EP4162136A1

EP4162136A1 - Method for setting up at least one furniture drive

Info

Publication number: EP4162136A1
Application number: EP21732175.1A
Authority: EP
Inventors: Thomas RUEDISSER; Florian Burtscher; Thomas Taimler
Original assignee: Julius Blum GmbH
Current assignee: Julius Blum GmbH
Priority date: 2020-06-05
Filing date: 2021-06-02
Publication date: 2023-04-12
Also published as: AT523888B1; JP2023528635A; AT523888A1; US20230165384A1; KR20230016690A; WO2021243393A1; CN116057249A

Abstract

The invention relates to a method for setting up at least one furniture drive (1) via at least one electronic device (2), in particular a mobile terminal, smart phone, or computer, said at least one furniture drive (1) comprising at least one storage unit (3). The following steps are to be carried out, preferably in chronological order: in an assembly operator region (4) of the at least one electronic device (2), at least one digital data set (5) relating to at least one static parameter and/or at least one dynamic parameter is stored on the at least one storage unit (3) via the at least one electronic device (2), in particular as a wireless signal transmission; and in an end user region (6) of the at least one electronic device (2), at least one digital data set (5) relating to the at least one dynamic parameter is stored on the at least one storage unit (3) via the at least one electronic device (2), in particular as a wireless signal transmission.

Description

Method for setting up at least one furniture drive

The invention relates to a method for setting up at least one furniture drive using at least one electronic device, in particular a mobile terminal, smartphone or computer, the at least one furniture drive comprising at least one storage unit. The invention also relates to a method for setting up a furniture arrangement using at least one electronic device, in particular a mobile terminal, smartphone or computer, the furniture arrangement comprising at least one furniture part movably mounted on a furniture body and at least one furniture drive with at least one storage unit, the at least one Furniture part can be arranged by the at least one furniture drive in at least two operating positions relative to the furniture body. The invention also relates to a Com puterprogramm product for executing such a method. Furthermore, the invention relates to a furniture arrangement comprising at least one furniture drive with at least one storage unit and at least one furniture part movably mounted on a furniture carcass, wherein the at least one furniture part can be arranged in at least two operating positions relative to the furniture carcass by the at least one furniture drive, and at least one, in particular spatially separated from the at least one furniture drive, electronic device, in particular mobile terminal, smartphone or computer, it is preferably provided that the at least one furniture drive and the at least one electronic device each include at least one data transmission device. Furthermore, the invention relates to a furniture drive for such a furniture arrangement, comprising at least one fastening device for fastening the furniture drive to a furniture body, at least one adjusting device with which at least one movable furniture part can be moved relative to the furniture body, at least one drive unit with which the at least one adjusting device , in particular electrically, can be driven, in particular at least one computing unit and / or at least one data transmission device, and at least one memory unit.

From the prior art - for example from WO 2019/145440 A1 - electronic devices in connection with furniture drives are known, the Electronic devices for controlling the furniture drives are provided. For example, the furniture drives can be operated via a smartphone in such a way that a piece of furniture moves into different operating positions via the controlled furniture drives. Control commands generated by the electronic device are transmitted to an evaluation unit and converted into a movement of actuating devices.

The disadvantage of the state of the art is that the furniture drives have to be stored in one assembly step with all the data relevant for the smooth operation of the furniture drive - for example via an HMI arranged on the furniture drive - so that the flexibility of the system is limited to the stored movement data and not convenient Deposit is provided. In addition, control commands which cause furniture parts to collide can only be inhibited via a further control command in the sense of an emergency-off control command, this requiring increased attention on the part of the user during operation of the furniture drives and reducing the user-friendliness of the system. Furthermore, a user of the piece of furniture is not given the option of adapting the control commands, with the use of the system being made considerably more difficult, for example, in the event of a poor language development and / or a lack of language skills on the part of a user of the piece of furniture.

The objectively technical object of the present invention is therefore to provide a method for setting up at least one furniture drive, which is improved over the prior art, and a method for setting up a furniture arrangement in which the disadvantages of the prior art are at least partially eliminated and which are in particular characterized by distinguish a user-friendly and / or flexible storage of data relevant to the operation of a piece of furniture from a remote position. Furthermore, an improved computer program product, an improved furniture arrangement and an improved furniture drive are specified.

This object is achieved by the features of claim 1.

It is therefore provided according to the invention that the following method steps, preferably to be carried out in chronological order, take place: - In a fitter area of the at least one electronic device, the at least one storage unit is stored via the at least one electronic device at least one digital data record with regard to at least one static parameter and / or at least one dynamic parameter, in particular transmitting radio signals,

- In an end-user area of the at least one electronic device, the at least one storage unit is stored via the at least one electronic device at least one digital data record with regard to the at least one dynamic parameter, in particular transmitting a radio signal.

This makes it possible for the digital data sets to be flexibly adjustable to the circumstances and / or requirements of a furniture arrangement and to be adapted in a user-friendly manner at any time, whereby in particular a fitter and / or a user can only see the configuration options of the furniture drive that are relevant to him or that have to be released for safety reasons are.

In addition, there is the positive property that if the installation, provisioning and / or configuration is carried out by the fitter and / or by the user, an immediate proximity to furniture drives is not required and the installation, provisioning and / or configuration is also required, for example, from remote ones Premises can be carried out comfortably. In general, however, the deposit can also be wired.

In general, the at least one electronic device can also act as a command generator for the furniture drive to initiate a movement of a movable furniture part, with the furniture drive being controlled, for example, by a voice-controlled and / or tactile app on the at least one electronic device. For example, restricted command options for specific users can be provided in the end user area in order to be able to generate only those commands for which the respective user is authorized. Thus, it can be prevented, for example, that a child Activates a furniture drive which controls a movable furniture part that conceals dangerous contents.

Furthermore, sensitive user data can remain hidden in the fitter area, whereby a more extensive configuration option is made possible by an extended range of static parameters to be stored. If the dynamic parameters are already known, they can already be stored in the assembly of the furniture drive using the at least one digital data record. However, it is also possible for the user to modify the dynamic parameters at a later point in time.

The static parameters enable a furniture drive, for example by comparing a digital command by a command generator, to be able to ensure proper kitchen operation without collision of movable furniture parts and / or with synchronized movements of movable furniture parts by other furniture drives. For example, a static parameter can map a state of a furniture drive which defines an open or closed furniture part and / or a locked or unlocked furniture drive.

The dynamic parameters enable a user, for example, to store product names for a furniture drive, the furniture drive being connected to a movable furniture part that conceals a storage space, and / or to define when a furniture drive should open the movable furniture part or at what point in time the movable furniture part should not be able to be opened by the furniture drive. In general, a furniture drive can be assigned different authorizations for specific users via a dynamic parameter.

