Anti-mosquito type outdoor sunshade suitable for camping

Abstract

The invention discloses an anti-mosquito type outdoor sunshade suitable for camping. The anti-mosquito type outdoor sunshade comprises a power generation device, an umbrella part and a base. The power generation device is arranged above the umbrella part. The base is detachably arranged at the lower end of an umbrella rod of the umbrella part. A containing cavity is formed in the base. A storage battery is arranged in the containing cavity. Wires are arranged in the umbrella rod. The umbrella rod is connected with the power generation device and the storage battery through the corresponding wires. The umbrella rod and the base are connected through the corresponding wire by means of a wire rapid butt joint connector with a male terminal and a female terminal. An ultrasonic mosquito dispeller is arranged on the umbrella part or the base. The integrated design is adopted for the base and the storage battery, and therefore the runtime of the storage battery is greatly prolonged. The ultrasonic mosquito dispeller can unceasingly work in the whole night during camping, and the outdoor sunshade can be detachably installed and is quite convenient to transport.

Description

technical field [0001] The invention relates to the field of umbrellas, in particular to a mosquito-proof outdoor parasol suitable for camping. Background technique [0002] Outdoor parasols are mainly used to shield the umbrella from direct sunlight, including the umbrella part and the base, and are widely used in open places such as beaches and squares for people to rest in the sun. However, in the current information revolution, people need to use mobile phones, computers and tablets to exchange information on the Internet all the time. Due to the limitation of battery technology, the lithium batteries commonly used in electronic products have limited capacity, and it is difficult to support the use of electronic products for a long time. Appear to apply solar energy or wind power generation to the product on the outdoor parasol on the market for this reason, and this product provides user power interface. [0003] However, due to the limited structure of the outdoor par...

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Problems solved by technology

[0003] However, due to the limited structure of the outdoor parasol, the battery can only be placed inside the umbrella pole, and the capacity is small, which is not enough to support the long-term use of the above-mentioned electronic products, especially for self-powered outdoor parasols used for camping. Due to the small battery capacity, Outdoor parasols that use solar power will not be able to generate electricity. At night or on cloudy days, the power of the battery will be used up quickly. For parasols that use wind power, if there is no wind, the battery will not be enough to support long-term power consumption.

[0004] In addition, when the user is camping in the wild, especially in summer camps, anti-mosquito is very important. However, there will inevitably be a breeze in the wild, so whether it is an ordinary mosquito coil or an electric mosquito coil, it will be blown away and cannot play the role of anti-mosquito

There is an electric-driven ultrasonic mosquito repellent in the existing market. By imitating the frequency of mosquitoes' natural enemies, dragonflies or male mosquitoes, the effect of repelling female mosquitoes that bite people is achieved. However, due to the weak power storage capacity of the existing self-generating outdoor parasols, the ultrasonic mosquito repellent has a short working time at night and is difficult to maintain for a long time. In order to solve this problem, this case arose from this

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