Abstract: A method of recording inspection data relating to print products formed on a printing press, the print products including a sequence of repeating format images, the method including the step of storing digital images of defective parts of a print product, wherein a compressed video stream of a regular sequence of the format images is stored for at least a clipping of the repeating format.

Abstract: A button cell includes housing parts each including a circular bottom, a ring-shaped side wall, a circumferential transition region connecting the bottom and the side wall, and an opening edge defining a circular opening, where the circular bottoms and ring-shaped side walls each have an inside facing into the interior space and an outside facing in the opposite direction and the opening peripheries each lie in a plane oriented parallel to the respective bottom, the inside and the outside of the side wall and the opening edge of the first housing part are coated with a solid polymer coating joined by material-to-material bonding to the sides and the opening edge and forms the sealing element, and the polymer coating is thicker at the opening edge than in a region of the side wall which is at a distance from the opening edge.

Abstract: An electrochemical cell has an electrode which includes a zinc-indium alloy as electrochemically active material, wherein the alloy is present in the form of particles and the entirety of the particles is composed of at least two particle fractions differing in indium concentration.

Abstract: An electrochemical cell in the form of a button cell includes an electrode 1) composed essentially of zinc or a zinc alloy, and 2) aluminum hydroxide and/or at least one aluminate, and a method of producing an electrochemical cell including mixing a zinc powder or a zinc-containing powder with aluminum hydroxide and/or at least one aluminate and, optionally, an electrode binder, a conductivity-improving additive and/or a corrosion inhibitor, to form an electrode.

Abstract: A method (and system) for storing information in a recoverable manner on an untrusted system, includes sending, by a client, a request to a recovery server for recovery of a failed database, determining whether the request is legitimate, based on the determining, sending a local key to the client, decrypting by the client the failed database with the local key, to recover the failed database, and re-encrypting the recovered database with a new key.

Abstract: A method (and system) for storing information in a recoverable manner on an untrusted system, includes sending, by a client, a request to a recovery server for recovery of a failed database, determining whether the request is legitimate, based on the determining, sending a local key to the client, decrypting by the client the failed database with the local key, to recover the failed database, and re-encrypting the recovered database with a new key.