WO2006085701A1

WO2006085701A1 - Combination type multifunction rotary sponge dish washer

Info

Publication number: WO2006085701A1
Application number: PCT/JP2006/302922
Authority: WO
Inventors: Jyongmyong Lee
Original assignee: Jyongmyong Lee
Priority date: 2005-02-14
Filing date: 2006-02-14
Publication date: 2006-08-17
Also published as: JP3785181B1; JPWO2006085701A1; JP2008307065A

Abstract

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. 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 a cleaner as a third component, characterized in that rotation of the driver is transmitted directly to a cleaning member not through gears, 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.

Description

Combined multi-function rotating sponge dishwasher

The present invention relates to a rotary sponge dishwasher that can be used for washing dishes in general households and in other kitchens. Background art

Traditionally, rotary dishwashers invented for home use have multiple brushes linked in stages and multiple stages, mainly via a single drive unit such as a motor, all rotating simultaneously. It is a mechanism.

In the conventional invention described above, the installation mechanism and the main body are integrated. For this reason, the main body itself is installed and fixed over the inside and outside of the sink edge, and when moving the installation position, the whole is moved and fixed again. Rice field

In addition, the rotating plush is rotated parallel to the inner wall of the sinter or perpendicular to the bottom of the sink, and always occupies a certain space inside the narrow sink.

In addition, it is assumed that the cleaning part mainly uses brushes at the time of use, and a plurality of rotating brushes arranged in parallel at least are provided as a set, and all of them perform both sides of the dishes by gearing together. Yes.

The following Patent Document 1 and Patent Document 2 can be cited as known techniques related to the present invention.

Patent Document 1-Publication of Japanese Patent Laid-Open No. Hei 10-3 0 9 2 5 3, Patent Document 2-Publication of Japanese Patent Laid-Open No. 0-7-1 7 1 0 8 6

Problems to be solved by the invention

The rotating brush type dishwasher according to the conventional invention shown in Fig. 4 1, Fig. 4 2 and Fig. 4 3 is roughly divided into (1) structural problems, (2) installation and space problems, and (3) functional limitations. The

First, the conventional invention has many structural problems. First, when the driving force of the driving device is transmitted to the rotating brush, power is wasted, which is a mechanism for rotating the brush portion indirectly using a gear or the like. A single motor used at home cannot be used for dishwashing by linking multiple gears and it is difficult to withstand practical use. Even if it is used, size, weight, stability, safety, noise, etc. are problems.

Next, the conventional invention has a mechanism in which even if there are a plurality of rotating brushes, each brush cannot be used independently or simultaneously for other purposes such as washing and wiping. If you want to use only one brush, all gears and shafts will rotate, and even if you stop one brush, everything will stop.

Secondly, gears are structurally complex and have a heavy load on the gears and are prone to failure. There are many processes involved in manufacturing, and manufacturing costs are high. When a belt is used, it is easy to rotate freely.

Next, when the tableware is strongly held down, the load on the root part of the brush rotation shaft is greatly broken. If one breaks or breaks down, its utility value decreases dramatically.

Finally, as a structural problem, in the conventional invention, since the drive device and the installation equipment are integrated, the use at various positions and the change of the use angle were hardly considered. Rather than adapting the machine to the conditions and position of the user, it was the opposite. The second problem with the conventional invention is the space problem. First of all, if multiple rotating wheels come into contact with tableware, the tableware may be damaged. I don't feel the need to use the tableware when it is moved or installed.

Next, as a space problem of the conventional invention, it is unsuitable to be always installed. For this reason, installation and removal must be repeated with the entire use and storage. It imposes a burden on ordinary housewives.

Third, a serious problem common to conventional inventions is a functional limitation.

First, the conventional invention is premised on the use of brushes for all cleaning parts. In general households that use a small variety of tableware and cooking utensils, brushes are used only for frying pans and stubborn dirt. Brushes tend to scratch fine surfaces such as high-quality tableware with transparent glass and have little flexibility to adapt to the shape of the tableware.

In addition, brushes are wasted due to leakage of the 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. It is obvious.

Also, the functional limitation is that there is no device for wiping off the water drops that housewives feel particularly troublesome after washing the dishes. When washing dishes, wiping off water droplets is often left to dry naturally, but the main cause is troublesome. One of the limitations of the idea so far is that wiping off the water droplets was out of consideration.

Next, the functional limitations of the conventional invention were out of consideration for other applications. As long as the drive unit is used, the application can be expanded to eliminate the burden on housewives, such as powerful whip work and scorching of pans and pans, but there is no idea or ingenuity.

The functions required for home-use rotary dishwashers are space-saving, can be used in a variety of locations, and can easily clean dishes and utensils of various shapes. It is desirable to be able to wipe off the water later and to expand the usage. In other words, it has the convenience and functions intermediate between a fully automatic dishwasher and hand-washing.

• 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, which performs the cleaning work with force while holding the sponge, and leave it to the present invention, usually supporting the tableware with only the left hand. This means that you can wash dishes only by holding and holding the dishes with both hands.

