FI12021U1 - EXERCISE GAME ARRANGEMENT - Google Patents

Description

EXERCISE GAME ARRANGEMENT

FIELD OF THE INVENTION

The present invention relates to an exercise game arrangement and relates generally to exercise and game arrangements. The invention relates in particular, but not exclusively, to an apparatus and system for implementing a sports game arrangement and enabling multiplayer to play and exercise simultaneously.

BACKGROUND

Physical activity and sports should be fun and provide experiences of success. The general recommendation is that physical activity should be at least 1-2 hours a day as a diversifier of age-appropriate exercise. Immobility at important stages of development leads to health risks, underdeveloped motor skills, including learning disabilities.

Today’s young people have a need to try new sports equipment and forms. Intelligent devices have become widely known and used in the lives of young people, and they use a wide range of different media in many different forms. In many cases, traditional forms of exercise are no longer attractive, so new forms of exercise need to be invented using smart technologies, especially to increase young people's physical activity at school and in their leisure time.

In addition, many studies show that children and young people want to move together but freely. It can also often be difficult to commit to a particular training or sport. In addition, they seek physical activity through which they can develop themselves. Many solutions for sports games are currently known, ranging from physical input console games to immersive virtual reality (VR) and artificial reality (AR) solutions, which may include additional exercise equipment or just the use of a person's own weight.

However, current sports game equipment is intended for single-player play or practice. In some cases, the user may compete against the avatar through the gaming system, but in many cases, the competing avatar may not represent the right person in addition to being less involved than a nearby opponent in most real-life exercise situations.

Some of the state-of-the-art solutions related to motion controllers include, for example, dance mats and a Wii Remote. One example of a “driverless” motion detection input device is the Microsoft Xbox Kinect. There are many other solutions, but the above represent some of the more established and well-known solutions that can also be applied for different purposes. However, no solution physically attracts the user in the sense that they do not have any means of providing physical output from the program being run. In addition, none of the above solutions allow the above to be played in multiplayer in the same place.

SUMMARY OF THE INVENTION

It is an object of embodiments of the present invention to at least alleviate one or more of the aforementioned disadvantages which arise in prior art arrangements, particularly in connection with sports game arrangements. This objective is generally achieved by an arrangement that meets protection requirements.

One advantage of the present invention is that it activates the user, i.e. the player / mover, to participate in the game interactively and with real physical movement. In other words, the user feels immersed in the experience as the game responds to the user’s movement, and in return, the game responds with a simulation tutorial that mimics the game’s virtual environment. The use of the whole body as a kind of game controller has been discussed in previous contexts, and its usefulness in the physical activation of a player has also been observed and proven. However, the present invention has the added advantage of simulating the user's virtual environment in real life to provide a more stressful and engaging gaming experience.

Another advantage of the present invention is that the invention allows both user movement and position tracking and user platform position tracking and control relative to the gaming environment and user movements.

The present invention also has the advantage that the invention can provide multiplayer, which in turn has the advantage of attracting people to more strenuous exercise and game performances.

According to one aspect of the present invention, the sports game arrangement comprises - a platform for a user of the platform, - a motion platform arrangement connected to said platform and arranged to allow movement of said platform, at least one sensor motion platform arrangement for determining the orientation of the platform, - motion detection means, is arranged to track a user on said platform, a computing unit operatively connected to said motion platform arrangement to perform its operation, and said computing unit further connected to said motion detection means and at least one sensor for obtaining input, display means associated with the computing unit, computer program, for a game or simulation and arranged in a unit of account, and for which the game or simulation is arranged to be displayed graphically to the user on display means, the unit of account being further arranged to execute said computer program code and implement the operation of the motion platform arrangement and its stand platform in accordance with the computer program code, and the computing unit is further arranged substantially simultaneously with said operation to collect input from motion detection means and at least one sensor provided for game or simulation control commands.

According to one exemplary embodiment of the present invention, the motion platform arrangement comprises a parallel manipulator arrangement, such as a Gough-Stewart platform, that allows six degrees of freedom of movement.

According to one exemplary embodiment of the present invention, the moving platform arrangement comprises a separate tilting mechanism for furnishing the standing platform and hoists and / or cylinders which, apart from the tilting, can lift the standing platform.

