TW201919534A - Floor processing apparatus with several liquid-storing boxes characterized in that user no longer needs to manually start the mixing of several liquids - Google Patents

Abstract

The present invention relates to a floor processing apparatus (1), in particular, to a wet cleaning apparatus having a floor processing component (2), a plurality of liquid-storing boxes (3, 4, 5) and a control device (6) configured to control the output of liquid from one or several boxes (3, 4, 5) to the floor processing component (2) and/or the surfaces (21, 22) to be cleaned. In order to realize the working operation of the floor processing apparatus (1) without user's manual assistance, the present invention proposes that the control device (6) is suitable to automatically control the liquid output according to the floor parameters of the surfaces (21, 22) to be cleaned. Wherein, the floor processing apparatus (1) is provided with a floor sensor (7) used to transmit the floor parameters to the control device (6), or a communication interface (8).

Description

   Floor treatment equipment with several tanks for storing liquids   

The present invention relates to a floor treatment device, particularly a wet cleaning device, which has a floor treatment element, a plurality of tanks for storing liquids, and a method for transferring liquid from one or several tanks to the floor treatment element and / Or a control device that controls the output of the surface to be treated.

The present invention also relates to a method for operating a floor treatment device, in which a floor treatment element treats a surface to be treated, and wherein a control device controls liquid from one or more tanks to the floor treatment element and / or the surface to be treated The output is controlled.

The above-mentioned types of floor treatment equipment have been disclosed in the prior art. Such floor treatment equipment may be, for example, wet cleaning equipment that cleans the surface to be cleaned by means of a floor treatment element with the addition of liquid.

German utility model patent DE 20 2015 102 428 U1, for example, discloses a suction cleaner with a fluid distributor, which is suitable for distributing cleaning fluid to a surface to be cleaned. The suction cleaner may have several containers and a mixing system for controlling the composition of the cleaning fluid output to the surface to be cleaned. The composition of the cleaning fluid can be manually determined by presetting the ratio of the cleaning fluid to be mixed by the mixing system.

In view of the foregoing prior art, the object of the present invention is to design a floor treatment device that is more comfortable for the user. In particular, the user does not need to manually initiate the selection and mixing of one or more liquids.

In order to achieve the above object, the present invention proposes that the control device is adapted to automatically control the liquid output according to the floor parameter of the surface to be treated, wherein the floor treatment device has a floor feeling for transmitting the floor parameter to the control device. Tester or communication interface.

According to the present invention, the floor treatment apparatus is configured with a floor sensor according to an embodiment, which can detect floor parameters of the surface to be treated. By knowing the characteristics of the surface to be treated, the control device can take targeted measures that are beneficial to the best floor treatment. To this end, the control device is adapted to control the liquid output from one or several tanks in a manner so as to select one or several liquids that are particularly suitable for performing floor treatment tasks. The control device automatically triggers the corresponding liquid output without the manual intervention of the user of the floor treatment equipment, in particular, the user is not required to select one or more applicable liquids or to determine the quantity description and / or mixing ratio of these liquids by himself. The floor sensor may be an optical detection device, which detects the characteristics of the surface to be processed, such as the color, gloss, structure, or the like of the surface. The floor sensor may have, for example, an image capture device that captures one or more images of the surface to be processed, and the control device compares these images with a reference image to make a decision based on the current floor parameters. Measures are then taken for the required liquid. Therefore, in order to select one or more liquids, the floor sensor of the floor treatment equipment first determines the floor parameters of the surface to be treated.

Alternatively, the floor parameters can also be transmitted to the control device through a communication interface, wherein the communication interface manually obtains the floor parameters of the surface to be processed from the user or from an external communication device. For example, floor parameters can be obtained or retrieved from an external communication device, such as a mobile terminal device or another device, such as another floor processing device, a cloud server, a local server, or the like. As an alternative, the user can also transmit one or more floor parameters to the control device of the floor treatment equipment through the communication interface of the floor treatment equipment, for example, through a keyboard. Here, a device can be used as the communication interface, and the user can directly perform manual input on the floor treatment equipment through the device. Such a communication interface is, for example, a keyboard, a touch screen, or the like. In addition, the communication interface may also be a WLAN module, a Bluetooth module, or the like, which receives floor parameters from an external communication device. The floor sensor for detecting floor parameters or the communication interface for receiving floor parameters has a communication connection with the control device of the floor processing equipment, so that the floor parameters are transmitted to the control device and the floor parameters are further processed by the control device. .

