JP3186168U - Electric cleaning and cleaning device - Google Patents

Abstract

The present invention provides an electric cleaning and cleaning apparatus that can be used for a plurality of uses for cleaning and cleaning the ground or carpet quickly and quickly in a labor-saving manner.
An electric cleaning and cleaning apparatus 1000 including a cleaning and cleaning brush unit 100a and a water collection processing unit 200 is provided. The cleaning brush unit 100a includes a main body 110, a ground cleaning rotary brush 160a, a dust collecting chamber, a water-absorbing rotary brush 120a for wiping cleaning, a nozzle, and a water-absorbing doctor blade. The water collection processing unit 200 pressurizes and transports a water storage tank divided into a fresh water tank 220 and a sewage tank 230, a fountain channel 241, a water absorption channel 242, a dust suction channel 243, and fresh water from the fresh water tank 220 to a nozzle. A fountain drive motor 250 and an intake drive motor 260 for sucking sewage from the water absorption doctor blade into the sewage tank are provided.
[Selection] Figure 1

Description

  The present invention relates to a cleaning device that can complete the cleaning and cleaning of the ground with a single operation, or an electric cleaning device used for cleaning window glass. In particular, the present invention relates to an electric cleaning and cleaning apparatus that not only cleans dust on the ground or carpet and wipes and cleans dirt on the ground or carpet, but also cleans windows.

  In recent years, as science and technology progresses, an apparatus for cleaning the ground with an automated cleaning device has become widespread for indoor cleanliness. Along with this, even when there is no person, it is possible to clean a specific part to be cleaned through a logic control means by using a robot cleaner having dust cleaning and ground cleaning functions. It has become.

Traditionally, automated cleaning equipment is generally divided into ground cleaners and ground cleaners. The ground cleaner can remove dust and dirt on the ground by cleaning suction, but cannot remove fine dust and dirt on the ground or carpet. For this reason, it is necessary to further remove fine dust or dirt using a ground washing machine.
However, in the current technology, an automatic ground cleaning machine sprays cleaning liquid or cleaning water on the ground in advance, cleans the ground with a brush roller, and removes sewage on the ground with a doctor blade provided behind the brush roller. The surface is washed by absorbing water. However, in the above-described clean process, if sewage remains on the ground, the ground becomes dirty as the sewage dries. In addition, sewage may be absorbed by the ground or may enter a gap between the ground. Moreover, the current robotic ground washer can only remove 50% of the total amount of sewage on the ground, and the other 50% of the sewage remains on the ground, so the ground is thoroughly cleaned. Can not do it. Especially for carpeted ground, water should not be sprayed onto carpets that are water-absorbing, so one robotic ground cleaner can achieve both ground cleaning and dirt removal together. Can not.

Accordingly, there is a demand for a cleaning device with a cleaning function that is inexpensive and compact and can be used for a plurality of purposes, which can be used easily and quickly by a user with less labor. For example, cleaning of the ground, cleaning of the ground, and cleaning of the three-function electric cleaning and cleaning device that can achieve the removal of dirt on the ground or carpet in one operation, or cleaning with a cleaning function that can also clean the window by replacing the brush unit The provision of equipment is strongly expected.
The present invention provides, as a technology specific matter, an electric cleaning / cleaning apparatus capable of realizing that sewage does not fall on the ground and further does not remain on the ground or carpet.
Next, the electric cleaning / cleaning apparatus according to the present invention having such technical specific matters will be described in detail as follows.

  Of the appliances that clean windows, ground, or carpet, appliances that are currently on the market are criticized for the user's inconvenience in use. For example, there is a problem that it is very inconvenient because it takes too much time and physical strength or it is necessary to use other single-function devices together.

One object of the present invention is to provide an electric cleaning / cleaning apparatus which can be used for a plurality of uses for cleaning and cleaning a base plate or a carpet easily and quickly in a time saving manner. In addition, the electric cleaning and cleaning apparatus can clean dirt on the ground and carpet, and at the same time, clean dirt and fine dust on the ground plate and carpet.
Moreover, it is possible to use the electric cleaning and cleaning apparatus according to the present invention as a window cleaning machine by a simple change such as replacement of the brush unit.
Furthermore, when using the electric cleaning / cleaning apparatus according to the present invention, there is an advantage that sewage does not fall on the ground.

In order to achieve the above-mentioned object and other objects, the present invention further provides an electric cleaning / cleaning apparatus used for cleaning the ground or carpet, which includes a cleaning / cleaning brush unit and a water collection processing unit. I will provide a.
The cleaning / cleaning brush unit includes a partition plate that divides a front section of the cleaning / cleaning brush unit whose opening is open toward the ground and a rear section of the cleaning / cleaning brush unit whose opening is open toward the ground. A main body, a cleaning brush for ground cleaning which is installed in the front section of the cleaning / cleaning brush unit and rotates by driving a cleaning / cleaning brush unit drive motor, and a front section of the cleaning / cleaning brush unit which is installed in the main body. And an auxiliary roller located between the rear section of the cleaning brush unit and the water absorption for wiping and cleaning installed in the rear section of the cleaning brush unit and rotating by driving the cleaning brush unit drive motor When installed above the rotating brush and the water-absorbing rotating brush for wiping cleaning in the rear section of the cleaning / cleaning brush unit In addition, a nozzle that rinses and removes dirt from the cleaned water-absorbing rotating brush for wiping and cleaning by spraying water toward the water-absorbing rotating brush for wiping and cleaning, A water-absorbing doctor blade installed on the other surface of the water-absorbing rotary brush for wiping and cleaning.

  In addition, the water-absorbing doctor blade can absorb the sewage and fine dust from the rinsed water-absorbing rotating brush for wiping and cleaning by deeply pressing the surface of the water-absorbing rotating brush for wiping and cleaning, As a result, the water-absorbing rotary brush for wiping and cleaning is maintained in a clean and wet state so that fine dust and dirt on the ground or dust and dirt on the carpet can be repeatedly wiped and cleaned. .

