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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。
ラベル Life-Support Tech の投稿を表示しています。 すべての投稿を表示
ラベル Life-Support Tech の投稿を表示しています。 すべての投稿を表示

[No.219] 禁スマホデバイス:Digital Detox Device [Ver.4] - VSS

消費電力を高めてスマホ使用を強制制限

・通信検知モジュールがプロセッサに対し高負荷計算処理を強制、発熱と電力消費を急増


電力浪費モジュール

Equipped with VSS module architectures, communication sensing ICs, control units, dummy load generator units, and heat dissipation vents for forced battery drain and thermal discomfort generation.
Fig:Digital Detox Device [Ver.4]

[No.216] 禁スマホデバイス:Digital Detox Device

禁煙、禁酒のように禁スマホしたい人向け

・スマホを物理的に閉じ込め、しばらく取り出せないボックス。通話のみ許容。


スマホ拘束ボックス

Equipped with electromagnetic shielding enclosures, RF filters for emergency signals, shield-compatible signal conduits, selective signal filter-antenna arrays, and detachable acoustic tubes for physical smartphone restriction.
Fig:Digital Detox Device

[No.215] 冷蔵庫内デバイス:Refrigerator Utility Device [Ver.4] - WARNING

古い食材を把握した人向け

・冷蔵庫内を見回りながら食材を監視し、古い食材には印字して警告


食材状態印字ローバー

Equipped with nano-printhead arrays, ink distribution lines, multi-channel ink tanks, egg tray pocket interfaces, and emergency status indicator panels for direct food condition printing and warning.
Fig:Refrigerator Utility Device [Ver.4]

[No.214] 冷蔵庫内デバイス:Refrigerator Utility Device [Ver.3] - Patrol

庫内の食材不良などをチェックしたい人向け

・全方向クローラーがエチレンガス、カビ、腐食などをパトロール


冷蔵庫パトロールローバー

Equipped with magnetic all-terrain wheels, main chassis units, sterilization turrets, gas intake & flow pathways, and gas decomposition systems for automated refrigerator patrolling and spoilage detection.
Fig:Refrigerator Utility Device [Ver.3] 

[No.213] 冷蔵庫内デバイス:Refrigerator Utility Device [Ver.2] - Mariage

庫内の古い食材で調理してほしい人向け

・余り物や傷みかけを感知、組み合わせて一皿を作るAI搭載型のキッチンデバイス


食材救済デバイス

Detailed technical schematic drawing of a refrigerator utility device designed as a food rescue system, featuring a retractable robotic arm, multi-chamber dressing input cartridges, multi-tool processing heads, and real-time freshness sensors for automated culinary synthesis.
Equipped with retractable arm bases, simplified robot arms, multi-chamber input cartridges, dressing feed tubes, and multi-tool processing heads for automated leftover ingredient cooking.
Fig:Refrigerator Utility Device [Ver.2]

[No.212] 冷蔵庫内デバイス:Refrigerator Utility Device

食品の賞味期限切れを忘れがちな人向け

・レーザーと文字認識(OCR)センサーが駆動、庫内パックや缶を自動でスキャン


賞味期限スキャナー

Detailed technical schematic drawing of a refrigerator utility device designed as a laser date scanner, featuring laser emitter modules, wide-angle CMOS sensors, OCR engines, and a mechanical manipulator arm for automated item repositioning.
Equipped with laser date scanner modules, laser emitters, multi-line laser beams, CMOS sensors, OCR engines, and wireless modules for automated expiration date scanning inside refrigerators.
Fig:Refrigerator Utility Device

[No.206] 日記作成支援デバイス:Diary Support Device [Ver.2] - Dialogue

日記のアイデア創出の支援がほしい人向け

・AIが「今日〇〇について呟いていましたが今の考えを聞かせて」と記憶を喚起


対話型日記作成支援デバイス

Detailed technical schematic drawing of a dialogue-based diary support device, featuring a voice-capture pen, a data processing cradle, an interactive display with AI-generated questions, and a thought ledger output.
Equipped with voice capture microphone arrays, data processing cradles, interactive display surfaces, AI-generated question modules, and thought ledger outputs for dialogue-based journal creation.
Fig:Diary Support Device [Ver.2]

[No.205] 日記作成支援デバイス:Diary Support Device

日記をつけたいけど面倒な人向け

・一日のうち身体が最も反応した(=感情が動いた)瞬間を優先的に抽出・テキスト化し、その日の心の一行を提案するデバイス


一日の出来事抽出テキスト化デバイス

Detailed technical schematic drawing of a diary support device designed as a wearable event-extraction text generator, featuring bio-data acquisition sensors, contextual data sensors, emotional spike identification engines, and diary generation algorithms.
Equipped with bio-data acquisition sensors, contextual data sensors, emotional spike identification engines, diary generation algorithms, and synthesized text entry display units for automated journal creation.
Fig:Diary Support Device 

