The principle of inserting a thin folded tube without friction has been around for at least half a billion years.hutchphd said:Summary:: I am totally surprised by the simplicity and potential utility of this soft robot.
How long has this been around? I want to build one today.
"When the trigger is activated, the tubule shaft of the cnidocyst is ejected and, in the case of the penetrant nematocyst, the forcefully ejected tubule penetrates the target organism. This discharge takes a few microseconds, and is able to reach accelerations of about 40,000 g.[1][2] Recent research suggests the process occurs in as little as 700 nanoseconds, thus reaching an acceleration of up to 5,410,000 g.[3]"Baluncore said:The principle of inserting a thin folded tube without friction has been around for at least half a billion years.
The nematocysts of jellyfish or sea anemonies are examples. Barbs and toxin on the inside become external after the explosive deployment.
https://en.wikipedia.org/wiki/Cnidocyte#Structure_and_function
Start your experiments with a bicycle inner tube and compressed air.
The deformation would be something to see in a high-speed imaging of that!DaveE said:...thus reaching an acceleration of up to 5,410,000 g.[3]
Here are the best pictures. All the numbers are well off the normal scale.Tom.G said:The deformation would be something to see in a high-speed imaging of that!
A Tube Robot is a specialized robot designed to assist with tasks involving tubes, such as moving, sorting, and organizing them. It is equipped with sensors, cameras, and mechanical arms to accurately and efficiently handle tubes.
The Tube Robot uses its sensors to detect and identify tubes, then its mechanical arms and grippers to pick them up and move them to the desired location. It can be programmed to perform specific tasks or controlled remotely by a human operator.
A Tube Robot can be used in various industries, such as pharmaceuticals, biotechnology, and manufacturing, to automate tube-related tasks. It can also be used in research laboratories to assist with experiments and sample handling.
Yes, the Tube Robot is designed to be user-friendly and easy to operate. It can be programmed using a computer or controlled using a remote control. Some models also have a touchscreen interface for easy navigation and programming.
Yes, the Tube Robot can be customized and programmed for specific tasks and environments. It can be equipped with different types of grippers and sensors to accommodate different sizes and types of tubes. Additionally, its programming can be tailored to meet the specific needs of the task at hand.