Abstract: Techniques described herein relate to integrating an electronic component into a ceiling mount in a ceiling tile system so as to maintain the aesthetic integrity of the ceiling while providing a suitable structural system to secure the equipment into the ceiling.

Abstract: Modular lighted display panel assemblies are disclosed that are used to provide modular lighted signage in various applications. The modular lighted display panel assemblies may be linked in a serialized fashion in certain implementations shown herein. In one particular implementation described herein, modular lighted display panel assemblies are linked to provide digital signage on a series of server racks. The techniques described herein allow implementation of some panels without the additional cost and complexity of power modules and/or lighting modules.

Abstract: A turbofan engine includes an outer bypass duct and a gas turbine engine having an outer casing. The gas turbine engine is disposed in the outer bypass duct such that a bypass airflow passage is formed between the outer casing of the gas turbine engine and the outer bypass duct. The turbofan engine includes a turbine rear frame link assembly including a set of links coupled between the outer bypass duct and the outer casing to support the gas turbine engine relative to the outer bypass duct. The links are arranged around the gas turbine engine on a plane that is perpendicular to a centerline axis of the turbofan engine. None of the links extends through the bypass airflow passage at a position that intersects a radius extending in a vertically downward direction from the centerline axis.

Abstract: Techniques described herein relate to integrating an electronic component into a ceiling mount in a ceiling tile system so as to maintain the aesthetic integrity of the ceiling while providing a suitable structural system to secure the equipment into the ceiling.

Abstract: In one aspect, the present disclosure is directed to a turbine rear frame link assembly for a turbofan engine. The turbofan engine includes an outer bypass duct and a gas turbine engine having an outer casing. The gas turbine engine is disposed in the outer bypass duct such that a bypass airflow passage is formed between the outer casing of the gas turbine engine and the outer bypass duct. The turbine rear frame link assembly includes a set of links coupled between the outer bypass duct and the outer casing to support the gas turbine engine relative to the outer bypass duct. The links are arranged around the gas turbine engine on a plane that is perpendicular to a centerline axis of the turbofan engine. None of the links extends through the bypass airflow passage at a position that intersects a radius extending in a vertically downward direction from the centerline axis.

Abstract: A cable junction enclosure is described that provides new and improved ways of managing hybridized cable connections. The cable junction enclosures described herein include means for managing fiber cable and means for managing copper cable that originate in a single-sheathed hybridized cable. The cable junction enclosure described herein provides a more efficient way to manage multiple types of cable from a hybridized cable while providing increased security and protection for cables contained therein, entering thereto, and exiting therefrom.

Abstract: Paint mask assemblies are described herein in various embodiments. A paint mask assembly includes a window portion having a removable mask affixed thereto. The paint mask assembly can be affixed over a mark on a surface so that the mark is visible through the window portion of the paint mask assembly. When the paint mask assembly is painted, the paint is applied over the removable mask, but the window portion remains unpainted. When the removable mask is removed, the mark remains visible through the window portion of the paint mask assembly.

Abstract: Systems and methods relate to locating connectivity network components in a step structure. Connectivity network components, such as network switches, network access points, etc., are disposed within structural steps in a spectator venue, such as a sports stadium or arena. Locating network components in stadium steps allows network cabling to be brought closer to network access points, thus bringing about efficiencies in cabling costs and connectivity characteristics. Such systems and methods allow for network access points to be located in greater densities in areas with high user access rates.

Abstract: Techniques described herein relate to integrating an electronic component into a ceiling mount in a ceiling tile system so as to maintain the aesthetic integrity of the ceiling while providing a suitable structural system to secure the equipment into the ceiling. The techniques further include one or more apparatuses having a cutting element for efficiently cutting the specified tile to accommodate the electronic component ceiling mount.

Abstract: A handrail mountable wireless components installation apparatus and related method of installation are disclosed. The apparatus/method includes a shell having two parts, a wireless components housing and a lid; and a chassis for the fixedly but detachable mounting within the shell of the wireless electronic components necessary to provide a WiFi signal, as for example a router and an antenna, the chassis equipped with two sets of brackets. One set of brackets provides the anchoring means for the fastening of the lid onto the housing. The second set of brackets allows the enclosure to be mounted on the handrail. Optionally, the chassis is provided with a mounting plate for the mounting of a router and an opening capable of accommodating an antenna without impeding the flow of the antenna signal. Optionally, the weather resistant handrail mountable wireless components installation apparatus also comprises a gasket.

