Integrated device for charging or replacing battery through vibration impact energy

Abstract

The invention discloses an integrated device for charging or replacing a battery through vibration impact energy and belongs to the technical field of vibration energy collection and utilization. The integrated device is mainly applied to public places with large visitor flow rates. A power generation mode with electromagnetism and piezoelectricity combined is adopted to collect the vibration impact energy in the environment, and electric energy is applied to battery charging or automatic replacing. The integrated device comprises a vibration power generation mechanism, a rectifying boosting module and a battery charging or automatic replacing mechanism. The vibration power generation mechanism is composed of a shell, a piezoelectric power generation mechanism and an electromagnetic power generation mechanism, wherein the piezoelectric power generation mechanism and the electromagnetic power generation mechanism are arranged in the shell. The piezoelectric power generation mechanism is composed of a piezoelectric piece fixing plate, a piezoelectric piece set and a balance weight. The electromagnetic power generation mechanism comprises a gear acceleration mechanism, a one-way transmission mechanism, a belt transmission mechanism, a frame body and a disc-type power generation mechanism. The battery charging or automatic replacing mechanism is composed of a shell, a battery push plate, a second reset spring, a battery pushing mechanism, a battery detection mechanism, a position switching mechanism and a battery storing and charging mechanism, wherein the battery pushing mechanism, the battery detection mechanism, the position switching mechanism and the battery storing and charging mechanism are arranged in the shell.

Description

technical field [0001] The invention belongs to the technical field of collection and utilization of vibration energy, and in particular relates to an integrated device for charging and replacing batteries using vibration impact energy, which is mainly used in public places with a large flow of people. Background technique [0002] Vibration shocks are ubiquitous in nature, and it is easy to generate vibration shocks when people walk. Although Japan has displayed piezoelectric floors, and Israel has also applied piezoelectric materials to road power generation, the existing products are expensive and expensive. Due to the shortcomings of low power generation rate, low product life, and small frequency range of vibration collection, it is difficult to find such mature products in the market; as the pollution caused by traditional energy becomes more and more serious, vibration shock is an absolutely clean and pollution-free energy source. Collection and utilization are of gre...

AI Technical Summary

Problems solved by technology

[0002] Vibration shocks are ubiquitous in nature, and it is easy to generate vibration shocks when people walk. Although Japan has displayed piezoelectric floors, and Israel has also applied piezoelectric materials to road power generation, the existing products are expensive and expensive. Due to the shortcomings of low power generation rate, low product life, and small frequency range of vibration collection, it is difficult to find such mature products in the market; as the pollution caused by traditional energy becomes more and more serious, vibration shock is an absolutely clean and pollution-free energy source. Collection and utilization are of great significance

[0003] As a mobile terminal, people rely more and more

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