Robots are booming as an essential substituent in the field of inspection. In hazardous environments like nuclear waste disposal, robots are really a necessitate one. In a view to meet such demands, this paper presents the seven degree of freedom articulated inspection robot. To design such a robot the kinematic analysis of seven Degree of freedom robot which can inspect the hazardous nuclear w...

At present, the fastener installation in a wingbox facing narrow space must be performed manually. Using robot is an appropriate solution for automatic assembly. However, existing robots cannot meet internal fastening requirements. A new with prismatic joint and four revolute joints (1P4R) was developed to perform positioning operation wingbox. compact arm link designed, mechanical frame struct...

The kinematic mapping x = f(&thetas;) is generally many to one. For nonredundant manipulators, this means that there are a finite number of configurations (joint angles) that will place the end-effector at a target location in the workspace. These correspond to postures of the manipulator, and each configuration lies on a specific solution branch. It is shown that for certain classes of revolut...

Positioning 3R manipulators may have two or four inverse kinematic solutions (IKS). This paper derives a necessary and sufficient condition for 3R positioning manipulators with orthogonal joint axes to have four distinct IKS. We show that the transition between manipulators with 2 and 4 IKS is defined by the set of manipulators with a quadruple root of their inverse kinematics. The resulting co...

Charged particle multiplicities are studied in proton-proton collisions in the forward region at a centre-of-mass energy of √ s = 7 TeV with data collected by the LHCb detector. The forward spectrometer accesses a kinematic range of 2.0 < η < 4.8 in pseudorapidity, momenta greater than 2 GeV/c and transverse momenta greater than 0.2 GeV/c. The measurements are performed using events with at lea...

Constrained multibody systems typically feature multiple closed kinematic loops that constrain the relative motions and forces within the system. Typically, such systems possess far more articulated degrees-of-freedom (within the chains) than overall end-effector degrees-of-freedom. Thus, actuation of a subset of the articulations creates mixture of active and passive joints within the chain. T...

The leg structure with high dynamic stability can make the bionic biped robot have inherent conditions to perform elastic and highly motion. Compared quadruped robot, of is more complex has degrees freedom. This also complicates kinematic modeling. In this paper, kinematics model a established. configuration series parallel hybrid mechanism five active joints six passive joints. spring mass tha...

For the control of robot arm a medical delivery robot, firstly, forward kinematic equations this 7-degree-of-freedom redundant are constructed according to modified D-H method. Secondly, analytical solution inverse kinematics robotic is solved using parameterised angle. Thirdly, simulation experiments were carried out by gazebo and RVIZ in ROS verify correctness process. Finally, Monte Carlo me...