TH66251B - Dehumidifying air system - Google Patents

Abstract

The dehumidification air system is built to enable the switching valve (2) and the air-operated equipment (3) to be connected via a dehumidifying element (11) made with polymer membranes. Pass along With the ability to allow moisture to pass through And by conducting the skin that releases moisture (11a) of the Use dehumidification (11) to come into contact with the atmosphere. The air supplied by the switching valve (2) through the dehumidifying element (11) to the air appliance (3) is dehumidified by the dehumidifying component (11), while Moisture is transmitted through dehumidifying components (11). It is transmitted from moisture-releasing skin (11a) to the atmosphere through natural evaporation. The dehumidification air system is built to enable the switching valve (2) and the air-operated equipment (3) to be connected through the dehumidifying element (11) made with the internal membrane. Ready With the ability to allow moisture to pass through And by conducting the skin that releases moisture (11a) of the Use dehumidification (11) to come into contact with the atmosphere. The air supplied by the switching valve (2) through the dehumidifying element (11) to the air appliance (3) is dehumidified by the dehumidifying component (11) in the As moisture diffuses through the dehumidifying component (11), it is transmitted from the moisture-releasing surface (11a) to the atmosphere through natural evaporation.

Claims (7)

1. Dehumidifying air system created to supply air from a compressed air source. To devices that use air via a switching valve Which is characterized in the sense that Switching valves and air-operated equipment are connected through the dehumidification component that is It is made with a permeable polymer membrane with an optional permittivity capability and by introducing the moisture-releasing surface of the dehumidifying component into the atmosphere. Air supplied which It is supplied from the switching valve via the dehumidifying element to the dehumidified air device. By parts used to dehumidify And the moisture that is separated by the dehumidifying components is diffused to The atmosphere is exposed to natural evaporation. 2.Air system in accordance with claim 1, in which the dehumidifying parts are hollow and have air holes inside and the surface that emits moisture on the outer circumference. Connecting cylindrical jigs are installed at both ends of the humidifying parts respectively, and the dehumidifying parts are removable interconnected between the switching valves. And equipment used Air through the connected workpiece 3.Air system complying with claim 2, in which the dehumidification parts are connected. To the part of the pipe connecting switching valves and air-operated equipment And parts used to dehumidify Is positioned closer to the side of the equipment that consumes air than its midpoint in the duct. 4. Air system in accordance with claim 3, in which the workpiece connected on One end of the dehumidifying part is directly connected to the dehumidifying device, while the connection holder on the other end of the dehumidifier is connected to the Switching valves through pipes with no option to allow moisture to pass through. 5.Air system complies with all claims 1 to 4, in which air Discharge, which is released by the equipment, the air is released from the switching valve to the outside via Parts that use the same dehumidification as the supply outlet 6.Air system that complies with all claims, claims 1 to 4, discount parts Moisture is covered with a porous protective cover. 7. The air system in accordance with claim 5, the dehumidifying parts are closed with a cover. Porous protection