Event furniture

Abstract

You can have a new experience at the event. [Solution] Event furniture comprising at least one table and / or at least one chair as event furniture parts (100, 200, 250, 300, 350), wherein said at least one table (11, 250), a table portion (120, 300, 350) of said at least one table (11), said at least one chair (110, 200) and / or a combination of said event furniture parts have means for performing individual mechanically controlled movements.

Description

Technical Field

[0001] The present invention relates to furniture for events having the characteristics of the superordinate concept of claim 1.

Background Art

[0002] Recently, participation in social life events has come to involve greater expectations and the pursuit of experiences beyond the events themselves. For example, visiting a restaurant is not only being regarded simply as an activity for eating or, in some cases, deepening friendly relations, but at the same time is something that creates an enjoyable experience. Therefore, in the field of experiential restaurants, there have been many proposals that combine such experiences with food. In the simplest case, within the framework of a themed restaurant, furnishings, menus, and even the clothing of waiters are all made to conform to a certain theme.

[0003] Furthermore, very popular formats have been developed in which meals are part of a play or show event, such as Krimidinner, Witzigmans Palazzo, and Schuhbecks Teatro.

[0004] Also, a technique of performing some of the procedures normally carried out in a restaurant in an unusual way different from usual is popular. One step in this direction is show cooking in which cooking is done in front of the customers. It is also known for waiters to present intermission entertainment. As another variant belonging to this category, there is the well-known jet coaster restaurant described also in Patent Document 1 (EP 1 833 331 B1) or Patent Document 2 (DE 10 2015 011 538). In these restaurants, instead of the conventional meal service operation, ordered dishes and drinks are supplied to the tables in front of the customers by a rail system like a jet coaster, and the supply by this rail system is made partially visible to the customers by robots or robotic arms.

Prior Art Documents

[0005] [Patent Document 1] EP 1 833 331 B1 [Patent Document 2] DE 10 2015 011 538 [Overview of the project] [Problems that the invention aims to solve]

[0006] However, what conventional concepts have in common is that during an event, guests are basically statically positioned in a room, and at most, in some exceptional cases, such as on a sightseeing boat or in a train's dining car, the room itself moves. There is a demand for furniture that can provide new experiences not only in restaurants, cafes, and bars, but also in events such as conferences and cultural gatherings. [Means for solving the problem]

[0007] Therefore, the object of the present invention is to provide such event furniture. This object is solved by event furniture having the features of claim 1. Advantageous further developments of the present invention are the subject of the dependent claims.

[0008] Generally, the event furniture according to the present invention has at least one table and / or at least one chair as event furniture components. It should be emphasized here that it is not necessarily required to have a table and chairs; standing restaurants and chairs with integrated storage are also conceivable.

[0009] Essentially, the present invention provides that a combination of at least one table, at least one table portion, at least one chair, and / or event furniture components has means for performing individually mechanically controlled movements.

[0010] In this context, mechanically controlled movements are understood to be drive actions that are not directly controlled by the user of the event furniture components, such as emergency stops or instructions to approach a desired destination without direct user control, even if they can be influenced by the user if necessary. For example, mechanically controlled movements can be achieved using technologies used in automated guided vehicles (AGVs).

[0011] In particular, the existence of means for performing mechanically controlled individual actions does not preclude the existence of additional means for performing actions controlled by the customer themselves, and it should be noted that some of these means may be used for both purposes. In fact, according to a particularly preferred further development of the present invention, the event furniture may also have operating elements for the customer to influence the movement, such as a pedal, a drive seesaw, or a hand lever that functions as a vertical oar.

[0012] In this disclosure, “individual” means that mechanically controlled movements of different event furniture components may simultaneously result in different outcomes. Conversely, mechanically controlled movements in which the relative positions of event furniture components do not change are not “individual” mechanically controlled movements.

[0013] Even though specific configurations of means for performing individual mechanically controlled movements are shown in more detail below, it is noted at this point that, if interaction with objects other than the corresponding event furniture component is required to perform the movement, such means exist in the sense of this disclosure.

[0014] For example, it is sufficient to have one coupling element for connecting to a drive device located outside the event furniture component, such as a magnetic coupling in a magnetic transport system or a mechanical coupling in a conveyor chain. Therefore, the drive device does not necessarily need to be fully integrated into the event furniture component in order to have means to perform individually mechanically controlled movements.

[0015] Similarly, coupling with an externally provided control system, such as a control signal wirelessly transmitted to a drive unit integrated into event furniture components, is sufficient, allowing for local control and useful for many applications, but the feature of having means to perform individually mechanically controlled movements is not necessary.

[0016] The event furniture according to the present invention, through these features, allows the environment to change in surprising and unpredictable ways for customers using the event furniture components. For example, by appropriately setting up the event furniture components, different parts of a meal can be taken in different locations within the restaurant, the serving process can be reversed by sending customers to the kitchen to receive their food, or the seating arrangement at tables can be changed.

[0017] If a restaurant has the necessary equipment, it can create a unique narrative or travel experience during meals. Simultaneously, if adapted appropriately, it can be used to mix guests at parties, such as singles' get-togethers.

[0018] In an advantageous further development of the present invention, the event furniture comprises a table composed of or capable of being composed of multiple table components and chairs accompanying the table, wherein each event furniture component preferably has means for performing individual mechanically controlled movements in all of its components or in groups of combinations of components forming the event furniture component. This makes it possible to change not only the size of the table but also the seating arrangement at the table during a restaurant visit. For example, a large common table could be suddenly disassembled and reconfigured into multiple smaller tables.

[0019] One of the common problems when eating a multi-course meal around a table with a large group of people used to be having to make small talk with the same people the whole time, but now, with automatic seat rotation, the customers can be shuffled around.

[0020] However, especially in the practical aspects of restaurant visits, it is generally desirable to maintain a clear allocation of food and beverages to customers. Therefore, it is preferable that some or all table components form a unit in which the table components and the chairs attached to them can move together in the room, and that this unit can then be understood as an event furniture component, with each unit connected to at least one of the chairs attached to the table. Thus, these units and event furniture components have means to perform mechanically controlled movements. As a result, the table components and the chairs attached to them can be reconfigured into multiple tables or into separate tables.

[0021] In particular, this can be achieved by placing more components on a common base plate that has means of performing mechanically controlled movements.

[0022] When using event furniture components that animate the dining experience to ensure optimal seating comfort, seating comfort, and finally, the best viewpoint of what is being viewed, by making the arrangement of chairs relative to the table variable, it is preferable that at least one event furniture component is arranged such that, for example, the chair and table components are placed on a common base plate having a guide or bearing that allows the chair to move, particularly by displacement, rotation, and / or height adjustment. In particular, this provides adjustment options that allow the user of the event furniture to set an ergonomically comfortable position.

[0023] For the movement of the chair relative to the table portion, alternatively or additionally, it is particularly preferred that the at least one furniture part for an event includes a drive part, and the drive means for this movement is arranged on the furniture part for an event. On the one hand, it can enable a more comfortable adjustment, for example, electrically driven. On the other hand, if these drive means are implemented as mechanical drive means controlled by a control unit, for example, the chair of the guest can be lifted and rotated in a certain direction where something is happening in an animation that frames a meal, or vibrations accompanying an event such as an animation or a testimonial can be generated, and the situation can be affected again. For example, vibrations such as an earthquake, the collapse of a house, or a giant dinosaur stepping on the ground can be represented more realistically.

