Multifunctional monitoring device for cervical vertebra post-operation

Abstract

The invention provides a multifunctional monitoring device for a cervical vertebra post-operation. The multifunctional monitoring device comprises a cervical support front part and a cervical supportrear part, wherein the two sides of the cervical support front part are connected with the two sides of the cervical support rear part through connecting devices to form an annular column similar to acontour of a cervical region, pressure sensors are movably arranged on the internal surface of the cervical support front part and the internal surface of the cervical support rear part separately, amicroprocessor, a power supply and a warning device are movably arranged on the external surface of the cervical support front part or cervical support rear part, the pressure sensors are in contactwith the cervical region of a human body, the power supply is separately connected with the microprocessor and the warning device, and the microprocessor is separately connected with the pressure sensors and the warning device. According to the multifunctional monitoring device, monitored mobility of a cervical vertebra of a sufferer is sent to the microprocessor through the pressure sensors, is processed by the microprocessor, and then, processed data are sent to a wireless display device, so that medical care personnel conveniently input the mobility of the cervical vertebra of each postoperative period, and the sufferer conveniently views and supervises by oneself. When the range of movement exceeds specified conditions, the microprocessor drives the warning device to alarm, so that monitoring conditions are more accurate, and the recuperation of the sufferer is facilitated.

Description

technical field [0001] The invention belongs to the technical field of medical instruments, in particular to a multifunctional monitoring device for cervical spine surgery. Background technique [0002] Cervical spine refers to the cervical spine, which is located below the head and above the thoracic spine. The cervical spine not only supports the weight of the head, but also has a large range of motion. With age, the lower cervical spine is prone to degenerative changes, mainly manifested by thinning of the intervertebral disc, narrowing of the intervertebral space, and smaller intervertebral foramen. At the same time, bone spurs tend to grow on the edges of the vertebrae, which compress the roots of the spinal nerves and form cervical spondylosis. [0003] In the past, cervical spondylosis mostly occurred in middle-aged and elderly people in their 40s and 60s, but with the increase of copywriting work and the popularization of computers, cervical spondylosis has gradual...

AI Technical Summary

Problems solved by technology

For 3-6 months after the operation, it is necessary to wear a neck brace and maintain the range of motion. The existing postoperative precautions are all verbally reminded by the neck brace medical staff, which increases the workload of the medical staff. The patient cannot grasp the activity scale and can only persist If you don’t move, the patient will be nervous. Once the activity exceeds the range, it will have serious consequences for the patient’s recovery period, and it is especially inconvenient to use.

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