accumulator

Abstract

The invention aims at providing an energy accumulator which can store originally useless kinetic energy and convert the kinetic energy into auxiliary power. The energy accumulator comprises a braking part, a first planetary gear group, a gearbox, a ratchet device, a second planetary gear group, a compound ratchet and an energy accumulation part. The compound ratchet is composed of a sliding ring, a locating piece and a main ring. The external diameter of the main ring is smaller than the internal diameter of the corresponding position of an accommodating space, the internal diameter of the main ring is larger than the external diameter of the sliding ring, a plurality of outer grooves are annularly arranged at the position of the ring edge of the outer side of the main ring, and a plurality of inner grooves are also annularly arranged at the position of the ring edge of the inner side of the main ring. The outer grooves and the inner grooves are oppositely arranged, the higher side ends of and the lower side ends of both a first inclined plane and a second inclined plane are same in direction, and rolling columns capable of rolling in the outer grooves and the inner grooves are respectively movably embedded in the outer grooves and the inner grooves. In addition, a one-way bearing is further arranged at the joint of a first sun gear and a second planet carrier.

Description

technical field [0001] The invention relates to an energy store. Background technique [0002] In recent years, the international awareness of environmental protection has been on the rise, and the green trend has come and gone one after another. The impact of human activities on the atmosphere has been recognized as a potential damage to the earth. The atmosphere surrounding the earth is mainly composed of nitrogen [78.08%], oxygen [20.95%] and some trace gases [0.97%]. [0003] More than 20 of these trace gases belong to the so-called "greenhouse gases", the most important of which is naturally occurring carbon dioxide [CO2]. 2 ], ozone [O 3 ], methane [CH 4 ], nitrous oxide [N 2 O], and anthropogenic chlorofluorocarbons [CFCs]. [0004] Although the greenhouse effect of most greenhouse gases is stronger than that of carbon dioxide, due to the high content of carbon dioxide in the atmosphere, carbon dioxide has the greatest impact on global warming, accounting for abo...

AI Technical Summary

Problems solved by technology

[0014] Although the existence of the brake recharging mechanism can effectively improve the battery life, it is undeniable that the efficiency of the brake recharging machine is not high enough to improve the battery life more effectively, and it cannot reduce the energy consumption of the vehicle. Moreover, Most importantly, it cannot be applied to non-electrically driven vehicles

[0015] Because non-electrically driven vehicles are still the mainstream of transportation in the world, they are only applied to electric vehicles and cannot effectively reduce carbon emissions

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