Thursday , August 11 2022

These electronic gloves can make a person feel robotic



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Boston: Stanford scientists have developed an electronic gloves sensors, which make robotic arm feel the sense and dexterity of a person in one day.

In a study published in the journal Science Robotics, researchers have shown that sensors work best to keep the robust hand from delicate fruit and not to squeeze the ping-pong ball.

"This technology puts robots in the sensory capabilities found in the human body in one day," says Jenan Bao of the Stanford University in the United States.

Sensors at the fingertips measure the intensity and direction of the pressure simultaneously, and have two attributes for reaching the hand, says researchers.

They still need to improve the technology for managing these sensors automatically, but the robot may not catch or shove the egg between his hand and fingers.

Electronic gloves indicate that the human skin layers work together, and they provide excellent hand feel.

human being similarity

The outer layer of our skin is supplemented by sensors to detect pressure, heat and other stimuli, researchers say. Our fingers and palms are particularly sensitive to touch sensors.

Ph.D. Clementine Boutry and Master Marc Negre supervised the development of this human mechanism for the development of electronic sensors.

Each of the robot gloves has three flexible layers that work.

The upper and lower layers are electrically active. Each of the researchers put the grid on both sides of the grid as rows in the field, making these strings perpendicular to one another to create a sophisticated pixel set.

They also made a low-rise spinose-shaped scaly.

In order to test their technology, researchers placed the three-layer sensors on the fingers of rubber gloves and put the gloves in the robot's hands.

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Ultimately, the goal is to place the sensors on the skin for robotic handkerchiefs.

In one experiment, they designed the robotic hand gloves to hold the berry without damaging the program. The gloves were also strong enough to lift the ping-pong and grab it and use the sensor to hold the ball.

During proper programming, the robotic arm that supports the current touch gloves could execute the recurring task, lifting the egg from the conveyor belt and placing them on the cardboard.

Technology can also be used in robotic surgery.

However, the ultimate goal is to develop an advanced version of the glove that automatically uses the correct amount of power to control the object without preliminary programming.

"We can program robots manually to avoid touching raspberries, but it's a long way since we can not get raspberries and robots," Bao says.

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