JP2008307065A - Combination type multifunction rotary sponge dish washer - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a combination type multifunction rotary sponge dish washer for reducing burden of manual work such as dish washing or water drop wiping in home, and being applicable to other uses. <P>SOLUTION: The dish washer uses a combination of three main components, i.e. an independent driver as a first component, a sponge and a cleaning member of a sponge cartridge shaft as a second component, and a cleaner installation tool for installing and controlling the cleaners as a third component, and is characterized in that rotation of the driver is transmitted directly to the cleaning member not through gears or the like, one-side cleaning of dishes is carried out independently and both-side cleaning is carried out through a set of two units rotating reversely, a plurality of sets are utilized simultaneously, the dish washer can be fixed horizontally or vertically to the inner wall of a sink while adjusting the height depending on the situation of a user without sacrificing the space of a sink cabinet, so that a housewife or the aged can clean dishes or utensils with no burden, the driver is applicable to wiping of water drops after cleaning and other uses, and its function can be incorporated entirely or partially in the sink cabinet. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a rotary sponge dishwasher that can be used for washing dishes in a general household and other uses in a kitchen.

Conventionally, the rotary dishwasher invented for home use is a mechanism in which a plurality of brushes are linked in a stepwise and indirect manner via a plurality of gears etc. to one drive device such as a motor, and all of them are rotated simultaneously. It is.

In the above-described conventional invention, the installation tool and the main body are integrated. Therefore, the main body itself is installed and fixed across the sink edge, and when moving the installation position, the entire body is moved and fixed again.

The plurality of rotating brushes are configured to rotate while being fixed parallel to the inner wall of the sink or perpendicular to the bottom of the sink, and always occupy a fixed space inside the narrow sink.

Also, brushes are mainly used at the time of use, and brushes are used. At least a plurality of rotating brushes arranged in a parallel direction are provided as a set, and all of them are linked with gears to wash dishes on both sides. .

  In addition, the following patent document 1 and patent document 2 can be mentioned as a well-known technique relevant to this invention.

JP 10-309253 A Japanese Laid-Open Patent Publication No. 07-71086

  The rotary brush dishwasher according to the conventional invention shown in FIGS. 45, 46 and 47 has three common problems. These are (1) structural problems, (2) installation and space problems, and (3) functional limitations.

First, the conventional invention has many structural problems. First, when transmitting the driving force of the drive unit to the rotating brush of the cleaning part, the brush part is indirectly rotated using gears, etc., so the power and power of the motor are used directly without waste. Can not. It is impossible to use a relatively low-power motor used at home to link a plurality of gears and transmit them to all brushes and use them for dishwashing. Unless you use a large motor with very high power, it is difficult to withstand practical use due to insufficient power. Even if it is used, problems such as size, weight, stability, safety, and noise are newly raised and it is not practical.
Thus, in the conventional invention, power distribution in two stages (power distribution by using gears, power distribution by using a plurality of rotating brushes) is unavoidable.

Next, as a structural problem, the conventional invention uses a single drive device as a power source, so even if there are multiple rotating brushes, they can be used independently for each brush or for other uses such as washing and wiping. It is a mechanism that cannot be used simultaneously. If you want to use only one brush, all the gears and axes will rotate, and even if you stop one brush, all rotation will stop.

Next, as a structural problem, those using gears become structurally complicated, and a load on the gears is likely to occur, resulting in failure. In addition, the number of processes involved in manufacturing increases, and manufacturing costs are inevitably higher. If a lightweight plastic material is used for the gear, there is a problem in strength. If the gear is made of metal, the weight and cost are problematic. Even when using a belt, it is impossible to completely eliminate problems such as idling.

Next, as a structural problem, when the tableware is strongly suppressed, the load on the root portion of the brush rotation shaft is easily broken. If one breaks or breaks down, its utility value decreases dramatically.

Finally, as a structural problem, in the conventional invention, utilization at various positions and change of the utilization angle were almost out of consideration. Since the drive unit and the installation equipment are integrated, it is impossible to adjust the height of the drive unit, especially angle adjustment, horizontal / vertical use in the first place. There is no function. In addition, it is heavy, such as having the whole during installation and removal, and it takes a lot of trouble during installation. Instead of the user adapting the machine to his / her conditions and position, the structure and mechanism are adapted so that the user adapts to the machine.

Second, the problem of the conventional invention is a space problem. First of all, there is a possibility that a plurality of rotating sardines may come into contact with surrounding tableware, and the tableware is damaged. In order to drive smoothly, it is necessary to secure a certain space by placing dishes in a narrow sink. When using it, it takes time and effort to move the tableware stored in the sink or to secure the space for the rotating brush part. For example, it is often necessary to clean a small amount of tableware or only a cup. I do not feel the need to re-install and use.

Next, as a space problem of the conventional invention, although it is not impossible to always install it, it is unsuitable for installation around a sink that is a limited space. For this reason, installation and removal must be repeated with the entire use and storage. The premise of permanent use inside and around the limited kitchen where large and small fragile dishes are collected, which is used by housewives in homes, is to sacrifice the limited space further. means.

Third, a serious problem common to the prior invention is a functional limitation.
First, all of the conventional inventions are premised on the use of a brush for the cleaning part.
When washing dishes efficiently in restaurants, schools, hospitals, in-house dining halls, etc. that use a large amount of specific limited tableware, a rotating brush specialized for specific tableware may be used. It is not common to use brushes in general households that use small amounts of tableware and utensils. If it is used, it is in the case of scorching frying pans or stubbornly removing dirt, and is not suitable for cleaning normal oily dirt and leftovers. In particular, brushes tend to scratch the surface of transparent glass or glossy luxury tableware, and lack flexibility to accommodate the shape of the tableware. For example, various shaped dishes-tea bowls, cups, children's plates, square lunch boxes, soup dishes, bowls, bowls and other deep and curved dishes, chopsticks and spoons, forks, knives, kitchen knives, It is not suitable for washing all kinds of cooking utensils such as frying, tama and balls.

In addition, brushes are wasted due to leakage of cleaning liquid from the gap between the elongated hairs, and the cleaning liquid and bubbles are likely to scatter in the radial direction of the hair due to the centrifugal force of rotation, and problems such as foaming are obvious compared to sponges. is there. It is difficult to use commercially available general-purpose brushes with different shapes.

  Next, as a functional problem, the conventional invention allows both sides of the dishes to be washed, but even in that case, it is based on the premise that the dishes are mainly dish-like dishes rather than various dishes. It is characterized in that the conventional invention uses a plurality of rotating brushes arranged in parallel directions, which results in limiting the function. In fact, if a rotating brush is used in parallel, it is suitable for double-sided washing of dish-shaped dishes, but it is not suitable for double-sided washing of complex shaped dishes other than dishes. In some conventional inventions, it is clearly stated in the claims that "the plate rotates while contacting both sides of the dish-shaped tableware", and the function for the dish-shaped tableware is limited from the beginning.

