KR200301976Y1 - a washing machine - Google Patents

Abstract

The present invention relates to a washing machine, a first tank (11) provided in the inner space of one side of the main body (2), the first installed in the first tank (11) and the first pulsator 16 is provided at the bottom A first filter 13 and a first filter 13 for filtering the water introduced into the rotary tank 12, the first water tank 11 to slide into the first rotary tank 12, the first rotary tank 12 It is coupled to the first pulsator 16 of the first drive motor 15 to rotate it, and the first drive motor (15) and installed in the first upper cover (18) in front of the first lid (18a) and A first washing means (10) comprising a first control panel (19) for controlling a valve on the first water supply hose (14), a valve on the first drain hose (17), and the like; A second tank 21 provided in the other inner space of the main body 2, a second rotary tank 22 installed in the second tank 21 and having a second pulsator 26 disposed below; The second filter 23 is installed so as to slide on the second tank 21 to filter the water introduced into the second rotary tank 22, and the second pulsator 26 of the second rotary tank 22. 2) is coupled to the second drive motor 25 to rotate it, and installed in the second upper cover 28 in front of the second cover 28a, the second drive motor 25 and the second water supply hose 24 A second washing means (20) consisting of a second control panel (29) for controlling a valve on the top, a valve on the second drain hose 27, and the like; A connection hose 3 is connected to the first bath 11 of the first washing means 10 and the second bath 21 of the second washing means 20; An auxiliary filter 6 is provided on the connection hose to filter the water passing through the connection hose; On the connection hose 3 of one side of the auxiliary filter 6, a pump 5 is installed to forcibly supply water in the first water tank 11 to the second water tank 21 side.

Therefore, when there is not a lot of laundry, not only the washing means of any one of the first washing means 10 or the second washing means 20 can be washed, but also the first washing means 10 when the amount of washing is large. Washing and dispersing the laundry into the first rotary tank 12 and the second rotary tank 22 of the second washing means 20, connecting the washing water used in the first rotary tank 12 with the rinsing water The hose 3 and the pump 5 can be sequentially supplied to the second rotary tank 22 to wash and rinse the laundry in the second rotary tank 22, so that a large amount of the laundry can be washed with a small amount of water. To save.

Description

Washing machine {a washing machine}

The present invention relates to a washing machine, and more particularly to a washing machine that can save water.

Generally, washing machines, washing, rinsing, and drainage and dehydration strokes are pre-programmed in the microcomputer of the control unit, and are configured so that the user can control the program. It is washed.

Such a conventional washing machine is installed inside the main body forming the outer body, the water tank for washing water is stored, the rotating tank is rotatably mounted in the water tank to form a wash water flow, and a rotating tank with a dewatering hole drilled therein, a rotating bath and a pulsetti A drive motor for driving the rotor, an upper cover provided on the upper body, a lid provided on the upper cover to open and close the inside of the main body, and a control panel provided on the cover in front of the lid to control the driving of the washing machine. .

In the conventional washing machine, when the washing machine is operated by operating the control panel, the driving motor is driven while the pulsator and the rotating tub are rotated, and washing, rinsing, and drainage and dehydration strokes are automatically performed and washed.

However, in the conventional washing machine, a large amount of water used for washing and rinsing is drained as it is and drained into the sewer, which causes water wastage. In particular, water wasting by the washing machine becomes more serious in water-deficient countries such as Korea. have.

The object of the present invention in view of the above-described problem is to provide a washing machine capable of reusing water used for washing and rinsing.

The washing machine according to the present invention for achieving the above object, in the washing machine, a first water tank provided in the inner space of the main body, a first rotating tank installed in the first water tank and provided with a first pulsator in the lower portion, A first filter installed to slide in an upper portion of the first tank to filter water introduced into the first rotating tank, a first water supply hose provided at one side of the first tank to supply water, and a lower portion of the first tank; A first drain hose installed to drain the water therein, a first driving motor coupled to the pulsator of the first rotary tank to rotate the first drainage hose, and a first lid provided and opened at an upper portion of the main body above the first tank. And a first washing means provided on the first upper cover in front of the first lid, the first washing means including a first control motor and a first control panel for controlling a valve on the first water supply hose, a valve on the first drain hose, and the like. ; A second water tank provided in the other inner space of the main body, a second rotary water tank installed in the second water tank, and a second pulsator provided at a lower portion thereof, and installed so as to slide on an upper portion of the second water tank; A second filter for filtering water, a second water supply hose provided at one side of the second tank to supply water, and a second drain hose installed at the bottom of the second tank to drain the water therein; A second driving motor coupled to the second pulsator of the second rotating tank to rotate the second driving motor, a second lid provided at an upper portion of the main body above the second tank, and opened and closed, and a second upper cover in front of the second lid; A second washing means provided with a second control panel installed to control the second drive motor, the valve on the second water supply hose, the valve on the second drain hose, and the like; A connection hose is connected to the first tank of the first washing means and the second tank of the second washing means; An auxiliary filter is provided on the connecting hose to filter the water passing through the connecting hose; The pump is installed on the connection hose of one side of the auxiliary filter to forcibly supply water in the first tank to the second tank side.

