▎ 摘　　要

NOVELTY - The pillow has a pillow monomer (1) that is provided with a hollow stepped structure. The pillow monomer has a jacket and an inner liner. The peripheral side of the inner liner is adhered to the jacket, and that is nested and matched with the jacket. The jacket and the inner liner are both flexible structures. The jacket is provided with the connecting grooves on opposite two surfaces. A fixing band (1012) is adhered to a surface of the connecting groove. The surfaces of the connecting groove and the fixing band are inlaid with the magnetic soft plates. The connecting groove is matched with the magnetic attraction of the fixing band. The magnetism between the two fixing bands is opposite. The several ventilation holes (1013) are opened on the opposite sides of the jacket. The ventilation hole is communicated with the inside of the jacket. USE - Graphene far-infrared three-dimensional monomer pillow. ADVANTAGE - The volume, structure and shape of the pillow monomer is changed at any time by arranging the inner liner and the outer sleeve, and nesting the two together, and using the inflatable tube to inflate inward. By opening a folding channel on the inner surface of the jacket, the pillow is formed into a folded structure, which is more convenient for its storage and carrying, so as to change the shape, and act on the different activities and postures of the human body. The induction plates are grouped and connected in parallel, so that when the user touches different positions of the compression pillow, the internal physiotherapy elements started to work. DESCRIPTION OF DRAWING(S) - The drawing shows a perspective view of the graphene far-infrared three-dimensional monomer pillow. Pillow monomer (1) Fixing band (1012) Ventilation hole (1013)