KR20020075483A - Washing method containing silver and the washing machine - Google Patents

Abstract

PURPOSE: A washing method for adding silver to washing water and a washing machine thereof are provided to improve the extermination effect of the harmful bacterium by electrolyzing silver to the washing or rinsing water. CONSTITUTION: A washing machine for adding silver to washing water includes silver electrolyzing elements(A1) mounted to an inlet part of a water supply pipe for electrolyzing silver to water supplied for washing or rinsing, wherein each of the silver electrolyzing elements includes a silver case(30) fixed to the body part thereof, a valve for opening or closing the silver case, a silver screw(50) mounted in the body part to rotate by the water pressure and having silver rods(40) formed at blade surfaces with a plurality of holes(170) for the power supply, a circuit part for alternately applying 24-34V DC power to the silver rods, and a microcomputer for controlling the power supply time period and the operation time.

Description

Washing method containing silver and its washing machine {.}

The present invention relates to a washing method containing silver and a washing machine, and more particularly, to a washing machine containing silver in laundry by minimizing contamination of waste water generated during washing and sterilization during washing.

Background Art A conventional washing machine has been developed from a washing machine for washing laundry to a washing machine for washing steamed laundry by introducing air bubbles.

Recently, the washing machine which contained ozone in laundry comes out,

In general, ozone washer is ozone-dissolved water when washing laundry by using the characteristics of ozone (O3), that is, excellent in oxidizing power and promoting decomposition of organic substances, sterilization, removal of odor components, and surfactant decomposition of detergents. , Refers to a washing machine having the function of sterilizing and disinfecting laundry using ozone water, and is generally adapted to control the ozone concentration of ozone water according to the amount of laundry or the water pressure and the contamination of laundry when water is supplied. It ensures optimal sterilization / disinfection function.

In addition, the washing machine is representative of a bubble ozone washing machine using air bubbles, which is washed by ozone-containing air bubbles by mixing ozone in the compressed air supplied into the washing tank to generate air bubbles. And to increase the sterilization effect.

However, such a conventional washing machine has a problem inferior to the present point in which a washing machine for simple washing pursues a healthy life.

In addition, the conventional method using ozone has been a problem in handling ozone and a handling problem that is too damaging to cope with accidental accidents.

Accordingly, the present invention is to provide a washing machine using an environmentally compatible silver solution without the environmental pollution when washing.

Another object of the present invention is to provide a washing machine using silver which has a bactericidal effect during washing and antibacterial activity even after washing.

Still another object of the present invention is to provide a washing method and a washing machine comprising silver using silver which is beneficial to the human body after washing.

The present invention for achieving the above object is characterized in that the laundry is supplied by supplying ionized water containing silver to the laundry through the silver electrolyte means when supplying water into the washing machine when washing or hanging.

In addition, alternating alternating current of 24 to 36 V in the circuit part is provided between the silver electrolytic generating means part mounted at the inlet and the outlet supplied to the reservoir of the washing machine and the silver electrode mounted at the inlet part at the time of washing or laundering. It was applied to the microcontroller to be applied in a timely manner to open and close the signal of the sensing unit for measuring the ionized water of 2ppm ~ 5ppm at the time of opening and closing.

1 is a block diagram showing a washing machine using a washing method containing silver of a preferred embodiment of the present invention,

2 is a partial cross-sectional view showing a silver electrolytic means of the washing machine containing silver of the present invention;

3 is a partial cross-sectional view showing a silver electrolytic means of the washing machine containing silver of another embodiment of the present invention;

4 is a cross-sectional view showing a lower reservoir of the present invention.

* Description of the symbols for the main parts of the drawings *

10,160: opening and closing sides 20, 80: body

30: silver tube 40: silver bar

50: non-conductor screw 60: circuit portion

70: microcomputer 90, 170: hole

120,130: electrode

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

The washing method and the washing machine containing the silver of the present invention shown in Figures 1 to 4 through the silver electrolytic generating means portion when supplying water into the washing machine at the time of washing or laundering the ion water containing silver in the laundry It is characterized by the supply and washing.

First, a method of washing laundry with silver-containing wash water by ionizing silver to water supplied during washing or laundering of a washing machine.

On the other hand, silver ionized water is supplied with DC power to the silver rods, but alternating to prevent the generation of silver debris and cross-feed for 4 ~ 6 minutes so that the wear of the silver rods is evenly distributed. In order to increase the contact area with water in (A1), a silver screw 50 mounted to rotate by water pressure was configured to maximize silver ionization (not shown in the washing machine in the washing machine 180). In addition, the reservoir 140 A plurality of holes 90 are formed in the body in front of the opening and closing side 10 of the drainage in front of the water pipe 100 and formed inside and fixed to the interior and the inside of the body 80, The silver bars were formed to apply power to the electrodes 120 and 130 of each silver tube and the silver bars to be silver ionized and washed.

The silver washing machine constituted by the silver washing method as described above includes silver electrolytic generating means (A1, A2) mounted at the inlet and the outlet supplied to the water storage tank 140 of the laundry at the time of laundering or laundering, and an electrolytic unit mounted at the inlet. Apply DC power to each silver electrode in the body by alternating 24 ~ 36V at the circuit part 60, and open and close the signal of the sensing sensor unit 150 to measure the ion water of 2ppm to 5ppm and the opening / closing sides 10 and 160 at the time of conducting. There is a feature configured to be controlled by the microcomputer 70 to be applied in time.