As stated at the beginning, protection is also sought for a method for setting up a furniture arrangement according to the preamble of claim 2, wherein the following method steps, preferably to be carried out in chronological order, take place: in a fitter area of the at least one electronic device, the at least one storage unit is accessed via the at least one electronic device at least one digital record relating to at least one static Parameters and / or at least one dynamic parameter, in particular transmitting radio signals, stored; in an end user area of the at least one electronic device, at least one digital data record is stored in an end user area of the at least one electronic device via the at least one electronic device with regard to at least one dynamic parameter, in particular transmitting radio signals.

As stated at the beginning, protection is also sought for a computer program product, comprising instructions which, when executed by a processing unit, cause them to be issued from a storage unit which is in a data connection with the processing unit or can be brought into such a method according to at least one of the perform preceding claims.

The computer program product can, for example, be stored in the at least one memory unit and can be executed by the at least one computing unit.

As stated at the beginning, protection is also sought for a furniture arrangement according to the preamble of claim 20, wherein the at least one storage unit is designed so that

- at least one digital data record relating to at least one static parameter and / or at least one dynamic parameter, in particular transmitting radio signals, can be stored in a fitter area of the at least one electronic device of the at least one storage unit via the at least one electronic device,

- In an end user area of the at least one electronic device, the at least one storage unit, via the at least one electronic device, at least one digital data record relating to at least one dynamic parameter, in particular transmitting a radio signal, can be stored.

As stated at the beginning, protection is also sought for a furniture drive according to the preamble of claim 23, wherein the at least one storage unit is designed such that the at least one storage unit has at least one digital data set in relation to at least one static parameter and / or dynamic Parameters, in particular transmitting radio signals, can be stored via at least one electronic device, in particular mobile terminal, smartphone or computer.

Advantageous embodiments of the invention are defined in the dependent claims.

According to an advantageous embodiment of the invention, it is provided that the at least one electronic device and the at least one furniture drive are designed to be spatially separate from one another.

This considerably increases the convenience when storing a digital data record. The fitter and / or the user can configure a large number of furniture drives from a remote location, whereby user-friendliness can be increased and additional personnel in the configuration of the furniture drive can be dispensed with, especially when reference runs are necessary for large furniture and / or heavy movable furniture parts.

Furthermore, static parameters such as collision parameters and / or synchronization parameters, which are related to further furniture parts, can be transmitted to the at least one storage unit without changing a configuration position for storing the at least one digital data record.

It is advantageously provided that the fitter area and the end user area are separated from one another, preferably by separate logins and / or separate apps, on the at least one electronic device, whereby it is preferably provided that in the fitter area and / or the end user area a data communication between the at least an electronic device and the at least one furniture drive is encrypted and / or enabled during defined time windows.

This can prevent a user from entering the fitter area or a fitter entering the end user area and changing static and / or dynamic parameters of the furniture drive that are not assigned to his area of responsibility. Particularly preferably, the data communication is also encrypted and / or enabled during defined time windows for a fitter area located on a first electronic device and an end user area located on a second electronic device.

An advantageous variant consists in that the at least one digital data record of the fitter area and / or the end user area of the at least one storage unit is stored via at least one data transmission device that is spatially separate from the at least one electronic device the at least one data transmission device communicates via WiFi and / or WAN and / or the at least one data transmission device communicates with the at least one furniture drive via ESB.

If the electronic device does not have a radio protocol that can be used to communicate with the furniture drive, the at least one data transmission device can forward a digital command via a radio protocol with which the at least one furniture drive can receive digital data, the data transmission device providing a translation between the generated two radio protocols in order to store the at least one digital data record of the at least one storage unit and / or to transmit a command to control the furniture drive. In particular, data communication can take place according to a transmission protocol in accordance with the IEEE 802.11 standard and / or the Bluetooth standard. In general, the translation can also be done in a cloud.

In general, the furniture drive can communicate with at least one further furniture drive and, for example, compare the at least one digital data record with at least one digital data record of the at least one further furniture drive and / or share the at least one digital data record with the at least one further furniture drive, data communication being particularly preferred via ESB. The technical term ESB as a radio protocol is to be understood as Enhanced Shockburst ™, which compared to BLE has proven to be particularly favorable for controlling furniture drives due to its lower latency times, among other things.

In general, data communication can be understood to mean data transmission by means of sending and receiving, with preferably only sending or receiving at least temporarily. However, unidirectional data communication is also conceivable, in which case, for example, a response through digital information is dispensed with. Data communication via radio signal protocols is particularly preferred, wired data communication also generally being possible. A receiving unit and a transmitting unit can, for example, be integrated on a chip or spatially separated from one another.

It has been found to be favorable that data communication between the at least one electronic device and the at least one furniture drive takes place bidirectionally, whereby it is preferably provided that the at least one electronic device is connected to at least one, preferably exactly one, furniture drive and / or at least information, preferably at least one digital data record, at least one further furniture drive and / or a network in which the at least one furniture drive is mapped is determined by one, preferably exactly one, possibly existing data transmission device.

In this way, for example, a change in status and / or successful storage of the at least one digital data record can be confirmed and / or displayed for the at least one electronic device. In general, through a connection to only one furniture drive, the electronic device has access to information on further entities of a network in which the furniture drive is located.

According to an advantageous embodiment of the invention it is provided that the fitter area on at least one electronic device and the end user area on at least one of the at least one electronic device Device is installed in a spatially separate further electronic device or the fitter area and the end user area are installed on the same electronic device.

The fitter area and the end-user area are generally decoupled from one another, so that a user can, for example, install an app on his smartphone that only allows access to the end-user area, but does not offer access to the fitter area.

It has proven advantageous that the at least one electronic device communicates with the at least one furniture drive via BLE.

Particularly preferably, the at least one electronic device with at least one data transmission device communicates directly with a data transmission device of the furniture drive. BLE has proven to be particularly favorable as a transmission protocol or radio protocol for data communication.

The technical term BLE as a radio protocol is to be understood as Bluetooth Low Energy, which is integrated into commercially available electronic devices such as smartphones or computers.

It is particularly preferred that the fitter area and / or the end user area can be operated and / or tactilely as a function of a verbal voice command made by a user, preferably with user identification.

An advantageous variant is that the at least one tactile command and / or the at least one verbal voice command from the at least one command generator and / or in at least one cloud in at least one digital command for controlling the furniture drive and / or in the at least one for storage provided digital data record is translated. In this way, a homogenization of the commands obtained by a user can be achieved, which can be transmitted to the data transmission device via a suitable radio protocol with low latency times. The voice command provides a particularly convenient control and / or configuration of the at least one furniture drive via the at least one electronic device, since a user can, for example, generate an opening or closing of specific movable furniture parts and / or storage spaces with specific filling goods using a suitable word or sequence of words can prove individual identifications. By means of a user identification, for example, a digital command from a specific person cannot initiate a furniture drive for moving a movable furniture part and / or generate no storage of a digital data record in the at least one storage unit. The voice commands can also be individually adapted, with the term “salt”, for example, generating the opening of that movable furniture part that has a salt shaker in its storage space, thereby increasing the user-friendliness of the network. The term “open” can, for example, name a static status parameter in the assembly process of the furniture drive, which changes to a changed status parameter when an operating position of a movable furniture part changes. A digital command can include an operating command and / or a control command. The data relevant for furniture control can be stored in the static parameters and dynamic parameters in the at least one memory unit.

