Water purification kiosk with replaceable filter material container and manufacturing and distributing method of water purification kiosk

Abstract

The invention relates to a water purification kiosk with a replaceable filter material container and a manufacturing and distributing method of the water purification kiosk. The water purification kiosk comprises a box body with an internal space, wherein a base is arranged on a well with a pump; an awning which is arranged at the top of the box body and is provided with at least one solar panel capable of supplying power to the pump; a heat radiator which is arranged in the box body and can receive pumped water; a filter which is arranged in the box body, can receive water from the heat radiator and can replace a filter material; and a vendor to receive water from a filter. A water distribution method comprises the steps that water is pumped out of the water well, conveyed into a storagetank, conveyed to the heat radiator from the storage tank and then conveyed to the filter with the replaceable filter material to be filtered, the filtered water is stored in a storage tank containingpurified water, and the purified water is distributed through the vendor. The manufacturing method comprises the steps that the water purification kiosk is installed on the water well, and the waterwell is connected to the storage tank in the water purification kiosk through a pipeline.

Description

technical field [0001] The invention relates to a water purification device in the field of water purification, in particular to a water purification kiosk with a replaceable filter material container. Background technique [0002] Existing water purification booths must pass through different filters and filter materials to filter out impurities of different particle sizes and types in the water. These filters can be cleaned by backwashing, but the filter materials must be removed from the filter after a period of time. Clean out the barrel and replace it. Moreover, activated carbon absorbs radioactive elements (radon), chlorine, and other elements after use. After absorption, it no longer has the previous effectiveness and must be replaced. When replacing the filter, it is usually necessary to disconnect the pipeline, move the filter out of the water booth, and invert the filter to dump out the used filter material, which is very inconvenient to operate. The filter conta...

AI Technical Summary

Problems solved by technology

[0002] Existing water purification booths must pass through different filters and filter materials to filter out different particle sizes and different types of impurities in the water. These filters can be cleaned by backwashing, but the filter materials must be removed from the filter after a period of time. Clean out the barrel and replace it

Moreover, activated carbon will absorb radioactive elements (radon), chlorine and other elements after use, and after absorption, it will no longer have the previous effectiveness and must be replaced.

When replacing the filter, it is usually necessary to disconnect the pipeline, move the filter out of the water booth, and invert the filter to dump out the used filter material, which is very inconvenient to operate

The filter container is filled with water and the filter material is very heavy, weighing more than 100Kg, so it is very difficult for ordinary people to replace the filter material

And if the filter material is not replaced, the water pavilion can only filter clean water in a short time

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