According to one exemplary embodiment of the present invention, the motion detection means comprises imaging-based recognition means, such as a camera device or a Kinect controller, which optionally uses a natural interface to track user gestures and movement.

According to one exemplary embodiment of the present invention, the motion detection means comprise wearable detection or control means.

According to one exemplary embodiment of the present invention, the computer program code comprises at least a game program code and a computer program code for controlling the motion platform arrangement according to the game program code.

According to one exemplary embodiment of the present invention, the arrangement comprises a controller arrangement in or at least connected to the motion platform arrangement to enable it to be controlled.

According to one exemplary embodiment of the present invention, the computing unit comprises an external server or cloud service arrangement.

According to one aspect of the present invention, a sports game arrangement for enabling multiplayer sports gaming comprises - at least two motion platform arrangements, each having a stand for the user and arranged to allow movement of said stands, - at least one sensor for determining the orientation of the stands of each platform. , arranged to track a plurality of users on their motion platform arrangements, a display unit operatively connected to said motion platform arrangements for performing the individual operation of each platform arrangement, and said calculation unit also connected to said motion detection means and sensors for receiving input, the display means computer program code related to a game or simulation and arranged in a unit of account, and the gaming or simulation is arranged graphically displayed to users via display means, wherein the computing unit is further arranged to execute said computer program code and perform operation of each individual motion platform arrangement and its stand according to computer program code, and the computing unit is further arranged substantially simultaneously with the operation to collect input from motion detection means and sensors; or simulation as user-specific control commands.

As briefly described above, the utility of various aspects of the present invention is based on a number of considerations depending on each embodiment.

The term “exemplary” is used to refer to different examples and not to the best option.

The terms “user” and “player” are often used interchangeably in this context, as the user must play / run a game or simulation program to use the device.

Various embodiments of the present invention are also set forth in the appended dependent claims.

BRIEF DESCRIPTION OF THE DRAWINGS

Some embodiments of the present invention will now be described in more detail with reference to the accompanying drawings, in which

Fig. 1 is a schematic representation of some components and apparatus of an exercise game arrangement according to an embodiment of the present invention;

Figure 2 illustrates further hardware aspects of a sports game arrangement according to an embodiment of the present invention, the relationship between the devices, and data transfer between the devices;

Fig. 3 is a schematic representation of the functions of a sports game arrangement according to an embodiment of the present invention and the data transfer therebetween;

Fig. 4 is a schematic representation of a multiplayer sports game arrangement according to an embodiment of the present invention, functions, and data transfer therebetween;

Figure 5 illustrates a motion platform arrangement according to an embodiment of the present invention;

Figures 6a and 6b illustrate aspects related to the control of a motion platform arrangement according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE DRAWINGS

Figure 1 is a schematic representation of some of the components and apparatus of an exercise game arrangement 100 in accordance with an embodiment of the present invention.

The sports game arrangement 100 comprises a computing unit 102 substantially comprising at least one processor 104 and a memory 106. The display means 108 is at least operatively connected to the computing unit 102 or otherwise included in the computing unit 102. An example of a computing unit is a desktop computer with an external display or tablet computer with display . Further, the computing unit may comprise buses and connectors 109 for connecting various devices, such as motion detection means 114.

The computing unit 102 comprises at least one processor 104, such as one or more microprocessors, a microcontroller, a digital signal processor (DSP), a programmable logic chip, etc. The processor 104 is configured to at least collect data from external input devices, such as motion detection means 114, and perform program code for running game / simulation software and controlling the motion platform arrangement 116 in accordance with computer program code.

The memory 106 preferably comprises at least computer program code, and may further be used to store sensor data, etc. from an external input. Memory 106 may be shared between one or more physical memory chips and another memory unit. Memory 106 may further refer to or include other storage media, such as a removable memory card, floppy disk, CD-ROM, or solid storage media, such as a hard disk. Memory 106 may be of the non-volatile type, such as ROM, and / or volatile, such as RAM. In addition, at least some of the memory functions of the arrangement may be implemented in the cloud.

