In another example of unsettling biomimicry, engineering researchers at the University of New South Wales in Sydney were inspired by the trunk of an elephant and designed to look like it. Robotic tongue Which can wrap itself around it like a snake and hold objects firmly.
Biomimicry is an engineering approach that draws inspiration from the natural world around us, rather than trying to recreate the cycle for machinery and robots. Mother Nature has spent millions of years completing its design through a slow process of adaptation and evolution, resulting in plant and animal life adapting to the unique terrain and landscapes of our planet. That’s why one of the most advanced robotics design companies on the planet, Boston Robotics, created it. Spots to look and act like a dog, And her Atlas for moving forward like a human Parkster Master.
This is why researchers at New South Wales University S or UNSW researchers were inspired by animals such as snakes and elephants to help create flexible robotic grippers made of soft fabric that can wrap around objects so they can hold them safely and Can provoke. Process. An elephant’s trunk may have amazing skills, as well as as many as 40,000 muscles used to manipulate millions of nerve endings in its long spell, to know how much pressure it can apply to what it feels.
Grippers don’t have as many muscles as an elephant’s trunk, zero – to be exact – but instead it depends on the material that makes their structure rigidly flexible, as is heating and cooling. Applied, and by throwing away fabrics with various heat-sensitive properties, the artificial trunk can draw itself. The gripper also includes a real-time force sensor, which is 15 times more sensitive than the previous applications of the Technol previous G, the robot knows by its own experiences when a gentle grip is needed. While the gripper is an excellent example of biomimicry, it has also been developed as an alternative to the more traditional robot grippers designed to function like a human hand using multiple fingers that can bend with limited mobility.
G / O media can get commission
As much as we like to think we, As human beings, Representing Mother Nature’s finest design, this gripper’s ability to wrap perfectly around an object object like a handle improves surface contact and increases its holding force, making it difficult for anything under weight to accidentally slip out of the gripper’s grip. The design also improves where these gripper objects can hold objects, which is advantageous to those who have never lost anything in the cracks next to the car seat. Its ability to manipulate and harmonize manually in tight spaces inside a compressed tube offers some interesting possibilities in real-world applications used for invasive medical procedures, believing that this technique can be minimized.
Researchers are hopeful that their robot-trunk will last as long as a year and that they will find an “industry partner” who can help them solve production issues. Who will buy it? Apart from industrial and medical use, imagine a tool that recovers French fries that are easily dropped while you are driving? Someone will make a small fortune out of this thing.
.
