12-12-2011, 04:04 PM
Scientists have designed two robots that can not only search little insects, but can also process them for filling their stomach. Both the programs illustrate the same process of Venus Flytraps, who snap-shuts its lips as soon as an a identical rests on its susceptible hair.
The bot designed at Maine has muscle tissue designed for taking its food. They are man-made in dynamics and are created of special jewelry type nanomaterials. The nanomaterials are designed to imitate the muscle tissue that functions inside a flytrap’s lips. The first report about the bot came in the online edition of the paper “Bioinspiration and Biomimetics”. According to them, an ionic polymeric precious steel blend is used in the of it. This blend has a unique folding function in the use of an electrical area. This function is applied to create it entice the a identical, just like the way the flytrap’s lobes develop and contract to catch its food. All this can be done only in the use of an electrical area. The indicator hair are created out of the ionic precious steel blend and two simply actually leaves were also designed using a plastic membrane layer protected with jewelry electrodes. As shown in the figure above, these two simply actually foliage is again connected to a birdwatcher electrode and stays for its food. When an a identical rests on top of the indicator hair, it feelings it and delivers a transmission to the lobes to take it. The lobes take towards each other in a fast speed and thus records it.
The bot designed at Seoul is designed in the identical way as a mouse entice. It involves a pair of rises created out of as well as materials. As soon as an a identical rests on top of the spring, it sontracts and draws the as well as fibre simply actually leaves together. Thus, the food is found.
Both the programmers are trying to create some further improvements by moving the dead a just like some little gut for digestive function and fat generation. If this research becomes successful, not only will they develop a bot that can search and wipe out, but also produce one that can turn its result into something useful.
The bot designed at Maine has muscle tissue designed for taking its food. They are man-made in dynamics and are created of special jewelry type nanomaterials. The nanomaterials are designed to imitate the muscle tissue that functions inside a flytrap’s lips. The first report about the bot came in the online edition of the paper “Bioinspiration and Biomimetics”. According to them, an ionic polymeric precious steel blend is used in the of it. This blend has a unique folding function in the use of an electrical area. This function is applied to create it entice the a identical, just like the way the flytrap’s lobes develop and contract to catch its food. All this can be done only in the use of an electrical area. The indicator hair are created out of the ionic precious steel blend and two simply actually leaves were also designed using a plastic membrane layer protected with jewelry electrodes. As shown in the figure above, these two simply actually foliage is again connected to a birdwatcher electrode and stays for its food. When an a identical rests on top of the indicator hair, it feelings it and delivers a transmission to the lobes to take it. The lobes take towards each other in a fast speed and thus records it.
The bot designed at Seoul is designed in the identical way as a mouse entice. It involves a pair of rises created out of as well as materials. As soon as an a identical rests on top of the spring, it sontracts and draws the as well as fibre simply actually leaves together. Thus, the food is found.
Both the programmers are trying to create some further improvements by moving the dead a just like some little gut for digestive function and fat generation. If this research becomes successful, not only will they develop a bot that can search and wipe out, but also produce one that can turn its result into something useful.