Abstract: A cell terminal assembly including: an outer terminal configured to be disposed at an external location of a cell, the outer terminal including a feedthrough passage, the feedthrough passage including a recess having a seating surface; and an inner terminal including an electrically inner terminal including a feedthrough member electrically connecting the conductive body to the outer terminal, the feedthrough member including a head portion having a shape that conforms to a shape of the recess and the seating portion and secures the feedthrough member thereto.

Abstract: Building automation systems, energy meters, and associated methods. A method includes receiving a plurality of voltage inputs and a plurality of current inputs from a multiphase power source. The method includes selecting a first voltage input from the plurality of voltage inputs. The method includes performing a signed power factor computation between respective pairs of the first voltage input and each of the plurality of current inputs. The method includes identifying a pair with a greatest positive power factor value. The method includes designating the identified pair with the greatest positive power factor value as an associated phase pair.

Abstract: A filter assembly includes a filter head with a first thread. The filter head has an inlet port and outlet port. The filter assembly includes a filter bowl including a second thread that screws on and off the first thread between mounted and unmounted positions. A filter element, housed in the filter bowl is in communication with the inlet port and outlet ports. The filter element is disposed along a flow path running from the inlet port to the outlet port. The filter assembly further includes a locking collar having a first catch acting upon a second catch provided by one of the filter head and the filter bowl in order to lock the filter bowl to the filter head in the mounted position. In an embodiment, the catches are adapted to be disengaged to allow rotation of the filter bowl from the mounted position to the unmounted position.

Abstract: A computer based method is described for maximizing printing speed of a print job. The method comprises the steps of locating pages in the print job, creating an index of information relating to the locations of the pages in the print job, determining if the pages in the print job meet a criteria based on the information in the index, splitting the print job into a plurality of sets of pages if the pages in the print job meet the criteria, and delivering said plurality of sets of pages to a plurality of printers, respectively, based on the information in the index.