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  • Sensor based fine motion control : [doctoral thesis]
    Klomp, Cornelis
    Fine motion is characterized by interacton between the robot and the environment. Examples of fine motion tasks are: spot welding, assembly, contour tracking and repair and maintenance tasks. The ... research has been focused on fine motion control of robots for flexible assembly. For many assembly tasks, the required positioning accuracy exceeds the effective accuracy of the flexible assembly cell. During assembly tasks, the exerted force rather than the object position is the most important parameter. By incorporating this force in the control loop, the robot can be made to 'feel' the evironment. In addition to force sensors, tactile image sensors which generate an image of the contact area between an object and the gripper can be applied. This image can be used to determine which object has been grasped, whether the object is stable and the relative position with respect to the gripper fingers. The contemporary industrial control systems are not suited for research purposes. Therefore a new transputer base control system has been developed with the focus on modular design, real-time properties and interacting capabilites. Experiments have shown that this control system can be applied successfully to a wide variety of fine motion applications.
    Vrsta gradiva - disertacija
    Založništvo in izdelava - Delft : [C. Klomp], 1994
    Jezik - angleški
    ISBN - 90-900-7162-8
    COBISS.SI-ID - 26700549

Nobena knjižnica v sistemu COBISS.SI nima izvoda tega gradiva.
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