Essays about: "Gripper"
Showing result 16 - 20 of 56 essays containing the word Gripper.
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16. Comparison of control strategies for manipulating a Hydrobatic Autonomous Underwater Vehicle
University essay from KTH/MekatronikAbstract : This master thesis project is focused on the development of an LQR controller and its comparison with other controllers (PID and MPC), in order to successfully control an Autonomous Underwater Vehicle manipulation system. The modelling of the manipulator was performed first in Matlab and later on in Simulink-Simscape. READ MORE
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17. A Machine Vision System for Robotic Operations Quality Control in an Automated Biological Lab
University essay from Umeå universitet/Institutionen för fysikAbstract : Quality control is a necessity when it comes to automating a biological lab with the help of robotics. Two major quality control objectives are targeted by the research group PharmBio at Uppsala University: (1) barcode recognition and decoding, and (2) determining the position and orientation of microplates relative the gripper at the end of an industrial robot arm. READ MORE
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18. Accuracy and Repeatability of a Robotic Arm
University essay from KTH/MekatronikAbstract : The purpose of this project was to create a model of a robotic arm with 4-DOF equipped with a gripper that is able to move an object to a predetermined area. This thesis investigated the robotic arm’s accuracy by repeating the same predetermined movement and measure the error. READ MORE
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19. Alternative Drill String Handling System for a Mobile Raise Boring Machine
University essay from KTH/Maskinkonstruktion (Inst.)Abstract : The work presented is a master’s thesis at the track Machine Design at KTH Royal Institute ofTechnology. The project was commissioned by Epiroc AB through Svea Teknik AB. Epiroc’s Easer L is a highly versatile and flexible mobile raise boring machine used to drill opening holes and media holes. READ MORE
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20. Closed-Loop Control of a 3D Printed Soft Actuator with Soft Position Sensors
University essay from KTH/MekatronikAbstract : This thesis performs closed-loop control of a 3D printed soft bending actuator with feedback from a 3D printed strain sensor. This process utilizes the Finite Element Method (FEM) to design a bellow type pneumatic bending actuator that can handle pressures up to 4 bar. READ MORE