KR20130108955A

KR20130108955A - Various porposes clense

Info

Publication number: KR20130108955A
Application number: KR1020120042802A
Authority: KR
Inventors: 박성귀
Original assignee: 박성귀
Priority date: 2012-03-26
Filing date: 2012-04-24
Publication date: 2013-10-07

Abstract

PURPOSE: A multipurpose cleaning device is provided to save tab water and to reduce time and effect of a worker by enabling a friction function due to a washing member and a washing function due to high-pressure spray at the same time. CONSTITUTION: A multipurpose cleaning device comprises a head having an impeller mounted in an inner space part and a handle that is extended from the head. Multiple nozzle holes, a path, a liquid flow conversion device, and a switch are formed in the head. The nozzle holes are formed in the head to enable spray of washing water to outside of a washing member and to the front of the washing member. The path is formed penetrating inside the head to supply the washing water to the nozzle holes. The liquid flow conversion device converts flow of a liquid by selecting a direction to outside of the washing member or to the front of the washing member. The switch converts the flow of the liquid.

Description

Multipurpose Washer {Various porposes Clense}

The present invention relates to a washing machine that can be used for a variety of uses to wash the sneakers using the sprayed washing water and the rotating washing member, cleaning the toilet bowl or bathroom, dishes such as in a restaurant or a bubble bath in the bathroom.

The washing machine of the present invention relates to washing various objects using a rotating washing member using water or air pressure, which is a fluid.

In this regard, the Republic of Korea Patent No. 10-0672948, Utility Model Application 1995-0000392, 1988-0000626, etc. has a structure that can be performed at the same time the friction action of the cleaning member and the spraying of the washing water. However, since they are located inside the tap nozzle hole cleaning brush, the detergent is washed off by the high pressure sprayed washing water before it even acts on the cleaning surface, which wastes the detergent and may cause uneconomical and environmental pollution.

The present invention is to solve the above-mentioned problems and at the same time to increase the washing efficiency of the conventional washing machine, the hydraulic rotary type washing machine and the rotary motion to strongly rub the surface by the rotating washing member in washing the object and When combined with the spray action of the washing water by high pressure it is possible to further increase the washing efficiency. In addition, the detergent deposited on the cleaning agent should not be wiped out by the washing water sprayed in the washing process. In addition, after the work by the rotary motion of the cleaning agent is finished, it should be able to rinse the dirt remaining on the surface of the object, or to guide the dirt accumulated on the floor to the drain by a strong injection force.

In order to achieve the above object, the multi-purpose washer according to the present invention is to spray the washing direction of the washing water to the outer periphery of the cleaning member when the rotary motion by the cleaning agent, and to wash the object when rinsing the object It will be presented a method for switching the spraying direction of the washing water to be able to spray in the front, such as a shower in the removed state.

In addition, in the working environment in which the washing water is not required to be sprayed or in the working environment in which the washing water cannot be sprayed, a method for dry washing without spraying the washing water will be sought.

In addition, the multi-purpose washer according to the present invention further, by improving the washing water nozzle hole formed on the surface of the head in a variety of forms, to provide a more convenient and efficient washing machine by equipping the type of washing water suitable for each washing target or washing environment The purpose is to.

In addition, it is an object to provide an economical multipurpose washer by providing a water-saving device using the air pressure on the flow passage.

As mentioned above, to solve these problems

A method of changing the spraying direction of the washing water, wherein the washing water spraying unit is formed in a double structure so that the spraying direction of the washing water can be sprayed on the surface of the head by directly selecting the outer circumference of the washing member or the front of the washing member, and the inside of the head. Water flows through the user's operation by forming a flow path for communicating the water flowed into the washing water spraying part, and attaching a device for switching the flow of the water on the flow path and protruding the water flow switch to control the head or the handle. It is configured to change the spraying direction of.

In addition, the washing water is discharged through a separate external outlet pipe communicating with the flow path in the locked state so that the washing water is not discharged to the outlet hole of the head, thereby enabling a dry washing in which the washing member can rotate without the washing water spraying.

