نتایج جستجو برای: scara robot

تعداد نتایج: 106825  

2005
Alessandro Tasora Paolo Righettini Steven Chatterton

This work describes the development of the GRANIT parallel-kinematic robot. The robot endorses a multifunctional end effector, a stiff and precise device aimed at the assembly of heating coils for hairdryers. Such assembly task require repeatability and releability, therefore we developed a custom manipulator which has 4 degrees of freedom like a SCARA robot, although offering a superior rigidi...

Journal: :Mechanism and Machine Theory 2021

• New geometric vector modelling of SCARA robot. Definition independent parameters based on robot joints invariants. A direct identification method “Circle Point Analysis”. Improvement the accuracy a (mean transformation error less than 0.03 mm). final compared to first and second-order Denavit–Hartenberg geometrical model. This article introduces new modeling serial kinematic consistent with p...

Journal: :Journal of structural biology 2010
Minghui Hu Martin Vink Changki Kim Kd Derr John Koss Kevin D'Amico Anchi Cheng James Pulokas Iban Ubarretxena-Belandia David Stokes

Membrane proteins fulfill many important roles in the cell and represent the target for a large number of therapeutic drugs. Although structure determination of membrane proteins has become a major priority, it has proven to be technically challenging. Electron microscopy of two-dimensional (2D) crystals has the advantage of visualizing membrane proteins in their natural lipidic environment, bu...

2015
Guilherme Fernandes Leonardo Marquez Pedro Giovanna Pisicchio Zanoni Glauco Augusto de Paula Caurin

Robotic manipulation tasks, particularly in unstructured environments, require detailed information about the manipulator surroundings. Location and form of objects to be manipulated are especially important information. Due to the emergence of RGB-D cameras, e.g. the Microsoft Kinect, the research community w as able to develop important results related to 3D environment mapping, scene segment...

Journal: :International Journal on Design and Manufacturing Technologies 2010

2009
Junji Oaki Shuichi Adachi

The objective of our study is to build a precise model by applying the technique of system identification for the model-based control of a nonlinear robot arm, taking joint-elasticity into consideration. This paper proposes a systematic identification method, called “decoupling identification”, for a serial two-link robot arm with elastic joints caused by the Harmonic drive R © reduction gears....

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