In automated processes for production and manipulation of objects
robots with mechanical grippers as End-effectors are used in a variety
of industrial applications. Due to varying geometric shapes, sizes and
masses of objects gripped, the requirements become increasingly
challenging. Dealing with a pneumatically driven gripper it will be
shown, that the consideration of sophisticated requirements is possible
throughout the synthesis and analysis procedures. The results of a
dynamic interactive approach are compared with those of a multicriteria optimization.
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In automated processes for production and manipulation of objects
robots with mechanical grippers as End-effectors are used in a variety
of industrial applications. Due to varying geometric shapes, sizes and
masses of objects gripped, the requirements become increasingly
challenging. Dealing with a pneumatically driven gripper it will be
shown, that the consideration of sophisticated requirements is possible
throughout the synthesis and analysis procedures. The results of a
dynamic intera...
»