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Full-automatic washing machine washing process

A fully automatic washing machine and washing program technology, applied in the control device of washing machine, washing device, textile and paper making, etc. The effect of saving water consumption and shortening the washing time

Active Publication Date: 2004-11-10
HAIER GRP CORP +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This method has gradually exposed its shortcomings after long-term use: the number of unbalanced times needs to be recalculated every time it is rinsed, that is to say, the unbalanced alarm will be issued after accumulating 3 times in a single rinsing and dehydration. If the washing machine Due to the balance system such as the boom or other reasons, in a standard program (ordinary program) with a second rinse, there may be 6 unbalance corrections, and some unbalanced states do not necessarily have to be re-introduced. water way to eliminate
However, such an unscientific unbalanced correction program method may consume 6 buckets of washing water, waste a lot of water resources, consume electricity, and correspondingly prolong the entire washing time

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0013] Embodiment 1: The standard program (ordinary program) is used in a fully automatic washing machine, and its execution process is as follows: start—water intake to the set water level—washing—drainage—intermittent dehydration—continuous dehydration—inertial dehydration—water intake to the set water level - Rinsing 1 - Drainage - Intermittent dehydration - Continuous dehydration - Inertial dehydration - Inlet to set water level - Rinse 2 - Drainage - Intermittent dehydration - Final continuous dehydration - Inertial dehydration - End.

[0014] In the above standard procedure, if three unbalances are detected, an alarm will be issued. The specific unbalance correction process is as follows: When the first unbalance occurs during the first and second dehydration processes or the final dehydration, brake and record the unbalance The number of times, the water is fed to the set water level to balance the water flow or the current washing water flow, wash for 60-90 seconds, dra...

Embodiment 2

[0016] When the washing machine program has only one rinse, if it detects two imbalances, it will alarm. The whole process of its fully automatic washing machine: start-water intake to the set water level-washing-drainage-the first dehydration (intermittent dehydration-continuous dehydration-inertial dehydration )—water intake to set water level—rinsing—drainage—final dehydration (intermittent dehydration—final continuous dehydration—inertial dehydration)—end.

[0017] The specific unbalance correction process is as follows: When the first unbalance occurs during the first dehydration process or the final dehydration process, brake, record the number of unbalanced times, and enter water to the set water level to balance the water flow or the current water flow , wash for 60-90 seconds, drain back to the original dehydration process, continue to execute, if the second unbalance occurs in the subsequent dehydration process, it will alarm.

Embodiment 3

[0019] In a standard wash, if 3 unbalances are detected, an alarm will be issued. The specific process is as follows:

[0020] A. When the first unbalance occurs during the first dehydration process or the second dehydration process, brake, record the number of unbalanced times, enter the water to the set water level, and take the unexecuted rinse as the first time Unbalance correction is carried out, and at the same time, one rinsing is reduced accordingly. If the second unbalance occurs in the subsequent dehydration process, the brake will be recorded, the number of unbalanced times will be recorded, and the water will be fed to the set water level to balance the water flow or the current water flow. Wash for 60- After 90 seconds, the water will return to the original dehydration process and continue to execute. When the third unbalance occurs, an unbalance alarm will be issued;

[0021] B. When the first unbalance occurs in the final dehydration process, brake, record the n...

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PUM

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Abstract

The invention provides a washing program method of full-automatic washer, and its character: number of unbalanced times is accumulated in the whole course of the washing program. It eliminates the mode that existing techniques accumulate number of unbalanced times by using single rinsing program as a segment but accumulates number of unbalanced times by adopting the whole washing program as the basis of accumulation alarm, thus largely reducing unnecessary number of correction times, reducing unnecessary water consumption and shortening the washing delay time due to correction of unbalance.

Description

technical field [0001] The invention relates to a washing program method of a washing machine, in particular to a method for unbalance correction in a fully automatic washing program. Background technique [0002] The execution process of the existing standard program (ordinary program) of a fully automatic washing machine is as follows: start—water intake to the set water level—washing—drainage—intermittent dehydration—continuous dehydration—inertial dehydration—water intake to the set water level—rinsing 1—drainage —Intermittent dehydration—Continuous dehydration—Inertial dehydration—Water intake to set water level—Rinse 2—Drainage—Intermittent dehydration—Final continuous dehydration—Inertial dehydration—End. The above laundry procedures are defined as standard washing. And the washing machine using the above-mentioned washing program method has unbalance correction. The specific method is to detect the unbalance switch of the washing machine during dehydration (the swit...

Claims

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Application Information

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IPC IPC(8): D06F33/02
Inventor 吕佩师王瑞贤高秋英许升宋军
Owner HAIER GRP CORP
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