Abstract: A dehumidifying apparatus includes a tubular vortex-effect generating portion, a gas inflow portion generating a swirling flow of a gas inside the vortex-effect generating portion by allowing a gas to be dehumidified to flow into the vortex-effect generating portion, a dew-condensation generating portion arranged at a place where a gas reduced in temperature flows in gases separated into a swirling flow reduced in temperature to be lower than a dew point of the gas and a swirling flow increased in temperature inside the vortex-effect generating portion, and generating dew condensation on a surface thereof, a moisture collecting portion collecting condensed moisture and a gas outflow portion provided at an end portion on a downstream side of the vortex-effect generating portion, from which the gas flowing from the gas inflow portion flows out.

Abstract: An air-conditioning controlling device includes an indicator calculating portion that calculates one or more indicators for evaluating, for each individual Pareto solution, similarity of the detail of air-conditioning control based on the operating volumes and/or the state distributions for the Pareto solution, a similarity calculating portion that calculates, for each Pareto solution, similarity of the Pareto solution to a reference Pareto solution, based on the indicators for the Pareto solution and the indicators for the reference Pareto solution, which is selected as a reference from the Pareto solutions, and an air-conditioning instructing portion that sends, to the air-conditioning system, the operating volumes of the Pareto solution with the least similarity to the reference Pareto solution from among the Pareto solutions belonging to the new air-conditioning controlling mode when there is a change, to a new air-conditioning controlling mode, of the air-conditioning controlling mode that is applied to

Abstract: An air-conditioning control solution displaying device includes an indicator calculating portion that calculates one or more indicators to evaluate similarity of the detail of air-conditioning control based on operating volumes and/or state distributions for a Pareto solution, a similarity calculating portion that calculates similarity of the Pareto solution to a reference Pareto solution, based on the indicators for the Pareto solution and the indicators for the reference Pareto solution, which is selected as a reference from Pareto solutions, a Pareto solution displaying portion that displays a plot of symbols for the individual Pareto solutions, based on evaluation values for the individual Pareto solutions, calculated by objective functions, at coordinate locations corresponding to the evaluation values on a display screen, and displays the symbols for the individual Pareto solutions differentiated in accordance with a similarity to the reference Pareto solution.

Abstract: An air-conditioning controlling device includes an indicator calculating portion that calculates one or more indicators for evaluating, for each individual Pareto solution, similarity of the detail of air-conditioning control based on the operating volumes and/or the state distributions for the Pareto solution, a similarity calculating portion that calculates, for each Pareto solution, similarity of the Pareto solution to a reference Pareto solution, based on the indicators for the Pareto solution and the indicators for the reference Pareto solution, which is selected as a reference from the Pareto solutions, and an air-conditioning instructing portion that sends, to the air-conditioning system, the operating volumes of the Pareto solution with the least similarity to the reference Pareto solution from among the Pareto solutions belonging to the new air-conditioning controlling mode when there is a change, to a new air-conditioning controlling mode, of the air-conditioning controlling mode that is applied to