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ORPHE ANALYTICS is a motion analysis solution that makes research and motion measurement in PoC easier than ever before. With a compact system configuration and fast setup, our platform is simple to operate. It provides highly accurate motion analytics by combining walking analysis with Smart shoes and posture full-body optical analysis.
ASICS
Kyoto Univ.
Tomoki Aoyama Lab.
Gunma Paz Univ.
Yu Hashiguchi Lab.
Keio Univ. SFC
Shinya Fujii Lab.
Shiseido
Tokyo Metropolitan Univ.
Waseda Univ.
Used by many universities, research institutes, and companies.
ORPHE ANALYTICS is a full-body motion analysis solution. By simply attaching the sensor onto footwear and taking a picture with a smartphone, you get detailed data on physical movements. This data is immediately displayed in easy-to-understand graphs and can be downloaded in CSV format. It is an innovation of motion analysis that enables speedy setting, high-precision measurement, and operation at a low cost.
精度は光学式3次元モーションキャプチャとの比較検証済。足部運動を解析する動作分析システムとしての精度を確認しています。
一般的なシューズにセンサーデバイスをセット可能。被験者に違和感を感じることなく計測できます。
計測データはデバイス内でリアルタイムに解析して蓄積されるので、長時間に及ぶ日常歩容データを記録できます。
ORPHEの歩容解析アルゴリズムの精度は、動作分析のゴールドスタンダードである光学式3次元モーションキャプチャーの計測結果と比較する検証を行い、歩行・走行動作時の足部運動を解析するツールとしての十分な精度を確認しています。
指標
線形回帰式の傾き
決定係数（R²）
ストライド[m]
0.94
0.92
ピッチ[step/sec]
0.96
0.93
接地時間[sec]
0.87
0.91
着地角度[degree]
0.76
0.75
足の高さ（遊脚期）[m]
0.99
0.92
健常男性4名から得られた結果の一部。運動条件：時速4~12kmのトレッドミル歩行・走行。
You can download ORPHE ANALYTICS product documentation and measurement sample data.
DOWNLOAD
ORPHE ANALYTICS 2.0
All you need is an ORPHE sensor, smartphone, and PC. The minimal system configuration is compact enough to fit in your everyday luggage and can be operated by one person. Our portable and lightweight sensor device can be mounted onto shoes or set inside the midsoles for more accurate measurement. It is the most suitable motion analysis system for universities, research institutes, treatment clinics, and gyms.
STEP1
ORPHE CORE dedicated sensor device is compact and lightweight. It can be attached externally to any shoe, and it does not cost discomfort for a wearer. By setting it into originally designed ORPHE footwear, you’ll be able to achieve a higher accuracy analysis with sensors placed right under each foot.
STEP2
Once the app and sensor are wirelessly connected via Bluetooth, you can start measuring. Just let your subject walk as usual, and by recording a video, measure the posture of the whole body.
STEP3
Measurement results get visualized instantly in graphs, and data can be downloaded in a universal CSV format.
ORPHE ANALYTICS captures the main indicators for walking and full-body posture recording. You can communicate with the subject during the measurement process and analyze the data immediately. Using API allows our customers to create new indexes with the measurement data from ORPHE CORE sensors.
Speed of walking or running.
The distance between each foot touchdowns.
The number of steps per one second.
The full time of one stride.
The time the foot is in contact with the ground during one stride.
The time the foot is in the air during one stride.
The angle between the sole of the foot and the road surface at the time of landing.
The angle at which the foot rolls inward at landing.
The height of the foot position after kicking.
The tilt of the trunk part of the body viewed from the front, back, and sides. A high value indicates a backward tilt.
The angle between the thigh and torso when viewed from the side. Higher values indicate that the thighs are pulled back from the torso.
The positioning of the waist on the vertical axis. A high value indicates a low position.
The angle between the thigh and lower leg when viewed from the side. Higher values indicate a straighter leg.
The angle between the torso and neck when viewed from the side. Higher values indicate the pulled back neck.
The angle between the torso and upper arm when viewed from the side. A high value indicates the pulled back arm.
