KR20220123776A - Cleaning device with a means of supplying cleaning fluids - Google Patents

Abstract

The present invention is a cleaning apparatus which is produced in various shapes to clean a variety of cleaning targets, and more specifically, to a cleaning apparatus which cleans a face of a woman, a body and scalp of a person, and a skin of a dog, cat, and the like living together when being developed for a body cleaning purpose, efficiently washes dishes by being installed on a sink of a normal household when being developed for a dish washing purpose, and cleans a floor of a bathroom, an outer wall of a building, or the like when being developed for cleaning other objects. The cleaning apparatus comprises a first spray nozzle, a second spray nozzle, a first conversion valve, a cleaning member, a cleaning solution storage container, and a second opening and closing valve.

Description

Cleaning device with a means of supplying cleaning fluids

The present invention relates to a cleaning apparatus having a cleaning liquid supply means, and more particularly, to women's face wash or scalp cleaning, dogs and cats living together while selectively supplying a cleaning liquid and washing water to the inside of a cleaning member provided in a housing. In addition to cleaning the skin, it further relates to a cleaning device for cleaning various objects such as exterior walls of buildings, solar panels, outdoor advertising towers, and tableware in general households, fruits and herbal medicines throughout the industry.

Conventionally, a washing device for face washing used for washing the face of women is equipped with fine brush bristles with a diameter of about 0.05 mm, and a device that washes it down to the inside of the pores using this has been developed and distributed. However, since these cleaning devices have to lather with fine bristles and then wash with water again by hand, the foaming and rinsing processes are separated so that some foam begins to dry, and you have to rub water with your palm to wash it. Because of this, residual cosmetic ingredients or fine dust still remain in the pores.

In addition, in the case of alopecia patients, the method of scratching the scalp with nails when washing hair causes scalp damage. At this time, if you are a hair loss sufferer, weak hair may become tangled and break, so when shampooing, lather your hair with your hands, then apply the shampoo with your fingertips, and avoid rubbing your hair too hard. If seborrheic dermatitis occurs on the scalp, itching due to keratin, dandruff, and inflammation occurs on the scalp. There is a risk that damage may occur and lead to hair loss. As described above, when the scalp is itchy, there are many cases of washing the hair while strongly scratching with nails or hard objects, which promotes hair loss.

In addition, the elderly living alone or the population living alone is increasing due to the nuclear family phenomenon. there was a point In addition, even when bathing the elderly, the critically ill, the disabled, etc. inside the bath service vehicle, several people participate and use a bath towel or a conventional bathing method of rubbing with hands, increasing the amount of water and detergent used and bathing time It took a long time, and the fatigue of the bath volunteers increased, and there was an emotional inconvenience of having to continuously rub the skin of another person with one's own hands.

In addition, when cleaning the water tank on the roof, washing the walls of high-rise buildings, and outdoor advertising boards, or on the surface of the solar module installed in the mountains, rosin or fine dust from the outside adheres to the surface by moisture, resulting in lower power generation efficiency. However, there was a limitation that high-pressure washing water could not be sprayed on the surface of the solar panel with weak strength. Also, if the vertical outer wall or surface of a building is not uniform, spraying detergent on the surface will cause it to flow down quickly and make bubbles difficult. Since it was impossible to perform a cleaning operation while continuously spraying the cleaning agent, in reality, high-pressure water spray was used instead of cleaning in most cases.

In recent years, with the aging of the population, low fertility, and the increasing trend of single-person families, the number of households raising pets is greatly increasing in order to relieve the emotional anxiety of humans who easily feel loneliness. For example, dogs with dense double coats, such as the Border Collie, not only do not easily penetrate into the hair, but also have a lot of difficulty in washing away the soap bubbles remaining in the hair. Therefore, in spite of the need to provide a washing means suitable for the coat according to the breed, the existing technologies have only presented a simple type of brush. In addition, in many cases, rinse or conditioner is added to the dog's skin after shampooing. When such a rinse or conditioner is additionally added, the operation is cumbersome because it is necessary to dilute the rinse in water at an appropriate ratio and spray it on the dog's skin or spray the rinse solution on the dog's skin and then rinse with water. There was a problem that couldn't be done.

In addition, when washing tableware at a general restaurant or home where a dishwasher is not installed, a series of washing procedures of washing a large amount of tableware with water, releasing detergent foam, and rinsing the bubbles again are cumbersome and time-consuming there was

Korean Patent Laid-Open Publication No. 2003-0008504 discloses a shower having a detergent discharge function and a method therefor. This technology is configured so that liquid detergent such as shampoo or conditioner can be discharged along with shower water through the shower head by selectively pressing a number of buttons installed on the handle. However, since this technology simply performs the function of simply mixing and spraying the shower liquid mixed with water, the shampoo liquid flows down with the water without a time fox to act on the skin, so there is a problem of wasting shampoo.

In addition, the prior art Patent Publication No. 10-2014-0118543 and Registration No. 20-0196502 for the registration room disclose a detergent supply device for a shower having an orifice tube, which supplies the detergent into the flow path by the pressure difference generated in the venturi tube. Since it only plays a role of mixing and spraying the shower liquid with the washing water, there is a limitation in wasting detergent and not being able to obtain the necessary cleaning effect.

The present invention for solving the above problems can be manufactured as a cleaning device having various shapes for cleaning the various cleaning objects described above.

First, the present invention provides a washing member (bath) while supplying the washing solution supplied from the washing solution supply means to the inside of the washing member by combining the conventional human hand soaping operation and foaming operation into one. towel) to give a rich foam, and then 2) operate the first switching valve on the side of the housing to wash off the soap bubbles while spraying a strong stream of water into the cleaning member. Since the cleaning surface can be cleaned quickly and neatly by the synergistic effect of the frictional action of the cleaning members rubbing at the same time, the purpose of the present invention is to provide a convenient and quick way to bathe the elderly, disabled, and critically ill people with limited mobility.

That is, it eliminates the hassle of rubbing while spraying the cleaning solution from the inside of the cleaning member supplied by the cleaning solution supplying device and removing the need to apply soap by hand, especially by adjusting the handle length to supply the cleaning solution inside the cleaning member It is provided to clean the back area that cannot be reached, and by operating the switch, water is selectively sprayed into the jet hole formed on the outside of the housing or the inside of the cleaning member, and the water jet and the friction of the cleaning member are applied at the same time. It is provided to perform a quick and neat cleaning operation.

In addition, a cleaning device is installed in the service vehicle for bathing, or if it is impossible to enter the vehicle, it is separated from the bath vehicle and installed in the home of the elderly and infirm to provide bath service, thereby saving water by simplifying the bathing process and taking a bath. Another purpose is to provide a way to reduce the pain of a person taking a bath, the elderly, the infirm, and the patient by shortening the time.

