An
infrared radiation vibratory massaging magnetic-therapy pillow for cervical
vertebra rehabilitation comprises a pillow body, wherein the middle of the upper surface of the pillow body is provided with a cervical
vertebra accommodating groove, the middle of the pillow body is provided with a hollow cavity, an
electric heating device is arranged in the hollow cavity, a heat preservation layer is arranged outside the
electric heating device, the upper portion inside the hollow cavity is provided with a
tourmaline layer, and the top of the hollow cavity is communicated with the cervical
vertebra accommodating groove through multiple
infrared radiation holes penetrating the pillow body upward. A left cavity is arranged at the left end inside the pillow body, a left vibratory massaging device is arranged in the left cavity, a right cavity is arranged at the right end inside the pillow body, a right vibratory massaging device is arranged in the right cavity, multiple counter bored holes are formed in the inner wall of the cervical vertebra accommodating groove and one permanent
magnet is respectively arranged in each counter bored hole. The
infrared radiation vibratory massaging magnetic-therapy pillow for cervical vertebra
rehabilitation can warm cervical vertebra position cells, promote
blood circulation at the cervical vertebra position, enable
metabolism at the cervical vertebra position to be smooth, enable a patient suffering
cervical spondylosis to be treated and rehabilitated in the normal resting and sleeping process.