RU2775534C1 - Event system - Google Patents

Abstract

FIELD: event systems.

SUBSTANCE: event system (10, 50) for an animated event is proposed, and the event system (10,50) has at least one spatially movable component (100, 200, 250, 300, 350) of movable property for the event, which includes at least one table and/or at least one chair, and at least one device (12, 52) for sensory stimulation of guests (1) of an animation event, in which a spatially movable component (100, 200, 250, 300, 350 ) the movable property for the event has a motor for mechanical movement, and in which the event system (10, 50) additionally includes the first control (1901), which is intended for synchronized control of said mechanical movement and output of the device (12, 52) for sensory stimulation of guests (1) of an animation event, as well as a method for operating such an event system (10, 50).

EFFECT: event system improvement.

29 cl, 18 dwg

Description

The invention relates to an event (event) system with the features of the restrictive part of claim 1 of the claims and a method for operating the event system with the features of claim 24 of the claims.

At present, participation in public life events is associated with ever higher expectations and a desire for experiences that go beyond the scope of the event itself. For example, going to a restaurant is increasingly no longer seen as just an act for the purpose of eating and perhaps also for the purpose of a social meeting, but should at the same time be an entertaining event (experience). Accordingly, there are more and more proposals in the field of recreational gastronomy, combining such entertainment with food. In the simplest case, this can be done within the framework of a themed restaurant, in which the atmosphere, menu, and equipment of the waiters are adapted to a specific theme.

In addition, very popular formats have already been developed, such as crime dinners, the Palazzo Witzigmann or the Schubek Theater, in which the meal is framed or integrated into a play or show.

Another popular approach is to have parts of a typical restaurant process done in an unusual, extraordinary way. One of the steps in this direction is show cooking, in which dishes are prepared right in front of the guests. It is also known that the attendant presents an insertion number. Another option that belongs to this category is the well-known rollercoaster restaurants, which are also described in EP 1 833 331 B1 or DE 10 2015 011 538. In these restaurants, the traditional serving process is replaced by the ordered food and drinks being delivered to the tables in front of the guests. on a rollercoaster-like rail system, the loading of this rail system being partially visible to the guests using robots or manipulators.

Therefore, the present invention is based on the task of offering a new event (event; from the English "event" - event) system, which, in particular, allows the events inherent in visiting, in particular, visiting a restaurant, cafe or bar, in the case of visiting a restaurant, cafe or bar, complement in particular by stimulating the senses of taste in such a way that a more complete sensory experience can be provided to the guests of the animated event, which can also be a meeting or cultural event, in order to enhance the experience of attending the event.

This problem is solved by an event system with the features of clause 1 of the formula and a method for operating such an event system with the features of clause 24 of the formula. Preferred improvements to the event system or method are the subject of the respective dependent claims.

The inventive event system for an animated event (event) includes movable property for the event, which has at least one spatially movable table and/or at least one spatially movable chair and/or device for sensory stimulation of guests of the animated event, which in the prior art is conventionally global, that is to say essentially the same for all guests of the event, lighting by means of a lighting system and/or sounding by means of an audio system.

It should be noted here that a table and a chair are not necessarily necessary, just think about standing restaurants or chairs with built-in seating for food and/or drinks.

It is essential to the invention that this spatially movable part of the movable property for an event has propulsion means for mechanical (mechanized) movement, and that the event system further includes a first control that is designed to control the mechanical movement and output of the device in a synchronized manner. for sensory stimulation of guests of an animated event.

Concretely, in the simplest possible embodiment, this may mean, for example, that tables or chairs or groups formed from tables and chairs connected to each other, respectively, are made with the possibility of remotely controlled movement and when the audio system plays a waltz, separate tables with coordinated chairs and the guests of the animation event potentially sitting behind/on them circle each other, while when the march is played by the audio system, separate tables with chairs coordinated with them and the guests potentially sitting behind/on them move one after another in a column through the event room. location, such as a restaurant.

Another aspect relates to an event system for an animation event, which, in addition to the event system already described, including movable property for the event, has at least one spatially movable table and/or at least one spatially movable chair, and/or device for sensory stimulation of the guests of the animation event, it additionally or alternatively has at least one movable genital area, which is mechanically movable due to at least one motor device. At the same time, it is essential for the invention that this at least one spatially movable genital area has at least one propulsion device for mechanical movement, and that the event system further includes a first control, which is intended to synchronize with each other to control mechanical movement and output of the device for sensory stimulation of the guests of the animation event.

The propulsion means or propulsion device for mechanical movement in the sense of this disclosure is already present when interaction with others is possible, outside of the corresponding component of the movable property for the event to perform the movement.

In particular, the mechanical movement provides for it to be driven, but may be sufficient, for example, if only one coupling element is provided for engagement with a drive provided outside the movable property component for the event or the floor, for example, a magnetic coupling with a magnetic transport system or mechanical coupling with the conveying chain; that is, the drive does not have to be fully integrated into the moveable property component for the event in order for it to have the claimed propulsion.

It may also be sufficient to engage with an externally provided control, in particular with a control that ensures movement synchronization. Such linking can be carried out, for example, by means of a control signal transmitted wirelessly to an integrated event movable component or floor area, so that local control, while possible and expedient for some uses, is not mandatory.

The control may be part of the control of the overall process, or in turn controlled by such controls.

It should be noted, in particular, that the presence of means for carrying out a mechanically controlled movement does not exclude the possibility that additionally there are means for carrying out a movement controlled by the guest himself, and parts of these means can also be used for both purposes. Indeed, in particular, according to one preferred development of the invention, it is provided that the movable property component for the event additionally also has an actuating element for influencing the movement of the guest, for example by means of pedals, drive rockers, levers that act as a vertical steering wheel, or the like.

The motor device can move said at least sexual area with at least one, preferably three or more degrees of freedom. In this simplest case, said at least one genital area can carry out a lifting movement and thereby realize accelerating effects, as they occur in an elevator. The movement on the lift could be enriched with other effects, such as a possible failure of the lift, an earthquake or other effects which, in addition to the pure lift movement, also have superimposed movements in transverse directions and/or at spatial angles. In one more complex (complex) propulsion device, the so-called hexapod (hexapod), as it is, for example, used in flight simulators for pilot training, rotations around the vertical axis (panoramic), rotations around the longitudinal axis and rotations around the transverse axis can also be implemented. axis (pitch) movements, i.e. movement with up to 6 degrees of freedom. In such a case, it can be used to integrate other moments of the action or story into the event. For example, King Kong might appear on a high-rise building that has an elevator on its outer façade and strike the elevator so that it begins to swing. In particular, when the view simulated on the viewing platform by sensory stimulation is a view from the top of a mountain, it is also possible to simulate the flight movements of a giant bird or dragon that carries guests up the mountain in sensory stimulation, which further enhances the overall experience.

Also, the floor area can extend through the entire space and further can receive all, without exception, movable property for an event in this space, accordingly, movable property for an event can be located on this floor area or floor. For example, a fabulous flying carpet can be simulated, and by means of a motor device, synchronously with a device for sensory stimulation of guests, the genital area of the entire space moves up and down, and sometimes can vibrate. Deviation in the three spatial angles can create additional attraction for guests, and the sensory stimulation device can also further simulate the relative motions that can be amplified or even created by movable movables for the event.

The motor device may include at least one linear actuator. Conventional propulsion devices, which are known, for example, from simulation technology, in particular hexapods, can be used without problems for small genital areas, however, scaling over larger spaces and larger masses can entail significant problems in order to meet, in particular, aspects event system security. For example, in the simplest case, the propulsion device may include a linear actuator, such as a hydraulic cylinder, which can move the genital area either horizontally and/or vertically.

In order to simplify scaling, the propulsion device may be weight-balanced, wherein the weight balancing unloads the propulsion device at least to the extent that the floor section is in the idle state of the event system, i.e. without passengers and/or movable property for the event, can be held in any preferred position without effort. For this purpose, both counterweights and nitrogen accumulators, dampers or springs can be provided, by means of which a preferably continuous unloading can be carried out and/or by means of which, depending on the desired inertia, the necessary energy is respectively provided to induce a corresponding movement of the said at least one sexual site.