In addition, even when bathing pets in the bathroom, the hassle of replacing the head every time pets is bathed can be reduced, and pets such as large horses, turtles, and large dogs or several pets can be placed inside the housing. Another object of the present invention is to provide a quicker bath than rubbing by hand by driving the cleaning member by the rotation or vibration motion of the provided motor or vibration motor.

In addition, the present invention expands the scope of application and provides a simple and quick way to wash a large amount of tableware, a large amount of tableware, sports shoes, etc., and herbs such as radishes, carrots, arrowroot, etc. for another purpose.

In addition, the present invention is not limited to the object described above, and it is another object to provide for convenient use not only for washing a bathroom floor, an exterior wall of a building, an advertisement board, a vehicle, but also for wiping a corpse in a medical device or a morgue.

Objects of the present invention are not limited to the objects mentioned above, and other objects not mentioned will be clearly understood from the description below.

The pet cleaning device according to the present invention may be manufactured and supplied in the following two forms.

That is, a first injection nozzle having a plurality of washing water jetting holes formed in an annular shape on the outer periphery of the housing and a second injection nozzle formed in the center of the housing,

a first switching valve provided to selectively supply the washing water supplied through the first take-up hose through the first injection nozzle and the second injection nozzle;

A cleaning liquid storage container disposed on the front side of the housing and having a cleaning liquid transporting means and a backflow preventing means for storing a cleaning member and one end of the cleaning liquid detachably provided to the second injection nozzle, and forcibly transferring the stored cleaning liquid to the housing and

In the cleaning device having a second opening/closing valve provided to supply the cleaning liquid stored in the cleaning liquid storage container through the second injection nozzle,

The washing water supplied through the first take-up hose is selectively supplied through the first and second injection nozzles by a switching action of the first switching valve, and the cleaning liquid stored in the cleaning liquid storage container is provided. It can be achieved by being provided so as to be able to supply to the cleaning member through the opening and closing action of the second on-off valve.

In addition, the cleaning device as another form is formed in the center of the housing, the second injection nozzle for ejecting the selected cleaning liquid or washing water,

a first on/off valve that opens and closes the washing water supplied through the first take-up hose;

a cleaning member disposed on the front side of the housing and provided to be detachably attached to the second spray nozzle;

A cleaning liquid storage container having a cleaning liquid transport means for storing one end of the cleaning liquid and forcibly transferring the stored cleaning liquid to the housing and a backflow preventing means; and

In the cleaning device having a second opening/closing valve provided to supply the cleaning liquid stored in the cleaning liquid storage container through the second injection nozzle,

It may be achieved by being provided to selectively supply the washing water supplied through the first receiving hose and the washing solution stored in the washing solution storage container through the washing member.

At this time, the handle extending to the housing has

A first handle formed on the inner side; and a second handle formed on the outside of the first handle; is formed, and the second handle is provided so that the length of the handle can be adjusted while the second handle slides up and down the outer periphery of the first handle. characterized by being

In addition, a filter for filtering impurities such as chlorine components or rust and parasites contained in the washing water or a urea supply filter containing vitamins and phytoncides may be provided inside the first handle.

Here, the cleaning member is provided with a focusing portion for focusing the cleaning member,

In the center of the focusing part, brush bristles with a diameter of 0.001 mm to 0.2 mm

Washing water jet hole formed inside the brush bristles

A washing net, a microfiber, and a thread twisted with a predetermined material may be sequentially formed as the outer periphery of the washing member.

Here, the cleaning member may be sequentially configured in the order of soft massage protrusions or combs, washing nets, porous sponges such as konjac jelly, and brush bristles with a diameter of 0.001 mm to 0.5 mm from the outermost to the inner side of the washing means. have.

Here, the washing net, the konjac jelly, and the sponge may be composed of a porous material having a property of expanding in volume when wet with water.

Here, the washing member is composed of a mesh, a washing net,

It may be provided so as to spray the washing water into the inside of the mesh.

Here, the cleaning means provided in the housing is

The soft washing protrusion is located on the outermost side,

A plurality of brushes with a diameter of 0.001 mm to 0.5 mm and

It may be configured to include a volume-expandable porous sponge that expands in volume when moisture is deposited on the inside of the brush.

Here, the cleaning member may be configured to further include a cleaning member having one selected one of a cleaning net, konjac jelly, sponge, cotton, nylon, artificial fiber, microfiber, and polyethylene.

Here, at one point of the first supply hose

A high-pressure spraying device for spraying the washing water supplied through the first take-up hose at a high pressure in a detachable form from the housing may be additionally provided.

In addition, the washing member has a shape that can easily wash a large amount of tableware, has a longer rod shape than a horizontal length, and ejects a cleaning agent into the rod-shaped washing member, and also the washing member It is characterized in that it is provided so as to continuously perform washing and cleaning operations on the object while spraying the washing water to the outside of the.

Here, the rod-shaped cleaning member is

It is characterized in that it is inclined at an angle of 3 degrees to 15 degrees with respect to the coupling axis.

In addition, the cleaning liquid storage means for supplying the cleaning liquid to the cleaning apparatus having the various cleaning means described above uses the internal pressure increased by pressurizing and pumping the cleaning liquid handle stored in the storage means to pass the cleaning liquid inside the housing through the inside of the cleaning member. It is characterized in that it is provided to supply.

In addition, as another embodiment of the cleaning liquid storage means, a motor pump built into the cleaning means and a power supply for driving the motor pump, a PCB module and a motor driving switch for driving the motor pump; A pressure sensing switch box is provided, which is a device for automatically supplying the cleaning liquid by the pressure difference by sensing the pressure inside the cleaning liquid supply passage,

The user operates the switch on and opens and closes the motor pump operation according to a signal transmitted from the pressure sensing switch box that senses the pressure fluctuation in the flow path as the second opening/closing valve is opened, thereby automatically supplying the cleaning liquid to the cleaning member It is characterized in that it is provided to do so.

Here, the second opening/closing valve for opening and closing the cleaning liquid is

It is characterized in that it is opened for a period of time set by the user, for example, for 3 to 5 minutes to supply the cleaning solution, and then automatically opens and closes with a means for automatically shutting off the second opening/closing valve when the time has elapsed.

Here, in supplying the cleaning liquid to the cleaning member

The housing is provided with an on-off switch for opening and closing a distance sensor for detecting a distance from the cleaning target surface, detecting the distance between the housing and the target cleaning surface to detect a distance that responds when the housing approaches within a predetermined distance It is characterized in that the cleaning water and the cleaning liquid are automatically sprayed by the operation of the distance sensor when the housing reaches a predetermined distance from the target cleaning surface by the operation of the sensor.

In addition, a venturi tube formed at a point of the first receiving hose, a rinse supply means for storing a predetermined rinse or conditioner liquid, and supplying the rinse or conditioner liquid through the third receiving hose; It is characterized in that it is provided so that it can be sprayed through the first nozzle by mixing the rinse water or conditioner liquid supplied through the backflow preventing means and the rinse supply means with the washing water transferred through the first receiving hose at a constant mixing ratio.

