Abstract: An exercise training device supports alignment setup of a user motion data collection device. The exercise training device that supports alignment setup of a user motion data collection device is an exercise training device that supports alignment setup of a user motion data collection device, which includes: a hollow shaft having a hitting portion mounted on one end thereof; and a capsule structure that is mounted on the other end of the shaft and arranges a data processing module for collecting and processing user motion data in the shaft, in which the shaft and the capsule structure have an alignment mechanism, which guides an alignment position for mounting the capsule structure onto the shaft, therebetween. Accordingly, it's possible to provide the alignment mechanism for the exercise training device that collects the user motion data that enables more precise pre-and post-support for the alignment setup of the exercise training device.

Abstract: The present invention relates to a swing analysis method of a swing measurement module that is based on grip pressure sensing. Specifically, the swing analysis method includes measuring pressure sensing data according to a first time interval using a pressure detection sensor based on a grip pressure of a user, measuring swing data according to a second time interval using a swing detection sensor module based on movement of the user, generating valid swing data from the swing data based on a timing at which the first time interval and the second time interval match, and generating grip pressure-based swing analysis data for each step of a swing according to the valid swing data.

Abstract: A golf practice device of the present invention that includes a shaft, a head portion provided at one side of the shaft, and a grip portion provided to surround an outer portion of the shaft at the other side of the shaft may include: a data processing module disposed in the shaft to process data; and a capsule structure having an inner space in which the data processing module is mounted and allowing the data processing module to be placed inside the shaft.

Abstract: A pressure-sensitive stacking structure for a sports training device of the present invention that is able to detect a pressure with which a player grips a grip portion may include: a conductive layer that is pressure-sensitive; a circuit layer disposed to face the conductive layer and having a plurality of conductive patterns; and a separating layer disposed between the conductive layer and the circuit layer and formed of a fibrous tissue including a plurality of fibers, wherein, when a pressure is generated, the conductive layer and the circuit layer may come into contact, and the pressure may be detected.