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ドラえもんの秘密道具とまではいきませんが、実現できそうなアイデアを公開していきます。いずれも架空製品です。

[No.184] 投資デバイス：Investment Opportunity Detector [Ver.5] - Sentiment

世間の会話から投機を見出したい人向け

・周りの人たちの会話に隠れた利益構造をAIが解読


市場解読デバイス

Detailed technical schematic drawing of an investment sentiment detector designed as a portable cafe market sentiment analysis system featuring a multiple-array directional microphone array and real-time audio analysis module.
Equipped with portable cafe market sentiment analysis architectures, multiple-array microphone arrays, real-time audio feedback modules, emotional-stock correlation processors, and physical actuation controls.
Fig：Investment Opportunity Detector [Ver.5]
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[No.183] 投資デバイス：Investment Opportunity Detector [Ver.4] - Projection

株売買直前に冷静になりたい人向け

・その行動の先にある未来の姿をプロジェクターであらかじめ見せてくれる装置


未来予知・投影デバイス

Detailed technical schematic drawing of an investment decision-making device designed as a futuristic biometric feedback projection system that projects holographic simulations of a user's future financial state.
Equipped with omnidirectional holographic projectors, outcome prediction engines projecting future scenarios based on current trades, and despair-realism projection modes to suppress greed and fear psychologically.
Fig：Investment Opportunity Detector [Ver.4]
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No.151～No.179のまとめ：Design Archives 6 (No.151-179)

 これまでの記事（No.151～No.179）を一覧化しました。

番号クリックで各記事に飛びます。


No.製品名代表図
No.151習字デバイス
（ペン先が紙に触れる直前の領域に光のガイドを投影してトレース）		Detailed technical schematic drawing and system block diagram of an improving handwriting device designed to project laser guidance paths onto a writing surface.
No.152習字デバイス
（アルタイムの筆跡を上空から解析し、お手本との誤差を算出）		Detailed technical schematic drawing of an improving handwriting device with an overhead camera sensor and projector unit to analyze and guide brush strokes in real time.
No.153習字デバイス
（筆跡、年齢、利き手、職業などから、伸び代や個性をスコアリング）		Detailed technical schematic drawing of an improving handwriting device showing the internal mechanics of a brush pen featuring linear actuators and gyro-stabilizers.
No.154習字デバイス
（運動野からの電気信号を微弱な磁界変化として非侵襲的に読み取り指先と連動）		Detailed technical schematic drawing of a character-persona analyzer designed as a handwriting improvement device to scan text geometry and profile personal traits.
No.155多機能帽子
（帽体周囲に格納可能な多段式骨格を備えたウェアラブル日傘変形可能な帽子）		Detailed technical schematic drawing of functional headwear featuring a deployment mechanism that transforms a compact hat into a wide sun umbrella.
No.156多機能帽子
（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）		Detailed technical schematic drawing of functional headwear featuring a cross-wheel rain-intercepting system with rotating micro-blades to deflect raindrops.

No.157

多機能帽子
（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）		Detailed technical schematic drawing of functional headwear featuring a lightning protection cap and an integrated grounding chain system to divert electrical strikes.
No.158多機能帽子
（磁気刺激で精神をチューニング）		Detailed technical schematic drawing of functional headwear featuring a drone-assisted autonomous hovering sunshade with telescopic structural supports.
No.159多機能帽子
（脳の冷却と自律神経の鎮静化を通じて睡眠をサポート）		Detailed technical schematic drawing of functional headwear designed as a natural sleep induction hat featuring a cooling array and autonomic nerve probes.
No.160窓・サッシ快適機構
（横雨を通さない超音波振動網戸で雨の日も窓全開に）		Detailed technical schematic drawing of a waterproof window screen mechanism designed as a window and sash device featuring an ultrasonic vibration screen panel.
No.161窓・サッシ快適機構
（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）		Detailed technical schematic drawing of an integrated self-adjusting window and sash device featuring sensor arrays and motor-driven actuator units for automated opening and closing.
No.162窓・サッシ快適機構
（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）		Detailed technical schematic drawing of an acoustic meta-sash window system designed as a window and sash device featuring a metamaterial acoustic structure to reflect external noise.
No.163窓・サッシ快適機構
（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）		Detailed technical schematic drawing of a window-integrated active acoustic sensing and response system designed as a sash device to detect and focus-reflect noise back to a specific target house.
No.164多機能メガネ
（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）		Detailed technical schematic drawing of multi-functional glasses featuring a dark tint state (sunglass mode) and an integrated camera/sensor unit for AR display and object recognition.