The motor device may include a link, by means of which the deflection of said at least one genital area is predetermined. The link may be displaceable, for example by means of said at least one linear drive, and be displaced relative to said at least one floor section. Said at least one genital area, in turn, can be held with support on the link, and the link sets the deflection of the said at least one genital section on this support. Said at least one genital area can be supported, for example, on three supports, each on one stage. The wings can be driven synchronously or asynchronously. With synchronous displacement of the wings, the lifting movement of the said at least one genital section can be carried out, and with asynchronous displacements, superimposed movements in all six degrees of freedom. The link, along with the inclined section (ramp), may have a wave, through which a vibration effect or vibrations can be created. That is, the curve forming the curtain can have several local maxima or minima.

The sensory stimulation device may be designed and/or intended in particular for visual, acoustic, olfactory and/or tactile stimulation, respectively - in other words - may be a device for visual, acoustic, olfactory and/or tactile stimulation. It is particularly advantageous if, in addition to the taste sense already stimulated by food and drink in a restaurant, café or bar, all other senses are also stimulated - ideally adapted to the theme and/or the course of the story.

In this context, it is particularly advantageous if the environment and/or the sensory stimulation is, respectively, variable and preferably adaptable to guest-specific content.

Preferably, it can be calculated not only globally, so that all event attendees receive a presentation of the same content, but also contain local components that are played only on a given table.

Firstly, visual stimulation is possible, which in the simplest case can be carried out by providing content on the screen. Another type of visual stimulation is projection onto a surface, such as the surface of a table or the projection surface of an animation event. With the help of modern projection technology, even virtual objects can be created on such surfaces, which can produce a deceptively real impression. Thus, for example, when introducing an event visit to the theme “expedition to Africa”, a stream of giant ants can run across the table. By means of this kind of projection it can also be masked, for example, that the object has actually disappeared from the table due to the fact that it is replaced by its own projection. Still other kinds of visual effects can be achieved through lighting adjustments, fogging, confetti launching, and comparable events.

Secondly, acoustic stimulation is possible. Along with pure content playback through a locally located speaker, it can also be performed using a much more complex (complex) audio system that generates certain sound effects on the input of a higher (higher level) control or on the input of selected sensors. For example, the position on the seat of the chair on which the guest is sitting could be monitored and a creaking sound could be heard with each movement, or drinking could be identified using a surveillance camera, which could then be accompanied by loud drinking sounds.

Another very interesting alternative is to, when inserted into the frame of the story, give out locally different information through the appropriate speaker, for example, eavesdropping, which is possible in some positions in space (room) and not in others. In this way, for example, criminal dinners can be designed even more interestingly and guests are encouraged to visit the same event multiple times in order to relive the story from a different angle.

Thirdly, olfactory stimulation is possible due to the fact that odorous (aromatic) substances are purposefully emitted locally. For example, the smell after a fire can significantly enhance the experience of a fire in an adventure story that animated an event visit, or if the story takes place at sea, you can try to olfactorily adjust the salty smell of the sea. If the animation also includes staff and/or actors, their performance can also be olfactorily accompanied, for example by the fact that when the pirate captain passes the table, an intense smell of rum is emitted.

Fourthly, stimulation can also be carried out tactilely, for which there are many possibilities for implementation. Vibrations and/or movements of the at least one genital area mentioned above have already been noted, which may accompany the ongoing action. Very expressive effects can also be caused by blowing hot air with a blower in the direction from the fire represented in the animation or from the mouth of an imaginary passing, for example, a projected animal. Liquids can also be used with advantage here, for example by means of spray devices.

According to the invention, at least one such sensory stimulation device is actuated in a synchronized, mechanically controlled motion to elicit a coherent shared experience. In particular, this is possible when local control of devices on the table and/or control for moving the table (which may represent the same local control on the table as the control of devices) interacts with the superior control and/or navigation system.

Further, if the event system in one improvement of the invention has at least one other movable component of movable property for the event in the form of a wall, separating or masking (protecting from views) element, then it can serve not only to variably design spatial experiences, which are experienced while attending an event, but also form the basis for other effects, such as a projection surface for visual stimulation. In this case, it is particularly advantageous if the movable wall, separating or masking element is also mechanically movable and this mechanical movement is controlled or also by a first control and/or another control. This also allows effects to be supported alternately, for example, the impression of fast movement for a guest who is sitting on the chair of an event movable property component can be maintained if not only this event movable property component moves, but also simultaneously in the opposite direction such a controlled wall, separation or masking element.

It is even more interesting to arrange a visit to an animated event for a guest if the event system has means for the automated provision of dishes on the table, which are controlled by said first control and/or other control.

In particular, they can be provided by another mechanically movable component of movable property for an event in the form of a pantry (buffet) device. In this context, a buffet device should be understood, in particular, as devices on which served dishes are provided for consumption; for example, it can also be a sushi bar. In such a case, this event personal property component may drive up to the guest-occupied event personal property component and dock for a long time, or may allow the event guests to select and take dishes in synchronous motion.

The second possibility is to provide openings in the floor surfaces, wall surfaces and/or ceiling surfaces of the event system, through which food and/or drinks can be served to the guests, respectively, to the movable property component for the event, in/ on which it is located, and/or the dishes are removed after one course of the meal is completed. For example, the gripper may suddenly move from the ceiling and pick up empty plates, or the ordered dish may, through a hatch in the floor and a recess positioned above it in the table that opens, be moved upward by a lifting mechanism so that it suddenly appears on the table. Also preferably, these processes are synchronized with the output of the sensory stimulation device. For example, a projected shoal of monkeys carrying fruit could pretend to streak across a table, and after the projection is over, the guest of the animated event suddenly finds a plate of fruit in front of him, which was brought to its place by such a transport mechanism through a hidden shaft.

A third possibility is to be operated by a robot or a robotic arm (manipulator), if said first control and/or said other control(s) are(are) and programmed(s) in such a way that the means for automated serving of dishes to the table in the automated serving of dishes interact with robot.

In particular, for this reason, it may be preferable if the event system has at least one robot or robotic arm, which is controlled by said first control and/or another control.

This robot is preferably suspended from the ceiling or mounted on a ceiling-mounted track system in order to reduce the complexity of coordinating said many motions to be coordinated without colliding with each other on the floor of an event location, in particular a restaurant.

In one other improvement of such a robot or robotic arm event system, it is provided that the first control controls the mechanical movement of the chair, table part or table by interacting with the robot or robotic arm controlled by the first control.

To do this, preferably at least one movable property component for an event with means for performing an individual mechanically controlled movement would have to have an interface for interacting with a robotic arm or robot. Specifically, it may appear, for example, that a robot or a robotic arm enters positively and forcefully into a protected area and thus either controls the drive for movement or controls it with navigational efforts. Naturally, the robot or robotic arm can also provide control impulses, for example by operation with a joystick or by non-contact signal transmission, for example via radio frequency communication. It is the latter that can give the impression that the movement is carried out as if by magic.

Another possibility for such a robot is that said first control and/or said other control is implemented and programmed in such a way that the robot interacts with the guests of the animation event. This may consist of a "classic" order acceptance, and may also contain additional unusual elements. For example, the robot can register certain distinguishing features of the guest or negotiate a code word with him and then later, when the dishes are served, give them to the guest only after verifying these distinguishing features, respectively, prevent their consumption if the verification fails or if in fact another guest tries to treat himself. at the same table.

The mechanical movement can in particular be carried out using an air cushion system, a magnetic system, a floor transport system, a rail system or (particularly in certain areas) a combination of these systems. In the event that an active drive is provided on a component of movable property for an event of an event system, then it can be implemented through friction wheel systems or Elon wheel systems; in particular, two friction wheels or Elon wheels coordinated with each other according to software, preferably adjustable in height, can be used.

Preferably, the control is implemented and programmed in such a way that the device for sensory stimulation of the guests of the animated event

- provides visual content, in particular visual content either on tables, chairs, floor areas, wall areas, or in the space between the components of the event system, or projects or provides them to the user in a personalized viewing device, and / or

- acoustically accompanies mechanical movements and/or projected visual contents, and/or

- releases odorous substances which are preferably adapted to visual content or acoustic accompaniment, and/or

- generates tactile stimuli, preferably locally on tables or chairs.

