Abstract: A mobile electronic device comprising a processor configured to control the operation of said mobile electronic device, and a front-facing display screen coupled to said processor and arranged on a front side of said mobile electronic device. Also the mobile electronic device comprises a mechanically rotatable camera, said camera being rotatable around a rotation axis and configured to capture images around said rotation axis, and said camera being coupled to said processor, and a rotating motor coupled to said rotatable camera for mechanically rotating the mechanically rotatable camera and said rotating motor coupled to said processor, and wherein said processor is configured to control a rotational orientation of the mechanically rotatable camera by control of the rotating motor for mechanically rotating the mechanically rotatable camera.

Abstract: A terminal for recording broadcast content includes a processor configured for receiving broadcast content for a selected channel, and a user input interface. The user input interface includes a key configured for performing a first function in response to a first manner of depressing the key, where the same key is also preprogrammed for performing a second, different function in response to a second manner of depressing the key. The first function comprises recording content for the selected channel. As such, the processor is also configured for recording content for the selected channel in response to a user depressing the key of the user input interface in the first manner.

Abstract: A method for preventing sheeting problems in a gas phase reactor in such multi-phase polymerization process, which comprises at least one loop reactor followed by a gas phase reactor, where the polymerization is continued in the presence of added monomers, and in which process a fouling preventive agent is used to prevent fouling or sheeting in the reactors. According to the invention 30-70% of the end product is polymerized in the loop reactor, where the whole amount of the fouling preventive agent is added, the amount of the fouling preventive agent being higher than necessary to prevent the fouling in the loop reactor.

Abstract: A method and apparatus for taking a sample from a flowing suspension formed by polymer particles and hydrocarbon diluent in a olefin polymerization process including at least one filter situated at a plane of an inside surface of a transfer conduit between reactors. Each filter includes perforations or pores having a size to prevent substantially any of the catalyst used in the polymerization process from passing through the filter, e.g., smaller than the smallest particle size of a catalyst used in the polymerization process. The pore or perforation size of each filter is preferably 0.1-10 .mu.m, preferably between 0.2-1 .mu.m. A pressure difference permits at least partial vaporization of the sample as it passes through the filter.