Brain injury postural fixation support device

Abstract

The invention discloses a cerebral injury position fixing support device. The support device comprises a support frame, a lug frame and a lug fixing sleeve. The support frame is formed by a support plate, a handrail, a support rod and a fixed rod. The lug frame is formed by a head support, wind rods, a slide groove, a neck support and a shoulder and back support. The lug sleeve is formed by a lug sleeve body, a zipper, a fixed belt, a buckle and a hook. The support frame can be stably placed on a patient bed so as to prevent a mattress from being too soft so as to cause change of position of a patient. The lug fixing sleeve is designed for preventing the patient from lying on the support frame to slide up and down, so a special position of 15-30 degrees to which the head of the patient is ensured and the patient is prevented from changing positions at will. The back faces of the lug frame are arranged in the same plane and made of hard plastic, so it can be ensured that the head and the spine of the patient are kept in the same straight line. Via the design of the wing rods, it can be ensured that the heat of the patient will not excessively stretch or bend, it can be ensured that respiratory tract and brain venous return of the patient are unobstructed, and treatment effects of moderate and sever craniocerebral injury patients can be improved.

Description

technical field [0001] The invention relates to a medical device, in particular to a brain injury body position fixation support device. Background technique [0002] Patients with moderate or severe craniocerebral injury have different degrees of disturbance of consciousness. The commonly used position in neurosurgery is to raise the head of the bed by 15° to 30°, with the head tilted to the affected side, and the brain tissue is moved to the crack of the dura mater at the base of the skull by the action of gravity. Adhesion to seal the leak until 3 to 5 days after the leak stops, so as to facilitate cerebral venous return, reduce cerebral edema, and keep the head and spine in the same straight line. Hyperextension or hyperflexion of the head will affect the smoothness of the airway and neck Venous return is not conducive to reducing intracranial pressure. At present, only methods such as raising the head of the bed and cushioning pillows are used to maintain this specific...

AI Technical Summary

Problems solved by technology

Because the mattress and pillows are relatively soft, the head and the spine are often not in the same straight line, and the head is overextended or overflexed, resulting in obstructed airway and cerebral venous return.

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