[0024] If at least one chair and / or at least one table of the furniture parts for an event are connected to the furniture parts for an event via a quick coupling, these furniture parts for an event can be quickly exchanged with other furniture parts for an event of the same type or different types. For example, even if the theme of the restaurant changes from a space travel to a western adventure, or the restaurant with animation can be quickly adapted to age - specific events such as a children's birthday party in the afternoon and a singles' party at night.

[0025] Also, in at least one configuration of the furniture for an event, if there are two or more table parts that can be arranged to partially overlap, a different non - everyday experience can be created. Thereby, for example, the table on which the guest is sitting can slide away almost unnoticed at first, creating a space in the center of the table, and amazing effects can be generated from above and below in the central part.

[0026] A further advantageous development of the invention is that at least one sensor is arranged on at least one table and / or at least one chair, which is configured and set to detect the presence, current position and / or movement of a customer or the presence, current position and / or movement of other event furniture parts. This sensor can work particularly advantageously in terms of safety. For example, it is possible to recognize that a customer in an animation restaurant has left their seat and appropriately adjust the movement of the corresponding event furniture member, for example, to stop it quietly.

[0027] It is also very effective to use the sensor to monitor the docking process between different table parts and intervene in the movement of the machine or activate special (show) effects as needed. For example, in order to safely and efficiently regulate the connection process with the aisle, a virtual protective covering with different safety zones can be arranged around the event furniture parts, so that, for example, when another event furniture part or other object is located in the safety zone, the speed and driving force will be prophylactically reduced. However, as an additional effect in the important final connection process, it is possible to emit red or red-lit fog, make an effect sound, or vibrate the touched part. At that time, it is desirable that the corresponding zone is freely programmable.

[0028] There are various possibilities for the specific realization of such a sensor system. For example, the system can be realized using an interface scanner, a pressure sensor, an infrared sensor, an optical sensor, etc.

[0029] Furthermore, it is advantageous that at least one user interface, which influences the operation of the machine by the customer and / or performs order processing, is located on at least one table and / or at least one chair. It is also advantageous to provide additional or alternative displays for displaying information. Such a user interface can be configured, for example, as a touch panel or as a special tablet PC incorporated into the furniture component for the event, which communicates with an external control unit that further processes the user's requests.

[0030] Here, in addition to serving and taking orders for food and drinks, it is possible to provide information to help customers make decisions when using the restaurant, and to inquire about their preferences when dining at the restaurant.

[0031] For example, if a meal is incorporated into an animated adventure story, voting on several possible continuations allows for repeated visits to the restaurant in each case, even though the theme of the adventure story remains the same, depending on the voting results. However, in the context of, say, a singles' get-together, guests input their preferences for who they would like to sit next to next time. This input is supported, if necessary, by simple information about that information, which can be accessed via a display. In this scenario, a central control system evaluates all guests' preferences, calculates the optimal seating arrangement based on that, and guests can move to that location using event furniture. A similar approach applies to family celebrations, ensuring that each family member has the best possible experience.

[0032] Whether tables and chairs constitute independent event furniture or are part of a unit that comprises independent event furniture, it is particularly advantageous to have at least one device for stimulating the senses of guests seated at the tables and chairs placed on at least one table or at least one chair. This device for stimulating the senses of guests can be implemented in a variety of ways.

[0033] Firstly, visual stimuli are possible, in the simplest case being by providing content on a screen. Another method of visual stimulation is projection onto surfaces such as tables. Modern projection technology allows for the creation of virtual objects on such surfaces, making them appear as if they were real. For example, if a restaurant visit is incorporated into an "African exploration" theme, it could create the illusion of giant ants running across the table. Such projections can also be used to make a real object disappear from the table less noticeable by replacing it with a projection. Furthermore, various visual effects can be achieved through lighting adjustments, smoke screens, and confetti projections.

[0034] Secondly, acoustic stimulation is possible. In addition to simple content playback using locally placed loudspeakers, more complex sound systems are possible that generate specific sound effects in response to input from a higher-level controller or from sensors. For example, the position of the chair a customer is sitting in can be monitored, and a creaking sound can be played each time the customer moves, or cameras can be used to monitor whether a customer is drinking alcohol, and loud drinking sounds can be added.

[0035] Another very interesting alternative is to incorporate various local pieces of information into the basic storyline, outputting them from each speaker. For example, information such as eavesdropping on a conversation that is possible in one location in the room but not in another. In this way, it is possible to make the mystery game more interesting and encourage people to return to the same event multiple times by allowing them to re-experience the story from different perspectives.

[0036] Thirdly, olfactory stimulation is possible by selectively releasing odorants locally. For example, in an adventure story designed to encourage restaurant visits, the smell of fire can substantially enhance the experience of a fire, and in a story set at sea, the salty smell of the ocean can be recreated using the sense of smell. Furthermore, if animation staff or actors are involved, the sense of smell can be enhanced by having a strong rum aroma waft through the air as a pirate captain walks past a table.

[0037] Fourthly, tactile stimuli also have various possibilities for implementation. As mentioned earlier, vibrations can be added to events. Furthermore, a very impressive effect can be achieved by using a fan to blow hot air from the direction of fire depicted in animation or from the mouth of a projected animal. Liquids can also be effectively utilized with spray devices and other means.

[0038] In a preferred further development of this embodiment, the sensory stimulation device can operate in sync with mechanically controlled movements to create a harmonious, holistic experience. This is particularly possible when local control of the device on a table and / or control of moving the table (which may also be local control on the same table as the device control) interacts with a higher-level control and / or navigation system. However, such interactions are clearly considered to be advantageous independently of embodiments of further developments or further embodiments of the present invention.

[0039] Furthermore, it is advantageous to have an external control unit for controlling individual mechanically controlled movements. Preferably, this is a higher-level control unit that not only controls the mechanically controlled movements of event furniture components by sending appropriate control commands to the drive unit, but the external control also coordinates and / or synchronizes the individual mechanically controlled movements of several event furniture components, e.g., several tables, several table components of at least one table, and / or chairs. Therefore, preferably, the event furniture components include, or communicate with, a navigation module that can determine the target position of the event furniture components, and preferably the actual position, at any time.

[0040] In particular, if a global sensory stimulation device exists, it is advantageous if it can also be controlled externally.

[0041] For safety and to ensure orderly operation, it is advantageous to provide event staff with control devices that can communicate with and intervene in the processing of external control systems. Technically, this can be achieved using either wireless or wired connections. Advantageously, these control devices have affirmative and / or operational keys that can start, stop, modify, or interrupt program sequences in a predefined manner, and are sufficient to control and / or influence complex processes with only a single keystroke or a few keystrokes.

[0042] In addition to these technical safety features, visual control is also possible. For example, if staff recognize that a guest is in danger, they can use a key to initiate a gradual or emergency stop. For instance, if a guest with ant phobia panics due to the aforementioned projection of giant ants, the projection can be deactivated at this table. This ensures the smooth and harmonious progress of the event.