The number of entities abandoned in the network is generally arbitrary. A user is made accessible with the help of a simple verbal command without knowing the exact position of a desired filling material, with opening of the movable furniture part being generated at least partially by the at least one furniture drive in order to be able to remove the desired filling material. The static parameters and / or dynamic parameters required for this can be completely encompassed by the at least one digital data record. A different verbal command, such as “sugar”, can be used to make a product in a separate storage space accessible.

In one embodiment of the invention it is provided that the at least one static parameter is present in the form of a reference parameter, synchronization parameter, coupling parameter, state parameter and / or collision parameter, it is preferably provided that the state parameter is changed as a function of at least one operating position.

Reference parameters are to be understood as meaning, for example, defined end positions of at least one adjusting device which define the operating positions of the at least one furniture drive. Synchronization parameters are to be understood as meaning, for example, chronologically defined sequences of activation of at least one drive unit in order to coordinate a large number of furniture drives for moving the at least one furniture part. Coupling parameters are, for example, a link between a furniture drive and a command transmitter, household appliance, radio switching element, further furniture drive and / or the like, in order to define a connection between two entities of a network. State parameters are to be understood as meaning, for example, a locking and / or position of the at least one adjusting device, which represents an open or closed movable furniture part, the state parameter being changeable during a transition between operating positions of the at least one movable furniture part. The static parameters are not limited to the parameters mentioned and can, for example, include further assembly settings that are relevant for a furniture arrangement.

In general, the furniture drive can be coupled to a furniture lock which enables the furniture drive to be locked and / or the furniture drive itself has a locking device which, through the assembly area and / or the end-user area, changes to a locked state or an unlocked state - especially at specific times .

According to a preferred exemplary embodiment of the invention, it is provided that the at least one dynamic parameter is present in the form of a time parameter, locking parameter and / or storage space parameter.

For example, the furniture drive can be arranged on a piece of furniture in which a microwave and / or coffee machine is placed, wherein the closing of a movable furniture part is to be inhibited during operation of these household appliances. This can be done by the fitters area and / or the end user area Storage of a locking parameter take place. The locking parameter can be linked to the operation of a household appliance, be defined as a function of a time interval in which the furniture drive is to be locked and / or can be set individually by a user.

The time parameter can include, for example, at what point in time a furniture drive should move a movable furniture part into an open operating position and / or at what point in time no digital command to open the movable furniture part should be carried out by the furniture drive. The storage space parameters can be used to individually define storage spaces and / or the filling goods located therein, these being made accessible to the user, for example, by a verbal command to a speech recognition system. The dynamic parameters can be changed at any time by accessing the end-user area. The dynamic parameters can generally include further user settings that are relevant for a kitchen operation.

The at least one electronic device can, for example, be in the form of a tablet with a voice recognition system, with a spatially separate voice recognition system also being able to be integrated into the network.

That in the fitter area has proven to be favorable

- the at least one furniture drive is coupled to at least one further furniture drive and / or is synchronized via a reference run to be carried out by a user,

- the at least one furniture drive is initialized via a reference run to be carried out by a user,

the at least one furniture drive is coupled to at least one command generator, the at least one command generator preferably being initialized via a reference run to be carried out by a user,

- a collision avoidance is stored in the at least one memory unit via a reference travel to be carried out by a user, and / or the at least one furniture drive, at least one command generator and / or at least one data transmission device is added to a network.

By means of a reference run, the furniture drive can be taught-in in a particularly favorable manner to the conditions on site, such as required operating positions of a movable furniture part, into which the movable furniture part is moved by the furniture drive, whereby the digital data set provides information on other furniture drives such as impending collisions or necessary synchronizations for the proper movement of movable furniture parts. The digital data record can be stored during a reference run and / or before or after the reference run of the memory unit.

If the at least one command generator, further furniture drives and / or the data transmission device are known to the electronic device and / or the furniture drive, the resilience of the network is increased, the susceptibility to errors being reduced. Furthermore, log information can be read out and / or analyzed in a particularly advantageous manner via the at least one electronic device, since digital data from other entities in the network are accessible through a connection to an entity.

The log information provides the user / fitter with information on product use, which can be evaluated anonymously and / or, for example, support with data on the frequency of use and the time of use of specific furniture drives, language, temperature, humidity, sensor data, kitchen size , etc. can be transmitted.

Furthermore, it is preferably provided that in the fitter area

- at least one network address, at least one link key and / or at least one name is assigned and / or assigned,

- At least one current state, at least one piece of log information and / or at least one piece of operating information from the at least one furniture drive and / or at least one command generator and / or, if applicable, present a possibly existing data transmission device is read out,

- preferably at least one error message is displayed for at least one furniture drive and / or an optionally available data transmission device and / or an optionally available command generator,

- at least one furniture drive, at least one data transmission device and / or at least one command generator is added to form a network,

- at least one furniture drive, at least one possibly existing data transmission device and / or at least one possibly existing command transmitter is reset, unlocked or locked and / or set active or inactive,

- at least one update, preferably firmware update, of the at least one electronic device, of the at least one furniture drive, of an optionally available command transmitter and / or an optionally available data transmission device is updated, and / or

- At least one operating manual and / or help dialog for configuration is displayed.

As a result, the topicality of the network and the performance of the network are increased. In addition, for example, the at least one operating manual and / or the at least one help dialog make it easier to assemble the furniture drive, in particular in a furniture arrangement.

It is particularly preferred that in the end user area

- at least one current state of the at least one furniture drive is read out,

- at least one furniture drive, at least one possibly existing data transmission device and / or at least one possibly existing command transmitter is set active or inactive and / or unlocked or locked,

- at least one support access, in particular live support access, is enabled, - at least one update, preferably firmware update, of the at least one electronic device, of the at least one furniture drive, of an optionally available command transmitter and / or an optionally available data transmission device is updated, and / or

As a result, a current situation of the furniture drive, especially in connection with a furniture arrangement, can be viewed quickly and remotely from the furniture arrangement, convenient operation or configuration of the furniture drive and an update to current software are possible, with any problems in the handling of the electronic device and / or the Furniture drive assistance for operation can be guaranteed.

Alternatively, it is possible that the at least one furniture drive has at least one fastening device for fastening the furniture drive to a furniture body, at least one adjusting device with which at least one movable furniture part can be moved relative to the furniture body, and at least one drive unit with which the at least one adjusting device, in particular electrically, is drivable, includes, wherein it is preferably provided that the at least one furniture drive includes at least one computing unit.

The at least one fastening device enables secure positioning, in particular in a piece of furniture, with the at least one drive unit providing a force for moving the at least one movable furniture part, which by the at least one adjusting device is applied to the at least one movable furniture part to move the at least one movable furniture part is transferred.

