Human body handstand assisting device

Abstract

The invention relates to a human body handstand assisting device which comprises a two-way ratchet mechanism (2), a foot hanging rope (3), foot sleeves (4), a shoulder hanging rope (5), a shoulder pad (6), a first hitting block (7) and a second hitting block (8). One end of the foot hanging rope (3) and one end of the shoulder hanging rope (5) are fixed and wound onto the two-way ratchet mechanism (2), the foot sleeves (4) and the first hitting block (7) are fixed to the foot hanging rope, the shoulder pad (6) and the second hitting block (8) are fixed to the shoulder hanging rope (5), the foot sleeves (4) and the first hitting block (7) are arranged adjacently, the shoulder pad (6) and the second hitting block (8) are arranged adjacently, the foot hanging rope (3) and the shoulder hanging rope (5) are distributed on the two sides on the two-way ratchet mechanism (2), when the foot hanging rope (3) rises, the shoulder hanging rope (5) descends, and when the foot hanging rope (3) descends, the shoulder hanging rope (5) rises. When the two-way ratchet mechanism (2) is connected with a motor (9), the foot hanging rope (3) and the shoulder hanging rope (5) can be controlled to ascend and descend through a remote controller (10). The human body handstand assisting device has the advantages of being simple in structure, small in occupied space, easy and convenient to operate, safe and capable of saving labor, and is especially suitable for users with little force on hands and feet.

Description

technical field [0001] The invention relates to a kind of physical exercise equipment, in particular to a human body handstand assisting device capable of assisting a person with relatively small strength to perform a handstand. Background technique [0002] In the process of daily life, people spend most of their time standing upright. The human bones, internal organs and blood circulation system will fall under the action of the earth's gravity, which will easily lead to gastroptosis, cardiovascular and bone and joint diseases and other diseases. When the human body stands upside down, the gravitational force of the earth remains unchanged, but the pressure on the joints and organs of the human body has changed, and the tension of the muscles has also changed, especially the elimination and weakening of the pressure between the joints, as well as the tension of the muscles in some parts. Relaxation has a certain effect on the prevention and treatment of low back pain, scia...

AI Technical Summary

Problems solved by technology

The problem in the prior art is that the inversion device with a reclining board and pillars takes up a lot of space, and the cost is relatively high, so it is difficult to popularize to the general public. In addition, because the existing inversion device requires the user's legs and feet to bear the strength of the entire body when inversion , this design is not suitable for people with weak legs and feet

Images