[0043] Another technical possibility for providing the aforementioned functionality is voice control, which, if necessary, can trigger or activate security features and / or show commands by special voice codes to avoid accidental triggering. However, such voice control can also be used in an interactive format that allows customers to participate.

[0044] A further advantageous development of the present invention is that the event furniture further comprises at least one buffet device having means for performing individual mechanically controlled movements that are as feasible as the individual mechanically controlled movements already described.

[0045] A buffet device is understood to mean a device from which plated food can be eaten, such as a conveyor belt sushi restaurant. An example of an animated scene that can be constructed in this way is a replacement of the actual serving process. That is, customers are seated at a table and waiting for their food when suddenly the corresponding buffet device moves in from the kitchen, and the table components are divided and positioned in the center of the table before docking with the buffet device. Another possible variation is that the food effectively "runs away," that is, moves with the buffet device, and each chair-table component unit must first "catch up" or chase after it.

[0046] Another advantageously applicable event furniture component is a wall, partition, or privacy screen element that has means for performing individual mechanically controlled movements, similar to the individual mechanically controlled movements already described. This event furniture also has a variety of functions. On the one hand, it can serve to ensure privacy, as in the conventional sense, especially in scenarios where a large table is divided, and when used as a singles' gathering place, it can be used to find a dream partner and, so to speak, withdraw from the singles market. On the other hand, this event furniture can function as an additional projection surface or a movable source that provides sensory stimulation within a room. This event furniture can also be used as an element that heightens tension in the form of an obstacle that disappears just as a collision seems inevitable.

[0047] Another advantageous embodiment of event furniture components is a docking station for supplying energy and / or operating resources, such as compressed air or liquid, or components of special effects such as confetti, to other event furniture components having means for performing individual mechanically controlled movements.

[0048] An advantageous configuration of the means for performing individual mechanically controlled movements is having at least one air cushion. This allows for movement with particularly low friction on the floor surface. Advantageously, the air cushion has a base body and a sealing element having a sealing lip that is movably positioned on the base body so as to be pressed against the ground when the air cushion is actuated. Alternatively or additionally, the air cushion may have a separately inflatable support ring with a sliding lining and optionally one or more additional sealing combs.

[0049] Alternatively, means of performing mechanically controlled movements could include magnetic systems, rail systems, or conveyor chain systems that can move across the restaurant floor.

[0050] Furthermore, to provide driving force, it is particularly preferable that the means for performing mechanically controlled movement have at least one friction wheel or Mecanum wheel, and it is especially advantageous if there are multiple friction wheels and the friction wheels or Mecanum wheels are coupled on the software side when controlling the mechanically controlled movement and can be arbitrarily controlled. This allows for maximum maneuverability and operability even in confined spaces. To accommodate various flooring materials, it is advantageous that the friction wheels or Mecanum wheels are height adjustable.

[0051] Preferably, a drive unit, power supply unit, local control unit, or combination thereof is provided in at least one component of the event furniture having means for performing individual mechanically controlled movements.

[0052] Additionally, although their configuration is optional, robotic arms and robots can be useful event furniture components. These can be attached, for example, to a track system mounted on the ceiling of a restaurant. They can perform serving processes, interact with customers, and take orders.

[0053] In particular, such interaction can be realized by equipping a robot or robotic arm with a bust that can project a face. Not only the faces of celebrities, but also various visual materials such as photos and videos taken in advance by relatives or friends can be used. Preferably, the voice of the robot or robotic arm is also adjusted accordingly. For example, in such a case, the robotic arm approaches the customer, and the customer is asked by a mother-like face, "What would you like to eat?" and "Where have you been wandering around?"

[0054] Such a robotic arm or robot may also be involved in the movement of event furniture components by alternatively or additionally setting up or taking over control of a drive mechanism. For this purpose, preferably, at least one component of event furniture having means for performing individual mechanically controlled movements has an interface for interaction with a robotic arm or robot.

[0055] Specifically, for example, a robotic arm can engage with a protective part through shape coupling or force coupling, thereby guiding it with forces for movement or navigation. Of course, it is also possible to provide control impulses to robots and robotic arms through non-contact signal transmission, such as joystick operation or short-range wireless communication. In particular, non-contact signal transmission, such as short-range wireless communication, can give the impression that the robot is moving by magic.

[0056] In particular, in scenes like the moonwalk where a robot descends from the ceiling and moves by pulling a table, it's possible to feel even slight changes in speed (accelerating and braking).

[0057] Large robots can also be used as event furniture, for example, to move a buffet module, guests, or event furniture in which guests are placed.

[0058] Furthermore, if there are multiple robot-shaped event furniture components, it is possible to create a chain along which the event furniture components and food are passed, or to create a robot-on-robot configuration where a large robot carries a smaller robot and the smaller robot serves, or vice versa, thereby coordinating the robots.

[0059] Furthermore, these robotic or drone-shaped event furniture components could offer opportunities for interaction with other guests. For example, at a singles event, one could have a woman bring a rose to a singles' table.

[0060] In particular, it can be advantageous to provide event furniture components with identification features such as number codes to enable this. To draw attention to the triggering event furniture component, appropriate input is triggered, such as some form of tactile input, like the vibration of a chair with rotational movement, sending a short text message to the display of another event furniture component, or, in some cases, a pointer that can be extended or moved from another event furniture component, to an input unit located on that component.

[0061] Another advantageous possibility, which has identification capabilities and can also be used to provide and transmit information, is to equip event furniture components with RFID modules. [Effects of the Invention]

[0062] The event furniture of this invention allows for new experiences not only in restaurants, cafes, bars, and other food service establishments, but also at events such as conferences and cultural gatherings. [Brief explanation of the drawing]

[0063] [Figure 1] This is a plan view from above of an example of an event system. [Figure 2] This figure shows an example of event furniture that can be moved around a room by combining a table and chairs. [Figure 3] This figure shows a schematic example of a movable table arrangement for indoor use, realized using the event furniture components shown in Figure 2. [Figure 4] This figure shows an example of interaction with a robotic arm. [Figure 5a] This is a cross-sectional view of one of the four-person tables in Figure 3, in the first stage where food can be served. [Figure 5b] This is a cross-sectional view of one of the four-person tables in Figure 3, in the second stage where food can be served. [Figure 6]Figure 2 is a schematic diagram showing an example of a first table configuration in which movable event furniture components for indoor use are docked to a buffet module. [Figure 7] Figure 2 is a schematic diagram showing a second table configuration example in which movable event furniture components for indoor use are docked to a buffet module. [Figure 8] This figure shows an example of using a robotic arm to move movable event furniture components or the formation of tables made up of these components within a room. [Figure 9] This schematic diagram shows an example of a table configuration where the event furniture components shown in Figure 2, which are movable indoors, are docked to a cooking show module. [Figure 10] This figure shows an example of using a robotic arm to supply food to a table setting. [Figure 11] This is a diagram showing the configuration scheme of the control system. [Figure 12] This figure shows an embodiment of an air cushion pad sealing element. [Figure 13] This figure shows a first modified example of the event furniture component shown in Figure 2. [Figure 14] This figure shows a second modified example of the event furniture system shown in Figure 2. [Modes for carrying out the invention]

[0064] The present invention will be described in more detail below with reference to the figures illustrating examples of embodiments.

