An electronically controlled retractable wind energy storage device for automobile luggage rack

Abstract

The invention discloses a wind energy power storage device capable of being electrically controlled to be stored and unfolded and used for a car roof rack. The device comprises a roof rack body, smallwind driven generator heads, a wind guide shell and a storage battery set; bottom connecting shafts are symmetrically arranged on the lower portion of the roof rack body, the two side positions of the center line of the roof rack body are hinged to an energy charging oil cylinder and a wind guide oil cylinder through bottom connecting shafts correspondingly, the energy charging oil cylinder is hinged to an energy charging frame, the wind guide oil cylinder is hinged to a wind guide frame, multiple square rods are arranged on the energy charging frame in a penetrating manner, the multiple small wind driven generator heads are arranged on the square rods in a penetrating manner, the wind guide frame is detachably connected with the wind guide shell, and the energy charging oil cylinder andthe wind guide oil cylinder are electrically connected with the storage battery set through spiral spring cables. The wind energy power storage device capable of being electrically controlled to be stored and unfolded and used for the car roof rack has the function of placing luggage and is convenient to operate, capable of being unfolded during use, capable of being stored when not used, energy-saving, environment-friendly, rapier in power storage, and beneficial to ensuring of electric energy supply during vehicle running.

Description

technical field [0001] The invention relates to the field of auto parts, in particular to an electronically controlled retractable wind energy storage device for an automobile luggage rack. Background technique [0002] With the improvement of people's living standards, cars have become a means of transportation used by many families, bringing great convenience to people's work, commuting and self-driving. In driving, the use of batteries is essential. Whether it is whistle, lighting, or the use of driving CDs, it is inseparable from the battery. More and more humanized designs make it possible to charge mobile devices while driving. However, the battery in the car has continuous lighting and playback during long-term driving. Music, charging multiple mobile devices, etc. lead to large power consumption, which accelerates the aging of the battery. When the vehicle is not in use for a long time, there is also the problem that the battery is exhausted and difficult to start. T...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of people's living standards, cars have become a means of transportation used by many families, bringing great convenience to people's work, commuting and self-driving. In driving, the use of batteries is essential. Whether it is whistle, lighting, or the use of driving CDs, it is inseparable from the battery. More and more humanized designs make it possible to charge mobile devices while driving. However, the battery in the car has continuous lighting and playback during long-term driving. Music, charging multiple mobile devices, etc. lead to large power consumption, which accelerates the aging of the battery. When the vehicle is not in use for a long time, there is also the problem that the battery is exhausted and difficult to start. Therefore, the vehicle is equipped with another set of storage equipment. It is a wise choice to prepare for emergencies, but backup power devices that cannot store energy or need to be manually charged are of little use. At present, there is a lack of power devices that can store energy for environmental protection.

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