The jig grips the container screw thread hole (3) of the container (2), e.g. a barrel, by a sensing grip (15) on a robot assembly to align it with the axis of the hole. A robot support arm (5) with vertical and horizontal servo drives moves the screw closure (6) or cap into the fitting position to enable a servo drive on the robot assembly to secure the closure. The whole system self-aligns with the hole axis using the sensor grip position. Displacement sensors, on the robot assembly, monitor the position of the closure and the hole and ensure an accurate and rapid fitting of the closure. ADVANTAGE - Self-aligning closure fitting
The description relates to a process and a device or a tool for the fully automatic assembly of hose...
The objective of the research work carried out was the development of techniques useful in automated...
Modern industrial robots are traditionally programmed to follow desired trajectories, with the only ...
WO 8807440 A UPAB: 19930923 At the end of a support (1) for a robot arm is a hinged connection (7) f...
This letter addresses the assembly of rounded parts with and without threads, which is considered as...
The function of the device is to assemble sectional seals. The device is therefore connectable to a ...
The construction of an adaptive, pneumatic gripper is presented. The gripper can be used in the prec...
Workpieces to be handled by the industrial robot are grasped and conveyed by gripper jaws. Flexible ...
The jig is positioned on the support by an industrial robot or manipulating machine. It comprises a ...
Precision adjustment device, in particular for assembly tasks in microoptics and micromechanics, con...
Purpose. Design, manufacture and test the assembly tools for the self-drilling screws. Devices meet...
The drive has a liftable driven wheel (3), which is associated with a wheeled frame (2) supporting t...
The search for a flexible automatic assembly machine for industry has involved researchers in the qu...
A part device is used for gripping (1) and pre-adjustment is carried out of a part device for disman...
In order to reliably grip parts of different thicknesses with relatively low effort and with a low-w...
The description relates to a process and a device or a tool for the fully automatic assembly of hose...
The objective of the research work carried out was the development of techniques useful in automated...
Modern industrial robots are traditionally programmed to follow desired trajectories, with the only ...
WO 8807440 A UPAB: 19930923 At the end of a support (1) for a robot arm is a hinged connection (7) f...
This letter addresses the assembly of rounded parts with and without threads, which is considered as...
The function of the device is to assemble sectional seals. The device is therefore connectable to a ...
The construction of an adaptive, pneumatic gripper is presented. The gripper can be used in the prec...
Workpieces to be handled by the industrial robot are grasped and conveyed by gripper jaws. Flexible ...
The jig is positioned on the support by an industrial robot or manipulating machine. It comprises a ...
Precision adjustment device, in particular for assembly tasks in microoptics and micromechanics, con...
Purpose. Design, manufacture and test the assembly tools for the self-drilling screws. Devices meet...
The drive has a liftable driven wheel (3), which is associated with a wheeled frame (2) supporting t...
The search for a flexible automatic assembly machine for industry has involved researchers in the qu...
A part device is used for gripping (1) and pre-adjustment is carried out of a part device for disman...
In order to reliably grip parts of different thicknesses with relatively low effort and with a low-w...
The description relates to a process and a device or a tool for the fully automatic assembly of hose...
The objective of the research work carried out was the development of techniques useful in automated...
Modern industrial robots are traditionally programmed to follow desired trajectories, with the only ...