Abstract: The present invention relates to a body thermal regulation system. The system includes a fluid-circulating garment having a plurality of fluid-impervious compartments where each compartment is in contact with a different part of a body. The system also includes an expandable bladder to accommodate changes in pressure in the fluid circulation system. At least one heating/cooling unit is positioned to heat and/or cool fluid circulating to the fluid-impervious compartments in the garment. The system also includes a fluid circulation system positioned to circulate fluid between the heating/cooling unit and the plurality of fluid-impervious compartments in the garment. The present invention also relates to a method for measuring heat fluxes in different parts of a body. The method involves providing to a subject the body thermal regulation system according to the present invention.

Abstract: The present invention relates to a body thermal regulation system. The system includes a fluid-circulating garment having a plurality of fluid-impervious compartments where each compartment is in contact with a different part of a body. At least one heating/cooling unit is positioned to heat and/or cool fluid circulating to the fluid-impervious compartments in the garment. The system also includes a fluid circulation system positioned to circulate fluid between the heating/cooling unit and the plurality of fluid-impervious compartments in the garment. The present invention also relates to a method for measuring heat fluxes in different parts of a body. The method involves providing to a subject the body thermal regulation system according to the present invention. Then, the temperatures and flow rates of fluid entering and exiting each of the plurality of fluid-impervious compartments in the garment are measured, allowing heat fluxes in different parts of the body to be determined.

Abstract: The present invention relates to a composite insulation material. The composite insulation material includes a syntactic foam component and a plurality of aerogel inserts. The present invention also relates to a method of making a composite insulation material. The present invention further relates to a method for enhancing the flexibility of a solid material.

Abstract: The present invention relates to a composite insulation material. The composite insulation material includes a syntactic foam component and a plurality of aerogel inserts. The present invention also relates to a method of making a composite insulation material. The present invention further relates to a method for enhancing the flexibility of a solid material.

Abstract: A training system and method used to improve the biomechanics, distance per stroke, and aerobic metabolism of a swimmer is disclosed. The system employs a computer interface which allows a coach or a swimmer to input a particular training strategy using pace lights and timing system or, alternatively, using the system's internal training program. The system provides a generator to collect data from a swimmer. A part of the training system is designed to automate the data collection routine while operating in tandem with a swim meter. Another part of the system analyses the swimmers' performance and outputs the appropriate data to the pace light controlling circuitry.