Electricity generation window gauze

Abstract

The invention discloses electricity generation window gauze, which comprises a multilayer gauze element, a converter and a capacitor, wherein the gauze element comprises an outer electricity collection layer, an outer electricity discharge layer, an inner electricity discharge layer and an inner electricity collection layer; the outer electricity collection layer, the outer electricity discharge layer, the inner electricity discharge layer and the inner electricity collection layer are distributed in sequence from exterior to interior; the outer electricity collection layer and the inner electricity collection layer are electrically connected with the converter by an electricity generation circuit; and the converter is electrically connected with the capacitor by the electricity generationcircuit. The electricity generation window gauze has the beneficial effects that charges are generated by friction by sounds, vibration, human walking, the opening and closing of a door and the flowof wind, and are collected and stored, and the electricity generation function is realized by the multilayer structure of the window gauze.

Description

technical field [0001] The invention relates to the field of window screens, in particular to a power generation window screen. Background technique [0002] Window screens are one of the few materials in architecture that are flexible and stretchable. With the help of the charge transfer caused by the mutual sliding friction of the warp and weft under the action of airflow, sound, building vibration, etc., the screen can be used for charging energy storage, displaying light, high-voltage mosquito killing, etc., which has practical significance. [0003] At present, there are few devices and equipment that use screen windows to generate electric energy. Photovoltaic power generation, wind power generation, and photothermal power generation are not suitable for window screen yarns with limited volume and space. The generation of friction power generation technology has opened up the idea for window screen power generation. Scientifically speaking, friction electrification s...

AI Technical Summary

Problems solved by technology

[0003] At present, there are few devices and equipment that use screen windows to generate electric energy. Photovoltaic power generation, wind power generation, and photothermal power generation are not suitable for window screen yarns with limited volume and space.

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