Also, a particularly important problem as a functional limit is that there is no device for wiping off the water drops that housewives feel particularly troublesome after washing the dishes.
The whole process of manual dishwashing in a general household is usually performed in the following order.
(1) After eating, bring tableware from the table to a sink.
(2) Roughly remove dirt (such as removing dirt with tap water or putting it in the pooled water). In case of stubborn dirt, use sponge, scrubbing brush, etc.
(3) Using the cleaning liquid and sponge, etc., use the surface and back of the tableware, the bottom, the inside and outside of the cup, especially chopsticks and spoons, etc., and remove the dirt on the dishes and saliva directly attached.
(4) Rinse the washed dishes with water from a tap.
(5) Wipe off any water drops on the tableware with a cloth. (Later naturally dried)
(6) Store in a cupboard.
It is common to perform in the above order. At that time, the housewives of the household are usually using the left hand to support the dishes, the right hand to remove the dirt, and to wash or wipe off the water droplets. Needless to say, steps (2), (3), (4), and (5) excluding rinsing out of the series of operations are the main manual operations for dishwashing. However, in reality, although (2), (3), and (4) are almost always performed until the dishwashing and rinsing, the wiping off of the water drops in (5) is often left to natural drying and is often omitted. The main cause is troublesome. One of the limits of the idea of the rotating brush type dishwasher so far is that the target and purpose are mainly limited to (2) and (3), and wiping off the water drops that are the target of “hand-off” itself is out of consideration. It is in the point.

  Next, the functional limitations of the conventional invention are limited to dishwashing because they are integrated, and application to other uses besides wiping was out of consideration. When standing as a housewife in the kitchen, the use of a driving device such as a motor need not be limited to dishwashing. As long as the drive unit is used, the application can be expanded to reduce the burden of housewives in the kitchen as much as possible, such as powerful whipping work and scorching of pots and frying pans. Not at all.

The functions required for home rotary dishwashers in the future are space-saving and can be used in various positions from the user's standpoint, and can wash dishes and cooking utensils of various shapes. It should be easy to use, naturally including the function of wiping off water droplets after washing, and capable of expanding the usage. In other words, the objective is to reduce the burden of all manual labor in dishwashing as much as possible, and it must be equipped with other applicable functions.
In other words, it must have the convenience and functions that are halfway between the fully automatic dishwasher and hand-washing, and it must be recognized and contribute to reducing the burden of housewives and the elderly who play the leading role in dishwashing.

  The present invention has been invented in view of these points. In particular, what the present invention pursues is to first release the right hand that performs the task of washing dishes with the action of having a sponge and the state in the burden in the whole process of washing dishes by hand, It can be said that the act of supporting tableware with only the left hand can be performed with both hands, in other words, pressing the rotating portion of the cleaning device of the present invention that performs the function of the right hand while supporting the tableware with both hands. To put it flatly, the release of the right hand in dishwashing is actually a big point in reducing the burden on housewives, and it is to achieve it to some extent.

  Second, what the present invention pursues is that the wiping of water drops can be easily done, less labor is required, it contributes to shortening the time, the operability is simple, the structure is simple and lightweight, There is no inconvenience in storage, sponges that are consumed in the process of use, cloths for wiping, etc. can be replaced with commercially available products, they can be easily used and applied for other purposes, can be easily manufactured and are not easily broken In other words, when it breaks, it is only necessary to replace parts, and to overcome a series of problems for improving convenience such as being inexpensive.

  According to the present invention that solves the above-mentioned object, firstly, the structure is not integral, but three main components ((1) drive device, (2) sponge and sponge cartridge shaft, (3) Secondly, it is a combination type or separation type consisting of installation equipment), and secondly, independent drive units or a combination of a plurality of independent drive devices can be mounted within a certain range at any position (height, horizontal, vertical, etc.) A variety of shapes of dishes and cooking utensils can be washed on one or both sides, and thirdly, a variety of cartridge replacement and drive devices can be applied for other purposes. For example, it can be used for wiping off water droplets other than for washing dishes and for other purposes.

  The core of the above-described features of the present invention is that the above three main components themselves have little meaning as individual elements, but three related components are combined and combined and used in a trinity. This approach is to reduce the burden of many manual operations related to dishwashing, which can be said to be a structural and essential difference between the conventional invention and the present invention.

First, in the present invention, the power transmission method of the driving device which is the first component and the conventional invention which transmits power to a plurality of rotating brushes simultaneously through gears in that the driving device is used in combination. Are structurally different.
In the present invention, a motor whose rotational speed is controlled to be low is used as an independent driving device. In this mechanism, a one-touch type sponge cartridge shaft (sponge rotation shaft) is directly attached to the drive device. As a result, the power of the driving device can be directly transmitted to the sponge rotation shaft without using indirect parts such as gears and belts. For this reason, even if the tableware is pressed a little harder, the power is prevented from being reduced and dispersed, preventing the rotation from stopping. In addition, the rotation direction and the number of rotations of each driving device can be performed with a simple operation using a switch. Since the drive unit is basically only a motor and its package and is compact and lightweight, it can be easily removed and installed. Further, when storing, for example, only the drive unit and sponge are stored in a dedicated box provided around the sink, and the space around the sink is not taken up.

In addition, two independent drive units are combined so that two sets of tableware can be washed on both sides, and when using them (in parallel use), the rotations are linked to each other in reverse to rotate various dishes. Realize double-sided washing so as to be taken inside. In addition, a single use and a combination use of two or more drive devices can be performed simultaneously.
Unlike the conventional invention, in the present invention, only a single unit can be used for simple cleaning of the inner surface of the cup, the bottom, or the surface of the dish where leftovers remain. You can choose. For example, when two parents and children use at the same time, one is the combination of two units, the combination is a double-sided wash of tableware, and the other is a single cup wash or wiping off water drops, etc. Is possible.

