Abstract: A Computing based control system for managing signals from a variety of input devices equipped with sensors, such as resistive potentiometers pedals, load cell buttons, pressure sensitive, optical, capacitive, magnetic, voice activated, proximity, sonar and other types of sensors or I/O devices. The system comprises of at least one Hub or electronic control system including one or more processing units, memory units for storing instructions and saving data, and other components such as long-term storage devices, display units, networking, interfaces and more, with the system receiving information from the sensors, processing inputs and dynamically adjusting a range of control parameters, including but not limited to cursor speed and DPI settings. The system can communicate multi-directionally with multiple peripherals, allowing real-time customization and refinement of settings and output characteristics for sensor devices.

Abstract: This invention provides a novel solution for a nursing pad that is configured to provide direct access to an absorbent insert, resists slippage while worn inside a bra or a shirt, and effectively wick leaking breast fluid via an undergarment pad assembly comprising a receptacle with a pocket, at least one absorbent insert wherein the at least one absorbent insert is retained and semi-enveloped within the pocket of the receptacle, and may include at least one non-slip surface on a backside of the receptacle.