BE1030930B1 - Method for controlling a cleaning device, device and cleaning device - Google Patents

Abstract

The invention relates to a method for controlling a cleaning device for cleaning objects arranged or capable of being arranged in a washing chamber. The method comprises a step of determining a cleaning program for cleaning the objects using an object signal (400), wherein the object signal (400) represents sensor-detected objects arranged in the washing chamber, and a step of providing a display signal (410) to a user interface device (140). The display signal (410) represents the determined cleaning program and the display signal (410) causes the determined cleaning program to be displayed as a program suggestion in addition to a preset standard program. In addition, the method comprises a step of reading in a selection signal (430) from the user interface device (140), wherein the selection signal (430) represents a program selection made by a user in response to the display signal (410) to start the cleaning program or the standard program. Furthermore, the method comprises a step of controlling a device (145) of the cleaning device using the selection signal (430) to carry out the cleaning program or the standard program.

Description

Description

Method for controlling a cleaning device, device and cleaning device

The invention relates to a method for controlling a cleaning device for cleaning objects arranged or arrangeable in a washing cabinet, a corresponding device and a cleaning device for cleaning objects arranged or arrangeable in a washing cabinet.

In cleaning appliances, such as dishwashers, after loading the

device with utensils to be cleaned nor the right or suitable

Program and, if applicable, the corresponding options or extras can be selected 100. In order to record the dishes loaded or a wash cycle, some

Dishwashers have interior cameras. In addition, some devices have

Favorite buttons that allow you to save a preferred program and quickly access it.

The invention has the object of providing an improved method for controlling a ı5 cleaning device, an improved corresponding device and an improved

cleaning device with such a device. According to the invention, this

Task by a method for controlling a cleaning device, by a corresponding device and by a cleaning device with the features of the

Main claims solved. Advantageous embodiments and further developments of the invention emerge from the following subclaims.

The advantages achievable with the invention include improved

Cleaning performance in a user-friendly preselection and presentation of a program determined to be suitable.

A method is provided for controlling a cleaning device for cleaning in a

The method comprises a step of determining a cleaning program for cleaning the objects under

Using an object signal, wherein the object signal represents sensor-detected objects arranged in the washing chamber. The method also comprises a step of

Providing a display signal to a user interface device. The display signal represents the determined cleaning program and the display signal causes the determined cleaning program to be displayed as a program suggestion in addition to a preset standard program. In addition, the method comprises a step of reading in a selection signal from the user interface device, the selection signal representing a program selection made by a user in response to the display signal for starting the cleaning program or the

standard program. The method also includes a step of

Controlling a device device of the cleaning device using the

selection signal to perform the cleaning program or the standard program.

The cleaning device can be, for example, a washing machine, a

This could be a tumble dryer or a dishwasher. The cleaning device can be set in such a way that after each program run and after switching the

An energy-saving Eco program is always selected as the standard program on the machine.

Such a standard program can offer advantages in terms of saving energy and comply with existing energy saving regulations. However, the Eco program may not always be the optimal washing program for the objects arranged in the washing room, such as the dishes, and the associated soiling. The method presented here can advantageously determine an alternative cleaning program that is tailored to the objects detected and their degree of soiling and display it to a user. Such a cleaning program is used in the step of determining

Using the object signal, which can represent, for example, an image of the items in the washing room captured by a camera. As soon as a cleaning program optimized for the detected objects has been determined, this can be

Using the display signal, the user interface device can be provided. The user interface device can be, for example, a display on the cleaning device and additionally or alternatively a mobile device with an app for

Interaction with the cleaning device. In the procedure presented here, the cleaning program determined is used as an additional option to the standard program, such as

Example: the preset Eco program. A user of the cleaning device can now choose between the standard and the determined program. This selection is read in the step of reading using the selection signal and then the device setup is controlled accordingly. The device setup can be one or a number of consumers, such as heating,

Dosing device, circulation pump, drain pump, valves, etc., or even a control device for

Controlling such consumers. Using the device setup, the selected

The task of the method presented here is therefore in particular to determine a program suggestion by means of a real load and soiling detection, for example of the dishes in the dishwasher

And to display this to the user quickly and easily. The suggestion can be made not only once, but also continuously, for example after a loading phase has been carried out. The suggestion is not prescribed to the user, but is signalled by a special "SmartSelect" display as the "best" or recommended program suggestion. In addition to the primarily displayed

In addition to the standard program, another suggestion for loading the cleaning device can be displayed. This program can then be selected and started if desired.