The rotational speed of the driving device is about 200 r / min. In the present invention, since a sponge is mainly used instead of a brush, the ideal rotation speed at which water droplets, cleaning liquid, bubbles and splashes contained in the sponge do not scatter and the rotation speed most suitable for washing dishes with a sponge match. It is required to do. As a result of an experiment with a test apparatus, the most suitable rotation speed that matches is a rotation speed around 200 r / min.
If it is easy to understand, it is a rotation number of about 3 times (within) per second. The fact that the rotation speed for preventing splashing of water drops and the rotation speed suitable for dishwashing are almost the same can be said to be very convenient for manufacturing. Such low-speed motors are already sold as general-purpose products by motor manufacturers, and are cheaper. Further, the voltage of the driving device controlled to 200 r / min used in the present invention is assumed to be within about 12V. It is an ordinary commercial product, and the power from a normal household outlet can be used at the same time if it is about four units via a transformer. This level of voltage and its power output is sufficient to stop when a strong force or finger or hand is involved, and is also suitable for safety. By the way, according to the experiment, the limit rotation speed for the safe use of the rotary dishwasher and the prevention of water droplet scattering is around 250 r / min, that is, the rotation around 4 times per second seems to be the limit range in practical use.

  The number of rotations of each drive unit can be adjusted in several steps by adjusting the transformer within the above rotation range, and by changing the electrodes alternately by switch operation, forward / reverse rotation conversion is also possible for each drive unit And

  In addition, the drive device can be mounted and fixed to the dedicated installation equipment facing the inner wall of the sink with one touch. When using one unit or using two units at the same time, it can be freely attached to the dedicated installation equipment such as vertical, horizontal, parallel, and height adjustment. In addition, when two driving devices are combined, adjustment between both sponges, which are cleaning surfaces, is also possible.

  The rotating shaft of the driving device is connected and fixed to the sponge cartridge shaft with a single touch by means of a convex-concave gear, a hook hook, or a metal fitting fixing pin that is paired with the connecting portion of the sponge cartridge shaft. After connecting and fixing, the power is transmitted to the cartridge shaft without waste, and the cartridge shaft is prevented from idling. In addition, the structure is waterproof so that the cleaning liquid and water droplets do not penetrate into the narrow gap of the drive unit shaft (motor shaft) and the motor does not leak electricity.

Next, a sponge cartridge shaft and a mounting sponge are the second component.
First, the sponge cartridge shaft is used for mounting each drive unit on the rotating shaft and various cleaning sponges and brushes. It can be mounted and fixed with a single touch just by inserting it into the rotating shaft of the drive unit, and the sponge can be replaced with a simple operation by simply pulling it out or inserting it into the shaft. It can always be used with a special sponge or commercially available sponge attached, and can be cleaned and stored in that state.

  The shape of the sponge cartridge shaft is an elongated cylinder with a protruding surface, and is inserted into a hole penetrating the center of the sponge. Sponge of sponge cartridge shaft prevents sponge from spinning around. The length of the sponge cartridge shaft is such that the upper third or quarter portion of the cleaning sponge does not penetrate the sponge.

  As the material of the sponge cartridge shaft, a portion that is fixed to the rotating shaft of the driving device is made of metal that does not rust, reinforced plastic, or the like, and the shaft portion is made of an elastic member such as a slightly flexible plastic or a spring.

  There are several types of sponge cartridge shafts, such as a wiper for wiping water drops, a baby bottle, and a special brush. For example, a commercially available sponge that is rolled up is prepared. As a cartridge for wiping water droplets, the shaft is short and a spring is used, and the upper part has a disc shape and a slightly spherical shape, and is used for wiping in a circular dedicated cloth or usually at home. A regular quadrilateral cotton cloth or the like is folded in four so that all four sides can be used. In addition to the sponge, a dedicated brush cartridge shaft is also prepared.

  The replacement sponge has a cylindrical shape that is used by being inserted into the sponge cartridge shaft, and can be used only when the drive device is used upright with a vertical separation type with a gap supported by a stabilizer when the drive device is used sideways. Integrated type. Various shapes are prepared, such as a cylindrical shape with a circular upper part and a shape with a slightly uneven surface. The replacement cleaning sponge other than for the wiping cartridge has a shape in which a hole is formed in the center of the cylinder in accordance with the shape of the sponge cartridge shaft.

  About one-third or one-fourth of the upper part of the sponge that does not penetrate the cartridge shaft can make the most of the flexibility of the sponge because there is no shaft. Make it correspond. A small brush or the like can be attached to the upper part of the sponge without a shaft when cleaning an elongate cup or a leftover drink adhering to the inner wall or bottom of a baby bottle.

  Next, it is the installation equipment which is a 3rd component. The installation equipment spans the edge of the sink, but the width can be adjusted to accommodate different widths of the sink sink edge. As a result, (1) when using it, it can be attached to and removed from the installation tool with a single touch with only a lightweight main body drive device. (2) When the drive unit is removed, the installation equipment is thin and parallel to the inner wall of the sink, and can be permanently installed without damaging the space in the sink.

  As materials for the installation equipment, the main parts other than electrical and waterproof parts are made of stainless steel and other rust-resistant and sturdy materials (metal, some plastics, etc.).

  The functions of the installation equipment are as follows: (1) Securely fix the drive unit main body, (2) When using the drive unit on its side, a support bracket that reaches near the center of the sponge shaft is provided to prevent the sponge from rotating. Prevent the burden at the base of the cartridge shaft, (3) The installation equipment itself can slide (translate) along the inner wall of the sink to some extent, if necessary, and (4) When the water is used in the sink If possible, adjust the height and angle of the drive as much as possible. (5) Turn on / off the drive, change the forward / reverse rotation direction, and change the voltage of each track device. For example, the operation switches for adjusting the number of rotations, the transformer device, and the like are stored in a compact manner, and the power source of each driving device is managed.

  The rotation of the drive can be applied to other work in the kitchen. For example, it can be easily used to remove sticking of cooking utensils such as whipping and pots. At that time, the application can be freely expanded by attaching the drive device to a dedicated hand-held device instead of fixing it to the installation equipment, attaching a dedicated whip shaft to the rotation shaft of the drive device, or attaching a rotary brush. If the dedicated handheld device is rechargeable, it can be used outdoors and the range of use is further expanded.

  As described above, according to the present invention, first, the power of the driving device is not impaired. Each drive device is a low-rotation motor and is independent of each other, and has a simple structure in which a cartridge shaft on which a sponge is directly attached is loaded and used. Therefore, the drive force can be transmitted to the sponge portion without waste.

  Secondly, the effect of the invention is a structure in which the driving device, the installation equipment, and the cleaning sponge are separated, and the weight and weight of only two small motors and their packages and sponges even when installing and removing during double-sided cleaning. When using, it is possible to use only by attaching and detaching only the relatively light part of the half. Therefore, it is less burdensome for housewives and senior citizens who are mainly responsible for washing dishes, and can withstand daily use.

  Third, after removing the drive device, the present invention is such that only the thin cleaning device installation tool is contained on the inner wall of the sink, so that even if it is permanently installed, the capacity in the sink can be almost lost. In addition, it is possible to realize space saving which is not seen in the conventional invention. Even if the drive device from which the sponge is removed is installed as it is in the cleaning device installation tool, it does not occupy a large space in the sink.

