This thesis focuses on design and development of a robot manipulator with dexterous forceps for single-incision laparoscopic surgery. Integrating the robotic capabilities into laparoscopy instruments, the study aims to increase precision and reduce limitations such as mobility constraints. Main objective of the thesis is to develop a robotic articulating laparoscopy instrument. In light of the first trials, it is seen that the dexterity and robotic control advantages are promising while the trocar's mobility constraint limits the workspace of the robotic laparoscopy forceps. An alternative sur ...Daha fazlası
ABSTRACTBy the help of technological advances such as the development of computer and imaging technologies, surgical navigation has started to be used rapidly in medical literature. It is one of the recent methods used to track surgical tools inside the operation volume. In light of vital advantages as operation safety, minimally invasive application compatibility, reduction of operation times and reduced post operation complication risks, surgical navigation has been rapidly adopted throughout the relevant fields. Considering these, this study proposes both creation of a surgical navigation s ...Daha fazlası
ÖZETRobotik teknolojilerinin tıp bilimlerinde kullanılması, başka türlü uygulanması mümkün olmayan birçok tedavi olanağını sağlamıştır. Bu alanda görülen teknolojik büyüme sayesinde, çeşitli tıbbi tanılar ve cerrahi operasyonlar için mikro robotların entegrasyonu gibi yeni çözümler önerilmeye başlandı. Aralarındaki tartışmalı senaryolardan biri, iç kulak içinde kök hücre uygulamaları ile kokleada bulunan saç hücrelerinin üretilmesi fikri olarak verilebilir. Bu fikir güncel tıp literatüründe çokça vurgulansa da, in vivo olarak dar koklear kanallara kök hücre transferi yöntemi hala belirsiz bir ...Daha fazlası
ABSTRACTThanks to the technological advances that have been continuously improved throughout the last century, applications of robotics have increased in every aspect of our lives. Within all of these various applications, mobile robotics can be given as one of the most common and popular subfield. Utilization of mobile robots emerges in many environments such as, medical applications, military operations, simple household routines, and even space exploration. On the other hand, due to the requirements of different robot designs for individual applications, need for mobile robot designs, which ...Daha fazlası
ABSTRACTIn this thesis, a new design of the modular robot manipulator and its control with Robot Operating System is presented. The modules are designed to have an adjustable twist angle, which enables to create different robot manipulator configurations. Kinematic synthesis on the gripper module is conducted and structural parameters of the gripper is determined. Axis sets on the modules are determined by Denavit-Hartenberg method. Inverse and forward kinematic analysis and singularity analysis are performed. Numerical inverse kinematic solver is proposed for modular robot manipulators with m ...Daha fazlası
6698 sayılı Kişisel Verilerin Korunması Kanunu kapsamında yükümlülüklerimiz ve çerez politikamız hakkında bilgi sahibi olmak için alttaki bağlantıyı kullanabilirsiniz.