Mark
RoboSnail
by Milan Rafailovich President/CEO of AquaGenesis,
in collaboration with http://www.wellbots.com
Not anymore, not with RoboSnail on the job. The RoboSnail takes
over the job of underwater window cleaning quickly and painlessly. After a
short setup session, RoboSnail crawls around the tank day after day, removing
all trace of algae buildup without ever needing any help. Maintenance is
minimal and only needs doing about once every couple of months.
Not only is RoboSnail good at keeping an aquarium clean, it’s
also an interesting learning tool for robot lovers, especially for those
interested in the practical application of robotics. Watch this window scrubber
and you can learn about some of the most basic and important principles of
robotics in a new and engaging way.
When you start RoboSnail, the first thing it does is to use its sensors to check out the top and sides of the aquarium. Sensors are essential in robotics, because they provide the input needed for the robot to function. Without any way to gather data from the world around it, all a robot can do is to sit – or to blunder around and crash into stuff. RoboSnail uses its sensors to gather information about the aquarium, so that it knows where the top and side edges are.
Once it has determined the lay of the land, so to speak,
RoboSnail puts that information to work by calculating the most effective pattern
to use to clean the glass. You help out a bit here with getting it set up, but that’s
all.
RoboSnail owners can learn a lot about programming robots,
how sensors work, and the process of creating and using search patterns – or,
in the case of RoboSnail, cleaning patterns. RS does it all.
While you are watching this robot go back and forth as it
cleans your aquarium glass, it may really sink in about just how handy a robot
can be, and that it doesn’t have to be complicated to be useful. In many ways
RoboSnail has a lot in common with the robots that beginning enthusiasts build
to see how robots work. Builders try out sensors, search patterns, different
kinds of motors, and they input programs that they hope will make it do what
they want. Sometimes it does and sometimes it doesn’t.
This application gives you a real-life view of how robots
work. For some real fun, try switching it to different sizes and shapes of
aquariums, and watch how it not only registers the new size, it also changes
its cleaning pattern to the most efficient one for the new location. Not only
is it interesting and engaging to watch, it’s also a practical lesson in the
use of artificial intelligence.
Since we have launched Robosnail many aquarium owners have
been relieved from the boring task of aquarium cleaning but there’s a flip side
to that. It seems that some robot enthusiasts are setting up aquariums just so
they can have an excuse to have a RoboSnail of their own!
PS: How do people work with RoboSnail? The video below gives some insight...
PS: How do people work with RoboSnail? The video below gives some insight...
See previous post about RoboSnail: http://classroomrobotics.blogspot.com/2014/09/robosnail-robot-eliminates-dirty-job-of.html
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