Craniotomy incision shape detection system and corresponding terminal

Abstract

The invention relates to a craniotomy incision shape detection system and a corresponding terminal. The craniotomy incision shape detection system comprises an intravenous injection device for injecting an isotope marker into the vein of the brain of a human body with an intracranial tumor, a craniotomy executing mechanism used for executing the cutting executing operation of the incision in the selected geometrical shape based on the craniotomy starting position and the craniotomy ending position on the brain selected by an operation executor, an on-site timing device used for starting the scanning action of a brain scanning mechanism after the injection of the intravenous injection mechanism reaches a preset time length, and the brain scanning mechanism used for scanning the brain of thehuman body with the intracranial tumor to obtain a corresponding instant brain image. The craniotomy incision shape detection system and the corresponding terminal are effective in logic and convenient to use. The brain opening with the matched geometrical shape can be selected based on the geometrical shape of the brain tumor, so that the shape of the brain opening is consistent with the shape of the brain tumor.

Description

technical field [0001] The invention relates to the field of craniotomy, in particular to a system for detecting the shape of a craniotomy incision and a corresponding terminal. Background technique [0002] Craniotomy, also known as craniotomy, is a type of cranial surgery, which refers to the use of mechanical equipment to open the patient's skull to perform some unconventional treatments. [0003] Due to the high risk of craniotomy surgery, such as the doctor's mishandling of the patient's brain damage, the operation itself is also controversial. However, for some special diseases, such as Parkinson's disease and epilepsy, it is still necessary to perform craniotomy. [0004] Sequelae of craniotomy. Whether there are sequelae depends on several aspects: the degree of injury, the location of the injury, and postoperative recovery. There are many types of sequelae, common ones are: long-term coma, hemiplegia, aphasia, epilepsy, etc. [0005] At present, in the actual op...

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Problems solved by technology

[0005] At present, in the actual operation of craniotomy, the shape of the incision often depends on the experience and preference of the operator, but not according to the geometric shape of the patient's brain tumor, resulting in the customization of the incision shape not being accurate and effective.

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