This offers the advantage that a user can decide for himself whether he agrees with the proposal without having to deal in detail with the load, pollution and the existing

to consider program options.

According to one embodiment, in the step of providing, the display signal can be provided to a touch-sensitive display unit of the user interface device. In the step of reading, the selection signal can be read from the touch-sensitive display unit. For example, the

Cleaning device must have a touch display on which information can be shown and manual inputs can be made. The display unit can be used to

For example, the standard program and the determined cleaning program are displayed next to each other or alternately and, for example, by touching one or the other

Display can be selected. Advantageously, the user interface device can be compact and easy to operate.

According to a further embodiment, in the step of providing, the display signal can be provided to a display unit of the user interface device. In the step of reading, the selection signal can be provided by an input unit of the

User interface device. For example, the display unit can be designed solely to display the determined cleaning program, while the

Standard program can be displayed in another area of the user interface device. By means of a separate from the display unit formed

Input unit, for example a so-called “SmartSelect” button, one or the other program can be selected. This offers the advantage that the

The procedure and the display of the cleaning program determined thereby can be carried out largely independently of the rest of the operation of the cleaning device.

According to a further embodiment, in the step of providing, the display signal can cause a visualization of the presence of the program suggestion and additionally or alternatively a designation of the determined cleaning program. For example, the determined cleaning program can not be displayed directly, immediately or immediately, but can first be signaled by a pulsating light. For example, the program suggestion can only be shown on the display in response to a press on the "SmartSelect" display, for example, and the

User can confirm this program. Advantageously, the program can only be displayed under the premise that a user also registers for the

Interested in a program proposal that can save energy.

According to a further embodiment, the method may comprise a step of reading in which the object signal is transmitted from a detection interface to a

Detection device for sensory detection of the objects is read in. The reading step can, for example, be carried out before the detection step.

For example, by using a camera in the dishwashing room, images of the objects arranged therein can be read, for example at the end of each

loading process. Each image can contain information and parameters for

Load status of the machine. Using these load statuses, optimal program suggestions for cleaning the objects can be determined.

According to a further embodiment, the step of reading can be carried out in response to the completion of a process for loading the washing chamber with the objects. A loading process can be understood as a specific sequence of ı5 actions, for example opening the door, pulling out the baskets, putting the dishes away, pushing in the baskets, closing the door. In particular, the reading of the object signal can be triggered by closing a door of the cleaning device. This has the

Advantage that a change in the loading situation is continuously monitored and

Process for determining and displaying the optimal cleaning program.

In addition, the method may include a step of detecting the objects using a

Detection device for sensory detection of the objects. For example, the objects can be detected by one or more cameras and additionally or alternatively

load sensors and additional or alternatively other sensors. The

The detection device can then provide the object signal so that an optimal cleaning program for cleaning the objects can advantageously be determined.

According to a further embodiment, the step of determining can be carried out using image processing algorithms and additionally or alternatively artificial intelligence. For example, by means of a processing unit of a

Images captured by the camera are processed and evaluated. Here you can

For example, classic image processing algorithms or machine learning methods (known by the term AI - artificial intelligence) are used.

Processing unit can check the images, for example after each loading phase, for the objects that have been loaded up to that point, as well as the type and quantity of the load, and the associated types of soiling on the objects. The application of

Algorithms and additionally or alternatively artificial intelligence offers the advantage of a reliable and precise evaluation of the detected load. In addition, user-specific loading patterns and objects can be learned through machine learning, for example using a neural network, and the program determination can be tailored to them. 5 According to a further embodiment, the step of providing can be carried out in response to a start signal for starting a cleaning process. For example, the display signal for displaying the determined cleaning program can only be provided when a desired value has been entered by, for example, a manual input.

The start of a cleaning process is signalled. For example, a user can

Activate the cleaning device or its display, whereupon both the

Both the standard program and the determined cleaning program can be displayed.