In the framework of the present invention, the floor treatment equipment may be a wet cleaning equipment in particular, but may also be a combined suction and wiping equipment. In addition to cleaning equipment, other floor treatment equipment can also be used, such as polishing equipment, sanding equipment, waxing equipment, glazing cleaning equipment or other equipment. The floor treatment device may also be a floor treatment device held by a user or a self-propelled floor treatment device such as an autonomous mobile robot.

The invention proposes that the floor sensor is suitable for detecting the floor parameters of the surface to be treated, especially the floor type, surface structure, pollution type and / or pollution degree. The floor type refers to, for example, dividing the surface to be treated into a carpet floor and a hard floor. Floor types can also be divided according to other groupings, such as long and short carpet flooring, hard floors such as tiled, parquet, laminated, stone, cork or other floors. In addition, the floor sensor may be adapted to detect the surface structure, the type of pollution and / or the degree of pollution of the surface to be treated. Thus, the control device can obtain information about, for example, the composition of dirt (especially dust, sand, food residues, or the like) and about the intensity or state of pollution (ie, for example, dry or fresh pollution). The control device can then determine measures suitable for treating the surface based on knowledge of the parameters of the floor, in particular measures for cleaning the surface, for removing contamination, for restoring the surface gloss or the like. The floor sensor transmits the measured floor parameters to the control device through a communication connection, and the control device further determines one or more liquids in one or more boxes to be applied to the surface to be treated.

The invention particularly proposes that the floor treatment equipment has a mixing device connected to the tanks, the mixing device is suitable for receiving liquid from one or several tanks, mixing as appropriate (if it is an exponential liquid), and Liquid is directed to the floor treatment element and / or the surface to be treated. According to this technical solution, instead of directly outputting liquid from the tank to the surface to be treated or the floor treatment element, the liquid is first collected in a mixing device. If it refers to more than one liquid, it is mixed in the mixing as appropriate. The liquid is mixed in the device and the liquid is guided to the surface to be treated or the floor treatment element from there. The mixing device may have, for example, a motor-driven stirring mechanism, a pump, or other device, which is suitable for conveying and / or mixing the liquids.

The invention also proposes that the control device corresponds to a file stored in the data memory, the file containing the type and / or amount of liquid required for optimal treatment of the surface with defined floor parameters, and / or about containing specific liquids Information of the cabinet. The control device of the floor treatment equipment determines one or several liquids based on one or more floor parameters combined with a rule set, and controls the liquid output in some way to achieve the best floor treatment. The file may, for example, have a table in which correspondence between floor parameters and one or more liquid types and / or liquid quantities is achieved. The form can be created and / or supplemented by the user and / or stored in the data memory by the manufacturer of the floor treatment equipment. The data memory can also be an external data memory, and the control device of the floor processing equipment can access the data memory through a communication interface. The file can be stored in particular on a cloud server, a local server, an external communication device (such as a mobile wireless phone), or the like. In addition, the stored file preferably also includes information about the tank containing the specific liquid, so that the control device knows which liquid is stored in which tank. In this case, combining the floor parameters already known to the control device and the information stored in the data memory, it can automatically cause the applicable liquid to be output to the surface to be treated, so that the user does not need to implement any other measures, especially There is no need to determine the applicable cleaner, the optimal amount of liquid, or the specific cabinet used to deliver the liquid.

The invention particularly proposes that the first tank has a basic liquid, especially water, and the second tank has additives, especially cleaning additives. According to the technical solution, the first cabinet may have a solvent, and additives in one or more cabinets are added to the solvent.

In addition, the cabinet can also include cleaning agents, abrasives, polishing agents, conditioning agents, oils and / or glazing cleaners. In this case, suitable mixtures can be made from liquids stored in different tanks, which can achieve the best floor treatment, especially for cleaning contaminated surfaces. For example, water can be maintained in one cabinet and different additives, such as detergents, polishes, conditioners or glazing cleaners can be stored in other cabinets, and then these additives can be mixed with water to form a cleaning liquid. It is also possible to mix abrasives, polishes, conditioners or the like in the same manner, especially for example mixtures which have both a cleaning effect and a conditioner and / or a gloss improver for the surface to be treated.