Cushion elements are provided at both ends of the water absorption doctor blade. The cushion element may be a spring or other equivalent function structure.
Since the cushion element is not an important structure of the present invention, detailed description thereof is omitted here. When the water-absorbing rotating brush for wiping and cleaning rotates, the use of the cushion element can adjust the closeness between the water-absorbing doctor blade and the water-absorbing rotating brush for wiping and cleaning. Thus, it is possible not only to smoothly rotate the water-absorbing rotary brush for wiping and cleaning, but also to exhibit a water collecting function.

  The water collection processing unit is installed in the container, and a fresh water tank that contains fresh water that is not yet used, and a waste water tank that is installed in the container and contains used waste water, A tube body that divides the interior into a water absorption channel and a dust absorption channel, and a fountain drive motor that is installed in the container and transports fresh water not yet used from the fresh water tank to the nozzle through the fountain channel. The waste water tank is installed in the container, and vacuums the waste water tank to suck the used waste water from the water absorption doctor blade into the waste water tank through the water absorption channel, and to collect dust and dirt. From the front section of the cleaning / cleaning brush unit, the sewage is passed through the dust absorption channel and the water absorption channel. An intake drive motor that sucks into the tank, and the fountain channel connects the nozzle and the fresh water tank, the water absorption channel connects the water absorption doctor blade and the sewage tank, and the dust absorption The channel connects the cleaning and cleaning brush unit front section and the water absorption channel.

In the above-described electric cleaning / cleaning apparatus, the container further includes a plurality of moving rollers at the bottom.
In addition, the present invention is an automatic ground cleaning and cleaning device that can complete the cleaning of dust and the cleaning of fine dust and dirt on the ground or carpet together. The present invention further provides an automatic electric cleaning / cleaning apparatus capable of cleaning fine dust and dirt on the ground or carpet as well as removing dust on the top.
The automatic electric cleaning and cleaning apparatus includes a main body, a cleaning and cleaning brush unit, a water collection processing unit, and a plurality of moving rollers. As a result, when the main body is moved to clean the dirt on the ground, the cleaning of the ground or the removal of dirt on the carpet can be functioned together, so it is possible to ensure the perfection of the cleaning work. become.

The cleaning / cleaning brush unit is installed below the main body. The cleaning / cleaning brush unit has a front section of a cleaning / cleaning brush unit. An opening in the front section of the cleaning / cleaning brush unit opens toward the ground and the entrance of the dust collection chamber. The opening of the rear section of the cleaning / cleaning brush unit is open toward the ground. The ground cleaning rotary brush is installed in the front section of the cleaning brush unit. The ground cleaning rotary brush is rotated by driving a cleaning / cleaning brush unit drive motor. The dust collection chamber is installed in the front section of the main body. The dust collection chamber completes a cleaning operation by sucking dust and dust cleaned by the ground cleaning rotary brush into the dust collection chamber. The water-absorbing rotating brush for wiping and cleaning is installed in the rear section of the cleaning and cleaning brush unit.
Further, the water-absorbing rotary brush for wiping and cleaning rotates by driving the cleaning and cleaning brush unit drive motor. The nozzle is installed above the water-absorbing rotating brush for wiping and cleaning in the rear section of the cleaning and cleaning brush unit.
The nozzle sprays water toward the water-absorbing rotating brush for wiping and cleaning, thereby rinsing and removing fine dust and dirt on the water-absorbing rotating brush for wiping and cleaning adhered after cleaning the ground surface.
Further, the water-absorbing doctor blade is installed on the other surface in the rear section of the cleaning / cleaning brush unit. The water-absorbing doctor blade can suck fine dust of sewage from the rinsed water-absorbing rotating brush for wiping and cleaning by pressing the water-absorbing rotating brush for wiping and cleaning deeply. As a result, the water-absorbing rotary brush for wiping and cleaning is maintained in a clean and wet state so that the soil and dirt on the ground or the carpet can be repeatedly removed. Cushion elements are provided at both ends of the water absorption doctor blade.
The cushion element may be a structure having a spring or other equivalent function. However, since the cushion element is not an important element of the present invention, detailed description thereof is omitted here. When rotating the water-absorbing rotating brush for wiping and cleaning, the use of the cushion element can adjust the closeness between the water-absorbing doctor blade and the water-absorbing rotating brush for wiping and cleaning. This makes it possible not only to smoothly rotate the water-absorbing rotating brush for wiping and cleaning, but also to exhibit a water collecting function.
Two transmission rollers and a direction changing roller are provided below the main body. The rotational speed of the two transmission rollers is controlled by a computer. Moreover, the said main body advances as the said transmission roller act | operates. And the marching direction of the said main body is adjusted with control of the rotational speed of the said transmission roller, and a direction change roller. Of course, the march and direction change of the main body are automatically controlled by the computer with the march and the rotational speed of the transmission roller. However, since the control mechanism is not an important specific item of the present invention, the details are described here. The detailed explanation is omitted.

The water collection processing unit has a water storage tank installed in the main body. The water saving tank has a partition plate for dividing the water saving tank into a fresh water tank and a sewage tank. The fresh water tank stores fresh water that is not yet used. The sewage tank stores used sewage. The fountain channel connects the nozzle and the fresh water tank via a fountain drive motor. The water absorption channel connects the water absorption doctor blade and the sewage tank. Furthermore, it has a dust collection chamber.
The fountain drive motor is installed in the main body, and pumps fresh water not yet used from the fresh water tank to the nozzle through the fountain channel by the fountain drive motor. In addition, an intake drive motor for vacuuming the sewage tank to the vacuum is installed in the main body and sucks used sewage from the water absorption doctor blade to the sewage tank through the water absorption channel. The dust is cleaned with the brush in the front section of the suction dust collection chamber and the cleaning brush unit and collected in the dust collection chamber.
The main body has a plurality of moving rollers at the bottom. In addition, the computer can be moved freely on the ground or carpet with computer calculations and sensors.

