Field water-gathering device and special backpack

Abstract

The invention provides a field water-gathering device. The field water-gathering device comprises a plurality of water-gathering units (1), a filter unit (2) and a water-storage unit (3), wherein eachwater-gathering unit comprises multiple layers of water-absorption nets (11), pits facing downwards are formed in the water-absorption nets (1), and due to the pits, water can be gathered downwards;the lower portions of the water-gathering units (1) are connected with the filter unit (2), multiple layers of water filter matter are arranged in the filter unit (2), a water outlet (27) is formed inthe lower end of the filter unit (2), the water outlet (27) is connected with the water-storage unit (3) through a water conveying pipeline, and one or more water drinking pipes (33) are arranged onthe water-storage unit (3). By providing the field water-gathering device, air water gathering can be quickly and continuously conducted, through the cooperation of the large water-storage unit and aspecial backpack, water requirements can be effectively met, and the field water-gathering device is convenient to carry.

Description

Technical field [0001] The invention relates to the field of outdoor equipment, in particular to a field water collecting device and a special backpack. Background technique [0002] As we all know, water is the source of life. When we travel outdoors, water is an indispensable material, and carrying too much water will increase the burden of travel. At present, there is no outdoor water collection device that can be carried around at home and abroad. At present, the most commonly used field water collection method is to dig a funnel-shaped pit in the sunny and humid land, place a water container at the bottom of the pit, and pave the top of the pit. Put a layer of plastic cloth on it, and place a small stone in the center of the plastic cloth to make the center of the plastic cloth concave. Using sunlight or the temperature difference between day and night, soil moisture will evaporate, and it will condense into water droplets on the bottom surface of the plastic cloth, which w...

AI Technical Summary

Problems solved by technology

Using sunlight or temperature difference between day and night, the soil moisture evaporates, and when it meets the bottom of the plastic sheet, it will condense into water droplets, drip from the depression into the water container, and become drinking water. However, this method takes a long time and collects less water, so it cannot be carried around.

[0003] There are also some air water collection bottles on the market now, which can liquefy the water in the air into drinking water by adding a condensing device, but the internal structure of these water collection bottles is complicated, and most of them rely excessively on electric energy to supply energy for the cooling chip to liquefy water vapor , the water storage device is small, generally within the capacity of bottled mineral water, once the power supply cannot be obtained in time in the wild, it will encounter a crisis of survival

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