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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.95] ごみ処理デバイス：WASTE RE-SHAPER [Ver.4] - Digestion

可燃ごみから肥料をつくりたい人向け

・可燃ごみから肥料として使える人工排泄物（人工うんち）を製造


人工排泄物製造ゴミ箱

Waste processing system mimicking a multi-stage digestive tract with a simulated gut, stomach, and intestines to convert combustible waste into synthetic bio-solid fertilizer. Patent Art.
Equipped with mechanical grinders, artificial gastric chambers, bio-fleece lined simulated intestines, and solid extruders, this Rev.4 digestion device breaks down and processes combustible waste into fertilizer pellets mimicking biological digestion.
Fig：WASTE RE-SHAPER [Ver.4]
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[No.94] ごみ処理デバイス：WASTE RE-SHAPER [Ver.3] - Solidifying

可燃ごみから固形燃料をつくりたい人向け

・キャンプファイヤーなどの燃料を製造


固形燃料製造機能付きゴミ箱

Waste processing system with a shredding unit, carbonization chamber, and extrusion screw to convert household waste into fuel pellets. Patent Art.
Equipped with shredding and mixing units, moisture mist systems, soft-press screws, and thermal setting dies, this Rev.3 solidifying device converts shredded household paper and waste into solid fuel pellets via low-pressure compression.
Fig：WASTE RE-SHAPER [Ver.3]
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[No.93] ごみ処理デバイス：WASTE RE-SHAPER [Ver.2] - Converting

燃えるゴミから有価物を作りたい人向け

・燃えるゴミの炭素成分から鉛筆の芯を製造


可燃ごみから芯をつくるゴミ箱

Product catalog showcasing various items like containers, blocks, and cups molded from recycled plastic waste. Patent Art.
Equipped with grinding units, plasma pyrolysis chambers, centrifugal impurity separators, and precision high-pressure extrusion dies, this Rev.2 converting device transforms combustible household waste into refined graphite pencil cores.
Fig：WASTE RE-SHAPER [Ver.2]

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[No.92] ごみ処理デバイス：WASTE RE-SHAPER [Rev.1] - Recycling

ゴミを有効活用したい人向け

・ただのゴミを金目の物にするゴミ箱


プラスチック成型品製造ゴミ箱

Waste bin system integrating a melt-refining unit and injection-molding plungers to recycle plastic waste into manufactured products. Patent Art.
Equipped with filter screen packs, inert gas purge systems, and servo-controlled injection plungers, this Rev.1 recycling device melts waste plastics and injects them into interchangeable molds to fabricate custom items.
Fig：WASTE RE-SHAPER [Rev.1]
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[No.91] ごみ処理デバイス：WASTE RE-SHAPER

プラスチックごみを圧縮したい人向け

・かさばるゴミを極限まで圧縮してくれるゴミ箱


プラごみ用ゴミ箱

Waste processing bin utilizing a core heating element and screw mechanism to compress and extrude plastic waste into logs. Patent Art.
Equipped with variable-pitch Archimedes controllers, core heating elements, and reinforced compression barrels, this device pulls, crushes, and plasticizes bulky plastic waste into high-density logs via pedal-actuated mechanisms.
Fig：WASTE RE-SHAPER
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[No.61]～[No.90]のまとめ：Design Archives 3 (No.61-90)

これまでの記事（No.61～No.90）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.61カラオケ用デバイス
（声帯が最初から理想的な状態で歌いたい人向け）		Passive voice cord resonance synchronization device for karaoke readiness. Patent Art.
No.62カラオケ用デバイス
（ナノミストとで声帯の乾燥を解消）		Collar-worn nano-mist spray device for vocal cord hydration. Patent Art.
No.63カラオケ用デバイス
（高いキーに必要な声帯の引き伸ばしを外部パワーで補完）		Collar-worn vocal tensioner device for high-pitch singing assistance through thyroid cartilage physical compression. Patent Art.
No.64カラオケ用デバイス
（腹圧ブーストで腹から声を出す方式（ウエストに巻くコルセット型アクチュエーター））		Corset-type diaphragm pumping belt for abdominal pressure boosting during singing with pneumatic cylinder actuators. Patent Art.
No.65入店判断支援デバイス
（お目当ての飲食店に入るべきかどうかの迷いを解消するデバイス）		Wrist-worn sentiment camera device for restaurant quality checking through customer micro-expression and facial grid analysis. Patent Art.
No.66入店判断支援デバイス
（店内の客の声から飲食店の良否を判定）		Exterior soundscape collector device for restaurant quality checking through isolation and analysis of leaking customer voices. Patent Art.