「手軽に色々なデータを連携して計測できるのが良いポイントだと思います。」
車椅子利用者を支援するための研究に取り組まれている東京都立大学 インタラクティブアートスタジオの串山久美子教授と韓旭特任助教。ORPHE ANALYTICSをどのように車椅子の研究に活用いただいているかお話を伺いました。
詳しく見る
「画像解析と足部のデータを同時に取得できるところが画期的だと思いました。」
早稲田大学 生活人間工学研究室では「安全と効率」をテーマに人間の構造と機能に基づいた最適化設計のプロセスを研究しています。ORPHE ANALYTICSをご活用いただいている加藤麻樹教授と助手の村野良太さんにお話を伺いました。
詳しく見る
「歩行改善の指導前後の数値の変化を見て、自分の歩きが良くなっていることをお客様に実感してもらうことができました。」
国内シェア1位の化粧品メーカー、株式会社資生堂。その資生堂で外部共創プログラムを担当し、2019年からORPHEと一緒に共同研究を行ってこられた柳原茜さんにORPHE ANALYTICSを活用いただいた経緯についてお話を伺いました。
詳しく見る
活用事例
「手軽に色々なデータを連携して計測できるのが良いポイントだと思います。」
車椅子利用者を支援するための研究に取り組まれている東京都立大学 インタラクティブアートスタジオの串山久美子教授と韓旭特任助教。ORPHE ANALYTICSをどのように車椅子の研究に活用いただいているかお話を伺いました。
詳しく見る
活用事例
「画像解析と足部のデータを同時に取得できるところが画期的だと思いました。」
早稲田大学 生活人間工学研究室では「安全と効率」をテーマに人間の構造と機能に基づいた最適化設計のプロセスを研究しています。ORPHE ANALYTICSをご活用いただいている加藤麻樹教授と助手の村野良太さんにお話を伺いました。
詳しく見る
活用事例
「歩行改善の指導前後の数値の変化を見て、自分の歩きが良くなっていることをお客様に実感してもらうことができました。」
国内シェア1位の化粧品メーカー、株式会社資生堂。その資生堂で外部共創プログラムを担当し、2019年からORPHEと一緒に共同研究を行ってこられた柳原茜さんにORPHE ANALYTICSを活用いただいた経緯についてお話を伺いました。
詳しく見る
学術的成果もご確認ください。
The sensor built into our ORPHE CORE module measures the movements at the frequency of 200Hz, analyzes the gate cycle, and determines the gait index at every step. Each gait index is analyzed in real-time, compressed to the average value per minute, and saved in the cloud. It is easy to access from the app at any time.
The accuracy of ORPHE's gait analysis algorithm has been verified by comparing it with the measurement results of the optical 3D motion capture, a gold standard of motion analysis, and proven to be sufficient for analyzing foot movements during walking and running.
Index
Inclination of Linear Regression Equation
Coefficient of Determination (R²)
Stride [m]
0.94
0.92
Cadence [step/sc]
0.96
0.93
Ground Contact Time [sec]
0.87
0.91
Foot Strike [degree]
0.76
0.75
Stride Hight [m]
0.99
0.92
Results were obtained from four healthy men. Exercise conditions: walking and running on a treadmill at the speed of 4 to 12 km/h.
You can download ORPHE ANALYTICS product documentation and measurement sample data.
DOWNLOAD
SENSOR DEVICE
The sensor device "ORPHE CORE" is the basis of ORPHE's motion analysis technology. It is an innovation that enables highly accurate gait measurement while staying compact and lightweight. It can be attached externally to the shoelaces or set inside the sole of originally designed ORPHE shoes for more precise measurement.
LEARN MORE
APP
The ORPHE ANALYTICS app for PC browsers and smartphones allows users to instantly check full-body motion data obtained by ORPHE CORE sensors and output it to CSV format.
SHOES (OPTIONAL)
The exclusive shoes "SHIBUYA" can be used to set ORPHE CORE sensors under the insoles, enabling more accurate measurement without costing discomfort. From 2019, with multiple updates, we've been incorporating users' feedback to keep these shoes up to the highest performance standards.
LEARN MORE
3Dプリントシューズ
ORPHEと慶應義塾大学SFCが共同開発した3Dプリントシューズなら、個々人の足の形状や歩きかたに合わせたカスタム設計のシューズで歩行を計測できます。
詳しく見る
Yes. You can contact us for more detailed information.
By installing the sensor inside the shoe, you can analyze the foot movement in detail. Since the measurement process does not require extensive equipment, the subject will walk without discomfort, providing proximity to regular walking.
Contact us for more information on measuring gait with additional conditions, including people with physical challenges.
Right now, our platform does not support such synchronization. Although, we are considering future development.
Right now, our platform does not support such measurements. Although, we are considering future development.
APP
Requirements
The latest version of Google Chrome
APP
Compatible Devices
iPhone 8 or later, iPad Pro 2 or later
SENSOR DEVICE
Size
45mm×29mm×14mm
Weight
Approx. 20g
Motion Sensors
Acceleration [XYZ] / Angular Velocity (XYZ)
Analysis Performance
Analysis at 200Hz
Wireless Technology
Bluetooth
Notification Function
Full Color LED
Charging
micro USB
Waterproof Rating
IPX7 Compliant
Battery Drive Time
Approx. 7h
Battery
280mA Li-Po
Processor
ARM Cortex-M4
Flash Memory
128MB
App screens and product images can be changed without notice due to updates.
You can download ORPHE ANALYTICS product documentation and CSVs of actual measured sample data.
Do you have a specific application or project in mind? Please contact our sales team.
CONTACT US
