WHOLE BODY EXERCISE MACHINE CAPABLE OF CIRCULAR ORBITAL MOVEMENT OF WAIST

摘要

The present invention relates to a whole body exercise machine, and more specifically, to a whole body exercise machine capable of a circular orbital motion of waist and of strengthening the waist, back and abdomen through longitudinal rotation and lateral-torsional rotation of the waist, back and abdomen. The whole body exercise machine which is for exercising an upper body, waist and lower body and which is capable of a circular orbital motion of the waist according to the present invention comprises: an upper body exercise part which supports a head or shoulder of a human body, enables an upper body exercise and moves in association with a waist exercise part; the waist exercise part which supports the waist or hip of the human body and enables the circular orbital motion; and a lower body exercise part which supports a leg of the human body and is horizontally movable to the right and left. The waist exercise part comprises a rotating board which rotates around a rotary shaft. One or more ball casters are formed on a lower end surface of the rotating board. One or more fixation clamps for fixing the rotating board are formed on an outer circumferential surface of the rotating board in a circumferential direction.

主权项

1. A whole body exercise machine which is for exercising an upper body, waist and lower body and enables a circular orbital motion of the waist, the whole body exercise machine comprising:
an upper body exercise part which supports a head or shoulder of a human body, enables an upper body exercise and moves in association with a waist exercise part; the waist exercise part which supports the waist or hip of the human body and enables the circular orbital motion; and a lower body exercise part which supports a leg of the human body and is horizontally movable to the right and left, wherein the waist exercise part comprises a rotating board which rotates around a rotary shaft, wherein one or more ball casters are formed on a lower end surface of the rotating board, and wherein one or more fixation clamps for fixing the rotating board are formed on an outer circumferential surface of the rotating board in a circumferential direction.