| 摘要 |
<p>PROBLEM TO BE SOLVED: To uniformly heat a regeneration air for a rotary dehumidifying material and thereby efficiently remove moisture from the rotary dehumidifying material by dividing the regeneration air to be sent in from the opening of a case into a plurality of routes respectively having varying thermal quantities for heating using a divider plate and adjusting an amount of blast according to the open area of both routes. SOLUTION: The opening part 3 of a case 2 into which a regeneration air is sent, is divided into plural routes using a divider plate 4. That is, these routes are a route into which the regeneration air B is introduced from the lower side of the divider plate 4 to be guided out from the slit of a blow-off cover 6 and a route into which the regeneration air C is introduced from the upper side of the divider plate 4 to be guided to a heating part 9 by a baffle 5 and further guided out of the open hole 7 of the blow-off cover 6. In this case, the regeneration airs B, C are sent to a rotary dehumidifying material in such a state that the amount of a blast of the regeneration air C in the route through the heating part 9 is relatively increased. In addition, the rotary dehumidifying material is first heated and regenerated by the regeneration air B passing through the heating part 9 and then is thermally regenerated in succession by the regeneration air C not passing through the heating part 9.</p> |