Furthermore, in certain applications, such as foam baths and car washes, the diameter of the nozzle hole sprayed to the outer circumference of the cleaning member is formed to be smaller than the diameter of the nozzle hole directly directed to the front of the head. The spray on the surface of the object can be prevented from being easily washed away by the spray of mist or standing shape.In response, the diameter of the nozzle hole sprayed to the front of the cleaning member is large enough to be quickly washed by the washing liquid sprayed at high speed. It can also be configured to do so.

And as an example, by forming three to nine nozzle holes in a circular shape on the surface of the head and attaching a known nozzle to the nozzle holes, it is possible to effectively use the hydraulic pressure.

In addition, the washing water nozzle hole formed in the head may be formed of a bellows or hose having a considerable length, and various nozzles may be attached to the end of the washing water nozzle hole to form a net having concentric circles as a whole.

In addition, unlike a conventional washing machine in which the housing is attached at right angles to a simple straight handle, the handle connected to the housing can be formed to be curved to have a predetermined radius of curvature, so that gripping is easy and cleaning of the user's power. Can be focused on the absence.

In another embodiment, a barrier is formed in a flow path such as a pipe or a hose to block flow of a flow path having one or more holes, and the fluid increases speed and causes the fluid to flow at an increased speed. As a result, the pressure in the flow path is lower than atmospheric pressure [Bernoulli's Theorem]. An air inlet hole communicating with the outside is provided in a flow path in which the internal air pressure is lower than the atmospheric pressure, and external air is introduced into the flow path due to the pressure difference according to the flow of the fluid. Therefore, the internal fluid is mixed with the external air introduced through the air inlet hole, and the fluid and air mixture is passed through the end of the taper of the hose to increase the pressure and speed of the fluid. . The air inlet hole is provided with a non-return valve for preventing the flow of the fluid flowing at the same time while introducing the outside air, and additionally installed an air regulating valve that can adjust the amount of air flowing into the air inlet of the non-return valve Can be.

In addition, various types of cleaning members may be provided to meet the needs of the user. Examples of such cleaning members include a cleaning brush, a sponge, a synthetic scrubber or a metal scrubber, sand paper, a foam towel, a hair scraper, and a plurality of blades. It may include any one, and may also be configured in various forms including a rose or gypsophila shape that can give an aesthetic sense to the user as an example of the embodiment when used as a bath bubble towel. In another embodiment, the cleaning member has a built-in elastic rod therein, it may include an upper and lower brushes protruding from the cleaning member.

According to the multipurpose washer according to the present invention as described above, to provide a multipurpose washer that exhibits the maximum effect using less washing water, the structure is simple and trouble-free, because no gear, pulley, deceleration device, etc. are required as a power transmission means. It is less and manufacturing cost can be made low.

In addition, the friction action by the cleaning member and the cleaning action by high pressure injection at the same time can save the tap water, there is an advantage that can reduce the time and effort of the operator.

In addition, by forming the diameter of the nozzle hole sprayed to the outer circumference of the cleaning member smaller than the diameter of the jet hole sprayed to the front of the cleaning member, it does not immediately wash the foam on the surface during bubble bath or car wash, saving detergent, There is an advantage to reduce environmental pollution.

In addition, by attaching various kinds of nozzles (nozzle) to the washing water nozzle hole, it is possible to select the spray type of the washing water according to the user's selection. As an example of the embodiment, by attaching a spray nozzle to the nozzle hole and rotating the nozzle, it is possible not only to spray the spray water in various forms such as direct, fountain, and fog, but also to apply the nozzle hole to a considerable amount. It can be formed with bellows, hoses, inclined rods, etc. with length, and attached to the end to form nozzles in the form of a net with concentric circles as a whole. Can be attached. Therefore, in order to quickly wash a large area such as a swimming pool, the cleaning member can be eccentric, which is particularly useful in this case.