[No.190] 生活改善デバイス:Life Improvement Device [Ver.2] - Hangover

いつも飲み過ぎて二日酔いに苦しむ人向け

・これ以上飲むと危ないタイミングで警告してくれて二日酔いを阻止


二日酔い予兆検知デバイス

Detailed technical schematic drawing of a life improvement device designed as an overconsumption detection and projection system featuring multi-sensor arrays and holographic forecast projections to prevent hangovers.
Equipped with skin contact sensors, breath sampling inputs, sensor data pre-processors, haptic feedback modules, portable display units, and holographic projection engines for overconsumption detection and projection.
Fig:Life Improvement Device [Ver.2]

[No.189] 生活改善デバイス:Life Improvement Device

2度寝してしまう人向け

・2度寝直前に、次起きたときに時間を示してくれる装置


二度寝アラート

Detailed technical schematic drawing of a life improvement device designed as a second sleep alert projection system featuring biometric sensors and a laser-based time projector that displays wake-up warnings on the ceiling.
Equipped with sensors for brainwaves, respiration, and body movement, sleep stage analysis units, optical projection units, laser-based time projections, and control interfaces to warn users of wake-up time losses.
Fig:Life Improvement Devices

[No.188] 洗濯システム:Automated Laundry Care System [Ver.4] - Pairing

洗濯後、同種類の靴下を見分けたい人向け

・靴下に近赤外線を照射し、繊維の密度や厚みを測定

・摩耗状態からペアになるべき靴下をセットにしてくれる装置


自動ペアリングボックス

Detailed technical schematic drawing of an automated laundry pairing box featuring a mesh conveyor, 360-degree scanner array, AI optical matching unit, and a spot welding/adhesive applicator for pairing socks.
Equipped with input hoppers, air jet de-tangle nozzles, mesh conveyors, 360 degree scanner arrays, AI optical matching units, coupling stations, and spot welding/adhesive applicators for automated sock pairing.
Fig:Automated Laundry Care System [Ver.4]

[No.187] 洗濯システム:Automated Laundry Care System [Ver.3] - Sorting

洗濯物を事前に仕訳けして洗いたい人向け

・色分けや素材分けを洗濯かごに放り込むだけで完結してくれる仕組み


自動分類機能付き洗濯かご

Detailed technical schematic drawing of an automated laundry sorting device designed as a laundry basket featuring a near-infrared (NIR) spectrometer, RGB color sensor, and a motorized rotatable guide chute.
Equipped with multi-wavelength LED arrays, near-infrared (NIR) spectrometer sensors, RGB color sensors, motorized rotatable guide chutes, and servo motors to automatically sort laundry by color and material.
Fig:Automated Laundry Care System [Ver.3]

[No.186] 洗濯システム:Automated Laundry Care System [Ver.2] - Capsule

衣類の一部分だけ洗いたい人向け

・汚れが気になる箇所に専用の超音波カプセルをクリップのように装着

・カプセル内部から微細な超音波振動と濃縮洗浄液でピンポイントに局所洗浄


超音波部分洗浄デバイス

Detailed technical schematic drawing of a sonic wash capsule designed as a localized clothing cleaning device featuring high-frequency ultrasonic actuators and a closed-loop liquid reservoir to clean stains.
Equipped with high-frequency ultrasonic actuators, closed-loop cleaning liquid reservoirs, dirt decomposition sensors, localized micropore spray nozzle arrays, and sonic micro-flow vectors to clean localized stains.
Fig:Automated Laundry Care System [Ver.2]

[No.185] 洗濯システム:Automated Laundry Care System

洗濯物を短時間で乾かし皺も取りたい人向け

・ハンガーに高圧空気を供給、洗濯物をパンパンにする送風による立体乾燥


エアー給気式ハンガーシステム

Detailed technical schematic drawing of an automated laundry care system designed as a pre-pressurization and post-pressurization air-delivery hanger system that inflates a shirt with high-velocity air jets.
Equipped with support beams, air-delivery hangers, high-velocity air jets, integrated air jets, fiber micro-pre-tension zones, and post-pressurization tension vectors to inflate and smooth shirts during drying.
Fig:Automated Laundry Care System

[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]

[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]

[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

[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]

[No.178] 掃除デバイス:Cleaning Device [Rev.2] - Peel-Off

シンプルにハウスダスト処理したい人向け

・吸着シートが底面に積層されたスリッパ


剥離積層式吸着スリッパ

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.
Equipped with multi-layer adhesive sheet stacks, peel-off tabs, micro-perforation lines, and flexible sole bases, this Rev.2 cleaning slipper allows users to peel off used bottom layers to easily restore clean adhesive surfaces for dust collection.

Fig:Cleaning Device [Rev.2]

[No.168] 多機能メガネ:Multi-functional Glasses [Ver.5] - Coupling

耳や鼻筋にかけなくてもよいメガネ

・1点支持で顔の構造に介入する、かけなくてよいメガネ


1点支持メガネ

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.
Equipped with optical lenses, anchor point magnetic coupling zones, support arms, base plates with skin-compatible adhesive layers, magnetic cores, and attraction surfaces to support eyewear from a single central nasal point without relying on ears or bridge rests.
Fig5:Multi-functional Glasses [Ver.5]