Outdoor solar refrigeration cup

Abstract

The invention provides an outdoor solar refrigeration cup which comprises a cooling fin, a solar cell panel, a refrigeration cover, a controller, a semiconductor refrigeration piece, a heat pipe, a power supply device and a cup body. The solar cell panel is positioned at the top of the refrigeration cover, the cooling fin is positioned at the middle of the refrigeration cover, and the lower end of the semiconductor refrigeration piece is connected with the heat pipe and then annularly arranged in the refrigeration cover. The controller and the power supply device are arranged in the refrigeration cover, and the cup body is connected to the bottom of the refrigeration cover. The outdoor solar refrigeration cup has the advantages that the service environments are various, the outdoor solar refrigeration cup can be used in various voltage environments, and the diversity of the service environments is achieved; the cooling is effectively performed while the refrigeration is performed, the too high local temperature caused by the cooling during the refrigeration is avoided, the risk of scalding users is avoided; and the energy saving and efficiency of the outdoor solar refrigeration cup are guaranteed by means of a heat insulation material.

Description

Technical field [0001] The invention relates to a cooling water cup, in particular to an outdoor solar cooling water cup. Background technique [0002] In the hot summer or after strenuous exercise, people often want to drink a cold drink. However, this wish is difficult to achieve when outdoors. If you provide a cup that can cool the drink outdoors, it will satisfy people well. Demand. [0003] In daily life, there have also been some "electronic refrigeration cups" made of semiconductor refrigerators. However, the existing "electronic refrigeration cups" must either be operated indoors or in cars with external power sources, which makes them work. The scope of application is reduced, especially not suitable for outdoor operations without power supply. At the same time, the above-mentioned "electronic refrigeration cup" and the existing solar refrigeration cup are purely using semiconductor coolers for cooling, and they do not effectively solve the problem of heat dissipation at ...

AI Technical Summary

Problems solved by technology

[0002] In the hot summer or after strenuous exercise, people often want to drink a glass of iced beverage, but it is difficult to realize this wish outdoors. If a water cup that can cool beverages outdoors is provided, it will satisfy people very well. needs

[0003] In daily life, there have also appeared some "electronic refrigeration cups" made of semiconductor refrigerators. However, the existing "electronic refrigeration cups" can only work with the help of external power supplies in places such as indoors and cars, which makes them The scope of application is reduced, and it is especially not suitable for outdoor operations without power supply. At the same time, the above-mentioned "electronic refrigeration cup" and the existing solar refrigeration cup simply use semiconductor refrigerators for refrigeration, and do not effectively solve the problem of heat dissipation at the heating end. And the cooling fins are all set in the cup wall, after the cup body is refrigerated for a long time, it will accelerate the decline of the thermal insulation performance of the thermal insulation material and shorten the service life

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