Abstract: An electromagnetic fishing bait drive and a method for controlling an electromagnetic fishing bait drive are disclosed. The electromagnetic fishing bait drive comprises a waterproof sealable bait body (102) having a longitudinal axis of the bait body (Y) and an electromagnetic pendulum drive, wherein a first pole axis (P1) of an electromagnet (300) is substantially parallel to the longitudinal axis of the bait body (Y) and a second pole axis (P2) of the permanent magnet (313) is disposed at a defined angle to the first pole axis (P1).

Abstract: A self-movable artificial bait fish and to a method for controlling a self-movable artificial bait fish are disclosed. The self-movable artificial bait fish (1) comprises control means, a tail-end drive (330) and a head-end drive (340). The control means comprise at least one fastening means (130, 130?) for fastening a connecting line (10) to an angler (2), and the position of a fastening point (230) on the fastening means (130, 130?) in the direction of movement y can be arranged in the region from the rear extremity at the tail end (5) to a position behind the position of the drive point (220).

Abstract: Abstract of the Disclosure A display apparatus having a display layer (2) and a touch-sensitive layer (3) running parallel thereto. An antireflection lattice is provided which is arranged on the touch-sensitive layer (3), the lattice elements being able to move toward one another or having a touch sensitivity which is independent of other lattice elements.

Abstract: For preserving and, thus, for extending the useful life of a picture tube of a picture tube screen device having a waiting state function. The filament current of the picture tube in the waiting state of the picture tube screen device is reduced by at least a slight percentage of an original filament current. Also, the picture tube is supplied with another video signal, in addition to an original video signal, that generates a beam current in the picture tube having a white image level that is at least a slight percentage of an original white image level generated by the original video signal.

Abstract: The secondary winding of a high power transformer for clocked power supplies is composed of a plurality of skeins extending parallel to one another which are, in turn, constructed of a plurality of stranded conductors extending parallel to one another, whereby the stranded conductors are composed of wire-shaped individual conductors respectively provided with an insulating surface and twisted or woven with one another. All stranded conductors are electrically and mechanically connected to one another at both ends of their respective skeins and all skeins are connected to one another at one end of the secondary winding and connected to one another across respective rectifiers at the other end thereof.