the stack (100) defining a stack axis (A), or in other words the coil (100, 1801, 1802). The locking means (700) is adapted for preventing rotation of adjacent coil segments (102) of the plurality of coil segments (102) thereby enabling a stable coil (100, 1801, 1802) and an easy stacking of the plurality of coil segments (102). The locking means (700) comprises a snap-fit connection (901) arranged at adjacent coil segments (102) of the plurality of coil segments (102).
Abstract:
A reinforced cable tie generally includes an elongate strap, a head attached to a first end of the strap and a continuous fiber reinforcement disposed in and extending substantially continuously along a path defining at least one of the strap and the head. The head has one or more apertures formed therein and a locking device disposed in the aperture of the head. The locking device is configured to permit a second end of the strap opposite the head to be inserted through the head aperture in a first direction and is further configured to prevent movement of the second end of the strap from the head aperture in a second direction opposite the first direction.
Abstract:
A reinforced cable tie generally includes an elongate strap, a head attached to a first end of the strap and a continuous fiber reinforcement disposed in and extending substantially continuously along a path defining at least one of the strap and the head. The head has one or more apertures formed therein and a locking device disposed in the aperture of the head. The locking device is configured to permit a second end of the strap opposite the head to be inserted through the head aperture in a first direction and is further configured to prevent movement of the second end of the strap from the head aperture in a second direction opposite the first direction.
Abstract:
Flexible and bendable tubular electrical insulator (1) for use in a high voltage power transmission. The electrical insulator (1) has an electrically conductive carrier tube (4) that is covered by a first electrically conductive layer (5), an electrically insulating layer (6) and a second electrically conductive layer (7). The first conductive layer (5) and the insulating layer (6) are co-extruded onto the carrier tube (4) by way of co-extrusion such that the insulating layer (6) is arranged in between the first conductive layer (5) and the second conductive layer (7) in a radial direction, and such that the first conductive layer (5) is electrically connected to the carrier tube (4), wherein the first conductive layer adheres to the electrically insulating layer and wherein the electrically insulating layer adheres to the second conductive layer.