In summary, according to the electric cleaning device of the present invention, the user can not only clean the ground easily and save labor, but also clean fine dust and dirt on the ground. It is possible to remove the dust from the carpet and clean the carpet surface with dirt.
In order to achieve the above and other objects, the present invention further provides an electric cleaning device used for window cleaning. The electric cleaning and cleaning apparatus includes a cleaning brush unit and a water collection processing unit.
The window cleaning brush unit includes a main body having a cleaning brush unit body. An opening of the cleaning brush unit body is open toward the window. The water-absorbing rotating brush for wiping and cleaning is installed on the cleaning brush unit body. The water-absorbing rotary brush for wiping and cleaning is rotated by driving a cleaning brush unit drive motor. The nozzle is installed on one surface of the water-absorbing rotary brush for wiping and cleaning in the cleaning brush unit body. The nozzle sprays water toward the water-absorbing rotating brush for wiping and cleaning, thereby rinsing and removing dirt on the water-absorbing rotating brush for wiping and cleaning adhered to the window. The water-absorbing doctor blade is installed on the other surface of the water-absorbing rotating brush for wiping and cleaning in the cleaning brush unit body.
By pressing the water-absorbing rotating brush for wiping / cleaning deeply with the water-absorbing doctor blade, the rinsed water-absorbing rotating brush for wiping / cleaning can be sucked, and thereby the wiping / cleaning matter can be sucked. The water-absorbing rotating brush for cleaning and cleaning is maintained in a clean and wet state so that the dirt on the window glass can be repeatedly wiped and cleaned.

The water collection processing unit includes a container.
The fresh water tank may be installed in the container and contains fresh water that is not yet used.
The sewage tank may be installed in the container and accommodates used sewage. A fountain channel and a water absorption channel are provided inside the tube body.
The fountain channel connects the nozzle and the fresh water tank.
The water absorption channel connects the water absorption device and the sewage tank.
A fountain drive motor is installed in the container and pumps fresh water not yet used from the fresh water tank to the nozzle via the fountain channel.
The intake drive motor is installed in the container and sucks used sewage from the water absorption device into the sewage tank through the water absorption channel.
In the above-described electric washing apparatus, the container further has a plurality of moving rollers at the bottom.

FIG. 1 is a conceptual diagram showing a specific example 1 of the electric cleaning and cleaning apparatus according to the present invention. FIG. 2 is a diagram illustrating an operation of the first embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 3 is a diagram illustrating the operation of the first embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 4 is a diagram illustrating the operation of the first embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 5 is a view showing the relative positions of the water-absorbing rotating brush for wiping and cleaning, the nozzle and the water absorbing device according to the present invention. FIG. 6 is a conceptual diagram showing replacement of the brush unit in the electric cleaning / cleaning apparatus according to the present invention. FIG. 7 is a conceptual diagram showing a specific example 2 of the electric cleaning and cleaning apparatus according to the present invention. FIG. 8 is a view showing a specific example 2 of the electric cleaning / cleaning apparatus according to the present invention at another viewing angle. FIG. 9 is a diagram illustrating the operation of the second embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 10 is a diagram illustrating the operation of the second embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 11 is a diagram illustrating the operation of a second embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 12 is a diagram illustrating a specific example of the electric cleaning and cleaning apparatus according to the present invention. FIG. 13 is a diagram illustrating the relative positions of the water-absorbing rotating brush for wiping cleaning, the nozzle, and the water absorbing device according to the present invention. FIG. 14 is a diagram showing the operation of a specific embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 15 is a diagram showing the operation of a specific embodiment of the electric cleaning and cleaning apparatus according to the present invention. FIG. 16 is a diagram showing the operation of a specific embodiment of the electric cleaning and cleaning apparatus according to the present invention.

  DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Details of the present invention will be described below based on specific embodiments with reference to the accompanying drawings so that the objects, features and effects of the present invention can be fully understood.

First, a description will be given with reference to FIGS. These are specific examples 1 of the electric cleaning and cleaning apparatus according to the present invention.
The electric cleaning and cleaning apparatus 1000 is used for cleaning and cleaning the ground surface 2 (for example, floor or carpet).
The electric cleaning / cleaning apparatus 1000 includes a cleaning / cleaning brush unit 100 a and a water collection processing unit 200.

The cleaning / cleaning brush unit 100a includes a cleaning / cleaning brush unit front section 111a and a main body 110 having a partition plate S that is divided into a cleaning / cleaning brush unit rear section 112a.
The opening of the cleaning / cleaning brush unit front section 111a and the opening of the cleaning / cleaning brush unit rear section 112a are each open toward the ground 2.
The ground cleaning rotary brush 160a is installed in the cleaning / cleaning brush unit front section 111a. Further, the ground cleaning rotary brush 160a is rotated by the driving of the cleaning / cleaning brush unit driving motor 121a.
The auxiliary roller 170 is installed in the main body 110 and is positioned between the cleaning / cleaning brush unit front section 111a and the cleaning / cleaning brush unit rear section 112a.
At both ends of the cleaning / cleaning brush unit 110, the water-absorbing rotary brush 120a for wiping / cleaning is installed in the rear section 112a of the cleaning / cleaning brush unit.
The wiper cleaning water-absorbing rotary brush 120a is rotated by driving the cleaning / cleaning brush unit drive motor 121a.
The nozzle 130 is installed on one side of the cleaning / cleaning brush unit rear section 112a.
The nozzle 130 sprays water toward the wiping / cleaning water-absorbing rotating brush 120a, so that fine dust and dirt on the wiping / cleaning water-absorbing rotating brush 120a attached by wiping / cleaning the ground or carpet are adhered. Can be removed by rinsing. As a result, the water-absorbing rotating brush 120a for wiping and cleaning is maintained in a clean and wet state so that fine dust and dirt on the ground or carpet can be repeatedly wiped and cleaned.
Furthermore, the water absorption doctor blade 140 is installed on the other surface in the cleaning / cleaning brush unit rear section 112a.
The water-absorbing doctor blade 140 pushes the wipe-cleaning water-absorbing rotary brush 120a deeply. As a result, the water-absorbing doctor blade 140 sucked up sewage and fine dust on the water-absorbing rotary brush 120a for wiping and cleaning. Cushion elements (not shown) are installed at both ends of the water absorption doctor blade 140.
The cushion element may be a structure that functions as a spring or other equivalent effect.
Since the cushion element is not an important feature of the present invention, a detailed description thereof is omitted here.
When rotating the water-absorbing rotating brush 120a for wiping and cleaning, the use of the cushion element can adjust the closeness between the water-absorbing doctor blade 140 and the water-absorbing rotating brush 120a for wiping and cleaning. . Accordingly, the water-absorbing rotating brush 120a for wiping and cleaning can be rotated smoothly, and a water collecting function can be exhibited.