Here, in setting the mixing ratio of the water and the rinse

Proportional control, or PI control (Proportional-Integral control),

or PID control (Proportional-Integral derivation control),

Or equipped with a mixing method controlled by a scalpel controller, it is characterized in that it is provided to mix the washing water and the cleaning agent by selecting any one of them.

Here, the mixing ratio of water and linde is

It is by a method of providing a mixing valve preset with various mixing ratios so that the washing water and the cleaning agent can be mixed at a constant ratio, and the user selects and supplies a suitable ratio among the mixing ratios according to the skin condition of the dog and the characteristics of the solvent. characterized.

Here, the supply amount of cleaning liquid such as cleaning water, cleaning liquid, rinse, etc. supplied to the housing and the mixing ratio of these solutions are set between the case forming the exterior of the shower case part and the substrate provided inside the case between the case and the substrate. an arranged speaker module, wherein the speaker module includes

A speaker for outputting a sound related to the operation of the skin care device

A speaker seating part fixed to the board and on which the speaker is seated

A transceiver device that is coupled to the speaker seating part and includes a speaker hold for fixing the speaker, wherein a resonant space is formed between the speaker and the speaker seating part, and the speaker can transmit and receive a user's voice command and an artificial intelligence program for driving the same, provided to open and close the supply of solvents such as dog shampoo, conditioner, and moisturizer supplied to the washing member according to the user's voice command, or to adjust the mixing amount of the solvent and the washing water transferred characterized by being

In addition, all of the above cleaning devices include a focusing part for driving the motor shaft exposed to the front of the housing and collecting the driving motor cleaning hairs housed in the housing, and a binding part extending from the focusing part to be detachably formed with the motor shaft. A cleaning member, a control unit for controlling a driving speed of the driving motor, and a power supply unit for supplying power to the driving motor are accommodated in the housing, and the binding unit is detachably coupled to the motor shaft to rotate the motor shaft. , or characterized in that the cleaning member is rotated or vibrated according to the vibration movement.

Here, the driving motor rotates the washing member in the four directions or counterclockwise direction on a plane perpendicular to the motor shaft, or by repeating the washing member clockwise and counterclockwise on a plane perpendicular to the motor shaft. Rotating, vibrating the cleaning member along the motor shaft, or vibrating the cleaning member along the motor shaft, characterized in that the rotation movement on a plane perpendicular to the motor shaft.

Here, all the cleaning members described above are characterized in that they are driven by an ultrasonic vibration method.

The present invention simplifies the complicated procedure of spraying water on the washing surface, which is a conventional thinning method, rubbing with a loofah, foaming, and then rinsing with water, and also simplifies the washing surface while washing a large washing area Prevents deterioration of cleaning effect due to contamination To solve the difficult problem of not being able to wash while continuously injecting detergent, rubbing the solar surface or advertising tower on which rosin, etc. is stuck, while continuously supplying the cleaning solution supplied through the cleaning solution supplying device to the inside of the cleaning member, creates abundant bubbles. It has the advantage of providing a clean, quick cleaning operation with little cleaning time and effort.

In particular, by adopting a cleaning member that is composed of a sponge, a micro-bristle brush, and a soft massage protrusion suitable for the characteristics of the object to be washed, such as pets or alopecia patients, abundant foaming of the sponge, high cleaning power of the micro-bristle brush, and massage of the massage protrusion The cleaning effect can be provided excellently by the effect, and also in the cleaning process of rinsing off the foam, strong water is sprayed from the inside of the cleaning member and at the same time the frictional motion of the cleaning member works together, so the cleaning power by strong jetting force and fluidity of water And, there is an advantage in that cleaning time and effort can be drastically reduced by the synergistic effect of the frictional motion of the brush simultaneously acting. In addition, when the object to be cleaned is large, a motor is provided in the housing to greatly expand the cleaning ability and cleaning area by high-speed rotation of the cleaning member, so that the solar module installed on the wall, billboard, or hillside of a high-rise building, where cleaning work was difficult in the past. It has the advantage of being able to quickly and neatly clean various objects throughout the industry, such as not only washing vehicles, but also surgical instruments after surgery, vehicle washing, fruits, herbal medicines, and large amounts of tableware.

In addition, as a single shower installed in the bathroom can be used by women and alopecia patients and pets together, it is possible to reduce the hassle of replacing the shower head every time a pet is bathed. Bathing is easy by continuously spraying washing water and cleaning solution from inside and outside the brush while bathing a large pet. By applying friction, it is possible to cleanly wash off the bubbles remaining in the coat to prevent the occurrence of skin diseases. have.

In addition, the back part that cannot be reached at home can be easily cleaned by adjusting the length of the handle. This has the advantage of making it easier for the bather or the elderly to take a bath, since it can promote

1 is a structural diagram of a cleaning device for a person's body or pet to be installed in a bathroom according to an embodiment of the present invention. 2 is a configuration diagram of a cleaning apparatus provided with a manual cleaning liquid supply means of the present invention. 3 is a block diagram of a cleaning apparatus equipped with an automatic cleaning liquid supply means of the present invention. 4 is a structural diagram of an automatic cleaning liquid supply means, which is an essential part of the present invention. 5 is an external view according to an embodiment of the cleaning member detachably attached to the cleaning device according to the present invention. 6 is an external view according to an embodiment of a cleaning member that is detachably attached to the cleaning device according to the present invention. 7 is an external view according to an embodiment of the cleaning member detachably attached to the cleaning device according to the present invention. 8 is a shape diagram of a cleaning apparatus for cleaning an exterior wall of a building according to another embodiment of the present invention. 9 is a shape diagram of a cleaning apparatus for cleaning an exterior wall of a building according to another embodiment of the present invention. 10 is a cross-sectional view for explaining the size of the washing area according to one rotation of the washing means for washing dishes shown in FIG. 11 is a block diagram of a rinse supply device for supplying rinse aid through a venturi tube to the skin of a pet, which is the main part of the present invention.

Since the present invention can have various changes and can have various embodiments, specific embodiments are illustrated in the drawings and will be described in detail through the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

In describing the present invention, if it is determined that a detailed description of a related known technology may unnecessarily obscure the gist of the present invention, a detailed description thereof will be omitted. In addition, numbers (eg, first, second, etc.) used in the description process of the present specification are merely identification symbols for distinguishing one component from other components.

Hereinafter, detailed contents for practicing the present invention will be described with reference to the accompanying drawings.