Suitable display means 108 include, for example, the internal or external display of a mobile device, tablet computer, desktop computer, laptop, or any such device. However, in some embodiments, it is advantageous to use a larger screen that can be clearly seen by a group of users playing the same game or simulation. In this case, a projected screen such as an external projector screen or a widescreen monitor can be used. In some cases, external devices, such as AR and / or VR glasses, may be used to provide a display to the user.

One skilled in the art will appreciate that the display means discussed herein may include interactive user interface (UI) and graphical user interface (GUI) means for enabling tactile and / or non-contact user control and input.

The sports game arrangement 100 may further comprise means for connecting external sensors, such as motion detection devices or motion controllers, and external devices, such as interface cards or dongles, to the computing unit 102.

The motion detection means 114, may comprise a device or a number of motion sensors for motion detection, for collecting data for motion detection purposes. The motion detection means 114 may comprise a motion detection input device, i.e. a device that detects the movement, movements and / or gestures of the user and generates an input, such as game commands and controls, based on said movement, movements and / or gestures. The motion detection means 114 may comprise various means, such as infrared (IR) means, optics, etc., for capturing the movement. One example of a suitable motion detection input device is Microsoft Kinect, but many other imaging-based detection devices and cameras can also be used. Correspondingly, of course, a number of motion detection means 114 and / or motion detection input means can also be used, for example to apply different types of motion detection methods simultaneously or to monitor several users.

A separate controller 110 may be used to control the cylinders 118 of the motion platform arrangement. The controller 110 may be connected to the computing unit 102 as an external device, such as a separate controller, e.g., an Arduino microcontroller, or a programmable logic interface, or may be integrated into or optionally performed as part of the computing unit 102. embedded system, for example in a central processing unit of a computing unit. Controller 110 may comprise a PID (proportional-integral-derivative) controller. The controller 110 may be implemented in the processor 104 of the computing unit 102 via an adapter card or interface card or other similar interface arrangement. One example of the above is a microcomputer (PC) connected via a Universal Serial Bus (USB) port to an adapter card, such as a Velleman VM 110 I / O adapter, via a lily adapter 111 to the valves of the motion platform arrangement 116 for movement of cylinders 118 and stand 120 to implement and guide. One Velleman VM110 adapter 111 can control the reciprocating movement of the two cylinders 118 through the valves and read the position of the cylinders 118 continuously. The control and position information of the cylinders 118 is transferred back to the processor 104 of the computing unit 102 via a USB port and further received at the same time from the motion detection means 114, allowing the computing unit computer program code 112 such as X-Sim Motion software to make the necessary changes to the cylinders 118. to the 120 position of the base. Thus, the cylinders 118 act as lifts for the stand 120 and may further comprise electric servomotors as power amplifiers. The operation of the servomotors can also be implemented with the controller 110.

As is well known, arrangements for interconnecting devices and components may comprise circuits, leads, connections, and / or wireless means, as appropriate for the practice and embodiment of the invention.

The computing unit 102 preferably comprises a terminal, such as a desktop computer or a portable computer. Within the computing power, the computing unit 102 may also be implemented on a mobile device. Alternatively or in addition, for cloud-based implementations, the computing unit 102 may comprise or be implemented in part in the cloud, wherein the hardware components are implemented in an external server or server network known in the art.

The computer program code 112 is preferably located in a computing unit 102, the computer program code comprising at least a game program displayed to users via display means 108. The game program is preferably run in the computing unit 102, and the input is taken from at least one or more motion detection means 114. Other controllers and their commands can also be used to navigate among the game selections, settings, etc. Some examples of suitable games are American football / soccer, hockey, skateboarding, boxing, heptathlon and other track and field sports, floorball, crosstraining, snow war, sled hockey, rock climbing, snowboarding, snowboarding, bodypump, parkour, trekking Beach volleyball, etc.

In addition, the game mode preferably comprises a multiplayer mode and avatars for each player, which are themselves known in the art. Game programs can also be selected so that certain types of training techniques and forms are achieved by playing them.

The computer program code 112 further comprises software that collects and uses input data from the motion detection means 114, which is executed in the computing unit 102 and is based on a suitable game engine, such as a Unity game engine. However, according to the motion detection means 114 used, other engines and game software may also be used.

