A device for suctioning and punching holes for intracranial hematoma

Abstract

An intracranial hematoma suction and punching positioning device, which includes: a bed body for lying the patient and fixing the position of the patient's head, a puncher for punching a certain position of the patient's head, and adjusting the horizontal and vertical direction of the puncher and a vertical height adjustment bracket; it is characterized in that the adjustment bracket has a vertical section perpendicular to the ground and adjusting the vertical height of the puncher and a horizontal section parallel to the ground and adjusting the horizontal and longitudinal displacement of the puncher, and the vertical section The upper end of the bed is connected to one end of the horizontal section; a horizontal adjustment frame for adjusting the horizontal lateral displacement of the bed body is arranged at the lower end of the bed body, and the horizontal adjustment frame is fixedly connected with the lower end of the vertical section; The end face is provided with a puncher and a control panel; the control panel respectively controls the adjustment range of the horizontal adjustment frame, the horizontal section and the vertical section; when in use, the bed body with horizontal and lateral displacement and the puncher with vertical height and horizontal and longitudinal adjustment are used to realize punching. Precise positioning of the perforation position of the patient's head by the perforator.

Description

technical field [0001] The invention belongs to the field of medical equipment, and in particular relates to a device for suctioning, perforating and positioning intracranial hematoma. Background technique [0002] Spontaneous cerebral hemorrhage is a relatively common type of stroke in clinical practice, with high mortality and disability rates, and there is currently a lack of effective treatment methods. Current studies have shown that craniotomy for evacuation of hematoma is more traumatic, and compared with conservative treatment, it cannot significantly improve the functional prognosis of patients. Therefore, this operation is not routinely recommended in current clinical practice. Minimally invasive aspiration of intracranial hematoma is less invasive and easy to operate, and is currently routinely carried out in many hospitals in China. The key techniques of this operation are hematoma localization, skull drilling and drainage tube placement. Different hospitals o...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the problems that the existing pistol drill cannot accurately drill holes in the skull and the difficulty in fixing the patient's head during the operation, the present invention provides a device for suctioning and drilling positioning of intracranial hematoma

Images