1 is an external view of a cleaning apparatus according to the present invention. Pet washing apparatus according to the present invention, the housing 101, a first injection nozzle 104 in which a plurality of washing water jetting holes are formed in an annular outer periphery; a second injection nozzle 105 formed in the center of the housing; It is provided to supply the washing water supplied through the first intake hose 111 to the first injection nozzle 104 and the second injection nozzle 105 through the inside of the housing 101, and is disposed on the front side of the housing 101 and a cleaning member 107 detachably formed on the second injection nozzle 105 formed in the center of the housing 101; the cleaning member 107 includes a cleaning means and a collecting part for fixing the cleaning means; and a binding part 106 for attaching and detaching the focusing part to the housing, wherein the washing water supplied into the housing 101 by the first switching valve 102 is directed in the B direction through the first injection nozzle 104 . It is achieved by being provided so as to selectively spray in the A direction through the inside of the cleaning member 107 coupled to the second injection nozzle 105 or the second injection nozzle 105 .

In this way, the supply is provided through the first flow path (not shown) or the second flow path (not shown) formed inside the housing 101 by the operation of the first switching valve 106 provided in the housing 101 . The washing water to be used can not only be supplied by selecting the first injection nozzle 104 and the second injection nozzle 105, but also the first switching valve 102 can be configured in three stages to make it an intermediate stage to stop the supply of washing water. Therefore, when you need to turn the water on and off while bathing your pet, you can reduce the hassle of turning on-off a faucet at a distance or adjusting the temperature and amount of water.

At this time, the handle 110 extending to the housing has

A first handle formed on the inside; and a second handle 110 formed on the outside of the first handle 108; is formed, and the second handle 110 extends the outer periphery of the first handle 108. It is characterized in that it is provided so that the length can be adjusted while sliding up and down.

In addition, the handle formed in the housing is

A first handle formed on the inside; and a second handle 110 that slides to the outside of the first handle 108; is formed by combining with each other, although not specifically shown, the second handle 110 is left and right It can be achieved by being provided in a form in which the flow of the second handle is suppressed by a pair of stoppers 109 provided as .

In addition, a filter for filtering impurities such as chlorine components or rust and parasites contained in the washing water or a urea supply filter 108 containing vitamins and phytoncides may be provided inside the first handle 108 .

In another type of cleaning apparatus configured with respect to the cleaning apparatus shown in FIG. 1 , the first injection nozzle 104 is omitted on the outer periphery of the housing 101, and the second injection nozzle 105 is formed in the center of the housing. ); and the washing water supplied through the first take-up hose 111 is provided to supply the second injection nozzle 105 through the inside of the housing 101, and is disposed on the front of the housing 101, and the housing ( 101) a cleaning member 107 detachably formed on the second spray nozzle 105 formed in the center; the cleaning member 107 includes a cleaning means, a collecting unit for fixing the cleaning means, and a collecting unit in the housing and a binding part 106 for attaching and detaching, the washing water supplied to the inside of the housing 101 by the first switching valve 102 is combined with the second injection nozzle 105 of the washing member 107 of It can be achieved by being provided in a simple form so that it can be sprayed in the A direction through the inside.

In Figure 2, by expanding the configuration of the cleaning device for the pet, the cleaning solution can be automatically supplied into the cleaning member 107 by adding a means for additionally supplying a cleaning solution such as dog shampoo to the above-described pet cleaning device structure. A cleaning device is shown.

In FIG. 2, a second switching valve 204 is additionally provided on the housing 201, or a handle extending from the housing 201, and is connected to a storage container storing a cleaning liquid such as dog shampoo to remove the cleaning liquid from the cleaning member. (203) is configured to be supplied to the washing surface through the interior. Here, inside the first take-up hose 205, a second take-up hose (not shown) capable of supplying a cleaning agent separately from the washing water is included inside or outside, or installed in a parallel form. Here, the cleaning liquid supply means 211 may be a resin-type device or other inverter motor built-in pump. The cleaning liquid is stored inside the cleaning liquid supply means 211, the handle 208 is gripped by the owner's hand, and the pressure inside the container 211 is increased by pumping the handle 208 down several times to remove the cleaning liquid through the second receiving hose. (203) can be supplied internally. The supply means 211 is composed of a cleaning liquid inlet 210 for refilling, an on-off switch (not shown), a connection kit 207 and a cleaning liquid supply hose 209, and the cleaning liquid flows backward in the connection kit 207. A non-return valve (not shown) is built-in to prevent

For a dog's bath, the user first opens the faucet 206 to adjust the amount and temperature of washing water, then opens the first switching valve 202 to spray the washing water on the dog's skin, and then the first switching valve 202 ) to stop the supply of washing water, the second switching valve 204 is opened to supply the washing liquid to the washing member 203 while generating abundant bubbles to perform the washing operation. When the cleaning operation is finished, the second selector valve 204 is shut off, and the first selector valve 202 is operated to spray the washing water into the washing member 203 to cleanly wash the soap bubbles from the dog's skin. As described above, the supply structure for selecting and sequentially supplying washing water and washing liquid to the inside of the washing member 203 is made possible by the selective on-off operation of the first switching valve 202 and the second switching valve 204 . and a detailed structure thereof will be described with reference to FIG. 3 .

In another type of cleaning apparatus configured with respect to the cleaning apparatus shown in FIG. 1 , the first injection nozzle 104 radially formed on the outer periphery of the housing 201 is omitted, and is located in the center of the housing 201 . The formed second injection nozzle (105 in FIG. 1); and the washing water supplied through the receiving hose 205 is injected in the A direction through the inside of the cleaning member 203 through the second injection nozzle formed in the housing 201 do. Accordingly, the first switching valve 102 does not selectively supply washing water, but only performs a pn-off function. In addition, through the inside of the receiving hose 205 or, although not specifically shown, a connection means such as a connection screw, a coupling, and a one-touch connector is provided on one side of the housing 201, and the connection means and the cleaning solution supply hose 209 may be connected in the above manner to supply the cleaning liquid to the inside of the cleaning member 203 . Here, the cleaning liquid supplied into the housing 201 is configured to supply or block the cleaning liquid supplied by the on-off action of the second switching valve 204 .

FIG. 3 shows a cleaning device including a cleaning liquid supply means having a built-in small motor pump for the cleaning liquid stored in a predetermined cleaning liquid storage container 311 in the two types of cleaning apparatuses discussed in FIG. 2 . In the structure for supplying the cleaning liquid to the inside of the cleaning member 302 through the housing 301 , the cleaning water supplied through the first receiving hose 307 connected to the water faucet 305 is transferred to the housing 301 or the housing 301 . By the switching action of the first switching valve 303 provided on the handle extending from It is configured to spray or selectively spray into the cleaning member 302 through the second spray nozzle (105 in FIG. 1) provided in the center of the housing 301.