The water collection processing unit 200 may be installed in the container 210, the fresh water tank 220 that contains fresh water that is not used yet, and the used water waste water that may be installed in the container 210. , A tube body 240 having a fountain channel 241, a water absorption channel 242 and a dust absorption channel 243 therein, and fresh water that is installed in the container 210 and is not yet used. From the fountain drive motor 250, the fountain drive motor 250 for pumping to the nozzle 130 via the fountain channel 241 and the container 210 were used, and the sewage tank was vacuumed to a vacuum. Sewage from the water absorption doctor blade 140 to the water absorption channel 2 Intake drive motor for sucking dust and dust from the cleaning and cleaning brush unit front section 111a to the sewage tank 230 via the dust suction channel 243 and the water suction channel 242 while sucking to the sewage tank 230 via 2 260.
The fountain channel 241 connects the fountain drive motor 250 and the fresh water tank 220 via the nozzle 130, and the water absorption channel 242 connects the water absorption doctor blade 140 and the sewage tank 230, and the dust absorption The channel 243 connects the cleaning / cleaning brush unit front section 111 a and the water absorption channel 242 to the sewage tank 230.

When the user cleans and cleans the ground 2 using the electric cleaning / cleaning apparatus 1000, the ground cleaning rotary brush 160a is driven by the brush unit drive motor 121a and starts cleaning the ground or the carpet 2 at the same time. The water-absorbing rotating brush 120a for cleaning is also operated by the brush unit drive motor 121a, and rotates without interruption to wipe the ground or the carpet 2, and the nozzle 130 also absorbs the water-absorbing rotating brush 120a for wiping and cleaning without interruption. The water-absorbing rotary brush 120a for wiping and cleaning is rinsed and cleaned by spraying fresh water that is not yet used, and the water-absorbing doctor blade 140 is also intermittently placed on the water-absorbing rotary brush 120a for wiping and cleaning. Sewage containing dust or dirt is sucked into the sewage tank.
With such a design, the water-absorbing rotary brush 120a for wiping and cleaning is maintained in a clean and wet state, so that the ground or the carpet 2 can be repeatedly cleaned.

Reference is again made to FIGS. A user cleans the front, back, left and right of the ground or the carpet 2 using the cleaning brush unit 100a.
First, the ground cleaning rotary brush 160a previously wiped and cleaned most of the dust, debris or fur in the cleaning / cleaning brush unit front section 111a. These dust, dust, and hair are sucked by the dust suction channel 243 and put into the water suction channel 242 by the operation of the suction drive motor 260 vacuuming the sewage tank to the vacuum, and then mixed with sewage and mixed with the sewage. Collected in tank 230.
Further, the water-absorbing rotary brush 120a for wiping and cleaning wipes off dust or dirt remaining on the ground or the carpet 2 and still not removed by the ground cleaning rotary brush 160a.
Further, the fresh water stored in the fresh water tank 220 is sprayed out from the nozzle 130 through the fountain channel 241 by the fountain drive motor 250 under pressure and transported, and the water-absorbing rotating brush 120a for wiping cleaning is used. By rinsing, the dust or dirt on the water-absorbing rotary brush 120a for wiping and cleaning adhered by cleaning and cleaning the ground is cleaned.
Finally, due to the vacuuming operation of the suction drive motor 260, the sewage containing dust or dirt on the wiping / cleaning water-absorbing rotary brush 120a is wiped off by the water-absorbing doctor blade 140, and is passed through the water-absorbing channel 242. Collected in the sewage tank 230.

  Before the user uses the electric cleaning / cleaning apparatus 1000 for cleaning the ground or carpet, the fresh water tank 220 can be removed and fresh water can be injected. The user can remove the sewage tank 230 and take out the sewage and trash in the sewage tank 230 while the sewage tank 230 is filled when the sewage is used up. With the above-described design, the ground cleaning rotary brush 160a can clean the ground or carpet without interruption, and the water-absorbing rotary brush 120a for wiping and cleaning can be kept clean and used continuously. A person can clean the ground or the carpet 2. In addition, the container 210 further includes a plurality of moving rollers 270 at the bottom. The moving roller 270 makes it easier for the user to move the water collection processing unit 200 of the electric cleaning / cleaning apparatus 1000.

  As illustrated in FIG. 5, the nozzle 130 is positioned on one surface of the water-absorbing rotary brush 120a for wiping and cleaning, and the water-absorbing doctor blade 140 is used in addition to the water-absorbing rotary brush 120a for wiping and cleaning. Located on the side surface. With such a design, the water-absorbing rotary brush 120a for wiping and cleaning can be cleaned with better efficiency. Further, the water-absorbing doctor blade 140 can wipe off the sewage from the water-absorbing rotary brush 120a for wiping and cleaning.

  Please refer to FIG. FIG. 6 is a conceptual diagram showing replacement of the brush unit in the electric cleaning / cleaning apparatus according to the present invention. In the design of the electric cleaning / cleaning apparatus 1000, the user can change the cleaning brush unit 100 or the cleaning / cleaning brush unit 100a to the tube body 240 and change the water cleaning processing unit 200 as necessary. Can be connected to each other.

In summary, the electric cleaning and cleaning apparatus according to the present invention has a ground cleaning function and a dust and ground wiping function by the above-described design, so that the cleaning time can be effectively shortened. . Further, since the water-absorbing rotating brush for wiping and cleaning is maintained in a clean and moist state as needed, it is possible for the user to easily clean and clean dust and dust on the ground or carpet with labor saving.
Furthermore, when the user uses one multi-purpose device, the ground cleaning and the ground cleaning can be completed by one operation, or the carpet cleaning and the carpet cleaning can be completed by one operation. Since it is not necessary to purchase a plurality of facilities such as a ground cleaner, a ground cleaner, a dust wiper, or a carpet cleaner having a single function, it is possible to save labor and cost.
In addition, according to the present invention, since sewage is not dropped on the ground during operation, not only environmental hygiene can be protected, but also the ground can be cleaned with no dust remaining, and the carpet is cleaned and cleaned. In this case, since the carpet can be maintained in a dry state without moisture, it is possible to prevent the generation of odor and to extend the service life of the carpet.

