Transcriptions
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much for introduction i'm i'm pleased to introduce you interrupted this uh abbreviation for come um
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complex topic in which is the training system for complex pondering a minimally invasive cancer three
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so on let me give for short introduction to initial problem of course
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uh factors are i'm fixing operating with k. bus um by
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minimally invasive bundling soul to do that's interventions carefree in safe on
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this a tiny little bone structures without having any restructure
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a long time to activity given practical training is necessary for young surgeons
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so that's why we are developing up to this a complete tracking system where assertions can improve
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that really scares during the clinic routine and that's your skin character but alone feedback
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so on the next slide you can see uh uh the basic prototype um of
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tapping the system and you try to transfer the operating room set up
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with some um hardware devices uh at first but using interrupted by has been force feedback
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so um we cannot first a transfer yeah the c. d. position
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from our object uh due to hold up to
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our system and otherwise it's possible to transpire
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a pretty calculated forces from the computer to the topic device so for use it's
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possible to feel and touch with topics which only the solicitation like bones
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uh as an addition we're using all status copy feeding which are with
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um i'm hijacking bar mounted on top of them on it or
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still it's possible for the user to see three to you without using classes
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so um cyprus and then often set aside the material we left in which
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the centre left i don't write image sent to the right of user
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for the visualisation we're using surface models for the to let the cable and skin
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and for the volume uh for the uh for the boulder using one
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of the real topographic and segmented volume wells drilled into the bone
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you can see a of four images of the drilling
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process to k. y. emerge into a bone um
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remove several boxes of the bone and afterwards you can check the position of u. k. wire
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when you when you would change due to to transparent service model of buttons like an x. ray
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we also um used to using a happy fat hand
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phantom for up by many unhappy thick so
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the rights and you have to drill and only left yeah and you can you can um
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top several um points of the hand to find the
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right boring or internal where are my restructures
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soul for this we want to to print a real three d. hand and attach it to a
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to a marker and this markers then be i checked by real time tracking come around
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so if you move around happy phantom the visualisation before the movement
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um signal we also have a graphical user interface where the user can change um
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the tools several came wires and do an extra phone extra bit returns representation
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and it's next slides um for better understanding of the chain system appeared at the movie or
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see on the left the drilling was a lace visualisation on a pretty much
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or and then right i can see me in front of the prototype
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start with i guess uh now we can see me i'm moving around perhaps expansion
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it's checked by the which object come around and i can adjust the
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position and now i pick up the drill a um scum close
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to the bone when i'm in contact with the bone i can't feel
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forces recalculate forces that uh have been um centred happy device
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i can attach to drilling and and now can start a process
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i will emerge through the court to card as in the spongy was uh i can
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feel it and i could feel um when i um hit the second quarter colours
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and when i'm done i can relate to readjust a two track position
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and can also removed to do hold and the cave i will remain into the bowl
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and after that so i can change my view or i can i
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can zoom in first with the over the graphical user interface
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and afterwards i can change viewpoints on our can see transparent so for
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small thing can check the yeah um cable position in the bone
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and it's to conclude my short or i want to introduce you my
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whole team of experts origin soften hopper developed by in spite x.
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and we are funded from the u. b. f. for them uh the federal ministry of education research