Module for capturing kinetic energy by utilizing single pendulum

Abstract

The invention relates to a module for capturing kinetic energy by utilizing a single pendulum. The module comprises an oscillating bar, a hollow pendulum bob, two magnets and a kinetic energy capturing device. The oscillating bar is used for serving as an element connecting the upper portion and the lower portion. The hollow pendulum bob is located at the tail end of the oscillating bar to enable a whole simple pendulum device to swing and further generate kinetic energy for capturing. The hollow pendulum bob is made of iron. The two magnets are respectively located at the left highest point and the right highest point of the swinging radian of the hollow pendulum bob to absorb the hollow pendulum bob to increase upward swinging force and obtain larger kinetic energy accordingly. The kinetic energy capturing device is located at the upper end of the oscillating bar which is utilized to be connected with the whole pendulum device to capture the kinetic energy produced by the pendulum device. The magnets are added in the simple pendulum device, and a small ball with weight is added in the pendulum bob, so that the simple pendulum swinging amplitude and force are increased, and larger kinetic energy can be obtained. Therefore, the pendulum can have more purposes besides timing.

Description

Technical field [0001] The present invention relates to the movement of a single pendulum, in particular to a module that uses a single pendulum to capture kinetic energy. Background technique [0002] The pendulum was first invented by the Italian scientist Galileo, and later people used it for timing because of its isochronism. Nowadays, clocks that use a single pendulum to time are common on the market, but it is rare to use the kinetic energy generated by the motion of a single pendulum for applications such as power generation or driving devices. figure 1 It is a traditional pendulum. [0003] If you want to use a simple pendulum as the power source of the driving device, it is actually not very effective to capture the kinetic energy generated by the simple pendulum. The general simple pendulum cannot completely swing to the point of 0 degrees and 180 degrees. It will not be the maximum kinetic energy that the pendulum device can obtain, so the effect of using the pendulum t...

AI Technical Summary

Problems solved by technology

[0003] If you want to use a simple pendulum as the power source of the driving device, it is actually impossible to effectively capture the kinetic energy generated by the pendulum. A general pendulum cannot completely swing to the points of 0 degrees and 180 degrees. It will not be the maximum kinetic energy that this pendulum device can obtain, so the effect of using a pendulum to drive the device is not good

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