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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.155] 多機能帽子:Functional Headwear

紫外線用の傘を指すのが恥ずかしい人向け

・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


日傘変形帽子

Detailed technical schematic drawing of functional headwear featuring a deployment mechanism that transforms a compact hat into a wide sun umbrella.
Equipped with base crowns, stowed shade membranes, articulated arm joints, membrane guide rails, power springs, and fully extended shade membranes to transform headwear into a wide-coverage personal parasol.
Fig:Functional Headwear

[No.154] 習字デバイス:Improving Handwriting Device [Ver.4] - Neural

脳と指のコネクトで字を上達させたい人向け

・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


神経連結ブリッジ式習字デバイス

Detailed technical schematic drawing of a character-persona analyzer designed as a handwriting improvement device to scan text geometry and profile personal traits.
Equipped with cortical command units, neural field sensors, analog waveform capture modules, conductive fiber transmission tethers, kinetic calibration hubs, and neural-muscle actuator gloves to non-invasively bridge motor cortex electrical activity with precision finger movements.
Fig:Improving Handwriting Device [Ver.4]

[No.153] 習字デバイス:Improving Handwriting Device [Ver.3] - Persona

手書き文字を分析、鑑定してほしい人向け

・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


文字人格分析デバイス

Detailed technical schematic drawing of an improving handwriting device showing the internal mechanics of a brush pen featuring linear actuators and gyro-stabilizers.
Equipped with multi-spectral optical scanners, sensory heads, biometric sensors, optical profilers, and character persona analyzers to evaluate handwriting traits, stroke pressures, and psychological profiles.
Fig:Improving Handwriting Device [Ver.3]

[No.152] 習字デバイス:Improving Handwriting Device [Ver.2] - Handwriting

字の弱点と改善点を分析してほしい人向け

・リ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


筆跡分析習字デバイス

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.
Equipped with analysis devices, projector units, camera image sensors, optical sensing paths, and feedback monitors to analyze real-time handwriting strokes and compute discrepancies against model characters.
Fig:Improving Handwriting Device [Ver.2]

[No.151] 習字デバイス:Improving Handwriting Device

人に習わず字がうまくなりたい人向け

・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


ARガイダンスの習字デバイス

Detailed technical schematic drawing and system block diagram of an improving handwriting device designed to project laser guidance paths onto a writing surface.
Equipped with adjustable mounting arms, compact MEMS laser projectors, depth-sensing cameras, dynamic lens systems, and adaptive algorithms to project real-time optical handwriting guides onto writing surfaces.
Fig:Improving Handwriting Device

[No.123]~[No.150]のまとめ:Design Archives 5 (No.123-150)

これまでの記事(No.123~No.150)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.123存在感コントロールデバイス
(空気になってやりすごすための空気感を向上)
Detailed technical schematic drawing of a presence management device designed to reduce a user's visibility and presence in a classroom setting.
No.124存在感コントロールデバイス
(特定の相手にパルス波を照射、神経認知バイアスにより注意をそぐ)
Detailed technical schematic drawing of a presence management device illustrating a pulse train emission system designed to target neural perception in a classroom setting.
No.125存在感コントロールデバイス
(フェロモンを発射して誘因し、得意分野での指名率を向上)
Detailed technical schematic drawing of a presence management device featuring a pheromone beam dynamics and target induction zone system.
No.126節電デバイス
(日射熱の変化に応じて形状記憶合金が変形、ブラインドの角度を自動調整)
Detailed technical schematic drawing of a smart blind system designed as a power-saving device to control solar heat through windows.
No.127節電デバイス
(太陽光を受けて温度差で発電したものを蓄電(昼間家にいない人向け))
Detailed technical schematic drawing of a thermoelectric outdoor blind system designed as a power-saving device to harvest and store energy.
No.128節電デバイス
(部屋の空間を狭くしてエアコン効率をアップ)
Detailed technical schematic drawing of a variable volume power-saving device showing the retracted state and activated state of inflatable volume barriers.