In a further preferred embodiment it is provided that the at least one furniture drive comprises at least one data transmission device via which, preferably via a data transmission device of at least one further furniture drive, at least one static parameter of at least one further furniture drive, at least one dynamic parameter at least one further furniture drive and / or at least one piece of information, preferably at least one digital data set, for a network in which the at least one furniture drive is deserted, is determined and / or the at least one storage unit is stored.

The at least one data transmission device can generally comprise a transmitting device and / or a receiving device, which are arranged on a chip or spatially separated from one another on the furniture drive.

According to an advantageous embodiment of the invention, it is provided that the entire furniture arrangement can be configured in the fitter area and / or in the end user area.

In the prior art, there is no possibility of configuring a large number of pieces of furniture, furniture drives and / or movable furniture parts by an entity, which can be mapped as an entity in a network, and / or of adding digital data records to the furniture drives connected to the furniture deposit. The solution with the fitter area and / or end user area, via which the at least one storage unit of individual furniture drives can be specifically filled with digital data records, offers more flexibility.

For example, a fitter assembles a kitchen with a large number of furniture drives of the most varied of furniture, with the large number of furniture drives being configurable by storing digital data records in a manner that transmits radio signals via the electronic device without the need to change the position of the fitter.

In an analogous manner, a user can configure the entire kitchen via the furniture drives located in it and adapt it to the desired properties.

According to an advantageous embodiment of the invention, it is provided that a fitter area caused by the computer program product can be displayed on at least one electronic device and an end user area caused by the computer program product can be displayed on at least one spatially separate electronic device or by the computer program product The fitter area and the end-user area can be displayed on the same electronic device.

It is advantageously provided that the furniture arrangement comprises at least one data transmission device and / or at least one command generator for transmitting at least one digital data record and / or at least one digital command.

This enables the furniture drives of the furniture arrangement to move the at least one movable furniture part, taking into account the digital command, whereby, for example, a selection of feasibility or impracticability can be made by comparing the at least one digital command with the at least one digital data record, thereby preventing collisions and / or synchronous movements can be generated with other furniture drives.

It has proven to be beneficial that the at least one command transmitter is designed in the form of the at least one electronic device, a radio switching element, a data transmission device, a furniture lock, a household appliance and / or a further furniture drive.

The at least one digital data record of the storage unit and the at least one digital command can be used to properly move the at least one movable furniture part without the risk of collisions of the at least one movable furniture part, prevent undesired opening or closing of the at least one movable furniture part and / or a common parallel or common sequential movement of the movable furniture parts take place with at least one further furniture drive.

According to an advantageous embodiment of the invention it is provided that the at least one data transmission device has at least one ELB module for data communication with the at least one electronic device via ELB and / or at least one ESB module for data communication with at least one Includes command generator, at least one data transmission device and / or at least one further furniture drive via ESB.

It has proven to be advantageous that at least one digital command of the at least one command generator and / or the at least one data transmission device can be transmitted to the at least one data transmission device of the at least one furniture drive, preferably transmitting radio signals, the at least one computing unit being designed to handle the at least one to compare digital command with at least one digital data record stored in the at least one storage unit and the at least one computing unit is designed to make a selection for carrying out the at least one digital command as a function of a result of the comparison.

This makes it possible for the at least one furniture drive to have its own intelligence, separate from the command generator, via which the at least one furniture drive can check the at least one digital command of the at least one command generator with regard to feasibility. If the at least one digital command - for example due to an impending collision - cannot be carried out without risking damage to the at least one movable furniture part, the at least one furniture drive can prevent the implementation of the at least one digital command, with a large number of furniture drives only with a furniture drive a data communication has to take place in order to carry out a synchronous movement and / or to avoid a collision.

For example, it can be provided that for a piece of furniture in the form of a shelf or a base unit, at least one furniture drive for an interior pull-out is triggered via a voice command from a voice recognition system - in particular for the at least one electronic device, with at least one further furniture drive for a front pull-out being activated in parallel or sequentially synchronized to move the two moveable furniture parts by a digital command from the commander. If a collision is imminent, the movements are suppressed, the movements being carried out with correct synchronization and no potential collision, with the information relevant for this in the form of the static parameters and / or dynamic parameters of the at least one digital data record are stored in the at least one storage unit. The feasibility and a changed state of the operating positions of the movable furniture parts are transmitted to the command generator - in particular to the at least one electronic device - in the form of digital information. A user is informed about changes to the furniture via an app and can, if necessary, change the at least one digital data record via the end-user area.

Synchronized furniture drives can control a movement sequence of the at least one movable furniture part due to a time offset and / or due to a spatial position of the at least one movable furniture part relative to a furniture body or other movable furniture parts such as minimum opening angles, with the at least one furniture drive in particular checking the risk of a collision at any time is.

Further details and advantages of the present invention are explained in more detail below on the basis of the description of the figures with reference to the exemplary embodiments shown in the drawings. Show in it:

1 shows a furniture arrangement made up of four furniture drives, an electronic device and a large number of command transmitters, which are connected in a network, in a schematically illustrated overview view.

2a-2f shows data communication from electronic devices or command transmitters to a furniture drive, the furniture drive being in data connection with a further furniture drive, in a schematic representation,

2g-2h an electronic device in data connection with a furniture lock and a command generator in a schematic representation,

3a shows two electronic devices, a fitter area being displayed on one electronic device and an end-user area being displayed on the second electronic device, while two digital data sets are being transmitted to a furniture drive in a schematic representation, Fig. 3b shows an electronic device with an installed app with the

Fitter area and the end user area of a transmission of a digital data record to a data transmission device of the furniture drive in a schematic representation,

4a shows a furniture arrangement consisting of a piece of furniture with a furniture body and a movable furniture part in the form of a furniture flap and two command transmitters in a perspective view,

4b shows a furniture arrangement with one furniture and five relative to one

Furniture body movable furniture parts in the form of drawers and an electronic device and a data transmission device in a perspective view.

1 shows a furniture arrangement 7 made up of four furniture drives 1, each with a storage unit 3 and a movable furniture part 9, which is arranged on the furniture drive 1, which is deserted at the bottom left, and which is indicated by dotted lines. In general, a movable furniture part 9 arranged on the respective furniture drive 1 is arranged on all furniture drives 1. The furniture part 9 movably mounted on a furniture body 8 is arranged by the furniture drive 1 in at least two operating positions relative to the furniture body 8. The furniture arrangement 7 comprises an electronic device 2 which is spatially separate from the furniture drives 1 and further electronic devices 13 which are in data connection with the electronic device 2 or can be brought into such a connection.

Data communication in the network is generated in a signal-transmitting manner via radio links, with wired data communication also being possible. The electronic device 2 is in the form of a smartphone, with a further electronic device 13 in the form of a mobile terminal being designed as a voice recognition system. In general, the voice recognition system can also be integrated in the smartphone. In general, electronic devices 2 in the form of computers, tablets, mobile terminals or the like are also possible.

