Abstract: Head thermoregulatory apparatuses, related devices and methods, are disclosed herein. In some embodiments, a head thermoregulatory apparatus may include a core body temperature sensor; a head thermoregulatory device including a fluid pad, an input port, and an output port; a fluid device configured to heat or cool a fluid, the fluid device including the fluid, an input port, and an output port; fluid hoses between the head thermoregulatory device and the fluid device; a fluid valve coupled to the fluid hoses; and control circuitry coupled to the fluid valve and to the core body temperature sensor, wherein the control circuitry is configured to activate the fluid valve based on a determination that an absolute difference between a subsequent core body temperature and a baseline core body temperature exceeds a threshold. In some embodiments, the fluid device cools the fluid. In other embodiments, the fluid device heats the fluid.

Abstract: A wetsuit comprising first panels exhibiting a high-stretch and adapted to provide buoyancy to the wearer and second panels exhibiting a low-stretch and adapted to provide further buoyancy to the wearer wherein the first and the second panels are fastened together by seams and wherein the second panels are arranged according to the muscular configuration of the wearer to stimulate the muscular relaxation velocity of the wearer.

Abstract: A technical pant garment 10 having an inner short 11 and an outer short 12. The inner short 11 is formed to tightly fit a wearer of the garment 10 and the outer short 12 is connected to the inner short 11 to fit loosely about the inner short 11. The inner short 11 is constructed to impose on or more leads on the wearer which act to affect the posture of the wearer in a manner tending to cause the wearer who has adopted an incorrect posture to realign towards a correct posture.

Abstract: A technical pant garment 10 having an inner short 11 and an outer short 12. The inner short 11 is formed to tightly fit a wearer of the garment 10 and the outer short 12 is connected to the inner short 11 to fit loosely about the inner short 11. The inner short 11 is constructed to impose on or more leads on the wearer which act to affect the posture of the wearer in a manner tending to cause the wearer who has adopted an incorrect posture to realign towards a correct posture.

Abstract: The event-driven queuing system and method (“EDQS”) comprises at least one each of a client, supervisor, and worker, together with network communications between each client and supervisor and between each supervisor and worker, and a component selected from the group comprising EDQS messaging architecture, EDQS job routing, EDQS event/callback architecture, EDQS job type data architecture, and the EDQS domain specific language. The EDQS typically provides arithmetical increases in dispatch time as jobs and workers are added to a farm, substantial improvements in processing jobs based on the status of one or more other jobs in a process group, and substantial improvements in the use of standalone or clustered heterogeneous platforms in a farm.