The invention also proposes that one or more boxes and / or the mixing device and / or a flow line constructed between the box and the mixing device have valve elements that can be manipulated by the control device. The control device is adapted to control the valve elements in such a way as to open one or several cabinets depending on the required mixing of the liquid to be applied to the surface to be treated, among which it is also possible to supplement the The mode performs time control, so as to output the defined liquid quantity from each cabinet. The valve element can be arranged directly on the box or in a through-flow line between the box and the mixing device. The liquid input end of the mixing device may also have a valve element which blocks or releases the liquid input from a specific tank.

The invention also proposes that one or several box systems are removably arranged in and / or on the floor treatment apparatus. One or more bins may in particular be disposable containers. The tank can be constructed, in particular, in the form of a disposable cartridge or a disposable capsule, which is particularly easy to replace and does not require refilling. However, in particular in terms of avoiding waste due to empty disposable containers, it is preferable to use a removable and refillable box. Each box can be equipped with a label for the type of liquid to be filled, so that the user can fill it more easily, especially without confusion when mixing the required liquid. The user of the floor treatment equipment can also transmit information about which case is loaded with which liquid type to the control device. In addition, it is also possible to automatically identify the liquid contained in a specific box through the use of disposable containers. Such disposable containers, for example, are accompanied by codes, especially optical codes, which contain information about the contents. In addition, the file stored in the data memory can also be updated through the information, and the file provides the control device with information about which liquid is stored in which case.

Finally, the control device may be adapted to supplementally control the liquid output based on user input, the user input containing information on the type and / or desired floor treatment result of the planned floor treatment work, wherein the control device in particular It is suitable to select a file stored in the data memory based on the information, the file containing information for the type and / or volume of the liquid and / or the tank required. Through this technical solution, as far as the rule set of the control device is concerned, the liquid selection according to the type of floor treatment (such as wet rubbing or polishing) can be taken into consideration. The user can select directly on the floor treatment device itself, or through an external communication device such as a remote control, a mobile device, or the like. The user can also preset other conditions for the rule set of the control device. For example, the desired fragrance or desired gloss of the cleaner may be selected as the result of the floor treatment, which is then incorporated into the rule set together and affects the use of one or more liquids.

In addition, in addition to the aforementioned floor treatment equipment, the present invention also proposes a method for operating a floor treatment equipment, in particular a method for operating the aforementioned floor treatment equipment, wherein the floor treatment element treats a surface to be treated, and wherein the control device controls The output of several boxes to the floor treatment element and / or the surface to be treated is controlled, wherein the control device automatically controls the liquid output according to the floor parameters of the surface to be treated, wherein the floor of the floor treatment equipment The sensor detects the floor parameter or transmits the floor parameter from the user or an external communication device to the control device through a communication interface.

With regard to this method, the aforementioned features and advantages of the floor treatment apparatus also apply. The method may specifically include the following: the floor sensor first detects the floor parameters of the surface to be processed, such as the floor type and / or surface structure and / or pollution type and / or pollution degree and transmits the information to the control device The control device then accesses the file stored in the data memory, and the file gives a mixed formula for several liquids stored in the boxes or presets the only liquid according to the floor parameter or parameters. use. The control device can then control the mixing device of the floor treatment equipment in a manner such as to direct several relevant liquids from the tanks to the floor treatment element and / or the surface to be treated, wherein it is preferred to borrow in advance Fully mixed by a motor-driven stirring mechanism, pump, or the like.

In addition, the liquid output from one or more cabinets can be controlled supplementarily based on user input, which includes the selection of specific floor treatment work and / or desired floor treatment results. The user can transmit the preset values to the control device through the communication interface, and the control device further selects a corresponding file from the data memory, and the file contains the liquid type and / or liquid required to meet the preset value selected by the user Volume and / or cabinet location information.

