Abstract: Fluidic systems and methods in which oscillatory flow is employed are generally described. In some instances, one or more solenoids are used to drive the oscillation of a magnetically-susceptible body which creates oscillatory flow of a fluid in a fluidic channel in fluid communication with a channel containing the magnetically-susceptible body.

Abstract: A workstation is provided that includes a base, a first worksurface supported by the base and a housing supported by the base. The first worksurface defines an opening and the housing is movable within the opening. The housing is configured support a display monitor (e.g., a flat screen monitor, etc.) and has a receptacle configured to support an input device (e.g., keyboard, etc.). The workstation also includes a second work surface supported atop the housing and an actuator coupled between the base and the housing for selectively moving the housing in a vertical direction between a stowed position and a use position. The second worksurface is substantially aligned with the first worksurface when the housing is in the stowed position. The housing is configured to be selectively moved from the use position to one of the stowed position and an intermediate position by applying a downward force to the second worksurface.

Abstract: A system and method is disclosed for configuring a network device. The system and method involves a network device that includes an external button for toggling the device between a managed mode and an unmanaged mode. When the device is toggled to a managed mode, an Internet Protocol (IP) address is temporarily assigned to the device and the device may be remotely configured. After configuration, the device can be returned to an unmanaged state, and the IP address assigned to the device is cleared. During the period that the device is in a managed state, an external indicator on the device is turned on to confirm that the device is in a managed state.