KR20120093051A - Various porposes clense and brush - Google Patents

Abstract

PURPOSE: A multi-purpose cleaning device and a brush are provided to improve a cleaning effect without using external power by simultaneously applying the frictional action of the brush and high pressure jetting through a nozzle hole. CONSTITUTION: A multi-purpose cleaning device comprises a head(10) and a handle. The handle is connected to a water tap through a hose. The head has a cleaning water jetting hole in the front, a rotating output shaft(32) in the front center, and a cleaning member(40). The cleaning member is coupled to the rotating output shaft to clean objects while the cleaning member is rotating. A unit for preventing the dispersion of filth is formed in a circular arc of a housing. Cleaning water is jetted to the outer circumference of the cleaning member.

Description

Versatile porposes Clense and Brush}

The present invention relates to a washing machine and a brush that can also be used as a shower, and more particularly, to wash sneakers, to clean toilets and bathrooms, dishes in restaurants, etc. while replacing various types of brushes, or to take a bubble bath in the bathroom. The present invention relates to a washing machine and a brush that can be used for various purposes.

Hydraulic rotating technology, which is a well-known conventional technology, can be used to perform cleaning by using a rotating brush by converting a supply pressure of a motor or water into a rotational driving force, and can be classified into two types according to its purpose. One of them is a shower head attached to a member of the wheat mill, which is capable of simultaneously working and showering, and the other one is a washing machine capable of washing an object other than the human body by a rotating brush. To date, several types of technologies have been disclosed, distinguishing them from each other based on these two types of technologies.

As is well known, in order to provide the convenience and the water-saving effect of the washing machine that rotates by water pressure, the rotating brush must rub the friction of the surface of the wash water and the spraying of water by high pressure. For example, if a user cleans the floor of a large swimming pool, the end of the shampooing process with the brush and the rinsed off is not immediately washed away, which will soon dry out and rework. It will fall and eventually lead to waste of water.

 In addition, when the friction action by the brush and the cleaning action by high-pressure injection at the same time, the synergistic effect will further increase the cleaning efficiency, and additional water rinsing work is also unnecessary, thus reducing the time and effort of the operator. It will be more effective if the cleaning range is wide or if a large amount of washings and dirts are fixed, and a quick washing operation is required.

 In this regard, Patent Application No. 2000-0027436, Utility Model No. 20-231722, Utility Model Application No. 1993-0029367 and Application No. 1993-0000236 are mainly used to rotate the impeller water, dirt, etc. It cannot be used directly to wash off. In other words, the high-pressure water that rotates the impeller is not used directly to clean the dirt, which wastes precious energy.

Also, unlike these, Utility Model Registration No. 96-22025, Patent No. 10-0672948, Utility Model Application No. 1995-0000392, and 1988-0000626 have a structure in which a friction action and a water spray action of the brush can be simultaneously performed. It is. However, since the tap water injection port is located inside the cleaning brush, the detergent is washed out by the high pressure sprayed water before it even acts on the surface of the cleaning water, and thus, the detergent can only be wasted. In the light of the increasing use of detergents, these cleaners not only increase the cost of cleaning, but can be even more problematic as abuse can cause serious environmental pollution problems.

Therefore, in order to prevent the cleaner from being washed out by the jet water, there is a need to configure the spraying direction of the water toward the outer circumference of the brush.

In addition, even when the spraying direction of the jetted water is improved to the outer circumference of the brush, there is a concern that the tap water may be wasted without using the water pressure efficiently according to the structure of the wing of the impeller installed inside the housing.

In this regard, in the related arts, published patent 2007-0055763 and published utility model 93-25005 disclose a device having a rotating brush driven by a motor, in which case sufficient power is generated by the power of the motor. However, there is a limitation that a separate wire is required and its safety may be a problem, and Patent Registration No. 10-0672948 discloses a multifunctional shower, and when looking at the internal structure of the housing, a wing of a rotating impeller Significant space is formed between the end and the inner circumferential surface of the housing, which is completely open at the top of the impeller wing. If such a structure is applied to the cleaner, if there is a significant frictional resistance in the brush, the frictional resistance will prevent the hydraulic pressure from leaking and the impeller will not rotate, and thus will not function as the cleaner.

       However, differently from the Republic of Korea Utility Model Registration No. 96-22025, Patent Registration 10-0672948 and Patent Publication 2007-0055763, Utility Model Application 1985-0000392, 1988-0000626, 1992-0007010, etc. It has a structure that can act simultaneously with water spray action. However, since the injection hole capable of spraying water is located inside the cleaning brush, the detergent is washed off by the high pressure sprayed water before it even acts on the surface of the cleaning product, thus making it possible to waste detergent. In recent years, as the standard of living improves, the amount of cleaning products containing fats increases, and the use of detergents to facilitate cleaning operations is not only high. This can be a problem because it can cause contamination problems.

       In addition, the multi-purpose washer and brush according to the present invention by forming a brush used in the form of a known loofah to generate a large amount of foam, it is possible to prevent the external dispersion of dirt, etc. under the above structure to achieve this object. In order to prevent the detergent from being washed away by the jet water, the spraying direction of water should be configured toward the outer circumference of the brush.

       However, up to now, numerous hydraulic rotary cleaners have been presented in various forms, and even if the cleaners are improved to spray water to the outer circumference of the brush like a shower to achieve the above effect, it is installed inside the housing. Depending on the shape of the impeller blades, there is a concern that the tap water is wasted without using the water pressure efficiently.