The memory 106 further comprises program code for controlling at least the motion platform arrangement 116 relative to the game environment and events. The program code for controlling the motion platform arrangement 116 converts the executable game program into the valve control of the motion platform arrangement 116 for controlling the cylinders 118 and changing their positions. The program code preferably controls at least the movement of the cylinders 118 and reads the positions of the cylinders 118 from the position sensors on the cylinders. One example of such suitable program code for controlling cylinders 118 is X-Sim Motion software. In this connection, the cylinders 118 have been discussed mainly, but it will be clear to a person skilled in the art that the motion platform arrangement may alternatively or additionally also comprise elevators or linear actuators based on a different operating principle. The system may further be connected to an external entity, such as a remote server or cloud. In this case, software updates, remote control, data processing, data storage, etc. can be implemented in an external entity. Thus, at least a portion of the computing unit 102, such as the functions of the processor 104 and the memory 106, may also be implemented in the cloud.

Figure 2 illustrates further hardware aspects of an exercise game arrangement according to an embodiment of the present invention, the relationship between the devices, and data transfer between the devices.

In this embodiment, the Kinect controller 214 is used for motion detection and input of the user on the motion platform, i.e., as the motion detection means of that embodiment. The Kinect controller 214 is connected to the computer 202 via a suitable interface 209, such as a USB connection, which allows the computer 202 and the Kinect controller 214 to be connected together and the two devices to be placed sufficiently apart if desired.

One interface platform 216 is also connected to the computer 202 via a connection means 209, such as a USB hub, to which a control and operation arrangement is connected to implement motion control of the motion platform arrangement 216 and to determine the orientation of the platform of the motion platform arrangement. The functions of the controller 210 may be implemented with an Arduino microcontroller. The controller 210 is connected by a motor control board 211 to a motor 217, such as an electric motor, to control that motor 217. Furthermore, one or more motors 217 may be used to drive a number of electric, pneumatic or hydraulic cylinders or hoists 219 or parallel actuator linear actuators. It is also possible to implement the functions of the controller 210 directly on the computer 202.

Figure 2 further illustrates the use of one or more sensors 213 to determine the orientation or rotation of the standing platform of the motion platform arrangement. For example, at least one gyroscope can be used as the sensor 213 to determine the orientation of the standing platform of the motion platform arrangement 216. Sensor 213 may comprise a stand-alone device, a MEMS microsystem packaged in a chip or microchip, or other such gyroscope known in the art. The sensor 213 may be integrated in the controller 210 or integrated in the stand or otherwise arranged in connection therewith. Through the combination of the sensor 213 and the dedicated controller 210 controlling the motion platform arrangement 216, the control may be implemented so as to be able to identify the orientation of the standing platform according to which the control can be directed. In addition, a PID controller arrangement can be implemented, as the controller can collect operating feedback via detection means and sensors.

Additionally or optionally, sensor 213 may be used to provide game control input. For example, sensor 213 can detect user movement on a platform, which can be used with Kinect controller 214 to track user movement in a motion platform arrangement to improve user motion detection and input accuracy, respectively. The stand of the motion platform arrangement may be caused to tilt significantly (up to eight degrees) as the user transfers weight to different sides of the stand, with the gyroscope reading the tilt angle of the platform and sending it to the game software on the computer 202.

Alternatively, the sensors 213 may comprise linear tines in the cylinders to determine the orientation of the stand. However, this arrangement requires that the orientation of the standing platform must be determinable from the position of the hoists or cylinders 219.

Fig. 3 is a schematic representation of the functions of a sports game arrangement according to an embodiment of the present invention and the data transfer between them.

At 302, the user provides a player input. The user can move their avatar in the game and display it on the screen by balancing, tilting, circular motion, etc. on the platform. Other input can be navigation in game menus, settings, etc.

At 304, the user's movement is identified and encoded as the actual program input. As mentioned above, the user's movement can be detected by various motion detection means, such as imaging-based identification, based on the user's movements and gestures in the natural interface. Of course, the user's movement can also be detected by means of identification worn by the user or by other "portable" motion detection means, such as remote or control devices known in the gaming industry, worn or held by the user.

