Suspending type spine correction instrument

Abstract

The invention provides a suspension-typed ridge rectification instrument, belonging to the field of medical instrument. The structure of the suspension-typed ridge rectification instrument comprises a ridge rectification instrument mainbody, a cervical vertebra traction component, a lumbar traction component, a lumbar lifting component and an electric control cabinet; the cervical vertebra traction component is arranged at the left end of the ridge rectification instrument mainbody; the lumbar traction component and the lumbar lifting component are arranged at the right end of the ridge rectification instrument mainbody; the electric control cabinet is arranged inside the internal chamber of the ridge rectification instrument. The suspension-typed ridge rectification instrument overcomes the shortages that the manipulation therapy can not be used under traditional treatment mode and traction of the treatment instrument and the traction can not be carried out during the manipulation therapy; the suspension-typed ridge rectification instrument uses a soft suspension ridge rectification method, adopts a traction belt and a traction rope to pull the patient; furthermore, tractions of continuous changes from horizontal position to a certain suspension angle on the patient are carried out; therefore, the suspension-typed ridge rectification instrument, is applicable to the treatment of cervical spondylosis and lumbar diseases.

Description

(1) Technical field [0001] The invention relates to a medical device, in particular to a suspension-type spine correction instrument. (2) Technical background [0002] Lumbar spondylosis and cervical spondylosis are frequently-occurring diseases of middle-aged and elderly people. In non-surgical treatment, spine correction is the preferred treatment option. The traditional treatment mode and therapeutic apparatus cannot be manipulated during traction, and traction cannot be performed during manual therapy; the patient is tightly fixed on the bed, resulting in poor blood circulation and numbness of the upper limbs. Due to the lack of traction caused by the looseness of the bandage, the strength needs to be compensated repeatedly, and the traction force received by the patient is not a constant force. It will be better if the doctor can use the three-dimensional chiropractic technique to treat the patient during traction treatment. At the same time, if the angle of the patien...

AI Technical Summary

Problems solved by technology

The traditional treatment mode and the therapeutic instrument cannot be manipulated during traction, and traction cannot be performed during manual therapy; the patient is tightly fixed on the bed, resulting in poor blood circulation and numbness of the upper limbs

Due to the lack of traction due to the looseness of the straps, the force needs to be compensated repeatedly, and the traction force received by the patient is not constant

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