       In the following, various technologies will be classified and analyzed according to their types.

        Korean Patent Laid-Open Publication No. 2007-0055763 and Korean Utility Model Publication No. 93-25005 disclose a device having a rotary sole rotated by a motor. In this case, a sufficient rotational power can be obtained by the motor, but a separate wire is required, resulting in inconvenience in use, complicated structure of the washing machine, increased manufacturing cost, and increased working volume and safety problems. There are limitations.

       Korean Patent No. 10-0672948 discloses a multi-function shower, and when looking at the internal structure of the housing, a space is formed between the end of the rotating impeller wing and the inner circumferential surface of the housing, the space is completely open from the upper impeller wing It's a rescue. If such a structure is applied to the cleaner, even if a slight frictional resistance is generated in the brush, the hydraulic pressure will be leaked and the impeller will not be rotated, and thus the utility as the cleaner will be reduced.

        In the Korean Utility Model Publication No. 96-022025, two large wings are attached to the body of the impeller, and a watertight structure is maintained between the ends of the two wings and the inner circumferential surface of the housing. The water supply pressure of the water is converted into rotational power through a long elliptical gear, and among these four gears, substantially two of the impeller blades supply the rotational force to the brush.

       As described above, under the structure in which one impeller blade is rotated half a wheel to receive water pressure by another blade, the rotation speed of the brush is slow due to the frictional resistance of the surface of the washing material while the other impeller blade is rotated and returned. In addition, a large amount of fast water will flow out to the outside, especially when the rotation is made at a low speed while the frictional resistance is large, the leakage of water will be more severe.

       In addition, under such a structure, due to the frictional resistance of the brush, the rotation speed is slower than when the impeller blades are attached, and the hydraulic pressure supply is not continuous, so that the rotational movement of the brush is not smooth. As a result, in order to increase the rotation speed of the brush, it is necessary to increase the water pressure of the water, which causes unnecessary high speed rotation even in a working environment where the cleaning effect can be achieved by the low speed rotation. Will be.

       In Utility Model Registration No. 20-0277938, four impeller blades are radially installed, and the watertight is maintained by contact between the ends of all the blades and the inner circumferential surface of the housing. Under such a structure, tap water is mainly used to force the impeller to rotate, and is not largely used for high pressure cleaning.

17 That is, under the structure of three or more impeller blades as described above, the impeller wing acts as a partition separating the inside of the housing, the space for storing water in the interior of the housing is limited, so the spray form of water is like a shower At the same time it is not sprayed at the water inlet concentrated at the cleaning effect is deteriorated, and the spray strength of the water is also intermittent and unstable, and the degree of dispersal to the user's body or outside will be more severe, causing great inconvenience in use.

       And most of the conventional hydraulic rotary washing machine, although the water, detergent, etc. dispersed by the centrifugal force is strongly dispersed due to the centrifugal force due to the rotation of the brush at high speed, a great inconvenience in use is expected, there is no way to prevent this at all It is a problem because it is incomplete form even if it is not prepared or is provided.

       Looking at the conventional techniques related to this,

Korean Patent Publication No. 2001-0106605 and Utility Model Registration No. 2000150980000 use a splashproof cover and a waterproof shade to prevent external dispersion such as dirt.However, by covering the entire brush, this work is visually confirmed by the user. Difficult to do and the cover is not bulky due to the volume is not a smooth cleaning movement, the corners or narrow areas of the washing is difficult to wash, and the complex structure, etc. has a problem that is difficult to clean.

       In addition, the Republic of Korea Utility Model Registration No. 20-0277938 has a hemispherical cover is attached between the rotating plate and the shaft joint, but the hemispherical cover is attached to the side or longer than the brush or attached to the side to be distributed to the outside from the end of the brush Despite being a structure that can prevent dirt, etc., by being attached to the back of the brush, in addition to the above problems, it is still a structure that can prevent the dirt, such as dispersed.

In addition, most conventional washing machines have a housing and a handle that are simply attached at right angles, such that dirt, which is dispersed when the user washes the washing water at the height, is directed to the upper body of the user, thereby causing inconvenience in use.

       Without solving the above problems, these hydraulic rotary cleaners are merely a theoretical technique, and there is no way to overcome the water shortage that becomes more serious as the blades cannot meet the practical convenience of the user. Could not be

       The present invention is to solve the above-mentioned conventional problems, the main concern of the prior art lies in the method and structure for transmitting the rotational force generated by the hydraulic pressure mainly to the brush, the multipurpose washer and brush according to the present invention In addition, it exhibits synergistic effect by friction action of brush rotating with detergent and high pressure cleaning action of water, and also effectively prevents dirts scattered to the outside by high pressure, and furthermore, it removes conventional simple brush The idea of specifically shaping the brushes for various uses is a technical point.

In the multi-purpose washing machine and brush according to the present invention, it is possible to have a strong washing power without an external power such as a motor, and to seek a way to enable a flexible rotational movement at a low speed by restraining the external dispersion of water as much as possible, If it is fixed to be sprayed only in the outer circumferential direction can be inconvenient in use, there is also a way to selectively spray the water spray direction upward or forward has been prepared.