[0065] Unless otherwise specified, the same reference numerals are used for identical elements in all figures. However, to prioritize readability, not all reference numerals are necessarily included in every figure.

[0066] Figure 1 shows an example of a restaurant system as an illustration of the event system 10 for an animation restaurant. It is operated in a restaurant equipped with a bar area 9, an experience area 2, an appetizer area 3, two main course areas 4 and 5, a dessert area 6, as well as a sanitary area 7 and a kitchen area 8. For example, it is a system that can be operated with a "space travel" theme.

[0067] Event system 10 has various features.

[0068] The first characteristic is that a table 11 with associated chairs, symbolized as a rectangle in Figure 1, with its current arrangement number indicated within the rectangle in each case, is formed by a group of event furniture components having means of movement for mechanical movement within the room. This group, exemplarily, includes chairs and tables, where the table is an assembly table 11, and its temporary components can be event furniture components. Next, an example of such event furniture components will be described in more detail using Figure 2.

[0069] Figure 2 shows an example of an event furniture component 100 that can be moved in space by machine, in which case it is configured as a chair 110 placed on a base plate 130 together with a table or table portion 120. The position of the chair 110 relative to the table or table portion 120 can be changed by a support frame 111 to which a seat 112 having armrests 1121 and a movable backrest 1122 is connected via a quick coupling 1111. This allows for easy and quick replacement of the seat 112 with its attached accessories when, for example, the theme of the event system changes or the target group changes, such as when a child's birthday party is held in the afternoon and a speed dating event is held in the evening.

[0070] The support frame 111 includes a displacement mechanism 1112 that displaces the chair 110 toward and toward the table or table portion 120, a lifting mechanism 1113 that changes the seat height relative to the base plate 130, a rotation mechanism 1114 that rotates about an axis perpendicular to the base plate 130, and a tilting mechanism 1115 that preferably provides a tilting motion along a link in order to move the center of rotation to the average center of gravity position. Optionally, these mechanisms may be driven, for example, by an electric motor and controlled by a controller via wireless communication means.

[0071] In this embodiment, the seat 112 itself incorporates a device 1123 that simulates the sensations of customer 1 of the animation restaurant; in this example, it is a vibrating element. This sensation-simulating device 1123 is controlled by a first control unit, for example, via a wireless connection. In particular, it is controlled in synchronization with the mechanical movements of the event furniture components 100. This can be used in various ways. For example, it can be used to create the impression of an uneven road during travel in accordance with the movement of the machinery, or as a signal to inform customer 1 that an action that they should prepare for is about to be performed.

[0072] Furthermore, a sensor 1124 for detecting seat occupancy is also integrated into the seat surface 112, and its data can be accessed by the first control unit, for example, as part of a safety check before the machine operation is started, or to save efficiency in empty seats. The operating element 1125 can also be configured as a sensor, its state of which is read by the control unit, and is located on the armrest 1122, and can be used, for example, to confirm movement or to notify that customer 1 is ready for approaching movement.

[0073] The armrest 1122 can preferably be moved up or down completely, which can be used to meet content-specific requirements on the one hand and to create a surprise effect on the other. Furthermore, a center guide with a drive mechanism can be incorporated into the backrest.

[0074] The table or table portion 120 has a table plate 121, which is connected via quick couplings 122 to a base plate 130, preferably a height-adjustable frame 123. In this embodiment, the table plate 121 has multiple components, which can be used individually or in groups and are substantially independent of each other.

[0075] For example, the transmitter and / or receiver 1211 can be positioned on the edge of the table plate 121, thereby determining the position and location of the event furniture components 100 within the room. In particular, it is preferable that the transmitter and / or receiver 1211 be integrated into a navigation system that identifies the location of all event furniture components.

[0076] In such navigation systems, it is also possible to support this position measurement with signals from contact loops running underground.

[0077] The edge of the table plate 121 may have distance sensors 1212 as means of monitoring the coupling process between different event furniture components 100. The edge of the table plate 121 may also have sensors 1213 as safety sensors, for example in the form of pressure sensors or optical sensors. Sensors 1213 ensure that any part of a customer's body currently in the edge area of ​​the table plate 121 does not get caught in the machine's movement, or that the customer is ready for the next action, or that the speed of movement is appropriately adjusted when another event furniture component approaches, unless this is determined to be already ensured by the transmitter and / or receiver 1211 in interaction with the navigation system, or in addition to redundant safety measures.

[0078] Furthermore, means 1214, i.e., additional devices for sensory stimulation, may be placed indirectly or directly on the table plate 121. Examples of additional devices for sensory stimulation include LEDs, mist, nozzles for releasing humidity, and vibrating elements.

[0079] Alternatively, displays 1215 and 1216 may be placed on the table plate 121. Preferably, displays 1215 and 1216 are connected to the table plate 121 or integrated with the table plate 121. Displays 1215 and 1216 are also sensory stimulating devices and may provide information or entertainment to customer 1. If displays 1215 and 1216 are configured as touch displays, they can serve as input means and operating elements for customer 1. For this purpose, it is also possible to provide a separate operating element 1217, such as a pull-out control panel.

[0080] Such displays 1215, 1216 in the assigned locations may, in particular, be capable of retrieving personal content voluntarily disclosed by the customer at the time of application. This can be synchronized.

[0081] Furthermore, it's possible to integrate a kind of jukebox into the display area on the table, where specific variations of content—such as film, images, audio, and light—can be stored and selected, in some cases, by a majority vote of all customers.

[0082] Furthermore, particularly in relation to each piece of content, playful and interactive possibilities can be offered, allowing customers to earn rewards, for example. For instance, a task could be assigned during an event to discover a hidden feature within the content and report it. If the task is completed correctly, points could be added to a bonus account, and additional services, such as an extra course or a special drink, could be offered on subsequent visits.

[0083] A housing 127 is positioned around the frame 123, and inside it is housed a protected machine room for the components necessary for the operation of the event furniture, particularly some of the components necessary for mechanical operation.

[0084] Means of transportation for mechanical movement are classified as follows:

[0085] Such means for mechanically moving objects, particularly mechanically movable event furniture components, can generally be classified as follows:

[0086] Firstly, there are conveying means that bring or hold the object to be moved to a position where it can be moved with minimal friction. Examples of such conveying means include wheels, (ball) rollers, and air cushions, and they can also be implemented using appropriate magnetic systems. As is well known, such means of movement are essential for the movement of machinery.

[0087] The second is a driving means that generates a motion specific to the object to be moved. Depending on the configuration, it may function as a conveying means or be integrated with a conveying means, such as a drive wheel, especially a friction wheel or Mecanum wheel, or an axle. However, such a driving means does not necessarily have to be positioned entirely on the object to be moved; at least a portion of the driving means that is not positioned on the object to be moved may be a partial component that is coupled, for example, via magnetic interaction in the case of a magnetic system, or via mechanical engagement in the case of a system with a conveying chain.

[0088] Thirdly, there is a control means that specifies the action to be performed to the drive means. These may be installed locally on the moving object or not. In the former case, the system can be configured to act semi-automatically, as in floor transport systems or autonomous driving concepts for automobiles. In the latter case, the drive means receives control commands from an external control unit. There may also be a mixed case where the drive means receives and executes control commands from both a lower-level control unit located locally on the object to be moved and a higher-level control unit that is not located on the object to be moved.