No.129

節電デバイス
(人を直接水で冷やす水冷服で局所冷却、これでエアコンをつける必要なし)
Detailed technical schematic drawing of a liquid-cooling wear system designed as a power-saving device to cool a person directly.
No.130蚊撃退デバイス
(人の体温と呼吸を再現して人の身代わりになって蚊を引き寄せ)
Detailed technical schematic drawing of an anti-mosquito device designed as a hybrid decoy emitting heat and carbon dioxide.
No.131蚊撃退デバイス
(蚊をリアルタイムで追尾し居場所を特定)
Detailed technical schematic drawing of an anti-mosquito device featuring a spotlight tracker system to detect and track a mosquito in real time.
No.132蚊撃退デバイス
(飛行中の蚊をレーザーで焼き尽くす方式)
Detailed technical schematic drawing of an anti-mosquito device featuring a laser intercept protocol to shoot down a mosquito in mid-air.
No.133蚊撃退デバイス
(ゴムボールを蚊に発射して撃墜)
Detailed technical schematic drawing of an anti-mosquito device featuring a gimbal tracking mechanism and a ball-launching system.
No.134蚊撃退デバイス
(顔の周り数センチの空間に侵入した蚊だけをピンポイントかつ物理的に排除)
Detailed technical schematic drawing of an anti-mosquito device featuring a high-speed elastic recoil tongue mechanism to capture mosquitoes.
No.135ハンズフリー摂取デバイス
(空気の力だけで口元までポテチを歪みなく高速輸送して自動で食べさせてくれる)
Detailed technical schematic drawing of a zero-touch eating device designed to transport snacks automatically to a user's mouth using airflow.
No.136ハンズフリー摂取デバイス
(アームがポテチをつかんで一枚ずつ食べさせてくれる)
Detailed technical schematic drawing of a zero-touch eating device featuring a multi-link articulated arm and joints designed to feed a user.

No.137

ハンズフリー摂取デバイス
(スナックを再成形して開いた口に飛ばしてくれる方式)
Detailed technical schematic drawing of a zero-touch eating device featuring a snack ballistic delivery system designed to launch reshaped snack missiles into a user's mouth.
No.138ハンズフリー摂取デバイス
(顔に取りつけたくちばしがスナックを吸引して引き寄せてくれる)
Detailed technical schematic drawing of a zero-touch eating device featuring a face-mounted vacuum snack delivery system named "Snack-Suction Beak."
No.139ダイエットデバイス
(咀嚼回数を強制的に増やして早食いを阻止)
Detailed technical schematic drawing of a dietary regulation system showing the operational steps of a smart locking chopstick mechanism to mandate chewing.
No.140ダイエットデバイス
(迷走神経への電気刺激による偽の満腹信号を利用)
Detailed technical schematic drawing of a dietary regulation system featuring a wearable satiety enhancer device designed to stimulate the vagus nerve.
No.141ダイエットデバイス
(ナノバブル注入による体積膨張と磁気牽引による胃へのずっしり感を実現)
Detailed technical schematic drawing of a dietary regulation system featuring a magnetic weight simulation system designed to evoke a strong illusion of satiety.
No142ダイエットデバイス
(VRを使ってダイエット食を豪華料理にように変え、食事の満足度を向上)
Detailed technical schematic drawing of a dietary regulation system showcasing a taste and sensation modulation mechanism designed to emulate flavor.
No.143ダイエットデバイス
(マウスピース的なフィルムの磁力による硬度化を利用、噛む動作に莫大なカロリー消費)
Detailed technical schematic drawing of a dietary regulation system showing a mastication calorie consumption device designed with electromagnetic coils and an MR-fluid chamber.
No.144節約デバイス
(商品を見ると、その価格の将来の運用利益をAR(拡張現実)が表示)
Technical illustration demonstrating the smart glasses displaying an AR overlay of estimated visit costs and affordability status at a cabaret club.
No.145節約デバイス
(衝動買いの予兆を検知し、財布をロック)
Detailed technical schematic drawing of an impulse-buy prevention wallet designed as a frugal device with sensors and a card-clamping actuator.
No.146節約デバイス
(廃棄パソコンやスマホに内蔵された貴金属と価値を可視化)
Detailed technical schematic drawing of a handheld scanner system designed as a frugal device to visualize and detect precious metals on a circuit board.
No.147節約デバイス
(当選確率などの事前表示により、冷静さを取り戻し、衝動買いを回避)
Detailed technical schematic drawing of a wearable wrist device designed as a frugal device to evaluate probability and monetary value before making a purchase.
No.148カーフトレーニングデバイス
(常に坂道を登っているような角度を足裏に作り出すことでトレーニングを強制)
Detailed technical schematic drawing of an insole system designed as a calf-loading device featuring adaptive incline mechanisms and sequential tilt layers.