In addition, by adjusting the flow of water by the operation of the opening and closing means to maintain a suitable rotation speed of the brush, it is possible to save water and reduce the degree of external dispersion, and to provide a washing liquid in advance in the washing machine itself, it can be conveniently used when needed Make sure

       In addition, as the dirt dispersed to the outside is dispersed to the worker's body, it causes great inconvenience in use, and thus it is not useful as a washing machine, and the dirt is dispersed to other places during the cleaning process so that the inefficiency of washing the place again does not occur. This is especially important under conditions such as cleaning pig cages or restrooms, cleaning chemicals that are not beneficial to the human body, and in work environments where passengers, especially large buses or high walls, are forced to spray water onto the operator's upper body. It is meaningful.

       In addition, the conventional double-headed shower shower uses a well-known brush as a rounded-out member, which may cause a feeling of rejection and skin damage by bringing a brush seal into contact with a human body. In addition, it adopts a soft material that can make a bubble bath and is composed of various flower shapes or fashionable characters to give users aesthetics and use without resistance.

In addition, according to the multi-purpose washing machine and brush according to the present invention, the brush used is not only a conventional brush, but also composed of a variety of loofah in the form suitable for each use, to increase the cleaning effect by increasing the working area or protecting the surface of the washing water In addition, the center line of the brush is configured to be eccentric with respect to the center line of the rotating shaft for rotating the brush, so that the rotational radius of the brush is increased by rotating the brush from the rotational movement to the idle movement to increase the washing efficiency. In addition, the object of cleaning is to find a way to configure the cleaning brush so that it can continuously work objects having a flat shape, such as a dish, and some depth of the cleaning material, such as a water cup or rice bowl.

The present invention has been invented to meet the above-mentioned points, and overcomes the limitations of the conventional cleaners, and in particular, by embodying various types of brushes that are not concerned with conventional cleaners or showerheads, are customized to the needs of the user. Its purpose is to provide a matching multipurpose washer and brush.

In order to solve these problems as described above, first, in order to store water in the housing to enable simultaneous high pressure spraying, the water tip is brought into contact with the wing tip of the impeller and the inner circumferential surface of the housing at the stage of water inflow. It is configured to maintain the structure, the space is formed on the impeller wing as it enters the inside, or as in the prior art separate water in the front or above the housing even if the impeller wing is formed to maintain the watertight and the inner peripheral surface of the housing By allowing additional space for storage, simultaneous spraying is possible.

As a second problem solving means, the surface of the front housing through which the plurality of nozzle holes are formed is formed in a double spray structure capable of changing the water spray direction, and the plate in contact with the inner circumferential surface of the front housing selectively closes the nozzle holes. Or by opening, the spraying direction of water can be sprayed upward or forward.

The third problem solving means, unlike the conventional washing machine in which the housing is attached at right angles to a simple straight handle, the handle of the washing machine according to the present invention has a handle that is connected to the housing in the shape of a known gripping scrubber. By constructing, it is possible to bring about various effects as follows.

The fourth problem solving means is to prevent the dust and the like from being dispersed to the body of the operator due to the centrifugal force caused by the high speed rotation of the brush, and attaching the dispersion prevention pad to the arc of the front housing and by operating the water flow opening and closing means. The external dispersion speed can be controlled by reducing the rotation speed of the brush, and the brush can be constructed in the form of a scrubber to generate a large amount of bubbles, thereby preventing the dirt from being dispersed to the outside.

Finally, you can quickly clean objects with large areas, such as large glass windows, swimming pools, and bathroom floors, or change brushes to clean deep objects, such as glass, and flat objects, such as dishes. It is a method that can be continuously washed without any brush, and the brush is eccentrically flattened from the centerline of the rotating shaft that transmits the brush and the rotational power, thereby converting the brush's rotational motion to an orbital motion, thereby securing a wider range of cleaning than conventional cleaners. To be able.

According to the multipurpose washer and brush according to the present invention as described above, to provide a multi-purpose washer that exhibits the maximum washing effect using less water, the structure does not require gears, pulleys, deceleration devices, etc. as a power transmission means It is simple, less trouble, and can lower the manufacturing cost.

Normally, the tap water coming out of the faucet cannot be blocked by human hands, which means that the rotational force of the brush is stronger than human power. Therefore, no external power such as a motor is required, and the washing effect can be significantly increased due to the synergistic effect of positional proximity and time synchronism of the friction action of the brush rotating by tap water and the high pressure injection action of the nozzle hole.

In addition, even when a large number of wings are attached to the impeller, simultaneous spraying is possible like a shower, and strong and stable rotational force can be obtained even in an environment in which friction resistance is large. In particular, the cleaning member is variously shaped using a loofah or the like. In addition, through the low-speed rotation by the opening and closing means and the adjustment of the size and spacing of the nozzle hole to significantly reduce the external dispersion of tap water, it can be installed in the sink of a common household to be widely used for washing dishes and dishes .

In addition, the washing machine according to the present invention is generally formed in a curved shape can be easily gripped by the user, and can be used to keep the brush close to the horizontal when washing, such as tap water distributed to the outside from the upper body of the user to the lower body The cleaning brush can be moved perpendicular to the surface to increase the cleaning effect, to prevent the wear of the brush seal, and to provide a place for storing the cleaning liquid at the rear of the housing. There is this.

In addition, the washing machine according to the present invention is a foam bath in the bathroom, carpet or shoe wool, cleaning of the sneakers and cleaning the toilet and the bottom of the bathroom, in particular, bath plates, grills and pots pressed by the elderly, patients, etc., burned food, Bakery or bakery containers, floors or objects with large amounts of stuck dirt, cleaning floors in swimming pools or baths, washing with plenty of utensils or dishes, washing large amounts of radish or carrots or herbs, cleaning cows or pigs, removing fish scales It can be used for various purposes throughout the industry such as washing of various buses, trucks, washing of large buses or trucks, cleaning of external windows or building walls, and rust removal of metal surfaces. It is very big.