Second, what the present invention pursues is that it is easy to wipe off water droplets, saves labor, contributes to shortening the time, and is easy to operate. It is easy to use and apply to other purposes, and it is to overcome a series of issues for improving convenience, such as being able to replace only parts when broken, and being inexpensive. Means for solving the problem

In one aspect of the present invention, in order to achieve the above object, (1) (A) a drive unit comprising a motor and a case housing the motor, and (B) a cleaning member can be attached to or detached from one of the shafts And a cleaning device having a cartridge shaft that directly attaches the rotation shaft of the motor to the other shaft and directly transmits the power generated by the rotation of the motor, and (2) flows the cleaning device. An instrument for attaching to the inner wall of the sink sink, the dishwasher having a cleaning device installation tool having the cleaning device mounting part and a sink mounting part, wherein the cleaning installation tool comprises the cleaning device, The cleaning device mounting portion can be detachably mounted vertically or horizontally, and the drive device case of the cleaning device has fixing pins on one or a plurality of surfaces. Installation equipment is equipped with a cleaning device A dedicated installation plate as a part, wherein the dedicated installation plate is provided with mounting holes for mounting the driving device of the cleaning device at equal intervals in the front and back, There is provided a dishwasher characterized in that a fixing pin can be attached to the attachment hole. In another aspect of the present invention, (1) (A) a driving device comprising a motor and a case housing the motor, and (B) a cleaning member is detachably attached to one of the shafts. A cleaning device having a cartridge shaft that directly attaches a rotation shaft of the motor and directly transmits power generated by the rotation of the motor, and (2) an instrument for attaching the cleaning device to an inner wall of a sink sink, the cleaning device A dishwasher having a cleaning device installation device having a mounting portion and a sink mounting portion, wherein the cleaning installation device attaches and detaches the cleaning device to an arbitrary position of the cleaning device mounting portion vertically or horizontally. A pair of cleaning devices in which the rotation directions of the motors of the drive devices are opposite to each other are connected to the cleaning installation device, and the case of the drive device of one cleaning device and the other Coalesce the case of the drive unit of the purification device, parallel and placed horizontally or vertically, to provide a dishwasher to FEATURE: to be able to clean the surfaces of various dishes 及 Pi cookware. The cleaning device installation tool has two installation hooks as a sink mounting portion, and an operation panel having a motor control device of the driving device, and the installation hook is a hook that hangs on a sink sink. The dedicated installation plate can be attached to an arbitrary height of the installation hook, the installation width can be adjusted according to the width of the sink sink, and the operation panel has both ends installed on the installation hook and the sink sink. It may be sandwiched between the two. According to the present invention that solves the above-mentioned object, the first feature is that the structure is not integrated, and there are three main components ((1) driving device, (2) sponge and sponge cartridge shaft, (3) Installation type) Combination type or separation type. Secondly, independent drive units or a combination of multiple independent drive units can be installed at a free position (height, horizontal, vertical, etc.) within a certain range. Rotate with various shapes of sponge etc., and wash dishes or utensils of various shapes on one side or both sides. The use of hand-held devices that can also be applied to wiping off water droplets other than dishwashing and other purposes. The core of the above-described features of the present invention is to reduce the burden of many manual operations related to dishwashing by combining and combining the above three main components and using them in a trinity. This is a structural and essential difference from the conventional invention.

First, the present invention is different from the conventional gear-type invention in that the power transmission method of the driving device, which is the first component, is used in combination with the driving device.

In the present invention, a motor whose rotation speed is controlled to be low is used as an independent drive device, and a sponge cartridge shaft (sponge rotation shaft) is directly attached to the motor. As a result, the drive power can be transmitted directly to the sponge rotation shaft. Therefore, even if the tableware is pressed a little hard, the power is not reduced or dispersed, and it is possible to prevent idling. The drive itself is basically compact and lightweight with only the motor and its case, and it is easy to remove and install. The rotation direction and number of rotations can be easily operated with a switch.

In addition, two independent drive units can be combined, and two sets of dishes can be washed in one set. At that time (when used in parallel), the rotations are linked to each other in reverse, and various dishes are taken inside the rotation. In this way, double-sided washing is realized. In the present invention, only a single unit can be used for simple cleaning of the inner surface / bottom surface of the cup or the surface of the dish, and the forward / reverse rotation can be arbitrarily switched and selected by the switch. In addition, for example, when two people use it, it is possible to use multiple units at the same time, such as washing one side with the combined use of two units, and the other with a single cup or wiping off water droplets.

In the present invention, since a sponge is mainly used, it is required that the ideal rotation speed at which water droplets, cleaning liquid, bubbles and splashes contained in the sponge do not scatter and the rotation speed suitable for cleaning are matched. . As a result of experiments with a test apparatus, the most suitable rotation speed is about 20 O r / min. _Λ

Four

It is. By the way, according to the experiment, the limit number of revolutions for safe use of the rotary dishwasher and prevention of splashing of water drops is 25! “/ min around (rotating around 4 times per second) seems to be the limit range.

The number of rotations of each drive unit can be adjusted with a transformer, and forward / reverse rotation can be converted by changing the electrodes alternately by switch operation.

