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

[No.191] 生活改善デバイス:Life Improvement Device [Ver.3] - Overwork

オーバーワーク気味の人向け

・筋トレに行こうとする前にオーバーワークチェック


オーバーワークチェックデバイス

Detailed technical schematic drawing of a life improvement device designed as an overwork detection system featuring a vital-gate sentinel unit that scans a user's muscle strain and body metrics before they leave for a workout.
Equipped with RF bioimpedance probes, laser vibration meters, infrared thermal scanners, integrated analysis engines, and risk score calculation units to evaluate muscle fatigue and prevent overtraining.
Fig:Life Improvement Device [Ver.3]

[No.173] 音響デバイス:Sound Modifier Device

筋トレで粘れる雰囲気が欲しい人向け

・人間の生理的信号(バイタル)と音響刺激を同期させトレーニーを鼓舞する音照射


筋トレパフォーマンスブーストデバイス

Detailed technical schematic drawing of a sound modifier device for performance boost, featuring a wearable neckband unit with vital sensing modules and directional ultrasonic emitters.
Equipped with wearable neck-mounted base units, bio-sensor modules to monitor heart rate and electrical activity, contextual AI processors, sound modulation engines, and directional ultrasonic emitters to create private acoustic fields near user ears.
Fig:Sound Modifier Device

[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.84] 思念駆動手袋:Mind-Link Hand [Ver.4] - Amplifying

握力を発揮させたい人向け

・背中トレとかで先に握力が負ける人


思念駆動手袋(パワーグリップ)

Joint-drive glove system with rigid outer skeleton and EMG sensors to enhance maximum grip force. Patent Art.
Equipped with direct-joint drive gloves, rigid outer skeletons, and micro-space torque actuators, this Ver.4 amplifying system detects grip intent via EMG sensors to powerfully lock and reinforce user hand strength during heavy resistance training.
Fig:Mind-Link Hand [Ver.4]

[No.80] 肩トレ用デバイス:DELT-MODULATOR [Ver.3] - Stabilizing

従来やり方では僧帽筋にはいる人向け

・倒立による自重的トレーニング


肩トレ用デバイス(倒立姿勢制御ユニット)

Gyro-stabilized harness system controlling posture and leg position during handstand walking exercises. Patent Art.
Equipped with compact gyro-stabilized control cores, gyro-reaction flywheel assemblies, and kinetic leg immobilization cuffs, this Ver.3 system stabilizes handstand training to isolate and intensely overload shoulder muscles.
Fig:DELT-MODULATOR [Ver.3]

[No.79] 肩トレ用デバイス:DELT-MODULATOR [Ver.2] - Isolating

意識せず三角筋に刺激を入れたい人向け

・僧帽筋に入らないようにするとか、筋肉の種類を意識せずとも肩の三角筋を刺激


僧帽筋封印肩トレ用デバイス

Armband EMG system analyzing deltoid activity to suppress trapezius compensation via neural intervention loop. Patent Art.
Equipped with scapula immobilization backplates, fixed-axis pivot joints, and humeral guidance sleeves, this Ver.2 device mechanically locks scapular movement to force isolation and continuous tension on deltoid muscles.
Fig:DELT-MODULATOR [Ver.2]

[No.78] 肩トレ用デバイス:DELT-MODULATOR

肩の筋肥大効果を高めたい人向け

・どんなにやっても肩が発達しにくいトレーニーは多いのでは


肩トレ用デバイス

Neck-mounted EMG sensor array and haptic feedback patch system for optimizing shoulder muscle hypertrophy through real-time scapula elevation pattern monitoring and muscle activation logic. Patent Art.
Equipped with EMG sensor arrays, haptic feedback patches, and piezoelectric vibrators, this DELT-MODULATOR device detects trapezius muscle overactivation to isolate and maximize deltoid stimulation during resistance training.
Fig:DELT-MODULATOR

[No.25] アームカールデバイス:ZERO-GRIP ARM ENFORCER [Vev.6] - Hydrodynamic

チーティング否定派の人向け

・流体動圧の利用で水中抵抗を再現(⇔No24などと全く異なる負荷)


握力不要のアームカールデバイス(Ver.6)

Aquatic-feel fluid dynamic arm curl device. Patent Art.
Employing high-velocity fluid dynamics and a micro-impeller array, this Rev.6 hydrodynamic system forces high-viscosity composite fluid through restricted valves during curls to generate velocity-squared resistance, completely eliminating cheating.
Fig:ZERO-GRIP ARM ENFORCER [Vev.6]

[No.21] アームカールデバイス:ZERO-GRIP ARM ENFORCER [Vev.2] - Pneumatic

アームカールデバイス(別バージョン)

