Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: A presentation is assembled of a collection of digital images that include different foreground objects against background regions. A target value of an image parameter for the background regions is determined statistically from captured background region image data of the collection. The background region of each image in the collection is adjusted to uniformly exhibit a value of the image parameter that is within a narrow range of values around a statistically ascertained target value.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Methods and systems are disclosed for determining changes or revisions to a set of data and providing a user with a computerized graphical depiction of these changes through the use of multiple geometric shapes, the positioning of which shapes relative to one another and the size of which shapes relative to one another depict the changes to the user.

Abstract: Input sources to a display, such as a television, are depicted with a first indicator if active, such as active with a signal having visual information, and are depicted with a second indicator if inactive, such as lacking an active signal. A selection module allows a user of the display to select an active source but precludes selection of an inactive source. For instance, a user is allowed to select highlighted input sources that are active but not allowed to select grayed out input sources that are inactive. An override allows the user to present all input sources with the first indicator, whether or not the input sources are active.

Abstract: Systems and methods for presenting high definition display signals in secondary windows of a display are disclosed. In one embodiment, the aspect ratio of a high definition content secondary window is adjustable. The high definition content secondary window may be a PIP, POP, PBP or other window. Furthermore, the image within the high definition content secondary window may be scaled in a wide variety of manners such that the image shape within the window may also be adjustable. Thus, in one embodiment both the window shape and the image shape within the window may be adjustable. Furthermore, the input format of the content presented to the display may be one of a wide variety of formats. In a further embodiment, the secondary window shape and image shape may be adjustable for a plurality of different input formats.

Abstract: A cutting head for a water jet cutting machine includes a base with a bore and an orifice member having an inlet, an outlet, and a passage extending between the inlet and outlet which increases velocity of fluid flowing through the passage to form a fluid jet. A wear insert has first and second ends, a passage extending between the two ends, the body second end being connected with the base and the body first end supporting the orifice member. A fluid focusing device includes a tubular body with a central passage having inlet and discharge ports, the tubular body being disposable within the base bore such that the body inlet port is fluidly coupleable with the orifice outlet. The tubular body and/or the base are/is configured such that the tubular body is separately positionable at one of a plurality of discrete, predetermined angular positions about the base bore axis.

Abstract: A self-vacuum arrangement for pneumatic equipment is provided. A Venturi device having first and second ports and a central tap is provided. A first check valve having a first port operably coupled with the central tap of the Venturi device is configured to prevent pneumatic flow from the central tap through the first check valve. Optionally included is a second valve having a first port operably coupled with the first port of the Venturi device, and a second port operably coupled with the second port of the Venturi device.

Abstract: Input sources to a display, such as a television, are depicted with a first indicator if active, such as active with a signal having visual information, and are depicted with a second indicator if inactive, such as lacking an active signal. A selection module allows a user of the display to select an active source but precludes selection of an inactive source. For instance, a user is allowed to select highlighted input sources that are active but not allowed to select grayed out input sources that are inactive. An override allows the user to present all input sources with the first indicator, whether or not the input sources are active.

Abstract: Systems and methods for presenting high definition display signals in secondary windows of a display are disclosed. In one embodiment, the aspect ratio of a high definition content secondary window is adjustable. The high definition content secondary window may be a PIP, POP, PBP or other window. Furthermore, the image within the high definition content secondary window may be scaled in a wide variety of manners such that the image shape within the window may also be adjustable. Thus, in one embodiment both the window shape and the image shape within the window may be adjustable. Furthermore, the input format of the content presented to the display may be one of a wide variety of formats. In a further embodiment, the secondary window shape and image shape may be adjustable for a plurality of different input formats.