Also, the drive unit can be mounted and fixed to the dedicated installation equipment facing the inner wall of the sink with one touch. Whether 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.

The rotating shaft of the drive unit 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 bracket-shaped fixing pin paired with the connecting portion of the sponge force-triggering shaft. Connection · Prevents the shaft from spinning freely after fixing. Its shape is waterproof to some extent so that cleaning liquid and water droplets do not penetrate through the gap between the motor shafts. Next, a sponge cartridge shaft and a mounting sponge are the second component.

The sponge cartridge shaft is used to mount each drive unit on the rotating shaft and the cleaning sponge. By simply inserting it into the 'rotating shaft of the drive unit, it can be mounted and fixed with a single touch, and the sponge can be replaced by simply removing it from the shaft or inserting it. It can always be used with a special sponge attached, and can be cleaned and stored in that state.

The shape of the sponge cartridge shaft is an elongated cylinder with a bulge to prevent idle rotation on the surface, and is inserted into the hole in the center of the sponge. The length of the sponge cartridge shaft should be 2/3 or 3/4 of the cleaning sponge.

As the material for the sponge cartridge shaft, we use non-browsing metal or reinforced plastic, and we use elastic members such as plastic and panel that are partially flexible.

There are several types of sponge cartridge shafts, such as for wiping off water droplets, feeding bottles, and loading special brushes. The card sledge for wiping water drops uses a panel with a short shaft, and the upper part is a disk-like shape with a slightly spherical shape. A circular cloth or a regular wiping used for wiping in the home usually. A rectangular cotton cloth or the like is folded in four so that all four sides can be used. A brush cartridge shaft will also be prepared.

The replacement sponge has a cylindrical shape that is used by being inserted into the cartridge shaft in a shape that has a hole in the center of the tube according to the shape of the sponge cartridge shaft. In addition, when the drive unit is used on its side, a vertically separated type with a gap supported by a stabilizing bracket and a single type that can be used only when the drive unit is used standing up are used.

About one-third or one-fourth of the upper part of the sponge that does not penetrate the cartridge shaft can take full advantage of the flexibility of the sponge itself, making it compatible with complex shaped dishes. Next is the installation equipment that is the third component. It is a mechanism to install across the edge of the sink. The width of the sink sink can be adjusted to accommodate a certain width, and after installation, only the main unit drive can be attached and removed with a single touch. (2) When the drive unit is removed, the installation equipment is thin and parallel to the inner wall of the sink and can be installed permanently without losing space.

As materials for the installation equipment, the main parts other than electrical and waterproof parts are made of stainless steel or other hard and sturdy materials (materials such as metal and plastic).

The functions of the installation equipment are as follows: (1) Fix the drive unit, (2) When the drive unit is used on its side, a support bracket is installed near the center of the sponge shaft to prevent rotational blurring and eliminate the burden of the shaft shaft. The installation tool itself can slide along the inner wall of the sink. ④ The height of the installation / use of the drive unit can be adjusted. ⑤ Operation to turn on / off the drive unit, change the rotation direction, adjust the rotation speed, etc. The switch frequency and the transformer are stored in one compact. The rotation of the drive can be applied to other tasks. For example, it can be used for whipping and removing sticking of cooking utensils such as pots. At that time, the application can be expanded by attaching the drive device to a dedicated handheld device and attaching a dedicated whip shaft to the rotating shaft or a rotating brush. When the dedicated handheld device is rechargeable, it can be used outdoors. The invention's effect

As described above, according to the present invention, first, the power of the driving device is not impaired. Each drive unit is independent of each other and has a simple structure in which it is directly connected to the cartridge shaft, so that the drive force can be transmitted to the sponge without waste. Second, because the invention has three separate structures: the drive unit, the installation equipment, and the cleaning sponge, two small motors and their cases, the weight of only the sponge, and 1 At the time of use, only the relatively light part of the half is attached and detached. For this reason, housewives and senior citizens who do dishwashing have less burden and can withstand daily use. Third, after removing the driving device, only the thin cleaning device installation tool is accommodated on the inner wall of the sink, and even if it is permanently installed, a space saving not seen in the conventional invention can be realized. Even if the drive device is installed, the sink space is not so much damaged. Fourth, the effect of the invention is that it can be used at a position and angle according to the situation of each household. Switch the rotation angle of the drive and sponge horizontally or vertically, adjust the height of the main unit, change the use position, left-handed or right-handed, etc. Use, use of only one. Therefore, the shape and size of the sink, the amount of utensils that change daily, the amount of cooking utensils, the capacity of the sink, the size of the empty space around the sink, and the simultaneous use of one by two people, etc. It can respond to various uses. Fifth, the effect of the invention is that a sponge, not a brush, can be used for the portion where dishes are washed directly. When washing dishes at home, the sponge can be used as a substitute for the brush, but it is not suitable to use the brush as a substitute for the sponge. Uses a sponge that is gentle on the hands, absorbs water better than brushes, has good foaming, is soft and has no gaps, and has excellent shape change and shape recovery capabilities. It is suitable for almost. With a sponge, you can press and wash several chopsticks and spoons that are time-consuming one by one. The sixth effect of the invention is that the water droplets after cleaning can be easily and speedily wiped off. Attach a special cartridge for wiping off water droplets to the rotating shaft of the drive unit, fold the special cloth or the cloth width to one quarter, and attach each one to the top of the surface of the dedicated cartridge. The wiping surface can be changed four times depending on the degree of water droplet absorption on one side, and even with a large cloth, a large amount of water can be absorbed and wiped off. 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. The bottom of the cup can be wiped off by covering the sponge itself with a cloth. Seventh, the effect of the invention is to broaden the application of the drive unit. Since the drive unit can be used in a hand-held manner, the function of the rotary whip can be fulfilled by simply replacing the cartridge shaft with a whip, and there is no need to purchase a dedicated whip. b