1‧‧‧Floor treatment equipment

2‧‧‧ floor treatment elements

3‧‧‧ box

4‧‧‧ box

5‧‧‧ box

6‧‧‧Control device

7‧‧‧ floor sensor

8‧‧‧ communication interface

9‧‧‧ communication connection

10‧‧‧ mixing device

11‧‧‧Data Memory

12‧‧‧ through-flow pipeline

13‧‧‧Valve element

14‧‧‧ ranging device

15‧‧‧Communication device

16‧‧‧ Basic equipment

17‧‧‧ add-ons

18‧‧‧ handle

19‧‧‧handle

20‧‧‧ Wheel

21‧‧‧ Surface to be cleaned

22‧‧‧ Surface to be cleaned

23‧‧‧bristle element

24‧‧‧ Display

25‧‧‧ communication interface

26‧‧‧Discharge nozzle

The present invention is described in detail below with reference to the embodiments. Among them: FIG. 1 is a floor treatment equipment according to the first embodiment, FIG. 2 is a floor treatment equipment according to the second embodiment, and FIG. 3 is a floor communication with an external communication device and an external data memory according to the third embodiment. Processing equipment, FIG. 4 is a schematic diagram of the mixing device in the first switching position of the floor processing equipment, FIG. 5 is the mixing device shown in FIG. 4 in the second switching position, and FIG. 6 is FIG. 4 and FIG. The mixing device shown in FIG. 5, FIG. 7 is a partition of the floor treatment equipment during the processing of different surfaces, FIG. 8 is a partition of the floor treatment equipment having a mixing device and a floor treatment element according to the first embodiment, and FIG. 9 is a view according to the second embodiment Division of floor treatment equipment with mixing devices and floor treatment elements.

Fig. 1 shows a floor treatment apparatus 1 according to a first embodiment. The floor treatment device 1 is designed as a wet cleaning device, which is here constructed as a hand-held wet cleaning device with a basic device 16 and an attachment 17. The attachment 17 is detachably held on the base device 16. The basic device 16 has a handle 18 which adopts a retractable construction scheme, so that a user of the floor treatment apparatus 1 can match the length of the handle 18 to its height. In addition, a handle 19 is arranged on the handle 18, through which the user can guide the floor treatment apparatus 1 during work operation, that is, to move within the surfaces 21, 22 (see Fig. 7) to be cleaned. During work operations, the user usually guides the floor treatment device 1 in the surfaces 21, 22 to be cleaned in the opposite direction of movement. In this case, the user alternately pushes the floor treatment apparatus 1 away from himself or pulls the floor treatment apparatus towards himself. A switch is arranged on the handle 19, and the switch forms the communication interface 8 and is used for turning on or off the motor of the floor treatment device 1 on the one hand, and for selecting the floor treatment work that can be performed by several floor treatment devices 1 on the other hand Specific floor treatments such as suction, wiping and / or polishing.

The attachment 17 has a floor treatment element 2 which is here a cleaning drum with several bristle elements 23 rotating around a rotation axis, which can act mechanically on the surfaces 21, 22 to be cleaned. A floor sensor 7 is arranged on the bottom side of the accessory 17 facing the surfaces to be cleaned 21 and 22, and the detection range of the floor sensor is aligned with the surfaces 21 and 22 to be cleaned. The floor sensor 7 here has an optical sensor, in particular a camera, which can detect the floor parameters of the surfaces 21, 22 to be cleaned, here the type of floor of the surfaces 21, 22 to be cleaned, ie for example a carpet floor Or hard floors, such as tiled, wood, and other floors. The floor sensor 7 has a communication connection 9 with a control device 6 arranged in the base device 16, and the control device can analyze the data measured by the floor sensor 7. To this end, the control device 6 accesses a data memory 11 in which reference values of known surfaces 21, 22, such as reference images of different floor types, are stored. The attachment 17 also has wheels 20 for driving and guiding the movement of the floor treatment device 1 within the surfaces 21, 22 to be cleaned. In the basic device 16 of the floor treatment equipment 1, there are also arranged (three here) boxes 3, 4, 5 which are removably held in the floor treatment equipment 1 in order to take out these boxes Fill and / or clean the boxes again. Boxes 3, 4, 5 are used to store different liquids. The tank 3 can store a basic liquid, for example, water. The tanks 4 and 5 contain different cleaning additives, which can be added to the basic liquid in order to improve the cleaning effect of water. The tanks 3, 4, and 5 are connected to the mixing device 10 through the through-flow line 12. The mixing device can mix liquid and transport it to the floor treatment element 2 in order to wet the floor treatment element or the surfaces 21, 22 to be cleaned. Each box 3, 4, 5 corresponds to a valve element 13 in the area of the discharge opening, which can be switched on and off by the control device 6, that is, the valve element can be opened for outputting liquid or the valve can be blocked. A through-flow connection closes the valve element.

