KR970001332B1 - Drycleaning and silk cleaning method of an automatic washing machine - Google Patents

Abstract

Pressing the dry cleaning selection button, whether the dry cleaning washing is selected is judged. When the dry cleaning selection is detected, the water is supplied and at the same time, the rotary wings are rotated, thinning the dry cleaning detergent, and as the water supply is completed, the rotary wings conduct left, right on, 5 second off for a certain period of time to process the washing. Further the washing is finished, then the water is drained out, having the new water start to be supplied for the rotary wings conduct the process of left right on for 3 second, 5 second off two times for a certain period of the time for carrying out the rinsing process.

Description

Dry cleaning and silk washing method of automatic washing machine

1 is a flowchart in a state in which the present invention is applied.

The present invention relates to a dry cleaning and silk washing method of a fully automatic washing machine.

In particular, by adjusting the rotation speed and time of the rotor blades, dry cleaning washing of laundry can be performed and damage to the cloth such as silk (silk) or wool (WOOL) is relatively thin. The present invention relates to a dry cleaning laundry method of a full-automatic washing machine without washing.

In general, the automatic washing machine performs washing, rinsing and draining, and dehydration administration sequentially by sequentially setting the program, and washes the laundry. The automatic washing machine puts the laundry into the washing tank and supplies the washing water in a small number of places. When the driving unit is rotated at a predetermined rotational speed to detect the washing water suitable for the laundry, the detected amount of washing water is freshwater into the reservoir through the water supply port.

When the water supply of the wash water is completed, the rotor is rotated for a predetermined time to wash the laundry. When the driving unit is driven, the rotor is rotated left and right for a predetermined time, thereby generating a current of rotation of the wash water. Due to the rotational friction of the water flow, the laundry is washed.

When the washing administration is completed, the drain valve is opened, when the wash water in the reservoir is drained through the drainage hose, the drain valve is closed and the new wash water is put into the reservoir through the water inlet. The rotor blades are rotated for a predetermined time to rinse the laundry.

When the rinsing stroke is completed, the drain valve is opened and the washing water rinsing the laundry is completely drained through the drain hose, and then the dehydration stroke is started. The dewatering stroke is first opened by the drain valve and the washing tank is coupled to the rotor by mechanical operation. When the driving unit is driven in the state, the washing tank is rotated at a high speed in one direction for a predetermined time, so that the washing water is dehydrated by the high-speed rotating centrifugal force and the washing is completed.

However, the automatic washing machine as described above is set at a rotational speed such that the rotational speed of the rotating rotor rotated during washing and the rotational speed of the washing tank during dehydration do not damage general laundry. When washing the laundry in the washing machine, the rotary centrifugal force of the rotor blades during washing and the rotary centrifugal force of the washing tank during dehydration are so strong that the fabric is severely damaged by the rotor blades and the washing tank and the shrinkage occurs severely, thus discarding the laundry. If you want to wash your laundry, the laundry will be matched to the laundry. The washing fee is too expensive, which has increased the economic burden of the consumer. Especially, it collects several people's laundry and washes them all at once. Such as wearing with there was.

In the present invention, in view of the conventional defects as usual, the object is to reduce the economic burden by allowing simple washing at home even without the damage to the thin cloth, such as silk or wool, thin shrinkage is severe In addition, to provide a dry cleaning and silk washing method of the automatic washing machine to eliminate the unsanitary washing preconceived notions, so that you can wear clothes clean and clear.

The present invention for this purpose is to receive a signal from the microcomputer when pressing the dry cleaning selection button to dry the laundry in a state that does not damage the laundry, and when the silk washing selection button is pressed to receive a signal from the microcomputer It is characterized in that the silk washing method for washing the laundry in a state in which the cloth does not damage the thin silk laundry.

Hereinafter, an embodiment of the present invention will be described in detail.