Eighth, the effect of the invention is that the three main components are relatively simple, have few parts, are easy to manufacture, and are inexpensive to manufacture. Therefore, it is easy to purchase even in ordinary households. In particular, there is no need to disassemble it in the event of a failure, and it is sufficient to replace only the failed part. Ninth, the effect of the invention is that the sink main body is incorporated with all or part of the above functions, so that it can be a built-in type. Even when a built-in type fully automatic dishwasher is installed or installed separately, there are many cases where a small amount of tableware is not used, and it is impossible to eliminate all hand-washing such as underwashing. Although a fully automatic dishwasher is also used, a sink that incorporates the present invention as part of the sink can further improve the convenience for the user and the completeness of the system kitchen will also increase. The effect of the invention is, first, that it can reduce the burden of washing dishes. Many housewives repeatedly cook, cook, and wash dishes every day, but feel they want to escape from the burden. The fact that dishwashing, which is a “cleanup” after enjoying a meal, can be enjoyed without any burden and can be done in a spiritual manner is also significant in terms of spirit. Less than fully automatic dishwasher, more than hand-washing. What the present inventor and many housewives demand for daily dishwashing is such an inexpensive device with functions and convenience that should be placed in the middle. The main objective of the present invention is to provide an inexpensive device that is easy to use with a completely new idea. If the present invention can reduce the labor and post-meal burden of many women in charge of dishwashing and wiping, this means achieving the maximum and essential purpose of the present invention. Brief Description of Drawings

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 the external appearance of the cleaning device (with the drive device and sponge cartridge shaft and sponge, hereinafter referred to as the cleaning device) rotated 90 degrees horizontally and attached to the cleaning device installation plate. .

Fig. 3 is a perspective view of the external appearance of the two cleaning devices used independently for different purposes.

Fig. 4 is a tilted external view showing how two cleaning devices are combined into one set and used for two-sided washing of tableware.

Fig. 5 is a perspective view showing the appearance of actual double-sided washing of tableware.

FIG. 6 is a perspective view showing the appearance of the two drive devices being used separately in the vertical and horizontal directions. Fig. 7 is a perspective view of the appearance of the pattern in which the two cleaning devices are used separately for wiping and dishwashing.

FIG. 8 is a cross-sectional view of the main drive device A 0 1 incorporating a motor as viewed from the side.

FIG. 9 shows the front and rear surfaces of the main drive device A O 1.

FIG. 10 is a cross-sectional view of the auxiliary drive device A 21 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 A 21. -Fig. 12 is a perspective view of the external appearance showing the mechanism of combining both drive units and using them in pairs.

FIG. 13 is a cross-sectional view of the two driving devices connected to each other and joined together.

Fig. 14 is a plan view showing how the drive device is actually attached to the edge of the sink. _η

Fig. 15 is an externally inclined view showing the configuration of the cleaning device installation equipment installed on the sink. Fig. 16 is a perspective view showing the shape of the simple installation tool and the installation of the drive unit.

Fig. 17 is a perspective view of the appearance showing how the simple installation equipment is actually used.

Fig. 18 is a perspective view showing the appearance of the operation panel and how the base installation hook is installed from above.

Fig. 19 is an externally inclined view showing the upper structure of the installation hook.

FIG. 20 is an external inclination view showing a state in which a dedicated installation plate is attached to the installation hook. Fig. 21 is a perspective view showing the appearance of the drive device g being mounted on the dedicated installation plate.

Fig. 22 is a perspective view of the appearance rotated 90 degrees forward when using the rotation stabilizer. Fig. 23 is a horizontal plan view of the case where the rotation stabilizer is used.

Fig. 24 is a plan view showing how the rotation stabilizer supports the rotating shaft of the cleaning equipment. Fig. 25 is a plan view showing a state where the installation position of the dedicated installation plate is raised and moved laterally.

Figure 26 is a plan view of a dedicated installation plate that uses rail-type mounting grooves instead of drive device mounting holes.

FIG. 27 is a plan view showing the use of each drive device in various patterns and positions. FIG. 28 is a cross-sectional view showing the shape of a sponge cartridge shaft and its use. FIG. 29 is a cross-sectional view showing a specific example of double-sided cleaning of various dishes.