Further, in one preferred embodiment of the invention, it is provided that the event system has one or more sensors for recognizing the behavior of guests of the animation event who are in signal communication with at least one of said controls. In this way, many effects can be realized as well as safety-relevant functions.

In order to reliably monitor and combine complex event occurrences, it is advantageous if the event system, preferably the first control, has a navigation system with which the position of the individual components of the event system can be recorded and the movement of the individual components of the event system can be controlled.

Precisely because of the complexity of the processes, it is preferable if the event system also has the means to indicate the countdown for service personnel and, if necessary, for guests.

For security reasons and to ensure orderly workflows it is preferable that there are executive devices for the employees of the event, which are in signal communication with said first control and provide an impact on the processes of said first control. Technically, this can be implemented via a wireless connection in the same way as via a wired connection, ie. wired connection. Preferably, these actuators have confirmation and/or manipulation keys with which program processes can be started, stopped, modified or interrupted in a predetermined manner, so that only a single keystroke or a small number of keystrokes is sufficient to control even complex processes and / or influence them.

Thus, in addition to the technical safety functions, a visual inspection can be provided. If the respective employee recognizes, for example, that an event guest endangers himself or others, then a gentle stop or an emergency stop can be called by pressing a key. If he discovered, for example, that during the projection of giant ants mentioned above as an example, the guest panics due to fear of ants, then the corresponding projection can be purposefully deactivated on this table. In this way, a flawless and harmonious running of the animation event can be guaranteed.

Another technical possibility for providing the functionality described above is voice control, by means of which (if necessary, by means of a special language code to prevent accidental operation) the safety functions and/or show commands can be started or activated, respectively. But also such voice control can be used in interactive formats to allow guests to interact.

Another preferred development of the event system provides that locally on the movable property components for the event, in particular on the tables and/or chairs, means are provided for interacting with said first control and/or other control, which thereby form a user interface, for example, to influence the event guest on the mechanical movement and/or to carry out order processes. It is particularly preferred to provide a user interface with a display for displaying information. Then, such a user interface can be implemented, for example, as a touch screen or as a special, integrated into the discussed component of the movable property for the tablet PC event.

In addition to the opportunity to get acquainted with the range of dishes and drinks and make orders, information may also be presented here in the form of a decided basis for the further course of the visit to the event and guest preferences may be requested for the further course of the visit to the event.

For example, when introducing a meal into an animated adventure story, several options for continuing could be voted on, so that depending on the outcome of the corresponding vote, when visiting the event multiple times, despite the thematically the same adventure story, correspondingly different stories are experienced. But also, for example, within the framework of a virtual user communication service, preferences for the participant could be presented, which would become known in a further process, if necessary supported by short messages about this information, which can be obtained through the display.

The method according to the invention for operating the event system according to the invention is characterized in that the mechanical movement of at least one movable property component for a restaurant and/or said at least one sexual area and the output of the device for sensory stimulation of the guests of the animation event are automatically synchronized with each other by means of said first control.

In this method, it is particularly advantageous if the dishes are placed on the table automatically. This can not only help reduce personnel costs, but also makes a large number of special effects available to make attending an event even more entertaining.

The first control and/or other control may also control at least one robot or robotic arm. In particular, this can be used to have the robot participate in the automated provision of dishes to the table or to have the robot interact with the attendees of the event.

Such an interactive can be especially interesting if the robot or robotic arm for the interactive is equipped with a mannequin (bust), on which faces can be projected. For example, it can be the faces of famous personalities, as well as other illustrative material, for example, from photos or videos that were previously taken by relatives or friends. It is also advantageous if the voice of the robot or robotic arm is suitably adapted. For example, in such a case, the robotic arm can be brought to the guest, and the guest with a face that looks like his mother, and her voice asks what he will eat or where he walked again.

The preferred operating modes of the device may provide that the device for sensory stimulation of guests of an animated event

- provides visual content, in particular, projects visual content either on tables, chairs, floor areas, wall areas, or in the space between the components of the event system, or provides them to the user in a personalized viewing device, and / or

- acoustically accompanies mechanical movements or projected visual contents, and/or

- releases odorous substances which are preferably adapted to visual content or acoustic accompaniment, and/or

- generates tactile stimuli, preferably locally on tables or chairs.

Further, the invention is explained in more detail on the basis of the figures, which depict exemplary embodiments. Shown:

Fig.1 example plan for an event system, in a top view,

Figure 2 is an example for a spatially movable component of movable property for an event in the form of a table-chair combination,

Fig. 3 is a schematic example for a transformation that can be realized with spatially movable movable property components for the event of Fig. 2,

Figure 4 is an example of an interactive with a robotic arm,

Fig.5a is a cross section of one of the tables for 4 persons from Fig.3 during the first phase of the possible serving of dishes,

Fig.5b is a cross section of one of the tables for 4 persons from Fig.3 during the second phase of the possible serving of dishes,

Fig. 6 is a schematic example for the first table formation, in which the spatially movable components of the movable property for the event of Fig. 2 are docked to the buffet module,

Fig.7 is a schematic example of a second table formation, in which the spatially movable components of movable property for the event of Fig.2 are docked to the buffet module,

Fig. 8 is an example of the use of a robotic arm in the movement of spatially movable components of movable property for an event, respectively, of a table formation composed of them,

Fig.9 is a schematic example of a table formation, in which the spatially movable components of movable property for the event of Fig.2 are docked to the "open kitchen" module,

Fig. 10 is an example of the use of a robotic arm when providing a dining formation with dishes,

Fig.11 structural diagram for control,

Fig. 12a is a side view of a second example of an event system,

Fig. 12b plan of the second example of the event system, in top view,

Fig.12c improvement of the event system according to Fig.12a,

Fig.12d is a fragment of the event system according to Fig.12c,

Fig.13 the first variant of the movable property component for the event of Fig.2,

Fig. 14 is a second variant of the movable property system for the event of Fig. 2.

The same objects in all figures are denoted by the same reference numbers, unless otherwise indicated. To increase the visibility of the figures, not every figure always has all the reference numbers.

1 illustrates an example for an event system 10 for an animated event that takes place in a restaurant with a bar area 9, an adventure area 2, a snack area 3, two main course areas 4, 5, a dessert area 6, as well as a sanitary area 7 and kitchen zone 8 and can be held, for example, on the theme of "space travel".

Event system 10 has a number of features:

The first feature, in particular tables 11 with chairs belonging to them, which are indicated by rectangles in FIG. have as an example one chair and one table each, as they are now explained in more detail on the basis of figure 2:

Figure 2 shows an example of a mechanically movable in space component 100 of movable property for an event, which in this case is made in the form of a chair 110, which, together with a table 120, is located on the floor slab 130. In this case, the position of the chair 110 relative to the table 120 is changeable by means of a support column 11, to which the seating surface 112 with the armrests 1121 and the movable backrest 1122 is connected by a quick coupling 1111, so that the seating surface 112 can be easily and quickly replaced using the mounting parts located thereon, for example, when changing the theme of the event system or when changing the target groups, for example, if there was a children's birthday in the afternoon, and in the evening there should be an event in the style of a “blitz date”.

The carrier stand 111 has a shifting mechanism 1112 for moving the chair 110 toward and away from the table 120, a lifting mechanism 113 for changing the height of the seat relative to the floor plate 130, a rotating mechanism 1114 for rotating about an axis perpendicular to the floor plate 130, and a tilting mechanism 1115 which implements preferably a tilting movement along the yoke to transfer the pivot point to the position of the average center of gravity of the body. As an option, these mechanisms can also be driven, for example by means of electric motors, and are initiated by control via a wireless communication means.

In the seating surface 112 itself, in this embodiment, a device 1123 for sensory stimulation of the guests 1 of the animation event is also received, which is here an example of a vibration element. This device 1123 for sensory stimulation is initiated by the first control, for example, via a wireless connection. This triggering is specifically synchronized with respect to the mechanical movement of the chattel component 100 for the event. This can be used in a variety of ways, for example, to accompany mechanical movement in the background, for example, to give the impression of a bumpy road with horizontal movement, and also as a signal that a movement is about to take place, for which guest 1 should prepare.

