Glacier water taking device

Abstract

The invention discloses a glacier water taking device which is arranged 500m below a glacier tongue. The device comprises ditch bodies for collecting the glacier water and a well body for storing the glacier water, wherein the ditch bodies extend in the corresponding position of the glacier tongue and are communicated with the well body; the ditch bodies are cylindrical cavities; water inlets arearranged at the sides, which face the glacier tongue, of the cavities; steel meshes for primarily filtering the glacier water are arranged at the water inlets; and the ditch bodies extend outwards from the bottoms of the water inlets to form horizontal bosses for preventing the sediment carried in the glacier water from blocking the water inlets. The device can be used for collecting the pure glacier water in the position about 500m below the glacier tongue and the purity of the glacier water can be more than 90%.

Description

technical field [0001] The invention relates to a water intake device, in particular to a glacier water intake device used in summer. Background technique [0002] The glacier water that has been naturally filtered by nature contains a lot of trace elements. Under long-term magnetization, the large molecular clusters of these waters have been broken into small molecular clusters, which are extremely active. For the human body, the smaller the molecule, the easier it is to penetrate and the faster it is absorbed. Glacier water, commonly known as "Xia Bing", is sweet, cold and non-toxic, and can cure all poisons. Glacier water can activate human body functions, improve metabolism, and enhance physical fitness. The glacier water intake method in the prior art is mainly to directly drill wells in the glacial area tens of kilometers downstream of the glacier to extract water. This method cannot guarantee the acquisition of high-purity glacier melt water, and the snow water rate...

AI Technical Summary

Problems solved by technology

The glacier water intake method in the prior art is mainly to directly drill wells in the glacial area tens of kilometers downstream of the glacier to extract water. This method cannot guarantee the acquisition of high-purity glacier melt water, and the snow water rate is generally above 80%. , that is to say, the real glacial melt water only accounts for less than 20%, and the purity of glacial water is low, so the use effect is not good

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