In addition, by providing a water-saving device using the air pressure on the flow path to save water and increase the pressure of the jetted water, there is an advantage that can provide an economical and efficient washing machine.

In addition, the washing machine according to the present invention is a carpet or shoe wool, sneaker washing or toilet and cleaning the bathroom floor, car wash, in particular the shape of the handle by changing the shape of the shower like a bubble bath in the bathroom, bathing services for senior citizens and patients, It has the advantage that it can be used for various purposes throughout the industry, such as washing grilled or grilled foods, grilled foods, and various agricultural, public and fishery industries.

1 is a side outline view of the present invention
2 is a bottom view of the head of the present invention
Figure 3 is an exemplary view showing a combined state of the cleaning member and the head of the present invention
4 is a cross-sectional view of the cleaning member of the present invention
5 is an exemplary view showing a washing water direction switch of the present invention
6 is an exemplary view showing a washing water direction switching device of the present invention
Figure 7 is an exemplary view showing a washing water redirection device of the present invention
8 is an exemplary view showing the structure of a water-saving device using the air pressure of the present invention
9 is a view showing the structure of the air inlet hole, the backflow prevention device and the air volume control valve of the present invention
10 is an exemplary view showing another embodiment of the present invention.
11 is an exemplary view showing that the water cutting machine of the present invention is fixed to the inside of the hose

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

The multipurpose washer of the present invention is composed of a handle 20 connected to the head 10 and a hose to the tap water as shown in Figure 1, the head is supplied to the inner space 11 through the hose and the handle inside Impeller 30 that rotates by the water pressure of the washing water, and a plurality of nozzle holes formed to spray the supplied washing water to the front or outer periphery of the cleaning member, the flow path penetrating the inside of the head for supplying the washing water to the nozzle hole, Installed on the flow path is configured to configure the washing member 40 detachably coupled to the front of the output shaft 32, the water flow switching switch 60, which can change the flow of the washing water.

In addition, as shown in FIG. 1, the handle 20 is formed to be curved to have a predetermined radius of curvature, unlike a conventional washing machine in which the housing is attached at right angles to a simple straight handle. It is possible to facilitate the gripping and to concentrate the user's power on the cleaning member.

And the handle 20 is provided with a valve 21, for example a cock valve (Cock Valve) for adjusting the flow rate or quantity of the washing water supplied to the internal washing water supply hole 21 by the rotation operation of the adjustment knob .

In addition, the handle 20 is further provided with a length adjustment unit 70 that can adjust the length according to the intended use.

In addition, the present invention adjusts the flow rate or quantity of the washing water supplied to the internal washing water supply hole 21 by rotating the control knob of the valve 25 located on the handle 20 according to the intended use, washing water Not only saving, but also providing better cleaning efficiency.

In addition, when the user needs to further extend the length of the handle 20 to clean the wall of the bathroom, the handle 20 by pressing the button 22 attached to the upper portion of the handle 20 as shown in FIG. ) So that it is convenient to use.

As shown in FIG. 2, the washing water spraying unit 50 has inner and outer nozzle holes 12a and 12b formed on the inner and outer circumferences of the front nozzle plate 12 of the head with respect to the cleaning member coupling position. And spray the wash water selectively.

That is, when the washing member 40 is separated and used on the output shaft 32 of the impeller, as shown in FIG. 2, the washing water is operated by operating the washing water flow switching switch 60. It is possible to close the opposite channel at the same time as 13a) is formed, and to spray in the front, such as shower, and to operate the washing water flow switching switch 60 in the case of using the washing member 40 in combination, washing water By opening the waterway in which the outer nozzle hole 12b, 13b of the injection part was formed, and closing the front injection waterway, the washing water is sprayed to the outer circumference of the cleaning member, so that the detergent of the cleaning member is prevented from being washed out by the washing water when the detergent is used. It is composed.

