12 times more output than input, dual mechanical oscillation system !

[sm0ky2]

want it to keep swinging?
How about rotate it a full circle? (Ohh! Look we get an 'up' stroke!)
Now we can attach a flywheel to conserve some energy losses, and ....


This is a pump jack

[sm0ky2]

Now ONLY swing the pendulum on the TOP side of the circle


does your device weight LESS at top dead center for a moment?

[sm0ky2]

Please get back on topic!!!!

https://china.org.ru/product/ru/62205744356?ysclid=lg511dqnjy789902045

The topic is the physics of pendulums and levers.
A science that has been extensively studied for over 7500 years.


Archimedes principles of leverage have been more than sufficiently accurate for all of our known modern era.


To be more specific: the topic is a manual version of the Pump Jack
This is the primary pump used worldwide for the harvesting of water and petroleum.
This consists of a pendulum (or equivalent weighted flywheel), and a lever.
Rotational momentum is converted into linear motion to drive the pump.


There is less energy output than was put into the system,
essentially making this topic one of a theological nature.

[Cloxxki]

A floppy lever that makes a weak input, if frequent enough, do little bit of heavy lifting.
It's a religion more than a science. No-one ever saw it produce net energy, no matter how complex it was built.
Just a nice pump, and kind of fun. Invented by somehow who doesn't trusted his own math, or couldn't do measurements.

[Willy]

Levers and flywheels certainly are useful.