  Fourth, the invention can be used at various positions and angles according to the situation of each household. Switch the rotation angle of the drive unit and sponge to horizontal / vertical, adjust the height of the main unit, change the usage position, change the use position, left / right handed, etc. For example, use of only one unit. Therefore, the shape and size of the sink, the amount of dishes and utensils that change daily depending on the number of people and menus, the capacity of the sink, the size of the empty space around the sink, and the simultaneous use of one by one by each person, etc. It can respond to various uses in the home situation. In particular, since the height can be adjusted, there is no need to move many tableware stored in the sink.

Fifth, the effect of the invention is that a sponge that is inexpensive and easy to purchase can be used instead of a brush in a portion for directly washing dishes. When washing dishes at home, a sponge can substitute for the function of a brush, but conversely, using a brush as a substitute for a sponge is unsuitable except for a few. Use of a sponge that is gentle on the hands, absorbs water better than a brush, has good foaming, is soft and has no gaps, and has excellent shape change and shape recovery capabilities. Suitable and suitable. If you use a sponge, you can press and wash several chopsticks and spoons that are troublesome one by one.
In the present invention, the ability to cope with shapes can be expanded by arranging various shapes of tableware and various types of sponges according to cooking utensils as necessary. Moreover, although sponge is mainly used, it does not exclude use of a brush or the like, and can be used as needed.

  Sixth, the effect of the invention is that even when it is difficult to obtain a special sponge, a general-purpose net sponge wrapped in a net-like cloth, which is a commercially available product, can be attached and substituted sufficiently. For example, a general-purpose net sponge sold at a so-called “100 yen uniform” or the like is also suitable as a substitute sponge. Therefore, when the product of the present invention is used for a long time, it is easy to purchase consumables that are often obtained at low cost.

Seventh, the effect of the invention is that the wiping of water droplets after cleaning can be completed easily and speedily.
A dedicated cartridge for wiping off water droplets is attached to the rotation shaft of the driving device, and the exclusive cloth or cloth is folded to a quarter and attached to the surface pile of the dedicated cartridge one by one. The wiping surface can be changed four times depending on the degree of absorption of water droplets on one surface, and even when the amount of tableware is large with one cloth, water droplets can be absorbed and wiped off sufficiently. By inserting a paper towel between the folded hooks, the water absorption efficiency of the hooks is further increased, and a large amount of tableware can be wiped off. In addition, you can wipe off the water drops by putting a cloth on the sponge itself. Since wiping off the water droplets is troublesome, there are many cases in which it is left to natural drying, and there are many cases where the water droplets remain, there is a hygiene problem, and it is very important for the present invention to reduce the burden.

  Eighth, the effect of the invention is that the use of the independent drive device can be further expanded if it is suitable for the number of rotations. Since the drive unit can be used in a hand-held manner, the function of the rotary whip machine can be fulfilled by simply replacing the cartridge shaft with a whip, and there is no need to purchase a whip machine at home.

  Ninth, the effect of the invention is comprised of three components: a main body drive device, a sponge cartridge shaft including a sponge, and an installation device. The structure of each component is relatively simple, with few parts, easy to manufacture, and low in production cost. Is cheap and easy to purchase even in ordinary households. In particular, even in the event of a failure, it is not necessary to disassemble as in the case of the conventional invention, and it is sufficient to replace the failed partial drive unit, to obtain the installation equipment and sponge cartridge shaft, and to purchase them for a long time.

  According to the tenth effect of the present invention, all or part of the above functions can be incorporated into the sink main body to make it a built-in type. Even in the case of a sink equipped with a fully automatic dishwasher or separately installed, in reality, it is often not used for a small amount of tableware and cooking utensils. A fully automatic dishwasher is also used, but if it is a sink that incorporates the present invention in an intermediate position according to the situation, convenience to the user can be further improved, and the completeness of the system kitchen will increase.

11thly, the effect of invention can reduce the feeling of burden with respect to dishwashing.
The effects of the present invention listed in the above 10 items are mainly important matters regarding the structure, function and application, but psychological effects are also more important than that. Many households and households, especially housewives, think about menus every day, buy cooking ingredients, and cook and cook repeatedly in the morning, noon, and evening. I want to reduce that burden as much as possible. Even if you have a delicious and enjoyable time with your family, as long as you have a meal almost every day for your family, the dishwashing and wiping off of the water drops, which can be said to be “cleanup”, should always be done after every meal or once a day. There is no troublesome work. Because of its troublesomeness, wiping off is especially omitted, and “natural drying” may be relied upon.
There is a fully automatic dishwasher that can significantly reduce the feeling of burden with existing equipment, but it is expensive, takes up space, uses water and gas, and requires installation. Thus, although housewives are the most desirable products, the domestic penetration rate is still around 15%, as many statistics indicate, due to the Japanese housing, kitchen, and income. Even in homes where a fully automatic dishwasher is installed, it is often the case that only a small amount of dishwashing or all the dishes and cooking utensils cannot be washed at one time, and the remaining dishes, especially cooking utensils, etc. are hand-washed.

Less than fully automatic dishwasher, more than hand-washing-“Not as much as a fully automatic dishwasher, but easier than hand-washing”.
What the inventor and many housewives demand for daily dishwashing is such an inexpensive device with functions and convenience that should be located in the middle. The inventors of the conventional rotary brush dishwasher have also aimed for this, but have not yet cleared various problems. The main goal of the present invention is to provide an easy-to-use and inexpensive device that has inherited the spirit and overcame the problems with a completely new idea. If the present invention can relieve the overwhelming number of women responsible for dishwashing and wiping operations, the burden of ordinary housewives, and the burden after meals, it means achieving the maximum and essential purpose of the present invention. In particular, I believe that its mental effects and significance can never be neglected.

  Hereinafter, embodiments of the present invention will be described in detail based on drawings.

  FIGS. 1 to 3 relate to a specific embodiment of the present invention and are typical installation examples among various usages in a specific combination of three main components, and an external inclination view thereof. It is.

  FIG. 1 shows an embodiment in which three drive devices are used. A main drive device A01 and an auxiliary drive device A21 are combined and installed in two sets in a vertical and parallel manner on a cleaning device installation device B01, respectively, and a sponge cartridge shaft C01. It is an external appearance inclination figure which shows the state which performs double-sided washing of tableware, rotating the various sponges mounted | wore to each other, and installing one other drive apparatus horizontally, and performing single-sided washing of tableware simultaneously.

  FIG. 2 is a perspective view of the external appearance when the two driving devices in FIG. 1 are rotated 90 degrees counterclockwise and installed horizontally (laterally) in parallel to wash dishes on both sides.