Reference is now made to FIGS. These are diagrams showing a specific example 2 of the electric cleaning and cleaning apparatus according to the present invention.
The electric cleaning and cleaning apparatus 2000 is used for cleaning the ground or the carpet 2. The design of the electric cleaning and cleaning apparatus 2000 is substantially the same as the design of the electric cleaning and cleaning apparatus 1000.
The electric cleaning / cleaning apparatus 2000 is provided on the main body 110 of the electric cleaning / cleaning apparatus 2000 by aligning the cleaning / cleaning brush unit 100a of the electric cleaning / cleaning apparatus 1000 and the water collection processing unit 200.
The electric cleaning / cleaning apparatus 2000 includes a main body 110, a cleaning / cleaning brush unit, a dust collection chamber 180, a fountain processing structure, a water collection processing unit, and a plurality of moving rollers 270. The moving roller 270 is installed at the bottom of the main body 110.

The cleaning / cleaning brush unit is installed at the center of the bottom of the main body 110. Further, the cleaning / cleaning brush unit includes a cleaning / cleaning brush unit front section 111 a installed in the main body 110. An opening of the cleaning / cleaning brush unit front section 111 a is open toward the ground 2 and the dust collection chamber port 180. The cleaning / cleaning brush unit rear section 112 a is installed in the main body 110.
The opening of the cleaning / cleaning brush unit rear section 112a is open toward the ground 2.
The ground cleaning rotary brush 160a is installed in the front section 111a of the cleaning brush unit.
The ground cleaning rotary brush 160a and the wiping / cleaning water-absorbing rotating brush 120a are rotated by driving the cleaning / cleaning brush unit driving motor 121a.
The dust collection chamber 180 is installed in the main body 110.
In addition, the dust collection chamber 180 collects dust and dirt wiped by the ground cleaning rotary brush 160a in the dust collection chamber 180, thereby completing the cleaning operation.
The water-absorbing rotating brush 120a for wiping / cleaning is installed in the cleaning / cleaning brush unit rear section 112a.
The wiping / cleaning water-absorbing rotating brush 120a is rotated by driving the cleaning / cleaning brush unit driving motor 121a.
The nozzle 130 is installed above the water-absorbing rotary brush 120a for wiping and cleaning in the rear section 112a of the cleaning / cleaning brush unit.
The nozzle 130 sprays water toward the wiping / cleaning water-absorbing rotating brush 120a, so that fine dust and dirt on the wiping / cleaning water-absorbing rotating brush 120a attached by cleaning the ground or carpet are removed. Rinse and remove. As a result, the water-absorbing rotary brush 120a for wiping and cleaning is maintained in a clean and wet state in which fine dust and dirt on the ground can be continuously removed.
The water absorption doctor blade 140 is installed in the rear section 112a of the cleaning / cleaning brush unit, and is in close contact with one surface of the water-absorbing rotating brush 120a for wiping / cleaning.
Further, the water-absorbing doctor blade 140 pushes the surface of the water-absorbing rotary brush 120a for wiping / cleaning deeply, so that the water-absorbing doctor blade 140 is made fine with sewage in the water-absorbing rotary brush 120a for wiping / cleaning. Dust is sucked in.
Cushion elements (not shown) are installed at both ends of the water-absorbing doctor blade 140.
The cushion element has a spring or other equivalent structure. When rotating the water-absorbing rotating brush 120a for wiping and cleaning, the cushion element adjusts the closeness between the water-absorbing doctor blade 140 and the water-absorbing rotating brush 120a for wiping and cleaning, The water collecting function of the water-absorbing rotating brush 120a for collecting and cleaning can be exhibited.
Further, two transmission rollers 270 are installed below the main body 110. A computer controls the rotational speed of the two transmission rollers 270. Furthermore, the direction change roller 270a which can adjust a direction is provided. As the roller 270 operates, the body 110 marches. In addition, the traveling direction of the main body 110 is adjusted according to the rotational speeds of the direction changing roller 270a and the transmission roller 270. As a matter of course, the marching and turning speed of the main body 110 are automatically controlled by the computer with the marching and the rotation speed of the transmission roller 270. Since the control mechanism is not an important specific item of the present invention, a detailed description thereof is omitted here.

The water collection processing unit includes a water storage tank 280 installed in the main body 110. Further, the water storage tank 280 has a partition plate 281. As a result, the water storage tank 280 is divided into a fresh water tank 282 and a sewage tank 283.
The fresh water tank 282 contains fresh water (that is, fresh water 3) that is not yet used.
The sewage tank 283 accommodates used sewage (that is, sewage 4).
The fountain channel 241 connects the nozzle 130 and the fresh water tank 282 via a fountain drive motor.
The water absorption channel 242 is connected to the sewage tank 283 through the water absorption doctor blade 140.
The dust absorption channel 243 connects the dust collection chamber 180 and the water absorption channel 242.
The fountain drive motor is installed in the main body 110. As a result, fresh water that is not yet used is pumped from the fresh water tank 282 to the nozzle 130 via the fountain channel 241.
An intake motor is installed in the main body 110 to vacuum the sewage tank 283 to a vacuum. As a result, the used sewage is sucked from the water absorption doctor blade 140 into the sewage tank 283 through the water absorption channel 242 and dust is removed through the dust absorption channel 243 and the water absorption channel 242. To suck.