When the cleaning operation is performed by transferring the cleaning liquid to the cleaning member 302 , the user operates a motor pump (not shown) provided therein by the action of the power switch 312 to enter the cleaning liquid storage container 311 . The stored cleaning liquid is forcibly transferred by the power of the motor pump, but first, the cleaning liquid supply kit 306 having a built-in backflow prevention means fixed to the existing shower hose connection located under the faucet is installed, and the receiving hose 307 connected thereto is installed. ) through the internal cleaning solution supply passage, the housing 301 or a second on-off valve (304, which is an on-off valve for turning on/off the supplied cleaning liquid) additionally provided in the housing 301 or a handle extending from the housing; opening and closing; By the action, it is achieved by being provided to supply the cleaning liquid stored in the cleaning liquid storage container 311 to the cleaning member 302 .

In addition, the cleaning device shown in FIGS. 1 to 3 may include a motor and means for driving the same in the housing, in order to quickly clean a large-sized pet or a large number of pets. That is, since the owner's hand cannot effectively wash seals, horses, or large pets raised in the zoo, a motor is provided inside the housing to provide a quick bath for them by rotation or vibration of the motor.

Although not specifically shown, a driving motor for driving the motor shaft exposed to the front of the housing and accommodated in the housing; and a cleaning member including a focusing part on which washing hairs are concentrated and a binding part extending from the focusing part to be detachably formed with the motor shaft. A control unit for controlling the driving speed of the driving motor, and a power supply unit for supplying power to the driving motor are accommodated in the housing, and the binding unit is detachably coupled to the motor shaft, according to rotation or vibration of the motor shaft. The cleaning member may be configured to rotate or vibrate.

In addition, the driving motor rotates the washing member in a quadratic direction or counterclockwise on a plane perpendicular to the motor shaft, or repeats the washing member in a clockwise and counterclockwise direction on a plane perpendicular to the motor shaft. to rotate, vibrating the cleaning member along the motor shaft, or vibrating the cleaning member along the motor shaft to rotate on a plane perpendicular to the motor shaft.

Here, the cleaning member may be additionally driven by an ultrasonic vibration method.

Here, the second opening/closing valve 304 for opening and closing the supply of the cleaning solution is

It is opened for the time set by the user to supply cleaning solution.

It may be provided so that the second on-off valve 304 is automatically shut off when the time passes.

Here, in supplying the cleaning liquid to the cleaning member 302

The housing 301 includes a distance sensor (not shown) that detects the distance from the surface to be washed and operates when the user approaches within a preset transaction, and an on-off switch that opens and closes it; By the operation of a distance sensor that detects the distance from the washing surface and responds when the housing approaches within a certain distance. When the housing reaches within a predetermined distance from the target washing surface, washing water and washing liquid may be sprayed by the operation of the distance sensor.

In addition, another type of cleaning device is a method of supplying all of the cleaning water or cleaning liquid supplied through the receiving hose 307 to the cleaning member 302, and as shown in FIG. The first injection nozzle (104 in FIG. 1) formed in an annular shape is omitted. Therefore, the washing water supplied through the receiving hose 307 is supplied to the washing member 203 by the on-off action of the first switching valve 303 provided in the housing 301 or a handle extended to the housing 301 . It is supplied internally or the supply is cut off. In addition, the cleaning liquid stored in the cleaning liquid storage container 311 is configured to be supplied to the cleaning member 302 by the opening and closing action of the second switching valve 304 through the supply hose 307 through the supply passage 308 .

4 is a permanent configuration of the cleaning liquid storage means 311 shown in FIG.

That is, a small motor pump 506 built in the cleaning liquid storage means 501 and a power supply unit 508 for driving the motor pump 506; A PCB module 507 for driving the motor pump 506; and a switch unit 503 for driving the motor pump 506; and a pressure sensing switch box 509 having a sensor for sensing the pressure inside the flow path;

As the user opens the second opening/closing valve (304 in FIG. 3) provided in the housing or the handle for the cleaning liquid stored in the cleaning liquid storage means 501, the pressure inside the flow path 505 for transferring the cleaning liquid decreases and detects this The switch box 509 for pressure sensing receives the signal and transmits it to the PCB module 507 , and the PCB module 507 receiving the signal starts the operation of the motor pump 506 and is stored in the cleaning solution storage means 501 . It is configured to automatically supply the stored cleaning solution.

FIG. 5 shows an auxiliary cleaning member screwed to the second injection nozzle (105 in FIG. 1) provided at the center of the housing 101 shown in FIG. 1 . Such an auxiliary cleaning member may be configured in a form in which fine bristle brushes having a diameter of 0.001 mm to 0.5 mm are focused on the focusing part 303, and the diameter of the area in which the brush hairs are focused is usually in the range of 5 to 15 mm. .

This auxiliary cleaning member is attached to the housing whenever necessary and is mainly used to wipe the tear marks of companion animals or between the toes of small dogs after walking. This auxiliary cleaning member is inserted and fixed to the second injection nozzle (105 in FIG. 1) formed in the center of the housing in a screw method, and has a height of less than 3 cm in terms of aesthetics and is formed so that it can be simply combined with only 3 to 4 rotations when mounted.

In addition, although not specifically shown, a high-pressure injection cap having a plurality of injection nozzles having a fine jet hole of about 0.2 mm in diameter, or a high-pressure injection cap having 1 to 5 injection nozzles having a diameter of about 2 mm, is attached to the second injection nozzle, and the companion animal It may be provided to clean the bathroom floor after bathing of the animal while spraying high-pressure water, or to wash the toilet plate of the companion animal and the dog owner's toilet.

6 shows an example of a cleaning member used by being detachably coupled to the housing) 601). These cleaning members can be composed of materials with various functions in a complex manner, which causes delicate friction with the skin of people or pets and porous sponges or bath towels that maintain the injected cleaning solution for a long time and generate abundant bubbles. It may be composed of a fine hair brush with a diameter of 0.001 to 0.5 mm that cleans while washing, and a soft comb protrusion that can effectively remove dead hair attached to the pet's skin while taking a bath.

This cleaning member is specifically provided in a manner detachable from the housing, and the form is a plate-shaped focusing portion 604 for focusing the cleaning material; is prepared,

A brush bristles 606 having a diameter of 0.001 mm to 0.2 mm are formed in the center of the focusing part 604, and a plurality of washing water jetting holes are formed inside the brush bristles 606 to spray the supplied washing water in the A direction. Consisting, on the outside of the washing net 605, or a porous sponge, or a thread twisted in a certain form; You can place them sequentially.

In addition, the cleaning member

From the center of the washing means toward the outside

A brush bristles with a diameter of 0.001 mm to 0.03 mm; and a plurality of washing water jet holes on the outside, and a brush bristles with a diameter of 0.4 to 0.5 mm on the outside:, a washing net or porous sponges on the outside; The soft massaging projections or comb projections on the outside; It may be configured by arranging in order.

In addition, the washing member may include one type of washing means selected from a washing net, cotton, porous sponges, microfibers, natural fibers, artificial fibers, soft massage protrusions for removing dead skin cells, a metal brush, and a metal net.