Therefore, when there is not a lot of laundry, not only can you wash using either washing means of the first washing means or the second washing means, but also when the amount of washing is large, the first rotating tank and the second washing of the first washing means. Washing and rinsing the laundry in the second rotating tank by dispersing the laundry into the second rotating tank and supplying the washing water and the rinsing water used in the first rotating tank to the second rotating tank using a connecting hose and a pump. As a result, a large amount of water can be washed with a small amount of water, thereby saving water.

Figure 1 is a perspective view showing the appearance of the subject innovation washing machine

Figure 2 is a schematic cross-sectional view of Figure 1

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

2 ; Main body 3; Connection hose

4 ; Valve 5; Pump

10; First washing means 11; 1st tank

12; First rotary bath 13; First filter

15; First driving motor 19; First Control Panel

20; Second washing means 21; 2nd tank

22; Second rotary bath 23; 2nd filter

25; Second driving motor 29; Second Control Panel

Specific features and advantages of the present invention will become more apparent from the following description with reference to the accompanying drawings.

Figure 1 is a perspective view showing a washing machine of the present invention, Figure 2 is a schematic cross-sectional view, which is a main body 2, the first washing means 10, the second washing means 20 installed inside the main body 2; Mostly.

The first washing means (10) is provided with a first water tank (11) in an inner space on one side of the main body (2), and the first water tank (11) is provided with a first water tank (11). (12) In the center is provided with a first pulsator 16 to be rotated together with the first rotary tank 12 when the first drive motor 15 to be described later.

The upper part of the first water tank 11 is installed so that the first filter 13 slides to filter the water introduced into the first rotating tank 12, and the upper side of the first water tank 11 supplies water thereto. The first water supply hose 14 is connected, and a first drain hose 17 for draining the water therein is connected to the lower portion of the first water tank 11.

The first driving motor 15 is connected to the first pulsator 16 of the first rotating tank 12 so as to rotate the first pulsator 16, and the first upper part is located above the main body 2 above the first water tank 11. The cover 18 is coupled, and the first lid 18a is opened and closed at the center of the first upper cover 18.

The first upper cover 18 in front of the first lid 18a controls various components such as a valve on the first driving motor 15 and the first water supply hose 14 and a valve on the first drain hose 17. The first control panel 19 is installed.

The second washing means 20 is provided in the main body 2 on one side of the first washing means 10 having such a configuration, which is provided with a second water tank 21 in the other inner space of the main body 2, The second tank 21 is provided with a second rotary tank 22 having a second pulsator 26 at a lower portion thereof, and the water injected into the second rotary tank 22 is disposed at an upper portion of the second tank 21. A second filter 23 for filtering is provided.

A second water supply hose 24 is provided at one side of the upper portion of the second water tank 21, and a second drain hose 27 is disposed at the lower portion of the second water tank 21 to drain the water therein. A second drive motor 25 coupled to the second pulsator 26 to rotate the lower part of the second rotary tank 22 is installed.

The second upper cover 28 is coupled to the upper portion of the main body 2 above the second tank 21, and the second lid 28a is installed at the center of the second upper cover 28 to open and close the second lid 21. (28a) A second control for controlling a plurality of parts, such as a valve on the second drive motor 25 and the second water supply hose 24, a valve on the second drain hose 27, and a second upper cover 28 on the front side. Panel 29 is installed.

A connecting hose 3 is connected between the second washing means 20 and the first washing means 10 having the above configuration, and one end of the connecting hose 3 is connected to the lower portion of the first water tank 11. The other end of the connecting hose 3 is connected to the upper part of the second tank so that the water in the first tank 11 is supplied to the upper side of the second tank 21 through the connecting hose 3, and the supplied water is supplied to the second tank 21. After being filtered while passing through the second filter 23 on the upper portion of the water tank 21, it is supplied to the second water tank 21.

The auxiliary filter 6 is provided on the connection hose 3 to filter the water passing through the connection hose, and the water in the first tank 11 is removed on the connection hose 3 on one side of the auxiliary filter 6. The pump 5 is provided so as to force supply to the two tank 21 side.

Here, the first filter 13 and the second filter 23 is the water in the first rotary tank 12 and the second rotary tank 22 to be rotated in the first tank (11) and the second tank (21). It serves to filter the suspended matter contained in the city water, in particular, the second filter 23 also performs the additional action of filtering the water supplied from the first tank (11).

The washing machine of the present invention has a first washing means (10) having a first tank (11) and a first rotating tank (12) of a relatively large size in the main body (2), a second tank of a smaller size, and Since the second washing means 20 having the second rotating tank 22 is provided, any one of the first washing means 10 and the second washing means 20 can be selected and used according to the washing amount.

In the case of using the first washing means 10, the first lid 18a is opened and the first filter 13 is slid to move the first water tank 11 to open the first water tank 11, and the laundry is put therein, and then the first filter 13 is opened. ) And the first upper cover 18 and the first control panel 19 is used to use only the second washing means 20 in this manner.