The electric cleaning and cleaning device 2000 automatically cleans and cleans the ground or the carpet 2. While the rotating brush for cleaning the ground in the front section of the cleaning brush unit rotates, the dust on the ground or the carpet 2 is wiped off and removed, and at the same time, the water absorbing rotating brush 120a for cleaning cleaning in the cleaning brush unit is: The ground or carpet 2 is wiped off and washed while rotating without interruption.
At the same time, the nozzle 130 sprays water toward the wiping / cleaning water-absorbing rotary brush 120a, and fine dust and dirt on the wiping / cleaning water-absorbing rotating brush 120a adhered after wiping / cleaning. Rinse and remove. As a result, the water-absorbing rotating brush 120a for wiping and cleaning is maintained in a clean and wet state so that fine dust and dirt on the ground can be repeatedly adsorbed successively.
The water-absorbing doctor blade 140 pushes the surface of the water-absorbing rotating brush 120a for wiping / cleaning deeply, thereby removing dirt and sewage from the water-absorbing rotating brush 120a for wiping / cleaning attached after wiping / cleaning the ground or carpet. Suction into the sewage tank 283. In other words, the water-absorbing doctor blade 140 sucks out sewage (that is, sewage 4) containing dust or dirt on the wiping / cleaning water-absorbing rotary brush 120a without interruption. With such a design, the water-absorbing rotating brush 120a for wiping and cleaning is maintained cleanly at any time, so that the ground or the carpet 2 can be repeatedly cleaned.

The operation principle of the electric cleaning and cleaning apparatus 2000 is substantially the same as the operation principle of the electric cleaning and cleaning apparatus 1000.
The ground cleaning rotary brush 160a wipes most of dust or hair first and collects it in the dust collection chamber 180. After filtering with a filter, a small amount of dust was sucked into the dust suction channel 243 by the operation of the suction drive motor. While the ground cleaning rotary brush 160a rotates, the dust on the ground or the carpet is cleaned, and at the same time, the water-absorbing rotary brush 120a for wiping and cleaning is rotated and has not yet been removed by the ground cleaning rotary brush 160a. The dust or dirt on the ground or the carpet 2 is wiped off and washed.
Further, the fresh water 3 stored in the sewage tank 283 through the water absorption channels 242 and 243 and collected in the fresh water tank 282 is pumped by the fountain drive motor, and the nozzle 130 is passed through the fountain channel 241 from the nozzle 130. While spraying on the water-absorbing rotating brush 120a for wiping and cleaning, fine dust and dirt on the water-absorbing rotating brush 120a for wiping and cleaning are rinsed and removed.
Accordingly, the water-absorbing rotating brush 120a for wiping and cleaning is maintained in a clean and wet state so that fine dust and dirt on the ground or carpet can be repeatedly removed. The water-absorbing doctor blade 140 deeply pushes the surface of the water-absorbing rotating brush 120a for wiping and cleaning to suck dirt and dirty water adhering to the surface of the water-absorbing rotating brush 120a for wiping and cleaning from the surface of the water-absorbing rotating brush 120a for wiping and cleaning. At the same time, dust or dirt on the water-absorbing rotary brush 120a for wiping and cleaning is cleaned.
By the operation of the intake drive motor, the sewage tank 283 is vacuumed to a vacuum, and by using the water absorption doctor blade 140, the sewage 4 containing dust or dirt on the water-absorbing rotating brush 120a for wiping and cleaning is It is sucked into the water absorption channel 242. These sewage 4 is collected in the sewage tank 283.

As shown in FIGS. 7 to 11, in the electric cleaning / cleaning apparatus 2000, after the nozzle 130 and the water absorption doctor blade 140 operate without interruption, the user removes the sewage 4 from the sewage tank 283. The fresh water 3 can be poured into the fresh water tank 282. With the above design, the user can complete the ground cleaning and the ground cleaning together in a single operation. In addition, since the water-absorbing rotary brush for wiping and cleaning is maintained in a clean state, the ground or the carpet 2 can be repeatedly cleaned.
In summary, the electric cleaning and cleaning apparatus according to the present invention has a ground cleaning function and a dust and ground or carpet wiping function according to the above-mentioned design, so that the cleaning time can be effectively shortened. Can do. In addition, the water-absorbing rotary brush for wiping and washing receives rinsing and sewage removal without interruption, and can be maintained in a wet state. Further, since the sewage is not dropped on the ground, the problem that it is impossible to dry the sewage on the ground is eliminated. Accordingly, the user can clean and clean the ground or the carpet more easily and with less labor. In addition, since one device can be used for many purposes, time saving, labor saving, cost reduction, and compactness can be achieved.

Please refer to FIG. These are diagrams showing a specific example 3 of the electric cleaning and cleaning apparatus according to the present invention.
The electric cleaning and cleaning device 3000 is used for cleaning the window 1. The electric cleaning and cleaning apparatus 3000 includes a cleaning brush unit 100 and a water collection processing unit 200.
The cleaning brush unit 100 includes a main body 110 having a cleaning brush unit body 111.
As shown in FIG. 13, the cleaning brush unit body 111 has an opening that opens toward the window 1.
The water-absorbing rotating brush 120 for wiping and cleaning is installed in the cleaning brush unit body 111.
The wiping / cleaning water-absorbing rotating brush 120 is rotated by the driving of the cleaning brush unit driving motor 121.
The nozzle 130 is installed in the cleaning brush unit body 111. The nozzle 130 sprays water toward the wiping / cleaning water-absorbing rotating brush 120, thereby rinsing fine dust and sewage on the surface of the wiping / cleaning water-absorbing rotating brush 120 adhered after cleaning the window glass. Can be removed. Thereby, the water-absorbing rotating brush 120 for wiping and cleaning is maintained in a state where it can continuously adsorb fine dust and dirty water on the window in a clean and wet state.
The water absorption doctor blade 140 is installed in the cleaning brush unit body 111. Further, since the water-absorbing doctor blade 140 pushes the surface of the water-absorbing rotating brush 120 for wiping / cleaning deeply, the water-absorbing doctor blade 140 adsorbs fine dust and dirty water on the water-absorbing rotating brush 120a for wiping / cleaning. can do.
Cushion elements (not shown) are provided at both ends of the water-absorbing doctor blade 140.
The cushion element may be a structure that functions as a spring or other equivalent effect. When the wiping / cleaning water-absorbing rotary brush 120 rotates, the cushion element can adjust the closeness between the water-absorbing doctor blade 140 and the wiping / cleaning water-absorbing rotating brush 120. Thereby, not only can the water-absorbing rotating brush 120 for wiping and cleaning be rotated smoothly, but also a water collecting function can be exhibited.

