| Summary: | 碩士 === 國立屏東教育大學 === 體育學系碩士班 === 102 === Polymeric training can effectively enhance the maximum force of the muscle group and power. However, most of the polymeric training focuses on the muscle group of the lower limbs. This study is to develop an electromagnetic training apparatus for boosting upper limbs, and test the characteristics of it. The main components of the electromagnetic training machine for upper limbs include: a traditional lat pull-down mechanism, which can effectively train the muscle groups of the upper limbs; magnetic module, which can absorb and release added loading mechanism to light up the Stretch-Shortening Cycle (SSC), to enhance the result of the training. The examination concerned is executed by the LabVIEW (1000Hz) system to integrating force sensor (MODEL NO.615，300kg) and analog-digital adaptor (USB-6211). The results of the test are: 1. The falling heights (22cm, 27cm, and 32cm) of 9kg, 10kg, and 11kg were in consistent with the wave pattern resistance graph, and also conform to the SSC. 2. With regard to the stability of the machine, the Coefficient of Variations of the above mentioned weights and heights were all less than 5%. 3. As for the instant effect, no noticeable difference was found both on the maximum tensile force and average force before and after the stimulation. The electromagnetic enhancing training apparatus for upper limbs developed in this study has stability and accuracy in adjusting and controlling the intensity of training.
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