Abstract: The present invention relates to systems and methods for real time diagnostic and data correlation utilizing a computer network. One embodiment of the present invention relates to a method for interfacing a health monitoring system with an on-line medical information site to provide real-time diagnostics and or updated research data correlation. The method includes measuring and recording at least two health related values, compiling the at least two health related values into a format consistent with an online medical information database, and transmitting the compiled versions of the at least two health related values to an online medical information database. The method may further include receiving real time diagnostics from a medical professional. The method may also include receiving updated medical research data corresponding to the transmitted values. An alternative embodiment of the present invention relates to a system for providing real time remote diagnostic and correlated research data.

Abstract: The present invention is a passenger assembly for a stroller and is adaptable to almost any stroller and is capable of practice in numerous embodiments. The preferred embodiment features a chassis mounted platform with adjustable mounting arms. A mounting mechanism is located at the terminus of each arm and is attachable and removable from the stroller frame with the passenger assembly. A number of potential mounting mechanisms are disclosed. An extension handle is provided to allow users greater control of the stroller from a distance further than normal, as the assembly occupies the position proximate the stroller, where the user ordinarily stands. Modules are capable of addition to the assembly, such as a seat or basket, or a stow strap for securement of the assembly when not in use.

Abstract: A touchless, digital electrical switch includes at least one sensor that is oriented or associated with other elements in such a way as to detect substantially vertical sweeping, or switching, motions. When an intended switching motion is sensed by the optical sensors within a predetermined period of time, loads are switched and the status of a switch is communicated to other switches, if any, along the same circuit (i.e., the “position” of the switch is changed). An indication of the “position” of the switch may be provided by way of a visual indicator. An acceptable switching motion may also result in an audible “click” or other signal.

Abstract: A touchless, digital electrical switch includes at least one sensor that is oriented or associated with other elements in such a way as to detect substantially vertical sweeping, or switching, motions. When an intended switching motion is sensed by the optical sensors within a predetermined period of time, loads are switched and the status of a switch is communicated to other switches, if any, along the same circuit (i.e., the “position” of the switch is changed). An indication of the “position” of the switch may be provided by way of a visual indicator. An acceptable switching motion may also result in an audible “click” or other signal.