Direct current power generation cloth

Abstract

The invention provides direct current power generation cloth. The direct current power generation cloth comprises a fiber fabric and a sliding electrification layer, wherein the fiber fabric comprises laminated fibers, an electrode metal layer and a semiconductor layer; the electrode metal layer and the semiconductor layer form ohmic contact; the sliding electrification layer is made of metal which forms a Schottky junction with the semiconductor layer; the sliding electrification layer slides on the surface of the semiconductor layer of the fiber fabric; and a direct current output signal is generated between the sliding electrification layer and the electrode metal layer. The power generation cloth is a direct-current generator with a flexible structure, and can be used as a wearable device to convert mechanical energy into a direct-current electric signal.

Description

technical field [0001] The invention relates to the field of flexible electronic devices, in particular to a DC power generation cloth. Background technique [0002] Flexible electronics technology generally manufactures electronic devices made of organic or inorganic materials on flexible substrates or ductile plastic or thin metal substrates, which have unique characteristics of flexibility, ductility, and high-efficiency and low-cost manufacturing processes. Energy, wearable electronics and other fields have broad application prospects. Flexible electronic products all need external power supply, and flexible power generation technology is still the bottleneck in this field. [0003] The power generation technology that converts mechanical energy into electrical energy is usually output as alternating current. It needs to use mechanical structure design (such as brushes) to generate direct current, or requires complex management circuits to achieve AC-DC conversion and p...

AI Technical Summary

Problems solved by technology

[0003] The power generation technology that converts mechanical energy into electrical energy is usually output as alternating current. It needs to use mechanical structure design (such as brushes) to generate direct current, or requires complex management circuits to achieve AC-DC conversion and power optimization. It is inconvenient to apply in the field of flexible electronics.

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