The desired program can then be selected and started.

Advantageously, such a process can save energy.

The approach presented here also creates a device that is designed to carry out, control or implement the ı5 steps of a variant of a method presented here in corresponding devices. This

By embodying the invention in the form of a device, the problem underlying the invention can be solved quickly and efficiently.

The device can be designed to read input signals and

Using the input signals to determine and provide output signals. A

An input signal can be, for example, a sensor signal that can be read via an input interface of the device. An output signal can be a control signal or a

data signal that can be provided at an output interface of the device. The device can be designed to provide the output signals under

Using a processing instruction implemented in hardware or software. For example, the device may comprise a logic circuit, an integrated

circuit or a software module and may be implemented, for example, as a discrete

component or be comprised of a discrete component.

In addition, a cleaning device for cleaning objects arranged or capable of being arranged in a washing room is presented, wherein the cleaning device comprises a variant of the previously presented device. In addition, the cleaning device comprises a

Detection device for detecting the objects, wherein the detection device is designed to provide the object signal, and the

User interface device for displaying and additionally or alternatively entering

Information. The user interface device is designed to

Using the indication signal provided by the device, the determined

Cleaning program as a program suggestion in addition to a preset

Standard program and respond to the user's actions

Program selection to provide the selection signal. The cleaning device can be, for example, a dishwasher for washing dishes or a washing machine or a tumble dryer. Through this combination of the cleaning device with the device, the detection device and the user interface device, all of the above advantages can advantageously be optimally implemented.

According to one embodiment, the user interface device may comprise a

Display unit for displaying the determined cleaning program and additionally or alternatively the preset standard program and a separate

Input unit arranged next to the display unit for entering the program selection.

For example, the display unit can be a separately formed button or key that can be designed solely to display the determined cleaning program or to display the presence of a program suggestion ı5. According to a further embodiment, the

User interface device a touch-sensitive display unit for displaying the determined cleaning program and additionally or alternatively the preset

standard program and for entering the program selection. Selection of the desired program can be made possible using the input unit, for example on a touch-sensitive display on the dishwasher and additionally or alternatively on a mobile device, such as a smartphone or tablet. Advantageously, the display of a program suggestion can thus be independent of preset

Standard programs as well as further information or input actions on the

Cleaning device must be designed.

A computer program product or computer program with

Program code stored on a machine-readable carrier or storage medium such as a

semiconductor memory, hard disk memory or optical storage. If the Program Product or Program is stored on a computer or

Device, the program product or program may be used to carry out,

Implementation and/or control of the steps of the method according to one of the embodiments described above.

An embodiment of the invention is shown purely schematically in the drawings and is described in more detail below. It shows

Figure 1 is a schematic partial sectional view of a cleaning device according to an embodiment;

Figure 2 shows a flow chart of a method for controlling a cleaning device according to an embodiment;

Figure 3 is a flow chart of a method for controlling a cleaning device according to an embodiment;

Figure 4 is a block diagram of a device according to an embodiment;

Figure 5 is a schematic representation of a door of a cleaning device with a

User interface device according to an embodiment;

Figure 6A is a schematic plan view of a

User interface device according to an embodiment;

Figure 6B is a schematic plan view of a

User interface device according to an embodiment; and

Figure 6C is a schematic plan view of a

User interface device according to an embodiment; ı5 Figure 1 shows a schematic partial sectional view or cross-sectional view of a

Cleaning device 100 according to an embodiment. In the case of the cleaning device 100 shown here,

Cleaning device 100 is merely an example of a dishwasher or a dish washer. In the embodiment shown here, baskets for cleaning dishes are arranged in a washing chamber 110 of the dishwasher, which can be closed with a door 105.

Arranged for picking up objects 115 to be cleaned, which are merely examples of dishes such as pots, pans, cups or glasses.

These objects 115 can be detected by means of a detection device 120 of the cleaning device 100. The device shown here is merely an example.

Detection device 120 for a camera for taking pictures of the washing chamber 110

And the objects arranged therein 115. The camera is designed for this purpose according to this

The embodiment is arranged in the door 105 with a view into the sink interior.