[0089] Fourth, in all cases for achieving synchronization according to the present invention, there is usually at least one communication module in the object to be moved, and this communication module can be used to exchange control commands and data with other control units.

[0090] Fifth, the operating resource storage means and / or operating resource generating means can also form an essential part of the mechanical motion means. For example, in a system with an air cushion, there is a compressed air storage unit as the operating resource storage means and a compressor as the operating resource generating means. Alternatively, for example, there may be locally electrically driven drive means, a storage capacitor (CAP), a supercapacitor (superCAP), a battery or accumulator as the operating resource storage means in response to the demands of a locally controlled and / or communication module, or an induced current transmission means as the operating resource generating means.

[0091] In the embodiment of the mechanically movable event furniture component 100 shown in Figure 2, the transport means 131 is provided on the lower surface of the base plate 130 and can be configured with, for example, an air cushion pad, a magnet, a ball roller, etc.

[0092] As a driving means, in the embodiment of the mechanically movable part of the event furniture shown in Figure 2, at least one electrically driven friction wheel 132, preferably a pair of electrically driven friction wheels 132, is arranged to rotate preferably around a vertically extending axis, thereby driving this rotational motion as well. Preferably, this rotatability is achieved at the quadrant point of the friction wheel 132. However, separately, it is desirable that the rotation be achieved with the highest possible resolution.

[0093] Furthermore, one or a pair of electrically driven friction wheels 132 are equipped with a powered height adjustment mechanism 133 to allow for fine adjustment of load distribution and contact pressure. The base plate 130 is provided with an opening for the friction wheels 132 to be placed in contact with the ground. Of course, such a configuration is also possible with Mecanum wheels.

[0094] The friction wheel 132, including its electrically driven unit, and the height adjustment mechanism 133 are housed in a housing 127 together with an operating resource storage unit 134, in this case specifically a battery for powering electrical components, a compressed air storage unit if an air cushion or air cushion pad is used, as well as a local control means 135 and a communication module 136, the communication module preferably operates wirelessly to establish signal communication with the control unit 13.

[0095] It is particularly preferable that the conveying means 131 be in the form of an air cushion, which can be connected to a drive means in the form of at least one friction wheel 132 or a Mecanum wheel, and whose height can be adjusted by a height adjustment mechanism 133. In this case, air from an operating resource storage unit 134 having a compressed air reservoir, preferably in the form of a replaceable compressed air cartridge, is guided to openings in the base plate 130 via a corresponding piping system (not shown). Each opening is surrounded individually or in groups on the floor-facing side by air cushion pad sealing elements shaped to correspond to the circumference of a geometric shape, such as a rectangle, square, or circle. It is particularly preferable that the air cushion pad sealing elements 150 be configured as shown in half section in Figure 12.

[0096] The air cushion 140 having the sealing element 150 shown in Figure 12 has a base body 155. A sealing lip 151 is positioned on the outer edge region of the base body 155, which is pressed against the floor 152 by the supply of compressed air when the air cushion 140 is in operation. The sealing lip 151 is adapted to each floor covering, preferably a rigid covering without recessed joints such as parquet flooring, so as to obtain the best sliding characteristics of the sealing lip 151 on the floor 152, which can be verified based on an experimentally determined coefficient of friction.

[0097] Furthermore, a support ring 153 having a sliding lining is present on the base body 155, separate from the seal lip 151 and preferably positioned in the direction of the next outer edge of the seal element 150. The internal pressure of the support ring 153 can be adjusted by separately inflating it with supplied compressed air or by finely adjusting and releasing compressed air through a valve (not shown). An additional seal comb 154 can be positioned on the lower surface of the support ring 153 as a secondary seal.

[0098] Thus, the sealing element 150 allows for variable control of the pressure between the air cushion and the support ring 153, making it possible to specifically control the relationship between air requirements and sliding characteristics. Another parameter that can be used for adjustment is the height-adjustable drive means, particularly the height position of the friction wheel 132 or the Mecanum wheel.

[0099] However, as shown in Figures 13 and 14, other event furniture components 200, 250, 300, and 350 are also conceivable that lack seats or table components and have means for mechanical movement. Figure 13 specifically shows a modification with event furniture component 200, which differs from event furniture component 100 in that it lacks a table plate, and consequently, the components placed on the table plate 121 of event furniture component 100 are also removed. For this purpose, a table (which may optionally be an add-on to a buffet setup) is designed as another event furniture component 250 with means for mechanical movement, similar to the embodiment in Figure 2, and the separate chairs forming event furniture component 200 can be joined by an optional coupling device 201.

[0100] The modified version shown in Figure 14 is particularly suitable when a bar-like atmosphere is desired, such as when an animated restaurant is themed around an event like a speed dating event. Event furniture component 300 is basically identical to event furniture component 100, differing mainly in the height of the table and chairs. Event furniture component 350 has no seats at all, only a (standing) table, where customers stand on the floorboard 350 while moving. However, means for mechanical movement and sensor systems can be implemented for both event furniture component 300 and event furniture component 350 in the same way as described above for event furniture component 100.

[0101] Event furniture components 100, 200, 250, 300, and 350 are equipped with means for mechanical movement in space, and the first control unit can control the movement of these event furniture components in space. For example, several tables may be moved together within a restaurant and then separated into separate groups of tables and associated chairs 11, or reconfigured.

[0102] The second feature of the event system 10 is the inclusion of devices 12—shown schematically here only—for sensory stimulation of customers in the animation restaurant, which are divided into different areas. In particular, these are implemented here as visual stimulation by projection devices and sound effects that support the visual effects, but as will become clear below, olfactory effects can also be implemented through the release of aromatic substances and tactile effects, such as vibration, spray mist, and airflow. The output of sensory stimulation can be easily adjusted according to the theme through appropriate programming, and the content can also be personalized.

[0103] A third feature of the event system 10 is that the movement of the event furniture components and the sensory stimulation to the customer 1 placed therein are synchronized by the components of the control unit 13. This is only schematically shown in Figure 1, but will be explained in detail based on Figure 11.

[0104] In the embodiment shown in Figure 12, the control unit 13 is configured such that, according to the present invention, a first control unit 1901 is formed by a master or main control, which synchronizes the mechanical movement with the output of the device for sensory stimulation of customers in the animation restaurant. The first control unit 1901 communicates with a number of lower control units, receives data from them, and issues control commands, as shown below.

[0105] The chair control unit 1902 controls the degrees of freedom of movement and special effects such as vibration of the chair 110 of the event furniture component 100, and relays sensor data from sensors placed on the chair 110 to the first control unit 901.

[0106] The table control unit 1903 controls the degrees of freedom of movement and special effects of the table or table portion 120 of the event furniture component 100, and transmits sensor data from sensors placed on the table or table portion 120 to the first control unit 1901.

[0107] • Lighting control unit 1904 controls the lighting and lighting effects in each area of ​​the animated restaurant.

[0108] The blower control unit 1905 controls locally and globally positioned blowers to circulate air and create a tactile effect through airflow.