Here, the washing net and porous sponges are characterized in that the material has a property of expanding in volume when water is immersed.

7 shows an example of another embodiment of the cleaning member detachably attached to the housing. The coupling part 402 connected to the collecting plate 401 is screwed into and fixed to the second injection nozzle (105 in FIG. 1) formed in the center of the housing, and has a height of within 3 cm in terms of aesthetics and requires only 3 to 4 rotations when mounted. It is formed so that it can be easily combined. On the outside of the collecting plate 401, a washing means 404 composed of konjac jelly or a washing net is formed, and on the inside of the small collecting plate, a plurality of brush bristles 403 with a diameter of 0.001 to 0.5 mm are concentrated. A small washing means is formed, and a plurality of washing water jetting holes are formed in the small collecting plate, so that the washing water supplied to the second jet nozzle can be jetted in the A direction. It is provided so that the object can be cleaned quickly and neatly by the action.

8 is a structural diagram of a cleaning device for cleaning a wall of a building or a bathroom according to an embodiment of the present invention. A high-pressure injection device 802 having a high-pressure jet hole having a diameter of 0.1 mm to 0.5 mm is connected in a detachable manner through a connection part 806 at its end in a form detachable from a handle 802 extending from the housing 801. It is characterized in that it is provided so that it can be neatly arranged by spraying high-pressure water to the washing area after washing. In addition, the first washing water jetting part (AA') of the housing may be provided with a fine washing jet hole having a fine diameter of 0.03mm to 1mm. The washing water can be selectively supplied in the first injection nozzle direction (AA') and the second injection nozzle direction (B) by the first switching valve 807 transferred to the other handle 802, and other cleaning agents and washing water can be supplied. The second switching valve 809 is provided so as to be selectively supplied is the same as the dog shower of the preceding paragraph. However, when the cleaning member 804 and the target cleaning surface, which will be discussed later, approach within a preset distance, a detection switch 808 capable of spraying cleaning water or cleaning liquid by a detection sensor (not shown) that detects it is added. There are features provided with

9 shows a washing machine for washing dishes that can be used for washing dishes in a sink or a large restaurant according to an embodiment of the present invention. Other matters are the same as or similar to the previous cleaning apparatus, and the characteristic means of the cleaning apparatus provided for washing dishes is a length longer than a horizontal length so that the cleaning member 903 provided in the housing 901 has a constant length. It is characterized in that it is formed to be longer than 1.3 times, and the cleaning member 903 is formed to be inclined at an angle of 3 degrees to 15 degrees with respect to the coupling axis.

Therefore, the cleaning member 903 is provided in the housing 901 in a detachable form, the cleaning member 903 is formed to be 1.3 times longer than the horizontal length, and has a diameter at the end of the cleaning member 903 . A second jet hole 911 having a fine jet hole of 0.1 mm to 0.5 mm is formed. In addition, the first washing water jetting part AA' of the first switching valve 903 provided in the housing 901 may be provided with a fine washing jetting hole having a fine diameter of 0.03mm to 1mm. The washing water can be selectively supplied in the first injection nozzle direction (AA′) and the second injection nozzle direction (B) by the first switching valve 903 transferred to the handle 902, and other cleaning agents and washing water can be removed. 2 is provided so as to be selectively supplied by the switching valve 907 is the same as the dog shower of the preceding paragraph. However, the handle 902 is provided with a finger rest 905, and when the cleaning member 908 and the target cleaning surface, which will be discussed later, approach within a preset distance, a detection sensor (not shown) that detects the washing water or cleaning solution. ) is characterized in that a detection switch 904 that can be sprayed is additionally provided, and the cleaning effect generated by the inclination of the cleaning member 908 is discussed in FIG. 10 .

²이 되고, 이어서 이를 1회 공전시킴으로써 원의 면적인 2

이 되어 그 면적인 크게 확대되게 된다. 이러한 구조하에서는 상기 세척부재를 연질을 가진 탄성부재로 형성하여 회전운동 시킴으로써 직경이 좁은 컵과 같은 식류와 면적이 넓은 접시나 후라이팬과 같은 식기를 한꺼번에 효율적으로 세정할 수 있도록 제공된다.In FIG. 10 , the cleaning member 903 is formed to be inclined at an angle of 3 to 15 degrees with respect to the coupling axis, and in particular, the area in which the cleaning member 903 can be washed by rotating it with a motor inside the housing 901 is the cleaning member (903) shows that it is formed much larger than the diameter. At this time, as the cleaning member 903 rotates once, the cleaning area that can be cleaned is the area of the circle.

becomes ² , and then, by revolving it once, the area of the circle is 2

As a result, the area is greatly enlarged. Under this structure, the washing member is formed of a soft elastic member and rotated to efficiently clean dishes such as a cup with a narrow diameter and dishes such as a plate or a frying pan with a large area at once.

In addition, although not specifically shown, in the housing of the trivalent type cleaning device disclosed above, the driving motor drives the motor shaft exposed to the front of the housing and is accommodated in the housing; A cleaning member including a focusing part on which washing hairs are concentrated and a binding part extending from the focusing part to be detachably formed with the motor shaft; a control unit for controlling the driving speed of the driving motor, and power to the driving motor The power supply unit to be supplied is accommodated in the housing, and the binding unit is detachably coupled to the motor shaft, and may be further configured as a cleaning device in which the cleaning member rotates or vibrates according to the rotation or vibration of the motor shaft. .

Here, the driving motor rotates the washing member in a quadratic direction or counterclockwise on a plane perpendicular to the motor shaft, or repeats the washing member clockwise and counterclockwise on a plane perpendicular to the motor shaft. Rotating, vibrating the cleaning member along the motor shaft, or vibrating the cleaning member along the motor shaft may be configured to rotate on a plane perpendicular to the motor shaft. In addition, the cleaning device may be driven by an ultrasonic vibration method.

In addition, in the multipurpose washing device according to the present invention, the body washing shower for washing the above-mentioned person or dog, and an exterior wall washing device for washing the walls of a building. In addition, as a washing function commonly applicable to a washing device for washing a large amount of tableware, the following additional functions are disclosed.

That is, the washing water and the washing liquid sprayed through the first nozzle or the second nozzle are

a second receiving hose capable of supplying detergent, such as dog shampoo, which is provided separately from the washing water supply hose; Shampoo container containing dog shampoo in communication with the second receiving hose; A pumping means for supplying the detergent provided in the shampoo container to the dog washing device through the detergent supply hose and a backflow prevention means for preventing water from flowing back into the shampoo container; After pressurized pumping, the pressure inside the shampoo container is increased to supply the detergent contained inside the shampoo container to the detergent supply hose, which is provided on the front part of the dog shower and detects a certain distance from the skin of the pet. a distance sensor that responds to a switch capable of turning on-off the operation of the distance sensor; An on/off valve capable of opening and closing the supply of dog shampoo transferred by the signal of the distance sensor along with the on action of the switch; characterized in that it is composed of.