At 306, the orientation of the motion platform arrangement, or a particular portion thereof, such as a stand, orientation sensor, and processing means required therefor, such as using a gyroscope attached to the stand, optionally coupled to its processing means, is identified.

At 304 and 306, the data obtained through the identification means is then input to the game engine 307.

In step 308, the game program processes information to cause movement of the game spinner in step 310 and to provide movement of the motion platform arrangement in step 312.

The motion platform arrangement causes the stand to move according to the game events processed in the game program. For example, in a rafting game, the movement of the standing platform mimics the movement of the waves and the game avatar moves accordingly in the virtual environment of the game. In another example, when playing a compute license, a player can dodge future obstacles by squatting down or jumping, in addition to which the player can also use their hands to collect or combat various objects in a game, which avatar interaction in a virtual environment can be transformed into a business platform arrangement. can experience them through the movement of the motion platform arrangement.

Fig. 4 is a schematic representation of a multiplayer sports game arrangement according to an embodiment of the present invention, functions, and data transfer between them.

Many players 402a, 402b, 402c, 402d can play simultaneously with each other. Each player has their own avatar to choose from. Each player 402a, 402b, 402c, 402d also has its own motion platform arrangement with which each can move and play the game 408. A plurality of motion platform arrangements can also be connected to a single computing unit that implements the movement of the game and the motion platform arrangements. Users 402a, 402b, 402c, 402d may be presented in a game virtual environment with game avatars and environment that change and respond to each user's movement on their platform according to the identification of at least one motion tracking imaging device 404, such as a Kinect camera. In addition, sensors 406a, 406b, 406c, 406d are used in each platform to detect the orientation of each individual platform. To determine the orientations of the motion detection means and sensor stands, the information is used as input to the game engine 407, which input acts as commands to move the avatar in the virtual environment 410.

Changes in the game environment according to the actions and events of each user's 402a, 402b, 402c, 402d avatar in game 408 are then converted to output as the motion of each respective motion platform arrangement 412 so that each motion platform arrangement is controlled relative to its user and related actions 402a, 402b, 402b, 402b, . Thus, each user 402a, 402b, 402c, 402d is able to both compete with the others and obtain physical movement from their respective platform arrangements according to the position and movement of their own avatar in game 408.

Figure 5 illustrates a motion platform arrangement 504 in accordance with an embodiment of the present invention.

The platform platform 504 allows xyz movement of the platform 502. The motion platform arrangement 504 may preferably comprise a linear manipulator arrangement supported on a stand platform 502. The motion platform arrangement 504 together with the stand platform 502 provides a physical simulation platform for the user, wherein the simulation motion follows a game presented to the user. The motion platform arrangement 504 may optionally comprise parallel manipulators to form a Gough-Stewart platform. The individual actuators of the manipulator arrangement may comprise prismatic actuators.

The tilting mechanism of the standing platform 502 of the moving platform arrangement 504 may be arranged to operate separately from the motorized lifts in the platform. That is, the moving platform arrangement 504 may comprise a separate tilting mechanism for furnishing the standing platform, and cylinders, hoists, or parallel manipulators that, apart from the tilt, may lift the standing platform. Thus, the standing platform 502 is able to give impulses to the user at the same time as the player tilts the platform with his own weight.

As mentioned above, the computing unit comprising at least the game program components is preferably connected to the control means of the motion platform arrangement 504 in the motion platform arrangement 504 or the computing unit. The control means of the moving platform arrangement 504 is used to control the electric motor (s) or valve (s) in the actuators to produce movement of the terminal member, such as a standing platform.

According to one embodiment, the motion platform arrangement 504 comprises a single 6 DOF manipulator arrangement comprising six double-acting hydraulic cylinders, six cylinder valve blocks, six linear position sensors and six control valves, the control valves of which may be located in the center of the control vessel assembly.

The stand 502 provides a stand for the user. It may be a steel or similar material that is rigid enough to withstand the forces of carrying the user's weight and tilting the user's platform. It may also comprise covers such as an elastic cover, pads or mat.

Also, a number of motion platform arrangements may be provided to allow multiplayer to take place in the same location or in different locations.

