A micro power generation device

Abstract

The invention relates to a miniaturized power generating apparatus. The miniaturized power generating apparatus is characterized by comprising a generating structure, a base, an installation sleeve and a pressing seesaw structure, wherein the installation sleeve is arranged on an installation frame and can swing up and down; the generating structure comprises a magnetic conductive rod, a solenoid coil, an upper magnetic conductive plate, a permanent magnet and a lower magnetic conductive plate; the upper magnetic conductive, the lower magnetic conductive plate and the permanent magnet are fixed in the installation sleeve, and the permanent magnet is disposed between the left end of the upper magnetic conductive plate and the left end of the lower magnetic conductive plate; the magnetic conductive rod is fixed on the installation frame, the left end of the magnetic conductive rod is close to the permanent magnet and is disposed between the left end of the upper magnetic conductive plate and the left end of the lower magnetic conductive plate, the right end of the magnetic conductive rod is disposed between the right end of the upper magnetic conductive plate and the right end of the lower magnetic conductive plate, and the upper magnetic conductive plate and the lower magnetic conductive plate can swing up and down relative to the solenoid valve and the magnetic conductive rod; and the pressing seesaw structure is rotationally arranged on the base, and the pressing seesaw structure drives the left end and the right end of the installation sleeve to swing up and down. The miniaturized power generating apparatus has the advantages of high work reliability, large generating capacity and small volume, thereby satisfying a round-the-clock long application demand for users, is economical and environmentally friendly, and is wide in adaptability.

Description

technical field [0001] The invention relates to a micro power generation device. Background technique [0002] Electronic products are widely used in daily life, and low-power electronic products generally use batteries as power sources for their work, such as electrical switches, electronic doorbells, and remote controls. The use of batteries as a power source has limitations. Its service life is short, and the batteries need to be replaced regularly. The user's use costs are high. Also, because the batteries are prone to rust and leakage, the reliability of electronic products will be greatly reduced, and they cannot meet all-weather long-term requirements. The need to provide energy brings inconvenience to users; manufacturing batteries not only consumes resources, but also a large number of used batteries are discarded, polluting the environment. At present, there is a micro power generation product, but its power generation is small and cannot completely replace the ba...

AI Technical Summary

Problems solved by technology

The use of batteries as a power source has limitations. Its service life is short, and the batteries need to be replaced regularly. The user's use costs are high. Also, because the batteries are prone to rust and leakage, the reliability of electronic products will be greatly reduced, and they cannot meet all-weather long-term requirements. The need to provide energy brings inconvenience to users; manufacturing batteries not only consumes resources, but also a large number of waste batteries are discarded, polluting the environment

At present, there is a micro power generation product, but its power generation is small and cannot completely replace the battery

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