The submerged doctor blade 150 is installed on one side of the opening of the cleaning brush unit body 111. The submerged doctor blade 150 is installed above the opening of the cleaning brush unit body 111.
The water collection processing unit 200 includes a container 210.
The fresh water tank 220 contains fresh water that is not yet used, and is installed in the container 210 so as to be separable.
The sewage tank 230 stores the used sewage, and is installed in the container 210 so as to be separable.
A fountain channel 241 and a water absorption channel 242 are provided inside the tube body 240.
The fountain channel 241 connects the nozzle 130 and the fresh water tank 220.
The water absorption channel 242 connects the water absorption doctor blade 140 and the sewage tank 230.
The fountain drive motor 250 is installed in the container 210.
Fresh water that is not yet used is pumped from the fresh water tank 220 to the nozzle 130 by the fountain channel 241.
The intake drive motor 260 is installed in the container 210 and vacuums the sewage tank to a vacuum, so that the used sewage is transferred from the water absorption doctor blade 140 to the sewage tank 230 through the water absorption channel 242. Suction.
The container 210 further includes a plurality of moving rollers 270 at the bottom. The moving roller 270 allows the user to easily move the water collection processing unit 200 of the electric cleaning apparatus 1000.

When the user cleans the window 1 using the electric cleaning device 3000, the wiped cleaning water-absorbing rotary brush 120 in the cleaning brush unit 100 is intermittently operated by the operation of the cleaning brush unit drive motor 121. The window 1 is wiped and cleaned while rotating.
The nozzle 130 sprays water toward the wiping / cleaning water-absorbing rotary brush 120 without interruption, thereby removing fine dust and dirty water on the wiping / cleaning water-absorbing rotating brush 120 adhering to the window glass after cleaning. Rinse and remove. Thereby, the water-absorbing rotating brush 120 for wiping and cleaning is maintained in a clean and wet state so that fine dust and dirt on the window can be repeatedly adsorbed successively.
The water-absorbing doctor blade 140 pushes the water-absorbing rotating brush 120 for wiping and cleaning deeply, thereby adsorbing dirty water and fine dust and adhering to the process of wiping and cleaning the window without interruption. The dirt and sewage on the rotating brush 120 are sucked into the sewage tank 230. With such a design, the water-absorbing rotating brush 120 for wiping and cleaning is always kept clean, so that the window 1 can be repeatedly cleaned.

Reference is now made to FIGS. A user cleans the window 1 up and down using the cleaning brush unit 100.
At the same time that the water-absorbing rotary brush 120 for wiping and cleaning cleans the window 1, fresh water stored in the fresh water tank 220 is pressurized and transported by the fountain drive motor 250, and the fountain channel 241 passes through the fountain channel 241. Sprayed from the nozzle 130 onto the water-absorbing rotary brush 120 for wiping and cleaning, thereby cleaning dust or dirt on the water-absorbing rotary brush 120 for wiping and cleaning adhered after wiping and cleaning.
Next, when the suction drive motor 260 vacuums the sewage tank 230 to a vacuum, the water absorption doctor blade 140 absorbs the sewage containing dust or dirt on the water-absorbing rotary brush 120 for wiping and cleaning the water absorption. It sucks into the channel 242 and collects in the sewage tank 230. In addition, after removing the water remaining in the window 1 by the submerged doctor blade 150, the water is adsorbed by a wiping roller brush.

However, before the user uses the electric cleaning / cleaning apparatus 3000, the fresh water tank 220 can be removed first and fresh water (that is, fresh water that is not yet used) can be injected.
When sewage (that is, containing the used fresh water) is stored in the sewage tank 230, the user can remove the sewage tank 230 and take out the sewage from the sewage tank 230. According to the above design, when cleaning the window 1, the user does not need to rinse the window directly with clean water or wipe the glass with a rag after cleaning.
Further, since the water-absorbing rotating brush 120 for wiping and cleaning is always maintained in a clean state, the window 1 can be repeatedly cleaned in accordance with the operation of the cleaning brush unit drive motor 121 (see FIG. 13). ).
The nozzle 130 is installed on one surface of the water-absorbing rotary brush 120 for wiping and cleaning.
The water absorption doctor blade 140 is installed on the other surface of the water-absorbing rotary brush 120 for wiping and cleaning. With such a design, the water-absorbing rotary brush 120 for wiping and cleaning can be cleaned with better efficiency.
Further, the water absorption doctor blade 140 can also remove and adsorb sewage from the water-absorbing rotary brush 120 for wiping and cleaning.

In summary, according to the design including the nozzle, the water absorption doctor blade, the fresh water tank, the sewage tank, and the tube body as in the electric cleaning device according to the present invention, the water absorption rotation for wiping cleaning The brush can always be kept clean.
In addition, when the user cleans the window, it is not necessary to spray the window directly with clean water, or to clean without interruption and wipe the glass with a rag. In addition, it becomes possible to clean and clean the sewage without falling on the ground. The present invention is a creation advantageous for environmental protection.

DESCRIPTION OF SYMBOLS 1 Window 2 Ground or carpet 3 Fresh water 4 Sewage 100 Cleaning brush unit 100a Cleaning cleaning brush unit 110 Main body 111 Cleaning brush unit fuselage 111a Cleaning cleaning brush unit front section 112a Cleaning cleaning brush unit rear section 120 Water absorption rotation for wiping cleaning Brush 120a Water-absorbing rotating brush for wiping and cleaning 121 Cleaning brush unit drive motor 121a Cleaning and cleaning brush unit driving motor 130 Nozzle 140 Water-absorbing doctor blade 150 Flooded doctor blade 160a Ground cleaning rotary brush 170 Auxiliary roller 180 Dust collection chamber 200 Water collection Processing unit 210 Container 220 Fresh water tank 230 Sewage tank 240 Tube body 241 Fountain channel 242 Water absorption channel 243 Dust absorption channel 250 Fountain drive motor 260 Intake Moving motor 270 moves the roller 280 water savings tank 281 minutes partition plate 282 Shimizu tank 283 sewage tank 1000-3000 electric cleaner cleaning device S partition plate

Claims (5)

