Abstract: A system and method for disabling a motorized vehicle are provided. In a first version a vehicle is tracked via GPS technology and monitored for adherence within scheduled parameters of movement. A radio controlled device resides within the vehicle and is configured to controllably disable and/or limits fuel input to an energy conversion-module of the vehicle. The locations, movement, speed, direction and one or more conditions of the vehicle may be monitored automatically or semi-automatically from a remote site. In a second embodiment a programmable limitation module monitors the location of the vehicle and limits the function of the vehicle when pre-programmed parameters are exceeded. The functional limitation imposable by the limitation module may include reduction or removal of access to a fuel supply.

Abstract: A device for increasing, monitoring, and measuring perspiration water and solid loss at reduced ambient pressure, comprising a sealed chamber capable of maintaining less than atmospheric pressure for an extended period of time and a gasket-sealed door accessing the chamber. The chamber provides a controlled hypobaric environment for treatment of various medical conditions. Internal controls of ambient pressure inside, temperature, humidity, oxygen, CO2 and other environmental conditions within the chamber are included, as well as a mechanism for recovering perspiration water loss from an occupant of the chamber. Methods for determining the perspiration volume of water and solid loss experienced by an occupant in the chamber are also disclosed including a computer program for determining quantity of sweat produced by the occupant of the chamber on a continuous basis. An algorithm allowing for continuous calculations of sweat loss and fluid replacement requirements of the occupant of the chamber is disclosed.