No.67

入店判断支援デバイス
（電子の鼻（においセンサー）で飲食店の良否判断）		Handheld multi-sensor olfactory analyzer device for restaurant quality checking through exhaust plume volatile compound analysis. Patent Art.
No.68お座敷レジャーシステム
（現代版お座敷釣り堀）		Remote shoreline drone platform and interior o-zashiki room interface for telexistence fishing via low-latency network cloud. Patent Art.
No.69お座敷レジャーシステム
（ドローンと室内バイクが同期したシステム）		Stationary bicycle interface synchronized with a remote aerial drone unit via data link for indoor telepresence cycling. Patent Art.
No.70お座敷レジャーシステム
（小型走行車によるマイクロサファリ体験）		Remote-controlled micro-rover exploration vehicle synchronized with an indoor user station via RF/Li-Fi data link for immersive safari simulation. Patent Art.
No.71路上の物体検知デバイス
（金目のモノを拾いたい人向け）		Wearable applications including shoe-mounted and glass-mounted camera units for urban scavenging through multi-spectral object detection system. Patent Art.
No.72路上の物体検知デバイス
（お宝探しはしたいけど自尊心が邪魔をする人向け）		Canine-shaped scavenging robot featuring a multispectral sensor head and an autonomous retrieval gripper mechanism for roadside object collection. Patent Art.
No.73路上の物体検知デバイス
（人ごみの中にいるかもしれない知人を検知）		Smart glasses-mounted old friend detection device featuring an embedded waveguide lens and facial bone structure analyzer for AR visualization overlay. Patent Art.
No.74悪夢回避デバイス
（悪夢を見たときに目を覚ましてくれる）		Apparatus for nightmare detection with a simplified bio-signal sensor module, sound analysis logic unit, and a forced awakening mechanical alarm structure. Patent Art.

No75

悪夢回避デバイス
（そもそも悪夢を見ないのが一番）		Wearable environmental control system featuring an aromatic essence dispenser and multi-sensory trigger units for objective nightmare suppression. Patent Art.
No.76悪夢回避デバイス
（睡眠そのものが邪魔される心配のない方式）		Multi-sensory lucid dream induction system featuring pre-recorded audio stream playback and low-frequency electrical stimulation triggers. Patent Art.
No.77悪夢回避デバイス
（悪夢が好転しない場合、夢から覚める）		Headband-style device with a neural intent decoder designed to trigger forced reality re-entry via a wireless wake-up alarm and mechanical bed shaker when a specific dream-perspective hand gesture is detected. Patent Art.
No.78肩トレ用デバイス
（どんなにやっても肩が発達しにくいトレーニー向け）		Neck-mounted EMG sensor array and haptic feedback patch system for optimizing shoulder muscle hypertrophy through real-time scapula elevation pattern monitoring and muscle activation logic. Patent Art.
No.79肩トレ用デバイス
（筋肉の種類を意識せずとも肩の三角筋を刺激）		Armband EMG system analyzing deltoid activity to suppress trapezius compensation via neural intervention loop. Patent Art.
No.80肩トレ用デバイス
（倒立による自重的トレーニング）		Gyro-stabilized harness system controlling posture and leg position during handstand walking exercises. Patent Art.
No.81思念駆動手袋
（何だかんだ言い訳が多い人、ぐうたらが抜けない人向け）		Glove-type actuator system utilizing AI prediction to force user finger movement for typing. Patent Art.
No.82思念駆動手袋
（強制的にスマホができなくなるメカニズム）		AI predicting user intent to force physical finger movement for typing. Patent Art.
No.83思念駆動手袋
（強制的にカロリー制限して手を止めてくれる手袋）		Glove-type exoskeleton system using food scanner array and AI data analysis to lock user fingers from eating. Patent Art.
No.84思念駆動手袋
（背中トレとかで先に握力が負ける人）		Joint-drive glove system with rigid outer skeleton and EMG sensors to enhance maximum grip force. Patent Art.
No.85思念駆動手袋
（ゲームプロセスに興味のない人の代わりにボタン操作）		Stand-alone glove exoskeleton system with joint actuators for automated gaming controller button execution. Patent Art.
No.86変形するウェア
（春物、夏物どっちにすべきか迷う日向け）		Garment system utilizing concealed active films to automatically transition between full-length and short-sleeve modes. Patent Art.
No.87変形するウェア
（巻き取り方式の前回（No.86）と違って自然な感じで伸縮）		Garment system utilizing SMA core contraction and bionic yarn alignment for molecular-level sleeve transformation. Patent Art.
No88変形するウェア
（袖を短くしたいときに短く変形させることができる方式）		Garment system with capacitive touch gesture recognition zones for user-controlled sleeve length modulation. Patent Art.
No.89変形するウェア
（気分次第で長袖化または半袖化）		Non-powered garment system utilizing a mechanical bellows weave and rotating cuff mechanism for manual sleeve extension. Patent Art.
No.90 変形するウェア
（磁石の力で袖を取り外し、装着）		 Modular garment system using neodymium magnets and mechanical alignment rails for detachable sleeve coupling. Patent Art.