[0109] The buffet control unit 1906 controls the movement of event furniture components in the form of a buffet, which are in particular mechanically moved, within space, and transmits their coordinates to the first control unit 1901 for navigation.

[0110] The robot control unit 1907 controls the movement of event furniture components in space, in the form of mechanically moved robots, as well as their interaction with customers and the environment, and transmits their coordinates to the first control unit 1901 for navigation.

[0111] The sound control unit 1908 generates and adjusts sound effects during the operation of the animated restaurant.

[0112] The projection control unit 1909 generates and adjusts visual effects, particularly projections, during the operation of the animation restaurant.

[0113] The navigation control 1910 controls and monitors the movement of event furniture parts 100, which are moved mechanically.

[0114] The calibration control unit 1911 does something (?).

[0115] The operation control unit 1912 controls event staff to actively intervene in the animation restaurant's course via the operating device, and to provide information to event staff when certain operational resources are insufficient.

[0116] The docking station control unit 1913 controls the docking station's charging of the event furniture components 100, the supply of compressed air and / or other consumables.

[0117] To make the operating principles of event system 10 easier to understand, we will now describe an example operation themed around "space travel."

[0118] Guests first enter Bar Area 1, which may be configured like a hangar in a spaceport, and wait there with aperitifs until everyone has arrived, a specific menu has been decided, and the event furniture becomes available.

[0119] Then, the door to experience area 2 opens, and for example, projections from the sensory stimulation device 12 in bar area 1 can suggest to the customer that they are currently inside the door to a spaceship.

[0120] Upon entering the experience area 2 section, guests first find a 12-seat table 11, although this does not necessarily need to be immediately apparent; it can also be concealed to create a surprise effect, especially with appropriate projection and sensory stimulation devices 12. The 12-seat table 11 actually consists of 12 individual event furniture components, such as the chair and table assemblies 100 described in detail above in relation to Figure 2, each of which can be moved mechanically individually.

[0121] In particular, it should be noted that this area is also suitable for locating a docking station 16 that supplies electricity, compressed air, and special effects resources for charging the batteries of the event furniture components. This is because, firstly, it ensures that the necessary operating resources are available at the start of the event and throughout the event, and secondly, the event furniture components typically remain in one place for a considerable amount of time in this area.

[0122] Once all guests are seated and a confirmation signal is issued, the countdown 14 begins, concluding with a simulated rocket launch using the sensory stimulation device 12 in Experience Area 2.

[0123] When the rocket is launched, the 12-seat table 11 moves in sync with the appropriate sound background provided by the sensory stimulation device 12 in Experience Area 2. To achieve this, the control device 13 moves the 12 individual event furniture components together in sync within Experience Area 2. In sync with this movement, the control unit 13 projects moving images onto the walls of Experience Area 2 using the sensory stimulation device 12, creating the impression that the rocket is moving. Furthermore, it is also possible to add sound effects to the background.

[0124] When a mechanically moving wall, partition, or privacy screen element 15 with a window is moved by the control unit in sync with the table 11 on which the seat 12 is located, the moving projection onto the wall of the experience area 2 follows through the window, further enhancing the impression of being stationary inside the spaceship, thus creating a particularly compelling perception.

[0125] Furthermore, to enhance the space travel experience, other effects may be produced by the same or different sensory stimulation devices 12. For example, a vibration means placed on a chair in the event components can be vibrated by the control unit during the start sequence.

[0126] The cleverly crafted "space flight" can culminate in, for example, an arrival at a space station. A mechanically moving wall element 15 lowers to the floor, opening up the Audeve area 3, configured as another hangar, into the guests' field of vision. To surprise the guests, the 12-person table 11, which they had been sitting at together, begins to split, with individual event furniture components 100 moving independently and mechanically under the control of the control unit 13. Ultimately, as shown in Figure 2, for example, each case transforms into a 4-person table 11, composed of four event furniture components 100 mechanically moved to predetermined positions in space, i.e., the configuration illustrated in Figure 3. Of course, other groupings are also possible.

[0127] The method for generating this configuration can be determined in various ways. For example, in bar area 1, based on pre-orders, it is possible to arrange for more people who want to eat the same appetizer to sit at the same table, or to maximize the number of different appetizers available at each table.

[0128] A particularly intriguing modification from an empirical standpoint is that the grouping of event furniture components may precede further mechanically moving interaction with the event furniture components in the form of a robot or robotic arm 400, as will be described in more detail with reference to Figure 4.

[0129] Figure 4 shows two examples of the mechanically moving event furniture component 100 described above in the context of Figure 2, in an interconnected state and with a customer 1 placed on it. Furthermore, an event furniture component that performs mechanical movement by an automatic drive device, acting as a means of transport 402, is recognized in the form of a robot or robotic arm 400 suspended from a guide rail 401.

[0130] In principle, such a robot or robotic arm 400 can also move on the floor, but an embodiment in which it is suspended from a guide rail 401, which is part of a rail system, has the advantage that the already complex control of the mechanically movable event furniture component 100 is not further simplified by additional event furniture components that move on the floor and do not necessarily need to be there.

[0131] The robot or robotic arm arrives in response to a command from the first control unit 901 and begins interacting with customer 1. In particular, it may use a voice interface, such as those known from computer-assisted systems like Siri or Alexa, to evaluate the outcome of the interaction and, if necessary, take action, for example, in the ordering process.

[0132] This could proceed, for example, as a type of access control for entering a space station performed by a robot or robotic arm 400, where the robot or robotic arm 400 queries for specific preferences, and the control unit 901 determines or calculates the configuration of mechanically movable event components 100 based on this query, so that, for example, people who initially do not know each other but have similar hobbies or professional backgrounds are brought together in a predetermined table configuration. At this point, it is also possible to place an order through interaction with the robot or robotic arm.

[0133] At this point, it should be noted that, even if this is not always explicitly mentioned, each sensory stimulator 12 can continue to provide sensory backgrounding of the experience and / or embedding it into the story or theme of the restaurant visit by projecting tactile experiences such as images, sound effects, and vibrations, or by generating scents.

[0134] After the predetermined table configuration is set up, the appetizers can then be served in the appetizer area 3. In principle, this can be done by event staff or by a robotic arm, but another very surprising variation, which will be explained in detail using the examples in Figures 5a and 5b, is to make the food appear from above or below, so to speak, from table to table.

[0135] Figure 5a shows two examples of the mechanically movable event furniture components 100 described above in the context of Figure 2, in an interconnected state and with a customer 1 placed on top of them. Furthermore, within the internal space formed by the housing 127, a means for automatically distributing food 501, realized as a movable plunger from an opening in the floor, is already visible, on which a buffet container 502 containing the appetizers selected by customer 1 in each case is placed.

[0136] To actually bring the hors d'oeuvres onto the table or table portion 120, as shown in Figure 5b, the mechanically movable event furniture component 100 slides slightly away, allowing the movable plunger and the buffet container 502 mounted on it to move outward to the position of the table plate 121, making the food in the buffet container 502 accessible to the guest 1.

[0137] However, it is also possible to place the buffet containers on the event furniture components from the start and have them appear on the table plate using the lifting mechanism of the event furniture components.

[0138] This method is particularly effective when food is served while the sensory stimulation device 12 is distracting the user's attention.