The electronic device 2 and the furniture drives 1 are designed to be spatially separate from one another. Command transmitters 14 are in the form of the electronic device 2, radio switching elements 22, each of which has a signal-transmitting connection with a furniture drive 1, a data transmission device 10, a furniture lock 23, three household devices 24 as a microwave, coffee maker and vacuum robot and other furniture drives 11.

The furniture drives 1 can, however, generally also act as command generators 14 themselves, in order to transmit a digital command to a further furniture drive 11 after a digital command from a command generator 14, in order, for example, to generate a synchronized movement of movable furniture parts 9. Collision parameters for threatened collisions with movable furniture parts 9 are stored in the form of static parameters in the digital data records 5 which are present in the storage units 3.

If a furniture drive 1 moves a movable furniture part 9 into a new operating position, the static parameter is updated in the form of a status parameter. Dynamic parameters such as storage space and / or product names are available at any time, for example, by the further electronic device 13 in the form of the voice recognition system in the form of a digital data record 5, which is translated from a verbal command in a cloud, the storage unit 3 of the furniture drive 1 and / or can be stored in the end user area.

The furniture drives 1 of the furniture arrangement 7 each include a fastening device 15 for fastening the furniture drive 1 to a furniture body 8, an adjusting device 16 with which a movable furniture part 9 can be moved relative to the furniture body 8, and a drive unit 17 with which the adjusting device 16 is electrically driven will.

For reasons of clarity in the illustration, arithmetic units 18, data transmission devices 19 and storage units 3 are each included in the furniture drives 1 and the further furniture drives 11. The storage units 3 are designed in such a way that the storage units 3 have digital data sets 5 in relation Static parameters and dynamic parameters can be stored in a radio-signal-transmitting manner via the electronic device 2.

The entire furniture arrangement 7 can be configured in the fitter area 4 and in the end user area 6, with sub-areas of the network 12 generally also being configurable by the electronic device 2 by storing digital data records 5.

For example, while the furniture arrangement 7 is being assembled, a fitter can start an app installed on the electronic device 2, connect the electronic device 2 to the data transmission device 10 in an assembly area and connect the electronic device 2 to a furniture drive 1, with the connection to the furniture drive 1, a data model of the furniture arrangement 7 can be transmitted to the data transmission device 10 and / or the electronic device 2 can obtain information about the entities that have been deserted in the network 12, such as further furniture drives 11. The further electronic device 13 in the form of the voice recognition system can be connected to the network 12 via the electronic device 13, whereby the furniture drives 1 can be moved by verbal commands of the voice recognition system, the electronic device 2 and / or by tactile commands on the electronic device 2 Furniture parts 9 can be actuated. Static parameters can be stored in the furniture drives 1 at any time.

For example, after the furniture arrangement 7 has been assembled, a user can start an app installed on the electronic device 2, create the furniture arrangement 7 digitally in an end-user area, connect the electronic device 2 to a furniture drive 1 and all entities or sub-areas of the network 12 deserted Configure network 12 like the other furniture drives 11 by storing dynamic parameters. A connection to a furniture drive 1 is sufficient to be able to obtain all the information from the network 12 such as the stored data records 5.

If problems of any kind occur while using the furniture drives 1, the problem can be remedied through support access and / or step-by-step instructions, with a guided one Process can be dispensed with specialist personnel and feedback for specific errors - for example in the network or in the event of defective assembly - can be generated and displayed.

By means of a system update via the electronic device 2, increased performance and expanded functionality of the furniture arrangement 7 can be achieved. Error diagnoses can be forwarded anonymously to a support for analysis and / or evaluation, which can support the use of the furniture arrangement 7 via a help dialog.

For example, an error message can include information on a problematic network structure, incorrect adjustment of a drive unit, insufficient installation depth, constant pressing of a movable furniture part on a radio switch and / or faulty firmware, which can be displayed to the user and / or fitter on the electronic device 2 and / or can be forwarded.

Via the electronic device 2, furniture drives 1 can, for example, be assigned to further furniture drives 11 for collision avoidance and / or can be coupled to them for synchronization. A data model of the furniture arrangement 7, such as a kitchen, for example, can then be created, with each furniture drive 1 knowing the additional furniture drives 11 and command transmitters 14 assigned to it, with the further furniture drives 11 and command transmitters 14 being able to be determined via a connection to the furniture drive 1 and / or in the digital data record 5 are stored in the form of static parameters.

2a shows an electronic device 2 in the form of a smartphone with a data transmission device 19, the electronic device 2 being used to configure a furniture drive 1 and as a command generator 14 of the furniture drive 1.

The furniture drive 1 is in a radio signal transmitting data connection with another furniture drive 11, the electronic device 2 communicating with the furniture drive 1 via BLE and the furniture drive 1 communicating with the further furniture drive 11 via ESB. FIG. 2b differs from FIG. 2a in that, instead of the electronic device 2, a furniture lock 23 is located as a command generator 14 in the network 12. The furniture lock 23 can transmit digital commands to the furniture drive 1, which are forwarded by a data transmission device 19 to the data transmission device 19 of the further furniture drive 11 in order to be able to generate, for example, a synchronized movement of movable furniture parts 9.

The furniture lock 23 can send a locking command to the furniture drive 1, or even inhibit a movement of the movable furniture part 9 by means of a locking state.

FIG. 2c differs from FIG. 2b in that the command transmitter 14 is designed as a radio switching element 22. In general, the command generator 14 can also be in the form of a household appliance 24 such as a microwave, which prevents the movable furniture part 9 from being closed by the furniture drive 1, and / or a vacuum robot which requests the movable furniture part 9 to be opened by the furniture drive 1, to be able to park in a piece of furniture.

FIG. 2d differs from FIG. 2b in that a further electronic device 13 is provided as the command generator 14, which can also be used as a data transmission device 10 for data communication between an electronic device 2 and a furniture drive 1. Another furniture drive 11 is located in the network 12 and is in direct radio signal-transmitting connection with the furniture drive 1.

FIG. 2e differs from FIG. 2a in that the electronic device 2, with which the furniture drive 1 and the further furniture drive 11 can be configured, generates data communication via a data transmission device 10. The electronic device 2 can generally also act as a command generator 14. The furniture drive 1 can act as a command generator 14 for the further furniture drive 11 in order, for example, to bring about a synchronous movement of movable furniture parts 9. The electronic device 2 can be connected to the furniture drive 1 by a user and fitter, the electronic device 2 communicating via WiFi with the data transmission device 10 and the data transmission device

10 communicates with the furniture drive 1 via ESB.

The data communication between the electronic device 2 and the furniture drive 1 is bidirectional, with the electronic device 2 being connected to the furniture drive 1 or the data transmission device 10 with information such as a digital data record 5 of the further furniture drive 11 and the network 12 in which the furniture drive 1 is shown.