In addition, the seating surface 112 also integrates a sitter recognition sensor 1124, the data of which can also be used by the first control, for example as part of a safety check before a mechanical movement starts, or in order to save effects on an unoccupied seat. The actuating element 1125, which can also be made in the form of a sensor and the state of which is read by the control, is located on the armrest 1122; a move confirmation may be called, for example, or it may be signaled that guest 1 is now ready for an upcoming move.

Preferably, the armrests 1122 can also be height-adjustable and fully retractable, which can be used on the one hand to fulfill a specific content requirement and on the other hand to induce surprise effects. To do this, a powered central guide can be integrated into the backrest.

The table 120 has a table top 121 which is connected via a quick coupling 122 to a preferably adjustable column 123 which is fixed to the floor plate 130. The table top 121 in this exemplary embodiment has a plurality of components which can also be used individually or in groups and are advantageously independent of each other. friend.

At the edges of the table top 121, for example, transmitters and/or receivers 1211 can be located, which provide positioning or location of the movable property component 100 for an event in space and are preferably included in a navigation system that performs, in particular, the determination of the positions of all movable property components. for the event.

If there is such a navigation system, this determination can also be supported by signals from contact loops that run in the floor.

The edges of the table top 121 can also have distance sensors 1212, by means of which the connection processes between different components 100 of movable property for an event are controlled, or have security sensors 1213, for example in the form of pressure sensors or optical sensors, which reliably prevent that, within the framework of mechanical movement, a part of the body the guest who is directly in the edge area of the tabletop 121 is pinched, or indicates that the guest is ready for the upcoming action.

Further, special effects tools 1214, i.e. other sensory stimulation devices may be located directly or indirectly on the tabletop 121, such as LEDs, smoke screen nozzles, moisture, vibration elements, or the like.

For example, a virtual safety screen with different security zones can be placed around the components of the movable property for an event in order to reliably and efficiently regulate the movement and connection processes, whereby, for example, the speeds and driving forces are preventively reduced if another component of the movable property for the event or another the object is detected in the security zone. But, for example, also as an additional effect in the critical and final connection process, a red-colored or red-lit smoke screen could be emitted and/or a sound effect could be produced or the area could be vibrated when touched. In this case, the corresponding zones would have to be freely programmable.

Displays 1215, 1216 may also be located on tabletop 121, which are preferably connected to or integrated with tabletop 121. They are also other devices for sensory stimulation; they can inform or entertain guest 1. If the displays 1215, 1216 are designed as touch displays, then they can also serve as input means or as actuators for guest 1, but there may also be separate actuators 1217, such as here for this slide-out control panel.

On one such display 1215, 1216 at a prescribed location, it may be possible, in particular, to call up personalized content that the guest has voluntarily disclosed when submitting an application. It can also happen in sync.

Further, a kind of Jude Box could be integrated in the area of the displays near or on the table, where certain options suitable for the content are stored, for example, in the form of film content, graphic, sound or light content, between which - if necessary after the decision of the majority of all guests - a choice can be made.

Playful interactive features can also be offered, in particular with respect to relevant content, with which the guest can then earn, for example, a reward. For example, he could be given the task of identifying and confirming certain hidden features in the content during the event, for which he could receive points to the bonus account and for them, in another visit process, he could receive additional services, for example, an additional dish or a special drink.

Around the rack 123 is a housing 127 which forms a protected technical chamber for received in its interior necessary to drive a part of the movable property for the event and, in particular, some of the components necessary for mechanical movement.

Motor vehicles for mechanical propulsion may be categorized as follows:

Such means for the mechanical movement of an object, and in particular a mechanically movable component of movable property for an event, may be categorized in principle as follows:

Firstly, there are carrier means which bring the object to be moved or hold it in a position in which it can move without significant friction. Examples of such carrier means are wheels or (ball) rollers, air cushions, and they can also be realized with suitable magnetic systems. Undoubtedly, this type of propulsion means is absolutely necessary for mechanical movement.

Secondly, there are driving means which create the actual movement of the object to be moved. These means, depending on the design, can also perform the function of carrying means, respectively, can combine them, as in the case of, for example, drive wheels, in particular friction wheels or Elon wheels, or wheel axles. However, such drive means do not necessarily have to be completely located on the object to be moved, but at least one partial component is possible, to which in this case a part of the drive means located not on the object to be moved is coupled, for example, in a magnetic system by magnetic interaction or by means of mechanical engagement, for example, in a system with a conveyor chain.

Thirdly, there are control means which give the driving means the movement to be performed. They may be present locally on the movable object or not on the movable object. In the first case, they can be designed so that they operate partially autonomously, as for example in terrestrial transport systems or in schemes for autonomous driving in the case of vehicles. In the second case, the drive means receive control signals from an external control. Mixed cases are also possible, in which the lower (slave) control is located locally on the object to be moved, and also receives and executes control commands from the higher control located not on the object to be moved.

Fourthly, in all cases, in order to implement the synchronization according to the invention, as a rule, the object to be moved has at least one communication module with which control commands and data can be exchanged with another control.

Fifthly, also the working media accumulators and/or the working media generators can form an essential component of the mechanical propulsion means, for example, in an air cushion system, the compressed air reservoir in the form of the working media accumulator and the compressor in the form of the working media generator, respectively, for example , storage capacitor (SAP), super capacitor super SAP, battery or accumulator in the form of accumulators of working media for the needs of local electrically driven drive means, local control and/or communication module or means for inductive power transfer in the form of generating working media.

In the exemplary embodiment of the mechanically movable movable component 100 for an event shown in FIG. 2, carrier means 131 are provided on the reverse side of the floor slab 130, which may be in the form of air cushions themselves, magnets, ball rollers, or the like, for example.

As driving means in the exemplary embodiment of a mechanically movable movable property component for an event in FIG. movement is also driven. Preferably, this rotation possibility is realized at the quadrant point of the friction wheel 132. Regardless of this, it is preferable if the rotation is implemented with as high a resolution of angular increments as possible.

Additionally, there is a powered height adjustment mechanism 133 for an electrically driven friction wheel 132, or a pair of electrically driven friction wheels, to fine-tune the load distribution and downforce. It goes without saying that the floor plate 130 has an opening through which the friction wheels 132 are in contact with the floor. Naturally, such an arrangement can be implemented in the same way with Ilon's wheels.

The friction wheels 132, including their electric drives and the height adjustment mechanism 133, are placed in the housing 127 together with the drive 134 of working media - here specifically with a battery for powering electrical components, and in the case of using an air cushion with a compressed air storage -, as well as local control means 135 and a communication module 136, which preferably operates wirelessly and establishes signal communication with control 13.

However, as illustrated in FIGS. 13 and 14, other moveable event components 200, 250, 300, 350 are also possible with mechanical movement means that do not have both the seating capability and the dining composite component. FIG. 13 shows a particular embodiment with an event movable property component 200, which differs from the event movable property component 100 in that it does not have a tabletop and, accordingly, the structural elements located on the tabletop 121 of the event movable property component 100 also fall out. To this end, the table (which can optionally also be an attached part of the pantry device) is here made as the actual movable property component 250 for the event with - identical to the embodiment according to FIG. a separate chair may be attached, which forms the movable property component 200 for the event.

The variant shown in FIG. 14 is particularly suitable for cases in which a bar atmosphere is desired , for example, if the theme of the animated event is a "blizzard date" event. The event movable property component 300 is constructed in principle identical to the event movable property component 100, and differs from it mainly in terms of table height and chair height. The event movable component 350 does not have any seating capability, but only a (standing/bar) table, here the guest stands on the floor slab 350 while moving. and for the movable property component 350 for the event, respectively, can be performed in exactly the same way as described above for the movable property component 100 for the event.

As a consequence of the fact that the event movable components 100, 200, 250, 300, 350 are provided with propulsion means for mechanical movement in space, the first control can control the movement, in particular, of these event movable property components in space. For example, a number of tables may move together through a restaurant and then split or reconfigure into other groups of tables with accompanying chairs 11.

The second feature of the event system 10 is that it (shown here only schematically) has devices 12 for sensory stimulation of the guests of the animated event, which are here divided into different areas. In particular, this is implemented here in the form of visual stimulation by means of projectors and the creation of a background for these visual effects by means of sound effects, as will become clear in the following, but olfactory effects can also be realized through the release of aromatic substances or tactile effects, for example, vibrations, sprayed smoke curtain, air currents or the like. At the same time, the output of sensory stimulation, depending on the desired topic, can be easily customized through appropriate programming; it may even be possible to personalize the content.