No.165

多機能メガネ
（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）		Detailed technical schematic drawing of smart glasses designed as a memory marker device featuring spatial mapping sensors and an object indexing display for retrospective AR.
No.166多機能メガネ
（相手の顔の筋肉の動きなどから感情を読み取るメガネ）		Detailed technical schematic drawing of multi-functional glasses featuring a multi-modal visual emotion AI engine designed to analyze facial landmarks and skin micro-expressions.
No.167多機能メガネ
（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）		Detailed technical schematic drawing of multi-functional glasses designed as a freshness prediction device featuring an integrated camera for visual-based decay estimation and overlay display.
No.168多機能メガネ
（1点支持で顔の構造に介入する、かけなくてよいメガネ）		Detailed technical schematic drawing of multi-functional glasses designed as a single-point support system that uses a magnetic coupling zone to attach lenses directly to the face.
No.169味覚向上デバイス
（カトラリーの先端部の電極で舌の特定の味蕾受容体に電気信号を送り味覚をハック）		Detailed technical schematic drawing of a flavor control device designed as a fork with primary stimulation and masking electrodes to send electrical signals to the tongue.
No.170味覚向上デバイス
（ストローが舌に電気信号を与えて飲料成分の味を錯覚させる）		Detailed technical schematic drawing of a flavor control device designed as a straw featuring integrated ring electrodes and a micro-fluidic flow sensor array to modulate taste.
No.171味覚向上デバイス
（ペルチェ素子内蔵の箸で熱い食べ物は冷まし、冷たいものは温かく）		Detailed technical schematic drawing of a flavor control device designed as temperature-adaptive chopsticks featuring embedded reversible-polarity Peltier cell arrays.
No.172味覚向上デバイス
（内蔵電極からの微弱電流が舌のイオンを動かし、脳へ信号を伝達（電気による塩味増強））		Detailed technical schematic drawing of a flavor control device designed as a salt-taste enhancing spoon featuring booster electrode elements and high-density gustatory-neuro sensors.
No.173音響デバイス
（人間の生理的信号（バイタル）と音響刺激を同期させトレーニーを鼓舞する音照射）		Detailed technical schematic drawing of a sound modifier device for performance boost, featuring a wearable neckband unit with vital sensing modules and directional ultrasonic emitters.
No.174音響デバイス
（周囲の人に対する意思表示を音でおこなうデバイス）		Detailed technical schematic drawing of a multi-functional sound modifier device, designed as a wearable neckband with active spatial sensing and a phased array acoustic projector.
No.175音響デバイス
（ユーザーの微細な表情や生体反応から感情を読み取り、それを空気感として周囲に放射）		Detailed technical schematic drawing of an emotional signaling sound modifier device, designed as a wearable neckband that translates a user's biological and facial affect data into a directional texture-synthesized acoustic field.
No.176掃除デバイス
（裏側が吸引式のスリッパのため、室内を歩くたびに部屋がきれいに）		Detailed technical schematic drawing of a cleaning device designed as an active pedestrian suction slipper featuring a multi-channel suction sole and compact micro-vacuum pump unit.
No.177掃除デバイス
（スリッパ裏面の巻き取り式粘着シートで歩くたびにハウスダストを吸着）		Detailed technical schematic drawing of a mechanical house-cleaning slipper featuring a heel-activated plunger and ratchet mechanism for auto-renewing an adhesive sheet sole.
No.178掃除デバイス
（吸着シートが底面に積層されたスリッパ）		Detailed technical schematic drawing of a peel-off layered adhesive cleaning slipper featuring a multi-layer stack of adhesive sheets with individual peel-off tabs and perforation lines.
No.179掃除デバイス
（床一面にスライム状ポリマーをシート形成し、一気にダスト処理する方式）		Detailed technical schematic drawing of a fluid cleaning device demonstrating the application, curing, and peeling of a viscous fluid agent to entrap and remove dust particles from a floor surface.


まとめ記事
・Design Archives 1 (No.1-31)
・Design Archives 2 (No.32-60)
・Design Archives 3 (No.61-90)
・Design Archives 4 (No.91-122)
・Design Archives 5 (No.123-150)
・Design Archives 6 (No.151-179)


About this blog: Musou Sekkei is a technical entertainment archive featuring fictional gadget ideas and concept design drawings. All products are imaginary.

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[No.182] 投資デバイス：Investment Opportunity Detector [Ver.3] - Intervention

株を売りたい衝動を抑えきれない人向け

・売買の判断を心理学と数理モデルで冷徹に監視してくれるデバイス


株売買監視デバイス

Detailed technical schematic drawing of an investment monitoring device designed as an ergonomic biometric feedback system featuring a shoulder-mounted physical intervention arm to block impulsive trading.
Equipped with shoulder-mounted intervention units, eye-tracking and screen-scanner lenses, biometric inputs, emotion & stress processing units, and physical actuation controls to monitor and restrain impulse trading.
Fig：Investment Opportunity Detector [Ver.3]
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[No.181] 投資デバイス：Investment Opportunity Detector [Ver.2] - Vitality