  FIG. 3 shows that when the two driving devices are used independently for different purposes, the main driving device A01 in front is tilted vertically from the user side, and the auxiliary driving device A21 is tilted horizontally parallel to use each separately. FIG.

FIGS. 4 to 7 are externally inclined views showing examples of actual use such as washing of various dishes according to the present invention.
FIG. 4 is an external inclination view showing a pattern of double-sided washing of the dish E01 with two driving devices as a set.

  FIG. 5 is an external inclination view showing a pattern of double-sided washing of the dish E01 in the installation of FIG.

  FIG. 6 is an externally inclined view showing the main driving device A01 for cleaning the inside of the cup E03 and the auxiliary driving device A21 for cleaning the inner surface of the teacup E02 or use for other tableware and cooking utensils.

  FIG. 7 is an example showing the use of the main driving device A01 for wiping off drops of water after washing, and the auxiliary driving device A21 alone for cleaning one surface of the tableware. Each drive unit can be used alone as described above. FIGS. 6 and 7 are examples showing that the main driving device A01 and the auxiliary driving device A21 can be used separately by two persons simultaneously.

  FIG. 8 is a cross-sectional view of the main drive device A01 incorporating the motor A02 as seen from the side. The motor is put in the drive unit case A03 using a rust preventive material such as plastic resin and stainless steel, and does not touch water droplets, cleaning liquid, bubbles, etc. directly. In addition, there is a shaft mounting device A04 that connects the rotation of the motor to the cleaning equipment at the top, and the shape of the anti-rotation bracket with a pin so that it will not slip off when rotating or rotating when a cleaning member such as a sponge is attached. There is A05. A wire hole A10 is formed under the main drive device A01 so that two wires connected to both the positive and negative electrodes of the motor are exposed. The main driving device A01 protrudes from a support base A11 that supports the auxiliary driving device A21 when two units are used simultaneously. The support base A11 includes a joint device A12 for reverse rotation conversion at the time of simultaneous use in which the electrodes are reversed so that the rotation of the auxiliary drive device A21 is always the reverse rotation of the main drive device A01 during the simultaneous use. Thereby, the power of the auxiliary driving device A21 in a set of two is supplied from the main driving device A01 with the electrodes reversed, and reverse rotation is realized.

  FIG. 9 is a plan view showing the front and rear surfaces of the main drive unit A01. The installation tool attachment surface A06 is a surface to be attached to the dedicated installation plate B12 of the cleaning device installation tool B01, and the auxiliary drive device connection surface A07 is for fixing to the main drive device connection surface A23 of the auxiliary drive device A21. The auxiliary drive device connection surface A07 is a surface used when the auxiliary drive device A21 is combined, and the grooved retaining hole A09 is formed corresponding to the shape of the fixing pin A08 of the auxiliary drive device A21.

  FIG. 10 is a cross-sectional view of the auxiliary drive device A21 as viewed from the side.

  FIG. 11 is a plan view showing the installation device attachment surface A22 and the rear main drive device connection surface A23. The structural difference from the main drive unit A01 is that there is no support base and the fixing pins A08 corresponding to the grooved fastening holes A09 of the main drive unit A01 are on both sides. Further, there is a reverse rotation fixed power source connection portion A24 in which the electrodes are reversed so that the rotation is always reverse to that of the main drive device A01 when installed on the support base A11.

FIG. 12 is an external inclination view showing a mechanism for combining the two driving devices.
The portions corresponding to each other in shape and arrangement are combined. The fixing pin A08 of the auxiliary driving device A21 is fixed to the groove below the grooved fastening hole A09 on the driving device connection surface A07 of the main driving device A01. In the figure, there are eight corresponding fixing pins A08 and grooved retaining holes A09 corresponding to the shape, but the shape can be any if it can be connected and fixed vertically and horizontally for the connection of both drive devices. Shape may be sufficient. In addition, when the two units are combined, the interval can be slightly adjusted, and the gap width between the two sponges can be adjusted.
Also, as shown in the figure, when there are six same fixing pins A08 on both the front and back surfaces of the auxiliary driving device A21, when the auxiliary driving device A21 is used alone, either side is attached to the cleaning device installation equipment B01. It is done.

  FIG. 13 is a cross-sectional view showing that the fixing pin A08 is fitted and fixed to the grooved retaining hole A09 when the two driving devices are combined.

  FIG. 14 is a plan view showing a state in which the cleaning device installation tool B01 is attached to the edge of the sink D01 in the state of FIG.

  FIG. 15 is an external inclination view showing an overall image of the cleaning device installation equipment B01 installed on the sink D01. As shown in the figure, the cleaning device installation equipment B01 is mainly composed of an operation panel B02, an installation hook B11, a dedicated installation plate B12, a rotation stabilizer B31, a transformer B32 (built-in), and the like.

  FIG. 16 is an external inclination view showing the shape of a simple installation tool B07 to which the drive device can be attached with a narrow sink, unlike the above-described horizontally long dedicated installation plate B12. This is a simple type that can be installed at any time and is suitable for cleaning only cups in a small sink such as an office.

  FIG. 17 is an external inclination view showing a state in which the simple installation device B07 of FIG. 16 is installed on the sink, the drive device is attached in one or two sets, and a sponge is attached to the drive device.

FIG. 18 and FIG. 19 are externally inclined views showing the composition of the attachment of the cleaning device installation equipment B01.
FIG. 18 is an external inclination view showing a state in which an operation panel B02 containing switches and a power cord is placed on the edge of the sink D01 and two left and right installation hooks B11 are placed on the top or side. In the operation panel B02, a drive device switch B03, a rotation speed control device B04, a power cord B05, and the like are integrated, and all power sources and rotations are operated here.
The drive device switch B03 can reverse the current depending on the direction of the switch and can perform forward / reverse rotation conversion.

  FIG. 19 is a cross-sectional view showing the upper structure of the installation hook B11. The upper portion of the installation hook B11 has a structure that can be adjusted by the edge width adjusting and fixing hand screw B15 so as to correspond to the shape and width of the sink D01. Further, a scratch preventing rubber B16 for preventing the sink from being scratched and absorbing the vibration of the driving device is attached to the lower portion.

FIG. 20 is an external inclination view showing how the installation hook B11 is attached (only one of the two on the left and right is shown in the figure). The installation hook B11 has two fixing hand screws B13 for mounting and fixing the dedicated installation plate B12, and the dedicated installation plate B12 has five left and right hook mounting holes B22 as an example. The fixing hand screw B13 fits in the groove in the upper part of the hook mounting hole B22 and is fixed firmly with the fixing hand screw B13. In addition, when the dedicated installation plate B12 is installed higher, it is possible to change the mounting position of the hook mounting hole B22.
Further, on the upper surface of the rear surface of the dedicated installation board B12, there is a drive device connection power plug B06 connected to two or three (three in the figure) transformers B32 so that a plurality of drive devices can be used simultaneously. It is a mechanism that can supply electricity by sliding the upper part of the back of the dedicated installation plate according to the installation position of the device.