For example, if the radius of a conventional brush before the brush is eccentrically moved from its central axis is 2 cm, the area of cleaning during the rotation of the brush will be 2 * 2 * circumferential. When the brush's central axis is moved eccentrically by the radius length (2cm), and the revolution movement is performed, the washing area becomes 4 * 4 * circumference during the rotation of the brush, and the area is increased by 4 times. Therefore, the washing area can be increased by up to 4 times more than before with one rotation of the brush, so that large windows, large swimming pools or baths, and large floors can be quickly cleaned in a short time, greatly improving time and efficiency. .

In addition, if the center of the cleaning brush is formed to be eccentric, it is not only easy to clean a deep object such as a cup by inserting it inside, but also increases the working area of the cleaning brush, such as a deep object such as a cup and a dish. There is an advantage that you can continuously wash objects with a large surface without changing the cleaning brush.

1 is a front configuration diagram of the present invention.
Figure 2 is a cross-sectional configuration of the head of the present invention.
3 is an exploded view of the main part of FIG. 2;
Figure 4 is a bottom view showing an embodiment of the present invention washing water spray.
5 is a nozzle hole switching operation of FIG.
Figure 6 is a bottom view showing another embodiment of the present invention washing water spray.
7 is a nozzle hole switching operation of FIG.
Figure 8 is a cross-sectional view showing the installation structure of the impeller of the present invention.
Figure 9 is a side cross-sectional view showing a valve installation structure of the present invention.
Figure 10 is a side cross-sectional view showing another embodiment of the cleaning member of the present invention.
11A-11E are side cross-sectional views illustrating various embodiments of the present invention cleaning member.
12 is a plan view of main parts of the present invention;
13 is a side cross-sectional view of the main part of FIG. 12;
14 and 15 are plan views showing the operating state of FIG. 12.
16 is a front view and a main part plan view showing another embodiment of the present invention.

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

       Multipurpose washing machine having a shower function of the present invention is composed of a head 10 and a handle 20 connected to the hose to the water supply as shown in Figure 1 to 16, the head is a hose and The impeller 30 rotates by the water pressure of the washing water supplied through the handle, the washing member 40 detachably coupled to the front of the output shaft 32 rotated by the impeller, and the washing water spraying the washing water to the front of the head. The injection unit 50 is configured.

       The washing water spraying unit 50 forms inner and outer nozzle holes 12a and 12b on the inner and outer circumferences of the front nozzle plate 12 of the head with respect to the cleaning member coupling position, and in front of the nozzle plate. The adjusting plate 13 is formed to form nozzle holes 13a and 13b corresponding to the inner and outer nozzle holes, and the inner adjusting holes 12a and 13a of the adjusting plate and the nozzle plate are rotated by adjusting the rotation of the adjusting plate. It is configured to spray the washing water by placing the adjusting holes (12b) (13b) coincidentally.

That is, when the washing member 40 is separated and used on the output shaft 32 of the impeller, the inner nozzle hole 12a, 13a of the washing water injection unit is opened, and the washing water is used when the washing member 40 is combined. It is configured to prevent the detergent of the cleaning member from being washed out by the washing water when the detergent is used by using the outer nozzle holes 12b and 13b of the injection unit.

At this time, the control plate 13 is rotated left and right in the front nozzle plate 12 of the head as shown in Figures 4 and 5 to adjust the inner side of the control plate and the nozzle plate (12a) (13a) or the outside of the plate Configure the balls 12b and 13b to be aligned, or

       As shown in FIGS. 6 and 7, the split adjuster plate 13 ′ radially conformally divided and elastically supported by the outer carbon spring 14 is formed by the guider 12c protruding radially from the front nozzle plate 12. It is configured to radially guide the movement, the protruding end (13 '-1) protruding to form the inner side of the split control plate (13') to the coupling portion 41 of the cleaning member 40 to the output shaft 32 of the impeller Switching adjustment is performed so that the split adjustment plate is moved outward as the insertion adjustment is performed so that the outer adjustment holes 12b and 13b coincide with the front nozzle plate of the head and the inner control holes 12a and 13a of the split adjustment plate. It is configured to.

At this time, the split control plate 13 'and the planar portion 13'-2 parallel to the outer portion of the guider 12c are formed correspondingly so that the split control plate is radially and uniformly guided to move, or the division other than the above method. It is of course possible to form a guider groove structure in which the guider pin and the guider pin are guided to the control plate 13 'and the guider 12c so that the split control plate can be radially and uniformly guided.

       The internal 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, the rotary blade 31 of the impeller is in close contact with the washing water inlet, It is configured to be spaced apart in the inner space.

That is, the washing water supplied to the inner space 11 is located in close contact for the hydraulic pressure rise and the impeller rotation at the inlet hole position, is configured to be spaced apart position to enable the washing water flow in the inner space.

       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.

       At this time, the cleaning member 40 is not applicable to the type of washing brush as shown in Figures 11 to 15, depending on the use of sneakers washing, toilet or bathroom cleaning, dish washing in a restaurant, bubble bath in the bathroom, etc. Surfaces form corrugations, irregularities, corrugations, lattice shapes, fine lines, textiles, knitting, effervescent, porous, mesh tissues, or materials such as fibers, plastics, rubbers, foams, sand, steel It can be formed from ash or other natural materials.