A third feature of the event system 10 is that the movement of the event movable components and the sensory stimulations of the guests 1 located on them are synchronized with each other by means of a control component 13, which is also shown only schematically in FIG. 1, but now by means of FIG. 11 is explained in more detail.

In the embodiment according to FIG. 12, the control 13 is configured such that the first control 1901, which according to the invention is intended to control the mechanical movement and the output of the device for sensory stimulation of the guests of the animation event in synchronization with each other, is formed by means of a master or main control. This first control 1901 is in signal communication with a plurality of lower controls from which it receives data and to which it issues control commands, namely in particular

- chair control 1902, which controls the degrees of freedom of movement and special effects, such as the vibration of the chair 110 of the movable component 100 for the event, and which data from the sensors located on the chair 110 is transmitted to the first control 1901,

- table control 1903, which controls the degrees of freedom of movement and special effects of the table 120 of the movable property component 100 for the event and which data from the sensors located on the table 120 is transmitted to the first control 1901,

- 1904 light control, which controls lighting and lighting effects in various areas of the animation event,

- blower control 1905, which controls locally or globally provided blowers for air circulation and for creating tactile effects through the air flow,

- buffet control 1906, which, in particular, moves the components of movable property in space for the event in the form of mechanically movable buffets and which transmits their coordinates to the first control 1901 for navigation purposes,

- control 1907 of a robot, which, in particular, move in space the components of movable property for an event in the form of mechanically movable robots, which controls their interaction with guests and the environment and which transmits their coordinates to the first control 1901 for navigation purposes,

- sound control 1908, which produces and coordinates sound effects when operating an animation event,

- projection control 1909, which produces and coordinates visual effects, in particular projections during the operation of an animation event,

- navigation control 1910, which is managed and controlled, in particular, the movement of mechanically movable components 100 of movable property for the event,

- calibration control 1911,

- an operator control 1912, by means of which, on the one hand, the event employees can actively intervene in the process of the animation event by means of an actuator, and which, on the other hand, gives the event employees information if certain working materials become insufficient,

- control 1913 docking station, which controls the charging of components 100 of movable property for the event with current, compressed air and/or other consumables through the docking station, and

- floor movement control 1914, which can control the degrees of freedom of movement and special effects, such as vibration and movements of the genital area 63 or the floor on which movable property for an event can be located in space, and by which data from the sensors located on the genital area 63 can transferred to the first administration in 1901.

In order to make the operation of the event system 10 more understandable, an exemplary operation with the theme "space travel" is now described.

In this case, the guests first enter the bar area 1, which can be arranged, for example, as a spaceport hangar and wait there with an aperitif until everyone arrives, a choice of a certain sequence of dishes is made and the movable property for the event is ready.

The door to the adventure zone 2 is then opened, whereby the guests can be instilled by projection, for example using the sensory stimulation device 12, in the bar zone 1 that this is the door of the spaceship they are now entering.

Once in the area of the adventure zone 2, the guests first find a table 11 with 12 seats, which (which does not have to be visible at first, but can be masked to achieve the effect of surprise, in particular by means of a sensory stimulation device 12 due to a suitable projection) actually consists of the 12 individual components of the movable property for the event, for example the chair-table construction groups 100, which have been described in detail above in connection with FIG. 2, which are individually mechanically movable.

It should be noted that, in particular, this area is also well suited to provide docking stations 16 from which the components of the movable property for the event are supplied with working means, such as current in the form of battery charging, compressed air, working means for special effects. and the like; in this way, firstly, at the beginning of the event, it can be guaranteed that the working means necessary during the process are available, and secondly, at this point, the movable property components for the event remain in place, usually for quite a long time.

After all the guests have been seated and the confirmation signal has been given, the countdown 14 begins, ending with the launch of the rocket simulated by the sensory stimulation device 12 in zone 2 of the adventure.

When the rocket is launched in appropriate acoustic accompaniment (background) by means of the device 12 for sensory stimulation in zone 2 of the adventure, the table 11 with 12 seats is set in motion, for which, by means of control 13, twelve individual components of the movable property for the event move together and synchronously through zone 2 Adventure. The control 13 is synchronized with this movement to cause the sensory stimulation device 12 in the adventure zone 2 to project moving pictures on the walls of the adventure zone 2 to give the impression of a rocket flying. Additionally, sound effects can be accompanied.

A particularly convincing perception can be created if mechanically movable wall, partition or masking elements 15 with windows are moved by control in synchronism with the table 11 with 12 seats, so that the moving projection on the walls of the adventure area 2 is observed through the windows, and the impression that one is still in the spacecraft, thus further enhanced.

Further, other effects may be created by the same or a different sensory stimulation device 12 to enhance the experience of space travel. For example, the vibration means that are located in the chairs of the event components can be vibrated during the start scene by control.

At the end of a "space flight" played out in this way, for example, an arrival at a space station can be projected. The mechanically movable wall, separating or masking element 15 descends to the floor and the guests can see the dining area 3 designed in the form of another hangar. the components 100 of the movable property for the event autonomously under the control of the control 13 carry out mechanical movements, which eventually turn them into, for example, four tables 11 for four persons, which, by means of mechanical movement at predetermined locations in space, are configured from respectively four components 100 of the movable property for the event according to figure 2, that is, converted into a configuration, as it is roughly outlined in figure 3. Of course, other groupings are also possible.

The manner in which said configuration is created may be determined in various ways. For example, it can be based on a preliminary order placed, for example, in the bar zone 1, so that accordingly people who want to eat the same snack end up at the same table for several people or the number of different snacks available on each table is maximized.

A highly adventurous option would be for the grouping of event movable property components to be preceded by interaction with another mechanically movable event movable property component in the form of a robot or robotic arm 400, as will now be described in more detail based on FIG. .

FIG. 4 shows, for example, the mechanically movable event movable components 100 as described above in the context of FIG. in the form of a robot or robotic arm 400 which is hung to the guide rail 401 by its automated motor drive unit 402 to perform mechanical movement.

In principle, such a robot or robotic arm 400 can also ride on the floor, but hanging from a guide rail 401 that belongs to the rail system, the embodiment has the advantage that the already complex control of the mechanically movable components 100 of the movable property for the event is not simplified. by means of additional moveable property components for the event that do not have to be there.

The robot or robotic arm is launched in response to the command of the first control 901 and starts interacting with the guests 1. In this case, in particular, a voice interface, as it is known from computer assistance systems as Siri or Alexa, can be used to evaluate the results of this interaction and, when necessary - for example, in the ordering process - to transform them into actions.

It can operate, for example, as a kind of access control for entering the space station, which is performed by a robot or robotic arm 400, in which the robot or robotic arm 400 requests certain preferences and the control 901 determines or calculates the configuration of the mechanically movable movable component 100 for the event based on this request, so that, for example, initially unknown to each other people with similar interests or professional knowledge are reduced to one given dining configuration. But it is also possible, in this place, to carry out the ordering process through interaction with a robot or a robotic arm.

At this point, it should be mentioned that, even if it is not always explicitly mentioned, the sensory musical accompaniment of the adventure and/or the embedding of the visit to the event into the story or theme can continue through the appropriate devices 12 for sensory stimulation, for example, through the projection of pictures, sound effects, tremors. and other tactile experiences or odor generation.

Then, after reaching this dining configuration, a snack can be served in the snack area 3. In principle, this can be done by event staff or by a robotic arm, but other very surprising options are that dishes can appear from above or below, so to speak, from table to table, as will now be explained in detail using the examples of figures 5a and 5b .

Figure 5a shows two instances of the mechanically movable event movable property components 100 as described above in the context of Figure 2, connected to each other and with a guest 1 positioned thereon. , the means for automated serving of dishes 501 is already visible, implemented in the form of a rack extendable from a hole in the floor, on which a buffet container 502 is located, which contains an appropriately selected snack of guests 1.

To actually deliver the appetizer to the table 120, the mechanically movable components 100 of the event movables move discreetly slightly apart, as depicted in FIG. in buffet container 502 become available to guests 1.