FIG. 30 is a cross-sectional view in which a difficult-to-wash portion is pressed against the upper sponge of the combined cleaning device.

Fig. 31 is a cross-sectional view showing an example of using a brush partially to wash both sides of a deep beer glass.

Fig. 32 is a plan view showing that several chopsticks are pressed at the same time and washed together, or a long cup is washed.

Fig. 33 shows the shape, structure, and configuration of a wiping cartridge for wiping off water droplets.

Figure 34 shows how a general-purpose cloth is used for wiping off water droplets as a substitute for a dedicated cloth.

Figure 35 shows an example of the shape of the special sponge and the shape of the special brush.

Fig. 36 is a cross-sectional view of a rechargeable multi-purpose mounter with a cartridge equipped with a drive and a mounting whipped cartridge.

Fig. 37 is a cross-sectional view showing a state where a special bushing is attached to a rechargeable multipurpose attachment machine.

FIG. 38 is a perspective view showing the appearance of the sink main body incorporating the present invention.

FIG. 39 is an external inclination view showing a change in the built-in position of the present invention, similar to FIG. FIG. 40 is a basic electric circuit diagram of the operation panel for main body control.

FIG. 41 is a cross-sectional view of an integrated conventional product.

Fig. 42 is a perspective view of the appearance of an integrated conventional product.

FIG. 43 is a cross-sectional view of another conventional invention product. BEST MODE FOR CARRYING OUT THE INVENTION

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 specific combinations of three main components. It is. _g

Fig. 1 shows an example using three drive units. The main drive unit A 0 1 and auxiliary drive unit A 21 are combined and installed in two sets in a vertical and parallel manner on the cleaning device installation tool B 0 1. Each side of the sponge cartridge C 0 1 rotates counterclockwise to clean both sides of the tableware, and one other drive is installed horizontally to clean the side of the tableware at the same time. It is an external appearance inclination figure which shows a state.

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

Fig. 3 shows that when two drive units are used independently for different purposes, the main drive device A 0 1 in front is tilted vertically and the auxiliary drive device A 2 1 is moved horizontally in parallel from the user side. 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 externally inclined view showing a pattern of double-sided washing of the dish E 0 1 with two sets of driving devices as one set.

FIG. 5 is an externally inclined view showing a pattern of double-sided washing of the dish E 0 1 with the installation shown in FIG. Figure 6 shows the main drive A 0 1 with the cup E 0 3 inside cleaning, the auxiliary drive A 2 1 with the tea cup E 0 2 cleaning the inside of the cup or other tableware, cooking utensils FIG.

FIG. 7 shows an example in which the main driving device A 0 1 is wiped off with water droplets after washing, and the catching driving device A 2 1 alone is used 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 A O 1 and the auxiliary driving device A 21 can be used separately by two persons simultaneously.

FIG. 8 is a cross-sectional view of the main drive device A 0 1 incorporating the motor A 0 2 as viewed from the side. The motor is placed in the drive unit case A 0 3 which uses a fender such as plastic resin or stainless steel, and does not touch water droplets, cleaning liquid or bubbles directly. In addition, there is a shaft mounting device AO 4 that connects the rotation of the motor to the cleaning equipment at the upper part, and its shape prevents idling when a cleaning member such as sponge is attached and prevents it from slipping off when rotating. There is a fitting AO 5. Under the main drive A 0 1, a wire hole A 1 0 is opened so that two wires connected to both the + and 1 electrodes of the motor are exposed. The main driving device A O 1 has a support base A l l protruding to support the auxiliary driving device A 2 1 when two units are used simultaneously. The support A 1 1 has a reverse rotation conversion linkage A for simultaneous use with the electrodes reversed so that the rotation of the auxiliary drive A 2 1 is always the reverse rotation of the main drive A 0 1 during simultaneous use. There is one two. As a result, the power of the auxiliary drive unit A 21 in a set of two units is supplied with the electrodes reversed from the main drive unit A O 1, and reverse rotation is realized.

FIG. 9 is a plan view showing the front and rear surfaces of the main drive unit A O 1. The installation equipment mounting surface A 0 6 is the surface that is attached to the dedicated installation plate B 1 2 for the cleaning equipment installation equipment B 0 1, and the auxiliary drive device connection surface A 0 7 is the main drive device connection for the auxiliary drive device A 2 1. For fixing to surface A 2 3. Auxiliary drive device connection surface AO 7 is the surface when mating with assisting drive device A 2 1, and slotted hole A 0 9 corresponds to the shape of fixing pin A 0 8 of assisting drive device A 2 1 It is empty.

FIG. 11 is a plan view showing the installation tool mounting surface A 2 2 and the rear main drive unit connection surface A 2 3. The structural difference from the main drive unit A 0 1 is that there is no support base and that there are fixing pins A 0 8 corresponding to the grooved fastening holes A 0 9 of the main drive unit A 0 1 on both sides. In addition, when installed on the support stand A11, there is a reverse rotation with the electrode reversed so that its rotation is always reverse to that of the main drive device A01.