The motion detection means can be placed in a suitable position in relation to the users / players on the platforms. The computing unit can be placed as a separate device, in which case, for example, a laptop computer or a desktop computer is used as the host computer separately from the business platform arrangements. The computing unit may optionally be implemented via communication and / or processing means, such as a laptop or desktop computer, in the cloud. The game to be played is preferably displayed in front of users on a screen of sufficient size or as a wall projection. In some cases, users may wear VR / AR equipment, such as various wearable glasses, etc., to implement a unique display medium for each user.

One example of a possible size for the entire multiplayer area comprising a plurality of individual motion platform arrangements 504 and their stand platforms 502 is about 4-10 square meters, which may have up to nine individual motion platform arrangements 504 and a stand 502 for multiplayer. However, it is clear that the entire sports game arrangement can be scaled up or down as needed.

Figures 6a and 6b illustrate aspects related to the control of a motion platform arrangement according to an embodiment of the present invention.

In Figure 6a, the motion platform arrangement controller 601 comprises a host MCU Arduino 604a and an XBee module 606 connected to the computing unit 602 via a USB device. The host MCU Arduino 604a and XBee module 606 may be connected via a Serial Peripheral Interface (SPI) bus. The XBee modules 606 enable a wireless connection between, among other things, the master MCU Arduino 604a in the motion platform arrangement controller 601 and the motion platform arrangement slave MCU Arduino.

In Figure 6b, a number of individual motion platform arrangements can be controlled through a similar arrangement to Figure 6a. In this case, the gyroscope (s) 608 can be used to measure the X, Y rotation of the individual motion platform arrangement, while the control and / or measurement of the height (Z component) 610 can be performed on the cylinders or hoists 612 of the motion platform arrangements. The gyroscope 608 can be connected to a slave MCU Ardu 60 (Inter-Integrated Circuit), and the solenoid controllers 614 for controlling the pneumatic cylinders 612 may be connected to the slave MCU Arduino 604b via GPIO (general-purpose input / output).

The control may be arranged to control the Z position from master to slave, and to control the X and Y positions of the motion platform arrangement (s) from slave to master.

The appended claims and their equivalents define the scope of the invention. One skilled in the art will appreciate that the disclosed embodiments are presented for illustrative purposes and that the described basic idea of the invention encompasses additional embodiments, combinations, modifications, and equivalents appropriate to each particular use of the invention.

Claims (9)