  FIG. 21 is an external inclination view showing how each drive device is mounted on the dedicated installation plate B12. On the central surface of the dedicated installation plate B12, for example, about 20 drive device mounting holes B21 corresponding to the shape and arrangement of the fixing pins A08 of each drive device are arranged at regular intervals (approximately 1.5 cm to 3 cm intervals). Are arranged at regular intervals of 6 to 8 rows, so that each drive device can be freely mounted vertically and horizontally at any position within the range of the drive device mounting hole B21 in the dedicated installation plate B12. You can

  FIG. 22 is a plan view of the state in which the cleaning device installation equipment B01 is attached to the sink D01 as seen from the inside of the sink D02.

  FIG. 23 is a perspective view of the external appearance of the rotation stabilizing bracket B31 rotated inside the sink by 90 degrees.

  FIG. 24 is a plan view seen from the side when the rotation stabilizing bracket B31 is used.

  FIG. 25 is a plan view showing a state in which the rotation shaft of the cleaning equipment is supported and installed on the rotation stabilizer B31. As a result, even if each driving device is tilted sideways and a dish is pressed during cleaning, no load is applied to the base portion of the shaft, and rotation of the sponge cartridge shaft C01 is prevented from being stably rotated.

  In FIG. 26, the position of the fixing screw B13 is changed to the position of the hook mounting hole B22, the position of the dedicated installation plate B12 is increased, and the installation hook B11 is loosened to move the cleaning device installation equipment B01 itself along the edge of the sink ( It is a plan view showing a state of being slid. Thereby, even in a state where water is accumulated in the sink D02, the drive device can be operated at a high position, and even a tall user can easily use the posture without bending. (See Figure 14)

  FIG. 27 shows the shape of the rail-type dedicated installation plate B23 in which several horizontally long rail-type mounting grooves B24 are formed instead of the drive device mounting hole B21 of the dedicated installation plate B12. The fixing pin A08 of each driving device is fixed to a groove provided at equal intervals below the rail-type mounting groove B24. Even in such a shape, the fixing pin A08 of each driving device can be installed freely in vertical and horizontal directions, and in particular, sliding movement can be easily performed.

  FIG. 28 is a plan view of the state in which the cleaning device installation equipment B01 is attached to the edge of the sink D01, as viewed from the outside of the sink D01. Unlike other integrated inventions, it is a separate type and does not occupy space.

  FIG. 29 is a plan view showing that the driving devices can be mounted and used at various positions and patterns on the cleaning device installation equipment B01. In this way, the mounting position and vertical use, horizontal use, and height adjustment of the drive device can be freely selected according to the use by two people, the size of the sink in each home, the body shape of the user, and the like.

FIG. 30 is a sectional view showing the shape of the sponge cartridge shaft C01 and its use.
The rotating shaft coupling device C02 at the lower part of the sponge cartridge shaft C01 corresponds to the shape of the anti-rotation metal fitting A05 at the upper portion of the rotating shaft of the driving device, and prevents it from being pulled out when it is mounted and rotated. As shown in the figure, the sponge cartridge shaft C01 is inserted into a hole penetrating the center of each of the cylindrical lower sponge C05 and the upper dedicated sponge C06, and in this state, the shaft mounting device A04 of the driving device and the anti-rotation bracket on the upper portion of the rotating shaft are inserted. Insert it into A05.

  FIG. 31 is a cross-sectional view showing a specific example of vertical and horizontal parallel use for double-sided cleaning of tableware. The tableware is pushed from the side into the gap between the sponges attached to the main driving device A01 and the auxiliary driving device A21, which are rotating in the reverse directions, and washed on both sides. In addition, as shown in the figure, the plate E01, bowl E02, square box lunch box E04, etc. can fully utilize the flexibility of the sponge itself that does not reach the sponge cartridge axis C01 at the top of the sponge. Washable in response to

FIG. 32 is a cross-sectional view showing a pattern in which corners and the like that are difficult to wash are washed by pressing tableware against the upper part of the above-mentioned pair of rotating upper sponges C06.
In particular, when you want to clean dishes such as tableware that is very dirty with oil, the bottom of dishes that are likely to collect oil, and the support under the tableware, press them against the upper sponge C06 of both drive units that rotate in reverse. Thorough cleaning is possible.

  FIG. 33 shows that when using a set of two units, the main drive device A01 has an upper exclusive brush C09 attached to the upper part of the sponge cartridge shaft C01 and a lower exclusive sponge C05 attached to the lower part. It is a figure which shows having wash | cleaned the bottom part and the inner and outer surface simultaneously. Thus, a brush can also be used partially.

  FIG. 34 is a plan view showing a state in which several chopsticks are simultaneously pressed against the lower sponge C05 portion and cleaned together, and normal glass E03 is cleaned.

  FIG. 35 is a diagram showing a state in which a commercially available general-purpose net sponge C10 (length 15 cm, width 8 cm, width around 2 cm) is used as a substitute for a special sponge, rounded and fixed to a sponge cartridge shaft C01 with a net sponge mounting tool C11. It is. This makes it possible to use a general-purpose sponge.

FIG. 36 is an external inclination view showing the shape and configuration of a wiping cartridge C12 for wiping off water drops after dishwashing.
An exclusive cloth C18 that absorbs water droplets is placed on the wiping sponge C13 having an elliptical upper part, and is fixed to the cloth width fixing groove C16 at the lower part of the circular support C15 with a fastening rubber C14. Further, by using the shaft spring C19 for the shaft of the wiping cartridge C12, when the tableware is strongly suppressed while being wiped and rotated, the table can be rotated while bending the angle, and the burden on the shaft can be reduced. The diameter of the circle of the wiping cartridge C12 is about 10 cm to 13 cm, which is about half the length of a normal hand towel.

FIG. 37 is a diagram when a commercially available general-purpose cloth cloth C20 is mounted as a substitute for the dedicated cloth cloth C18. A square-shaped general-purpose cloth width C20 having a side of about 25 cm to 30 cm is folded into a quarter and attached. After one surface absorbs a certain amount of moisture with a certain amount of wiping, all other folded surfaces (3 surfaces) can be used in turn as a table so that water drops from many dishes can be absorbed efficiently.
When folding, several commercially available paper towels C21 or several tissue papers C17 are sandwiched to further increase the water absorption and more efficiently wipe off water droplets.

