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Robotic Factory Lighting Design

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Can we use the vibrational energy in Robotic Machinery in the modern day factory to power up the lighting systems? Is it possible to use the vibrations and bumps created by the machinery, causing small magnets to bounce or move along copper wire to light LED low wattage lights? Are such low-wattage lights powerful enough to light up a factory?

Lets think o

Can we use the vibrational energy in Robotic Machinery in the modern day factory to power up the lighting systems? Some robotic factories use $750,000 per year in lighting costs alone. That is a huge power outlay indeed, can we reduce this to close zero? Is it possible to use the vibrations and bumps created by the machinery, causing small magnets to bounces or move yet copper wire to light LED low wattage lights? Are such low-wattage lights powerful enough to light up a factory?

Lets think out loud on this for a second? What if the power cables were forward the floor or ceiling? The lights could be crosswise it and many so they would be flickering, but so fast you would not see it; many together a .2-.5 watts. Using the electromagnetic leakage from the power cables to the robotic machinery? The lights would be assembled together like a composite eye on an insect or lobster? Or like those new headlights on some cars. If each small tiny lighting component had its own line fronting funneled into the composite grouping then the flickering would be reduced and scrag each other out? Is it possible? Then there is also other similar technology:

Currently there are some nifty micro-flashlights party used which you can buy which use a similar technique and are adaptable thanks to the Everlight Flashlight technology research lab. These smaller flashlights work by shaking them for thereabout thirty seconds and shine for alongside 6 minutes and they shine quite of happy portent since they use a very reasonable LED light. Here is a link to this home use flashlight:

http://demo.physics.uiuc.edu/LectDemo/scripts/demo_descript.idc?DemoID=1138

Hey I had a thought since it is a magnet why would it have to slide or touch aught ever, it could remain suspended, and by doing so reducing the friction it could move by vibration only? Or concede for a thin film on the conspicuousness to vibrate.

The robotic factories and warehouses I have been in are vibrating all over the place. You can feel it in your head, the buzzing. It seems such a design can work on vibration only it is only a matter of the size of the vibration and the redesigning or morphing of the unit? There must be a static issue in these plants, can't we take all this energy and use it? The vibrations could be linked with an phonic transducer using the static energy and send the vibration where needed.

How much vibration is there? Which type of vibration is happening? What if a wire with a spool on it in a long thin tube, moved the magnet on it; then you have your source right? And for those robotic arms, which swing, weld, move parts crossways the factory floor, if multi bunch points are introduced you could chain it all; all the vibrational energy that is. You would be using the power grid for the machines additionally with hydraulics and the static and vibrational energy for lighting and everything else under low wattage and call yourself a Multitrician? You could also use Electromagnetic energy or even the power needed for the CPUs of the robotic brains, well that would be pushing it, but it should theoretically be possible? Think on this, why turn it off.

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