このブログについて

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

[No.172] 味覚向上デバイス:Flavor Control Device [Ver.4] - Booster

塩分過多の人向け

・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)


塩味増強スプーン

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.
Equipped with interfacial booster electrode arrays, booster electrode elements, integrated signal modulation loops, high-density gustatory-neuro sensors, and low-sodium sync-pulse logic to enhance salt taste perception via micro-currents.
Fig:Flavor Control Device [Ver.4]

[No.171] 味覚向上デバイス:Flavor Control Device [Ver.3] - Peltier

猫舌、逆に冷たいのが嫌な人向け

・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


熱電変換箸

Detailed technical schematic drawing of a flavor control device designed as temperature-adaptive chopsticks featuring embedded reversible-polarity Peltier cell arrays.
Equipped with reversible-polarity Peltier cell arrays, current flow control wiring, interfacial heat-sink layers, thermal memory pathways, and modulation node switching schematics to heat or cool food dynamically.
Fig:Flavor Control Device [Ver.3]

[No.170] 味覚向上デバイス:Flavor Control Device [Ver.2] - Electrodes

飲料の味を変えて飲みたい人向け

・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


風味コントロールストロー

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.
Equipped with micro-fluidic flow and velocity sensor arrays, integrated ring electrodes, targeted neural stimulation contacts, liquid intakes, micro-signal modulation loops, and flexible mouthpiece conforming interfaces.
Fig:Flavor Control Device [Ver.2]

[No.169] 味覚向上デバイス:Flavor Control Device

味を錯覚させ、おいしく食事したい人向け

・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


舌面電気刺激カトラリー

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.
Equipped with primary stimulation electrodes for umami and richness, masking electrodes for negative-flavor suppression, contact-point pressure sensors, dynamic mapping and signal processors, and handle-integrated grip sensors with user interface buttons.
Fig:Flavor Control Device