Lever-type mechanical oscillating device

Abstract

The invention discloses a lever-type mechanical oscillating device. The lever-type mechanical oscillating device includes a base and at least one energy collecting device, the base is provided with alever, and the two tail ends of the lever are pivotally connected with first oscillating rods and second oscillating rods, wherein weights are arranged at the tail ends of the first oscillating rods,and first springs are connected between the first oscillating rods and the second oscillating rods; second springs are connected between the second oscillating rods and the lever, and motors are separately arranged on the first oscillating rods and the lever for separately pulling the second oscillating rods to oscillate, so that the first springs and the second springs are able to form a stretched or compressed state, and then the centers of gravity of the two ends of the lever are changed to form up and down oscillation; and the energy collecting devices are used for being connected to the lever, and when the lever is oscillating, the energy collecting devices can be driven to collect energy.

Description

technical field [0001] The invention relates to a lever type mechanical swing device with simple structure and convenient operation. Background technique [0002] In recent years, the current power supply mainly uses fixed-point centralized large-scale power plants to generate electricity by using thermal power, nuclear energy, wind power, and hydraulic power, and then transmits power to every place that needs electricity through relay substations. . However, using thermal power and nuclear power to generate electricity requires the exploitation of fuel energy, which causes great pollution to the environment after use. If wind power and hydropower are used to generate electricity, they are easily affected by weather changes and cannot provide stable power supply, and the conversion efficiency is not good, and , the cost of erecting and maintaining relay substations is high, and power is easily lost and wasted during transmission. [0003] In addition, whether the above-men...

AI Technical Summary

Problems solved by technology

However, using thermal power and nuclear power to generate electricity requires the exploitation of fuel energy, which causes great pollution to the environment after use. If wind power and hydropower are used to generate electricity, they are easily affected by weather changes and cannot provide stable power supply, and the conversion efficiency is not good, and , the cost of erecting and maintaining relay substations is quite high, and power is easily lost during transmission, resulting in waste

[0003] In addition, whether the above-mentioned methods of using "wind power", "solar power", "hydraulic power" or "geothermal" to generate energy are all subject to regional restrictions; for example, in some areas, the wind power is not strong all year round, so wind power cannot be used Similarly, the climate in certain areas is rainy all year round, so solar energy cannot be used naturally; and hydropower and geothermal energy need some unique areas to exist, and cannot be effectively applied to all regions of the world

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