Abstract: A test device to localize a partial discharge in or at an electrical component may include at least one antenna to capture an electromagnetic wave caused by a partial discharge in the electrical component. The test device includes multiple microphones arranged in an environment around the electrical component. The microphones capture sound waves caused by the partial discharge. It is examined if an intensity of the electromagnetic wave exceeds a first limit value and/or the intensity of the sound wave captured by one of the multiple microphones exceeds a second limit value. Depending on the captured sound wave and/or the electromagnetic wave and on the examination relating to the first and/or second limit value, a location of the partial discharge can be determined.

Abstract: A method of compositing a zooming user interface (ZUI) scene and a physical scene on a screen display is provided including: displaying on a display screen, ZUI motion picture images that show panning and zooming transitions within a ZUI presentation between a sequence of pauses at a sequence of target display elements within the ZUI presentation; displaying on the display screen physical scene motion picture images; prioritizing display of ZUI display elements at a location within an offset region; and prioritizing physical scene images at a location within a priority region.

Abstract: A method of compositing a zooming user interface (ZUI) scene and a physical scene on a screen display is provided including: displaying on a display screen, ZUI motion picture images that show panning and zooming transitions within a ZUI presentation between a sequence of pauses at a sequence of target display elements within the ZUI presentation; displaying on the display screen physical scene motion picture images; prioritizing display of ZUI display elements at a location within an offset region; and prioritizing physical scene images at a location within a priority region.

Abstract: Polyethylene film having a combination of a high melt strength and a high dart impact strength is prepared from a linear low density polyethylene resin having a melt index, (“I2”), of from 0.4 to 1.5 g/10 minutes, a broad molecular weight distribution (of from 3.5 to 7) and a quasi homogeneous comonomer distribution (as evidenced by a copolymer/homopolymer ratio of from 3 to 19). The polyethylene resin is prepared in a dual reactor polymerization process. The film is especially useful for industrial and “heavy duty” packaging applications such as the manufacture of plastic packages used to contain goods for the construction, gardening and agricultural businesses. Examples of such goods include peat moss, fertilizer, soil, sand, salt, fiberglass insulation and crushed stone.