Therefore, if you want to supply washing face wash water when cleaning the outer wall or glass window of a high-rise building, or when washing your dog's skin, first open the switch in the on state to make the washing water sprayable, and then the dog shower held by the dog owner. When the housing and the dog's skin come within a preset separation distance while being close to the pet's skin, the detection sensor operates to open the washing water opening/closing valve, and thus the washing water can be sprayed to the front of the housing. It is provided so that the dog can struggle while taking a bath, or the inconvenience caused by unnecessary water spray when washing a high-rise building is prevented and used conveniently.

In Figure 11, in the multi-purpose cleaning device according to the present invention, after bathing the pet, a rinse or conditioner that prevents drying of the pet's skin is mixed with the supplied washing water at a constant ratio and automatically sprayed. Disclosed is a device. do.

That is, the configuration of such a rinse supply device includes a cleaning agent container 906 containing cleaning agents such as rinse, treatment, conditioning agent, and perfume to protect the dog's skin, and a cleaning agent supply hose 903 communicating with the cleaning agent container 906 . ), a venturi pipe 907 provided at one point of the detergent supply hose 903, a backflow prevention means 909 for preventing the transferred washing water from flowing back into the container, and the detergent supply hose 903 and the first It is provided so that the receiving hose communicates, and when the dog owner needs to supply the cleaning agent to the pet's skin, the dog owner opens the faucet and the cleaning agent container supply switch 911 and stores the detergent container 902 in the supplied washing water. The cleaning agent is characterized in that it is provided so as to be automatically supplied to the first receiving hose at a constant rate by the venturi effect of the venturi tube (907).

Here, instead of the venturi tube 9907), a resin pumping device capable of supplying a certain amount of cleaning agent to the inside of the container or a cleaning agent supply device having a pressure sensing type automatic supply device by an inverter device and a motor pump may be provided. In addition, if a hose for supplying a moisturizer, etc., as well as a hose for supplying shampoo, etc., are attached to the washing water supply hose, the structure of the supply hose becomes complicated and may interfere with the cleaning operation. It is provided in a one-touch coupling method so that it can be connected and used only when necessary.

Here, the method of setting the mixing ratio of the washing water and the rinse is equipped with a proportional control, or a PI control (Proportional-Integral comtrol), or a PID control (Proportional-Integral derivation comtrol), or a control method by a scalpel controller. , any one of the methods can be selected and applied.

In addition, the mixing ratio is set in advance in a ratio combination having various shapes so that each of the fluids can be mixed at a constant ratio in the mixing valve provided at the point where each of the fluids is mixed, and the owner of the dog's skin condition According to the characteristics of the solvent and the above, it can be done by selecting and supplying a suitable ratio among the mixing ratios,

The mixing ratio is a case forming the exterior of the shower case portion; a substrate provided inside the case; a speaker module disposed between the case and the substrate, wherein the speaker module comprises: a speaker for outputting a sound related to an operation of the skin care device; a speaker seating part fixed to the substrate and on which the speaker is mounted; A transceiver device that is coupled to the speaker seating part and includes a speaker hold for fixing the speaker, wherein a resonant space is formed between the speaker and the speaker seating part, and the speaker can transmit and receive a user's voice command and an artificial intelligence program that drives it, but opens and closes the supply of solvents such as dog shampoo, conditioner, and moisturizer supplied to the washing member according to the user's voice command, or to adjust the mixing amount of the solvent and the washing water transferred do.

12 shows the washing member rotating the back part that his or her hand has not reached when the user takes a bath alone at home and the washing liquid is sprayed into the inside of the washing member to generate abundant bubbles to perform the washing operation, and then to the inside of the washing member It shows that lather and dirt can be washed away quickly and cleanly while spraying water.

As described above, the present invention provides a cleaning member (bath) while supplying the cleaning solution supplied from the cleaning solution supply means to the inside of the cleaning member by combining the conventional human hand soaping operation and foaming operation into one. towel) to give a rich foam, and then 2) operate the first switching valve on the side of the housing to wash off the soap bubbles while spraying a strong stream of water into the cleaning member. Since the cleaning surface can be cleaned quickly and neatly by the synergistic effect of the frictional action of the cleaning members rubbing at the same time, it is possible to easily and quickly bathe the elderly, the disabled, and the critically ill.

In addition, while performing such a bath, it is possible to provide a back part that has not been reached by adjusting the length of the handle, and a motor that rotates or vibrates inside the housing is combined with a soft washing protrusion, Since a vibration massage function can be provided, a vibration massage service can be provided at the same time as bathing, helping the elderly and weak blood circulation and providing additional functions to keep the skin healthy.

The two core cleaning functions of the present invention as described above are not limited to the bathing of the elderly or pets, but the scope is expanded to wash a large amount of tableware, walls of buildings, solar modules, glass windows, external sculptures, advertisement towers, etc. The target can be infinitely expanded throughout the industry.

13 is a drawing of a scene in which a washing device equipped with a washing liquid supply means according to the present invention is installed in a bath service vehicle to conveniently bathe the elderly and infirm lying on the seat. As described above, using the cleaning device of the present invention, in a situation in which a mobile bath vehicle or vehicle cannot enter, the cleaning device is separated from the vehicle and transported to the home of the elderly or the disabled, and it is installed in the home of the elderly to provide a convenient bath service. It shows that it can be configured so that it can be performed.

Although preferred embodiments of the present invention have been described so far, those of ordinary skill in the art to which the present invention pertains will be able to implement in a modified form within the scope without departing from the essential characteristics of the present invention. Therefore, the embodiments of the present invention described herein are to be considered in an illustrative rather than a restrictive view, the scope of the present invention is indicated in the claims rather than in the above description, and all differences within the equivalent scope are the present invention. should be construed as being included in

101: housing 102: handle 103: first switching valve

Claims (22)