In addition, the size of the hole of the washing water nozzle hole sprayed in the outer circumferential direction of the washing member 40 is formed to be smaller than the size of the hole of the nozzle hole is ejected toward the front of the head, the thicker the water of the washing water is the foam of the detergent This is because the washing is performed faster, and fewer holes are formed in the nozzle hole, so that the foam is preserved for a long time, so that the detergent can be used economically when showering or washing the car.

In addition, as another embodiment of the present invention, the nozzle hole of the washing water formed on the surface of the head 10 may be sprayed by subdividing into a plurality of small nozzle holes that are not directly directed to one conventional water stream, Further, in certain applications such as a bubble bath or car washing, the size of the hole of the nozzle hole sprayed to the outer periphery of the cleaning member is divided into smaller than the hole of the nozzle hole which is directly directed to the front of the head. By spraying in the form of drizzle, it is possible to prevent the foam generated during the washing process from being washed off easily.On the contrary, the hole of the nozzle hole sprayed to the front of the head is large enough so that the washing water is quickly washed by the washing liquid sprayed at high speed. It can also be configured to do so.

The washing water flow switching switch 60 may be attached to any one of the left or right or the upper or lower side of the head 10 according to the user's convenience, the spraying direction of the washing water to the outer circumference of the cleaning member or the front of the cleaning member It is possible to change the flow of the wash water so that it can be, or can be operated so that the wash water is not ejected to the outside of the head (10).

3 is a cross-sectional view of the inside of the head 10 showing a state in which the cleaning member 40 is coupled to the head. The inner space 11 of the head is installed with an impeller 30 that is driven to rotate by the washing water flowing into the washing water inlet 11a, so that the rotary blade 31 of the impeller is in close contact with the inner space. It is composed.

In addition, Figure 4 shows a cross-sectional view of the cleaning member 40, it is configured to be detachable to the front output shaft of the head (10). And the coupling portion 41 of the cleaning member 40 assembled to the output shaft 32 of the impeller 30 is preferably configured in a circular cross-sectional structure, but may also be formed in a rectangular cross-sectional structure or uneven structure for drive transmission. Of course.

Coupling portion 41 of the cleaning member 40 is coupled to the installation by inserting the end of the output shaft 32 of the impeller 30 in front of the head.

The cleaning member 40 is composed of a washing member insertion portion inserted into the output shaft 32 and a washing member body extension that is open to the front while extending the length of the insertion portion, and various washings are usually performed on such an extension. It is configured to fix the member 40 to the washing operation. And the cleaning member 40 is configured to be coupled to each other by separating the coupling portion 41 and the front washing portion 42, as shown in Figure 3, the washing by the carburizing member 42 inside the washing portion It is preferable that the upper and lower buffers are configured to be in close contact with the washing object.

At this time, the cleaning member 40 is not applicable only to the type of washing brush, as shown in Figure 4, the surface of the sneaker washing, toilet or bathroom cleaning, dish washing in a restaurant, etc. Form wavy, uneven, corrugated, lattice, thin line, textile, knitting, foam, porous, mesh, or material of fiber, synthetic resin, rubber, foam, sand, steel or its Only natural materials can be formed.

In addition, the cleaning member 40 is prepared in a state in which various kinds of detergents such as body washing liquid is fixed to the surface in advance, the operator can conveniently use in a state in which it is difficult to spray the detergent, such as high-rise cleaning work, and disposable Composed of foam towels, it can be conveniently used in public baths.

In addition, the present invention adopts a cleaning member suitable for the application by applying the cleaning member 40, for example, sponge, general scrubber, sand paper, foam towel, hair scraper, a plurality of razor blades, etc., in addition to the conventional cleaning brush. To provide better cleaning efficiency.

5 to 7 show various examples of the washing water flow switching switch 60.

5 is an example of one embodiment, the water flow switching device is attached to one side of the head or the handle in the form of a slide while moving up and down to spray the flow of the washing water to the outside or intermittent of the cleaning member and the washing member in the direction of Configured to do so.