Meanwhile, when the first washing means 10 and the second washing means 20 are both used because of the large amount of laundry, the first lid 18a and the second lid 28a, the first filter 13 and the second filter 23 are used. Open) and divides the laundry into the first rotary tank 12 and the second rotary tank 22 by a predetermined amount, and then closes them again.

Then, after applying power to the first control panel 19 and the second control panel 29 and pressing the start button of the first control panel 19, the first water supply hose 14 through the first water supply hose 14 according to a known method. When water is introduced into the water tank 11, detergent is added thereto, and an appropriate amount of water is inputted, the first driving motor 15 is operated to rotate the first pulsator 16 and the first rotating tank 12 while washing the laundry. Washed.

When the laundry in the first washing means 10 is washed for a predetermined time and the washing is completed, the valve 5 on the connection hose 3 is opened and the pump 5 is operated. Accordingly, the water in the first water tank 11 is discharged. It is supplied into the second water tank 21 of the washing means 20.

Here, when water of the first washing means 10 is supplied to the second washing means 20 through the connecting hose 3, it is filtered while passing through the auxiliary filter 6 on the connecting hose 3.

At this time, the laundry falling from the connecting hose (3) to the second tank is properly filtered through the second filter 23, in this way, if a certain amount of water is supplied into the second tank (21), the sensor may detect this. By sensing and operating the second drive motor 25 to rotate the second pulsator 26 and the second rotary tank 22, the laundry in the second rotary tank 22 is washed.

On the other hand, when the laundry in the first tank (11) is completely drained to the first tank (11) side, clean water is introduced into the first tank (11) through the first water supply hose (14) of the second washing means (20) While the laundry is washed in the second rotating tank 22, the first washing means 10 undergoes a first rinsing operation.

In this way, the water used for washing in the first bath 11 of the first washing means 10 or the water used for rinsing is supplied to the second bath 21 of the second washing means 20. While driving the washing means 10 and the second washing means 20, only the same water as when using one washing means is used.

Therefore, the washing machine of the present invention can reliably save water because the use of water is reduced to about 1/2 while washing a large amount through the first washing means 10 and the second washing means 20.

The washing machine of the present invention is very suitable for Korea, a country that lacks water, and if the consumer collects a proper amount or more of the laundry and makes the washing by operating the first washing means 10 and the second washing means 20 simultaneously, To maximize the purpose of the will, and will be a great help to the national interests.

According to the washing machine according to the present invention as described above, when the amount of washing is not large, not only can be washed using any one of the first washing means 10 or the second washing means 20, but also laundry When the amount is large, the laundry is dispersed into the first rotating tank 12 of the first washing means 10 and the second rotating tank 22 of the second washing means 20, and the first rotating tank 12 Since the used washing water and the rinsing water can be sequentially supplied to the second rotary tank 22 using the connecting hose 3 and the pump 5, the laundry in the second rotary tank 22 can be washed and rinsed. It can save a lot of water by washing a lot of water.

Claims (1)

In the washing machine, A first water tank 11 provided in the inner space of one side of the main body 2, a first rotary water tank 12 installed in the first water tank 11 and provided with a first pulsator 16 at a lower portion thereof; The first filter 13 is installed to slide in the upper portion of the first tank (11) and filters the water introduced into the first rotary tank (12), and is provided on one side of the upper portion of the first tank (11) to supply water thereto. The first water supply hose 14 to be installed, the first drain hose 17 is installed in the lower portion of the first tank 11 to drain the water therein, and the first pulsator of the first rotary tank 12 A first driving motor 15 coupled to the first rotation unit 16 to rotate the first driving motor 15, a first lid 18a provided at an upper portion of the main body 2 on the upper side of the first tank 11, and the first lid 18a and the first lid 18. 18a) a first control panel installed on the first upper cover 18 to control a valve on the first drive motor 15 and the first water supply hose 14, a valve on the first drain hose 17, and the like; 19 is provided with a first washing means (10) ; A second tank 21 provided in the other inner space of the main body 2, a second rotary tank 22 installed in the second tank 21 and having a second pulsator 26 disposed below; The second filter 23 is installed so as to slide on the second tank 21, the second filter 23 for filtering the water introduced into the second rotary tank 22, and is provided on one side of the upper portion of the second tank 21 to The second water supply hose 24 to supply, the second drain hose 27 installed below the second water tank 21 to drain the water therein, and the second pulsation of the second rotary tank 22. A second driving motor 25 coupled to the rotor 26 to rotate the second driving motor 25, a second lid 28a provided on the upper body 2 above the second tank 21, and opened and closed, and the second lid (28a) A second control panel mounted on the front second upper cover 28 to control the valve on the second drive motor 25 and the second water supply hose 24, the valve on the second drain hose 27, and the like. The second washing means (20) consisting of (29) And; A connection hose 3 is connected to the first bath 11 of the first washing means 10 and the second bath 21 of the second washing means 20; An auxiliary filter 6 is provided on the connection hose to filter the water passing through the connection hose; Washing machine, characterized in that the pump (5) is installed to forcibly supply the water in the first tank (11) to the second tank (21) on the connection hose (3) on one side of the auxiliary filter (6).