       For example, the cleaning member 40 is to be applied to the sponge (40a), general scrubber (40b), iron scrubber (40c), sand paper (40d), foam towel (40e) and the like.

       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 10, the washing by the carburizing member 45 inside the washing portion It is preferable that the upper and lower buffers are configured to be in close contact with the object to be cleaned.

       In addition, the front of the head is provided with a protective pad 16 made of an elastic material to prevent splashing of the washing water or the dirt washed by the washing water to the circumferential position in the handle direction.

       And the head (10) behind the storage tank 61 to store the detergent therein, the opening and closing cap 62 for detergent injection on one side of the storage tank, and formed of a flexible material on the storage tank to the pressing operation It further comprises a detergent supply unit 60 composed of a pump 63 for ejecting and supplying the detergent, and a supply hose 64 for supplying the detergent to the cleaning member by the pump operation.

       The handle 20 is provided with a valve 25, for example, a 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.

       As the reference numeral, 13c is a grip handle, 15 is a closing cap for fixing the front nozzle plate 12 and the adjusting plate 13 by screwing to the head body, 32a is an assembly groove of the output shaft, 43 is fixed to the washing section Fixing cap B denotes a bearing.

Hereinafter, the operation and operation of the present invention will be described.

First, in the case of using the present invention for the shower, the head 10 is used to separate the cleaning member 40 in front.

       In this case, the washing water introduced into the inner space 11 of the head through the hose and the handle 20 connected to the tap water is sprayed through the front nozzle plate 12.

At this time, the front nozzle plate 12 of the head is positioned so that the inner nozzle hole (12a) and the inner nozzle hole (13a) of the adjustment plate is sprayed to wash the water through the inner nozzle hole.

       In the case of using the washing machine in such a state is to use the cleaning member 40 in front of the head 10.

       That is, the coupling part 41 of the cleaning member 40 is installed by inserting the end of the output shaft 32 of the impeller 30 in front of the head.

       As described above, in the state in which the cleaning member 40 is coupled, the outer nozzle hole 12b, not the inner nozzle hole of the front nozzle plate 12 of the head, is positioned to coincide with the outer nozzle hole 13b of the adjustment plate so that the outer nozzle hole is opened. Will spray the wash water.

       More specifically, as shown in FIG. 3, after the washing member 40 is coupled, the control plate 13 is manually rotated to replace the outer nozzle hole 13b with the outer nozzle hole 12b of the nozzle plate instead of the inner nozzle hole. To be consistent.

       In addition, as shown in FIG. 4, the washing member 40 pushes the inner protruding end 13 ′ -1 of the dividing adjusting plate 13 'to the outside by coupling the washing member 40 to the output shaft. ) Compresses the elastic spring 14 and guides the guider 12c to radially guide and move the radial nozzle guide 13c, not the inner nozzle hole, to match the outer nozzle hole 12b of the nozzle plate. will be.

       At this time, since the split adjustment plate 13 'and the guider 12c correspond to the outer portion as the parallel flat portion 13'-2, the split adjustment plate is constantly moved radially.

       In addition, the split adjustment plate 13 'is restored to its original position by the elasticity of the spring spring 14 together with the separation of the cleaning member 40, and then the inner nozzle hole 13a is replaced with the inner nozzle hole (not the outer nozzle hole). 12a).

On the other hand, after the washing member 40 is coupled to the front of the head 10 as described above to supply the washing water, the washing water is introduced into the inner space 11 of the head through a hose, handle 20 connected to the tap water. The nozzle is sprayed through the outer nozzle hole 12b of the front nozzle plate 12 and the impeller is rotated to rotate the cleaning member 40 coupled to the output shaft of the impeller to wash the object to be cleaned.

       At this time, the detergent is supplied to the cleaning member 40 to further increase the cleaning efficiency, which is the detergent in the storage tank 61 by pumping operation by pressing the pump 63 of the flexible material of the detergent supply unit 60 It is supplied to the cleaning member through the supply hose 64 to be washed.

       In particular, in the process of washing the washing member 40 by the detergent, since the washing water is sprayed at the outer nozzle hole position of the washing member as described above, the detergent of the washing member 40 is prevented from being washed out by the washing water. It is to keep the cleaning efficiency excellent.

       In addition, the present invention is because the rotary blade 31 of the impeller 30 is in close contact with the washing water inlet hole (11a) in the process of supplying the washing water to the inner space 11 of the head effectively rotates to the water pressure of the washing water The rotating force of the impeller is excellently secured, so that the washing member 40 is effectively rotated and washed despite the occurrence of friction with the object to be cleaned, and the washing water supplied to the inner space 11 is impeller 30. Rotating blade 31 of the) is spaced apart from the inner space is sprayed evenly throughout the nozzle hole of the front nozzle plate to provide excellent cleaning efficiency.

       In addition, the present invention is to provide an excellent cleaning efficiency while being in close contact with the object to be washed, since the washing unit 42 in front of the washing member 40 is buffered up and down by the inner carbon member 45.

       In addition, the present invention, the cleaning member 40, in addition to the usual cleaning brush cleaning the sneakers, toilet or bathroom cleaning, dish washing in a restaurant, the surface of the wave, irregularities, wrinkles, Various materials to form lattice, thin line, textile, knitting, foaming, porosity, mesh structure, or the material is made of fiber, synthetic resin, rubber, foam, sand, steel or other natural materials For example, sponges, general scrubbers, iron scrubbers, sand paper, foam towels, etc. may be applied to adopt a cleaning member suitable for the purpose, thereby providing an excellent cleaning efficiency.

