Washing control method and washing machine

Abstract

Disclosed are a laundry control method and a washing machine. The method comprises: after a washing step has been concluded, introducing a first predetermined amount of clean water into an inner drum (3) of the washing machine; circulating and rinsing: during the rinsing process, guiding through a first water circulation channel of the washing machine to discharge water from inside the inner drum and introducing the water into the inner drum (3) after filtering same through a filter component, and after rinsing has concluded, discharging the water from inside the inner drum (3) out of the washing machine; spraying and water-removal: performing at least one spraying and water-removal process, each spraying and water-removal process comprising: introducing a second predetermined amount of clean water into the inner drum (3), making the inner drum (3) rotate, guiding through a second water circulation channel of the washing machine to spray water which was spun out during the rotation of the inner drum (3) onto clothing inside the inner drum (3), and after a second length of time for such water circulation, continuing to rotate the inner drum (3) and discharging the water which was spun out during the rotation of the inner drum (3) out off the washing machine, thereby saving water used for laundry, reducing the residual amount of washing substance in the clothing and keeping costs relatively low.

Description

technical field [0001] The invention relates to the technical field of laundry control, in particular to a laundry control method and a washing machine. Background technique [0002] Traditional washing machines usually need to perform multiple rinses after washing. Regardless of whether the clothes are clean or not in each process, a large amount of clean water needs to be replaced, resulting in a large waste of clean water. [0003] In order to save washing water, the prior art proposes a scheme of purifying the used washing water and then reusing it. For example, the first prior art is to use a water storage tank to collect laundry water, which is simply filtered through a filter screen and then applied to the next laundry; another example is the second prior art to use large ancillary equipment such as an ozone generator to purify the laundry water before using it. [0004] Above-mentioned prior art 1 needs to set up water storage tank, and filtered water can not be re...

AI Technical Summary

Problems solved by technology

[0004] Above-mentioned prior art 1 needs to set up water storage tank, and filtered water can not be recycled in this laundry, and laundry water is only through the simple treatment of filter screen, adopts this water to wash clothes and the residue of cleaning substance is usually bigger in clothes; In addition, above-mentioned current Technology 2 relies on large ancillary equipment such as ozone generators, and the cost is relatively high

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