FIG. 12 is an external inclination view showing a mechanism for combining the two driving devices. _g

The portions corresponding to each other in shape and arrangement are combined. The fixing pin A O 8 of the auxiliary driving device A 2 1 is fixed to the groove below the grooved retaining hole A 0 9 on the driving device connecting surface A 0 7 of the main driving device A 01. In the figure, there are 8 corresponding fixing pins AO '8 and grooved retaining holes A 0 9 corresponding to the shape, but if the shape is to connect both drive units, connect them vertically and horizontally. Any shape is possible if it can be fixed. 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, if there are six same fixing pins AO 8 on both the front and back sides of the auxiliary drive unit A 2 1, wash both sides when using the auxiliary drive unit A 2 1 alone. Attached to the device installation equipment B 0 1

FIG. 13 is a cross-sectional view showing that the fixing pin A 08 is fitted into the grooved retaining hole A◦ 9 and fixed when the two driving devices are combined.

FIG. 14 is a plan view showing a state where the cleaning device is installed on the edge of the sink D 0 1 in the state shown in FIG.

FIG. 15 is a tilted external view showing an overall view of the cleaning device installation equipment B 0 1 installed on the sink D 0 1. As shown in the figure, cleaning equipment installation equipment B 0 1 is mainly composed of operation panel B 0 2, installation hook B 1 1, special installation plate B 1 2, rotation stabilizer B 3 1, transformer B 3 2 (built-in), etc. Configured.

FIG. 16 is an external inclination view showing the shape of a simple installation tool B 07 in which the drive device can be mounted with a narrow sink, unlike the above-mentioned horizontally long dedicated installation plate B 12. This is a simple type that can be installed at all times and is suitable for cleaning only a cup on a small sink such as an office.

Fig. 17 shows the appearance of the simplified installation equipment B 07 shown in Fig. 16 above installed on the sink, and the drive unit is installed in one or two units, and a sponge is attached to it and used. It is.

FIG. 18 and FIG. 19 are tilted external views showing the composition of installation of the cleaning device installation equipment B 0 1. Fig. 18 shows how to install the control panel B 0 2 containing the switches and power cord on the edge of the sink D 0 1 and the two left and right installation hooks B 1 1 on top or from the side. FIG. The operation panel B 0 2 includes a switch B 0 3 for the driving device, a rotation speed control device B 0 4 and a power cord B 0 5 etc., which operate all power and rotation. The switch B◦3 for the drive unit 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 superstructure of the installation hook B11. At the top is a mechanism that can be adjusted with the edge width adjustment fixed hand screw B15 to accommodate the shape and width of the sink D01. It is. The lower part is also equipped with anti-scratch rubber B 16 that prevents the sink from being scratched and absorbs vibration of the drive unit.

FIG. 20 is an external inclination view showing how the installation hook B 11 is attached (only one of the left and right is shown in the figure). The installation hook B 1 1 has 2 fixing hand screws B 1 3 each for attaching and fixing the dedicated installation plate B 1 2, and the dedicated installation plate B 1 has 5 There is a hook mounting hole B 2 2. The fixing hand screw B 1 3 fits into the groove at the top of the hook mounting hole B 2 2 and is fixed firmly with the fixing hand screw B 1 3. Also, when installing the dedicated installation plate B 1 2 high, it is possible to change the mounting position of the hook mounting hole B 2 2.

Also, on the upper back of the dedicated installation board B 1 2, the drive unit connection power plug B connected to 2 or 3 transformers (3 in the figure) B 3 2 so that multiple drive units can be used simultaneously. There 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 drive unit.

FIG. 21 is an external inclination view showing how each drive unit is mounted on the dedicated installation plate B 12. _1Q

On the central surface of the dedicated installation plate B 1 2, for example, drive device mounting holes B 2 1 corresponding to the shape and arrangement of the fixing pins A 0 8 of each drive device are equidistant (approximately 1.5 c π! To 3 (20 cm), approximately 20 pieces are arranged in a row, and they are arranged at regular intervals of 6 to 8 rows, so that each drive device is arranged in the drive device mounting hole B 21 in the dedicated installation plate B 12 As long as it is within the range, it can be freely mounted vertically or horizontally at any position.

Fig. 2 2 is a perspective view of the appearance of the rotation stabilizing bracket B 3 1 rotated 90 degrees inside the sink.

Fig. 23 is a plan view seen from the side when the rotation stabilizer B 31 is used.

Fig. 24 is a plan view showing the state where the rotating shaft of the cleaning equipment is supported and installed on the rotation stabilizer B 31. Even if the drive unit is tilted sideways and the dish is pressed during cleaning, the base of the shaft The sponge cartridge shaft C 0 1 is prevented from rotating and is rotated stably.

Fig. 25 shows the position of the fixing screw B 1 3 for the hook mounting hole B 2 2, the position of the dedicated installation plate B 1 2 is raised, and the installation hook B 1 1 is loosened and the cleaning device installation equipment B 0 1 FIG. 6 is a plan view showing a state in which the device itself is moved laterally (slid) along the edge of the sink. As a result, even when water is accumulated in the sink D 0 2, the driving device can be operated at a high position, and even a tall user can use it comfortably without being bent.