During the operation of the floor treatment device 1, the floor sensor 7 detects the type of floor of the surfaces 21, 22 to be cleaned. In this case, the images captured by the floor sensor 7 are compared with the reference images stored in the data memory 11. The control device 6 further controls the valve element 13 according to the identified floor type in such a way that one or more liquids enter the mixing device 10 from the tanks 3, 4, 5 and, where appropriate, the liquid is mixed and finally the liquid is mixed. It is output from the mixing device 10 to the floor treatment element 2. In order to control the valve element 13, the control device 6 accesses a data memory 11 in which a file with a rule set is stored, which is preset for the best cleaning of basic liquid water based on known floor types additive. To this end, the data memory 11 may include, for example, a table containing a correspondence between a defined floor type and a liquid to be used preferably. This form may be established by the user of the floor treatment apparatus 1 or may be determined and stored in advance by the manufacturer of the floor treatment apparatus 1. Alternatively, the form may be retrieved from an external data memory 11 such as a cloud server, a local server, or other external devices. As a supplementary solution, the user can preset the selection of the desired work operation by means of a switch (referred to as the communication interface 8) arranged on the handle 19 of the floor treatment device 1. Here, for example, the cleaning and control of the floor treatment device 1 The device 6 then selects a specific file containing preset values for wiping cleaning. The other files created can be used for simple suction cleaning, polishing operations, gloss finishing, or other operations on the surfaces 21, 22 to be cleaned, for example. In addition, the user can also preset other parameters for controlling the device 6. These parameters can be, for example, the desired fragrance of the liquid used or the glossiness of the surfaces 21, 22 to be cleaned after the floor treatment is finished. In this case, the user presets the desired floor treatment work and / or the floor treatment result to be realized, and decides a file selected from the data memory 11, which file contains a corresponding rule set in order to select a liquid that can achieve the desired goal.

FIG. 2 shows a second embodiment of the floor treatment device 1, which here provides a flat floor treatment element 2. The floor treatment element 2 is a cleaning cloth arranged on a flat carrier board. The cleaning cloth preferably adopts an elastic construction scheme, especially a microfiber cloth. The cleaning cloth can be fixed on a corresponding fixing member of the carrier board by a fixing element such as a devil's felt. The floor treatment element 2 is arranged on the carrier board in such a way that the active side of the floor treatment element 2 faces the surfaces 21, 22 to be cleaned. The carrier plate is fixed on a rocking plate (not shown), and the rocking plate preferably performs an eccentric rocking motion around the rotation center. For example, the shaking plate can be driven at an oscillation frequency of 1000 rpm to 2000 rpm. The rocking motion of the rocking plate and the floor treatment element 2 is performed relative to the housing of the floor treatment device 1 and is superimposed with the displacement of the floor treatment device 1 within the surfaces 21 and 22 to be cleaned during work operations. Two movements, that is, the manual displacement movement and the rocking movement of the floor treatment element 2 are realized in planes parallel to each other.

FIG. 3 shows a third embodiment of the floor treatment apparatus 1 of the present invention, which is constructed as a self-propelled cleaning robot. The autonomous floor treatment apparatus 1 has several motor-driven wheels 20 for moving the floor treatment apparatus 1 in the environment. The floor treatment device 1 also has a navigation device including a distance measuring device 14, which is configured here, for example, as an optical triangulation device. The distance measuring device 14 measures the distance from obstacles (such as furniture, walls, and / or people) existing in the environment. The control device 6 of the floor treatment device 1 establishes an environment map of the environment according to the ranging data, and the floor treatment device 1 can perform orientation during the movement in conjunction with the environment map. The floor treatment device 1 has several floor treatment elements 2, mainly a cleaning roller, which is rotated by a motor and sweeps across the surfaces 21, 22 to be cleaned. As an alternative, of course, other types of floor treatment elements 2 can also be used, in particular flat plates provided with a cleaning cover, rotating pads or the like. The floor treatment element 2 here also corresponds to a box system with several boxes 3, 4, 5 and not shown, and a mixing device 10, not shown. This arrangement can be constructed as shown in FIG. 1 and FIG. 2. In addition, the control device 6 of the floor treatment apparatus 1 is adapted to open the valve element 13 in order to input liquid from one or several tanks 3, 4, 5 to the mixing device 10 and from there to output the liquid to the floor treatment element 2 Or the surfaces 21, 22 to be cleaned.

