If we are imagining a future with robots living with us then there are certain things that we need to be careful off. One of which is how to avoid ourselves getting our bones fractured from their hard and metallic terminator like body?
Technological advancement has led the transformation of robots from industrial machines to humanoids that are expected to interact with humans on every day basis.
Electronic skin for interactive robots:
There lies a huge potential in pursuing the idea of flexible electronics that could stir revolution in the field of robotics and prosthetics. The objective is to transform how robots interact with the living objects and the environment.
The solution to avoid robots crushing us is the tactile and electron skin. The tactile skin also called as conformable electronics will make robots more flexible.
Tactile and electronic skin:
Since 1980s, tactile sensing has been in study to make robot adapt the human sense of touch. Tactile sense is one of the five senses that human body possesses. It is the sense of touch highly prevalent on the skin. Therefore, tactile skin or the electronic skin will help robots to measure the force of their handshakes with humans.
The creation of electronic skin requires the distribution of electrons on movable components and non-planar surfaces. Moreover, with the help of smart engineering this electronic skin can be made. It will be prepared from flexible materials that are incorporated with sensors that are present in structure of human skin. Huge developments have made in creating stretchable and flexible electronics. Up till now many versions of electronic skins have created. But these versions have their own weakness of being fragile due to lose chemical bonds.
The newer version of electronic is much stronger as it is lined with silver particles that magnifies the mechanical strength and stabilized the chemical properties. Above all, this new electronic skin is recyclable too.
https://www.tandfonline.com/doi/pdf/10.1080/01691864.2015.1095653?needAccess=true
https://www.livescience.com/61740-electronic-skin-robots.html
Technological advancement has led the transformation of robots from industrial machines to humanoids that are expected to interact with humans on every day basis.
Electronic skin for interactive robots:
There lies a huge potential in pursuing the idea of flexible electronics that could stir revolution in the field of robotics and prosthetics. The objective is to transform how robots interact with the living objects and the environment.
The solution to avoid robots crushing us is the tactile and electron skin. The tactile skin also called as conformable electronics will make robots more flexible.
Tactile and electronic skin:
Since 1980s, tactile sensing has been in study to make robot adapt the human sense of touch. Tactile sense is one of the five senses that human body possesses. It is the sense of touch highly prevalent on the skin. Therefore, tactile skin or the electronic skin will help robots to measure the force of their handshakes with humans.
The creation of electronic skin requires the distribution of electrons on movable components and non-planar surfaces. Moreover, with the help of smart engineering this electronic skin can be made. It will be prepared from flexible materials that are incorporated with sensors that are present in structure of human skin. Huge developments have made in creating stretchable and flexible electronics. Up till now many versions of electronic skins have created. But these versions have their own weakness of being fragile due to lose chemical bonds.The newer version of electronic is much stronger as it is lined with silver particles that magnifies the mechanical strength and stabilized the chemical properties. Above all, this new electronic skin is recyclable too.
https://www.tandfonline.com/doi/pdf/10.1080/01691864.2015.1095653?needAccess=true
https://www.livescience.com/61740-electronic-skin-robots.html
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