The objective of this project was to find and analyse the working-area, mobility, and required torque for the actuator of two different haptic robot models. The models were built in the computer program Adams. Adams was used to do all the tests and analysis. To describe the working-area a varying force were imposed that dragged the robots TCP (Tool Centre Point). This showed that Tau model 2 had a somewhat longer reach than model 1 but that model 1 had a larger working-area in the vertical level. To investigate the mobility of the robots, a cube formed space in the working-area was defined where the robots should have maximum mobility. The TCP were positioned in each of the eight corners of the cube and forced to rotate in all three axis un...
With the ever-growing market of six-axis robots in the previous years, many different kinds of robot...
This master thesis report is focused on the development and study of a tendon driven soft actuator f...
The purpose of this thesis was to design, construct and control a robotic arm with six degrees of fr...
The objective of this project was to find and analyse the working-area, mobility, and required torqu...
This thesis considers new ways of motion tracking and the usage of haptic feedback. The purpose is t...
The haptic device recreates the sense of touch by applying forces to the user. Since the device is “...
This thesis describes the main work that I have done on my final MSc. project at Delft University of...
The thesis presents an optimally designed kinematic structure for a new 6-DOF haptic device based on...
Haptics technology has increased the precision and telepresence of the teleoperation and precision o...
This study was conducted with the objective of predicting the accuracy of robotic manipulator models...
In our modern society, the usage of robotic arms are increasing. Much of the work in the industry is...
At the department Precision and Microsystems Engineering, currently a project is running to design a...
This paper looks at all aspects of developing a robotic arm and hand that consists of five fingers w...
Robots are increasingly being used in personal households for service-related tasks such as floor cl...
This project will research if haptic technology can be an alternative way to control remote machines...
With the ever-growing market of six-axis robots in the previous years, many different kinds of robot...
This master thesis report is focused on the development and study of a tendon driven soft actuator f...
The purpose of this thesis was to design, construct and control a robotic arm with six degrees of fr...
The objective of this project was to find and analyse the working-area, mobility, and required torqu...
This thesis considers new ways of motion tracking and the usage of haptic feedback. The purpose is t...
The haptic device recreates the sense of touch by applying forces to the user. Since the device is “...
This thesis describes the main work that I have done on my final MSc. project at Delft University of...
The thesis presents an optimally designed kinematic structure for a new 6-DOF haptic device based on...
Haptics technology has increased the precision and telepresence of the teleoperation and precision o...
This study was conducted with the objective of predicting the accuracy of robotic manipulator models...
In our modern society, the usage of robotic arms are increasing. Much of the work in the industry is...
At the department Precision and Microsystems Engineering, currently a project is running to design a...
This paper looks at all aspects of developing a robotic arm and hand that consists of five fingers w...
Robots are increasingly being used in personal households for service-related tasks such as floor cl...
This project will research if haptic technology can be an alternative way to control remote machines...
With the ever-growing market of six-axis robots in the previous years, many different kinds of robot...
This master thesis report is focused on the development and study of a tendon driven soft actuator f...
The purpose of this thesis was to design, construct and control a robotic arm with six degrees of fr...