A robot finger is constructed from the first and the second robot joint structure.

A robotic finger comprises a base joint (10) connected to a base element.

The present invention relates to a robot finger structure that enables an adaptive motion with varying movements of joints depending on the contact with an object.

A robot finger is constructed from the first and the second robot joint structure.

A first finger and second finger are arranged away from each other on a drive shaft of the robot device.

The construction above realizes smooth joint movement and can provide the robot joint structures and robot finger with increased holding force.

Tactile robot finger outperforms humans in identifying textures

A robot device for delivering and receiving an object by rotating a finger by a predetermined angle, the finger having holding means for holding the object.

A robotic finger comprises a base joint (10) connected to a base element.

The test robot may also have a control unit controlling the first robotic unit, the second robotic unit, the first plurality of finger units, and the second plurality of finger units.

A first robot joint structure (α) has an intermediate hand member (30) and a base joint member (40) pivotally connected to the intermediate finger member (30) through a hinge (31).

The first finger acts as a primary of a transformer, and the second finger acts as a secondary of a transformer, when an RF signal drives to the first finger.

The die assembly may include a finger die (315), an encapsulation die (410), a forming die (420), and a chilling die (430).

In robot mode, the character will follow your finger in all directions.

We can use the robot in place of our dead relatives.