A neurosurgery posterior cranial distraction drainage device

Abstract

The invention relates to a neurosurgical posterior cranial distraction drainage device, which comprises: a base, a horizontal plate fixed and installed through a vertical plate, and a cleaning box and a cleaning box installed on the base Drainage barrel, the power mechanism is installed on the horizontal plate, the power mechanism includes a switching assembly and a driving assembly, the driving assembly cooperates with the drainage mechanism and the cleaning mechanism, and the adjustment assembly drives the support assembly to move, so that the support assembly can support the back of the patient's head The cranium is supported to facilitate the subsequent cleaning and drainage work. Then, the switching component drives the driving component to move. The driving component cooperates with the transmission component. The cleaning function, when the driving component cooperates with the rotating component, drives the rotating component to move, so that the rotating component drives the drainage component to move, and realizes the effective drainage function for the patient's brain effusion.

Description

technical field [0001] The invention relates to the related technical field of medical equipment, in particular to a neurosurgery posterior cranial distraction drainage device. Background technique [0002] When neurosurgery is performing surgical treatment on patients, due to the relatively dense nerve lines in the head, it is necessary to open the back of the brain during the surgical treatment of the head. Since the brain is prone to effusion during the surgical operation, drainage equipment is required The effusion is drawn out of the body, and the brain needs to be cleaned before drainage. [0003] The existing neurosurgical hindbrain stretching and drainage device completes the supporting work by clamping the skin at the wound after craniotomy, but the whole operation takes a long time, and the skin at the wound is continuously clamped with clips, resulting in skin damage. It cannot protect the patient, and the drainage method is relatively complicated. In the actual ...

AI Technical Summary

Problems solved by technology

[0003] The existing neurosurgical hindbrain stretching and drainage device completes the supporting work by clamping the skin at the wound after craniotomy, but the whole operation takes a long time, and the skin at the wound is continuously clamped with clips, resulting in skin damage. It cannot protect the patient, and the drainage method is relatively complicated. In the actual operation process, the ideal use effect is often not achieved.

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