For example, when the user pushes the handle switching device to the top, the washing water flowing through the main hose into the head flows in the direction B through the air vent 53 on the hose 52 along the direction A, thereby washing the washing water. It can be sprayed to the outer circumference of the member. And when the user manipulates the switching device to be located in the middle, the washing water is closed so that it does not spray anywhere in front of the head, and a separate external spray pipe formed on the handle is opened so that the washing water is sprayed here, so that the front of the head is discharged. As the washing member is rotated in the state that the washing water is not ejected, it is configured to enable dry cleaning.

Here, dry cleaning refers to a case in which a washing environment or an object which is impossible to clean or is significantly difficult to clean, such as contaminating or damaging the surroundings when the washing water is sprayed. Then, when the user pushes the handle down from the middle, the washing water can be directly sprayed to the front of the washing member, and the washing water can be sprayed directly to the front of the head.

6 is a view showing a rod-type washing water flow change switch, when the user pushes up the rod-shaped switch to the uppermost portion, the washing water passing through the inside of the head flows in the direction A to B and is configured to be sprayed to the outer circumference of the cleaning member. When the user pushes down the bar switch to the middle stage, the washing water jet hole is closed and dry washing is possible, and when the user pushes down the number of the rods to the bottom, the washing water flows from the A direction to the C direction so that the washing water is directly You can do it.

Figure 7 shows an example of the embodiment of the rotary water flow switch, it is configured to change the flow of the wash water due to the rotational movement of the disc by combining the two discs formed with holes that can pass through the wash water. To this end, the fixing plate 71 having two holes formed therein is fixed to the inside of the head, and the rotating plate 72 is screwed to allow left and right rotation thereon. In the case of spraying, in the direction of B, in the case of spraying in front of the washing member, and in the direction of C, when the spraying of the washing water is stopped, it is configured to be able to switch to the intermediate stage.

As a method for changing the flow of the other washing water, there may be various methods in addition to the above methods.

In addition, as described above, if the washing water is added to prevent the water from being discharged to the outside of the head 10, the washing water passing through the inside of the head 10 is a separate external outflow pipe formed in the handle 20 By attaching a switch that can open and close the flow of water flow to the water to the washing water is discharged to the outside through the operation of this switch, it is possible to dry cleaning without spraying the washing water to the front of the head

In addition, as another embodiment of the present invention, three to nine well-known nozzles (nozzle) to the head can be attached in a circular manner can be conveniently used. By forming the washing water jet hole as a nozzle, it is possible to effectively distribute the given water pressure, and to increase the contact area of the washing water on the surface of the object, thereby increasing the washing efficiency.

Here, the nozzle (nozzle) that can be applied to the water jet hole may include a spray nozzle, a fountain nozzle, a direct nozzle, and the like, and the spray type of the washing water is locked, direct, fountain, and the like by rotating the screw constituting the nozzle. It is also possible to form a nozzle having a function of gradually expanding the body of water in the form of a fog, and to lock the nozzles of some of the three to nine nozzles or to combine them so as to be sprayed in different forms. Since the spray type can be selected and applied, convenience and washing efficiency can be increased.

In addition, as another embodiment of the present invention, a variety of nozzles (nozzle) can be attached to the outlet having a suitable length, the shape of the rod, inclined rod type, hose type, spiral type, bellows type, etc. Can be. When the bellows or hose type washing water jets having a considerable length are configured in the form of a concentric net or hemispherical shape as a whole, it is possible to attach a washing member larger than before without increasing the size of the washing head. In addition, it is economical because the parts inside it can be made small, and it is also a useful means if the washing member is eccentric and does not need to increase the size of the head even when washing a large area such as a swimming pool or a building floor. It can be.

An air inlet hole communicating with the outside is provided in a flow path in which the internal air pressure is lower than the atmospheric pressure, and external air is introduced into the flow path due to the pressure difference according to the flow of the fluid. Therefore, the fluid flowing along the inner flow path is mixed with the outside air flowing through the air inlet hole, and the pressure and velocity of the fluid are formed by thinning the diameter of the hose as the mixture of the fluid and air flows to the top of the flow path. It is configured to increase the structure. In addition, the air inlet hole is provided with a non-return valve for preventing the flowing back of the fluid flowing at the same time while introducing the outside air, an air regulating valve for adjusting the amount of air flowing into the air inlet portion of the non-return valve Can be installed.