First, the silver electrolytic generating means (A1) is mounted on the inlet of the pipe for supplying water when washing or hanging, the opening and closing side 10, the silver tube 30 is fixed to the electrolytic unit body, and the body 20 A screw 50 having a plurality of holes 170 formed on the non-conductive wing surface of the silver rod 40 so as to be rotated by water pressure, but to be rotated by water pressure, and 24 to 36 V on each silver electrode of the electrolytic part. It consists of a circuit unit 60 for applying alternating DC power and the microcomputer 70 for controlling the power supply time and the operation time, and the silver electrode 190 according to the operation time and the operation time of the opening and closing sides 10 and 160 during washing or rinsing. It is configured to supply power.

3 and 4, the silver electrolytic generating means of the present invention is configured to be mounted to the lower end of the reservoir 140, but a plurality of holes 90 are formed in the body 80 is formed so that water in and out To be connected to the fixed silver tube 100, the circuit portion 60 for supplying alternating power to the silver rod 110 in the center of the body 80, and the microcomputer 70 for controlling the power supply time and operation time. Configured.

The silver ionized water detection sensor unit 150 is configured to measure the silver concentration at the time of turning and to select and operate the silver electrolytic generating means units A1 and A2 according to an applied value input to the microcomputer 70.

Referring to the operation of the present invention configured as described above in detail; When the water flowing in the laundry passes through the silver electrolytic generating means (A1, A2), the power is supplied from the microcomputer and the circuit unit 60 alternately supplies the power, and when the incoming water is blocked, the power is automatically supplied. Act to block.

At this time, in the silver electrolytic generating means (A1), the non-conductor screw 50 formed on the silver rod 40 rotated or stopped by the hydraulic pressure pierces a plurality of holes 160 in the wing surface to maximize the contact area with water. I was.

3 and 4 in the lower portion of the reservoir 140 of the present invention to maximize the silver ionization means portion is formed a plurality of holes 90 in the body 80 is formed so that the water in and out The microcomputer 70 controls the power supply time and operation time to the circuit part 60 which is alternately supplied with the DC power supply 24 to 36V to the silver tube 100 fixed to the inside and the silver rod 110 installed in the center of the body part. It was made.

Recognition of the time of opening or closing and opening (10,160) and silver ionized water to form 2ppm ~ 5ppm to sterilize various pathogens in the laundry.

In addition, by detecting the signal of the sensor unit 150 for measuring the silver ion water by the control value caused by the micro-electrolysis generating means (A1, A2) was selected to operate. The present invention is not limited to the above-described features are not limited to the preferred embodiments, anyone of ordinary skill in the art without departing from the gist of the invention claimed in the claims that various modifications can be carried out Of course, such changes will fall within the scope of the claims.

The present invention, as described through the above embodiments, silver (요소) is a very beneficial element to the human body, in particular silver (銀) is very good sterilization action is used in many places, harmless to the environment to clean laundry using silver When washing, there is an excellent effect of blocking the sterilization of harmful bacteria in laundry and bacterial infection after washing.

Claims (5)

Washing method containing silver, characterized in that the washing by supplying silver ion water to the laundry through the silver electrolytic generating means when supplying water into the washing machine when washing or laundering In general electric washing machine, Silver electrolytic generation means (A1, A2) for electrolyzing silver to water supplied during washing or laundering; Washing machine containing silver, characterized in that the silver electrolytic generating unit is configured in the washing machine body. The method of claim 2, wherein the silver electrolytic generating means (A1) is mounted on the inlet of the pipe for supplying water when washing or hanging, the opening and closing side 10 and the silver tube 30 of the electrolytic unit body 20 fixed And a screw 50 mounted in the body so as to be rotated by hydraulic pressure, and having a plurality of holes 160 formed on the wing surface of the wing surface constituting the silver rod 40 so that power is supplied to each silver electrode rod of the electrolytic unit. Washing machine containing silver, characterized in that formed of a circuit unit 60 alternately applying a 24 ~ 36V DC power supply and a microcomputer 70 for controlling the power supply time and operation time. The method according to claim 2, wherein the silver electrolytic generating means (A2) is formed with a plurality of holes 90 in the body 80 so that water enters and exits and is fixed to the inside of the silver tube 100 and the body portion Washing machine containing silver, characterized in that formed in the center of the silver rod (110) in the center of the alternating power supply circuit 60 and the microcomputer 70 for controlling the power supply time and operation time. 5. The electrolytic unit body according to claim 2 or 4, wherein the silver electrolytic generating means (A1, A2) mounted at the inlet and the outlet supplied with the water reservoir for washing or at the time of laundering, and the inlet portion DC power is applied to each silver electrode in alternating current 24 ~ 36V at the circuit part, but applied to the signal of the sensing sensor unit 150 to measure the ion water of 2ppm to 5ppm and the opening and closing sides 10 and 160 at the time of opening and closing. Washing machine containing silver, characterized in that configured to be controlled by the microcomputer (70).