Using a camera in the dishwasher are examples of images from the interior of the

Dishwasher. These pictures are according to an example of an embodiment for

Completion of a loading process (open door 105; pull out baskets; put dishes away, push in baskets; close door 105) can be initiated or triggered. Each image contains important information and parameters on the loading status of the machine.

In order to facilitate the recording of the images, the cleaning device 100 also comprises, by way of example only, an interior lighting 125 for illuminating the washing chamber 110.

The detection device 120 is connected in a signal-transmitting manner to a device 130, which can also be referred to as a control unit. This is designed to use an object signal to

Objects 115, that is, according to this embodiment, the images of the dishes, and to display the recorded images merely by way of example by means of a

The processing unit 135 of the device 130 checks and evaluates the images after each loading phase according to this embodiment for the items of crockery that have been loaded up to that point.

The type and/or quantity of the load and the type and/or quantity of soiling can be determined. The history of the loading steps is also recorded and stored. According to a

Examples of examples include classical image processing algorithms or

Methods of machine learning (known by the term AI - artificial intelligence) are used. The device 130 is designed to use these entire

Information a program suggestion for a cleaning program from the existing

programs with which the detected objects 115 can be cleaned particularly well, or (even only minor) adjustments in the washing program parameters, such as running time,

Temperature, amount of detergent, water change, etc., of the respective program.

The device 130 is further designed to provide the determined cleaning program to a user interface device 140 by means of a display signal. The determined cleaning program is now displayed on the ı5 user interface device 140 as

Program suggestion can be displayed in addition to a preset standard program.

According to this embodiment, the user interface device 140 is embedded or integrated into a general control panel on the door 105 of the dishwasher.

According to one embodiment, it stands out through its shape, color, appearance,

Lighting and/or sound, especially when a better

Program suggestion by the device 130 is present. The

User interface device 140 according to this embodiment both for

The device 130 is designed to display and enter information. This allows a user to select either the standard program or the cleaning program determined by the device 130 for cleaning the objects 115. The device 130 is designed to detect and process a corresponding input using a selection signal.

Optionally, a wireless connection and/or connection to the Internet can help to transfer the suggested program to a mobile device (smartphone, tablet, etc.) and display it accordingly. The program can also be selected and the dishwasher started via the mobile device.

The device is designed to produce a

Device device 145 of the cleaning device 100 to carry out the cleaning program or the standard program. Various washing parameters and thus also the consumers to be switched on and off in the dishwasher can be controlled, such as

Heating, circulation pump, drain pump, dosing device, etc.

The preset standard program is based on a

This example is a resource-saving program or a so-called eco-program. From a legal point of view, such a program can always be selected in today's dishwashers after each program run and after switching the machine on and off, if there is a pre-selection by the manufacturer. This can be mandatory, for example, in order to comply with energy saving regulations. However, the eco-program may not always be the right washing program for the dishes loaded and the associated soiling, so that after

At the end of the program, some of the dishes may not be clean or the drying may be

In order to find the right program, a user can regularly check what type of dishes and soiling has been put into the dishwasher, and in addition, they should know which program is best for which type of dishes and soiling. This is often not the case. Therefore, one of the tasks of the cleaning device 100 shown here is to use real load and soiling detection of the dishes in the

The dishwasher is designed to determine a program suggestion and to display this to the user quickly and easily on the control panel, without departing from potential standard regulations. According to one example, the suggestion is not made once, but continuously after a loading phase has been carried out. The suggestion is not prescribed to the user, but is signaled by a special 'SmartSelect' display as the "best" program suggestion for the load, for example by pulsing. By pressing the "SmartSelect" display, according to one example, the user can select the right program for the load.

In this embodiment, the program suggestion can be shown on a display and the user can confirm this program and thus replace the preset standard program with the suggested program.

Figure 2 shows a flow chart of a method 200 for controlling a cleaning device according to an embodiment. The method 200 shown here can be implemented in a

cleaning device as described in Figure 1, in order to

The method 200 for controlling the cleaning of the washing chamber can be

connection with and/or using or by means of the device of Figure 1 or a similar device.

For this purpose, the method 200 comprises a step 205 of determining a

Cleaning program for cleaning the objects using an object signal, wherein the object signal represents sensor-detected objects arranged in the washing chamber.

