Flexible Bionic Whole Spine Intelligent Physiotherapy Machine

Abstract

The invention discloses a flexible bionic whole-vertebra intelligent physiotherapy machine which comprises a base, a supporting mechanism, a lifting mechanism, a bed body and a swinging mechanism, wherein the bed body comprises joint brackets, joint plates and push rods; the joint brackets are mounted on a central shaft in a sleeving manner and connected in sequence; the joint plates and the push rods are fixed on the joint brackets; the swinging mechanism comprises a swinging head, an ankle fixing plate, a rocker arm, a gear, a sector gear and a stepping motor; the swinging head is mounted on a support shaft; the ankle fixing plate is mounted above the swinging head; the gear, the sector gear and the stepping motor are fixed on the swinging head; the rocker arm is mounted in the gear in a sleeving manner. The physiotherapy machine can realize two treatment modes, namely the intelligent type swinging and the intelligent type shaking, and the handstand natural gravity drawing is combined, so that the curative effect can be achieved jointly; a sensor can be used for monitoring the movement situation of a patient at any time to adjust the speed and amplitude of the swinging head, so that the intelligent control treatment can be implemented, the treatment process is safe and reliable, and the curative effect is excellent.

Description

technical field [0001] The invention belongs to rehabilitation technology collar field, especially a flexible bionic whole spine intelligent physiotherapy machine. Background technique [0002] With the development of society, the damage and disease of the human spine itself and the related diseases of the spine are increasing and showing a trend of younger age. The treatment of spondylosis has been widely valued by people. The existing instruments for the treatment of spondylosis on the market mainly include inversion machines, spinal tractors and spinal physiotherapists: the inversion machines mainly rely on the body's own gravity to stretch the spinal joints, which are poorly adjustable and have treatment risks; Stretching by external force loosens the spine joints of the human body, the force is single, and the therapeutic effect is not obvious; the spinal physiotherapist uses a vibration source to loosen the human spine, and its power source cannot be intelligently adj...

AI Technical Summary

Problems solved by technology

The existing instruments for the treatment of spondylosis on the market mainly include inversion machines, spinal tractors and spinal physiotherapists: the inversion machines mainly rely on the body's own gravity to stretch the spinal joints, which are poorly adjustable and have treatment risks; Stretching by external force loosens the human spine joints, the force is single, and the therapeutic effect is not obvious; the spinal physiotherapist uses a vibration source to loosen the human spine, its power source cannot be intelligently adjusted, and the movement form is single

All of the above treatment devices have disadvantages such as single function, excessive mechanical properties, and inability to intelligently adjust the power source. The treatment effect is not obvious and there are treatment risks.

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