No.149

カーフトレーニングデバイス
(座っての動作で、効果が出やすいヒラメ筋を集中トレ)
Detailed technical schematic drawing of an insole system designed as a calf-loading device featuring a magnetic levitation mechanism for stretching lower leg muscles while seated.
No.150カーフトレーニングデバイス
(レーシングゲームのアクセルに適用できるカーフトレデバイス)
Detailed technical schematic drawing of a game-compatible pedal system designed as a calf-loading device with progressive compression springs.


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.

[No.150] カーフトレーニングデバイス:Calf-Loading Device [Ver.3] - Pedal

 ゲームしながらカーフ鍛えたい人向け

・レーシングゲームのアクセルに適用できるカーフトレデバイス


ゲーム適用可能なトレーニングペダル

Detailed technical schematic drawing of a game-compatible pedal system designed as a calf-loading device with progressive compression springs.
Equipped with vertically oriented compression springs, forefoot engagement pivots, progressive compression mechanisms, and hydraulic dampers to provide resistive pedal depression forces for continuous calf muscle contraction during gaming sessions.
Fig:Calf-Loading Device [Ver.3]

[No.149] カーフトレーニングデバイス:Calf-Loading Device [Ver.2] - Levitation

職場でも常にカーフを鍛えたい人向け

・座っての動作で、効果が出やすいヒラメ筋を集中トレ


磁気浮上式強制ストレッチソール

Detailed technical schematic drawing of an insole system designed as a calf-loading device featuring a magnetic levitation mechanism for stretching lower leg muscles while seated.
Equipped with advanced footplates, knee-bend tracking sensors, soleus muscle sensors, adaptive resistance cores, and magnetic levitation arrays to dynamically force stretch and exercise the calf muscles during seated postures.
Fig:Calf-Loading Device [Ver.2]

[No.148] カーフトレーニングデバイス:Calf-Loading Device

常にカーフ(ふくらはぎ)を鍛えたい人向け

・遺伝的要素が大きいとされるふくらはぎ。

・常に坂道を登っているような角度を足裏に作り出すことでトレーニングを強制


傾斜追従インソール

Detailed technical schematic drawing of an insole system designed as a calf-loading device featuring adaptive incline mechanisms and sequential tilt layers.
Equipped with top covers, multi-layer elastomer inserts, step-wise hardening structures, variable density heel wedges, and adaptive incline mechanisms to dynamically alter foot contact angles across gait cycles.
Fig:Calf-Loading Device

[No.147] 節約デバイス:Frugal Device [Ver.4] - Odds

買う前に費用対効果を示してほしい人向け

・当選確率などの事前表示により、冷静さを取り戻し、衝動買いを回避


確率・金銭価値評価デバイス

Detailed technical schematic drawing of a wearable wrist device designed as a frugal device to evaluate probability and monetary value before making a purchase.