In a subsequent step 210 of providing, an indication signal is sent to a

The display signal represents the determined cleaning program and causes a display of the determined

Cleaning program as a program suggestion in addition to a preset standard program.

The method 200 further comprises a step 215 of reading in a selection signal from the user interface device, wherein the selection signal represents a program selection made by a user in response to the display signal for starting the

cleaning program or the standard program. 10 Using the selection signal, a step 220 of the control is then used to

The device setup of the cleaning device is controlled to start the cleaning program or the

to carry out the standard program.

In addition to the preselected standard program, for example after a

Load, the optimal program is always suggested for the specific case, so that ı5 the items placed in the dishwasher are always washed with the optimal cleaning conditions and the lowest resource consumption, whereby the final decision between the determined program and the standard program is left to the user. Not only the type and quantity of dishes are relevant for the suggestion, the dirt still clinging to the dishes is also included in the program suggestion as an example. This makes it possible to improve the program suggestion again.

Figure 3 shows a flow chart of a method 200 for controlling a cleaning device according to an embodiment. The method 200 shown here corresponds to or is similar to the method described in Figure 2, with the difference that it includes additional

steps.

According to this embodiment, the method 200 comprises, by way of example only, a

Step 300 of detecting the objects using a detection device for sensory detection of the objects. According to one embodiment, the objects are detected using one or more cameras, for example, and the recorded images are provided using the object signal.

According to this embodiment, the step 300 of detecting is followed, by way of example only, by a step 305 of reading the object signal from a detection interface to the

Detection device. Step 305 of reading is only carried out by way of example in response to the completion of a loading process of the washing chamber with the

objects.

After step 305 of reading the object signal, the following steps are carried out

Embodiment of the step 205 of determining. This is carried out according to a

The embodiment is carried out using image processing algorithms and/or artificial intelligence. In this case, only exemplary load states in the washing chamber of the cleaning device that are recorded and read using the object signal are evaluated by appropriate algorithms and/or AI models in order to determine optimal

to issue program suggestions.

Such a program proposal is made available in the following step 210 of providing

Use of the display signal merely as an example in response to a start signal for

Starting a cleaning process on, for example, a touch-sensitive

Display unit of the user interface device. In accordance with this

embodiment, the selection signal is also read from the touch-sensitive display unit in step 215 of reading. According to another

Embodiment, alternatively, in step 210 of providing, the display signal may be provided to a display unit of the user interface device, wherein in

Step 215 of reading the selection signal from one, for example separate from the

input unit of the user interface device, which is designed as a display unit.

According to one embodiment, the display signal provided in step 210 of providing also causes, instead of comprehensive information on the determined

Cleaning program merely visualizes the presence of the

program suggestion. For example, the visualization is done by a pulsating light on the display unit.

Figure 4 shows a block diagram of a device 130 according to an embodiment.

The device 130 shown here corresponds or is similar to that described in Figure 1

Device and is designed to carry out or control a method as described in the preceding Figures 2 and 3.

For this purpose, the device 130 is designed to read in an object signal 400, wherein the

Object signal 400 represents objects arranged in a washing chamber of a cleaning device as described in Figure 1. According to this embodiment, the

Object signal 400 merely by way of example from a detection interface 405 to a

Detection device 120 for sensory detection of the objects can be read.

Using the object signal 400, the device 130 is configured to

Cleaning program for cleaning the objects and a the determined

Display signal 410 representing the cleaning program to a

User interface device 140.

According to one embodiment, the indication signal 410 is responsive to a

Start signal 415 can be provided, wherein the start signal 415 merely exemplifies a command entered at an input unit 420 of the user interface device 140 for

Starting a cleaning process is represented.

According to this embodiment, the user interface device 140 comprises a display unit 425 arranged separately from the input unit 420. The display signal 410 provided by the device 130 causes, for example,

Display unit 425 displays the determined cleaning program as

Program suggestion in addition to a preset standard program. The

According to this embodiment, the cleaning program or the standard program can be selected again via the input unit 420, whereupon a

A selection signal 430 representing program selection can be provided and read by the ı5 device 130.

