Patent ID: 9109843
Filing Date: 2015-08-18
Classification: B64G,F28D,F28F

Abstract:
1. A radiator system, related to reducing heat emissions while maintaining at least one fluid flow path, comprising: a) at least one thermal loop structured and arranged to collect heat from at least one heat source and transport such collected heat, the at least one thermal loop including a thermal transport fluid to transport such collected heat; b) at least one heat radiator structured and arranged to radiate, into an external environment, such collected heat transported by the at least one thermal loop; c) at least one thermal connector structured and arranged to thermally connect the at least one thermal loop to the at least one heat radiator; and d) a fluid flow control system configured to control a flow rate of the thermal transport fluid; e) wherein, when the thermal transport fluid decreases in temperature, the thermal transport fluid becomes locally more viscous proximate the thermal connection with the at least one thermal loop and the at least one heat radiator; f) wherein, when the thermal transport fluid becomes locally more viscous, the locally more viscous fluid becomes more thermally insulative and at least one fluid flow path through the at least one thermal loop is maintained based at least in part on the controlled flow rate of the thermal transport fluid; and g) wherein thermal conduction from the at least one thermal loop is reduced as the at least one thermal transport fluid becomes locally more viscous.