The digital data records 5 of the fitter area 4 or of the end user area 6 are stored in the memory unit 3 via the data transmission device 10 that is spatially separate from the electronic device 2. The electronic device 2, the data transmission device 10, the furniture drive 1 and the further furniture drive

11 have a data transmission device 19 for data communication with any entity in the network 12. The end-user area 6 and the fitter area 4 can be operated tactile and verbally via the electronic device 2.

2f differs from FIG. 2d in that the further electronic device 13 is designed as a speech recognition system, which is generally spatially separate from the electronic device 2 on which the assembly area 4 or the end-user area 6 is displayed or in the electronic device 2 can be integrated.

The fitter area 4 and the end user area 6 can be operated as a function of a verbal voice command given by a user. The verbal voice command can be translated in a cloud, in the voice recognition system or in the data transmission device 10. Data communication to the furniture drive 1 is brought about by the data transmission devices 19.

Fig. 2g shows an electronic device 2 in connection with a furniture lock 23. The user and / or fitter can, for example, define a time interval on the electronic device 2 in which the furniture lock 23 opens a movable one Furniture part 9 is to prevent, or the furniture lock 23 is to couple with a specific furniture drive 1.

FIG. 2h differs from FIG. 2g in that the electronic device 2 is in signal-transmitting data communication with a radio switching element 22. The user and / or fitter can, for example, initiate a software update on the wireless switching element 22 via the electronic device 2 or set the wireless switching element 22 inactive for a time interval.

3a shows how a furniture drive 1 is configured in a method for setting up a furniture drive 1 via an electronic device 2 in the form of a smartphone and a further electronic device 13 in the form of a smartphone. The furniture drive 1 comprises a storage unit 3 in which two digital data sets 5 have already been stored by one of the smartphones.

In a fitter area 4 of the electronic device 2, the storage unit 3 is stored via the electronic device 2 with a digital data record 5 relating to static parameters and dynamic parameters in a radio-signal-transmitting manner.

In an end-user area 6 of the electronic device 2, which is designed as a further electronic device 13, the memory unit 3 stores a digital data record 5 relating to dynamic parameters in a radio-signal-transmitting manner.

The digital data sets 5 are received by the data transmission device 19 and stored in the storage unit 3. A computing unit 18 can use the digital data sets 5 at any time, for example for analysis purposes.

In general, the furniture drive 1 is arranged on a movable furniture part 9 in a kitchen, the electronic device 2 being suitable for setting up a furniture arrangement 7, the furniture arrangement 7 being the furniture part 9 movably mounted on a furniture body 8 and the furniture drive 1 with the storage unit 3 and the furniture part 9 can be arranged in at least two operating positions relative to the furniture body 5 by the furniture drive 1. A computer program product, comprising instructions which, when executed by a computing unit 18, cause them to be executed on the electronic device 2 from a storage unit 3 which is in a data connection with the computing unit 18 or can be brought into such a connection as well as the further electronic device 13 installed. For this purpose, the electronic device 2 and the further electronic device 13 have a storage unit 3 and a computing unit 18 (not visible in the illustration).

In general, part of the computer program product or the computer program product can also be installed on the furniture drive 1.

The storage unit 3 of the furniture drive 1 is designed so that the digital data record 5 can be stored in the fitter area 4 of the electronic device 2 of the storage unit 3 via the electronic device 2 in a radio-signal-transmitting manner in relation to a static or dynamic parameter. Analogously, a digital data record 5 relating to a dynamic parameter can be stored in the end user area 6 of the storage unit 3.

In this exemplary embodiment, the fitter area 4 is installed and displayed on the electronic device 2 and the end-user area 6 is displayed on the further electronic device 13 that is spatially separate from the electronic device 2.

In the fitter area 4, the furniture drive 1 can be configured, initialized, synchronized, coupled to further furniture drives 11, command transmitters 14 or data transmission devices 10, collision avoidances can be stored and added to a network 12 via reference runs. In addition, 4 network addresses, linkkeys and naming can be assigned in the fitter area, current statuses, log information and operating information can be read out, updates can be updated, error messages, operating instructions and help dialogs for configuration can be displayed. In addition, locking or unlocking as well as deactivation or activation of the furniture drive 1 is possible.

FIG. 3 b differs from FIG. 3 a in that the assembly area 4 and the end user area 6 are installed on the same electronic device 2. the Fitter area 4 and end user area 6 are separated from one another by separate logins and separate apps on electronic device 2. The fitter area 4 caused by the computer program product and the end user area 6 can both be displayed on the electronic device 2.

In the fitter area 4 and the end user area 6, data communication between the electronic device 2 and the furniture drive 1 is encrypted and made possible during defined time windows. The data transmission device 19 of the furniture drive 1 has an ELB module 26 for data communication with the electronic device 2 via ELB and an ESB module for data communication with a command generator 14, a data transmission device

10 or another furniture drive 11 via ESB.

Digital commands from the command generator 14 and the data transmission device 10 can be transmitted to the data transmission device 19 of the furniture drive 1 in a radio-signal-transmitting manner, the computing unit 18 being designed to compare the digital commands with the digital data records 5 stored in the memory unit 3. The computing unit 18 is designed to make a selection for carrying out the digital commands as a function of a result of the comparison.

In the end-user area 6, a current status can be read out with respect to the furniture drive 1, an activation / inactivation and unlocking / locking can be carried out, support access is enabled, an update can be updated and an operating manual or a help dialog for configuration can be displayed.

Via the data transmission device 19 of the furniture drive 1, in particular via a data transmission device 19 of a further furniture drive 11, static parameters of further furniture drives 11, dynamic parameters of further furniture drives

11 and information such as digital data sets 5 relating to the network 12 in which the furniture drive 1 is located are determined and stored in the storage unit 3.

Movable furniture drives 9 can be controlled by a suitable voice command, with a child's voice for example specific functionalities of the Furniture drive 1 can not perform. A voice command, for example, enables a kitchen, a living room or the storage spaces and goods contained therein to be recorded and named. A user and / or a fitter can use a voice command via the electronic device 2 to see the current state of the furniture drive 1. For example, a point in time at which a movable furniture part 9 is to make a coffee machine accessible through the furniture drive 1 can be established via a voice recognition system of the electronic device 2.

4a shows a piece of furniture 25 with a furniture part 9 movably mounted on a furniture carcass 8 in the form of a furniture flap, the furniture part 9 being able to be arranged in at least two operating positions relative to the furniture carcass 8 by means of two synchronized furniture drives 1 arranged on the furniture part 9. The furniture drives 1 can be controlled via a command generator 14 in the form of a voice recognition system, with a voice command sent by the data transmission device 19 being translated into a digital command, for example in a cloud, and forwarded to the furniture drive 1 via a data transmission device 10.

The command generator 14 communicates with the data transmission device 10 via WiFi, the data transmission device 10 communicating with the furniture drive 1 via ESB in order to minimize latency times.

