Abstract: An ergonomic manual driver includes a handle having ergonomic recesses. A manual driver includes an elongated shank and a handle. The elongated shank extends along a shank axis. The handle includes a handle body attached to the elongated shank. The handle body includes a proximal portion, a middle portion, and a distal portion. The middle portion includes middle portion pyramid-shaped recesses, distal portion faceted recesses, and/or proximal portion faceted recesses.

Abstract: An ergonomic manual driver includes a handle having ergonomic recesses. A manual driver includes a shank and a handle attached to the shank. The handle includes a proximal portion, a middle portion, and a distal portion. The distal portion has a distal portion distal end cross section that includes polygonal perimeter line segments joined by intervening perimeter segments. The distal portion has a distal portion proximal end cross section that includes polygonal perimeter line segments joined by intervening perimeter segments. Orientations of the polygonal perimeter line segments of the distal portion distal end are offset rotationally by 15 degrees to 45 degrees around the shank axis relative to the polygonal perimeter line segments of the distal portion proximal end. The distal portion comprises distal portion recesses, which extend from the distal portion proximal end to the distal portion distal end.

Abstract: An ergonomic manual driver includes a handle having ergonomic recesses. A manual driver includes a shank and a handle attached to the shank. The handle includes a proximal portion, a middle portion, and a distal portion. The distal portion has a distal portion distal end cross section that includes polygonal perimeter line segments joined by intervening perimeter segments. The distal portion has a distal portion proximal end cross section that includes polygonal perimeter line segments joined by intervening perimeter segments. Orientations of the polygonal perimeter line segments of the distal portion distal end are offset rotationally by 15 degrees to 45 degrees around the shank axis relative to the polygonal perimeter line segments of the distal portion proximal end. The distal portion comprises distal portion recesses, which extend from the distal portion proximal end to the distal portion distal end.

Abstract: A lighting system controller is provided that is adapted to configure a plurality of lighting controllers using a set of common configuration information referred to as a template. According to one example, the lighting system controller is configured to maintain a set of templates and to track associations between templates and elements of a lighting control system that are managed by the lighting system controller. Examples of managed elements include lighting controllers and configurable objects resident within the lighting controllers.

Abstract: A lighting system controller is provided that is configured to automatically synchronize a lighting controller with a centralized configuration. In a particular example, this automatic synchronization activity may include modifying the configuration of the lighting controller to match configuration information stored locally on the lighting system controller. Conversely, this automatic synchronization activity may include modifying the locally stored configuration information to match the current configuration of the lighting controller. In some examples, the lighting system controller is configured to use cyclic redundancy checks when determining whether to modify configuration information.

Abstract: A lighting system controller is provided that is adapted to configure a plurality of lighting controllers using a set of common configuration information referred to as a template. According to one example, the lighting system controller is configured to maintain a set of templates and to track associations between templates and elements of a lighting control system that are managed by the lighting system controller. Examples of managed elements include lighting controllers and configurable objects resident within the lighting controllers.

Abstract: A lighting system controller is provided that is configured to automatically discover lighting controllers. In a particular example, the lighting system controller is configured to scan a network for lighting controllers that match a set of search criteria. According to this example, the lighting system controller is configured to present any such discovered lighting controllers to a user in a user interface. In this example, the user interface includes elements configured to allow a user to designate one or more of the discovered lighting controllers for centralized management.

Abstract: A lighting system controller is provided that is configured to automatically synchronize a lighting controller with a centralized configuration. In a particular example, this automatic synchronization activity may include modifying the configuration of the lighting controller to match configuration information stored locally on the lighting system controller. Conversely, this automatic synchronization activity may include modifying the locally stored configuration information to match the current configuration of the lighting controller. In some examples, the lighting system controller is configured to use cyclic redundancy checks when determining whether to modify configuration information.

Abstract: A resuable portable wind indicator comprises a central body member having four elongated arms extending radially outward therefrom at equal angles of 120 degrees from adjacent arms and connected to the central body member by coil springs, with each arm including a ribbon or the like at the outer end thereof. The outwardly extending arms can be folded up in one direction for packaging in a small container and, when released from an aircraft or the like, will spring outward such that when the indicator lands one arm will be extended in the upward direction such that the ribbon or flag on the end thereof will be blown by the wind in the direction of the wind. The radial arms are mounted by means of coil springs through a central body which may either consist of a spherical member with radial bores for threadably receiving the springs, or a radially extending plurality of studs for threadably receiving the coil springs.