Using the selection signal 430, the device 130 is configured to

To control the device 145 of the cleaning device by means of a control signal 450 in order to carry out the cleaning program or the standard program.

The device 130 is thus designed to provide a corresponding program suggestion from the existing programs based on the information read in or even to make only minor adjustments to the washing program parameters (such as running time,

temperature, amount of detergent, water change, etc.) of the respective program. For example, after each loading process, a new program suggestion can be determined based on the objects placed in the machine. It is important that shortly before the start of the program or shortly before the start of the

rinsing process, the corresponding optimal suggestion is made by the device 130 and a user can also select this program or switch to this program. If an optimal/better program suggestion for the load has been determined, according to an embodiment, this cannot be transferred immediately to the device device 145, but can be stored as a program suggestion and a specially provided display unit 425 "SmartSelect" can be activated and lights up in a pulsating manner. This display unit 425 can be a backlit touch field with a "SmartSelect" symbol or a button with a built-in LED and text. If a program suggestion is available, the light unit behind the touch field/button is switched on. Before the program starts, the user can see the illuminated

Symbol or text. For example, by pressing the SmartSelect button, further

Information about the proposed program can be displayed. Then there is the

Opportunity to agree to this program or start the program listed by default.

Figure 5 shows a schematic representation of a door 105 of a cleaning device with a user interface device 140 according to an embodiment. The door 105 shown here and the user interface device 140 correspond to or are similar to the door described in Figure 1 and the described

User interface setup.

The user interface device 140 comprises according to this embodiment a

Starting unit 500, which is designed to respond to a pressing or simple

Touching the cleaning device or issuing a start signal, as described in the previous Figure 4. In addition to the start unit 500, in this embodiment, further units 505 are exemplary for selecting a

cleaning program arranged.

A value determined by means of a device as described in Figure 4 is

Cleaning program can be displayed as a program suggestion on the user interface device 140. For this purpose, the user interface device 140 has, by way of example, a

Display unit 425, which according to this embodiment is designed to display the

To indicate the presence of a program suggestion by means of a pulsating light.

In addition to the display unit 425, the user interface device 140 in this

embodiment, a further display unit 510 which is designed to display detailed

To display information such as duration or temperature of a

The additional display unit 510 can display, for example, a preset standard program, which is based on a

The embodiment is an energy-saving program. By means of an input unit 420, which is designed separately from the display unit 425 and the further display unit 510, it is possible to select whether information on the determined

cleaning program or the standard program or other information should be displayed. In addition, according to this embodiment, it is possible to use the

Input unit 420 to make a program selection and a corresponding

selection signal as described in Figure 4 to provide the desired

program in the cleaning device.

Figures 6A, 6B and 6C each show a schematic plan view of a

User interface device 140 according to an embodiment. The user interface device 140 shown here corresponds to or is similar to the user interface device described in the previous Figures 1, 4 and 5 and, according to this embodiment, comprises a display unit 425 for displaying a

presence of a detected cleaning program and a further display unit 510 for displaying detailed program information and a separate

Display units 425, 510 formed input unit 425.

Figure GA shows, by way of example, a lighting and/or flashing of the display unit 425, by which the determined cleaning program or the presence of a determined cleaning program which deviates from the standard program is visualized.

At the same time, the additional display unit 510 shows the preset

Standard program is displayed, which according to one embodiment is a

Eco program operates with a predetermined duration, which is also shown by the display unit. In this embodiment, the

Display unit 425 is designed as a button, for example, whereby by pressing the

Display unit 425 can trigger a display of information regarding the program suggestion on the further display unit 510. ı5 Accordingly, in Figure 6B, the display unit 425 is shown in a lit state, since the button has been pressed and details of the determined cleaning program are displayed on the further display unit 510, for example as a so-called SmartSelect

Proposal, for example an intensive programme or a special

Glass protection program or similar.

This program can now be selected manually using the input unit 420. By pressing an example OK button on the input unit 420, a change from the preset standard program to the determined cleaning program can be carried out, as shown in Figure 6C. If, however, the program start is triggered — for example by the

Pressing the example OK button — without having previously operated the display unit 425,

This will start the preset standard program.

The program suggestion via "SmartSelect" shows the optimal program for the current load in the cleaning device. The selection itself can be carried out manually.

