Abstract: A running tool assembly for installing a seal assembly in a wellhead housing includes a mandrel configured to couple with a conveyance string and including a central passage, a first piston slidably disposed about the mandrel and configured to releasably couple with the seal assembly, and a second piston slidably disposed in the central passage of the mandrel and including an annular seal that sealingly engages an inner surface of the central passage, wherein, when the running tool assembly is disposed in the wellhead housing, the second piston is configured to set an axially settable component in response to a pressurization of the central passage of the mandrel.

Abstract: A running tool assembly for installing a hanger in a wellhead housing includes a first body configured to support the hanger, a second body coupled to the first body, a piston moveable relative to the second body, wherein the piston includes a first position and a second position spaced from the first position, and a piston chamber formed in the running tool assembly, wherein, when the assembly is coupled to the hanger and the hanger is positioned in the wellhead housing, the piston is configured to actuate from the first position to the second position in response to a pressurization of the piston chamber to engage a locking member disposed about the hanger and thereby lock the hanger to the wellhead housing, the assembly including a passage having a diameter that is equal to or larger in size than a diameter of a passage of the hanger.

Abstract: A system includes a running tool that has a tool body, a first piston configured to move a sealing member of a seal assembly between sealed and unsealed positions between the seal assembly and a first tubular, and a second piston configured to move a lock member between locked and unlocked positions between the seal assembly and a second tubular.

Abstract: A tubing or casing hanger assembly includes a tubing or casing hanger including a first key disposed on an outer surface of the hanger, and a locking member disposed about the hanger, the locking member including a first key disposed on an inner surface of the hanger, wherein the locking member includes a first position where the first key of the locking member is circumferentially spaced from the first key of the hanger, and a second position where the first key of the locking member circumferentially overlaps with the first key of the locking member to couple the locking member with the hanger.

Abstract: A running tool assembly for installing a seal assembly in a wellhead housing includes a mandrel configured to couple with a conveyance string and including a central passage, a first piston slidably disposed about the mandrel and configured to releasably couple with the seal assembly, and a second piston slidably disposed in the central passage of the mandrel and including an annular seal that sealingly engages an inner surface of the central passage, wherein, when the running tool assembly is disposed in the wellhead housing, the second piston is configured to set an axially settable component in response to a pressurization of the central passage of the mandrel.

Abstract: A system includes a running tool that has a tool body, a first piston configured to move a sealing member of a seal assembly between sealed and unsealed positions between the seal assembly and a first tubular, and a second piston configured to move a lock member between locked and unlocked positions between the seal assembly and a second tubular.

Abstract: A running tool assembly for installing a hanger in a wellhead housing includes a first body configured to support the hanger, a second body coupled to the first body, a piston moveable relative to the second body, wherein the piston includes a first position and a second position spaced from the first position, and a piston chamber formed in the running tool assembly, wherein, when the assembly is coupled to the hanger and the hanger is positioned in the wellhead housing, the piston is configured to actuate from the first position to the second position in response to a pressurization of the piston chamber to engage a locking member disposed about the hanger and thereby lock the hanger to the wellhead housing, the assembly including a passage having a diameter that is equal to or larger in size than a diameter of a passage of the hanger.

Abstract: A tubing or casing hanger assembly includes a tubing or casing hanger including a first key disposed on an outer surface of the hanger, and a locking member disposed about the hanger, the locking member including a first key disposed on an inner surface of the hanger, wherein the locking member includes a first position where the first key of the locking member is circumferentially spaced from the first key of the hanger, and a second position where the first key of the locking member circumferentially overlaps with the first key of the locking member to couple the locking member with the hanger.

Abstract: A method for cloning hand drawn images includes identifying, within an environment, a position of a wand with respect to each of a first plurality of user selected physical points. A virtual plane identified by the first plurality of points is defined. The virtual plane corresponds to a first marking surface. An electronic page is associated with the first virtual plane. A motion of the wand is tracked. The motion corresponds to a use of the wand to draw a first mark on the first marking surface. A path traced across the first virtual plane is identified. The path is defined by the tracked motion. The electronic page is updated to include a digital image representative of the path. The digital image is a clone of the mark.

Abstract: Systems and methods for processing touchpad input are disclosed. An example method comprises: translating a first position of an object relative to a touchpad into a second position within a selected fixed size input area of a plurality of fixed size input areas; and selecting the fixed input area responsive to an indication of a new input area.

Abstract: A method of projecting an image on a physical substrate using a virtual image and a virtual plane includes generating a virtual two dimensional plane and locating a position and orientation of a wand with respect to the virtual plane. The method further includes creating a virtual image on the virtual plane with the wand. An image can be projected on the physical substrate. The projected image corresponds to the virtual image created on the virtual plane. An associated image projection system includes a virtual two dimensional plane. A wand is configured to create a virtual image on the virtual two dimensional plane. The image projection system also has a physical substrate configured to receive a projected image. The projected image corresponds to the virtual image generated using the wand and the virtual two dimensional plane.

Abstract: A scanning device receives selection of a given tray in relation to which a copy job is to be printed. The given tray is associated with attributes of media sheets loaded thereinto, and is associated with specific printing capabilities of a printing device of which the given tray is physically a part. The given tray is selected from a group of trays including at least virtual trays. Each virtual tray corresponds to a physical tray of a printing device other than the scanning device. The scanning device receives selection of characteristics of the copy job. The characteristics are selected from a group of characteristics encompassing all characteristics supported by the given tray. The scanning devices scans media sheets loaded thereinto to yield a file. The scanning device causes the file to be printed based on the characteristics selected. The file is printed on media sheets loaded into the given tray.

Abstract: A method for cloning hand drawn images includes identifying, within an environment, a position of a wand with respect to each of a first plurality of user selected physical points. A virtual plane identified by the first plurality of points is defined. The virtual plane corresponds to a first marking surface. An electronic page is associated with the first virtual plane. A motion of the wand is tracked. The motion corresponds to a use of the wand to draw a first mark on the first marking surface. A path traced across the first virtual plane is identified. The path is defined by the tracked motion. The electronic page is updated to include a digital image representative of the path. The digital image is a clone of the mark.

Abstract: A method of projecting an image on a physical substrate using a virtual image and a virtual plane includes generating a virtual two dimensional plane and locating a position and orientation of a wand with respect to the virtual plane. The method further includes creating a virtual image on the virtual plane with the wand. An image can be projected on the physical substrate. The projected image corresponds to the virtual image created on the virtual plane. An associated image projection system includes a virtual two dimensional plane. A wand is configured to create a virtual image on the virtual two dimensional plane. The image projection system also has a physical substrate configured to receive a projected image. The projected image corresponds to the virtual image generated using the wand and the virtual two dimensional plane.