As another example, a valve is formed on the flow path through which the fluid is transported at a high speed, and the outside air is prevented from flowing back due to the pressure difference between the two points when the fluid passes through different points. Is introduced through the air inlet hole is provided, the fluid flowing inside the flow path is mixed with the outside air flows along the flow path with a small diameter to the top of the flow path to increase the pressure and speed of the fluid. And an air regulating valve that can adjust the amount of air flowing into the air intake portion of the non-return valve may be additionally installed.

In addition, such a pressurization device may be used as well as two or more inside the receiving hose.

In the air inlet water saving device, a blocking film of a flow path having one or more holes is formed in a flow path such as a pipe or a hose including a handle, and the fluid is injected at a high speed due to the blocking film. The pressure inside is lower than atmospheric pressure.

Referring to FIG. 8, the fluid flowing through the acceptance hose 86 passes through the inlet hole 82 and the flow velocity thereof increases. Due to the fluid passing at high speed, the pressure in the hose is lower than the surrounding air pressure so that the surrounding air is introduced through the air hole 83. The air introduced in due to the pressure inside the hose is mixed with the fluid inside the hose and flows through the outlet hole 85 of the fluid increases its speed.

In addition, reference numerals 87 to 90 of FIG. 8 exemplarily illustrate various forms of the air inlet hole 82 or the air outlet hole 85.

FIG. 9 illustrates a device for preventing a backflow of a fluid and a device for adjusting an amount of air flowing into the inside, wherein a predetermined hole penetrating the outside is formed, and an air hole fixture 100 is formed in the hole. Inside, the outside air is smoothly introduced, while the elastic body 102 for preventing the back flow of the fluid is fixed to the projection insertion hole 101 by the projection 103 is installed to enable the vertical flow.

In addition, the outside of the air hole fixing body 100 may be provided with a valve for adjusting the amount of air flowing into the inside of the hose, the upper rotating plate 106 is fixed on the lower fixing plate 104 and the handle 107 It is configured to adjust the amount of air introduced into the opening and closing the air hole by the rotational movement of the.

10 shows another embodiment of the water saving device, in which the inner diameter is larger than the take-up hose 92 at one point on the take-up hose and connected to the take-up hose 92 having a diameter smaller than that of the water pipe at the portion connected to the faucet. The outlet pipe 91 is formed in two stages and the outside air flows in through the air hole 95 by the internal pressure of the outlet pipe 91 by the fluid passing at high speed, and is mixed with the internal fluid so that the outlet pipe 93 is provided. It is configured to flow through the spout through.

Figure 4 is an illustration showing a state in which the water-saving device according to the present invention is installed on the inside of the hose and fixed to the fixing band 71 in the outside of the hose in order to fix it.

Hereinafter, a preferred method of using the multipurpose washing machine according to the present invention will be described as an example of its use.

First, tap water, compressed air, extruded oil, and other cleaning liquids which have passed through the main hose are introduced into the head, and the introduced fluid is forced to rotate the impeller, and various kinds of cleaning members are attached to one surface of the rotating shaft to rotate. The object is washed by the cleaning member. The user can adjust the flow rate of the cleaning liquid as needed to control the proper flow rate and the rotational speed of the cleaning member, and to extend the length of the handle to clean high walls, columns, and windows.

In addition, the user sprays a suitable amount of pre-prepared washing solution to the cleaning member so as to generate sufficient foam while the cleaning member rotates, and also manipulates the water flow conversion switch attached to one side of the head to wash the cleaning member. After spraying to the outer circumference of the body, perform the washing operation.