According to an example, the optimal

Programs can be suggested. The user can decide for himself whether he accepts the suggestion. In addition to the primarily displayed Eco program, which is based on a

If the display only lights up normally in the example, it is possible to see whether a new, better suggestion for a current load is available. If desired, this program can then be selected and started. The illuminated or pulsating display is

Text and/or symbol can be recognized immediately. According to one embodiment, the suggestion can also be called up directly on the display using the dual function of display and button in the form of the display unit 425. Pressing the "SmartSelect" button or the

Display unit 425 shows the suggested program in the display or the further display unit 510 and confirmation can be made with the "OK" button.

Claims (15)

Patent claims 1. Method (200) for controlling a cleaning device (100) for cleaning objects (115) arranged or arrangeable in a washing chamber (110), the method (200) comprising the following steps: determining (205) a cleaning program for cleaning the objects using an object signal (400), the object signal (400) representing sensor-detected objects arranged in the washing chamber (110); providing (210) a display signal (410) to a user interface device (140), the display signal (410) representing the determined cleaning program and the display signal (410) causing the determined cleaning program to be displayed as a program suggestion in addition to a preset standard program; Reading (215) a selection signal (430) from the user interface device (140), the selection signal (430) representing a program selection made by a user in response to the display signal (410) to start the cleaning program or the standard program; and controlling (220) a device device (145) of the cleaning device (100) using the selection signal (430) to carry out the cleaning program or the standard program. 2. The method (200) according to claim 1, wherein in the step (210) of providing, the display signal (410) is provided to a touch-sensitive display unit (425) of the user interface device (140), wherein in the step (215) of reading, the selection signal (430) is read in from the touch-sensitive display unit (425). 3. Method (200) according to claim 1, wherein in the step (210) of providing the display signal (410) is provided to a display unit (425) of the user interface device (140), wherein in the step (215) of reading the selection signal (430) is read in by an input unit (420) of the user interface device (140). 4. Method (200) according to one of the preceding claims, wherein in the step (210) of providing, the display signal (410) causes a visualization of a presence of the program suggestion and/or a designation of the determined cleaning program. 5. Method (200) according to one of the preceding claims, comprising a step (305) of reading the object signal (400) from a detection interface (405) to a detection device (120) for sensory detection of the objects (115). 6. Method (200) according to one of the preceding claims, wherein the step (305) of reading is carried out in response to a completion of a loading process of the washing compartment (110) with the objects (115). 7. Method (200) according to one of the preceding claims, comprising a step (300) of detecting the objects (115) using a detection device (120) for sensory detection of the objects (115). 8. Method (200) according to one of the preceding claims, wherein the step (205) of determining is carried out using image processing algorithms and/or artificial intelligence. 9. The method (200) according to any one of the preceding claims, wherein the step (210) of providing is performed in response to a start signal (415) for starting a cleaning process. 10. Device (130) which is designed to carry out the steps (205, 210, 215, 220, 300, 305) of the method (200) according to one of the preceding claims in corresponding units. 11. Cleaning device (100) for cleaning objects (115) arranged or arrangeable in a washing compartment (110), the cleaning device (100) comprising the following features: a device (130) according to claim 10; a detection device (120) for detecting the objects (115), the detection device (120) being designed to provide the object signal (400); and the user interface device (140) for displaying and/or entering information, the user interface device (140) being designed to display the determined cleaning program as a program suggestion in addition to a preset standard program using the display signal (410) provided by the device (130) and to provide the selection signal (430) in response to the program selection made by the user. 12. Cleaning device (100) according to claim 11, wherein the user interface device (140) has a display unit (425) for displaying the determined cleaning program and/or the preset standard program and an input unit (420) arranged separately from the display unit (425) for entering the program selection. 13. Cleaning device (100) according to claim 11, wherein the user interface device (140) has a touch-sensitive display unit (425) for displaying the determined cleaning program and/or the preset standard program and for entering the program selection. 14. Computer program product with program code for carrying out the method (200) according to one of claims 1 to 9, when the computer program product is executed on a device (130) according to claim 10. 15. A machine-readable storage medium on which the computer program according to claim 14 is stored.