Fig. 2 5, 2 & are the rail-type dedicated installation plate B 2 3 with several horizontally long rail-type installation grooves B 2 4 instead of the drive installation hole B 2 1 of the special installation plate B 1 2 It is the shape. Fixing pins A08 of each driving device are fixed to grooves provided at equal intervals below the rail type mounting groove B24. Even in such a shape, the fixing pin A O 8 of each driving device can be installed freely in the vertical and horizontal directions, and in particular, the sliding movement can be easily performed.

FIG. 27 is a plan view showing that the drive devices can be mounted and used in various positions and patterns on the cleaning device installation tool B O 1. In this way, the installation position and vertical use, horizontal use, and height adjustment of the drive unit can be freely adjusted according to the use by two people, the size of the sink in each household, the body shape of the user, etc.

FIG. 28 is a sectional view showing the shape of the sponge cartridge shaft C 0 1 and its use. The rotating shaft coupling device C 0 2 at the lower part of the sponge cartridge shaft C 0 1 corresponds to the shape of the anti-rotation bracket A 0 5 at the top of the rotation shaft of the drive device, and is pulled out when it is installed and rotated. To prevent. As shown in the figure, insert the sponge cartridge shaft C 0 1 into the hole that penetrates the center of the lower sponge C 0 5 and the upper sponge C 0 6 in the center, and in that state the shaft mounting device of the drive unit Insert it into A 0 4 and the anti-rotation bracket A 0 5 at the top of the rotating shaft.

Figure 29 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 inward from the side into the gap between the sponges attached to the main drive device A 0 1 and the auxiliary drive device A 21 that are rotating in the opposite directions, and both sides are washed. In addition, as shown in the figure, the plate E 0 1, the bowl E 0 2, and the square box lunch box E 0 4, etc., fully utilize the flexibility of the sponge itself that does not reach the sponge axis C 0 1 at the top of the sponge. Can be used and washable for any shape.

FIG. 30 is a cross-sectional view showing a pattern in which corners or 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 C 06.

In particular, if you want to carefully clean tableware that is heavily soiled with oil, the bottom of tableware that easily collects oil, the support under the tableware, etc. Thorough cleaning is possible by pressing.

Fig. 31 shows the main drive unit A 0 1 with the upper exclusive brush C 0 9 attached to the upper part of the sponge cartridge shaft C 0 1 and the lower exclusive sponge C 0 5 attached to the lower part. 丄

It is a figure which shows washing | cleaning simultaneously the inner bottom part and inner and outer surfaces, such as a long wine glass and beer glass E06. In this way, a brush can also be used partially.

FIG. 32 is a plan view showing a state in which several chopsticks are simultaneously pressed against the lower sponge C 0 5 and washed together, and a normal cup E 0 3 is washed.

Fig. 33 shows an example of the shape and configuration of the wiping cartridge C 1 2 for wiping off water drops after washing the dishes.

Place an exclusive cloth width 1 8 that absorbs water droplets on top of the elliptical wiping sponge C 1 3 and secure it with rubber C 1 4 to the circular support base C 1 5 into the cloth width fixing groove C 1 6 at the bottom Secure. In addition, by using the shaft panel C 19 for the axis of the wiping cartridge C 1 2, even when the tableware is strongly suppressed while wiping and rotating, it can rotate while bending the angle, reducing the burden on the axis.

FIG. 34 is a diagram showing an example of use when a commercially available cloth ψC 2 string is attached as a substitute for the exclusive cloth width C 18. Fold a square-shaped general-purpose cloth cloth C 2 0 into 1/4. After one surface absorbs a certain amount of water, the other surface (3 surfaces) can be used sequentially as a table and can efficiently absorb water drops on many dishes. When folding, several paper towels C 2 1 or several pieces of tissue paper C 17 can be used to increase the water absorption.

Figure 35 shows the shape of the special sponge and the shape of the plush, but each shape can be varied, such as thin or tall.

Figure 36 shows a multipurpose dedicated handheld device C 2 2 for using the rotation of the drive device for other purposes. A drive shaft is attached to the rotary shaft, and a cartridge shaft C 2 5 with a whip is attached to the rotary shaft. It is sectional drawing which shows the utilization as a whip machine. In addition, as shown in the figure, if the system with the rechargeable battery C 2 3 is used and the trigger type switch C 2 4 is provided, outdoor training is possible.

Fig. 37 is a cross-sectional view showing a state in which a flat-purpose brush C 26 used for removing the bottom of a pan or a frying pan is attached instead of the cartridge shaft C 25 with whip in Fig. 36. The multipurpose handheld device C 2 2 can be applied to a rotating device for cleaning floors and walls and other uses.

FIG. 38 is an external inclination view showing an example in which all or part of the functions of the present invention are incorporated in the sink D 1 itself. Built-in type sinks with built-in fully automatic dishwashers and general sinks will also be a sink with new functions and added value that can be used immediately when washing, washing and wiping a small amount of dishes.

