CN1205373C - A washing machine fast washing program method - Google Patents

Abstract

The present invention is a fully automatic washing machine fast washing program method, characterized in that: A. Water intake reaches 1 water level, the clutch motor is turned on, the drainage pump is turned on for internal circulation, the inner bucket and wave wheel rotate at a slow speed at the same time, and the water intake reaches the set water level 1/2 of 1/2; execute soft water flow, water intake to the set water level; B. Washing: the drainage pump turns on the internal circulation, the washing time is 3 to 8 minutes, and the balanced water flow is 10 to 30 seconds; C. Intermittent dehydration: the clutch motor is turned on, Open the drain valve, the inner barrel and the pulsator stop and move, and the time is 1 to 2.5 minutes, so that the water in the inner barrel is drained; D. Floating and throwing two-in-one: continuous dehydration for 30-65 seconds, the opening time of the water inlet valve is the continuous dehydration time For the first 1/4 to 3/4, cycle 2 to 4 times, close the water inlet valve, continue dehydration for 30 to 90 seconds, inertial dehydration for 10 to 40 seconds, and brake. The invention can shorten about 2/3 of the washing time and about 2/3 of the water consumption.

Description

A washing machine fast washing program method

Technical field

The invention relates to a washing method of a washing machine, in particular to the improvement of the existing washing program method.

Background technique

The quick procedure of the existing washing machine laundry is as follows: start-water intake to set water level-washing-drainage-intermittent dehydration-continuous dehydration-inertia dehydration-water intake to set water level-rinsing-drainage-intermittent dehydration-continuous dehydration-inertial dehydration Dehydration - over. The above-mentioned laundry method has defects such as long laundry time (the whole process is about 45 minutes), large water consumption. In order to overcome the above-mentioned defects, someone invented the name <A laundry rinsing control method and its washing machine>, application number: 98111449.0, the rinsing procedure of this patent application is: start-water inflow to a very small water level-gentle washing while water inflow - water intake to set water level - standard washing - drainage - spin spray dehydration N times (intermittent dehydration) - continuous dehydration - water intake to set water level - accumulated water rinsing - draining - spin spray dehydration N times (intermittent dehydration) ) - continuous dehydration - end. Although this method saves time to a certain extent, there are still some deficiencies. 1. The common fast program is once washing and once rinsing, and this program has added two spin spray dehydration on this basis, so that The time is extended, and the effect of saving time is not obvious. 2. When washing, the method of washing softly while entering water is used to save time, but when rinsing, the control method of rinsing with accumulated water after entering the set water level is adopted again, which does not save time. People expect a kind of technical scheme that can overcome above-mentioned defective to produce as soon as possible always.

Contents of the invention

The invention aims to solve the technical problem of water and time consumption in the prior art.

In order to achieve the purpose of solving the above-mentioned technical problems, the technical solution of the present invention is a quick laundry program method for a fully automatic washing machine, which is characterized in that: follow the steps below:

A. Water intake process: (1), the water intake reaches 1 water level, the clutch motor is turned on, the drainage pump turns on the internal circulation, the inner bucket and the pulsator rotate at a slow speed at the same time, and the water intake reaches 1/2 of the set water level; (2), When the clutch motor is powered off, the drain pump is still open for internal circulation, and performs gentle water flow until the water reaches the set water level;

B. Washing process: the drainage pump is still open for internal circulation, the washing time T is 3 to 8 minutes, and then the balance water flow T ₁ is 10 to 30 seconds;

C. Intermittent dehydration: the clutch motor is turned on, the drain valve is opened, the inner barrel and the pulsator turn and stop, and the time T ₂ is 1 to 2.5 minutes, so that the water in the inner barrel is drained;

D. Two-in-one drifting and throwing: continuous dehydration for 30-65 seconds, the opening time of the water inlet valve is 1/4-3/4 before the continuous dehydration time, so cycle 2-4 times, the water inlet valve is closed, and continuous dehydration is continued for 30-30 seconds 90 seconds, inertial dehydration for 10-40 seconds, brake for 4-6 seconds, drain valve closed, brake.

