Distributed Gravity Superposition Energy Collection And Power Generation Device

A distributed gravity superposition energy collection and power generation device, comprising a gravity pressing mechanism, a multi-level lever conversion mechanism, and a central rotating shaft, wherein:

• the central rotating shaft is fixed with a steering wheel, and the steering wheel is connected with a push-pull rod;
• the central rotating shaft is cooperated with a rotating bearing, and the rotating bearing is located at a center of the multi-level lever conversion mechanism;
• the gravity pressing mechanism comprises at least a first gravity body and a second gravity body;
• the first gravity body and the second gravity body are located on an upper part of the multi-level lever conversion mechanism, and are vertically connected to the central rotating shaft through a first rotating shaft push rod and a second rotating shaft push rod respectively via bearings;
• the multi-level lever conversion mechanism comprises load-bearing pressing plates, a first load-bearing bracket, a second load-bearing bracket, and a third load-bearing bracket arranged from top to bottom;
• the first gravity body and the second gravity body are located on the load-bearing pressing plate;
• the load-bearing pressing plate is fixed with spring pins, and the first load-bearing bracket is provided with pin holes;
• each of the spring pin is sleeved with a spring and inserted into the pin hole;
• the second load-bearing bracket is provided with pressure-bearing rods, and each of the pressure-bearing rod is sleeved with a lever reaction plate;
• an upper part of the lever reaction plate is flush with the load-bearing pressing plate, and a bottom of the lever reaction plate is provided with pull rope holes for pull ropes to pass through;
• the third load-bearing bracket is provided with output bearing seats, and each of the output bearing seat is provided with an output rotating shaft;
• a middle of the output rotating shaft is fixed with a pull rope connecting rod, and the pull rope passes through a tight hoop on the pull rope connecting rod;
• the pull rope connecting rod is hooked with a tension spring at a bottom of the third load-bearing bracket, and the other end of the tension spring is connected to a third load-bearing bracket crossbar;
• an outer port of the output rotating shaft is connected to a coupling, and power is transmitted outwardly through the coupling.