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

[No.211] 本音で評価を下すデバイス(性格):Objective Assessment Device [Ver.4] - Dialogue

自分自身が嫌な奴かチェックしたい人向け

・モニターに映った自分との対話を通じて自分がどんな奴か客観的に理解


自己客観化対話デバイス

Detailed technical schematic drawing of a dialogue monitor apparatus designed for self-objective character assessment, featuring integrated camera sensors, an avatar display panel, cognitive dissonance analyzers, and real-time transcript logging.
Equipped with dialogue monitor apparatus, integrated cameras, avatar display panels, live transcript/dialogue blocks, cognitive dissonance analyzers, and feedback synthesizers for self-objectification dialogues.
Fig:Objective Assessment Device [Ver.4]

[No.210] 本音で評価を下すデバイス(口臭):Objective Assessment Device [Ver.3] - ODOR

口臭などのニオイチェックをしたい人向け

・半導体センサーの電気抵抗変化に基づき自分では気づきにくい口臭などを算出


ポータブル臭気チェックデバイス

Detailed technical schematic drawing of a portable odor analysis device designed as an objective assessment system, featuring an articulated sampling nozzle, high-velocity micro intake fan, multi-semiconductor gas sensor array, and an expiration feedback display.
Equipped with articulated sampling nozzles, high-velocity micro intake fans, multi-semiconductor gas sensor arrays, principal component analysis PCA engines, and expiration feedback displays for portable odor assessments.
Fig:Objective Assessment Device [Ver.3]

[No.209] 本音で評価を下すデバイス(見た目):Objective Assessment Device [Ver.2] - total check

外出前、身だしなみチェックしたい人向け

・一人では気づきにくい身だしなみ(服のシワ・シミ、鼻毛・剃り残しなど)をチェック


統合身だしなみチェックデバイス

Detailed technical schematic drawing of a full-body coordination compliance device designed as a wall-mounted smart mirror, featuring multi-axis sensing arrays, stain and wrinkle radar, 3D proportion tracking, and a smart door interlock mechanism.
Equipped with multi-axis sensing arrays, 3D skeletal & proportion tracking systems, chromatic & pattern sensors, compliance evaluation engines, and interlock mechanisms for total grooming and appearance checks.
Fig:Objective Assessment Device [Ver.2]

[No.208] 本音で評価を下すデバイス(髪型):Objective Assessment Device

自分の髪型が似合っているか知りたい人向け

・散髪行ったあと、似合っているかどうか本音で評価してくれるデバイス


本音ミラー

Detailed technical schematic drawing of an objective assessment device designed as a "Core Truth Mirror" for evaluating hairstyles, featuring situation input panels, demographic profile filters, and market data relevance matrices.
Equipped with user situation input panels, user-selected profile and trend dials, data processing unit relevance matrix market data inputs, core truth engines, and simulated thought display units.
Fig:Objective Assessment Device

[No.204] 髭剃りシステム:Shaving System [Ver.4] - epilation

毛根から引っこ抜きすっきりしたい人向け

・超音波振動で毛穴を拡張し、抵抗を減らした状態で自動的に毛をつまんで引き抜く方式


毛包拡張スマートピンセット

Detailed technical schematic drawing of a smart tweezers epilation system designed as an ultrasonic follicle-expansion smart tweezer apparatus, featuring AI vision sensors, piezoelectric actuators, and a microscopic pincer trajectory mechanism.
Equipped with AI vision sensors, control units, ultrasonic transducer arrays, piezoelectric actuators, acoustic lenses, and micro-gripper configurations for follicle-expansion smart epilation.
Fig:Shaving System [Ver.4] 

[No.203] 髭剃りシステム:Shaving System [Ver.3] - Magnetic

剃刀負けしたくない人向け

・磁気反発により物理的剃る行為を毛を弾き飛ばすことに置き換え


磁気シェーバー

Detailed technical schematic drawing of a magnetic shaving system designed as a non-contact magnetic razor, featuring electromagnetic coils, magnetic gel containing nanoparticles, and flux concentrators for hair follicle fatigue separation.
Equipped with field generation coils, magnetic flux concentrators, resonance modulators, iron-based nanoparticles, and induced magnetic force configurations for blade-free magnetic hair removal.
Fig:Shaving System [Ver.3] 

[No.202] 髭剃りシステム:Shaving System [Ver.2] - ultrasonic

カミソリ負けに悩む人向け

・刃を一切使わず、水や専用ジェルを介して高周波振動を与えて髭を疲労破断


超音波分子振動分離髭剃り

Detailed technical schematic drawing of a blade-free ultrasonic shaving system designed as an ultrasonic cavitation hair removal apparatus, featuring piezoelectric transducers, acoustic lenses, and a cavitation bubble disruption mechanism targeting hair follicles.
Equipped with skin contact sensors, piezoelectric transducers, acoustic lenses, fluid ejectors, and cavitation bubble generation zones for blade-free ultrasonic hair removal.
Fig:Shaving System [Ver.2] 

[No.201] 髭剃りシステム:Shaving System

夕方に生えてくる早剃りの悩みのある人向け

・シェービングヘッドの周囲に搭載した微弱な特定波長のレーザーで毛根抑制


光学毛根抑制型髭剃り

Detailed technical schematic drawing of a laser-assisted shaving system designed as an optical hair follicle suppression razor, featuring a cutting blade, laser emission unit, and cross-sectional skin layers showing hair shaft and bulb targeting.
Equipped with device chassis, emission units, light paths, cutting blades, hair shafts, hair follicles, and bulb and papilla configurations for optical hair root suppression shaving.
Fig:Shaving System