After the cleaning operation is finished, the user operates the water flow switch again so that the cleaning liquid can be sprayed to the front of the cleaning member, and then washes the dirt and the cleaning liquid on the cleaning member with the rubber gloves. Then, the user separates the cleaning member from the head, so that the cleaning liquid is strongly sprayed forward to rinse and clean the object.

10: head 71: fixed band
11: internal space 81: inlet
12: nozzle 82: inlet
12a, 13a: inner nozzle hole 83: air inflow hole
12b and 13b: outer nozzle hole 84: outlet portion
30: impeller 85: outlet
31: impeller rotary wing 91: expansion tube
32: output shaft 95: air inlet hole
40: cleaning member 100: air hole fixing frame
41: coupling portion of the cleaning member 101: fixing projection insertion hole
43: fixed cap 102: backflow preventing elastic membrane
50: washing water injection unit 103: fixing protrusion
60: water flow switch 104: air flow regulator fixed frame
70: length adjuster 105: air volume adjuster

Claims

In the inner space portion of the head is rotated by the introduced washing water is mounted on the impeller for transmitting the rotational force to the cleaning member, the washing machine including a handle extending from the head,
A plurality of nozzle holes formed in the head so as to spray washing water to the outer circumference of the cleaning member or to the front of the cleaning member;
A flow passage formed through the inside of the head to supply the washing water to the nozzle hole;
A device capable of switching the flow of fluid by selecting the outer circumference or the front of the cleaning member;
And a switch capable of switching the flow of fluid is attached to the outside of the head.

The method of claim 1,
And a switch capable of switching the flow of the washing water is attached to the outside of the handle.

3. The method according to claim 1 or 2,
In the washing water nozzle hole formed in the head
Multipurpose washer, characterized in that the diameter of the washing water jet hole sprayed to the outer circumference of the washing member is formed differently from the diameter of the washing water jet hole sprayed to the front of the washing member.

In the inner space of the head is rotated by the introduced washing water, the impeller for transmitting the rotational force to the cleaning member is equipped with a washing machine comprising a handle extending from the head,
The injection section of the fluid
Multipurpose washer, characterized in that the nozzle (nozzle) is included.

5. The method of claim 4,
Multipurpose washer, characterized in that the spraying of the washing water is sprayed in a fractional shape.

The method according to claim 1 or 2, 4 or 5,
The cleaning member
Disposable foam towel, sponge, general scrubber, brush, sand paper, foam towel, hair scraper, any one of a plurality of blades pre-equipped with a detergent in the cleaning member.

The method according to claim 1, 2 or 4 or 5,
The handle is
The multipurpose washer, characterized in that curved to have a predetermined radius of curvature toward the center of the handle portion in contact with the head [see Fig. 1].

The method according to claim 1, 2 or 4 or 5,
The water flow switching device is
In addition to being able to selectively spray the washing water introduced into the head to the outer periphery of the cleaning member or to the front of the cleaning member, the multipurpose washer, characterized in that not to be sprayed through the washing water nozzle hole of the head.

The method according to claim 1, 2 or 4 or 5,
Multipurpose washer, characterized in that configured to discharge the washing water introduced into the head through a separate outflow pipe communicating with the outside of the flow path.

The method according to claim 1, 2 or 4 or 5,
The washing water nozzle hole is a multi-purpose washer characterized in that it comprises any one of a rod-shaped or hose-type, bellows-shaped having a predetermined length.

The method according to claim 1, 2 or 4 or 5,
The cleaning member
Versatile dishwasher, characterized by a rose shape.

The method according to claim 1, 2 or 4 or 5,
The cleaning member
Multipurpose washer, characterized by the appearance of a gypsophila.

In the inner space of the head is mounted by an impeller for rotating the rotational force to the cleaning member while being rotated by the introduced washing water, the washing machine including a handle extending from the head,
Multi-purpose washer characterized in that the water-saving device using a method for increasing the injection force by mixing the outside air by the pressure difference due to the change in the diameter of the passage on the flow path from the water hose to the injection portion of the head .