First, the laundry method 100 for washing general laundry is to put laundry into the washing tank and then apply power to the washing machine, and a small amount of washing water is supplied to the water storage tank so that the rotor blade is gradually rotated to the left and right for a predetermined time to set an appropriate amount of washing to the laundry. The water supply step 110 for supplying the wash water, and when the water supply of the wash water is completed by the water supply step, the driving unit is driven to rotate the rotor blades to the left and right for a predetermined time to generate the rotational water flow of the washing water Washing step 120 to wash the laundry by the rotational friction, and when the laundry is completed by the washing step when the wash water is stored in the lower address completely drained through the drainage hose to supply new wash water through the water inlet The rinsing step 130 to rinse the laundry two times and the rinsing the laundry by the rinsing step When the drain valve is opened, when the wash water in the water tank is drained, the drainage valve is opened and the driving unit is driven when the washing tank and the rotor blade are coupled by mechanical operation to rotate the washing tank at a high speed in one direction for a predetermined time. It consists of a dehydration step 140 to dehydrate the wash water.

The washing method as described above is the same as in the prior art, but in the present invention, when the dry cleaning selection button is pressed, the dry cleaning laundry method 200 for dry cleaning the laundry in a state that does not damage the laundry by receiving a signal from the microcomputer and silk, Pressing the selection button is equipped with a silk washing method 300 for washing the laundry in a state that does not damage the laundry of the thin silk cloth receives a signal from the microcomputer.

In more detail, first, when the dry cleaning washing method 200 is viewed, a dry cleaning selection step 210 for determining whether the dry cleaning laundry is selected by pressing a dry cleaning selection button and a predetermined amount when the dry cleaning selection is detected The water is supplied to the washing water at the same time and the rotary blade is rotated to dilute the dry cleaning detergent, and when the water supply of the washing water is completed by the water supply step, the rotor blade is left, right 3 seconds on, 5 seconds off predetermined Washing step 230 for washing the laundry by performing for a time, and when the washing of the laundry is completed by the washing step, the wash water is drained, the new wash water is supplied to the rotary rotor left and right 3 seconds on, 5 seconds off stroke The rinsing step 240 to rinse the laundry two times for a predetermined time, and when the rinsing step is completed, the driving unit in the state in which the wash water is drained The washing tank is turned on in one direction for 4 seconds on, 5 seconds off and once, and then 2 seconds on, 5 seconds off and 7 times. Then, 1 second is turned on and completely stopped to settle in the laundry. It is made of a dehydration step 250 to perform the dehydration of the laundry.

In addition, the silk washing method 300 is a silk washing selection step 310 to determine whether the silk washing course is selected, and when the silk washing is selected, a small amount of washing water is supplied, and at the same time a dilution of the detergent water feeding step 320 And, the washing step to perform the laundry without damaging the thin silk laundry by performing a state for a predetermined time by rotating the rotor left, right 0.4 seconds, 5 seconds off by the drive of the drive unit when the water supply step is completed. 330 and, when the washing step is completed, the fresh water is drained into the water tank, and the washing water is drained, and the new washing water is supplied to the rotor blades for 0.4 seconds on, 5 seconds off and left for a predetermined time. When the rinsing step 340 for performing the rinsing step and the rinsing step is completed, the washing tank is once performed 4 seconds on, 5 seconds off in one direction by the drive of the drive unit, and again 2 seconds on, 5 seconds off, After performing about seven times, and then for 1 second, the dehydration step 350 to dehydrate the wash water precipitated in the laundry to the end.

Referring to the washing method and the effect of the present invention made as described above are as follows.

First, the laundry method 100 of general laundry is supplied with power in a state in which laundry is put in a washing tank, and then waits for a signal for a predetermined time in the microcomputer, and if there is no signal even after the predetermined time has elapsed, it is recognized as a general washing method. When the microcomputer sends a signal to the water supply step 110, the rotor blade is finely rotated in a state in which a small amount of the washing water is supplied into the water reservoir to detect the washing amount of the laundry so that the appropriate amount of the washing water is required for washing.

When the water supply of the washing water is completed by the water supply step, a signal is applied to the washing step 120 to wash the laundry, which is generated by the rotational centrifugal force when the rotor blade is rotated for a predetermined time by the driving unit. Due to the rotating friction of the washing water is to be washed laundry.

