TH65765B - Systems and methods for detectable air dehumidification and cooling using multi-sector pumps. - Google Patents

Abstract

DC60 (19/07/56) This revelation deals with systems and methods for removing moisture from the air by creating a slope of the value. Moisture throughout the membrane selected to allow water to penetrate in the dehumidifying unit. water vapor from the air in the atmosphere Relatively moisture that passes through the dehumidification unit is extracted by the dehumidification unit without Enough condensation to enter a low pressure steam chamber operating at a partial pressure of the steam below the pressure. Some of the water vapor in the air in a relatively humid atmosphere, for example, is extracted through membranes. Somewhere the water permeability of the dehumidification unit enters the low pressure steam chamber. when this is air leaving The dehumidifier has less moisture than the air that passes through the dehumidifier. low pressure steam at The extracted air is subsequently condensed and removed from the system according to ambient conditions. This revelation deals with systems and methods of removing moisture from the air by creating slopes of values. Moisture throughout the membrane selected to allow water to penetrate in the dehumidifying unit. water vapor from the air in the atmosphere Relatively moisture passing into the dehumidification unit is extracted by the dehumidification unit without Enough condensation to enter a low pressure steam chamber operating at a partial pressure of the steam below the pressure. Some of the water vapor in the air in a relatively humid atmosphere. The steam is extracted through the membrane. Somewhere the water permeability of the dehumidification unit enters the low pressure steam chamber. when this is air leaving The dehumidification unit has less moisture content. Air entering the dehumidifying unit low pressure steam at The extracted air is subsequently condensed and removed from the system according to ambient conditions.

Claims (1)

1. A dehumidification system for removing water vapor from the air bottle, which includes Multiple sectors of dehumidification and refrigeration Where the humidifying and cooling sectors are each Includes a cooling unit and a dehumidification unit. Where the dehumidification unit has one channel and Two that were lifted by the pulp It is structured to assist in removing steam from the glass. The air flows through the first cavity, allowing H2O to flow from the first to the second through the membranes. The volume that allows the sum to pass, while sufficiently blocking all other components of the air vent. To flow through the pulp The pressure boosting device is connected to the humidifying and cooling sectors in such a way that the fluid passes through it, where the pressure booster is structured to produce a partial pressure of the water vapor. In the lower second compartment in the first channel, where HO passes through the membrane to the second compartment. Where the device is added The pressure is structured to increase the steam pressure at the outlet of the pressure booster until the pressure is reached. Some of the water vapor in the ideal range for subsequent condensation is water to form liquids. At least one condenser that is configured to receive steam from a pressure booster and to condense the steam to liquid water, and at least one condensing device is Set up a structure to transport the water that produces liquids from At least one controller