Detailed technical schematic drawing of a wearable wrist device designed as a frugal device to evaluate probability and monetary value before making a purchase.
Equipped with main units, electrodermal sensors, encrypted communication chips, logic processors, and redundant lock mechanisms to monitor physiological states and actuate physical deterrence against impulsive expenditures.
Fig:Frugal Device [Ver.4]

[No.146] 節約デバイス:Frugal Device [Ver.3] - E-Waste

家で換金価値の高いものを見つけたい人向け

・廃棄パソコンやスマホに内蔵された貴金属と価値を可視化


都市鉱山可視化スキャナ

Detailed technical schematic drawing of a handheld scanner system designed as a frugal device to visualize and detect precious metals on a circuit board.
Equipped with multi-spectral optical sensor arrays, micro-XRF modules, inertial measurement units, main processing units, and real-time augmented reality display units to analyze precious metal compositions and visually project estimated market values onto e-waste circuit boards.
Fig:Frugal Device [Ver.3]

[No.145] 節約デバイス:Frugal Device [Ver.2] - Frugality

衝動買いを阻止、その分を貯金したい人向け

・衝動買いの予兆を検知し、財布をロック


衝動買い防止財布

Detailed technical schematic drawing of an impulse-buy prevention wallet designed as a frugal device with sensors and a card-clamping actuator.
Equipped with optical dermal sensor arrays, electromechanical card-clamping actuators, internal processing CPUs, cool-down timer LEDs, and automated savings redirect operation flows to physically lock payment cards upon detecting impulse surges.
Fig:Frugal Device [Ver.2]

[No.144] 節約デバイス:Frugal Device

コンビニ等で無駄買いしてしまう人向け

・商品を見ると、その価格の将来の運用利益をAR(拡張現実)が表示


節約視覚化メガネ

Detailed technical schematic drawing of a smart glasses system designed as a frugal device to visualize the future value of money.
Equipped with optical sensor arrays, micro-OLED projection units, compound interest processing units, haptic feedback actuators, and wireless communication modules to visually overlay projected future investment losses onto scanned consumer items.
Fig:Frugal Device

[No.143] ダイエットデバイス:DIETARY REGULATION SYSTEM [Ver.4] - Mastication

食べながらカロリーを消費したい人向け

・マウスピース的なフィルムの磁力による硬度化を利用、噛む動作に莫大なカロリー消費


咀嚼カロリー消費デバイス

Detailed technical schematic drawing of a dietary regulation system showing a mastication calorie consumption device designed with electromagnetic coils and an MR-fluid chamber.
Equipped with molar units, magneto-rheological fluid chambers, electromagnetic coils, jaw-motion sensors, nerve stimulation probes, and energy harvesters to dynamically control mastication resistance via external magnetic fields.
Fig:DIETARY REGULATION SYSTEM [Ver.4]

[No.142] ダイエットデバイス:DIETARY REGULATION SYSTEM [Ver.4] - Modulation

何でも豪華料理のように食べたい人向け

・VRを使ってダイエット食を豪華料理にように変え、食事の満足度を向上


量子フード味覚・嗅覚欺瞞デバイス

Detailed technical schematic drawing of a dietary regulation system showcasing a taste and sensation modulation mechanism designed to emulate flavor.
Equipped with ultra-wide VR visors, aroma jet arrays, mastication sound sensors, base material agar cubes, and quantum synchronicity processors to modulate gustatory and olfactory senses for total cognitive hijack.
Fig:DIETARY REGULATION SYSTEM [Ver.4]

[No.141] ダイエットデバイス:DIETARY REGULATION SYSTEM [Ver.3] - Magnet

強い疑似満腹感でダイエットしたい人向け

・ナノバブル注入による体積膨張と磁気牽引による胃へのずっしり感を実現


磁気重量擬似生成システム

Detailed technical schematic drawing of a dietary regulation system featuring a magnetic weight simulation system designed to evoke a strong illusion of satiety.
Equipped with nano-bubble injection nozzles, edible iron nanoparticles, active magnetic aprons, interchangeable electromagnetic arrays, stomach stretch sensors, and downward-force electromagnets to generate simulated gastric weight and volume.
Fig:DIETARY REGULATION SYSTEM [Ver.3]