[0139] For example, a view of space from a part of a space station can be projected onto the wall of the hors d'oeuvres area. Suddenly, a dot begins to move within this image, and this is announced to customer 1 with an audible message: "Intruder alert! Intruder alert!" Furthermore, the first control unit 901 automatically rotates the chair 110 so that the chair recognizes the moving dot when viewed from the front. The dot grows larger and larger, and is revealed to be an unfamiliar spaceship. The chair attacks the spaceship with a laser cannon, and the spaceship retaliates and moves towards the space station. It is hit and becomes uncontrollable. An audible warning, "Collision! Collision!" sounds, and as the spaceship collides with the projected part of the space station, vibrations are simulated by the chair's vibration module, and this moment can be used to release a mechanically movable event furniture component 100 and serve the hors d'oeuvres. Based on instructions from the first control unit 1901, the chair 110 is returned to its base position by the chair control unit 1902 after a visual, acoustic, and vibrating explosion in the background, and the guests are surprised by the appetizers on the table.

[0140] In particular, given the fact that the entire visit to the animation restaurant may be lengthy, the need for restroom visits must also be considered, and it should be noted that sanitary area 7 is provided for this purpose. Since the event furniture components are mechanically moved, it is preferable that the movement to sanitary area 7 also takes place while customer 1 is positioned among the event furniture components. Customer 1 can initiate a restroom visit, for example, by entering the corresponding need on an operation tablet. The control system then calculates the appropriate time and route and controls the mechanical movement of the corresponding event furniture components, taking into account the current occupancy level of sanitary area 7 in order to minimize waiting times in the restroom queue. However, it is preferable to visit sanitary area 7 while dining in areas 3, 4, 5, or 6, and not during transitions between stays in these areas.

[0141] After the appetizers are consumed, the table 11 or the event furniture components composed of them move independently again, that is, controlled and choreographed by the control unit 13, to the first area 4 for the next main dish, so as to synchronize with the output of the sensory stimulator 12, to move in time with background music, for example, to rotate in time with the sound of a waltz.

[0142] This can essentially be done after used dishes and cutlery have been removed by staff, robots, lifts, or other means. Alternatively, event furniture components could first go to the kitchen area sector 8 and take home the used dishes and cutlery themselves, which is another fun option. Once guests move to this area with the event furniture components, the perceived reality can be enhanced by projecting, for example, a movie, onto the area using a sensory stimulation device 12. For example, a used plate can be placed on a real conveyor belt with a real gripping arm, which then disappears into the projection screen. Inside the projection screen, an alien-run kitchen continues, where, for example, a food monster could take a plate from the conveyor belt, spit out the leftovers into its mouth, pass the plate to another alien, who could lick it clean with an oversized tongue and place the now "clean" plate back onto the conveyor belt.

[0143] Subsequently, event furniture component 100 moves alongside a conveyor belt from which clean plates emerge from a projection screen, and customer 1 is audibly and / or visually prompted to take such a plate from the conveyor belt when the first area 4 for the main course is operating as a buffet area. Such plates may also have a slightly damp or slightly slimy surface, an unusual temperature, and / or an unpleasant odor, for example, to create a plot device for the aliens in the film to "wash" the plates. This illusion is particularly effective when customers are given individually distinguishable plates, and the plate taken from the conveyor belt looks exactly the same as the one they were given.

[0144] Then, the event furniture components are moved to the buffet element and docked. Figures 6 and 7 show possible configurations of event furniture components for the first area 4, which is for the main dish and operates in buffet mode.

[0145] In the configuration shown in Figure 6, two event furniture components are visible, each shaped like a hexagonal buffet table 600, with mechanically movable event furniture parts 100 docked to each side. While not strictly necessary, each event furniture part 600 configured as a buffet table has a means of movement for mechanical control, allowing the event furniture parts configured as buffet tables to be moved under mechanical control to a section of the kitchen area 8 while customer 1 is in another area, where they can be replenished for the next customer.

[0146] As shown in Figure 7, an event furniture component 700 configured as a sushi belt is visible, with six mechanically movable event furniture components 100 docked to both sides of it. In this case, although not necessarily required, the event furniture component 700 configured as a sushi belt itself has a means of movement for mechanically controlled movement, so that while customers are in another area, the buffet table can be moved to the kitchen area 8 by mechanical control and replenished there for the next customers.

[0147] For completeness, please note that it is also possible to move event furniture parts 600 and 700 together with the event furniture parts 100 that are docked to them.

[0148] This process can also be enhanced by action elements, for example, when embedded in the output of the sensory stimulation device 12, the buffet elements themselves have means of performing mechanical movements, moving within space and being "captured" by event furniture components 100 which have chairs 110 and tables or table sections 120, and then gradually dock together. Alternatively, once the buffet tables or sushi bands arrive, a large table can be moved around them to form a large table with event furniture.

[0149] After eating one item from the buffet in the first area 4 for the main course, guests move to the second area 5 for the main course. The mechanical movement of the event furniture components to this area can be synchronously accompanied or controlled by event furniture components in the form of a robot or robotic arm 800, preferably guided by a rail system mounted on the ceiling, for example, as will be described in more detail below with reference to Figure 8.

[0150] Figure 8 shows two examples of the mechanically movable event furniture component 100 described above in the context of Figure 2, in an interconnected state and with a customer 1 placed on it. Further event furniture component is recognized in the form of a robot or robotic arm 800 suspended from a guide rail 801 and driven by an automatic drive unit, as a means of movement 802 for performing mechanical movement. The robot or robotic arm 800 arrives in response to a command from the first control unit 1901 to the robot control unit 1907 and brings a probe 803 close to the table or table component 120 of the connected mechanically movable event furniture component 100.

[0151] Next, the first control unit 1901 simultaneously and synchronously controls the robot or robotic arm 800 via the robot control unit and the mechanically movable event furniture parts 100 via the navigation control unit 1910, so that the customer has the impression that their movements are caused by the robot or robotic arm 800, but of course, the customer cannot explain it because the interaction or coupling is not obvious (and in fact does not exist).

[0152] Furthermore, an event staff member 99 is shown with an operating device 98 that can influence the first control 1901 via an operation control unit 1912, so that immediate intervention can be made if a dangerous situation that is recognizable or predictable to humans occurs.

[0153] The movements, seemingly initiated by the robot or robotic arm 800, can also be performed, for example, on the kitchen area 8 where one of several cooking show stations is docked, as ordered, as illustrated in Figure 9.

[0154] Figure 9 shows an event furniture component 900 in the form of a cooking show station 900, with a cook positioned in the center and four mechanically movable event furniture components 100 docked to each of its sides. A customer 1 seated on it can then directly observe the cooking of the food, or at least its final stages, and receive freshly placed dishes on a table or table section 120. After receiving the food, the event furniture component 100 is mechanically controlled to move to a second area 5 for the main course, where it again joins with the other event furniture components to form a table 11 for a certain number of people.

