KR100211263B1 - How to wash your washing machine - Google Patents

Abstract

The present invention relates to a washing method of a washing machine to increase the soaking effect during washing to greatly improve the washing power of the laundry.

The present invention is a detergent dissolution step (31) for dissolving the detergent and the detergent set in the detergent dissolving step (31) by putting a detergent with water supply at a high level in the initialization state and rotating the pulsator in the state in which the water supply and detergent is added The water supply completion determination step 32 for determining whether the water supply is completed, and if the detergent dissolution is completed by determining whether the detergent is completed when the water supply is completed, the laundry is put in and the laundry is put in a predetermined state set in the laundry. Soaking step 35, which is called while rotating the pulsator once and for one minute during the time, and washing step of performing a washing stroke which is a randomly set washing stroke while judging whether soaking is completed in the soaking step 35. It is made to (37), by reducing the deviation between the laundry during washing, characterized in that to greatly improve the cleaning power Shall be.

Description

How to wash your washing machine

The present invention relates to a washing method of the washing machine, and more particularly, to a washing method of the washing machine to increase the soaking effect during washing to greatly improve the washing power of the laundry.

In general, the washing force in the washing machine, that is, the degree of washing, can achieve the desired purpose by differentiating washing methods as well as structural improvements such as the shape of the pulsator, the water flow intensity, the water flow time, the water flow shape, and the shape of the washing tank.

In addition, the recent evaluation of the washing performance is in the tendency to focus on uniform washing, that is, washing drift to reduce the washing deviation evenly, rather than the premise washing degree.

However, in the current washing machine, the laundry deviation caused by the strong water friction at the time of washing caused the twisting of the fibers and the laundry located in the upper and lower parts of the washing tank, so that the laundry deviation between the laundry after washing appears as shown in Table 1 below.

TABLE 1

Therefore, when the laundry is washed in a state where the laundry is wet for a predetermined time, the laundry may be previously separated from the laundry by the wet, thereby minimizing the laundry deviation due to the flow (friction) conditions between the laundry.

Therefore, by performing the soaking washing before the laundry at the time of washing, washing to reduce the washing deviation between laundry, conventionally, soaking washing before washing is generally performed only soaking laundry with high degree of contamination In this case, the soaking is simply a soaking function, that is, wet and long time in the state of putting laundry and detergent, as well as intermittently rotating the pulsator so that the soaking time is unnecessarily longer, and the desired soaking effect is achieved. I had a problem that I could not get.

The present invention is intended to be able to greatly improve the washing power by reducing the laundry deviation between the laundry after the laundry is completed by sufficiently performing the wetting action for the laundry.

In order to achieve the above object, the present invention provides a detergent with a water supply in an initial state, and dissolving the detergent detergent by rotating the pulsator forward and reverse according to the washing water level, and the predetermined detergent dissolution in the step. When the time is completed, the laundry is put in, and the pulsator is rotated once and one minute, and then reversed. The washing is performed a predetermined number of times, and when the washing is completed in the step, the washing is performed by a predetermined washing stroke. , Rinse, characterized in that consisting of steps to perform a dehydration stroke.

1 is a schematic control block diagram of a washing machine applied to the present invention

Figure 2 is a flow chart for the washing method of the present invention washing machine

* Explanation of symbols for main parts of the drawings

A: Operation signal input part B: Micom

C: Water supply and drainage part D: Water level detection part

E: Motor drive bar: Detergent concentration tester

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic control block diagram of a washing machine applied to the present invention, a driving signal input unit (A) for inputting a driving signal for a washing, rinsing, and dehydrating operation, which is a series of washing operations, and the driving signal input unit (A). The microcomputer (b) controlling each driving unit by controlling the driving signal inputted by the predetermined program and outputting the controlled signal, and the washing water is supplied by the control signal of the microcomputer (b). The water supply and drainage part (D) for draining the wash water, the water level sensing unit (D) for sensing the water level of the wash water and the water drained in the water supply and drainage part (C), and the Washing and rinsing by rotating the motor forward and backward according to the control signal, and a motor driving part (e) for dehydration by rotating the washing tank at high speed, and a detergent dissolving agent that detects detergent dissolution concentration by the control signal of the microcomputer (b). It will consist of a hayeoseo detector (F).