FIG. 39 is an external inclination view showing an example in which the built-in position of the present invention is changed as in FIG. Fig. 4 is a simple electric circuit diagram for controlling the rotation direction, simultaneous reverse rotation change, and rotation speed control of the drive device of the present invention.

FIG. 41 is a cross-sectional view of a rotating brush type dishwasher according to the invention of the prior art using gears. FIG. 42 is an external inclination view of the integrated rotary brush dishwasher of FIG. FIG. 43 is a cross-sectional view of a rotary brush dishwasher of the conventional invention. Industrial applicability

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

A 0 1 Main drive

A 0 2 Motor

AO 3 drive case ₁

A O 4-axis mounting device

A HI 5 idling prevention bracket

A 0 6 Installation equipment mounting surface

A O 7 Auxiliary drive connection surface

A 0 8 Fixing pin

A 0 9 Slotted groove

A 1 電線 Wire hole

A l l support

A 1 2 Connecting device for reverse rotation conversion for simultaneous use

A 1 3 Support rubber

A 2 1 Auxiliary drive

A 2 2 Installation equipment mounting surface

A 2 3 Main drive unit connection surface 'A 2 4 Reverse rotation fixed power supply connection

A 2 5 Storage case for drive unit

A 3 1 Drive case

B 0 1 Cleaning device installation equipment

B 0 2 Operation version

B 3 Switch for drive

B 0 4 Speed controller

B 0 5 Power cord

B 0 6 Drive unit power supply plug

B 0 7 Simple installation equipment

B 1 1 Installation

B 1 2 Dedicated installation plate

B 1 3 Hand screw for fixing

B 1 5 Edge width adjustment fixing hand screw

B 1 6 Anti-scratch rubber

B 2 1 Drive mounting hole

B 2 2 Hook mounting hole

B 2 3 Rail type installation plate

B 2 4 Rail type mounting groove

B 3 1 Stabilization bracket

B 3 2 Transformer

C 0 1 Sponge cartridge

C 0 2 Rotating shaft coupling device

C 0 3 Sponge tray

C 0 4

C 0 5 Lower sponge

C 0 6 Upper sponge

C 0 7 Integrated sponge

C 0 8 Integrated brush

C 0 Upper dedicated brush _Ί c 1 2 _Wiping cartridge c 1 3. Sponge special sponge c 1 4 _Retaining rubber

c 1 5 Circular support

c 1 6 Cloth width fixing groove

c 1 7 tissue peno

c 1 8 Dedicated cloth

c 1 9-axis spring

c 2 0 General-purpose cloth

c 2 1 paper towel

c 2 2 Multipurpose handheld device

C 2 3 Charging location

c 2 4 Trigger type switch

c 2 5 Cartridge shaft with whip c 2 6 Flat surface brush

c 2 7 Sponge gap sink

Sink dish

Bowl

Cop

Lunch box

Chopsticks

Beer glass

Claims

1. (1) (A) A drive unit consisting of one motor and a case housing the motor, and (B) a cleaning member is detachably attached to one of the shafts, and the rotating shaft of the motor is attached to the other of the shafts. A cartridge shaft that directly attaches and transmits power from the rotation of the motor.

A cleaning device comprising:

(2) A device for attaching the cleaning device to the inner wall of the sink sink, the cleaning device installation tool having the cleaning device mounting portion and the sink mounting portion

A dishwasher having

The cleaning installation device can attach the cleaning device to an arbitrary position of the cleaning device mounting portion so as to be detachable both vertically and horizontally,

The case of the cleaning device drive device has a fixing pin on one or a plurality of surfaces, and the cleaning device installation tool has a dedicated installation plate as a cleaning device mounting portion,

The dedicated installation plate has mounting holes for mounting the driving device of the cleaning device at equal intervals in the vertical and horizontal directions,

The fixing pin can be installed in the mounting hole

A dishwasher characterized by that.

2. (1) (A) A drive unit consisting of one motor and a case housing the motor, and (B) a cleaning member is detachably attached to one of the shafts, and the rotating shaft of the motor is attached to the other of the shafts. A cartridge shaft that directly attaches and transmits the power generated by the rotation of the motor.

A cleaning device comprising:

(2) A device for mounting the cleaning device on the inner wall of the sink, the cleaning device installation tool having the cleaning device mounting portion and the sink mounting portion

A dishwasher having

A pair of cleaning devices in which the rotation directions of the motors of the driving devices are opposite to each other are combined with the cleaning installation equipment, and the case of the driving device of one cleaning device and the case of the driving device of the other cleaning device, It can be installed horizontally or vertically and can wash both sides of various dishes and cooking utensils.

A dishwasher characterized by that.

3. The cleaning device installation tool has two installation hooks as sink mounting parts,

Strong,

An operation panel having a motor control device of the drive device;

The installation hook is a hook that hangs on a sink sink,

The dedicated installation plate can be attached to any height of the installation hook,

The installation width can be adjusted according to the width of the sink sink,

3. The dishwasher according to claim 1, wherein the operation panel has both ends sandwiched between the installation hook and a sink sink.