       In addition, the present invention is to perform the cleaning operation while blocking the splashing to the worker or surroundings by the protective pad 16 in the washing process by the washing member 40 as the washing water or the washing water as described above.

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 to save washing water Of course, to provide a better cleaning efficiency.

       Hereinafter, the multipurpose washer and brush according to the present invention will be described in detail with reference to the drawings. At this time, the output shaft 32 is configured to be driven by an internal impeller that is rotationally driven by the water pressure of the washing water or configured to be driven by a separate drive motor.

       For example, the protective pad 16 is a shape that extends by overlapping a plurality of pieces while forming a round like a woman's sanitary napkin to the height of the brush seal.

1 or 2, the shape of the handle 20 has a curved shape in which the part connected to the head 10, is formed in a straight line, the conventional handle is attached to the right angle to the brush () Rather than (18), it is easier to grasp and concentrate the force on the upper half of the brush 34.

       In addition, when the user needs to further extend the length of the handle 18 in order to clean the wall of the bathroom, the handle fixing button 20 attached to the lower portion of the handle 18 of the small washing machine as shown in FIG. Press to extend the length of the handle 18 along the guide groove formed therein, and the groove formed on the extended handle 18 is fixed to the handle fixing button 20, and then configured to be used. .

       The concept of the brush 34 according to the present invention does not refer only to a conventional brush in which a plurality of brush seals are collected, but includes various kinds of cleaning members attached to the brush extension to remove dirt and the like including a loofah. It does not limit the use according to each form. The brush is composed of a brush insert that is inserted into the output shaft and a brush body extension that is open to the front while extending the length of the insert, and can be cleaned by fixing various cleaning members to such an extension. It is configured to be.

       11 and 11a to 11e exemplarily illustrate various types of brushes, and may be configured in various forms according to their respective uses, and they do not limit their use according to their respective forms.

       11 is a view showing a brush attached with a conventional cleaning brush, which is convenient for cleaning sneakers, bathroom floors, toilets, etc. in a typical home, and the thickness of the seal according to each use using natural fibers, artificial fibers, and metal materials. In the case of using a thick seal, a secondary seal may be attached to the body of the thick seal as shown in FIG. 11A for the preservation of the detergent.

       11A and 11B illustrate a loofah that is convenient when washing dishes and dishes in a general restaurant, and the surface of which a difference occurs in the shape of a wave, an irregular shape or a mountain shape, a wrinkle shape, a lattice shape, etc. While having a curved shape, the tissue composition is in the form of thin line, textile, knitting, foaming, porous, mesh tissue, and the material is made of natural fiber or artificial fiber or microfiber, thin or thin, long spiral or corrugated metal, vegetable scrubber It may be configured as a single body, or may be configured in such a manner that a sponge or cotton is placed inside and the cleaning member is coated on the surface thereof.

       In addition, Figure 11c illustrates a brush that is convenient when removing rust or stuck dirt, such as a metal surface, a sponge or the like is put inside, the surface is attached to the sand paper or a plurality of thick sand paper overlapping.

       11D and 11E illustrate a cleaning member that can be used as a towel when a senior citizen or a patient or other public bath is used. In addition, various kinds of surfactants, such as a body washing liquid, are previously fixed to or attached to all or a part of the cleaning member. It can also be configured as a towel at the time of use, and also the shape of the brush in a rectangular shape, or formed in + shape, x shape, etc. can be conveniently used according to the situation of each work.

       And as another form of the brush, the output shaft 15 and the washing member 20 is provided with a position adjusting means 100 for adjusting the movement of the cleaning member 20 to the eccentric position in the center of the output shaft 15 The cleaning member is configured to perform the cleaning operation while rotating the eccentricity on the output shaft.

       That is, the position adjusting means 100 has a guide groove 110 for guiding the output shaft 15 and the cleaning member 20 to the eccentric position in the center of the output shaft and the guide 120 moving along the guide groove. And correspondingly formed to move the cleaning member from the output shaft to an eccentric position by adjusting the guide along the guide groove.

In this case, the guide 120 is fixedly installed by the fixing unit 130 at a position that is moved and adjusted along the guide groove 110.

       The fixing part 130 is a locking jaw 131 formed in an uneven shape along one side length direction of the guide groove 110, and a tension locking hole for locking the locking jaw of the uneven shape on one side of the guide 120. 132 is correspondingly formed so that the guide is fixed in a position adjusted by movement by an external force along the guide groove.

       And the cleaning member 20 is not only applicable to the type of cleaning brush as shown in Figures 7 to 11, washing shoes, toilet or bathroom cleaning, dish washing in a restaurant, etc. according to the use of the bubble bath in the bathroom Surfaces form corrugations, irregularities, corrugations, lattice shapes, fine lines, textiles, knitting, effervescent, porous, mesh tissues, or materials such as fibers, plastics, rubbers, foams, sand, steel It can be formed from ash or other natural materials.

       For example, the cleaning member 20 may be applied to a sponge 20a, a general scrubber 20b, a steel scrubber 20c, a sand paper 20d, a foam towel 20e, and the like.

       In addition, the washing member 20 is formed by separating the washing portion 22 in front of the coupling portion 21, as shown in Figure 6 by washing the front and rear buffers by the inner carbon member 25 to wash It is preferable to configure to be in close contact with water.