When the laundry is completed by the washing step, the drain valve is opened and the wash water contained in the water reservoir is drained through the drainage hose and when the drain is closed, the open drain valve is closed and the microcomputer sends a signal to the rinsing step 130 to rinse. When the proper amount of washing water is required to be fresh water into the reservoir through the water inlet, the rotor blade is rotated left and right for a predetermined time to rinse the laundry.

This rinsing process is performed two times in the same manner to rinse the laundry cleanly.

When the rinsing of the laundry is completed by the rinsing step so that the thetagood is completely drained through the drainage hose, the dehydration step 140 is performed, which is performed when the washing tank and the rotor blade are coupled by mechanical operation while the drain valve is open. When the washing tank rotates at a high speed for a predetermined time by driving of the driving unit, the washing water deposited on the laundry is dehydrated by the rotational centrifugal force of the washing tank, thereby completing washing of the laundry.

The washing method as described above is the same as the conventional method for washing laundry, and in the present invention relates to a dry cleaning washing method 200 and a silk washing method 300, first, in the washing tank of the dry cleaning washing method 200. When the dry cleaning detergent is put in and then the dry cleaning selection button is pressed, when the dry cleaning selection step 210 receives the signal, the dry cleaning washing method 200 is sequentially performed to perform dry cleaning washing.

That is, when the dry cleaning washing method 210 transmits a signal to the microcomputer, when the microcomputer sends a signal to the water supply step 220, a small amount of washing water is supplied from the water supply port to the water storage tank.

When a small amount of the wash water is supplied, the rotor blade is rotated at a minute rotation speed for a predetermined time to dilute the detergent and at the same time continue to supply a predetermined amount of the wash water.

When the washing water is supplied by the water supply step and the dilution of the detergent is completed, a signal is applied to the washing step 230 to perform dry cleaning washing. The laundry is introduced into the washing tank before the washing step is performed.

When a signal is applied to the washing step 230 in the state in which the laundry is put into the washing tank, the rotor blade is rotated for a predetermined time to the left and right by driving of the driving unit, that is, the rotor blade is rotated to the left for 3 seconds and has a stop time of 5 seconds. Again, the rotor blade is rotated to the right for 3 seconds, and then the laundry is washed by performing a continuous washing stroke for a predetermined time, which is stopped for another 5 seconds.

When the washing operation is completed by the washing step, the wash water contained in the water reservoir is drained, and at the same time, a signal is applied to the rinsing step 240 to perform the rinsing cycle of the laundry after the washing.

That is, when a suitable amount of washing water for rinsing laundry is supplied to the reservoir, the rotor blades are rotated left and right for a predetermined time by driving of the driving unit to rinse the laundry, wherein the rotor blades are left to the same as the washing step 230. It rotates for 3 seconds, has a stop time of 5 seconds, and then performs a continuous relationship for a predetermined time, which is rotated again for 3 seconds to rinse the laundry.

At this time, the rinsing step of the laundry is performed twice, so as to rinse the detergent and scum stained with the laundry.

When the rinsing of the laundry is completed by the rinsing step, the water is passed to the dehydration step 250 to dehydrate the wash water precipitated in the laundry. First, when the driving unit is driven in a state where the rotor is coupled by the mechanical operation, the washing tank is driven. The water is rotated in one direction for a predetermined time to dehydrate the wash water.

That is, if the washing tank rotated in one direction is rotated for 4 seconds, and one dehydration stroke is stopped for 5 seconds, then it is rotated for 2 seconds and the stop stroke of 5 seconds is operated about 7 times, then rotates for 1 second again. As a result, the dehydration process is completed and completely dehydrates the wash water deposited in the laundry.

In addition, when the silk washing method 300 is described, when the detergent of silk washing is put into the washing tank and the selection button of the silk washing is pressed, the silk washing method 300 sequentially receives the signal from the silk washing selection step 310. It is carried out to perform the washing of the silk laundry.

That is, when the signal is transmitted to the microcomputer in the silk washing selection step 310, the microcomputer sends a signal to the water supply step 320 so that a small amount of washing water is supplied from the water supply port to the water storage tank.

When a small amount of washing water is supplied, the rotor blade is rotated at a minute rotation speed for a predetermined time to dilute the detergent and at the same time continue to supply the predetermined amount of washing water.