[No.52] 歯磨きデバイス:Dental Cleaning Device [Rev.2] - Autonomous

寝ている間に歯が磨かれる究極方式

・朝起きたら歯がピカピカ


歯磨きデバイス

Autonomous dental scrubber unit with molar-mounted docking station. Patent Art.
Equipped with a molar-mounted docking station, autonomous scrubber units, and micro-caterpillar drives with biofilm sensors, this Rev.2 system autonomously navigates dental arches during sleep to detect and remove plaque.
Fig:Dental Cleaning Device [Rev.2]

[No.51] 歯磨きデバイス:Dental Cleaning Device [Rev.1] - Cavitation

数秒で磨け、磨き残しなしを夢見る人向け

・ブラシタイプだとどうしても磨き残しがでてしまう


液体超音波式の歯磨きデバイス

Ultrasonic micro-bubble cavitation dental cleaning system. Patent Art.
Equipped with a fluid reservoir, micro-fluidic pump, ultrasonic generator, and piezoelectric transducers, this Rev.1 cavitation system generates imploding micro-bubbles and shock waves to thoroughly clean gingival margins and interdental plaque without brushes.
Fig:Dental Cleaning Device [Rev.1]

[No.50] 歯磨きデバイス:Dental Cleaning Device

数秒で歯磨きを終わらせたい人向け

・特に朝、時間がない人


全ての歯を一気に洗浄する歯磨きデバイス

Automatic full-arch dental cleaning device with vibrating mouthpiece. Patent Art.
Equipped with a handpiece, power switch, battery, transmission shaft, and a flexible silicone tray structure featuring lingual, buccal, and occlusal brushes, this automatic full-arch device cleans all teeth simultaneously through high-speed micro-vibrations.
Fig:Dental Cleaning Device

[No.31] セルフカットデバイス:DIRECT-GEAR SELF-GROOMING [Rev.5] - Ablative

 白髪のみ選別カットしたい人向け(改)

・2つのプレートで髪を挟み込む前作(No.30)は手間がかかるという問題


レーザーカットのセルフカットデバイス

Dual-stage laser grey hair removal system using photo-ablation. Patent Art.
Featuring a dual-stage detect-and-cut unit with multi-focal chromatic sensors and a nano-second laser photo-ablation array, this Rev.5 device selectively targets and vaporizes white hair internal moisture without physical blades.
Fig:DIRECT-GEAR SELF-GROOMING [Rev.5] 

・白髪の狙い撃ちにナノ秒パルスレーザーの採用

[No.30] セルフカットデバイス:DIRECT-GEAR SELF-GROOMING [Rev.4] - Selective

白髪だけ選別してカットしたい人向け

・これは割と夢のデバイス?


白髪だけ切るセルフカットデバイス

Selective grey hair trimming device with spectral scanning. Patent Art.
Utilizing a selective hair follicle de-pigmentation cassette method, this Rev.4 device flattens hair strands between transparent plates to scan, identify, and selectively snip only gray hairs using microscopic pixel-blades.
Fig:DIRECT-GEAR SELF-GROOMING [Rev.4] 

・2枚の透明カセット間で髪をスキャンしながら移動

[No.29] セルフカットデバイス:DIRECT-GEAR SELF-GROOMING [Rev.3] - Artisanal

美容師にやってもらった感を出したい人向け

・熟練美容師の手の動きを再現した方が無造作ヘアーが実現できるのでは?

 ⇔空気の渦(No.27)、レーザー(No.28)


熟練美容師再現セルフカットデバイス

AI-controlled self-haircut device mimicking stylist's finger movements. Patent Art.
Integrating an oscillating finger array, variable angle blade unit, and recursive shearing action, this Rev.3 artisanal device replicates expert hairdresser techniques to automatically execute layered, natural cuts.
Fig:DIRECT-GEAR SELF-GROOMING [Rev.3] 

[No.28] セルフカットデバイス:DIRECT-GEAR SELF-GROOMING [Rev.2] - Optically-Guided

もっと無造作仕上がりを求める人向け

・ハサミの物理カットだと、どうしても切り口が揃ってしまう

・ポイントは散髪から数カ月経ったような摩耗感の再現


レーザー方式のセルフカットデバイス

Laser-based self-haircut device for stochastic thinning. Patent Art.
Equipped with an optical lens system, scanning sensors, and a multi-focal laser array, this Rev.2 optical grooming device precisely detects individual hair thicknesses and erodes the ends dynamically to eliminate blunt styling textures.
Fig:DIRECT-GEAR SELF-GROOMING [Rev.2] 

[No.27] セルフカットデバイス:DIRECT-GEAR SELF-GROOMING [Rev.1] - Vortex

もっと無造作ヘアーにしたい人向け

・すきばさみのようなハサミ(No.26)では無造作感に限界


空気の渦を利用するセルフカットデバイス

Vortex-assisted hair trimming device using ambient flux. Patent Art.
Utilizing ambient air flux and a built-in vortex generator, this Rev.1 grooming device draws hair bundles into stochastic suspension chambers via aerodynamic flux, allowing rotary blades to cut individual hair strands at randomized heights for ultimate shag textures.

Fig:DIRECT-GEAR SELF-GROOMING [Rev.1] 

[No.26] セルフカットデバイス:DIRECT-GEAR SELF-GROOMING

無造作感のある髪にしたい人向け

・自分でやると、切ったところがそろってしまう問題


セルフカットデバイス

Randomized rotary hair thinning apparatus. Patent Art.
Featuring an internal gearing system, gear drive, and randomized rotary blade assembly, this self-grooming device utilizes eccentric cams and asymmetric cutting teeth to eliminate blunt straight cuts during DIY styling.
Fig:DIRECT-GEAR SELF-GROOMING