The movable furniture part 9 is moved jointly between two operating positions relative to the furniture body 8 by the furniture drives 1 (the second furniture drive 1 is covered in the view by the movable furniture part 9). The number of operating positions is generally arbitrary. In general, the furniture part 9 can also be in the form of two furniture parts 9, which can then be controlled individually by the two furniture drives 1, in particular sequentially.

A further command generator 14 in the form of a radio switch element 22 is arranged on the furniture body 8 in order to activate the furniture drives 1 by a direct digital command by actuating the radio switch element 22 and to instruct them to move the movable furniture part 9 - in particular via ESB. the The position of the radio switching element 22 is generally arbitrary, it also being possible for it to be arranged spatially separate from the piece of furniture 25.

In general, the speech recognition system can be connected to an electronic device 2 in order to configure the furniture drives 1, static parameters being transmitted to the furniture drives 1 in the form of reference parameters, synchronization parameters, coupling parameters, status parameters and collision parameters. In this exemplary embodiment, the static parameters have already been stored in the storage units 3, whereby a user can conveniently operate the furniture 25 and, if necessary, make adaptations via the end-user area 6 of the electronic device 2 or indirectly via the voice recognition system. If a status parameter of the furniture drive 1 changes, the status parameter is changed as a static parameter as a function of the current operating position.

The furniture drives 1 have dynamic parameters stored in the form of time parameters, locking parameters and storage space parameters, so that the movable furniture part 9 is moved into an open position at a specified time by the furniture drives 1, is locked at a further specified time and can be controlled by a defined verbal voice command .

The furniture drive 1 each comprise a fastening device 15 for fastening the furniture drive 1 to the furniture body 8, an adjusting device 16 with which the movable furniture part 9 can be moved relative to the furniture body 8, and a drive unit 17 with which the adjusting device 16 can be electrically driven.

4b shows a piece of furniture 25 with five furniture parts 9, which are movably mounted on a furniture body 8, in the form of drawers, which can be moved individually by furniture drives 1. In this exemplary embodiment, a voice recognition system integrated in the electronic device 2 is used, which controls the furniture drives 2 via the data transmission device 10 after a translation into a digital command has taken place. The digital data records 5 can be stored directly in the storage units 3 of the furniture drives 1 via the electronic device 2, with direct proximity to the furniture drives 1 not being necessary. BLE is used as the radio protocol for this. The electronic device 2 can be operated tactile and voice-controlled.

The five movable furniture parts 9 can be moved in parallel or sequentially by the furniture drives 1 (hidden by the furniture parts 9 in the illustration) between at least two operating positions relative to the furniture body 8. The furniture arrangement 7 comprises the data transmission device 10 and the electronic device 2 as a command generator 14 and for configuring the furniture drives 1 in order to transmit digital data sets 5 and digital commands to the furniture drives 1.

List of reference symbols:

Furniture drive (1) electronic device (2) storage unit (3)

Fitter area (4) digital data record (5) end user area (6) furniture arrangement (7)

Furniture body (8) movable furniture part (9) data transmission device (10) further furniture drive (11) network (12) further electronic device (13) command generator (14) fastening device (15) adjusting device (16)

Drive unit (17)

Computing unit (18) data transmission device (19) radio switching element (22) furniture lock (23)

Household appliance (24)

Furniture (25)

ELB module (26)

Claims

1. A method for setting up at least one furniture drive (1) via at least one electronic device (2), in particular a mobile terminal, smartphone or computer, the at least one furniture drive (1) comprising at least one storage unit (3), characterized by the following, preferably Procedural steps to be carried out in chronological order:

- In a fitter area (4) of the at least one electronic device (2) the at least one storage unit (3) via the at least one electronic device (2) at least one digital data record (5) with respect to at least one static parameter and / or at least a dynamic parameter, in particular transmitting radio signals, is stored,

- In an end-user area (6) of the at least one electronic device (2), the at least one storage unit (3) is transferred via the at least one electronic device (2) to at least one digital data record (5) relating to the at least one dynamic parameter, in particular transmitting a radio signal , deposited.

2. A method for setting up a furniture arrangement (7) via at least one electronic device (2), in particular a mobile terminal, smartphone or computer, the furniture arrangement (7) at least one furniture part (9) movably mounted on a furniture body (8) and at least one Furniture drive (1) with at least one storage unit (3), the at least one furniture part (9) being able to be arranged by the at least one furniture drive (1) in at least two operating positions relative to the furniture body (5), characterized by the following, preferably in Procedural steps to be carried out in chronological order:

- In a fitter area (4) of the at least one electronic device (2) the at least one storage unit (3) via the at least one electronic device (2) at least one digital data record (5) with respect to at least one static parameter and / or at least a dynamic parameter, in particular transmitting radio signals, is stored, - In an end user area (6) of the at least one electronic device (2), the at least one storage unit (3) is sent at least one digital data record (5) with regard to at least one dynamic parameter, in particular transmitting radio signals, via the at least one electronic device (2), deposited.

3. The method according to claim 1 or 2, wherein the at least one electronic device (2) and the at least one furniture drive (1) are spatially separate from one another.

4. The method according to any one of the preceding claims, wherein the

Fitter area (4) and the end user area (6), preferably by separate logins and / or separate apps, on which at least one electronic device (2) are separated from one another, whereby it is preferably provided that in the fitter area (4) and / or the

End user area (6) a data communication between the at least one electronic device (2) and the at least one furniture drive (1) is encrypted and / or enabled during defined time windows.

5. The method according to any one of the preceding claims, wherein the at least one digital data record (5) of the fitter area (4) and / or the end user area (6) of the at least one storage unit (3) via at least one of the at least one electronic device (2) spatially separate data transmission device (10) is stored, whereby it is preferably provided that the at least one electronic device (2) communicates with the at least one data transmission device (10) via WiFi and / or WAN and / or the at least one data transmission device (10) with the at least one furniture drive (1) communicates via ESB.

6. The method according to any one of the preceding claims, wherein a

Data communication between the at least one electronic device (2) and the at least one furniture drive (1) takes place bidirectionally, whereby it is preferably provided that the at least one electronic device (2) is connected to at least one, preferably exactly one, Furniture drive (1) and / or at least one, preferably exactly one, possibly existing data transmission device (10) information, preferably at least one digital data record (5), at least one further furniture drive (11) and / or a network (12) in which the at least one furniture drive (1) is shown, determined.

7. The method according to any one of the preceding claims, wherein the

Fitter area (4) is installed on at least one electronic device (2) and the end user area (6) is installed on at least one additional electronic device (13) spatially separated from the at least one electronic device (2) or the fitter area (4) and the end user area ( 6) are installed on the same electronic device (2).

8. The method according to any one of the preceding claims, wherein the at least one electronic device (2) communicates with the at least one furniture drive (1) via BLE.

9. The method according to any one of the preceding claims, wherein the

Fitter area (4) and / or the end user area (6) can be operated in dependence on a verbal voice command made by a user, preferably with user identification, and / or tactile.