When the washing water is supplied by the water supply step and the dilution of the detergent is completed, a signal is applied to the washing step 330 to wash the silk laundry. The laundry is introduced into the washing tank before the washing step is performed. .

When a signal is applied to the washing step 330 while laundry is put in the washing tank, the rotor blade is rotated for a predetermined time to the left and right by driving of the driving unit, that is, the rotor blade is rotated to the left for 0.4 seconds and has a stop time of 5 seconds. Again, the rotor blade is rotated to the right for 0.4 seconds, and then the laundry is washed by performing a continuous washing stroke, which is stopped for another 5 seconds, for a predetermined time. More specifically, the laundry of silk is not immersed in the washing water. When the laundry is injured on the upper surface of the washing water, when the rotor blade is rotated for 0.4 seconds to generate the rotating water, the washing is performed by the rotating frictional force of the rotating water while the laundry is lowered by the rotating water. .

At this time, the rotor blade is rotated for about 0.4 seconds to generate a rotary water flow so that the laundry is not in contact with the rotor blade does not cause any damage to the cloth.

When the rotor blades are rotated for 0.4 seconds, a stop time of about 5 seconds is achieved. At this time, the rotational flow of a predetermined pressure generated by the rotation of the rotor blades is reduced, and at the same time, the laundry lowered to the lower part of the washing water is washed by its own floating force. It will rise to the top.

In this state, if the rotor blade is rotated to the right for 0.4 second again, the rotating water flows to the laundry, and the laundry is lowered and the laundry is washed by the rotating friction force, so that the laundry is cleaned without the cloth being damaged by the rotor blade. Washed.

When the washing operation is completed by the washing step, the wash water contained in the water reservoir is drained, and at the same time, a signal is applied to the rinsing step 340 to perform a rinsing stroke of the laundry after the washing.

That is, when a suitable amount of washing water is rinsed into the water tank, the rotor blades are rotated left and right for a predetermined time by the driving unit to rinse the laundry while the rotor blades are flushed to the left side as in the washing step 330. It rotates for 0.4 seconds, has a stop time of 5 seconds, and then performs a series of relationships continuously rotated for 0.4 seconds to the right for a predetermined time to rinse the laundry.

At this time, the rinsing step of the laundry is performed two times to rinse the detergent and stains on the laundry.

When the rinsing of the laundry is completed by the rinsing step, the process proceeds to the dehydration step 350 to dehydrate the wash water precipitated in the laundry. First, when the driving unit is driven in a state in which the washing tank and the rotor blade are coupled by a mechanical operation, the washing tank Is rotated in one direction for a predetermined time to dehydrate the wash water.

In other words, if the washing tank rotated in one direction is rotated for 4 seconds, and one dehydration stroke is stopped for 5 seconds, then it is rotated for 2 seconds and the stop stroke of 5 seconds is operated about 7 times, and then rotates for 1 second. As a result, the dehydration process is completed and completely dehydrates the wash water deposited in the laundry.

Therefore, the present invention can easily wash dry cleaning and silk washing in the home without damaging the cloth, thereby reducing the economic burden of consignment to the laundry, and various laundry is temporarily By eliminating the unsanitary preconceived notions that come from the process of being washed, it is possible to dress in a clean and clear mood.

Claims (10)

