루어낚시 참여자용 손목 움직임 측정을 위한 스마트 장갑 개발
Development of Smart Gloves for Measuring Wrist Movements of Lure Fishing Participants
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초록
This study developed smart gloves that measure the wrist movements of lure fishing participants in real time and record occurrences of pain. These gloves enable users to monitor movement patterns and pain levels, and to take appropriate breaks through alarms. Key achievements include the measurement of grip strength, range of motion (ROM), and visual analog scale (VAS) tests. The stretch sensor is highly durable, recovers quickly even after repeated use, and can precisely measure various fishing movements. When the predetermined number of repetitions, set through motion recognition and notification functions (e.g., 30 or 60), is reached, a buzzer sounds to encourage rest. In the analysis of wrist function, it was confirmed that grip strength decreased after 100 casts but recovered following electrical muscle stimulation (EMS) training. The VAS results indicated that EMS training was effective in relieving pain and improving wrist function. Smart gloves and EMS training are valuable for preventing wrist pain and restoring function associated with fishing, and they suggest potential applications for various body parts and exercises. In future research, we plan to enhance the gloves' performance and strengthen data storage and analysis functions based on clinical trials in actual sea environments and user feedback.
Abstract
This study developed smart gloves that measure the wrist movements of lure fishing participants in real time and record occurrences of pain. These gloves enable users to monitor movement patterns and pain levels, and to take appropriate breaks through alarms. Key achievements include the measurement of grip strength, range of motion (ROM), and visual analog scale (VAS) tests. The stretch sensor is highly durable, recovers quickly even after repeated use, and can precisely measure various fishing movements. When the predetermined number of repetitions, set through motion recognition and notification functions (e.g., 30 or 60), is reached, a buzzer sounds to encourage rest. In the analysis of wrist function, it was confirmed that grip strength decreased after 100 casts but recovered following electrical muscle stimulation (EMS) training. The VAS results indicated that EMS training was effective in relieving pain and improving wrist function. Smart gloves and EMS training are valuable for preventing wrist pain and restoring function associated with fishing, and they suggest potential applications for various body parts and exercises. In future research, we plan to enhance the gloves' performance and strengthen data storage and analysis functions based on clinical trials in actual sea environments and user feedback.
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