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.90] 変形するウェア：Auto-Adjusting Garment [Rev.4] - Detachable

手軽にパーツ着脱で季節に合わせたい人向け

・磁石の力で袖を取り外し、装着


変形するウェア（磁気着脱方式）

Modular garment system using neodymium magnets and mechanical alignment rails for detachable sleeve coupling. Patent Art.
Equipped with neodymium magnet micropatterns, magnetic guide rails, and mechanical alignment tracks, this Rev.4 detachable garment features alternating N-S polar patches that allow instant sleeve attachment and release via rotational phase shifting.
Fig：Auto-Adjusting Garment [Rev.4]

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[No.89] 変形するウェア：Auto-Adjusting Garment [Rev.3] - Optimizing

自在に袖の長さを調整したい人向け

・気分次第で長袖化または半袖化

・動力不要


 変形するウェア（アコーディオン方式）

Non-powered garment system utilizing a mechanical bellows weave and rotating cuff mechanism for manual sleeve extension. Patent Art.
Featuring hexagonal continuous patterns, pleated folded structures, and cuff rotation locking mechanisms, this Rev.3 optimizing garment allows users to manually extend or retract sleeves into stable configurations without external power sources.
Fig：Auto-Adjusting Garment [Rev.3]
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[No.88] 変形するウェア：Auto-Adjusting Garment [Rev.2] - Interactive

自らの意思で袖の長さを変形できるシャツ

・気温に応じて変形（No.86、No87）する先のウェアだと面倒

・袖を短くしたいときに短く変形させることができる方式


 変形するウェア（タッチ変形方式）

Garment system with capacitive touch gesture recognition zones for user-controlled sleeve length modulation. Patent Art.
Featuring conductive micro-mesh grids, micro-processor units hidden in collars, and current-induced thermal contraction mechanisms, this Rev.2 interactive garment enables users to dynamically adjust sleeve lengths via upward swipe gestures on the sleeve surface.
Fig：Auto-Adjusting Garment [Rev.2]

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[No.87] 変形するウェア：Auto-Adjusting Garment [Rev.1] - Morphing

気温に応じて袖が伸び縮みするシャツ

・巻き取り方式の前回（No.86）と違って自然な感じで伸縮


分子レベルで伸縮変形するウェア

Garment system utilizing SMA core contraction and bionic yarn alignment for molecular-level sleeve transformation. Patent Art.
Featuring bionic yarns embedded with nano-level shape memory alloy wires, the fabric transitions seamlessly between cold extended modes and warm contracted modes via molecular crystal lattice transformations and interlocking fiber gaps.
Fig：Auto-Adjusting Garment [Rev.1]
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[No.86] 変形するウェア：Auto-Adjusting Garment

長袖着るか半袖着るか微妙な日向けシャツ

・春物、夏物どっちにすべきか迷う日って多くないですか？


袖の長さが変形するシャツ

Garment system utilizing concealed active films to automatically transition between full-length and short-sleeve modes. Patent Art.
Equipped with smooth outer fabrics, concealed active films, and low-friction linings, this auto-adjusting garment maintains a fully extended sleeve length at lower temperatures via internal elastic tension.
Fig：Auto-Adjusting Garment
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[No.85] 思念駆動手袋：Mind-Link Hand [Ver.5] - Automating

ゲームのレベルアップ代行を望む人向け

・ゲームプロセスに興味のない人の代わりにボタン操作


思念駆動手袋（ゲーム代行モード）

Stand-alone glove exoskeleton system with joint actuators for automated gaming controller button execution. Patent Art.
Equipped with squeezing actuators, joint actuation frames, and capacitive touch-responsive fingertips, this Ver.5 automation glove performs unattended game operations and macro-driven leveling routines.
Fig：Mind-Link Hand [Ver.5]
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[No.84] 思念駆動手袋：Mind-Link Hand [Ver.4] - Amplifying

握力を発揮させたい人向け

・背中トレとかで先に握力が負ける人


思念駆動手袋（パワーグリップ）

Joint-drive glove system with rigid outer skeleton and EMG sensors to enhance maximum grip force. Patent Art.
Equipped with direct-joint drive gloves, rigid outer skeletons, and micro-space torque actuators, this Ver.4 amplifying system detects grip intent via EMG sensors to powerfully lock and reinforce user hand strength during heavy resistance training.
Fig：Mind-Link Hand [Ver.4]
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[No.83] 思念駆動手袋：Mind-Link Hand [Ver.3] - Regulating