But it is also possible to position the refreshment container first in the event movable component 100 and then allow it to appear on the table top using the lifting mechanism that the event movable component 100 has.

This action is especially effective if the provision of meals takes place while the sensory stimulation device 12 is distracting.

For example, the wall of the snack area could project a view into space along part of the space station. Unexpectedly, a dot begins to move in this view, which draws the attention of guests 1 through the acoustic message “Intrusion Threat! Threat of invasion! Additionally, the first control 901 automatically rotates the chairs 110 so that the guests see the moving dot while looking straight ahead. The dot gets bigger and bigger and turns out to be an alien spaceship. The laser cannons open fire on the spacecraft, which fires back and heads towards the space station. He gets hit and loses control. Acoustic alert sounds “Collision! Collision! and the spacecraft collides with the projected portion of the space station while shaking is simultaneously simulated by the vibration modules of the chairs and this moment is used to push apart the mechanically movable event movable components 100 and provide snacks. The chairs 110, after a large, visually, acoustically and concussion-accompanied explosion, again at the order of the first chair control 1901 for the chair control 1902, return to their basic position, and the guests are surprised to find their snack on the table.

It should be noted that, not least due to the fact that a full visit in an animated event can take a very long time, the need to visit the toilet must also be taken into account, for which sanitary zone 7 is provided. preferable if, even when visiting the sanitary zone 7, the movement there is carried out while the guest 1 is located on the movable property component for the event. Guest 1 can initiate a visit to the toilet, for example, by submitting an appropriate request to the user's tablet. The control then calculates a suitable time and path and controls the mechanical movement of the respective movable property component for the event, and it can also take into account the current occupancy status of the sanitary zone 7, so that the waiting time in line in front of the toilet can be minimized. However, the visit to the sanitary area 7 should be carried out preferably during the eating phases in zones 3, 4, 5 or 6, and not in the transitional phases between being in these zones.

After eating the snack, the tables 11 or the movable property components for the event from which they are assembled are brought back autonomously, i.e. controlled and choreographically by the control 13, so that synchronization with the output of the device 12 for synchronized stimulation is carried out (for example, in a type of further movement configured according to the type of musical accompaniment, for example, in turning movements when sounding a waltz), in movement to the next zone, the first zone 4 for main courses.

Usually, this can be done after the used crockery and cutlery is removed - by personnel, robots or lifting equipment. Another interesting possibility is that the movable property components for the event are first moved to the sector of the kitchen zone 8, in order to thus, so to speak, return the used utensils and cutlery themselves. While the guest is moving with part of the movable property for the event to this zone, for example, a film can be projected in this zone by means of the device 12 for sensory stimulation, which expands the perceived reality. For example, used plates could be placed by a real manipulator on a real conveyor belt that disappears into the projection wall, but which, in the projection, continues into the alien-served kitchen, where, for example, a munching monster takes a plate from the tape, shakes the remains into its mouth and then passes the plate another type of alien who licks her with his extremely large tongue and then puts "clean" plates on the conveyor belt.

The event moveable component 100 then drives past such a clean plate conveyor belt that emerges from the projection wall and the guest 1 is acoustically and/or visually urged to pick up such a plate - which, for example, might even still have a slightly damp or slightly slippery surface. , an unusual temperature and/or a strange smell to create points of contact for "cleaning" the plates by the aliens in the film - from the conveyor belt, if the first zone 4 for the main courses works as a buffet (buffet) zone. This illusion is especially strong if the guests receive individually distinguishable plates and the plate taken from the conveyor belt looks exactly like the one that the guest handed over.

Finally, the chattel component for the event comes to the pantry element and docks to it. Possible exemplary configurations of movable property components for an event for a buffet first main course zone 4 are shown in FIGS. 6 and 7.

In the configuration shown in FIG. 6, two event movable property components can be seen in the form of hexagonal buffet tables 600 with a mechanically movable event movable component 100 attached to the sides. At the same time, here, but not necessarily, the components 600 of movable property for the event, made in the form of buffet tables, in turn, themselves respectively have motive means for performing a mechanically controlled movement, which allows, while the guests 1 are in another zone, to move the buffet-style components 600 of the movable property for the event are driven mechanically into the kitchen area 8 and refilled there for subsequent guests.

In the configuration shown in FIG. 7, a sushi-bar-like event moveable component 700 can be seen with six mechanically movable event moveable components 100 attached to its sides. However, in this example, but not necessarily, the sushi bar component 700 of the movable property for the event, in turn, has propulsion for mechanically controlled movement, which allows while guests 1 are in another area , move the buffet tables in a mechanically controlled manner to the area of the kitchen zone 8 and refill there for subsequent guests.

For the sake of completeness, attention should also be paid to the fact that it is also natural that the movement of the movable property component 600, 700 for the event is possible together with the movable property components 100 for the event attached to them.

Also, this process can be improved by means of actuators, for example, if - being built into the output of the device 12 for sensory stimulation - buffet elements themselves have the means to perform mechanical movement, move in space and must be "captured" by the components 100 of movable property for the event with the chair 110 and a table element 120, which are then alternately docked. Alternatively, long tables can also first be formed from the movable property components for the event, which then move apart when the buffet tables or sushi bars come into operation and take them into their middle.

After the first main course in the buffet has been eaten in the first zone 4 for main courses, we move on to the second zone 5 for main courses. The mechanical movement of the movable property components for the event there can be synchronously followed and controlled, for example, as will now be explained in more detail with FIG. rail system.

8 shows two instances of the mechanically movable event movable property component 100 as described above in the context of FIG. in the form of a robot or robotic arm 800 hanging(s) from the guide rail 401 due to its automated drive unit in the form of a propulsion means 802 to perform a mechanical movement. The robot or robotic arm 800 is launched in response to a command from the first control 1901 to the robot control 1907 and brings the probe 803 close to the tables 120 of the connected mechanically movable movable components 100 for an event.

In such a case, the first control 1901 controls the robot or robotic arm 800 via the robot control, and the mechanically movable event movable components 100 via the navigation control 1910 simultaneously and synchronously so that the guests have the impression that their movement was initiated robot or robotic arm 800, which, of course, they themselves cannot explain, since no interaction or connection is discernible (and, in fact, does not even exist at all).

Also shown is an event officer 99 with an actuating device 98 that allows the first control 1901 to be influenced via the operator control 1912 to be able to intervene immediately in the event of human-recognized or predictable dangerous situations.

The movement that appears to be initiated by the robot or the robotic arm 800 can, in particular, also be directed further through the kitchen area 8, where, for example, depending on the order, docking is carried out with one of several show cooking stations, as shown by way of example in Fig. 9 .

9 shows an event moveable item 900 in the form of a show cooking station 900 with a chef at the center 901 and four mechanically movable event moveable items 100 docked to the sides. In such a case, the guests 1 located on them can directly follow the preparation of their dishes, or at least their final phase, and receive the plates perfectly fresh on the tables 120. After receiving the prepared food, the movable property components 100 for the event move mechanically controlled further to the second zone 5 for main courses, where they are again configured with other components of movable property for an event at table 11 for a certain number of people.

After eating this dish, the components of the movable property for the event move to the dessert zone 6, where they are again combined into one large table 11 for 12 people. Dessert can be a mechanically movable component of movable property for an event in the form of a robot or robotic arm 1000, as shown in Fig. 10, which, on a guide rail 1001, which belongs to the rail system, is suspended for movement by means of a propulsion means 1002 in the form automated drive unit - served as a buffet 1003 in a mechanically movable movable property component 1004 for an event in the form of a buffet module or individually. During or after the end of eating the dessert, the sensory stimulation device 12 on the walls of the dessert area 6 may project a reverse peak towards the ground. After that, the space journey is over and the guests are again released into the lobby (bar) zone 9, where they can, of course, comprehend their adventure and the individual experiences that they have experienced already with drinks.

An alternative concept for an animated event with an event system 50 is depicted in Figures 12a and 12b. With this concept, visits to viewing platforms can be simply simulated, in particular virtually, so that in addition to the taste experience of visiting an event, unique experiences can be conveyed.