An electric cleaning / cleaning apparatus including a cleaning / cleaning brush unit and a water collection processing unit, which is used for cleaning the ground or carpet,
The cleaning brush unit is
Cleaning and cleaning brush unit front section where the opening is open toward the ground, or the front of the opening is correctly opened toward the entrance of the dust collection chamber, and cleaning with the opening being open toward the ground A main body having a partition plate provided between the brush unit rear section,
A rotary brush for cleaning the ground installed in the front section of the cleaning brush unit;
An auxiliary roller installed in the main body and located between the front and rear cleaning brush unit sections and the cleaning and cleaning brush unit rear section;
A water-absorbing rotating brush for wiping and cleaning that is installed in the rear section of the cleaning and cleaning brush unit and rotates by driving of the cleaning and cleaning brush unit drive motor;
A nozzle that is installed on the upper surface of the water-absorbing rotary brush for wiping and cleaning provided in the rear section of the cleaning and cleaning brush unit, and fountains to the water-absorbing rotary brush for wiping and cleaning;
A water-absorbing doctor blade installed on the other surface of the water-absorbing rotating brush for wiping and cleaning provided in the rear section of the cleaning and cleaning brush unit, and removing water absorbed by the water-absorbing rotating brush for wiping and cleaning; and , And
The water collection processing unit
A container, a fresh water tank that is installed in the container and contains fresh water that is not yet used, a waste water tank that is installed in the container and contains dirty water, and a tube body having a fountain channel, a water absorption channel, and a dust absorption channel And a fountain drive motor that pressurizes and transports fresh water not yet used from the fresh water tank to the nozzle through the fountain channel, and is installed in the container and vacuums the sewage tank. And a suction drive motor for sucking already used sewage from the water suction doctor blade to the sewage tank through the water suction channel by vacuuming, and the ground cleaning rotary brush and the wiping The water-absorbing rotating brush for cleaning and cleaning has a cleaning and cleaning brush unit drive mode. Of it is rotated by a drive,
The fountain channel connects the nozzle and the fresh water tank via the fountain drive motor;
The water absorption channel connects the water absorption doctor blade and the sewage tank, the dust absorption channel connects the front section of the cleaning brush unit and the water absorption channel, and dust and dust are removed from the cleaning brush. An electric cleaning and washing apparatus characterized by sucking into the sewage tank from the front section of the unit through the dust absorption channel and the water absorption channel.   The electric cleaning / cleaning apparatus according to claim 1, wherein the container further includes a plurality of moving rollers at the bottom. An electric cleaning and cleaning device used for cleaning cleaning of the ground or carpet,
The body,
The cleaning / cleaning having a cleaning / cleaning brush unit front section installed at a center below the main body and at a center below the main body and having an opening opened toward the ground and the entrance of the dust collecting chamber. A brush unit;
The rear section of the cleaning brush unit that is installed below the main body and behind the rotating brush for ground cleaning, and whose opening is open toward the ground,
A cleaning brush for ground cleaning that is installed in the front section of the cleaning brush unit and rotates by driving of a cleaning brush unit drive motor,
A dust collection chamber installed in front of the main body and having an inlet that absorbs dust toward the ground cleaning rotary brush;
A water-absorbing rotating brush for wiping and cleaning that is installed in the rear section of the cleaning and cleaning brush unit and rotates by driving the cleaning and cleaning brush unit drive motor;
A nozzle that is installed above the water-absorbing rotary brush for wiping and cleaning in the rear section of the cleaning and cleaning brush unit, and fountains toward the water-absorbing rotary brush for wiping and cleaning,
A water-absorbing doctor blade that is installed on one side of the water-absorbing rotating brush for wiping and cleaning in the rear section of the cleaning and cleaning brush unit, and sucks water toward the water-absorbing rotating brush for wiping and cleaning, and
A water collection processing unit installed in the main body,
The water collection processing unit is installed in the main body and contains a fresh water tank that contains fresh water that is not yet used, a waste water tank that contains waste water that has already been used, and the nozzle and the fresh water tank via a fountain drive motor. A fountain channel that connects the water absorption doctor blade and the sewage tank, a water absorption channel that connects the dust collection chamber and the water absorption channel, and a fresh water that is installed in the main body and not yet used. A fountain drive motor that pressurizes and transports from the fresh water tank to the nozzle via a fresh water pipe with the fountain drive motor;
An intake drive motor that is installed in the main body and that is installed in the container and sucks already used sewage from the water absorption doctor blade into the sewage tank through the water absorption channel by evacuating the sewage tank. And an electric cleaning and cleaning apparatus comprising one guide roller and two transmission rollers installed at the bottom of the main body. An electric cleaning and cleaning apparatus used for cleaning a window, including a cleaning brush unit and a water collection processing unit,
The cleaning brush unit has a main body having a cleaning brush unit body whose opening is open toward the window, and is installed on the cleaning brush unit body and is rotated by driving of the cleaning brush unit drive motor. A water-absorbing rotary brush, a nozzle that is installed on one surface of the water-absorbing rotary brush for wiping cleaning in the cleaning brush unit body, and fountains toward the water-absorbing rotary brush for wiping cleaning, A water-absorbing doctor blade that is installed on the other surface of the water-absorbing rotating brush for wiping and cleaning in the cleaning brush unit body and absorbs water toward the water-absorbing rotating brush for wiping and cleaning, and a top of the opening. Equipped with a submerged doctor blade,
A container having the water collection processing unit installed therein a fresh water tank that contains fresh water that is not yet used, and a waste water tank that contains already used waste water;
A tube body whose interior is divided into a fountain channel and a water absorption channel, and a fountain drive motor that is installed in the container and transports fresh water not yet used from the fresh water tank by pressurizing the nozzle, and installed in the container. And an intake drive motor for sucking used sewage from the water absorption doctor blade to the sewage tank through the water absorption channel by evacuating the sewage tank,
The fountain channel connects the nozzle and the fresh water tank via a fountain drive motor, and the water absorption channel connects the water absorption device and the sewage tank evacuated. Electric cleaning and cleaning device.   The electric cleaning / cleaning apparatus according to claim 4, wherein the container further includes a plurality of moving rollers at the bottom.