The rotor is rotated to the left and right for a predetermined time by driving the drive unit to wash the laundry, and the washing tank is rotated at a high speed in one direction while the laundry tank and the rotor blade are coupled by mechanical operation to dehydrate the wash water deposited on the laundry. In the fully automatic washing machine, when the dry cleaning selection button is pressed, the signal is received by the microcomputer and the rotation time and the rotational flow of the rotor blades during washing are generated so as not to damage the laundry. Dry cleaning laundry method of a full-automatic washing machine, characterized in that the dry cleaning washing method 200 to perform the dry cleaning of the laundry. The rotor is rotated to the left and right for a predetermined time by driving the drive unit to wash the laundry, and the washing tank is rotated at a high speed in one direction while the laundry tank and the rotor blade are coupled by mechanical operation to dehydrate the wash water deposited on the laundry. In the fully automatic washing machine, when the silk washing selection button is pressed, the signal is received by the microcomputer, and the left and right rotation time and the rotational flow of the rotor blade rotated during washing are set so that the washing time and the rotational flow of the laundry are not in contact with the rotor. The laundry is washed without damaging the cloth, and when dehydrated, the laundry can be washed with thin cloth such as silk by giving a rotation speed and a rotation time such that the laundry is not damaged by friction with the washing tank. Fully automatic washing machine, characterized in that the silk washing method 300 is provided so that Ningbo washing methods. The method of claim 1, wherein the dry cleaning method 200 includes a dry cleaning selection step 210 for determining whether the dry cleaning laundry is selected by pressing a dry cleaning selection button, and a predetermined amount of washing water is detected when the dry cleaning selection is detected. At the same time the water is rotated and the rotor blade is rotated to dilute the detergent, and when the water supply of the wash water is completed by the water supply stage, the rotor blades left, right 3 seconds on, 5 seconds off for a predetermined time to wash the laundry Washing step 230 for washing the laundry, and when the laundry is completed by the washing step, the wash water is drained, the new wash water is supplied to the rotary rotor left, right 3 seconds on, 5 seconds off, the stroke for a predetermined time A rinsing step 240 for rinsing the laundry two times, and when the rinsing step is completed, the washing tank is turned on for 4 seconds in one direction by the driving unit while the washing water is drained, 5 Dehydration to perform off, state once, turn on again for 2 seconds, turn off 5 times, turn off about 7 times, and then turn on and off for 1 second and stop completely to perform dehydration of the wash water precipitated in the laundry. Dry cleaning washing method of a full automatic washing machine, characterized in that step (250). The method of claim 2, wherein the silk washing method 300 is a silk washing selection step 310 to determine whether the silk washing course is selected by pressing the silk selection button, and when the silk washing is selected, a small amount of washing water is supplied, The water supply step 320 for diluting the detergent, and when the water supply step is completed, the rotor blade is left and right 0.4 seconds on, 5 seconds off, by the driving of the drive for a predetermined time to damage the thin silk cloth Washing step 330 to perform the washing without giving, and when the washing step is completed, the fresh water in the reservoir is drained, the new wash water is supplied to the rotor blades left and right 0.4 seconds on, 5 seconds off, state A rinsing step 340 is performed two times for a predetermined time to rinse the laundry, and when the rinsing step is completed, the washing tank is once driven by 4 seconds on and 5 seconds off in one direction by driving of the driving unit. 2 seconds on, 5 seconds off, and then perform about 7 times the state, and then 1 second on, characterized in that consisting of a dehydration step 350 for dehydrating the wash water precipitated in the laundry to the end Dry cleaning washing method of full automatic washing machine. 4. The method of claim 3, wherein the left and right rotational times of the rotor blades are rotated for about 3 seconds and stopped for about 5 seconds when the dry cleaning laundry is washed. 4. The method of claim 3, wherein the left and right rotational times of the rotor blades are rotated for about 3 seconds and stopped for about 5 seconds when the dry cleaning laundry is washed. The rotational time of the washing tub rotated in one direction when the dry cleaning laundry is dewatered is performed once for a rotational time of about 5 seconds and then rotated for about 2 seconds and then about 5 seconds. Dry cleaning washing method of the fully automatic washing machine, characterized in that to perform seven times of rotation time to stop for a second, and to completely stop after performing the rotation time to rotate for about one second again. The method of claim 4, wherein the left and right rotation time of the rotor blade during the washing of the silk laundry is rotated for about 0.4 seconds and stopped for about 5 seconds. The method of claim 4, wherein the left and right rotational times of the rotor blades are rotated for about 0.4 seconds and stopped for about 5 seconds when rinsing the silk laundry. The method of claim 4, wherein the spinning time of the washing tub rotated in one direction when the silk laundry is dewatered is rotated for about 4 seconds and stopped for about 5 seconds, and then rotated for about 2 seconds and then rotated for about 5 seconds. 7. The dry cleaning washing method of a full-automatic washing machine according to claim 6, wherein the rotating time is stopped seven times, and the rotation time is rotated for about one second.