It may work, but do not expect output would be greater than input. Focus on whether you can develop your invention into any commercial product just as I mentioned in my last post.why this should not work?
It may work, but do not expect output would be greater than input. Focus on whether you can develop your invention into any commercial product just as I mentioned in my last post.why this should not work?
It may work, but do not expect output would be greater than input. Focus on whether you can develop your invention into any commercial product just as I mentioned in my last post.
If I am understanding this correctly, the weight in each of shake lights will move quickly in the direction of the low side when the balance arm passes center. The effect of that is that the weight on the upper arm moves toward the pivot and the weight on the lower arm moves away from the pivot. That means that the arm is no longer balanced and it will require more energy input from the motor to raise the arm back to the horizontal position each half cycle. This is not a frictional loss, it is a clear and easily calculated mechanical loss that cannot be reduced without reducing the motion of the shake weights (and therefor the energy they produce.)...
There may be friction loss but it will be negligible and there will be no effect on the entire system due to this loss.
So my earnest request to all of great folks that reconsider about this design.
Why are you bothered output be greater than input?Dear Sir,
I'm not shaking flashlight but I'm shaking the seesaw system and this seesaw will work to shake equally of all attached flashlights.so why there is no more output than input.
It is not only a matter of physics law that it is breaking the law but also a matter of 'common sense'.
Dear Sir,
I'm not shaking flashlight but I'm shaking the seesaw system and this seesaw will work to shake equally of all attached flashlights.so why there is no more output than input.
It is not only a matter of physics law that it is breaking the law but also a matter of 'common sense'.
See Post # 103 for an explanation. The more flashlights the more load on the motor, since the see-saw will be more imbalanced with each light you add.
If a single human operator is involved, a maximum of 50-60W.Dear Sir,
can you please tell me how much energy is required to shake a flashlight in watts so that I can tell you that what I want to explain.
Dear sir,If a single human operator is involved, a maximum of 50-60W.
Dear sir,
you have understood it wrong and the mechanism of seesaw system .we are only shaking this seesaw TOWARDS 2 TO 3 CENTIMETER in horizontal left and right direction and flashlights are attached with this seesaw . you can imagine it the we are only shaking seesaw system AS ATTACHED FLASHLIGHTS ARE NOW PARTS OF THIS SYSTEM. so there is a very very less mechanical loss.
if this seesaw is shaking with the equal power of a single flashlight then why shouldn't be output greater than input as EACH FLASHLIGHT IS GETTING EQUAL FORCE TO SHAKE AND IF NOT THEN WE ARE BREAKING THE PHYSICS LAW .
YOU CAN DO IT BY USING A SIMPLE SCALE AND ATTACH SOME WEIGHT ON IT AND YOU WILL FEEL THAT THERE IS NO MUCH FORCE REQUIRED TO SHAKE IT.
I'm asking you about the magnetic induction based flashlight TORCH that are used in houses .
Well, tell me from where the force is coming from? What is the source of the force for shaking the flash light?Dear sir,
YOU WILL FEEL THAT THERE IS NO MUCH FORCE REQUIRED TO SHAKE IT.
I"m facing only problem of Neodymium magnets to build it as I don't have these magnets otherwise I can build it in a day and prove my concept.
Dear sir, there is no such thing as a system with moving parts that has no mechanical loss. Ignoring it will not make it go away.Dear Sir,
you are taking it in wrong direction .There is no mechanical loss in this design .can you please tell me how much energy is required to shake a flashlight in watts so that I can tell you that what I want to explain.
Ignoring it will not make it go away.
If we assume you got rid of all frictional losses, how do you develop more power then what you put in? Moving a magnet past a coil of wire is still going to have an opposition to that movement, and the more electrical load you put on that coil of wire the more opposition it will have - that is how the mechanical energy is converted into electrical energy.Dear sir,
you have understood it wrong and the mechanism of seesaw system .we are only shaking this seesaw TOWARDS 2 TO 3 CENTIMETER in horizontal left and right direction and flashlights are attached with this seesaw . you can imagine it the we are only shaking seesaw system AS ATTACHED FLASHLIGHTS ARE NOW PARTS OF THIS SYSTEM. so there is a very very less mechanical loss.
if this seesaw is shaking with the equal power of a single flashlight then why shouldn't be output greater than input as EACH FLASHLIGHT IS GETTING EQUAL FORCE TO SHAKE AND IF NOT THEN WE ARE BREAKING THE PHYSICS LAW .
YOU CAN DO IT BY USING A SIMPLE SCALE AND ATTACH SOME WEIGHT ON IT AND YOU WILL FEEL THAT THERE IS NO MUCH FORCE REQUIRED TO SHAKE IT.
I'm asking you about the magnetic induction based flashlight TORCH that are used in houses .
but I am a Physicists.
He never said he was an English majorCan you spell physicist? :huh:
He never said he was an English major