  FIG. 38 is a diagram showing the shape of the special sponge and the shape of the brush, but the shapes can be various, such as thin and high. Due to the size of the sponge, it can also be used to adjust the spacing when two-sided washing is performed with one set.

  FIG. 39 shows a drive device dedicated storage case A31 in which the main drive device A01 and the auxiliary drive device A21 are provided around the sink D01 after use. A back suction cup A32 is attached to the back of the case and a bottom suction cup A33 is attached to the bottom, and after use, only a drive device is placed, and no space is required, and it can be used immediately when necessary.

As mentioned above, although main embodiment of this invention was described, the utilization range of this invention is not limited only to washing | cleaning and wiping off of tableware and cooking utensils.
FIG. 40 shows that the drive device can be used as an electric whipping machine by attaching one drive device to the multipurpose dedicated handheld device C22 for using the rotation of the drive device for other purposes and attaching the cartridge shaft C25 with a whip to the rotation shaft. FIG. The rotational speed of the drive device used in the present invention is also suitable for the rotational speed of the whip work. As shown in the figure, when the system is provided with the rechargeable battery C23 and the trigger switch C24 is provided, it can be used outdoors.

  FIG. 41 is a cross-sectional view showing a state in which a flat surface dedicated brush C26 used for removing the bottom of a pan, the scorching or sticking of a frying pan, and the like is attached instead of the cartridge shaft C25 with whipping of FIG. As long as the multipurpose dedicated hand-held device C22 is available, it can be applied to a rotary device for cleaning floors and walls, a tool such as a household electric drill, and other applications.

  FIG. 42 is an external oblique view showing an example in which all or part of the functions of the present invention are incorporated in the sink D01 itself. In particular, it can be used as a new type of sink that has a new function and added value that can be used immediately when washing and wiping a small amount of dishes. Although there is a fully automatic dishwasher, it can be used immediately for cleaning remaining dishes and cooking utensils that cannot be washed at once, or a small amount of normal dishes.

  FIG. 43 is an external inclination view showing an example of a built-in type sink that is similar to FIG. 42 but has a different installation position of the present invention.

  FIG. 44 is a simple electric circuit diagram for controlling the rotation direction, simultaneous reverse rotation change, rotation speed control, and the like of the drive device of the present invention.

  FIG. 45 is a sectional view of a rotary brush type dishwasher which is an integrated conventional invention using gears.

  46 is an external inclination view of the integrated rotary brush type dishwasher of FIG.

  FIG. 47 is a cross-sectional view of a conventional rotary brush dishwasher.

    INDUSTRIAL APPLICABILITY The present invention can be used in the industrial field in which household appliances such as dishwashers and household washing machines, or sinks and sponges are manufactured and sold.

FIG. 1 is a perspective view of the appearance of a rotary sponge dishwasher wiper according to an embodiment of the present invention.
FIG. 2 is a perspective view of an appearance in which a cleaning device (a driving device, a sponge cartridge shaft and a sponge are inserted and hereinafter referred to as a cleaning device) is rotated by 90 degrees and attached to a cleaning device installation plate.
FIG. 3 is an external inclination view in which two cleaning apparatuses are independently used for different applications.
FIG. 4 is an external inclination view showing a state in which two cleaning devices are used as a set and used for double-sided washing of tableware.
FIG. 5 is an external inclination view showing a pattern of double-sided washing of actual tableware.
FIG. 6 is an external appearance inclination view showing a state in which two drive devices are used separately in the vertical and horizontal directions.
FIG. 7 is an external inclination view of a pattern in which two cleaning devices are separately used for wiping and dishwashing.
FIG. 8 is a cross-sectional view of the main drive device A01 having a built-in motor as viewed from the side.
FIG. 9 is a view showing the front and back surfaces of the main drive unit A01.
FIG. 10 is a cross-sectional view of the auxiliary drive device A21 as viewed from the side.
FIG. 11 is a plan view showing the installation equipment attachment surface and the drive device connection surface of the auxiliary drive device A21.
FIG. 12 is an external inclination view showing a mechanism in which both driving devices are combined and used as a pair.
FIG. 13 is a cross-sectional view in which the surfaces corresponding to each other of both drive devices are connected and combined.
FIG. 14 is a plan view showing a state where the drive device is actually attached to the edge of the sink.
FIG. 15 is an external inclination view showing the configuration of the cleaning device installation equipment installed on the sink.
FIG. 16 is an external inclination view showing the shape of the simple installation tool and the installation of the driving device.
FIG. 17 is an external inclination view showing how the simple installation tool is actually used.
FIG. 18 is an external inclination view showing the configuration of the operation panel and a state in which the base installation hook is installed from above.
FIG. 19 is an external inclination view showing the installation hook upper structure.
FIG. 20 is an external inclination view showing a state where the dedicated installation plate is mounted on the installation hook.
FIG. 21 is an external inclination view showing how the drive device is mounted on the dedicated installation plate.
FIG. 22 is a plan view of the state in which the cleaning device installation tool is attached to the sink as viewed from the inside of the sink.
FIG. 23 is an external inclination view rotated 90 degrees to the front when using the rotation stabilizer.
FIG. 24 is a horizontal plan view in the case of using a rotation stabilizer.
FIG. 25 is a plan view showing a state in which the rotation stabilizer supports the cleaning equipment rotation shaft.
FIG. 26 is a plan view showing a state where the attachment position of the dedicated installation plate is raised and moved laterally.
FIG. 27 is a plan view of a dedicated installation plate that uses rail-type mounting grooves instead of drive device mounting holes.
FIG. 28 is a plan view of the state in which the cleaning device installation tool is attached as viewed from the outside of the sink.
FIG. 29 is a plan view showing that each drive device can be used in various patterns and positions.
FIG. 30 is a cross-sectional view showing the shape of a sponge cartridge shaft and its use. FIG. 31 is a cross-sectional view showing a specific example of double-sided cleaning of various dishes.
FIG. 32 is a cross-sectional view in which a difficult-to-wash portion is pressed against the upper sponge of the combined cleaning device.
FIG. 33 is a cross-sectional view showing an example of use in which both sides of a deep beer glass are washed using a part of a brush.
FIG. 34 is a plan view showing that several chopsticks are pressed at the same time and washed together, or a long cup is washed.
FIG. 35 is an external inclination view showing a state in which the general-purpose net sponge is rolled up and attached.
FIG. 36 is a diagram showing the shape, structure, and configuration of a wiping cartridge for wiping off water droplets.
FIG. 37 is a diagram illustrating a state in which a general-purpose cloth is used for wiping off water droplets as a substitute for the exclusive cloth.
FIG. 38 is a diagram showing an example of the shape of the dedicated sponge and the shape of the dedicated brush.
FIG. 39 is an external inclination view of the storage case dedicated to the drive device in which the drive device is placed around the sink.
FIG. 40 is a cross-sectional view of the rechargeable multipurpose attachment machine in which a cartridge with an attachment whip is attached together with the drive unit.
FIG. 41 is a cross-sectional view showing a state where a dedicated brush is attached to the rechargeable multipurpose attachment machine.
FIG. 42 is a tilted external view showing a sink main body incorporating the present invention.
FIG. 43 is an external inclination view similar to FIG. 42 but showing the position of the present invention changed.
FIG. 44 is a basic electric circuit diagram of an operation panel for main body control.
FIG. 45 is a cross-sectional view of an integrated conventional product.
FIG. 46 is an external inclination view of an integrated conventional product.
FIG. 47 is a sectional view of another invention product with a gun.