Abstract: A system and method for proximate network antennas disposed in cavities in a portion of a seat is disclosed that provides ways to bring antennas closer to the bodies of seat occupants to improve signal to noise ratio and, therefore, throughput and capacity, and to use the bodies of seat occupants to attenuate the signals to improve channel re-use.

Abstract: A handrail mountable wireless components installation apparatus and related method of installation are disclosed. The apparatus/method includes a shell having two parts, a wireless components housing and a lid; and a chassis for the fixedly but detachable mounting within the shell of the wireless electronic components necessary to provide a WiFi signal, as for example a router and an antenna, the chassis equipped with two sets of brackets. One set of brackets provides the anchoring means for the fastening of the lid onto the housing. The second set of brackets allows the enclosure to be mounted on the handrail. Optionally, the chassis is provided with a mounting plate for the mounting of a router and an opening capable of accommodating an antenna without impeding the flow of the antenna signal. Optionally, the weather resistant handrail mountable wireless components installation apparatus also comprises a gasket.

Abstract: A handrail mountable wireless components installation apparatus and related method of installation are disclosed. The apparatus/method includes a shell having two parts, a wireless components housing and a lid; and a chassis for the fixedly but detachable mounting within the shell of the wireless electronic components necessary to provide a WiFi signal, as for example a router and an antenna, the chassis equipped with two sets of brackets. One set of brackets provides the anchoring means for the fastening of the lid onto the housing. The second set of brackets allows the enclosure to be mounted on the handrail. Optionally, the chassis is provided with a mounting plate for the mounting of a router and an opening capable of accommodating an antenna without impeding the flow of the antenna signal. Optionally, the weather resistant handrail mountable wireless components installation apparatus also comprises a gasket.

Abstract: A cable junction enclosure is described that provides new and improved ways of managing hybridized cable connections. The cable junction enclosures described herein include means for managing fiber cable and means for managing copper cable that originate in a single-sheathed hybridized cable. The cable junction enclosure described herein provides a more efficient way to manage multiple types of cable from a hybridized cable while providing increased security and protection for cables contained therein, entering thereto, and exiting therefrom.

Abstract: Systems and methods relate to locating connectivity network components in a step structure. Connectivity network components, such as network switches, network access points, etc., are disposed within structural steps in a spectator venue, such as a sports stadium or arena. Locating network components in stadium steps allows network cabling to be brought closer to network access points, thus bringing about efficiencies in cabling costs and connectivity characteristics. Such systems and methods allow for network access points to be located in greater densities in areas with high user access rates.

Abstract: A one-piece structural frame for use with an enclosure, such as an enclosure that houses one or more electronic components is described. The one-piece structural frame includes cutouts that enable the frame to be deformed into a shape conforming to an enclosure to provide additional structural support for the enclosure. The techniques described herein provide a lighter, less expensive method for creating an enclosure frame and for ease in manufacturing the frame and an enclosure that includes the frames.

Abstract: A handrail mountable wireless components installation apparatus and related method of installation are disclosed. The apparatus/method includes a shell having two parts, a wireless components housing and a lid; and a chassis for the fixedly but detachable mounting within the shell of the wireless electronic components necessary to provide a WiFi signal, as for example a router and an antenna, the chassis equipped with two sets of brackets. One set of brackets provides the anchoring means for the fastening of the lid onto the housing. The second set of brackets allows the enclosure to be mounted on the handrail. Optionally, the chassis is provided with a mounting plate for the mounting of a router and an opening capable of accommodating an antenna without impeding the flow of the antenna signal. Optionally, the weather resistant handrail mountable wireless components installation apparatus also comprises a gasket.

Abstract: A handrail mountable wireless components installation apparatus and related method of installation are disclosed. The apparatus/method includes a shell having two parts, a wireless components housing and a lid; and a chassis for the fixedly but detachable mounting within the shell of the wireless electronic components necessary to provide a WiFi signal, as for example a router and an antenna, the chassis equipped with two sets of brackets. One set of brackets provides the anchoring means for the fastening of the lid onto the housing. The second set of brackets allows the enclosure to be mounted on the handrail. Optionally, the chassis is provided with a mounting plate for the mounting of a router and an opening capable of accommodating an antenna without impeding the flow of the antenna signal. Optionally, the weather resistant handrail mountable wireless components installation apparatus also comprises a gasket.