An electronic agile ladder

Abstract

The invention discloses an electronic agility ladder to solve the problem of device installation and laying by arranging multiple sensors. During a training process, a sensing device senses a footstepsignal, and judges whether a trainee performs training according to a correct solution. An integrated design facilitates data acquisition and summarization. During a whole training process, multiplelight-emitting diode (LED) lamps have different flashing frequencies and directions of the signal lamps in different training solutions, and it is convenient to guide a user to perform footstep agility training according to lighting by controlling the lighting order and durations of the signal lamps on a soft ladder. A host computer is in wireless connection with a peripheral display screen, thusthe time cost of coaches is saved, the efficiency is improved, and it is ensured that trainees can watch a video to learn at any time during a training process so as to correct their own footstep training. It is convenient for a user to change, derive and create a new training solution according to a solution in a pool, and import the new solution into the pool to ensure that footstep training solutions in the pool can be continuously iterated, updated and expanded.

Description

technical field [0001] The invention relates to a speed ladder, in particular to an electronic agility ladder, which belongs to the technical field of sports auxiliary equipment. Background technique [0002] The agile ladder is also called the speed ladder, which can be used to train body sensitivity, coordination, calf strength, explosive power and physical strength, etc. [0003] Although the existing electronic agility ladders are widely used, there are still some problems in the actual use process. First, the current step agility training is mainly carried out by manual timing and manual data recording, and the coach needs to be with the students all the time , The time cost and workload of the coaches have increased significantly. Second, the coaches use a stopwatch to measure time during training, which is not accurate enough and will affect the real-time training effect of the athletes. Third, the sensitivity of the existing electronic agility ladder is relatively sc...

AI Technical Summary

Problems solved by technology

[0003] Although the existing electronic agility ladders are widely used, there are still some problems in the actual use process. First, the current step agility training is mainly carried out by manual timing and manual data recording, and the coach needs to be with the students all the time , The time cost and workload of the coach have increased significantly. Second, the coach uses a stopwatch to time the time during training, which is not accurate enough and will affect the real-time training effect of the athletes. Third, the sensitivity of the existing electronic agility ladder is relatively scarce and not sensitive enough , the present invention is based on the traditional step sensitive training, embedded infrared diffuse reflection sensor to realize the accurate judgment and precise timing of the step, and uses the LED light incentive mechanism to guide the trainer to step training

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