The floor treatment device 1 also has a communication interface 8 which is a part of the WLAN module here. The floor treatment device 1 also has a display, that is, a touch screen, which is a communication interface 8 for a user to manually input on the floor treatment device 1. In the embodiment shown, the floor treatment device 1 communicates with an external communication device 15, which is here a user's mobile device, such as a mobile phone or tablet computer. The external communication device 15 has a display 24 and a communication interface 25. The external communication device 15 can communicate with the floor treatment device 1 through the communication interface.

In addition, the floor treatment device 1 is communicatively connected to an external data memory 11 through a communication interface 8. The data memory is, for example, a cloud server, which includes liquids required for the surfaces to be cleaned 21 and 22 related to the type of floor. File of type, amount of liquid and information on the position of the tanks 3, 4, 5 containing the required liquid. The file may contain, for example, a table with instructions for the liquid to be used corresponding to a particular floor type. In order to control the valve element 13 and the mixing device 10 corresponding to the boxes 3, 4, and 5, the control device 6 accesses the external data memory 11.

According to FIG. 3, the floor treatment device 1 does not have its own floor sensor 7 for detecting the type of floor or other floor parameters (such as surface structure, pollution type, or degree of pollution), but obtains information about the condition from the external communication device 15. Information on one or several floor parameters of the cleaning surface 21, 22, the communication device has previously obtained corresponding information on the type of floor through user input. The information about the type of floor is transmitted from the external communication device 15 to the control device 6 of the floor treatment equipment 1 through the communication interfaces 25 and 8. The control device 6 accordingly switches on and off the valve element 13 in order to provide a liquid mixture and the liquid The mixture is directed to the floor treatment element 2 or the surfaces 21, 22 to be cleaned.

FIGS. 4 to 6 exemplarily show a system having three tanks 3, 4, 5, a mixing device 10, and a flow-through line 12 constructed between the tanks 3, 4, 5 and the mixing device 10. The mixing device 10 has a valve element 13 which can connect the specific boxes 3, 4, 5 and the chamber (not shown) of the floor treatment equipment 1 depending on the current switch position, so that the liquid mixture can be finally transferred to Before the floor treatment element 2 or the surfaces 21, 22 to be cleaned, first introduce the liquid in the corresponding boxes 3, 4, 5 into the chamber and mix the liquid with the liquid in the other boxes 3, 4, 5 there. . 4 to 6 show different switching positions of the valve element 13 of the mixing device 10, wherein in FIG. 4, a tank 3 containing a basic liquid is connected to the chamber, and in FIG. 5, a tank containing a cleaning additive The body 4 is connected to the chamber, and in FIG. 6, a box 5 containing another cleaning additive is connected to the chamber. Before the entire liquid mixture is discharged from the chamber, the liquids are first stored in the chamber of the floor treatment apparatus 1 and the liquids are mixed by a stirring mechanism or the like as appropriate. For this purpose, the valve element 13 arranged on the outlet of the chamber is likewise preferably opened.

FIG. 7 shows the working operation of the floor treatment apparatus 1 on different surfaces 21, 22 to be cleaned. Here, the floor treatment device 1 is first placed on a surface 21 to be cleaned, which is here a tile floor. In addition to this there is a surface 22 to be cleaned, which is a carpet floor. The floor sensor 7 of the floor treatment device 1 detects the floor type of the surface 21 to be cleaned (that is, the tiled floor) and transmits the detection result to the control device 6 of the floor treatment device 1. The control device can further use a mixing device 10 Mix the liquid to achieve the best cleaning of the tiles. Once the floor sensor 7 is above the surface 22 to be cleaned, that is, above the carpet floor, the control device 6 stops outputting liquid and performs suction cleaning only on the surface 22 to be cleaned, for example.