A first injection nozzle having a plurality of washing water jetting holes formed in an annular shape on the outer periphery of the housing; and a second jetting nozzle formed in the center of the housing; Washing water supplied through a first take-up hose is supplied to the first jet nozzle and the second jet nozzle a first switching valve provided to selectively supply through In a cleaning apparatus having; a cleaning liquid storage container having a cleaning liquid transport means and a backflow preventing means; a second on-off valve provided to supply the cleaning liquid stored in the cleaning liquid storage container through the second injection nozzle is provided to selectively supply the washing water supplied through the first through the first and second injection nozzles by the switching action of the first switching valve, and the cleaning liquid stored in the cleaning liquid storage container is opened and closed by the second opening and closing A cleaning device, characterized in that provided to be supplied to the cleaning member through the opening and closing action of the valve. A second injection nozzle formed in the center of the housing and ejecting the selected cleaning liquid or washing water; A first opening/closing valve opening and closing the washing water supplied through the first intake hose; Disposed on the front surface of the housing, detachable from the second injection nozzle A cleaning member provided so as to be able to; A cleaning liquid storage container having a cleaning liquid transport means and a backflow preventing means for storing a cleaning liquid and forcibly transferring the stored cleaning liquid to the housing; A cleaning device having a second on/off valve provided to supply through A cleaning device, characterized in that. The method according to claim 1 or 2, wherein the cleaning liquid supplied to the second injection nozzle is provided so as to be supplied by connecting the second supply hose to a point of a flow path communicating with the housing in a detachable manner. cleaning device. According to claim 1 or claim 2, The handle formed in the housing A first handle formed inside; And a second handle sliding to the outside of the first handle; But formed by combining with each other, The first handle 2 The cleaning apparatus, characterized in that provided to adjust the length of the second handle by a pair of stoppers (stoppers) provided on the left and right sides of the handle. The cleaning device according to claim 4, wherein at least one of a filter for filtering impurities of chlorine, rust, and parasites contained in tap water is provided inside the first handle. According to claim 4, Inside the first handle, vitamin, phytoncide, moisturizing agent, perfume, rinse, cleaning device characterized in that at least one of a urea supply filter containing a treatment component is provided. According to claim 1 or claim 2, The cleaning member, The cleaning means, and a focusing portion for fixing the cleaning means, and a binding portion for attaching and detaching the focusing portion to the housing, The cleaning means has a diameter of 0.001mm ~ 0.07mm A first brush bristles with; Washing water jetting holes on the outside of the first brush bristles; A second brush bristles having a diameter of 0.08 mm to 0.5 mm in the central portion of the focusing portion; A porous sponge or mesh towel to the outside of the second brush bristles ; A cleaning device, characterized in that sequentially arranged. According to claim 7, The washing means is characterized in that it further comprises one or more washing means selected from a washing net, cotton, microfibers, natural fibers, artificial fibers, and soft massage protrusions for removing dead skin cells. Device. According to claim 7 to 8, The cleaning net, the porous sponge is characterized in that formed of a material having a property of expanding in volume when water is, the cleaning device. The cleaning according to claim 1 or 2, wherein a high-pressure spraying device for spraying the washing water supplied through the first intake hose at a high pressure in a form detachable from the handle is additionally formed on the handle. Device. The cleaning apparatus according to claim 1 or 2, wherein the cleaning member is formed in a rod shape having a vertical length longer than a horizontal length. The cleaning apparatus according to claim 11, wherein the cleaning member is inclined at an angle of 3 degrees to 15 degrees with respect to the coupling axis. The cleaning liquid storage means for supplying the cleaning liquid to the housing according to claim 1, 2, or 10 or 11, wherein the cleaning liquid is pumped by pressurizing a handle provided in the cleaning liquid storage means to supply the cleaning liquid to the housing using the increased internal pressure. A cleaning device, characterized in that it is provided to be transferred into the housing. According to claim 1, 2, or 10, 11, The cleaning liquid storage means A motor pump built inside and a power supply unit for driving the motor pump; A PCB module for driving the motor pump; and a motor A cleaning device comprising: a switch unit driving . According to claim 1, 2, or 10, 11, In supplying the cleaning liquid to the cleaning member, The housing operates when a user approaches within the set distance according to a preset transaction, and the user A distance sensor having a function to stop the operation when out of a set distance; and an on-off switch for opening and closing the distance sensor; and, by the operation of the distance sensor; the housing is at a certain distance from the cleaning surface Cleaning apparatus, characterized in that provided so that the washing water or the washing liquid is sprayed by the operation of the distance sensor when it reaches within. According to claim 1 or claim 2, A venturi tube is formed at one point of the first receiving hose, but the rinse or conditioner liquid is stored in a predetermined storage container, and the rinse or conditioner liquid is taken over the third. a rinse aid supply means provided to supply the inside of the housing through a hose; and a backflow prevention means; and, mixing and transferring the rinse water or conditioner liquid supplied through the rinse supply means with the washing water transferred through the first take-up hose at a constant mixing ratio and spraying it through the first spray nozzle or the cleaning member. Characterized in the cleaning device. According to claim 16, In setting the mixing ratio, proportional control, or PI control (Proportional-Integral comtrol), or PID control (Proportional-Integral derivation comtrol), or a mixing method controlled by a mass flow controller, A cleaning device, characterized in that it is provided so that the washing water and the cleaning agent can be mixed by selecting any one of them. The method according to claim 17, wherein the mixing ratio is provided with a mixing valve preset to various mixing ratios so that the washing water and the cleaning agent can be mixed in a constant ratio, and a suitable one of the mixing ratios according to the skin condition of the dog and the characteristics of the solvent is provided. A cleaning device, characterized in that by a method of supplying by selecting a ratio. According to claim 1, 2, or 10, 11, The supply amount of the cleaning liquid such as washing water, cleaning liquid, rinse, etc. supplied to the housing and setting the mixing ratio of these solutions forms the appearance of the shower case part a case; a substrate provided inside the case; a speaker module disposed between the case and the substrate, wherein the speaker module comprises: a speaker for outputting a sound related to an operation of the skin care device; A speaker seating portion on which a speaker is seated; A speaker hold coupled to the speaker seating portion and fixing the speaker, wherein a resonant space is formed between the speaker and the speaker seating portion, The speaker has a user's voice A transceiver capable of transmitting and receiving commands and an artificial intelligence program for driving the same are provided, and according to a user's voice command, the supply of solvents such as dog shampoo, rinse, and moisturizer supplied to the washing member is opened and closed, or is transferred with the solvent A washing device, characterized in that it is provided to adjust the mixing amount of washing water. According to claim 1, claim 2, or 10, 11, Driving the motor shaft exposed to the front of the housing and accommodated in the housing; The cleaning hair is concentrated and extending from the focusing portion and a cleaning member including a coupling part detachably formed with the motor shaft, and a control unit for controlling a driving speed of the driving motor, and a power supply unit for supplying power to the driving motor are accommodated in the housing, and the binding unit It is detachably coupled to the motor shaft, the cleaning device, characterized in that the rotation or vibration of the cleaning member according to the rotation or vibration of the motor shaft. The method of claim 20, wherein the driving motor rotates the cleaning member in a four-quadrant direction or counterclockwise on a plane perpendicular to the motor shaft, or rotates the cleaning member clockwise and counterclockwise on a plane perpendicular to the motor shaft. A cleaning apparatus, characterized in that rotating repeatedly in a clockwise direction, vibrating the cleaning member along the motor shaft, or rotating the cleaning member on a plane perpendicular to the motor shaft while vibrating the cleaning member along the motor shaft. The cleaning apparatus according to claim 1, 2, or 10 or 11, wherein the cleaning member is driven by an ultrasonic vibration method.

Images