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1.
公开(公告)号:EP3795182A1
公开(公告)日:2021-03-24
申请号:EP20196489.7
申请日:2020-09-16
申请人: APS Japan Co., Ltd
发明人: WATANABE, Teruo , WATANABE, Hidemitsu , WATANABE, Hiroyuki , WATANABE, Takafumi , YAMAGUCHI, Masao
摘要: Provided are a photocatalytic device 1 capable of further enhancing an effect on purification of fluid such as air by a photocatalyst and also efficiently dissipating heat emitted from a light applying portion, and capable of further enhancing the purification effect by increase of a light amount, and a fluid purifying apparatus including the photocatalytic device. Both end portions 321, 325 of an upper-side inner wall 32 of a housing 3 in the lateral direction are in contact with upper faces of both end portions, in the lateral direction, of a photocatalyst filter 2 to support the photocatalyst filter 2, and form upper-side edge portions for openings 3a, 3b. A center portion 323 of the upper-side inner wall 32 in the lateral direction is distant from an upper face of a center portion, in the same direction, of the photocatalyst filter 2 over a predetermined distance H1 in an upward direction. Tilted portions 322, 324 are positioned in regions between both the end portions 321, 325 and the center portion 323 of the upper-side inner wall 32 so that a distance in the upward direction between each of the tilted portions 322, 324 and the upper face of the photocatalyst filter is gradually increased from the both end portions toward the center portion. A lower-side inner wall 33 of the housing 3 covers a lower face of the photocatalyst filter, is in contact with the lower face of the photocatalyst filter 2 to support the photocatalyst filter 2, and forms lower-side edge portions for the openings 3a, 3b. A light applying portion 4 is disposed on a lower face of the center portion 323 of the upper-side inner wall 32.
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公开(公告)号:EP4094832A1
公开(公告)日:2022-11-30
申请号:EP21744915.6
申请日:2021-01-20
申请人: APS Japan Co., Ltd.
发明人: WATANABE, Teruo , WATANABE, Hidemitsu , WATANABE, Hiroyuki , WATANABE, Takafumi , YAMAGUCHI, Masao
摘要: Provided is a photocatalyst unit that can improve the fluid cleaning action using a photocatalyst by efficiently applying ultraviolet light to a photocatalyst, and at the same time, that can, as a photocatalyst unit including a photocatalyst filter and a light application part, be reduced in thickness and size, and that has a high degree of freedom in design of a flow path structure.
A photocatalyst carrier 3 is an impeller 4 including a plurality of vane plate parts 41 each of which has a surface carrying a photocatalyst, and the plurality of vane plate parts 41 rotate upon receiving a pressure from a fluid passing through a fluid passage path 10. A light application part 5 is provided so as to apply light to the rotating vane plate part 41 of the impeller 4, from a predetermined position on an outer circumferential side with respect to the vane plate parts 41 of the impeller 4.
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