TH97049A - Surgical routing - Google Patents

Abstract

DC60 The method for determining the surgical pathway into the brain consists of determining the pathway through The skull into the brain to the target position, drilling a hole in the skull using a drill and Visual guidance of the trajectory of the holes drilled during drilling using visual guidance. The surgical routing system includes the fluid vent drill, the fluid vent access piece and the A splice piece for attaching the access piece to the drill bit and making the fluid vent. In the drill bit and such access parts remain aligned. The access piece will be able to move. According to the splice parts in such a way that the parts are accessible they can be attached to the tissue while the parts Splicing will make the fluid vents remain aligned. A set of surgical instruments will consist of Drill bits for fluid vent, fluid access parts, splicing for connection Attach the access piece to the drill and the probe for inserting it inside the drill bit.

Claims (3)

Disclaimer (all) which will not appear on the advertisement page. : ------ 20/12/2017 ------ (OCR) Page 1 of 1 Page Disclaimer 1. Methods include: Determination of the trajectory through the skull into the brain to Target position, drilling holes in the skull using a drill, trajectory verification of holes drilled during hole drilling using visual navigation provided by The probe inserted by the drill, and placing the access piece in the drilled hole using the drill, trajectory verification of the access piece between Placement using the probe inserted by the drill 2. Method according to claim 1, where the drill set the center boundary 3. Method according to claim No. 2, where the ball probe is placed in the middle compartment. That was scoped by the drill. 4. Method according to claim No. 1, which is supplemented by a medical device in the specified center compartment. Extent by parts reach 5. Method according to claim 4, which is supplemented by the attachment of the medical device in access parts 6. Method according to claim No. 4, where the medical device is selected. Comes from a group made up of catheters For ventricular drainage, standard therapeutic catheters, epalepsydep electrodes, coagulation probes, lesion probes, stereotactic needle and Ablative probe 7. Method according to claim 1, where the probe is tracked by the routing software 8. Method according to claim 7, where the routing software is established. Follow up the probe according to the image of the patient's body ------------ 1. Methods that include - Determining the movement through the skull into the brain to the target position - Drilling a hole in the skull. Using a drill and - to verify the direction of the holes sited during drilling using visual guidance 2. Method according to claim 1 where visual navigation is arranged by the inserted probe. 3. Method according to claim 2, where the probe is inserted into the specified internal chambers by the drill. 4. Method according to claim 2, which, from the foregoing to Consists of - inserting the access part into the drilled hole and - verifying the movement of the access part during insertion 5. Method according to claim 4, where The access parts are inserted using a drill and are Verify the trajectory using a probe inserted by the drill. 6. Methods of claim 1, which are discussed above, include - inserting the access piece into the drilled hole and - the inspection. Provides the direction of movement of access parts during insertion. 7. System which consists of - fluid vent drills - fluid vent access parts and - assemblies for attaching such access parts to drill bits and to provide channel Drain the fluid in the drill bit and the access parts remain aligned so that the access parts are three. Moves along the splice in such a way that the access piece attaches to the tissue while The coupling elements make the fluid vent aligned. 8. System according to claim 7, which, as mentioned above, also contains a probe for insertion. Inside the drill to drill the fluid vent 9. The system according to claim 7, which is mentioned above, also consists of the drill 1 0. Tool kit, which consists of - drill bit, drills, flow holes - parts to access the fluid vent - connecting parts. Splicing for attaching the access parts to the drill and - probes for inserting the drill bit into the fluid vent 1. A set of tools according to claim 10, which has been mentioned above, still consists of a drill 1 2. The device set according to claim 10 or 11, which is said to consist of medical equipment 1 3. A set of tools according to claim 10, 11 or 12 which, as mentioned above, also contains a robotic arm.