Abstract: A cleaning solution is used to at least substantially remove colorant from the photoconductive drum as the photoconductive drum rotates. A wiper wipes the cleaning solution from the photoconductive drum while purposefully maintaining a layer of the cleaning solution on the drum. The wiper has an edge that is purposefully rounded.

Abstract: In an example of a method for reducing contamination, a purified imaging oil is formed by filtering an imaging oil through an imaging oil filter, and then filtering the imaging oil through a polar absorbent filter. A surface of an amorphous silicon photoconductor of a liquid electrophotographic printing apparatus is maintained by periodically applying the purified imaging oil to the amorphous silicon photoconductor.

Abstract: In an example of a method for reducing contamination, a purified imaging oil is formed by filtering an imaging oil through an imaging oil filter, and then filtering the imaging oil through a polar absorbent filter. A surface of an amorphous silicon photoconductor of a liquid electrophotographic printing apparatus is maintained by periodically applying the purified imaging oil to the amorphous silicon photoconductor.

Abstract: According to an example, different types of data stored at a database may be identified. The identified data may be scored, where different types of data are scored according to different schemes. The scored data that is above a threshold may be selectively retained. The different schemes may relate to measuring a relevancy of the identified data for predicting behavior of a system.

Abstract: In an example of a method for reducing contamination, a purified imaging oil is formed by filtering an imaging oil through an imaging oil filter, and then filtering the imaging oil through a polar absorbent filter. A surface of an amorphous silicon photoconductor of a liquid electrophotographic printing apparatus is maintained by periodically applying the purified imaging oil to the amorphous silicon photoconductor.

Abstract: There is disclosed a printing machine (10), including a plurality of rollers (20) defining a web path for transitioning a web of media through the printing machine. Each of the plurality of rollers (20) is provided with a guide collar (60) for locating a belt (40) on the respective roller. The belt follows the web path and releasably connects to the web of media such that when the belt (40) is connected to the web (30) and when the guide collar (60) is rotated around an axis of rotation of the roller, the belt threads the web (30) along the web path.

Abstract: A cleaning solution is used to at least substantially remove colorant from the photoconductive drum as the photoconductive drum rotates. A wiper wipes the cleaning solution from the photoconductive drum while purposefully maintaining a layer of the cleaning solution on the drum. The wiper has an edge that is purposefully rounded.

Abstract: A current measurement receipt interval is computed as a difference between a current receipt time of a current measurement from a sensor and a previous receipt time of a previous measurement from the sensor. An expected measurement receipt interval is estimated, based on a lowest mode of measurement receipt intervals including the computed current measurement receipt interval.

Abstract: In an example of a method for reducing contamination, a purified imaging oil is formed by filtering an imaging oil through an imaging oil filter, and then filtering the imaging oil through a polar absorbent filter. A surface of an amorphous silicon photoconductor of a liquid electrophotographic printing apparatus is maintained by periodically applying the purified imaging oil to the amorphous silicon photoconductor.

Abstract: According to an example, different types of data stored at a database may be identified. The identified data may be scored, where different types of data are scored according to different schemes. The scored data that is above a threshold may be selectively retained. The different schemes may relate to measuring a relevancy of the identified data for predicting behavior of a system.

Abstract: An example of the present invention provides a method and system for automatically suppressing false alarms in an IT system, such as an IT application. The method includes consolidating abnormal metrics into a single anomaly. A size of the anomaly relative to the IT application is determined, as well as a distribution of the anomaly in the IT application. A false alarm is determined based on the size and the distribution of the anomaly.

Abstract: An example of the present invention provides a method and system for automatically suppressing false alarms in an IT system, such as an IT application. The method includes consolidating abnormal metrics into a single anomaly. A size of the anomaly relative to the IT application is determined, as well as a distribution of the anomaly in the IT application. A false alarm is determined based on the size and the distribution of the anomaly.