       As the reference numeral 16, an installation groove for inserting and installing the tension stopper 132 to the output shaft, 23 represents a fixing cap for coupling and fixing the washing portion of the cleaning member.

       Hereinafter, the operation and operation of the present invention will be described.

       The washing machine of the present invention is to wash the object to be washed by rotating the cleaning member 20 coupled to the output shaft in front of the head (10).

       At this time, the cleaning member 20 is to be supplied by washing with detergent or washing water.

       In particular, the present invention is used continuously while adjusting the washing range according to the cleaning use without replacing the cleaning member 20, which is the center of the output shaft 15 by the cleaning member 20 by the position adjusting means 100 Since the moving to the eccentric position to adjust the cleaning member 20 as shown in Figures 4 and 5 will be to operate the washing in an enlarged range by an eccentric rotation radius.

       That is, the guide member 110 and the guide 120 are formed in the cleaning member 20 and the shaft shaft 15 so that the guide member is eccentrically moved from the center of the output shaft to guide the guide groove. Move to position and adjust.

       At this time, the tension stopper 132 of one side of the guide 120 along the locking step 131 formed in the concave-convex shape along the longitudinal direction of one side of the guide groove 110 is activated by the locking force to move the guide by the external force Will be fixed installation.

       As described above, the washing member 20 is moved to a position eccentrically at the center of the output shaft 15 so that the washing member 20 can be washed in an enlarged range by an eccentric rotation radius. Cleaning can also be done quickly.

       In addition, the cleaning member 20 of the present invention because the cleaning portion 22 in front of the coupling portion 21 coupled to the output shaft is buffered up and down by the inner barrel member 25, the cleaning member is more closely adhered to the object to be cleaned. This will make cleaning work more effective.

       In addition, the cleaning member 20 of the present invention, in addition to the usual cleaning brush cleaning the sneakers, toilet bowl or bathroom cleaning, dish washing in restaurants, etc., the surface of the wave, irregularities, folds, grating Various materials forming a mold, forming a thin line, textile, knitting, foaming, porous, mesh, or the material is made of fiber, synthetic resin, rubber, foam, sand, steel or other natural materials, For example, sponges, plain scrubbers, iron scrubbers, sand papers, foam towels, etc., are used to make cleaning more effective.

       In addition, the present invention can be carried out differently as shown in Figure 12, which is installed at least one or more fixed to the washing member 20 in the eccentric position in the center of the output shaft 15 while the washing member is eccentrically rotating The wash is configured to work.

This is compared with the above-described embodiment, since the washing member 20 is fixedly installed at a position eccentrically in the center of the output shaft 15, so that the washing member 20 is washed in an enlarged range by an eccentric rotation radius. A wide range of cleaning can be done quickly and effectively.

       In addition, the present invention may be configured to form a cleaning member with a rectangular structure around the output shaft to operate the washing in the range of the rotation radius of the cleaning member, which is compared with the above-described embodiment, the cleaning member to the output shaft center Because it is formed in a rectangular structure, as the cleaning member is installed in the eccentric position on the output shaft, the rotational radius of the cleaning member is large, and the cleaning operation is performed in an enlarged range than the conventional cleaning member, so that a wide range of cleaning can be performed quickly and effectively. Will be

       In addition, since the brush is eccentrically formed and the inserted brush is revolving, the cup having a depth such as a cup can be automatically cleaned only by inserting the brush, and furthermore, a large area can be washed, so that the plate can be washed. Objects such as this can be conveniently and continuously washed, which constitutes an important technical idea in the present invention.

       11D and 11E are examples of foam towels that can be used for milling in a bathroom, and the contact parts or whole of the body are made of natural fibers, artificial fibers, or microfibers in the shape of a mesh, such as beautiful flowers, landscape paintings, and various groups. By adding various shapes and colors, such as the company's logo, advertisements, and popular characters, it can give consumers aesthetic satisfaction.

In addition, by forming a number of corrugated or spiral thin or thin metals into a certain shape such as hemispherical shape, it can be used to wash burned or pressed food, dirt that is hard to separate due to expression, and is also used for hair winding. When used, it can be configured in a shape with a plurality of projected seals.

Although the present invention has been described with reference to the accompanying drawings, the scope of the present invention is not limited thereto, and many modifications and changes can be made without departing from the scope of the following claims. It's in a category.

10: head 20: handle
11: internal space part 30: impeller
32: output shaft 40: cleaning member
50: washing water injection unit 12a, 12b, 13a, 13b: nozzle hole
13: throttle 13c: grip handle
13 ': Split throttle 13'-1: protrusion
41: coupling portion 12c: guider
13'-2: flat part 11a: inflow hole
31: rotor blade 16: protective pad
61: storage tank 62: opening and closing cap
63: pump 64: supply hose
45: bullet member 60: detergent injection unit

100: position adjusting means 110: guide groove
120: guide 131: jamming jaw
132: tension catch 130; [0035]
22: washing separation unit

Claims (17)