Explanation of symbols

A01 Main drive device A02 Motor A03 Drive device case A04 Shaft mounting device A05 Non-rotating metal fitting A06 Installation tool mounting surface A07 Auxiliary drive device connection surface A08 Fixing pin A09 Slotted hole A10 Wire hole A11 Support base A12 Reverse rotation conversion when used simultaneously Connecting device A21 Auxiliary drive device A22 Installation tool mounting surface A23 Main drive device connection surface A24 Reverse rotation fixed power supply connection part A25 Drive device dedicated storage case A31 Drive device dedicated storage case A32 Rear suction cup A33 Bottom suction cup B01 Cleaning device installation tool B02 Operation Version B03 Drive switch B04 Rotational speed control device B05 Power cord B06 Drive device power connection plug B07 Simple installation tool B11 Installation hook B12 Dedicated installation plate B13 Fixing hand screw B15 Edge width adjustment Fixing hand screw B16 Scratch prevention rubber B21 Device mounting hole B22 Hook mounting hole B23 Rail-type dedicated installation plate B24 Rail-type mounting groove B31 Rotation stabilization bracket B32 Transformer C01 Sponge cartridge shaft C02 Rotating shaft coupling device C03 Sponge receiver C04 Non-rotating stopper C05 Lower dedicated sponge C06 One upper sponge C07 Body-type sponge C08 Integrated exclusive brush C09 Upper exclusive brush C10 General-purpose net sponge C11 Net-sponge mounting tool C12 Wiping cartridge C13 Wiping-only sponge C14 Fastening rubber C15 Circular support base C16 Cloth width fixing groove C17 Tissue paper C18 Dedicated cloth width C19 Axial spring C20 General-purpose cloth width C21 Paper towel C22 Multipurpose handheld device C23 Charging ground C24 Trigger switch C25 Whip cartridge shaft C26 Flat brush 27 sponge gap D01 sink D02 sink E01 dish E02 bowl E03 cup E04 lunch box E05 chopsticks E06 beer glass

Claims (6)

  A drive device in which a motor as a power source for rotational cleaning is housed in a case is a first component, and is attached to the rotation shaft of the drive device and directly uses the power generated by the rotation, and a sponge attached to the cartridge shaft A cleaning member of various shapes and materials, such as a brush, is used as the second component, and a single or a combination of two cleaning devices that are combined with the cleaning member in the drive device can be used within a certain range of the inner wall of the sink sink. A cleaning device installation tool that can be fixed and used vertically, horizontally, or at a height is used as the third component, and the three components are combined to form a single unit for various dishes and cooking utensils. Or a combined multi-function rotary sponge dishwasher intended for use on both sides and water drops.   One side of the case of the drive device has a surface having a shape and a mechanism that enables installation and fixing to the cleaning device installation device, and a shape and mechanism that enables the other surface to be combined with another drive device. It has a function that allows two drive devices to be used at the same time, reverses the direction of rotation by inverting the electrodes of the other drive devices when united, and makes a pair of them and reverses each other while rotating one side of the other The main drive unit responsible for the function is a single type, and when used alone as in the case of the main drive unit, it has a surface with a shape and mechanism that enables installation and fixing to the above-mentioned cleaning device installation equipment, and vice versa. There is another auxiliary driving device that has a surface that merges with the main driving device on the surface and performs the other function for double-sided cleaning while rotating in reverse with the main driving device in parallel with each other in one set. Two types, 2 A combined multifunction rotary sponge type dishwasher according to claim 1, characterized in that it the use of the type of drive, either alone or combined with each other or simultaneous use.   Attach and attach to the rotating shaft of either of the above two types of drive devices with a single touch. The lower part has a mounting device that can be attached and removed. A cylindrical cleaning member mounting cartridge shaft that uses an elastic member such as a plastic or rubber or a spring with a ledge that prevents squeezing, and a use that enables applications other than dishwashing using the rotation of the drive unit Separately mounted cartridge shafts, and special cleaning members such as sponges or brushes that are mounted on these various cartridge shafts to clean dishes and utensils, or wipe water droplets after dishwashing, and water droplet wipers such as dedicated or general-purpose cloths , Any combination of them to enable various uses A combined multifunction rotary sponge type dishwasher according to claim 1.   Corresponding to the shape and mechanism of one surface for fixing the drive device, a first dedicated installation plate for mounting the drive device at an arbitrary position such as vertical, horizontal and height adjustment within a certain range is provided. As a component of the above, there is provided a rotation stabilizing bracket for supporting a stable parallel rotation position even when tableware or the like is pressed against with strong force while preventing rotation blur of the cartridge when the drive device is horizontally applied to the dedicated installation plate. 2 components that have the width adjustment function that can be installed and fixed in accordance with the width of the pedestal and the height of the installation plate can be adjusted by supporting the dedicated installation plate on both sides of the sink sink and the right and left sides. One set or one installation hook is a third component, and a power supply plug for supplying electricity to one or a plurality of the drive devices attached to the installation plate and used, and each drive device Storage of various switches, transformers, power cords, etc. for controlling the number of rotations and rotation direction The operation panel containing the control device of the above drive device is the fourth component, and the four components are combined into one. The combination type multi-function rotary sponge dishwasher according to claim 1 or 2, characterized by using a cleaning device tool.   Utilizing the rotation of the drive unit, cartridge shafts for various uses to enable various uses other than dish washing or water droplet wiping such as a cartridge shaft with a whip and a cartridge shaft with a flat brush and the like are attached to the drive unit A combination type multi-function according to claim 1, 2 or 3, characterized in that a cordless (rechargeable) or cord-type dedicated hand-held device that can be used with a single touch in a state of being used. Rotating sponge dishwasher.   6. The combined multi-function rotary sponge dishwasher according to claim 1, 2, 3, 4, or 5, wherein all or a part of the structure and functions described above can be incorporated into the sink body. .

Images