Abstract: A dual size mouse apparatus comprising: a first outer shell with: a base to be placed on a working surface and with an inner cavity shaped to receive a second inner mouse and having at least one outer shell contact device; a first raised portion and a second raised housing; a second inner mouse having; a base to be placed on a working surface and containing mousing components; at least one inner mouse raised portion with at least one inner shell contact device corresponding to each at least one outer shell contact device to detect mousing when the second inner mouse is attached to the second inner mouse, wherein the second inner mouse is capable of mousing alone and the first outer shell works as a mouse when the outer shell contact device is in communication with at least one inner shell contact device.

Abstract: A microprocessor implemented method of managing and preventing the onset of computer related fatigue, the method comprising the steps of: providing a user; determining when the user begins fatigue inducing activities to provide a start time; requiring an anti-fatigue break for a predetermined anti-fatigue time period after the start time; disengaging the user through a staged process sequence; and preventing the user from being able to perform the fatigue inducing activities for a predetermined anti-fatigue time period.

Abstract: The present invention provides methods and systems for clickless user actuation of a webpage through a non-resident application. The non-resident application provides clickless web browsing by determining the position of a user-controlled pointer, displaying an indicator on the computer display corresponding to an active region and actuating the user controlled pointer after a period of activity to provide for server side clickless web browsing.