초록 ▼

A training method and apparatus for athletes that separates running into vertical and horizontal components. The athlete is positioned on a horizontal component training device in an upright position. The athlete contacts the horizontal component training device at a leg pad, a mid-torso location, a

A training method and apparatus for athletes that separates running into vertical and horizontal components. The athlete is positioned on a horizontal component training device in an upright position. The athlete contacts the horizontal component training device at a leg pad, a mid-torso location, and an upper torso location. The athlete sequentially trains for acceleration at least the hip flexor and the hip extensor muscles of each leg supramaximally against the leg pad through a sports specific motion. The athlete also sequentially trains the stretch-shortening cycle of at least the hip flexor and the hip extensor muscles of each leg supramaximally against the leg pad through a sports specific motion to train the stretch shortening component of hip flexion and hip extension. Training for acceleration is preferably against hydraulic resistance and training the stretch-shortening cycle is preferably against isotonic resistance. Next, the athlete is positioned on a vertical component training device comprising a treadmill and a stabilizing frame. The athlete is attached to the stabilizing frame. A vertical load is applied onto the athlete, either directly or indirectly through the stabilizing frame. The quadriceps and calf muscles of the athlete are supramaximally trained on the treadmill using a sports specific motion.

대표청구항 ▼

1. A system for training athletes that separates running into vertical and horizontal components, comprising:a horizontal component training device having a mid-torso pad and an upper torso pad to retain the athlete in an upright isolate at least hip flexor and hip extensor muscles of each leg, the

1. A system for training athletes that separates running into vertical and horizontal components, comprising:a horizontal component training device having a mid-torso pad and an upper torso pad to retain the athlete in an upright isolate at least hip flexor and hip extensor muscles of each leg, the upper torso pad located at least as high as a thorax of the athelete, an actuator arm and leg pad positioned to operatively engage with the leg of the athlete during movement through a sports specific motion, an acceleration training resistance mechanism releasably connected to the actuator arm, and a stretch-shortening cycle resistance mechanism releasably connected to the actuator arm; anda vertical component training device comprising a treadmill, a stabilizing frame attachable to the athlete, to isolate at least quadriceps and calf muscles of each leg, and a vertical load on the athlete during supramaximally training of at least the quadriceps and calf muscles adapted to be applied onto treadmill using a sports specific motion to decrease ground contact time. 2. The system of claim 1 wherein the acceleration training resistance mechanism comprises a hydraulic resistance mechanism. 3. The system of claim 2 comprising a lever arm connecting the hydraulic resistance mechanism to an actuator arm axle. 4. The system o f claim 1 wherein the stretch-shortening cycle resistance mechanism comprises an isotonic resistance mechanism. 5. The system of claim 4 wherein the isotonic resistance mechanism comprises a weight stack. 6. The system of claim 1 comprising a stabilizing harness configured to attach to a waist of the athlete, the stabilizing harness having attachment mechanisms attachable to the stabilizing frame. 7. The system of claim 6 wherein the stabilizing harness includes shoulder straps. 8. The system of claim 1 wherein the stabilizing frame applies the vertical load to the athlete during supramaximal training on the treadmill. 9. The system of claim 1 wherein the vertical load comprises weights attached to the stabilizing frame. 10. The system of claim 1 where in the vertical load comprises weights attached to the athlete. 11. The system of claim 1 comprising a counter-weight on the stabilizing frame positioned to reduce the vertical load on the athlete. 12. The system of claim 1 wherein the stabilizing frame is attached to the treadmill. 13. The system of claim 1 wherein the treadmill comprises a motorized treadmill. 14. The system of claim 1 including a display capable of displaying one of force, peak force, acceleration, range of motion, rate of motion, repetitions, and ground contact time.