Figure 2 is a flow chart for the washing method of the washing machine applied to the present invention, the water supply and detergent input step 30, and the water supply and detergent input step 30, the detergent and the water input to the high water level in the initial state; Water dispensing step (31) for dissolving the detergent by rotating the pulsator in the state in which the water and detergent is added, and water supply completion to determine whether the water supply is completed at the set high water level during the detergent dissolving step (31) Determination step 32 and, if the water supply is completed in the water supply completion determination step 32, detergent dissolution completion determination step 33 to determine whether the detergent dissolution is completed, detergent dissolution completion determination step 33 When the laundry is completed, the laundry input step (34) and the laundry injecting the laundry in the laundry input step 34, the pulsator once a predetermined time for a predetermined time, The soaking step (35) and the soaking step by one minute, the soaking completion step (36) to determine whether the soaking is completed in the soaking step (35), and if the soaking is completed in the soaking determination step 36 The washing step 37 is performed to perform a washing stroke which is a set of washing strokes.

Referring to the operation of the present invention made as described above are as follows.

First, when the washing machine is initialized by applying power to the washing machine, the microcomputer (b) of the washing machine goes to the water supply and detergent input step 30 to control the water supply and drainage drive unit (c) to supply water to the washing tank arbitrarily set (high water level). In addition to the detergent will be added.

Subsequently, in the state where the water supply and the detergent are being injected, the microcomputer (b) goes to the detergent dissolving step 31 to control the motor driving part (e) to dissolve the detergent, while rotating the pulsator forward and backward. The water supply completion judging step 32 determines whether the water supply is completed at a predetermined level (high water level) through the water level detection unit (D), and if the water supply is not completed at this time, Water supply proceeds until water supply is completed at a predetermined water level, and if water supply is completed at the predetermined water level, the microcomputer (b) determines that the detergent dissolved in the laundry is not dissolved in the laundry. Going to (33), it is determined whether the added detergent has been dissolved, and if the detergent dissolution is not completed, until the detergent dissolution is completed. The detergent is dissolved by rotating the pulsator forward and backward.

Meanwhile, when the added detergent is dissolved, the microcomputer (b) goes to the laundry input step 34 and puts the laundry to be washed in the washing tank, and then goes to the soaking step 35 to reduce the washing deviation between the laundry. By controlling the motor driving part (e), the pulsator is rotated forward and reverse for one minute once, and the pulsator is rotated for a predetermined time (60 minutes) to be called.

During the soaking process as described above, the microcomputer (b) goes to the soaking completion determination step 36 to determine whether the predetermined predetermined soaking time (60 minutes) is completed. If the time (60 minutes) is not completed, the microcomputer (b) proceeds to the call until the soaking time is completed, and if the soaking is completed, the washing step 37 by a preset series of washing administration Go to the laundry.

TABLE 2

As described above, when the washing degree of the laundry was measured before the washing was completed, as shown in Table 2, when the washing deviation was soaked for 30 minutes, it appeared as 5.9, and when the washing was performed for 60 minutes, the washing was 4.2. When the 90 minutes of soaking proceeded to 3.4 and 120 minutes of soaking to 3.2. will be.

As described above, the present invention supplies water to a high water level during a series of washing administrations, and adds detergent, rotates the pulsator to dissolve the detergent, and then adds laundry to the pulsator for a predetermined time. By performing a soaking washing by rotating it forward and reverse for 1 minute to reduce the washing deviation between laundry, the washing process is performed, thereby providing the effect of washing while greatly improving the washing power during washing.

Claims (1)

Detergent dissolution step (31) for dissolving the detergent by dispensing the detergent with water supply in the initial state and the water supply and detergent in the state in which the water and detergent is put, and the water supply to the high water level set in the detergent dissolution step (31) Water supply completion determination step 32 to determine whether it is completed, and when the water supply is complete, if the detergent dissolution is completed by judging whether the detergent is completed, the laundry is put in and pulsing for a predetermined time arbitrarily set in the laundry state The soaking step 35, which is called while rotating the data once and a minute, and the washing step 37, which performs a washing stroke which is a randomly set washing stroke while determining whether the soaking is completed in the soaking step 35, is performed. Washing method of a washing machine characterized in that made to.

Images