8 and 9 schematically illustrate different solutions for wetting the floor treatment element 2. Fig. 8 shows a floor treatment element 2 constructed as a cleaning drum, to which liquid is applied from the outside. Here, the floor treatment element 2 is sprayed from the outside through two discharge nozzles 26. FIG. 9 shows a technical solution, in which the floor treatment element 2 is a cleaning roller wetted from the inside. The liquid is introduced into the floor treatment element 2 from the mixing device 10 through the corresponding pipeline, and the liquid can reach the surface through the permeable material of the floor treatment element 2 from there.

Claims (10)

    A floor treatment equipment, in particular a wet-type cleaning equipment, comprising a floor treatment element (2), several tanks (3, 4, 5) for storing liquids, and one or more tanks (3) for liquids , 4, 5) to the control device (6) for controlling the output of the floor treatment element (2) and / or the surface to be cleaned (21, 22), characterized in that the control device (6) is adapted to automatically The floor parameters of the surface to be cleaned (21, 22) control the liquid output, wherein the floor treatment equipment (1) has a floor sensor (7) or a floor sensor (7) for transmitting the floor parameters to the control device (6) or Communication interface (8).         For example, the floor treatment equipment of claim 1, wherein the floor sensor (7) is adapted to detect floor parameters of the surface (21, 22) to be cleaned, especially the floor type, surface structure, pollution type and / or pollution degree.         If the floor treatment equipment of claim 1 or 2, wherein the mixing device (10) is connected to these boxes (3, 4, 5), the mixing device is suitable for one or more boxes (3, 4, 5, 5) Receive the liquid, mix it as appropriate, and direct the liquid to the floor treatment element (2) and / or the surface to be cleaned (21, 22).         The floor treatment equipment according to any one of the preceding claims, wherein the control device (6) accesses a file stored in the data memory (11), the file including information about the surface to be cleaned having defined floor parameters ( 21, 22) for the type and / or amount of liquid required for optimal handling and / or information on one or more tanks (3, 4, 5) containing a specific liquid.         The floor treatment equipment according to any one of the preceding claims, wherein the first tank (3, 4, 5) has a basic liquid, especially water, and the second tank (3, 4, 5) has an additive, Especially cleaning additives.         The floor treatment equipment according to any one of the preceding claims, wherein one or more of the cabinets (3, 4, 5) have cleaning agents, abrasives, polishing agents, conditioning agents, oils and / or glazing cleaners.         The floor treatment equipment according to any one of the preceding claims, wherein one or more cabinets (3, 4, 5) and / or the mixing device (10) and / or constructed in one or more cabinets (3 (4, 5) and the mixing line (12) have a valve element (13) which can be operated by the control device (6).         The floor treatment equipment according to any one of the preceding claims, wherein one or more boxes (3, 4, 5) are removably arranged in the floor treatment equipment (1) and / or on the floor treatment equipment , Especially as a disposable container.         The floor treatment equipment according to any one of the preceding claims, wherein the control device (6) is adapted to supplementally control the liquid output according to a user input containing information about the type and / or planned floor treatment work Information on the desired result of the floor treatment, wherein the control device (6) is particularly adapted to select a file stored in the data memory (11) according to the user input, the file containing information on the type and / or amount of liquid required And / or information on one or more cabinets (3, 4, 5).         A method of operating a floor treatment device, in particular a method of operating a floor treatment device (1) according to any one of the preceding claims, wherein the floor treatment element (2) treats a surface to be cleaned (21, 22), and wherein the control The device (6) controls the output of liquid from one or several tanks (3, 4, 5) to the floor treatment element (2) and / or the surface to be cleaned (21, 22), which is characterized in that: The control device (6) automatically controls the liquid output according to the floor parameters of the surface (21, 22) to be cleaned, wherein the floor parameter (7) is detected by the floor sensor (7) of the floor treatment equipment (1) or transmitted through The communication interface (8) transmits the floor parameters from the user or an external communication device (15) to the control device (6).