[No.140] ダイエットデバイス:DIETARY REGULATION SYSTEM [Ver.2] - Satiety

疑似満腹感で楽に食事制限したい人向け

・迷走神経への電気刺激による偽の満腹信号を利用


首掛け型満腹感誤認デバイス

Detailed technical schematic drawing of a dietary regulation system featuring a wearable satiety enhancer device designed to stimulate the vagus nerve.
Equipped with wearable satiety enhancers, laryngeal/acoustic sensors, skin impedance monitoring electrodes, vagus nerve electrode arrays, and EMS stimulation waveform generators to modulate gut-brain satiety signals following deglutition events.
Fig:DIETARY REGULATION SYSTEM [Ver.2]

[No.139] ダイエットデバイス:DIETARY REGULATION SYSTEM

早食いを直したい人向け

・咀嚼回数を強制的に増やして早食いを阻止


自動ロック式スマート箸

Detailed technical schematic drawing of a dietary regulation system showing the operational steps of a smart locking chopstick mechanism to mandate chewing.
Equipped with smart chopsticks, multi-axis impedance sensors, mouth-ward pressure detectors, electromagnetic latches, and automated countdown timers to detect ingestion cycles and enforce mandatory mastication periods by locking chopstick tips.
Fig:DIETARY REGULATION SYSTEM

[No.138] ハンズフリー摂取デバイス:Zero-Touch Eating Device [Ver.4] - Suction

どんなプレイ状況でも確実に食べたい人向け

・顔に取りつけたくちばしがスナックを吸引して引き寄せてくれる


顔面装着型スナック吸引システム

Detailed technical schematic drawing of a zero-touch eating device featuring a face-mounted vacuum snack delivery system named "Snack-Suction Beak."
Equipped with face-mount harnesses, snack-suction beak assemblies featuring crushing and sizing grids, flexible delivery tubes, bite-activated trigger switches, and vacuum generator units to pneumatically draw and convey snacks directly to the user's mouth.
Fig:Zero-Touch Eating Device [Ver.4]

[No.137] ハンズフリー摂取デバイス:Zero-Touch Eating Device [Ver.3] - Ballistic

動かすのは口だけにしたい無精な人向け

・スナックを再成形して開いた口に飛ばしてくれる方式


スナック弾道射出システム

Detailed technical schematic drawing of a zero-touch eating device featuring a snack ballistic delivery system designed to launch reshaped snack missiles into a user's mouth.
Equipped with snack hoppers and crushing mechanisms, compression molding chambers for ballistic missile formation, spring-loaded ejection barrels, infrared mouth-tracking sensors, and main controllers to mechanically crush, mold, and ballistically convey snacks into the user's open mouth.
Fig:Zero-Touch Eating Device [Ver.3]

[No.136] ハンズフリー摂取デバイス:Zero-Touch Eating Device [Ver.2] - Feeding

ゲーム中、やさしく食べさせてほしい人向け

・アームがポテチをつかんで一枚ずつ食べさせてくれる(⇔放出型のNo.135)


多関節アーム型ハンズフリー摂取デバイス

Detailed technical schematic drawing of a zero-touch eating device featuring a multi-link articulated arm and joints designed to feed a user.
Equipped with multi-link articulated arms and internal motors, soft-touch sensor grippers, shoulder/chair mounts, trigger pedal arms, and system integration layouts to mechanically pick and feed snacks to the user.
Fig:Zero-Touch Eating Device [Ver.2]

[No.135] ハンズフリー摂取デバイス:Zero-Touch Eating Device

コントローラーを汚さず菓子を食べたい人向け

・空気の力だけで口元までポテチを歪みなく高速輸送して自動で食べさせてくれる


空中吸引誘導型デバイス

Detailed technical schematic drawing of a zero-touch eating device designed to transport snacks automatically to a user's mouth using airflow.
Equipped with desktop base modules, micro-air jet hopper assemblies, flexible pneumatic transport tubes featuring helical vortex airflows, and wearable suction nozzles with jaw-motion sensor controls to pneumatically convey snacks to the user's mouth.
Fig:Zero-Touch Eating Device