Separator-Based Motion System for Cyclical Energy Release

A mechanical motion system, comprising:

• a base;
• a plurality of poles extending from the base;
• a moving platform configured to travel along the poles;
• a lower force-generating element positioned to apply upward force to the moving platform;
• an upper force-generating element configured to apply downward force to the moving platform;
• a separator positioned between the lower force-generating element and the moving platform;
• and
• an energy extraction mechanism connected to the moving platform and configured to generate rotational or electrical output;
• wherein the separator temporarily blocks force transfer from the lower force-generating element, and releases stored energy when removed.

A method for generating and repeating mechanical or electrical energy cycles, comprising:

• positioning a moving object along a pole with a force-generating element beneath or behind it and a movable separator between them, the moving object comprising either an integrated weight or a propulsion source configured to move the object in the absence of gravity;
• permitting the moving object to descend or traverse under gravitational, spring-based, or magnetic repelling force;
• blocking force transfer from the force-generating element using the separator;
• compressing the force-generating element by motion of the moving object;
• releasing the separator to permit sudden expansion of the force-generating element and upward or return motion of the platform;
• driving an output device connected to a moving component of the system, including the moving object or a spring platform, to generate mechanical work or electric power;
• repeating the cycle by allowing the platform to return under gravity, spring rebound, or magnetic repulsion to the compression position;
• and
• resetting the separator using energy stored or harvested from prior motion or via external input including electronic, magnetic, or mechanical actuation to enable continuous or controlled repetition.