[No.167] 多機能メガネ：Multi-functional Glasses [Ver.4] - Freshness

対象物の鮮度を見極めることができるメガネ

・視覚情報から逆算、その対象が本来持っている固有の経時変化を計算して鮮度を数値化

鮮度予測メガネ

Equipped with adjustable temples, frames, integrated camera sensors for surface analysis, transparent AR display layers, visual-based decay estimation modules, color spectrum analyzers, and freshness score processors.

Fig：Multi-functional Glasses [Ver.4]

[No.166] 多機能メガネ：Multi-functional Glasses [Ver.3] - Recognition

対峙している相手の感情がわかるメガネ

・相手の顔の筋肉の動きなどから感情を読み取るメガネ

感情認識スマートグラス

Equipped with cameras, visual sensors for facial muscle movements, biometric sensors, facial landmark data trackers, gaze direction analyzers, and multi-modal visual emotion AI engines to decode and display real-time emotional states.

Fig：Multi-functional Glasses [Ver.3]

[No.165] 多機能メガネ：Multi-functional Glasses [Ver.2] - Retrospective

置き忘れを捜索してくれるメガネ

・周囲の景色をローカル保存、特定の物を見た瞬間に「最後にそれを見た場所と時間」を視界の端にARで表示

メモリーマーカーグラス

Equipped with optical frames, spatial mapping sensors, integrated camera recognition units, processor storage modules, and user interface buttons to index objects and display retrospective AR overlays of last-seen locations.

Fig：Multi-functional Glasses [Ver.2]

[No.164] 多機能メガネ：Multi-functional Glasses

眩しいときにはサングラスに変身するメガネ

・電流でレンズ内部の微粒子の並びを変えて光の透過率等を変化

クロマシフトレンズ

Equipped with frame bodies, integrated camera sensor units, dynamic tint control layers, liquid crystal lens elements, anti-reflective coatings, and electrochromic material layers to adjust lens transmittance and tint dynamically.

Fig：Multi-functional Glasses

[No.163] 窓・サッシ快適機構：Window&Sash Device [Ver.4] - Active

うるさい隣人に悩まされている人向け

・他の近隣近所に迷惑をかけずに騒音源となっている特定の家にのみその騒音を反射

騒音反射機構

Equipped with window-integrated active acoustic sensing and response systems, passive detection modules, parametric transducer arrays, and directional beamformers to focus and return acoustic waves exclusively toward specific source locations.

Fig：Window&Sash Device [Ver.4]

[No.162] 窓・サッシ快適機構：Window&Sash Device [Ver.3] - Metamaterial

近隣の騒音に悩まされている人向け

・音に応じ内部構造を変化させ騒音帯域を反射・拡散させるメタマテリアル構造で防音

可変密度メタマテリアル・サッシ

Equipped with metamaterial acoustic structures, piezoelectric control units, acoustic duct layers, frequency variable dampers, and vacuum-insulated glazing panes to reflect and diffuse targeted noise bands dynamically.

Fig：Window&Sash Device [Ver.3]

[No.161] 窓・サッシ快適機構：Window&Sash Device [Ver.2] - Actuation

自動開閉の窓が欲しい人向け

・涼しい日は窓が開き、雨が降ると自動で閉まってくれる窓

自動開閉窓機構

Equipped with multi-sensor monitor units, environmental condition analysis algorithms, electric motor assemblies, planetary gearboxes, emergency backup power hubs, and self-adjusting sash control units to automate window operation based on weather parameters.

Fig：Window&Sash Device [Ver.2]

[No.160] 窓・サッシ快適機構：Window&Sash Device

雨の日も窓を開けて通気を良くしたい人向け

・横雨を通さない超音波振動網戸で雨の日も窓全開に

防水網戸機構

Equipped with active piezoelectric transducer units, integrated rain/moisture sensors, window-frame assemblies, superhydrophobic micro-mesh panels, and capillary repulsion drive frequency controllers to repel water droplets via ultrasonic vibrations.

Fig：Window&Sash Device

[No.159] 多機能帽子：Functional Headwear [Ver.5] - Parasympathetic

早寝したい人向け

・脳の冷却と自律神経の鎮静化を通じて睡眠をサポート

自然睡眠導入帽子

Equipped with Peltier elements, cooling arrays, insulation layers, core-temp sync sensors for carotid artery monitoring, fade-out control logic modules, and parasympathetic stimulation probes to induce natural sleep via brain cooling and autonomic nervous system calming.

Fig：Functional Headwear [Ver.5]

[No.158] 多機能帽子：Functional Headwear [Ver.4] - Motivation

被っているだけでやる気が起きる帽子

・磁気刺激で精神をチューニング

前頭前野・経頭蓋磁気刺激ハット

Equipped with transcranial magnetic stimulation coil arrays, prefrontal cortex stimulation nodes, electroencephalogram sensor groups, neural feedback loops, and power charge control units to tune mental states via targeted magnetic pulses.

Fig：Functional Headwear [Ver.4]

[No.157] 多機能帽子：Functional Headwear [Ver.3] - Lightning

雷から身を守りつつ移動したい人向け

・仮に雷が頭上に直撃しても地面へと雷を逃がして身を守る仕組み

移動式避雷システム

Equipped with lightning protection caps, flexible conductive mesh cables, drag-type continuous grounding chains, and conductive harpoons to safely divert high-voltage electrical strikes away from the human body into the ground.

Fig：Functional Headwear [Ver.3]

[No.156] 多機能帽子：Functional Headwear [Ver.2] - Centrifugal

傘を持ち歩きたくない人向け

・帽体周囲の多段式カセットから展開した微細ブレードの高速回転で雨をはじく帽子

全方位回転式レインシールド帽子

Equipped with overhead upward-flow centrifugal rotors, multi-blade motor assemblies, micro-turbine engines, vertical drive shafts, and inverted airfoil cross-sections to intercept and deflect rain via high-speed centrifugal force.

Fig：Functional Headwear [Ver.2]