KR20080035539A - Two stories washing machine (double part washing machine) - Google Patents

Abstract

A two-story washing machine is provided to prevent damage to laundry and to reduce washing time by dividing a predetermined amount of laundry and washing in two different washing units at the same time. A two-story washing machine comprises a plurality of control units(3,4), a plurality of power buttons(5,6), a cold water supply hose, and a warm water supply hose. The control units are located adjacent to each other at the center of front side of the washing machine or separately located at the upper part and the center of front side of the washing machine. The power buttons are formed on the control units respectively, and turn on only a washing unit in operation, thereby reducing power consumption. The cold and warm water supply hoses are connected to two washing units respectively.

Description

Two stories washing machine (Double part washing machine)}

DETAILED DESCRIPTION OF THE INVENTION The present invention is a invention of the technical field related to household and industrial washing machines for washing laundry most effectively using an automated machine using electric power.

In general, a conventional washing machine has been manufactured as a single washing machine having a washing tub, regardless of household or industrial use.

However, such a washing machine composed of only one washing unit has various washing convenience problems and structural limitations. In detail, it is as follows.

First, due to lack of time and the hassle of washing days, in general, a large amount of laundry is put in a laundry tub at the same time, so the washing effect is reduced due to the narrow laundry space.

Second, washing clothes that require extremely clean clothes such as underwear and towels should be washed in washing machines that used to wash rags and socks. Sometimes dust actually gets on the clothes you've washed.

Third, if white or light colored laundry and dark colored laundry are washed together, the light colored laundry tends to contain dark water. If this happens, these clothes should be discarded.

Fourth, if you wash a large laundry and general laundry together, such as a blanket, the laundry effect is significantly reduced, so you can not wash at once.

Fifth, washing the laundry which should be sucked simply by the quick course together with the laundry which should be sucked by the standard course promotes unnecessary wear and shortens the life of the laundry.

Sixth, washing the weak laundry and coarse laundry together may damage the fabric of the weak laundry.

Seventh, when drying a large amount of laundry at a time through a drying function in a single laundry tub, the drying effect is reduced and the wrinkles of the laundry increases.

Due to these problems, the majority of housewives are taking a lot of inconvenience and economic loss while using a conventional washing machine, and in order to avoid this, a double or triple laborious washing operation is performed.

In order to overcome the problems and limitations of the conventional washing machine, the present invention has been developed as a double washing machine in which two washing parts for washing work are constructed as shown in FIG. The control panel for manipulating each washing machine also has two independent structures for maximum convenience.

In addition, the functionality will be much higher if you make the drying function as well as the laundry operation.

The effect of the present invention will be described in detail as follows.

First, since a large amount of laundry can be divided into two washing units, the washing space of the washing tub can be widened, thereby increasing the washing effect.

Second, laundry that has a lot of foreign substances such as rags or socks should always be washed only at the lower floor, and laundry that requires maximum cleanness such as underwear or towels should always be washed only at the upper floor. Washing effect can be obtained.

Third, if light-colored laundry such as white color and dark-colored laundry are divided into two laundry parts and washed, the light-colored laundry can be prevented from dying from the dye from the dark-colored laundry.

Fourth, it is possible to wash laundry at the same time by dividing the large laundry and general laundry into the upper and lower laundry parts at the same time.

Fifth, the laundry that requires fast course washing and the laundry that requires standard course washing can be divided into two laundry units to minimize unnecessary wear due to excessive washing work.

Sixth, the weak laundry and the rough laundry are divided into two washing parts to wash the cloth of the weak laundry.

Seventh, if a large amount of laundry is divided into two laundry parts and laundered leisurely and dried through a drying function can increase the drying effect and prevent excessive wrinkles of the laundry.

As described above, the direct and indirect effects of the present invention two-layer washing machine are very large and many. The convenience of washing can be improved, and the economic loss due to the damage of laundry can be prevented, and the time loss and physical labor caused by the cumbersome washing work of the triple triple can be reduced.

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

First, as shown in (a) of FIG. 1, two washing parts may be made up and down, and two washing machines may be manufactured as if one washing machine is reconfigured. At this time, the control panel may be constructed by gathering up and down in the central part as shown in 3 and 4 of FIG. 1A, or as shown in 3 and 4 of FIG. It may be.

Second, as shown in Fig. 1 (a) 5, 6, the power button of the two-stage washing machine of the present invention is independently structured in each control panel, so that only the washing machine to be used to reduce the power consumption as possible.

Third, in order to increase the drying effect of the drying apparatus of a two-layer washing machine, it would be desirable to independently dry the two washing units.

Fourth, as shown in (a) of Figure 2, the water supply device was developed so that only one faucet of cold and hot water, respectively, like a general washing machine. The hot and cold water is supplied to each cold and hot water supply hose connected to two laundry units through one water hose. However, when the upper and lower washers are used at the same time, the amount of water is insufficient to supply both washers at the same time because water is supplied from a single water pipe.

Therefore, it is a good idea to program the entire washing operation smoothly as the water is sequentially supplied one by one. However, for situations where faster washing is required, such as in industrial applications, the water supply system and the water supply structure can be completely independent so that both washers receive water from independent water pipes.

Fifth, as shown in (b) of FIG. 2, the drainage device and the drain hose are independently structured so that the drain hose is embedded as far as it projects from the lower end of the washing machine body.

1 (a) is a front view of a double-decker washing machine structured up and down two laundry parts and each control panel gathered up and down the center;

Figure 1 (b) is a front view of a double-decker washing machine structured two laundry parts up and down and each control panel structured at the upper end of each laundry part

Figure 2 (a) is a schematic diagram showing the water supply structure of the double-decker washing machine is a schematic side cross-sectional view of the double-decker washing machine showing a state in which a hot water is connected to the built-in water supply hose connected to the upper and lower two washing parts.

2 (b) is a schematic diagram showing a drainage structure of a double-decker washing machine, wherein a drainage hose is independently structured in two washing units and two drainage hoses are built up to the lower end of the washing machine. It is a simplified cross section.

<Description of the code | symbol about the principal part of drawing>

1: Central control panel double floor washer. 2: upper laundry door

3: upper laundry control panel 4: lower laundry control panel

5: upper laundry power button 6: lower laundry power button

7: Lower laundry door 8: Upper control panel double floor washing machine.

9: Summary side view of the water supply structure 10: Built-in water supply hose connected to the washing part

11: hot water supply hose 12: cold water supply hose

13: drainage structure simplified rear cross-sectional view 14: built-in drain hose connected to the laundry

15: drain hose

Claims (2)

As shown in (a) and (b) of FIG. 1, two washing units are constructed up and down, and the washing machine is reconfigured into one washing machine. In particular, the demand for a domestic washing machine is high, so a separate claim for a domestic double-decker washing machine is claimed.

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