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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.134] 蚊撃退デバイス:ANTI-MOSQUITO DEVICE [Ver.5] - Tongue

自分の周りだけ蚊を撃退でしたい人向け

・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


伸縮カメレオン舌型蚊撃退デバイス

Detailed technical schematic drawing of an anti-mosquito device featuring a high-speed elastic recoil tongue mechanism to capture mosquitoes.
Equipped with elastic tongue mechanisms, instant recoil pneumatic actuators, high-tack adhesive adhesive traps, and automated cleaning drums to rapidly capture and retrieve targeted insects near the user.

Fig:ANTI-MOSQUITO DEVICE [Ver.5]

[No.133] 蚊撃退デバイス:ANTI-MOSQUITO DEVICE [Ver.4] - Projectile

安全に蚊を撃墜した人向け

・ゴムボールを蚊に発射して撃墜


ボール発射型蚊撃退デバイス

Detailed technical schematic drawing of an anti-mosquito device featuring a gimbal tracking mechanism and a ball-launching system.
Equipped with ceiling mount bases, gimbal tracking mechanisms, rotary ball storage magazines, projectile feed rollers, and launcher tubes to mechanically track and eliminate flying pests with physical balls.
Fig:ANTI-MOSQUITO DEVICE [Ver.4]

[No.132] 蚊撃退デバイス:ANTI-MOSQUITO DEVICE [Ver.3] - Laser

安眠を邪魔する蚊を自動瞬殺したい人向け

・飛行中の蚊をレーザーで焼き尽くす方式


超狭角レーザー迎撃型デバイス

Detailed technical schematic drawing of an anti-mosquito device featuring a laser intercept protocol to shoot down a mosquito in mid-air.
Equipped with intercept protocol processors, 4-channel acoustic microphone arrays, real-time co-processors, high-speed gimbal stages, ultra-narrow beam LED spotlights, and pulsed laser emitters to automatically track and neutralize flying insects.
Fig:ANTI-MOSQUITO DEVICE [Ver.3]

[No.131] 蚊撃退デバイス:ANTI-MOSQUITO DEVICE [Ver.2] - Tracking

自分で蚊を撃退して安眠したい人向け

・蚊をリアルタイムで追尾し居場所を特定


ピンポイント照明タイプ蚊追尾デバイス

Detailed technical schematic drawing of an anti-mosquito device featuring a spotlight tracker system to detect and track a mosquito in real time.
Equipped with ceiling mount bases, 4-channel microphone arrays for acoustic detection, real-time acoustic-visual co-processors, high-speed gimbal stages, and ultra-narrow beam LED spotlights to precisely track and illuminate flying mosquitoes.
Fig:ANTI-MOSQUITO DEVICE [Ver.2]

[No.130] 蚊撃退デバイス:ANTI-MOSQUITO DEVICE

部屋の中の蚊を撃退したい人向け

・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


熱源・二酸化炭素ハイブリッドデコイ

Detailed technical schematic drawing of an anti-mosquito device designed as a hybrid decoy emitting heat and carbon dioxide.
Equipped with decoy modules, pulsed thermal replicators simulating human skin temperatures, intermittent CO2 pulse jet vents, low-noise cyclone suction inlets, and internal electric killing grids to effectively attract and neutralize mosquitoes.
Fig:ANTI-MOSQUITO DEVICE

[No.129] 節電デバイス:Power-Saving Device [Ver.4] - Cooling

エアコンを使いたくない人向け

・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


水冷服

Detailed technical schematic drawing of a liquid-cooling wear system designed as a power-saving device to cool a person directly.
Equipped with micro-capillary tube networks, coolant reservoirs, refrigeration cycle pumps, heat-reflective surface layers, and multi-lumen umbilical tethers to directly cool human bodies and eliminate the need for room air conditioning.
Fig:Power-Saving Device [Ver.4]

[No.128] 節電デバイス:Power-Saving Device [Ver.3] - Volume

部屋が広く電気代がバカにならない人向け

・部屋の空間を狭くしてエアコン効率をアップ


空間容積可変デバイス

Detailed technical schematic drawing of a variable volume power-saving device showing the retracted state and activated state of inflatable volume barriers.
Equipped with ceiling-mounted storage units, inflatable volume barriers, static air insulation layers, and automated air pumps to dynamically shrink indoor living volumes and boost air-conditioning efficiency.
Fig:Power-Saving Device [Ver.3]

[No.127] 節電デバイス:Power-Saving Device [Ver.2] - Amplification

昼間貯めた電気を使いたい人向け

・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)


熱電変換室外ブラインドシステム

Detailed technical schematic drawing of a thermoelectric outdoor blind system designed as a power-saving device to harvest and store energy.
Equipped with high-temperature absorber faces, flexible thermoelectric generator (TEG) layers, micro-fin cooling plates, and balcony-mounted storage batteries to harvest and store solar-driven temperature differential energy.
Fig:Power-Saving Device [Ver.2]

[No.126] 節電デバイス:Power-Saving Device

窓から熱の流入・流出に困っている人向け

・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

・夏は熱を外に反射し、冬は熱を室内に取り込み


自動変形ブラインド

Detailed technical schematic drawing of a smart blind system designed as a power-saving device to control solar heat through windows.
Equipped with shape memory alloy (SMA) actuator coils, bi-stable connection rods, torsion springs, and highly reflective slat coatings to automatically adjust slat angles and manage thermal radiation based on ambient temperature changes.
Fig:Power-Saving Device

[No.125] 存在感コントロールデバイス:Presence Management Device [Ver.3] - Attraction

授業中、教師の注意をひきたい人向け

・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


優先的認知化デバイス

Detailed technical schematic drawing of a presence management device featuring a pheromone beam dynamics and target induction zone system.
Equipped with micro-atomization chambers, directional emission paths, attention-enhancing substance receptacles, and pheromone beam modulators to project subliminal prioritization fields toward targeted instructors.
Fig:Presence Management Device [Ver.3]

[No.124] 存在感コントロールデバイス:Presence Management Device [Ver.2] - Blindspot

特定の相手にだけ存在感を消したい人向け

・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

 脳は自分にとって重要でない情報を意図的にフィルタリングしています。特定の刺激(パルス波)でターゲットの注意の焦点を意図的にずらすことができれば、原理上は対象を背景化できるという仮説に基づきます。磁気を用いて脳の特定の部位を一時的に興奮・抑制させる既存技術を小型・指向性化し、注意を司る脳部位を一時的に無効化するという設定。


存在感消失パルス照射デバイス

Detailed technical schematic drawing of a presence management device illustrating a pulse train emission system designed to target neural perception in a classroom setting.
Equipped with neuromodulation pulse drivers, bias intervention zones, emitter module units, core processing chips, and waveform emitters to selectively induce perceptual blindspots in targeted observers.
Fig:Presence Management Device [Ver.2]

[No.123] 存在感コントロールデバイス:Presence Management Device

授業中、存在感を消したい人向け

・空気になってやりすごすための空気感を向上


存在感減衰デバイス

Detailed technical schematic drawing of a presence management device designed to reduce a user's visibility and presence in a classroom setting.
Equipped with emitter modules, core processing units, waveform emitters, refractive lens elements, and camouflage field light-path structures to dynamically generate optical interference fields that suppress user presence.
Fig:Presence Management Device