特定企業の株価の将来性が気になる人向け

・その企業の社員一人ひとりの生体信号から企業の全体エネルギー（将来性）を評価


社員のバイタル分析デバイス

Detailed technical schematic drawing of an investment opportunity detector designed as a remote non-contact corporate vitality analyzer featuring a multi-modal optical sensing head on a tripod.
Equipped with multi-modal optical sensing heads featuring optical face trackers, dermal vascular scanners, gait velocity sensors, and wireless data transmission units to analyze corporate employee vitality remotely.
Fig：Investment Opportunity Detector [Ver.2]
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[No.180] 投資デバイス：Investment Opportunity Detector

投資の好機を独自に見つけたい人向け

・人々の無意識的な動きを振動データとして収集、投資の熱気をキャッチ


社会心理共鳴計

Detailed technical schematic drawing of an investment opportunity detector designed as an ambient investment vibration detector with a seismic transducer array and opportunity meter.
Equipped with ambient micro-vibration inputs, seismic transducer arrays, signal processing circuits, frequency and amplitude modulators, digital filtering units, and digital output display modules for investment opportunity detection.
Fig：Investment Opportunity Detector
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[No.179] 掃除デバイス：Cleaning Device [Ver.2] - Fluid

ハウスダストをいっきに取除きたい人向け

・床一面にスライム状ポリマーをシート形成し、一気にダスト処理する方式


流動体クリーニング

Detailed technical schematic drawing of a fluid cleaning device demonstrating the application, curing, and peeling of a viscous fluid agent to entrap and remove dust particles from a floor surface.
Equipped with fluid cleaning agent application paths, micro-crack penetration layers, curing polymer sheets, and entrapment matrices, this Ver.2 cleaning device coats floors with liquid polymers to encapsulate and peel away micro-dust in a single sheet.
Fig：Cleaning Device [Ver.2]
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[No.177] 掃除デバイス：Cleaning Device [Rev.1] - Mechanical

無動力でハウスダスト取りたい人向け

・スリッパ裏面の巻き取り式粘着シートで歩くたびにハウスダストを吸着


粘着吸着スリッパ

Detailed technical schematic drawing of a mechanical house-cleaning slipper featuring a heel-activated plunger and ratchet mechanism for auto-renewing an adhesive sheet sole.
Equipped with heel-activated plungers, ratchet mechanisms for auto-renewal, fresh sheet rolls, and spent sheet recovery spools, this cleaning slipper converts walking pressure into mechanical rotation to continuously renew adhesive sheets for dust absorption.
Fig：Cleaning Device [Rev.1]
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[No.176] 掃除デバイス：Cleaning Device

たまっていく部屋の埃が気になる人向け

・裏側が吸引式のスリッパのため、室内を歩くたびに部屋がきれいに


お掃除スリッパ

Detailed technical schematic drawing of a cleaning device designed as an active pedestrian suction slipper featuring a multi-channel suction sole and compact micro-vacuum pump unit.
Equipped with compact battery units, micro-vacuum pump units, flexible dust collector reservoirs, removable filter elements, multi-channel suction soles, and tactile sensor arrays to vacuum floor dust automatically during walking.
Fig：Cleaning Device
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[No.175] 音響デバイス：Sound Modifier Device [Ver.3] - Affective

相手に自分の感情を理解させたい人向け

・ユーザーの微細な表情や生体反応から感情を読み取り、それを空気感として周囲に放射


感情音発信デバイス

Detailed technical schematic drawing of an emotional signaling sound modifier device, designed as a wearable neckband that translates a user's biological and facial affect data into a directional texture-synthesized acoustic field.
Equipped with affective bio-sensors, facial cameras, emotional computing processors, texture synthesis engines, and emotional signal feedback loops to convert physiological and facial micro-expressions into ambient acoustic texture outputs.
Fig：Sound Modifier Device [Ver.3]
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[No.174] 音響デバイス：Sound Modifier Device [Ver.2] - Intent

意思表示したいが言葉にしたくない人向け

・周囲の人に対する意思表示を音でおこなうデバイス


音響による意思表示デバイス

Detailed technical schematic drawing of a multi-functional sound modifier device, designed as a wearable neckband with active spatial sensing and a phased array acoustic projector.
Equipped with 360° LiDAR and spatial sensors, intent AI processors, phased-array acoustic projectors, phase-controlled transducers, and targeted acoustic fields to project directional acoustic intent signals toward specific surroundings without collateral disturbance.
Fig：Sound Modifier Device [Ver.2]
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[No.173] 音響デバイス：Sound Modifier Device

筋トレで粘れる雰囲気が欲しい人向け

・人間の生理的信号（バイタル）と音響刺激を同期させトレーニーを鼓舞する音照射


筋トレパフォーマンスブーストデバイス

Detailed technical schematic drawing of a sound modifier device for performance boost, featuring a wearable neckband unit with vital sensing modules and directional ultrasonic emitters.
Equipped with wearable neck-mounted base units, bio-sensor modules to monitor heart rate and electrical activity, contextual AI processors, sound modulation engines, and directional ultrasonic emitters to create private acoustic fields near user ears.
Fig：Sound Modifier Device
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