Abstract: Various devices and systems for display surface temperature reduction are provided. For example, such a device can comprise a vented display having a display assembly configured to generate and project images, a backlight assembly configured to generate light to illuminate the display assembly, and an air gap that separates the display assembly from the backlight assembly and that is configured to permit a flow of air through the air gap to thereby facilitate the transfer of heat from the display assembly to the air flowing through the air gap to cool the display. For example, such a system can comprise a convective cooling system that is configured to direct a flow of cooling air across an exterior surface of a display and thereby lower the temperature of the exterior surface.

Abstract: An anchor assembly for anchoring casing or other pipe against axial upward movement while permitting rotation of the casing or other pipe. An inner mandrel member has a central bore and a flange member extending around the outer circumference of the mandrel. A friction reducing ring member is located on an upper surface of the flange member, while layered friction reducing sleeve members are positioned around the outer surface of the mandrel member. An anchor sleeve member is concentrically and rotatably positioned around the outer surface of the outermost friction reducing sleeve member. Connection flanges, each having at least one bore for attachment to a shackle or other connecting device, extend laterally from the outer periphery of the anchor sleeve member and allow for anchoring of the assembly (and any attached casing or other pipe) to a rig or other structural support member.

Abstract: An anchor assembly for anchoring casing or other pipe against axial upward movement while permitting rotation of the casing or other pipe. An inner mandrel member has a central bore and a flange member extending around the outer circumference of the mandrel. A friction reducing ring member is located on an upper surface of the flange member, while layered friction reducing sleeve members are positioned around the outer surface of the mandrel member. An anchor sleeve member is concentrically and rotatably positioned around the outer surface of the outermost friction reducing sleeve member. Connection flanges, each having at least one bore for attachment to a shackle or other connecting device, extend laterally from the outer periphery of the anchor sleeve member and allow for anchoring of the assembly (and any attached casing or other pipe) to a rig or other structural support member.

Abstract: A shear brace assembly is provided which laterally braces wall lines within a structure, such as a house or other residential construction, while also providing vertical and out-of-plane load carrying capacity. The assembly consists of one or more wood-based panel(s) which are rigidly connected to concrete, masonry or wood support material directly below or above the shear brace assembly bearing surface. The term “wood-based” should be interpreted to mean that the panel may be constructed from a natural wood, or partially or wholly from an engineered wood, such as Timberstrand®, Parallam®, or the like. Ductile anchorage assemblies are used below, and in some applications, above the individual panels.

Abstract: A shear brace assembly is provided which laterally braces wall lines within a structure, such as a house or other residential construction, while also providing vertical and out-of-plane load carrying capacity. The assembly consists of one or more wood-based panel(s) which are rigidly connected to concrete, masonry or wood support material directly below or above the shear brace assembly bearing surface. The term “wood-based” should be interpreted to mean that the panel may be constructed from a natural wood, or partially or wholly from an engineered wood, such as Timberstrand®, Parallam®, or the like. Ductile anchorage assemblies are used below, and in some applications, above the individual panels.

Abstract: The present invention provides a downhole cementing apparatus run into a borehole on a tubular. The apparatus is constructed on the pipe in such a way that pressure surge during run-in is reduced by allowing fluid to enter the pipe and utilize the fluid pathway of the cement. In one aspect of the invention, an inner member is provided that filters fluid as it enters the fluid pathway. In another aspect of the invention, various methods are provided within the cementing apparatus to loosen and displace sediment in the borehole prior to cementing.

Abstract: The present invention provides a downhole cementing apparatus run into a borehole on a tubular. The apparatus is constructed on the pipe in such a way that pressure surge during run-in is reduced by allowing fluid to enter the pipe and utilize the fluid pathway of the cement. In one aspect of the invention, an inner member is provided that filters fluid as it enters the fluid pathway. In another aspect of the invention, various methods are provided within the cementing apparatus to loosen and displace sediment in the borehole prior to cementing.

Abstract: A rear gate assembly of a motor vehicle is provided. The motor vehicle has a rear gate opening. The rear gate assembly includes a rear gate, a back glass, and a rear gate handle. The rear gate includes a rear gate top portion, a rear gate bottom portion, and an outer surface and has a latched and unlatched position. The rear gate bottom portion is rotatably coupled to a bottom edge of the rear gate opening. The back glass has a back glass top portion and a back glass bottom portion. The back glass top portion is rotatably coupled to a top edge of the rear gate opening and has a latched and unlatched position. The rear gate handle is coupled to the outer surface of the rear gate and is actuatable from a first position to a second position. The rear gate assembly sequentially releases the back glass and rear gate from the respective latched positions in response to actuation of the rear gate handle.

Abstract: A rear gate assembly of a motor vehicle is provided. The motor vehicle has a rear gate opening. The rear gate assembly includes a rear gate, a back glass, and a rear gate handle, The rear gate includes a rear gate top portion, a rear gate bottom portion, and an outer surface and has a latched and unlatched position. The rear gate bottom portion is rotatably coupled to a bottom edge of the rear gate opening. The back glass has a back glass top portion and a back glass bottom portion. The back glass top portion is rotatably coupled to a top edge of the rear gate opening and has a latched and unlatched position. The rear gate handle is coupled to the outer surface of the rear gate and is actuatable from a first position to a second position. The rear gate assembly sequentially releases the back glass and rear gate from the respective latched positions in response to actuation of the rear gate handle.