Condensating apparatus and its complete drying equipment and dehumidifying equipment

Abstract

The present invention relates to a water-condensing equipment and its matched drying equipment and dehumidification equipment. It is characterized by that it includes several collision chambers, said several collision chambers can be combined into one body or series-connected together, all the collision chambers are mutually communicated, the interior wall of every collision chamber has convexo-concave rough surface, so that when the high-pressure air containing water can be fed into the collision chamber interior so as to produce collision, the water molecule can be condensed and the humidity of said air also can be reduced.

Description

technical field [0001] The invention relates to a condensation device and drying equipment and dehumidification equipment matched with it. Background technique [0002] Please refer to China Taiwan Announcement No. 90117283 "Pneumatic Air Dehydration Device" invention patent (hereinafter referred to as the conventional case), which is a kind of high-pressure air that can condense the moisture in the air in the container However, the excluded technology has flaws in its structural design, and fails to effectively condense the moisture in the air; please refer to the examples shown in Figures 3 to 8 of the prior art, and its examples There is a common disadvantage, that is, when the air enters the cylinder groove 110 from the air inlet 122, it enters into the first air chamber 112 and the water collection chamber 114 at the same time, because the first air chamber 112 and the water collection chamber 114 are connected, so that The pressure of the incoming air drops sharply, a...

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Problems solved by technology

[0002] Please refer to China Taiwan Announcement No. 90117283 "Pneumatic Air Dehydration Device" invention patent (hereinafter referred to as the conventional case), which is a kind of high-pressure air that can condense the moisture in the air in the container However, the excluded technology has flaws in its structural design, and fails to effectively condense the moisture in the air; please refer to the examples shown in Figures 3 to 8 of the prior art, and its examples There is a common disadvantage, that is, when the air enters the cylinder groove 110 from the air inlet 122, it enters into the first air chamber 112 and the water collection chamber 114 at the same time, because the first air chamber 112 and the water collection chamber 114 are connected, so that The pressure of the incoming air drops sharply, and the water molecules contained in the air entering the first air chamber 112 cannot effectively collide and condense on the wall surface, making the effect of water removal poor, and needs to be improved

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