As in the case of the event system 10, the event system 50 is also characterized, firstly, by also implemented, for example, as described above in connection with figures 2, 13 and 14, mechanically movable components 100, 200, 250, 300 and/ or 350 movable property for the event.

Secondly, there are also devices 52 for sensory stimulation of the guests of the animated event. In particular, this is realized here as a visual stimulation by means of projectors and as a background of these visual effects by means of sound effects, but also here olfactory effects can be realized through the release of aromatic substances or tactile effects, for example vibrations, a sprayed smoke screen, air currents or similar.

Thirdly, in this case, the movement of the components 100, 200, 250, 300 and/or 350 of the movable property for the event and the sensory stimulation of the guests 1 located thereon are also synchronized with each other by means of the control 53, which can be performed, as only schematically shown. in figure 1, but also in the form explained in more detail above on the basis of figure 11 of the control 13.

As the joint consideration of Figs. 12a and 12b explains, the central element of the event system 50 of this animation event is the dome 51, which serves as a projection surface and within which the entire event process takes place. On the inside of the dome 51, in particular by means of a sensory stimulation device 52 mounted on the ceiling-mounted dome 51 carrier system 54, which includes movable projectors, 3D movie-like films and/or image sequences can be projected. In particular, it is preferable if the degrees of freedom of movement of lifting, lowering, rotating, tipping and changing the distance to the fixing point of the carrier system in the radial direction are realized, namely, it is especially preferable with the help of a drive, which is also controlled by the control 53.

Located in the middle of the dome 51 is a central structure 55 which is surrounded by a circumferential, guarded by railing 56 observation deck 57 which is accessible through doors from a central structure 55 which is large enough to allow the movable property components 100, 200, 250, 300, 350 for the restaurant to pass through. individually and/or in groups due to mechanical movement. On this viewing platform 57, food and drink are consumed, and the components 100, 200, 250, 300, 350 of the movable property for the event are moved by the control 53 in synchronization with the implementation of sensory stimulation, in particular, through the output - mounted on the carrier system fixed on the ceiling of the dome 51 54 shows a sensory stimulation device 52 which includes movable projectors.

As an output of the sensory stimulation device 52, for example, panoramas are offered, being adapted to the viewing platform 57, so that it is possible, for example, as in a restaurant on the panoramic platform on the Eiffel Tower, to enjoy a view of Paris or a view from the top of Mount Everest.

Within the central structure 55, an infrastructure area is provided, in which, in particular, stairs, sanitary areas, a technical space, in which, in particular, the office 53 is located, pantries and/or a kitchen, can be placed. In addition, the central structure 55 in its internal space has a space 60 with another device 52 for sensory stimulation.

With this additional space 60 with another sensory stimulation device 52, an additional actuating element can be implemented which makes it possible to visit the animation event carried out by the event system 50 with a unique result and, in particular, is well suited to the theme of a point with a good view, namely the simulation of the rise to this point with a good view - for example, an elevator ride to the top of a high-rise building, a futuristic elevator ride to the moon, or even flying on the back or in the paws of a giant bird or dragon to the top of a mountain.

As in the case of the operation of an animated event with an event system 10, the guests for this first take a seat at the provided space 60, made up of several components 100, 200, 250, 300, 350 of movable property for the event by a long table or on components 100, 200, 250, 300, 350 movable property for the event mechanically move into this space 60 and are grouped around a long table.

Then, by projecting another sensory stimulation device 52 onto the interior walls of the space 60, an ascent to a point of good view can be simulated, such as in the case of city panoramas on the viewing platform 57, an upward journey in a glass elevator on the facade of a high-rise building. Then, on part 61 of the inner walls of the space, for example, a view of the individual floors of a high-rise building or events in them can be projected, while on the other part 62 of the inner walls, taking into account the street event, which becomes smaller and more and more visible during the ascent. city silhouette.

While it is fundamentally possible for these impressions to be evoked only through visual stimulation, i.e. in reality there should be no change of floors, these impressions can become much more intense if they are complemented by other sensory sensations.

For example, the floor section 63 of the space 60 can be located on the propulsion device 64, here, for example, a hydraulic device, which on the one hand actually performs the lifting movement and thereby can realize acceleration effects, as they occur in an elevator. The integrated propulsion device 64, as it can be used, for example, in flight simulators for pilot training, can also implement pan (rotation around a vertical axis), transverse rotation (rotation around a longitudinal axis) and pitch (rotation around a transverse axis) movements. In addition, it can be used to integrate other moments of action or storytelling into the lift. For example, King Kong might appear on a high-rise building that has an elevator on its outer façade and strike the elevator so that it begins to oscillate. In particular, when the view simulated on the viewing platform by sensory stimulation is a view from the top of a mountain, it is also possible to simulate the flight movements of a giant bird or dragon that carries guests up the mountain in sensory stimulation, which further enhances the overall experience.

Naturally, a number of other sensory simulations can also be additionally undertaken. For example, smells can be tailored to events on the floors of a high-rise building that an elevator passes by. For example, when passing a bakery, the smell of cakes may be released, or when passing a laundry, the smell of detergent and fresh laundry, or when passing a perfumery, perfume aromas, or when crossing a layer of clouds, moisture may be released.

Then, at the end of the so sensory-assisted ascent, the doors to the viewing platform 57 are opened and the individual components 100, 200, 250, 300, 350 of the event moveable move in synchronization with respect to this part of the output of the synchronized stimulation device 52 to the viewing platform.

There, in particular, with a view of the images projected by the sensory stimulation device 52 onto the dome 51, meals and drinks can be enjoyed until, at the end of the stay in the space 60, a trip back to the floor is simulated.

Instead of a separate floor section 63 as shown in FIG. 12a, the entire floor of the space 60 can also be moved by the propulsion device 64, on the one hand a lifting movement can actually be performed to realize the effects of acceleration as well as vibration. In this way, it becomes possible to visit an animation event carried out by the event system 50 with a unique result, and in addition to the previously described scenarios, for example, an elevator ride or the like, unusual additional effects, such as an earthquake, functional disorders, can be caused. Also, when flying on the back or in the paws of a giant bird, dragon, on a carpet or in aircraft, air pockets or functional impairments can be impressively simulated. The collective adventure can be strengthened, in particular, by the fact that all guests in the space are located together on one single floor area and can experience this adventure at the same time, as shown in Fig.12c.

The schematic detailed view according to Fig. 12d shows the propulsion device 64 according to Fig. 12c, the propulsion device 64 having a link 65 which can be displaced in the direction indicated by the double arrow. The link 65 is in active contact with the support 66 of the genital area 63 and can be displaced by means of the actuating element, preferably in horizontal directions. The yoke 65 may have any contour that suits this use. In the example of FIG. 12d, several local minima A are provided in which the link 64 can effortlessly hold the genital area in one position. Further, the stage has an inclined section (ramp) B and a wave section C. The inclined section B should serve for the lifting movement of the support 66, respectively, the floor section 63, and the wave section C - to create vibrations.

The floor section 63 can be installed with a lateral movable support, wherein in FIG. 12b the support 68 is symbolically provided by means of a roller. The floor section 63 can preferably be moved by three motor devices 64, which include a yoke 65 and a linear drive. The propulsion devices can be driven synchronously or asynchronously, whereby the propulsion device 64 constructed in this way allows the movement of the floor section 63 with three degrees of freedom, namely the lifting movement, as well as movements in two spatial angles.

