A dew machine or a dew making machine

Abstract

The purpose of invention is to create the dew machine by which the humidity in the air is liquefied for consumption purposes. A dew machine following this document is used for condensing water from humidity in air for consumption. The working principle of this machine is as same as that of a general air-conditioning unit, but we take care of the water that is liquefied from the condenser unit, not the cooled air. For the main structures of this machine, there is an air filter at the top of a condensing tower unit. Inside the rounded-tube condensing tower, the rod that is wrapped by twisted stainless steel sheet is inserted in a refrigerating cylinder that is enclosed with stainless steel sheet. Both of the rod and the refrigerating cylinder are together inserted in the insulated cylinder. The bottom end of the condensing tower is welded with a water tank near an air blower. The blower is used for forcing the air pass throughout the rounded-tube condensing tower from the top to bottom end. At the bottom side of the condensing tower, a refrigerant's tube is directly connected to a compressor that compresses the refrigerant to supply the whole system, and, at the head area of the condensing tower, there is a refrigerant's discharge tube running to compressor. During this process, the relative humidity of the inlet air goes higher until it reaches the dew point. After that, the water vapor in the air saturates and becomes the water droplets dropping down into the water tank, which located at the bottom of the evaporative condenser tower. A faucet is also welded with the water tank near which the air blower is installed and sucks the dehumidified air out the system.

1 . An air filter ( 1 ) is on the head of an evaporative condenser tower ( 2 ). There is a water tank ( 4 ) at the bottom of the condensing tower ( 2 ) and an air blower ( 5 ) is installed near the water tank ( 4 ). A refrigerant's tube runs from the bottom end of the condensing tower ( 2 ) to a compressor ( 8 ) near which an air ventilating fan is located. The condenser unit ( 6 ) and the compressor ( 8 ) are bridged together by the refrigerant's tube ( 3 ). Suction pipe ( 9 ) line to compressor ( 8 ) is connected to the top of the condensing tower ( 2 ).  
     
     
         2 . Characterized in that the said the condensing tower ( 2 ) consists of a set of specifically designed components. The first component is a stainless steel rod ( 10 ) that is wrapped by twisted stainless steel sheet ( 11 ) and it is inserted in a refrigerating cylinder ( 12 ). Besides, this refrigerating cylinder ( 12 ) is also enclosed in an insulated cylinder ( 13 ) to reduce heat transfer between itself and its environment. Refrigerant is pumped through the condensing tower ( 2 ) from the bottom to the top of this unit.