見た目を気にしない人向け
・前回タイプはエアーが下方にいくほどバリア性能低下(No.3)
花粉対策デバイス(最終版)
To eradicate the lingering issue where air barrier performance degraded toward the bottom, the final iteration introduces a closed-loop recirculating architecture. By deploying a lower return air fan and peripheral suction inlets, the expelled air is continuously captured, filtered, and fed back into the system. While this achieves the ultimate, unyielding 360-degree atmospheric shield with zero reduction in lower-tier efficiency, it has unfortunately evolved into such an intimidating, heavy-duty apparatus that practical daily use feels further away than ever.
Fig: Conceptual Diagram [Final Form]
特徴
・吸込ユニットによって強固なエアカーテンを形成
でも実現化が遠退いたような気がするのはなぜ?
(上記は架空の製品です)
<花粉対策デバイスシリーズ>
No.1 花粉対策デバイス:Face-Surface Laminar Flow Shield
No.2 花粉対策デバイス:Face-Surface Laminar Flow Shield [Rev.1] - Aerodynamic
No.3 花粉対策デバイス:Face-Surface Laminar Flow Shield [Rev.2] - Omnidirectional
No.4 花粉対策デバイス:Face-Surface Laminar Flow Shield [Rev.3] - Recirculating
About this blog: Musou Sekkei is a technical entertainment archive featuring fictional gadget ideas and concept design drawings. All products are imaginary.