Electric fresh keeping liquid extractor

Abstract

The invention relates to a liquid extractor, which comprises a machine casing, a liquid container, a storage battery, a charging transformer, a liquid inlet pipeline, a liquid outlet pipeline, an electric liquid pumping pump, a liquid quality on-line monitor, a circuit control main board and a stroke switch and is characterized in that the container is a ZL201020565098.2 patent germ-proof packaging barrel, the barrel is placed at the inner bottom of the machine casing or beside the outside of a liquid extractor casing in a way that a barrel opening is upward, the liquid inlet pipeline is a path extending to the container for pumping the liquid, and a liquid conveying pipeline is indirectly communicated with the liquid inlet pipeline and directly extends to a liquid outlet arranged outside the machine casing. The direct current electric liquid pumping pump is provided with two small holes: i.e. an outlet and an inlet, and is communicated with the liquid inlet pipeline and the liquid conveying pipeline. The liquid quality on-line monitor is arranged on the liquid inlet pipeline, an optical wave or electric conductivity detector is adopted for detecting the quality of liquid flowing in the pipeline, and the detected liquid quality purification value can be displayed onto a liquid extractor display screen in real time.

Description

technical field [0001] The invention relates to an electric fresh-keeping liquid extractor Background technique [0002] Existing liquid extraction device at present, as water dispenser: all is downflow type, all is to put pure water barrel upside down on the water dispenser body. Purity buckets of such devices are often subjected to rough handling, thereby being contaminated and extremely inconvenient to replace. This type of water dispenser relies on the principle that its smart seat post core absorbs outside air and is subjected to heavy pressure suction to produce water. Every time one liter of pure water is released, a corresponding one liter of air will be sucked into the body, carrying dust and bacteria into the body, thereby polluting the water quality in the pure water bucket, and some pure water will remain in the water dispenser every time it is replaced. Therefore, a large number of microorganisms will be produced and affect human health. In addition, when rec...

AI Technical Summary

Problems solved by technology

Every time one liter of pure water is released, a corresponding one liter of air will be sucked into the body, carrying dust and bacteria into the body, thereby polluting the water quality in the pure water bucket, and some pure water will remain in the water dispenser every time it is replaced. Smart seats and sinks, so a large number of microorganisms will be produced and affect human health

In addition, when receiving water, you need to hold the handle of the water outlet with your hand, which is extremely inconvenient to receive water

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