[0155] After the course meal, the event furniture components then move to the dessert area 6, where they again form a large table 11 for 12 people. The desserts can be served to the event furniture components 1004 as a buffet 1003, which is mechanically movable in the form of a buffet module, by a mechanically movable event furniture component in the form of a robot or robotic arm 1000 that is movably suspended on a guide rail 1001 belonging to a rail system having a moving means 1002 in the form of an automatic drive device, as shown in Figure 10, or they can be served individually. During or after the consumption of the desserts, the sensory stimulation device 12 may project a fall to Earth onto the wall of the dessert area 6. After that, the journey through space ends, and the guests are released into the lobby area 9. Of course, guests can digest the adventure and unique impressions while enjoying their drinks. [Explanation of Symbols]

[0156] 1... Customer 2…Experience Area 3… Appetizer area 4, 5... Main dish area 6…Dessert area 7…Sanitary area 8…Kitchen area 9…Bar area 10…Event System 11... Table 12... Sensory Stimulation Devices 13…Control Unit 15…Walls, partitions, privacy screen elements 16… Docking Station 98...Operating device 99…Event staff 100... Event furniture 110... Chair 111...Support frame 112...Seat 120... Table or table portion 121... Table Plate 122... Quick coupling 123...frame 127… Housing 130...Base plate 131... Conveying means 132... Friction Wheel 133... Height adjustment mechanism 134…Operating Resource Storage Unit 135... Control means 136...Communication module 140... Air cushion 150... Sealing element 151... Sealing Lip 152... floor 153...Support ring 154... Seal comb 155... Base body 200... Furniture parts for events 201...Coupling device 250... Furniture parts for events 300... Furniture parts for events 350... Furniture parts for events 400... Robot or robotic arm 401... Guide rail 402... Means of transportation 501...Means for automatically dispensing food 502... Buffet container 600... Furniture parts for events 700... Furniture parts for events 800... Robot or robotic arm 801... Guide rail 802... Means of transportation 803…Probe 900... Furniture parts for events 901…center 1000... Robot or robotic arm 1001... Guide rail 1002... Means of transportation 1003... Buffet Module 1111... Quick coupling 1112...Displacement mechanism 1113... Lifting mechanism 1114... Rotating mechanism 1115…Tilt mechanism 1121... Armrest 1122...backrest 1123... Sensory Stimulation Device 1124...Sensor 1125... Operation elements 1211... Transmitter and / or receiver 1212... Distance sensor 1213... Safety Sensor 1214...Means for producing special effects 1215, 1216… Display 1217... Operation elements 1901...First control unit 1902...Chair Control Unit 1903...Table Control Unit 1904...Lighting Control Unit 1905... Blower control unit 1906... Buffet Control Unit 1907...Robot Control Unit 1908...Sound Control Unit 1909... Projection Control Unit 1910...Navigation Control Unit 1911...Calibration Control Unit 1912... Operation Control Unit 1913... Docking station control

Claims

1. In event furniture, which includes at least one table and / or at least one chair as an event furniture component, The at least one table has means for performing individual mechanically controlled movements, and / or the table components of the at least one table have means for performing individual mechanically controlled movements, and / or the at least one chair has means for performing individual mechanically controlled movements, and / or multiple combinations of the event furniture components have means for performing individual mechanically controlled movements, The means for performing mechanically controlled motion comprises a plurality of friction wheels or Mecanum wheels, and in controlling the mechanically controlled motion, the plurality of friction wheels or Mecanum wheels are software-coupled and arbitrarily controllable. The aforementioned event furniture includes, as event furniture components, a table composed of, or capable of being composed of, multiple table components, and chairs attached to this table. Event furniture characterized in that some or all of the table components are each connected to at least one of the chairs associated with the table, the table components and the chairs connected to them form a restaurant unit as an event furniture component, the restaurant unit can move together in space, these event furniture components have means for performing mechanically controlled movements, and the table components and the chairs connected to them can be reconfigured into multiple tables or separately assembled tables.

2. The event furniture according to Claim 1, wherein the event furniture component forming the restaurant unit is characterized in that the chair is arranged to be movable relative to the table component.

3. The event furniture according to claim 2, characterized in that the movement of the chair relative to the table component in at least one event furniture component has a vector component in the direction of the drive, and a driving means for this movement is disposed in the event furniture component.

4. The event furniture according to any one of claims 1 to 3, characterized in that at least one chair and / or at least one table of the event furniture component is connected to the event furniture component via a quick coupling.

5. The event furniture according to any one of claims 1 to 4, characterized in that there are two or more table components, which can be arranged to partially overlap each other in at least one configuration of the event furniture.

6. The event furniture according to any one of claims 1 to 5, characterized in that at least one sensor is placed on at least one table and / or at least one chair, and the sensor is configured and set to detect the presence, current position and / or movement of a customer or other event furniture component.

7. Event furniture according to any one of claims 1 to 6, characterized in that at least one user interface having an operating element and / or at least one display is arranged on at least one table and / or at least one chair.

8. Event furniture according to any one of claims 1 to 7, characterized in that at least one sensory stimulation device for customers seated at the table and / or the chair is provided on at least one table and / or at least one chair.

9. The event furniture according to claim 8, characterized in that the sensory stimulation device operates in synchronization with the mechanically controlled movement.

10. Event furniture according to any one of claims 1 to 9, characterized in that an external control device is provided for controlling the individual mechanically controlled movements.

11. The event furniture according to claim 10, characterized in that the external control device adjusts and / or synchronizes the individual mechanically controlled movements of a plurality of event furniture components, including a table, a plurality of table components of at least one table, and / or chairs.

12. The event furniture according to claim 10 or 11, characterized in that an operating device for event staff is provided that communicates signals with the external control device and enables intervention in the control process of the external control device.

13. The event furniture according to any one of claims 1 to 12, further comprising at least one buffet device having means for performing individual mechanically controlled movements.

14. The event furniture according to any one of claims 1 to 13, further comprising at least one wall, partition, or privacy screen element having means for performing individual mechanically controlled movements.

15. The event furniture according to any one of claims 1 to 14, further comprising at least one docking station for supplying energy and / or operating resources to a component of the event furniture having means for performing individual mechanically controlled movements.

16. The event furniture according to any one of claims 1 to 15, characterized in that the means for performing mechanically controlled movements includes at least one air cushion as a means for transporting the event furniture components.

17. The event furniture according to claim 16, wherein the air cushion has a sealing element, the sealing element comprising a base body and a sealing lip that is movable on the base body so as to be pressed against the floor when the air cushion is activated.

18. The event furniture according to claim 16 or 17, characterized in that the air cushion has a sealing element comprising a separately inflatable support ring having a sliding lining and one or more additional sealing combs.

19. The event furniture according to any one of claims 1 to 18, characterized in that the means for performing mechanically controlled movements includes a magnetic system.

20. The event furniture according to any one of claims 1 to 19, characterized in that the means for performing mechanically controlled movements has a rail system.

21. The event furniture according to any one of claims 1 to 20, characterized in that a drive device, or an operating resource storage device capable of ensuring energy supply, or a local control means, or a communication module, or a combination of these components, is provided on at least one event furniture component equipped with means for performing individual mechanically controlled movements.

22. The event furniture according to any one of claims 1 to 21, characterized in that the event furniture comprises at least one robotic arm or robot.

23. The event furniture according to claim 22, wherein at least one component of the event furniture having means for performing individual mechanically controlled movements has an interface for interaction with a robotic arm or robot.

Images