Wall-attaching type wind-driven generator

Abstract

The invention relates to a wind-driven generator, particularly to the wind-driven generator which can be attached on the wall of a building and has the Chinese lantern characteristics. The wall-attaching type wind-driven generator is formed by a hanging rack module, a power module and an electrical control module, and comprises 27 components such as a lower hanging shield, an upper hanging shield, a hanging seat, joint pin tightly fixed nails, a joint pin, a gear holder, a thrust chassis, thrust pin rollers, a thrust top tray, a gear shaft, bearing end covers, end cover screws, a wind wheel, a gear middle shaft, a variable gear, a copper bush, a photoelectric control box, a vertical generator and a lighting line concentration rack. According to the invention, the acknowledged adverse factors that the conventional wind-driven generator is huge in size and has limitation of wind directions are overcome; besides the wall-attaching type wind-driven generator has the excellent characteristics of environmental protection and energy conservation, reliability in operation, high adaptability, remarkable feature, extensive use and the like, and has the advantages of simple implementation and simplicity in manufacture; the finished product has an attractive and elegant structure, is strong and durable, convenient to use, and has wide market space and higher economic additional value.

Description

technical field [0001] The invention relates to a wind energy generator, in particular to a wind energy generator which can be attached to the wall of a building and has the characteristics of a Chinese lantern. Background technique [0002] Wind energy generator refers to a device that uses the principle of electromagnetic induction to convert wind energy into mechanical energy and then convert mechanical energy into electrical energy. Currently known wind energy generators generally have vertical, wheel, fan, and propeller wind energy utilization devices. Although these known wind energy utilization devices can convert the energy of air movement into mechanical energy, their conversion process is limited. Factors such as wind speed, wind direction, and amplitude change require a relatively large and fastened support device, thereby affecting the use function, application range, and social and economic value of the known wind energy generators. [0003] Contents of the i...

AI Technical Summary

Problems solved by technology

Currently known wind energy generators generally have wind energy utilization devices such as vertical, wheel, fan, propeller, etc. Although these known wind energy utilization devices can convert the energy of air movement into mechanical energy, their conversion process is limited. Factors such as wind speed, wind direction, and amplitude change require a relatively large and fastened support device, which affects the use function, application range, and social and economic value of the current known wind energy generators.

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