ダイエットがうまくいかない人向け

・強制的にカロリー制限して手を止めてくれる手袋


ダイエットサポート思念駆動手袋

Glove-type exoskeleton system using food scanner array and AI data analysis to lock user fingers from eating. Patent Art.
Equipped with self-articulated arms, food scanner arrays, and calorie tracking modules, this Ver.3 diet-support glove monitors real-time nutritional intake and locks finger joints to enforce strict caloric limits.
Fig：Mind-Link Hand [Ver.3]
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[No.82] 思念駆動手袋：Mind-Link Hand [Ver.2] - Restricting

スマホ依存症をなおしたい人向け

・強制的にスマホができなくなるメカニズム


思念駆動手袋（スマホ脱却サポート）

AI predicting user intent to force physical finger movement for typing. Patent Art.
Equipped with articulated exoskeleton frames and vacuum lock mechanisms, this Ver.2 system detects smartphone usage postures to physically restrain finger movement and prevent digital addiction.
Fig：Mind-Link Hand [Ver.2]
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[No.81] 思念駆動手袋：Mind-Link Hand

なかなか勉強や仕事を始められない人向け

・何だかんだ言い訳が多い人、ぐうたらが抜けない人


 思念駆動手袋

Glove-type actuator system utilizing AI prediction to force user finger movement for typing. Patent Art.
Equipped with glove-type actuator cuffs, 6-axis articulated arms, and AI-generated text buffers, this Mind-Link Hand system anticipates typing intent and forcibly drives fingers to autonomously continue writing tasks.
Fig：Mind-Link Hand
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[No.80] 肩トレ用デバイス：DELT-MODULATOR [Ver.3] - Stabilizing

従来やり方では僧帽筋にはいる人向け

・倒立による自重的トレーニング


肩トレ用デバイス（倒立姿勢制御ユニット）

Gyro-stabilized harness system controlling posture and leg position during handstand walking exercises. Patent Art.
Equipped with compact gyro-stabilized control cores, gyro-reaction flywheel assemblies, and kinetic leg immobilization cuffs, this Ver.3 system stabilizes handstand training to isolate and intensely overload shoulder muscles.
Fig：DELT-MODULATOR [Ver.3]
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[No.79] 肩トレ用デバイス：DELT-MODULATOR [Ver.2] - Isolating

意識せず三角筋に刺激を入れたい人向け

・僧帽筋に入らないようにするとか、筋肉の種類を意識せずとも肩の三角筋を刺激


僧帽筋封印肩トレ用デバイス

Armband EMG system analyzing deltoid activity to suppress trapezius compensation via neural intervention loop. Patent Art.
Equipped with scapula immobilization backplates, fixed-axis pivot joints, and humeral guidance sleeves, this Ver.2 device mechanically locks scapular movement to force isolation and continuous tension on deltoid muscles.
Fig：DELT-MODULATOR [Ver.2]
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[No.78] 肩トレ用デバイス：DELT-MODULATOR

肩の筋肥大効果を高めたい人向け

・どんなにやっても肩が発達しにくいトレーニーは多いのでは


肩トレ用デバイス

Neck-mounted EMG sensor array and haptic feedback patch system for optimizing shoulder muscle hypertrophy through real-time scapula elevation pattern monitoring and muscle activation logic. Patent Art.
Equipped with EMG sensor arrays, haptic feedback patches, and piezoelectric vibrators, this DELT-MODULATOR device detects trapezius muscle overactivation to isolate and maximize deltoid stimulation during resistance training.
Fig：DELT-MODULATOR
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[No.77] 悪夢回避デバイス：Nightmare Avoider [Ver.4] - Escaping

必要な時に夢から覚ましてほしい人向け 

・悪夢が好転しない場合、夢から覚めるのが一番


悪夢回避デバイス（任意目覚まし）

Headband-style device with a neural intent decoder designed to trigger forced reality re-entry via a wireless wake-up alarm and mechanical bed shaker when a specific dream-perspective hand gesture is detected. Patent Art.
Equipped with neural intent decoders, awakening trigger logic, and wireless wake-up transmitters, this Ver.4 system detects predefined lucid gestures within dreams to instantly trigger alarms or bed shakers for escape.
Fig：Nightmare Avoider [Ver.4]
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[No.76] 悪夢回避デバイス：Nightmare Avoider [Ver.3] - Controlling

悪夢の形勢を逆転させたい人向け

・睡眠そのものが邪魔される心配のない方式


悪夢の形勢逆転デバイス

Multi-sensory lucid dream induction system featuring pre-recorded audio stream playback and low-frequency electrical stimulation triggers. Patent Art.
Equipped with neural EEG sensors, nightmare logic controllers, and tactile/bone-conduction actuators, this Ver.3 system detects active nightmare patterns and injects targeted stimulation to guide users into lucid states and reverse threatening dream scenarios.
Fig：Nightmare Avoider [Ver.3]
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