When the water enters to the 1 water level, it is the position where the water enters without the pulsator.

In the step C, the time for the inner barrel and the pulsator to stop and move is 7-12 seconds/12-18 seconds.

Compared with the prior art, the present invention has the following advantages and effects: 1. When the washing machine is fed with water, the drainage pump performs internal circulation, which plays the role of waterfall water flow, so that the detergent can be dissolved quickly and effectively, and at the same time, it rotates at a slow speed inside, so that The high-concentration washing liquid can evenly fall on the washing clothes, and the clothes are fully soaked, which not only saves time, but also improves the washing effect. 2. During the washing process, the washing liquid is continuously circulated between the clothes and the inner and outer barrels under the action of the internal circulation of the drainage pump, so that the washing liquid can fully contact the clothes, and the strong water flow formed by the pulsator rotation and the inner circulation of the drainage pump together The method can quickly separate the dirt from the fibers of the clothes, and washing in this way for 5 minutes is enough to compare with the washing effect of ordinary washing programs for 12 minutes. 3. Using the dehydration method with water, the dirt and foam floating in the washing liquid can be climbed to the overflow port through centrifugal action, so that the dirt and foam can be discharged first, which overcomes the floating in the washing liquid when the existing washing process is drained and dehydrated. Dirt and foam fall on the clothes, and the phenomenon that the dirt and foam cannot be discharged during spinning. 4. The present invention can shorten about 2/3 of the laundry time for the clothes with the same degree of dirt; the present invention can save about 2/3 of the water consumption for the same laundry capacity.

Detailed ways

Embodiment 1, carry out according to the following steps:

A. Water intake process: (1) When the water reaches 1 water level (where there is no pulsator in the water), the clutch motor is turned on, the drainage pump turns on the internal circulation, the inner bucket and the pulsator rotate at a slow speed at the same time, and the water reaches the set water level 1/2 of that; (2), the clutch motor is powered off, and the drainage pump still turns on the internal circulation, and performs gentle water flow until the water reaches the set water level;

B. Washing process: the drain pump is still open for internal circulation, the washing time T is 5 minutes, and then the balance water flow T ₁ 20 seconds;

C. Intermittent dehydration: the clutch motor is turned on, the drain valve is opened, the inner barrel and the pulsator turn and stop and jog (the jog time is 10/15 seconds, that is, turn for 10 seconds and stop for 15 seconds), time T ₂ 1.5 minutes, so that the water in the inner barrel Finished;

D. Two-in-one drift and spin: continuous dehydration for 45 seconds, the opening time of the water inlet valve is 1/2 before the continuous dehydration time, so cycle 3 times, the water inlet valve is closed, continuous dehydration is continued for 70 seconds, inertial dehydration is 30 seconds, brake 5 Seconds, the drain valve is closed and the brake is applied.

Embodiment 2, carry out according to the following steps:

A. Water intake process: (1) When the water reaches 1 water level (where there is no pulsator in the water), the clutch motor is turned on, the drainage pump turns on the internal circulation, the inner bucket and the pulsator rotate at a slow speed at the same time, and the water reaches the set water level 1/2 of that; (2), the clutch motor is powered off, and the drainage pump still turns on the internal circulation, and performs gentle water flow until the water reaches the set water level;

B. Washing process: the drainage pump is still open for internal circulation, the washing time T is 3 minutes, and then the balance water flow T ₁ 30 seconds;

C. Intermittent dehydration: the clutch motor is turned on, the drain valve is opened, the inner bucket and the pulsator stop and move (the jog time is 7/12 seconds), and the time T ₂ is 1 minute, so that the water in the inner barrel is drained;

D. Two-in-one drift and spin: continuous dehydration for 30 seconds, the opening time of the water inlet valve is 1/4 before the continuous dehydration time, so cycle 4 times, the water inlet valve is closed, continuous dehydration for 30 seconds, inertial dehydration for 10 seconds, brake 4 Seconds, the drain valve is closed and the brake is applied.