LIST OF REFERENCES

1 guest

2 adventure zone

3 snack area

4.5 main course area

6 dessert zone

7 sanitary zone

8 kitchen area

9 bar zone

10 event system

11 table

12 sensory stimulation device

13 management

15 wall, separation or masking element

16 docking station

50 event system

51 domes

52 sensory stimulation device

53 management

54 carrier system

55 central structure

56 railings

57 observation platform

58 bar counter

59 infrastructure area

60 space (room)

61 pieces of interior walls

62 part of internal walls

63 genital area

64 propulsion

65 wings

66 support

68 support

98 actuator

99 employee events

100 movable property component for the event

110 chair

111 carrier rack

112 seat

120 table

121 countertops

122 fast connection

123 rack

127 building

130 floor plate

131 carriers

132 friction wheel

133 height adjustable mechanism

134 working medium storage

135 control tool

136 communication module

200 movable property component for the event

201 coupler

250 movable property component for the event

300 movable property component for the event

350 movable property component for the event

400 robot or robotic arm

401 guide rail

402 propulsion

501 automated food serving tools

502 buffet container

600 movable property component for the event

700 movable property component for the event

800 robot or robotic arm

801 guide rail

802 propulsion

803 probe

900 movable property component for the event

901 center

1000 robot or robotic arm

1001 guide rail

1002 propulsion

1003 buffet module

1111 fast connection

1112 shifter

1113 hoist

1114 rotating mechanism

1115 tipping mechanism

1121 armrest

1122 back

1123 sensory stimulation device

1124 sensor

1125 final element

1211 transmitter and/or receiver

1212 distance sensor

1213 security sensor

1214 special effects tool

1215, 1216 display

1217 final element

1901 first administration

1902 chair management

1903 table management

1904 light control

1905 blower control

1906 buffet management

1907 robot control

1908 sound control

1909 projection control

1910 navigation management

1911 gauge control

1912 operator control

1913 dock control

Claims (42)

1. Event system (10, 50) for an animation event, and event system (10,50) has - at least one spatially movable component (100, 200, 250, 300, 350) of movable property for the event, which includes at least one table and/or at least one chair, - at least one device (12, 52) for sensory stimulation of guests (1) of the animation event, characterized in that the spatially movable component (100, 200, 250, 300, 350) of the movable property for the event has a motor vehicle for mechanical movement, and that the event system (10, 50) additionally includes a first control (1901), which is designed to synchronize with each other the control of the mentioned mechanical movement and the output of the device (12, 52) for sensory stimulation of the guests (1) of the animation event. 2. Event system (10, 50) for an animation event, in particular the event system (10, 50) according to claim 1, having - at least one sexual section (63) movable in space, moreover, said at least one genital section (63) is mechanically movable by means of at least one motor device (64), and moreover, the event system (10, 50) additionally includes includes the first control (1901), which is designed to synchronize with each other the control of the mentioned mechanical movement of the mentioned at least one genital area (63) and the output of the device (12, 52) for sensory stimulation of the guests (1) of the animation event. 3. Event system (10, 50) according to claim 2, characterized in that the propulsion device (64) is configured to move the said at least one genital area (63) with at least three degrees of freedom, preferably with six degrees of freedom . 4. Event system (10, 50) according to claim 2 or 3, characterized in that the motor device (63) includes at least one linear actuator. 5. Event system (10, 50) according to one of claims 2-4, characterized in that the propulsion device (64) has a weight balancing. 6. Event system (10, 50) according to one of claims 2-5, characterized in that the motor device (64) includes a link, by means of which a deviation is pre-set at the point of application of the force of the said at least one genital area (63 ). 7. Event system (10, 50) according to one of the preceding claims, characterized in that the device (12, 52) for sensory stimulation is designed and/or intended for visual, acoustic, olfactory and/or tactile stimulation. 8. An event system (10, 50) according to one of the preceding claims, characterized in that the environment and/or output of the sensory stimulation device (12, 52) are variable and preferably adaptable to guest-specific content. 9. Event system (10, 50) according to one of the preceding claims, characterized in that the event system (10, 50) also has at least one movable wall, separating or masking element (15) in the form of another component of movable property for the event . 10. Event system (10, 50) according to claim 9, characterized in that the movable wall, separating or masking element (15) is mechanically movable and that this mechanical movement is also controlled by said first control (1901) and/or controlled by another control . 11. Event system (10, 50) according to one of the preceding claims, characterized in that the event system (10, 50) has means (501) for the automated provision of dishes to the table (11, 120), which are controlled by the said first control (1901 ) and/or other controls. 12. Event system (10, 50) according to one of the preceding claims, characterized in that the event system (10, 50) has at least one robot or robotic arm (400, 800, 1000) which is controlled by the first mentioned management (1901) and/or other management (1907). 13. Event system (10, 50) according to claim 12, characterized in that the robot or robotic arm (400, 800, 1000) hangs from the ceiling and/or is mounted on a ceiling-mounted guide rail (401, 801, 1001). 14. Event system (10, 50) according to claim 12 or 13, characterized in that the first control (1901) controls the mechanical movement of the movable property component (100) for the event through interaction with the robot controlled directly or indirectly by the first control (1901) or robotic arm (800). 15. An event system (10, 50) according to one of claims 12-14, characterized in that said first control (1901) and/or said other control is executed and programmed so that the means for the automated provision of dishes to the table (11, 120) interact with a robot or a robotic arm during the automated provision of dishes. 16. Event system (10, 50) according to one of claims 12-15, characterized in that said first control (1901) and/or said other control is executed and programmed in such a way that the robot or robotic arm (400) interacts with guests of (1) animation event. 17. Event system (10, 50) according to one of the preceding claims, characterized in that the mechanical movement is carried out using an air cushion system, using a magnetic system, using a floor transport system, using a rail system or using - in particular , in some areas - combinations of these systems. 18. Event system (10, 50) according to one of the preceding paragraphs, characterized in that the control (13) is executed and programmed in such a way that the device (12, 52) for sensory stimulation of the guests (1) of the animation event - provides visual content, in particular, projects visual content either on tables (120), chairs (110), floor areas (63), wall areas, or in the space between the components of the event system (10, 50), or provides them to the guest ( 1) in a personalized surveillance device, and/or - acoustically accompanies mechanical movements and/or projected visual contents, and/or - releases odorants which are preferably adapted to visual content or acoustic accompaniment, and/or - generates tactile stimuli, preferably locally on tables (120) or chairs (110). 19. Event system (10, 50) according to one of the preceding paragraphs, characterized in that the event system (10, 50) has one or more sensors (1124, 1213) for recognizing the behavior of guests (1) of the animation event that are in the signal communication with at least one of the mentioned departments. 20. An event system (10, 50) according to one of the preceding claims, characterized in that the event system (10, 50) has a navigation control (1910) by which it is possible to register the position of individual components (100, 200, 250, 300, 350) movable property for an event of an event system (10, 50) and the ability to control the movement of individual components (100, 200, 250, 300, 350) of movable property for an event of an event system (10, 50). 21. Event system (10, 50) according to one of the preceding claims, characterized in that the event system (10, 50) also has means for indicating a countdown (14) for employees (99) of the event and / or for guests (1) . 22. Event system (10, 50) according to one of the preceding paragraphs, characterized in that there are actuators (98) for event employees (99) that are in direct or indirect signal communication with the first control (1901) and allow intervention in first control processes (1901). 23. Event system (10, 50) according to one of the preceding claims, characterized in that locally on the components (100) of movable property for the event, in particular on tables (120) and / or chairs (120), means for interaction are provided with the mentioned first control (1901) and/or with another control. 24. The method of operating the event system (10, 50) according to one of the preceding claims, characterized in that the mechanical movement of at least one component (100, 200, 250, 300, 350) of movable property for the restaurant and / or at least mentioned one genital area (63) and the output of the device (12, 52) for sensory stimulation of guests (1) of the animation event are automatically synchronized with each other by means of the mentioned first control (1901). 25. The method according to claim 24, characterized in that the dishes are provided to the table (10, 120) automatically. 26. Method according to claim 24 or 25, characterized in that the event system (10, 50) has at least one robot or robotic arm (400, 800, 100) and that said first control (1901) and/or other control (1907) controls this robot or robotic arm (400, 800, 1000). 27. The method according to claim 26, characterized in that the robot or robotic arm (400, 800, 1000) takes part in the automated provision of dishes to the table (11, 120). 28. The method according to claim 26 or 27, characterized in that the robot or robotic arm (400, 800, 1000) interacts with the guest (1). 29. The method according to one of claims 24-28, characterized in that the device (12, 52) for sensory stimulation of the guests (1) of the animation event - provides visual content, in particular, projects visual content either on tables (11, 120), chairs (110), floor areas, wall areas, or in the space between the components of the event system, or provides them to the guest (1) in a personalized viewing device , and/or - acoustically accompanies mechanical movements and/or projected visual contents, and/or - releases odorants which are preferably adapted to visual content or acoustic accompaniment, and/or - generates tactile stimuli, preferably locally on tables (11, 120) or chairs (110).

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