       The head and the handle is connected to the hose by a hose, and the head has a washing water injection hole in the front, the output shaft for driving the rotation in the front center and the washing member is coupled to the output shaft and the washing member rotates while washing operation And a means for preventing the dispersion of dirt and the like on the arc of the housing, wherein the washing water is ejected to the outer circumferential surface of the cleaning member.        The multipurpose washer according to claim 1, wherein at least one portion of the concentric circle forming the housing has a housing having an elliptical or irregular shape protruding in a central direction.        The multipurpose washer according to claim 1, wherein at least one predetermined protrusion is formed toward the center of the inner circumferential surface of the housing.        The multipurpose washer according to claim 1, wherein a length of at least one of the wings of the impeller is longer than that of the wings of the other impellers.        5. The handle according to any one of claims 1 to 4, further comprising: a handle connected to the water supply by the main hose, the handle having opening and closing means on its body, and a means for extending the length of the handle; A plurality of through-hole nozzles having a hollow cylindrical shape body, in which water supplied through the main hose in front of the body is sprayed in a predetermined direction including the outer circumference of the brush; An impeller formed by the output shaft bearing and the input shaft bearing in the housing and integrally formed with the output shaft for transmitting rotational power to the brush, the one end of the impeller being in contact with the guide plate inside the housing; An impeller wing formed to rotate toward the nozzle hole and discharging water supplied through the main hose to the nozzle hole of the housing; And a supply means for supplying detergent to the brush while being located at the rear of the housing. Consists of the head 10 and the handle 20 is connected to the hose by a hose, the head is impeller 30 that rotates by the water pressure of the washing water supplied through the inside of the hose and the handle to the inner space 11, In the washing machine consisting of a washing member 40 detachably coupled to the front of the output shaft 32 rotated by the impeller and a washing water spraying unit 50 for spraying and supplying washing water to the front of the head,
The washing water spraying unit 50 forms inner and outer nozzle holes 12a and 12b on the inner and outer circumferences of the front nozzle plate 12 of the head with respect to the cleaning member coupling position, and in front of the nozzle plate. By installing the adjusting plate 13 to form the nozzle hole (13a) (13b) corresponding to the inner and outer nozzle hole, the inner control hole (12a) (13a) of the control plate and the nozzle plate according to the detachable use of the cleaning member Multi-purpose washer having a shower function, characterized in that to adjust the outer control holes (12b) (13b) to match to selectively spray the washing water through the inner or outer nozzle hole.        7. The guide plate (12) of claim 6, wherein the control plate (13) is radially equally divided to form a split control plate (13 ') that is elastically supported on the outer carbon spring (14) to protrude radially from the front nozzle plate. It is configured to radially guide the movement by the protrusion, protruding end 13'-1 to the inner side of the dividing control plate 13 'to form an engaging portion 41 of the cleaning member 40 to the output shaft 32 of the impeller It is characterized in that the outer nozzle (12a, 13a) of the front nozzle plate and the split adjustment plate of the head is adjusted to coincide to the outside while the ball is moved outwards by inserting and coupled to spray the washing water. Multipurpose washer with a shower function.        The outer portion of the split adjustment plate 13 'and the guider 12c is formed in a parallel planar portion 13'-2 so that the split control plate is constantly radially guided. Multipurpose washer with a shower function.        The head and the handle is connected to the hose by a hose, and the head has a washing water injection hole in the front, the output shaft for driving the rotation in the front center and the washing member is coupled to the output shaft and the washing member rotates while washing operation , Wherein the cleaning member is composed of a predetermined fiber which can pass through at least 10% of water having the same volume as all or part of the cleaning member, and all or part of the surface is convex (FIG. 11A). 11b), a general scrubber, a metal scrubber, sand paper (see FIG. 11c), all or part of the multi-purpose washer, characterized in that the application of any of the bubble towel (see FIG. 11d, 11e) in the form of a net .        10. The method of claim 9, wherein the washing member is formed by separating the washing portion in front of the coupling portion to be coupled to the output shaft by the inner elastic member to make the washing portion buffered up and down by close contact with the washing material syringe.        The multipurpose washing machine according to any one of claims 9 to 10, wherein a surfactant is added to the surface of the cleaning member.        12. The cleaning member according to any one of claims 9 to 11, wherein the cleaning member has a rectangular structure or two or more circular brushes (see FIG. 16) about an output shaft to perform cleaning operation in a range of a rotation radius of the cleaning member. Multipurpose washer, characterized in that.        12. The multipurpose washer according to any one of claims 9 to 11, wherein the cleaning member has a cruciform structure or an X-shaped structure around an output axis.        In the washer comprising a head and a handle connected to the hose by a hose, the head has a washing water injection hole in the front, an output shaft for driving the rotation in the front center and a washing member coupled to the output shaft to rotate the washing member, wherein The output shaft and the cleaning member are provided with a position adjusting means for moving the cleaning member to the eccentric position in the center of the output shaft so that the cleaning member is in the range of 1mm to 1,000mm with respect to the centerline of the output shaft in which the centerline of the brush rotates the brush on the output shaft. Multipurpose washer, characterized in that made to operate while washing while rotating the eccentric to move eccentric.        The multipurpose washer according to claim 14, wherein the at least one washing member is fixedly installed at an eccentric position in the center of the output shaft so that the washing member is eccentrically rotated and operated.        The multipurpose washer according to any one of claims 14 to 15, wherein the centerline of the brush is configured to perform a washing operation while having a rotational motion having an inclination of 1 degree to 90 degrees with respect to the centerline of the rotation axis for rotating the brush. .        15. The method of claim 14, wherein the brush is the position adjusting means corresponding to the locking jaw formed in the concave-convex shape along the longitudinal direction of one side of the guide groove, and the tension locking mechanism for the locking operation to the locking jaw of the concave-convex shape on one side of the guide groove; To the multipurpose washer characterized in that the guide is further configured to be fixed fixedly fixed at the position moved by the external force along the guide groove.

Images