10. The method according to any one of the preceding claims, wherein the at least one static parameter in the form of a reference parameter,

Synchronization parameters, coupling parameters, state parameters and / or collision parameters is present, it being preferably provided that the state parameter is changed as a function of at least one operating position.

11. The method according to any one of the preceding claims, wherein the at least one dynamic parameter is in the form of a time parameter, locking parameter and / or storage space parameter.

12. The method according to any one of the preceding claims, wherein in the fitter area (4)

- the at least one furniture drive (1) is coupled to at least one further furniture drive (11) and / or is synchronized via a reference run to be carried out by a user,

- the at least one furniture drive (1) is initialized via a reference run to be carried out by a user,

- The at least one furniture drive (1) is coupled to at least one command generator (14), the at least one command generator (14) preferably being initialized via a reference run to be carried out by a user,

- a collision avoidance is stored in the at least one memory unit (3) via a reference travel to be carried out by a user, and / or

- The at least one furniture drive (1), at least one command generator (14) and / or at least one data transmission device (10) is added to a network (12).

13. The method according to any one of the preceding claims, wherein in the fitter area (4)

- at least one current status, at least one piece of log information and / or at least one piece of operating information from the at least one furniture drive (1) and / or at least one possibly present command transmitter (14) and / or a possibly present data transmission device (10) is read out,

- preferably at least one error message for at least one furniture drive (1) and / or an optionally available data transmission device (10) and / or an optionally available command transmitter (14) is displayed,

- at least one furniture drive (1), at least one data transmission device (10) and / or at least one command generator (14) is added to form a network (12), - at least one furniture drive (1), at least one possibly existing data transmission device (10) and / or at least one possibly existing command transmitter (14) is reset, unlocked or locked and / or set active or inactive,

- at least one update, preferably firmware update, of the at least one electronic device (2), of the at least one furniture drive (1), of an optionally available command transmitter (14) and / or an optionally available data transmission device (10) is updated, and / or

14. The method according to any one of the preceding claims, wherein in the end user area (6)

- At least one current state of the at least one furniture drive (1) is read out,

- at least one furniture drive (1), at least one possibly existing data transmission device (10) and / or at least one possibly existing command transmitter (14) is set active or inactive and / or unlocked or locked,

- at least one support access, in particular live support access, is enabled,

15. The method according to any one of the preceding claims, wherein the at least one furniture drive (1) has at least one fastening device (15) for fastening the furniture drive (1) to a furniture body (8), at least one adjusting device (16) with which at least one movable furniture part (9) is movable relative to the furniture body (8), and comprises at least one drive unit (17) with which the at least one adjusting device (16) can be driven, in particular electrically, it is preferably provided that the at least one furniture drive (1) at least comprises a computing unit (18).

16. The method according to any one of the preceding claims, wherein the at least one furniture drive (1) comprises at least one data transmission device (19) via which, preferably via a data transmission device (19) of at least one further furniture drive (11), at least one static parameter of at least one further Furniture drive (11), at least one dynamic parameter of at least one further furniture drive (11) and / or at least one piece of information, preferably at least one digital data record (5) for a network (12) in which the at least one furniture drive (1) is located, is determined and / or stored in the at least one memory unit (3).

17. The method according to any one of claims 2 to 16, wherein the entire furniture arrangement (7) in the fitter area (4) and / or in the end user area (6) can be configured.

18. Computer program product, comprising instructions which, when executed by a computing unit (18), cause them to be transferred from a storage unit (3) which is in a data connection with the computing unit (18) or can be brought into such a method according to at least one perform the preceding claims.

19. Computer program product according to claim 18, wherein a fitter area (4) caused by the computer program product on at least one electronic device (2) and an end-user area (6) caused by the computer program product on at least one spatially separate electronic device (2) can be displayed or the fitter area (4) caused by the computer program product and the end user area (6) can be displayed on the same electronic device (2).

20. Furniture arrangement (7) comprising at least one furniture drive (1) with at least one storage unit (3) and at least one furniture part (9) movably mounted on a furniture body (8), the at least one furniture part (9) being driven by the at least one furniture drive ( 1) in at least two

Operating positions relative to the furniture body (8) can be arranged, and at least one electronic device (2), in particular a mobile device, smartphone or computer, in particular spatially separate from the at least one furniture drive (1), it is preferably provided that the at least one Furniture drive (1) and the at least one electronic device (2) each comprise at least one data transmission device (19), characterized in that the at least one storage unit (3) is designed to

- In a fitter area (4) of the at least one electronic device (2) of the at least one storage unit (3) via the at least one electronic device (2) at least one digital data set (5) with respect to at least one static parameter and / or at least one dynamic parameters, especially those transmitting radio signals, can be stored,

- In an end user area (6) of the at least one electronic device (2) of the at least one storage unit (3) via the at least one electronic device (2) at least one digital data record (5) relating to at least one dynamic parameter, in particular transmitting radio signals, can be stored is.

21. Furniture arrangement (7) according to claim 20, wherein the furniture arrangement (7) comprises at least one data transmission device (10) and / or at least one command generator (14) for transmitting at least one digital data record (5) and / or at least one digital command.

22. Furniture arrangement (7) according to claim 20 or 21, wherein the at least one command transmitter (14) in the form of the at least one electronic device (2), a radio switching element (22), a data transmission device (10), one Furniture lock (23), a household appliance (24) and / or a further furniture drive (11) is formed.

23. Furniture drive (1) for a furniture arrangement (7) according to one of claims 20 to 22, comprising

- At least one fastening device (15) for fastening the furniture drive (1) to a furniture body (8),

- At least one adjusting device (16) with which at least one movable furniture part (9) can be moved relative to the furniture body (8),

- At least one drive unit (17) with which the at least one adjusting device (16) can be driven, in particular electrically,

- In particular at least one computing unit (18) and / or at least one data transmission device (19), and

- At least one storage unit (3), characterized in that the at least one storage unit (3) is designed in such a way that the at least one storage unit (3) has at least one digital data set (5) with regard to at least one static parameter and / or dynamic parameter , in particular transmitting radio signals, can be stored via at least one electronic device (2), in particular mobile terminal, smartphone or computer.

24. Furniture drive according to claim 23, wherein the at least one data transmission device (19) has at least one ELB module (26) for data communication with the at least one electronic device (2) via ELB and / or at least one ESB module (26) for data communication at least one command transmitter (14), at least one data transmission device (10) and / or at least one further furniture drive (11) via ESB.

25. Furniture drive according to claim 23 or 24, wherein to the at least one data transmission device (19) of the at least one furniture drive (1) at least one digital command of the at least one command generator (14) and / or the at least one data transmission device (10), preferably transmitting radio signals, can be transmitted, the at least a computing unit (18) is designed to compare the at least one digital command with at least one digital data record (5) stored in the at least one storage unit (3) and the at least one computing unit (18) is designed to be dependent on a result of the Comparison of a selection for carrying out the at least one digital one

To meet orders.