Wind-solar complementary power generation aircraft carrier equipment with steering function

Abstract

The invention relates to an aircraft accessory, in particular to wind-solar complementary power generation aircraft carrier equipment with the steering function. The wind-solar complementary power generation aircraft carrier equipment with the steering function comprises an aircraft 1, a containing body 2, a tumbler 3, a support 12 and a positioning body 13. The wind-solar complementary power generation aircraft carrier equipment with the steering function is characterized in that the airship 1 is composed of an air bag 4 and operating equipment 5; the tumbler 3 is composed of an empty chamber 6 and a heavy block 7, and the empty chamber 6 is connected with the operating equipment 5; the positioning body 13 is installed below the heavy block 7, the support 12 is installed on the positioning body 13, and a fixing screw is arranged on the support 12; the containing body 2 is installed on the support 12, and the direction of the containing body 2 can be adjusted by adjusting the fixing screw on the support 12. The wind-solar complementary power generation aircraft carrier equipment has the function that a mobile phone or a computer is suspended in air and adjusted in multiple directions, people can use the mobile phone or the computer at any time and in multiple postures, and cervical spondylosis caused when people lower the heads to watch the mobile phone or the computer for a long time can be avoided.

Description

technical field [0001] The invention relates to an airship accessory, in particular to an airship carrier device capable of steering wind and solar hybrid power generation. Background technique [0002] According to a national scientific survey in 2014, white-collar workers in Chinese cities spend more than 3.64 hours a day on their mobile phones on average. People hold their mobile phones for a long time, not only will their hands get tired, but also people who look down at their mobile phones for a long time are also prone to cervical spondylosis. [0003] Existing airship accessory products lack the items on the carrier such as mobile phones and computers to be suspended in the air for multi-directional adjustment; when the airship is suspended in the air and affected by wind or other external forces, the items on the carrier will not shake for a long time. Balance; if existing airship has its own energy source, its loading capacity can not exceed the upper limit of airs...

AI Technical Summary

Problems solved by technology

People hold their mobile phones for a long time, not only will their hands get tired, but also people who look down at their mobile phones for a long time are also prone to cervical spondylosis

[0003] Existing airship accessory products lack the items on the carrier such as mobile phones and computers to be suspended in the air for multi-directional adjustment; when the airship is suspended in the air and affected by wind or other external forces, the items on the carrier will not shake for a long time. balance; if the existing airship has its own energy source, its loading capacity cannot exceed the upper limit of the design of the airship, otherwise the airship cannot continue to rise and fly far, and when people are participating in outdoor sports

In addition, when people are participating in outdoor sports, if the power of mobile phones and computers is insufficient, if they cannot be charged in time, it will cause inconvenience to people; The mobile phone is placed on the fixed support set in other places, and it is not convenient to move the mobile phone

[0004] For example, the existing patent application number is 201010185905.2 - Light and Wind Energy Complementary Aircraft. The power required by the airship; through the vertical pipeline vortex, helium storage, and hot air expansion, the vertical lift and long-term hovering of the airship in the air are guaranteed; through the rotating pipeline jet flow method, although the patent solves the problem of right-angle The difficult steering problem of steering and sharp angle steering has achieved a technical effect of full thrust vectorization, but there is no functional equipment that enables mobile phones, computers and other products to adjust in multiple directions in the air and maintain balance

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