Embodiment 3, carry out according to the following steps:

A. Water intake process: (1) When the water reaches 1 water level (where there is no pulsator in the water), the clutch motor is turned on, the drainage pump turns on the internal circulation, the inner bucket and the pulsator rotate at a slow speed at the same time, and the water reaches the set water level 1/2 of that; (2), the clutch motor is powered off, and the drainage pump still turns on the internal circulation, and performs gentle water flow until the water reaches the set water level;

B. Washing process: the drainage pump is still open for internal circulation, and the washing time T is 8 minutes, and then, balance the water flow T ₁ for 10 seconds;

C. Intermittent dehydration: the clutch motor is turned on, the drain valve is opened, the inner barrel and the pulsator stop and move (jog time is 11/16 seconds), and the time T ₂ is 2.5 minutes, so that the water in the inner barrel is drained;

D. Two-in-one drift and spin: continuous dehydration for 65 seconds, the opening time of the water inlet valve is 3/4 before the continuous dehydration time, so cycle 2 times, the water inlet valve is closed, continuous dehydration for 90 seconds, inertial dehydration for 40 seconds, brake 6 Seconds, the drain valve is closed and the brake is applied.

Embodiment 4, carry out according to the following steps:

A. Water intake process: (1) When the water reaches 1 water level (where there is no pulsator in the water), the clutch motor is turned on, the drainage pump turns on the internal circulation, the inner bucket and the pulsator rotate at a slow speed at the same time, and the water reaches the set water level 1/2 of that; (2), the clutch motor is powered off, and the drainage pump still turns on the internal circulation, and performs gentle water flow until the water reaches the set water level;

B. Washing process: the drainage pump is still open for internal circulation, the washing time T is 6 minutes, and then the balance water flow is T ₁ 28 seconds;

C. Intermittent dehydration: the clutch motor is turned on, the drain valve is opened, the inner barrel and the pulsator stop and move (jog time is 12/18 seconds), and the time T ₂ is 2.2 minutes, so that the water in the inner barrel is drained;

D. Two-in-one drift and spin: continuous dehydration for 55 seconds, the opening time of the water inlet valve is 2/3 before the continuous dehydration time, so cycle 4 times, the water inlet valve is closed, continuous dehydration is continued for 80 seconds, inertial dehydration is 35 seconds, brake 5 Seconds, the drain valve is closed and the brake is applied.

Claims (2)

1, the quick program for washing method of a kind of automatic washing machine is characterized in that: carry out according to the following steps:

A, water inlet process: (1), 1 water level of intaking, 1 water level of intaking are that into water does not have the position of impeller, and the clutch motor is opened, and draining pump is opened interior circulation, and interior bucket and impeller rotate 1/2 of the designated water level of intaking simultaneously at a slow speed; (2), clutch motor outage, draining pump is still opened interior circulation, carries out soft current, until the designated water level of intaking;

B, washing process: draining pump is still opened interior circulation, and wash time T then, carried out balance current T at 3～8 minutes ₁10～30 seconds;

C, intermittently dehydration: the clutch motor is opened, and draining valve is opened, and it is moving that interior bucket and impeller change rest point, time T ₂1～2.5 minute, the water in making in the bucket was arranged;

D, float get rid of two-in-one: continuous dehydration 30～65 seconds, water intaking valve service time is that the continuous dehydration time is preceding 1/4～3/4, so circulates 2～4 times, water intaking valve is closed, and continues continuous dehydration 30～90 seconds, inertia dehydration 10～40 seconds, braked draining valve closure, brake 4～6 seconds.

2, program for washing method according to claim 1 is characterized in that: bucket and impeller change the moving time of rest point for changeing 7～12 seconds in the described C step, stop 12～18 seconds.