・風船方式で構造を簡易化⇔油圧式のNo.20


握力不要のアームカールデバイス(Ver.2)

Pneumatic arm curl device with air-pouch resistance. Patent Art.
Simplifying the mechanical structure from hydraulic to pneumatic, this Rev.2 version utilizes an air-pouch compressed between the forearm and upper arm, controlled via a micro-pump, pressure gauge, and Bluetooth module for adjustable grip-free resistance.
Fig:ZERO-GRIP ARM ENFORCER[Vev.2]

[No.20] アームカールデバイス:ZERO-GRIP ARM ENFORCER

くつろぎながらアームカールしたい人向け

・上腕二頭筋専用の筋トレ器具は見たことがない


握力不要のアームカール用デバイス

Zero-grip arm curl training device with hydraulic resistance. Patent Art.
Eliminating the need for handheld weights and grip strength entirely, this hydraulic arm enforcer utilizes rotary-hydraulic dampers and resistance control valves to generate precise, isolated biceps resistance along a minimalist upper arm frame.
Fig:ZERO-GRIP ARM ENFORCER


・コントロールバルブで油圧ダンパー内の流体経路を絞り、抵抗(疑似重量)を調整

[No.9] スクワット用デバイス:Pelvis-Centric Weight System [Rev.4] - Levitating

 重力室にあこがれる人向け

・重りやバネ方式は動作の自由度を低下(No.5、No.8など)

・非接触で負荷を生み出したい


仮想重力室的なスクワットデバイス

Non-contact magnetic squat resistance system. Patent Art.
Eliminating physical restrictions of weights and springs, this ultimate non-contact magnetic levitation system utilizes high-flux electromagnetic belts and floor matrices to generate uniform, dynamically adjusted resistance—though at the severe cost of frying all nearby electronics within a 2-meter radius.
        Fig:Pelvis-Centric Weight System [Rev.4] [Final Form]

[No.8] スクワット用デバイス:Pelvis-Centric Weight System [Rev.3] - Programmable

もっとセッティングを楽にしたい人向け

・電動アシスト付きばねシステムで負荷の問題を解決

・バネの装着の問題(No.7)も電子ロックで解決


電動アシストスクワット用デバイス

Electric-assist squat resistance system with digital load control. Patent Art.
Upgraded with integrated dual electro-magnetic actuators and digital load control, this Rev.3 model enables effortless hook-up via zero-tension mode and dynamically programs custom resistance curves, including AI-driven collapse prevention.
         Fig:Pelvis-Centric Weight System [Rev.3]

[No.7] スクワット用デバイス:Pelvis-Centric Weight System [Rev.2] - Simplified

ごちゃごちゃした理屈が苦手な人向け

・シンプルへの回帰

・今回のデバイス⇔先のデバイス「No.6」(100万円以上コスト削減)


バネ方式のスクワット用デバイス

Spring-loaded squat resistance system for pelvic load. Patent Art.
Replacing costly metal cartridges with interchangeable tension springs, this simplified Rev.2 model achieves massive cost reduction while delivering an escalating load profile (low initial force, high bottom resistance) that matches natural biomechanics.

          Fig:Pelvis-Centric Weight System [Rev.2]

[No.6] スクワット用デバイス:Pelvis-Centric Weight System [Rev.1] - Modular

もっとスマートにスクワットしたい人向け

・重りが邪魔な問題(No.5)をカセット式で改善


スクワット用デバイス(改良版)

Compact pelvic weight belt for squats. Patent Art.
[Fig. 1 Modular Revision] Resolving the bulkiness of fixed weights, this modular iteration integrates interchangeable high-density blocks (e.g., tungsten alloy) onto a pelvic carrier and track system for streamlined load distribution.

        Fig:Pelvis-Centric Weight System [Rev.1]  [Revised]

[No.5] スクワット用デバイス:Pelvis-Centric Weight System

スクワットで腰が痛くなる人向け

・自分の場合、最大の悩みが腰へのダメージ、2位が膝へのダメージ


腰にやさしいスクワット用デバイス

Technical blueprint of a Pelvic-Centric Weight System for squat support by musou-design.Patent Art.
For weightlifters and fitness enthusiasts who suffer from debilitating lower back strain during heavy squats, this device relocates the load path entirely away from the spine. By integrating high-density tungsten alloy cartridges into a pelvic distribution harness and utilizing a telescopic guide rail system, the barbell's massive downward force is safely bypassed and transferred directly to the pelvis. This effectively eliminates lumbar compression while maintaining pure leg and gluteal muscle activation.
Fig:Pelvis-Centric Weight System