PROTECTION REQUIREMENTS A trimming device (100), which is connected to a detachment platform (120) for a platform (120), and the compression configuration (116) is connected to said platform (120) and to a plurality of trusses (120). the core and the device (213) are best equipped with a cross-platform formulation (116), a platform (120), and a cross-platform (114), which is a separate device from the same platform (120), to these genomics (116) for the genome-specific function, and for the purpose of determining (102) the results are derived from these genomics (114) and are used as the result (213) for the purpose (213) for computer networks (102), and computer programs (112) in the form of games or simulations and in some cases in the computer networks (102), and computer games The simulation is based on the genome visualization (108) of the data set in the graphical configuration (102) and the simulation is performed on the computer program (112) and the computer genome-specific (120) 112), and in this case (102) are shown as having a similar velocity of the same function in the data set (114) and in the same way as in the case of the device (213). A sports game arrangement (100), characterized in that it comprises a standing platform (120) for a user, a moving platform arrangement (116) connected to said standing platform (120) and arranged to allow movement of said standing platform (120), - at least one sensor (213) for determining the orientation of the standing platform (120) of the motion platform arrangement (116), - motion detection means (114) arranged to track the user on said stand (120), - a computing unit (102) operatively connected to said platform; a motion platform arrangement (116) for performing its operation, and which computing unit (102) is further connected to said motion detection means (114) and at least one sensor (213) for receiving input, display means (108) connected to the computing unit (102); (112) associated with a game or simulation and arranged in a computing unit (102), the game or simulation being arranged to be displayed graphically via display means (108) to the user, wherein the computing unit (102) is further arranged to execute said computer program code (112) and perform operation of the motion platform arrangement (116) and its stand (120) according to the computer program code (112), and the computing unit (102) is further arranged substantially simultaneously with said operation to collect input from motion detection means (114) and at least one sensor (213), the input being arranged to be given as game or simulation control commands. 2. A transverse splitter (100) according to claim 1, comprising a splitter plate (116) in which the Gough-Stewart plate splitter is selected from the group consisting of sex fenders. A sports game arrangement (100) according to claim 1, characterized in that the motion platform arrangement (116) comprises a Gough-Stewart platform arrangement which allows six degrees of freedom of movement. 3. The transducer assembly (100) is further configured to have a transducer, the transverse disassembly mechanism (116) and a separate disassembly mechanism for discharging the stacking platform (120) and separating the cylinders and / or cylinders. Sports game arrangement (100) according to one of the preceding protective claims, characterized in that the movement platform arrangement (116) comprises a separate tilting mechanism for tilting the stand (120) and lifts and / or cylinders which can lift the stand (120) apart from the tilt. 4. Träningsspelarrangemang (100) according to any one of the preceding skyddskrav, characterized in that rörelseigenkänningsutrustningen (114) comprises a avbildningsbaserad ug enkänning sutrustning, such as a kameraanordning en eller rörelseigenkänningsanordning for Skapande of Indata vilken valfritt använder sig of a user interface for naturligt in that Spåra användarens Gester Science rörelser. Sports game arrangement (100) according to one of the preceding claims, characterized in that the motion detection means (114) comprise imaging-based identification means, such as a camera device or a motion detection input device, which optionally uses a natural user interface to track user gestures and movement. 5. The transmission system (100) is further selected from the group consisting of circulating devices (114) having a rotational configuration or a styrofoam connection. Sports game arrangement (100) according to one of the preceding protective claims, characterized in that the motion detection means (114) comprise wearable detection or control means. 6. The configuration code (100) is further adapted to the use of a computer program (112) in the form of a computer program code and a computer program code (116) in the form of a computer program code (116) in the form of a game code. Sports game arrangement (100) according to one of the preceding claims, characterized in that the computer program code (112) comprises at least a game program code and a computer program code for controlling the motion platform arrangement (116) according to the game program code. 7. Traningsspelarrangemang (100) enligt något av föregående skyddskrav, kännetecknat av att träningsspelarrangemanget (100) dessutom innefattar and styrdonsarrangemang som s placerat and eller ıtminstone anslutet till rörelseplattformsarr A sports game arrangement (100) according to any one of the preceding claims, characterized in that the sports game arrangement (100) further comprises a controller arrangement in or at least connected to the motion platform arrangement (116) to implement its control. 8. The configuration setting (100) further comprises a preferred configuration, including a connection (102) to an external server or a multiplayer. Sports game arrangement (100) according to one of the preceding protection claims, characterized in that the computing unit (102) comprises an external server or a cloud service arrangement. A sports game arrangement (100) for enabling multiplayer sports gaming, characterized in that it comprises - at least two movement platform arrangements (116), each having a stand (120) for a user and arranged to allow movement of said stand (120), - at least one sensor (213) for determining the orientation of the standing platforms (120) of each motion platform arrangement (116), - motion detection means (114) arranged to track a plurality of users on their motion platform arrangements (116), - a computing unit (102) operatively connected to said motion platform arrangements (116) for performing the individual operation of each motion platform arrangement (116), and each computing unit (102) is also connected to said motion detection means (114) and sensors (213) for receiving input, display means (108) connected to the computing unit (102) , computer program code (112) associated with the game or simulation, and arranged to be computed in the computing unit (102), and the gaming or simulation is arranged to be displayed graphically to the users via the display means (108), the computing unit (102) further arranged to execute said computer program code (112) and execute each individual platform arrangement (116) and its parking the operation of the platform (120) according to the computer program code (112) and the computing unit (102) are further arranged substantially simultaneously with the operation to collect input from the motion detection means (114) and sensors (213), the input being arranged as user-specific game or simulation control commands. SKYDDSKRAV 9. A tracer (100) for a tracer (s) for a splitter, which comprises a spatula (116) in the form of a tracer (116) in the form of a tracer (120) or more (120) rörelse, -åtminstone en givare (213) fört a bestämma orienteringen av ståplattfor-men (120) i respektive rörelsseplattformsarrangemang (116),-rörelseigenkänningsutrustning (114) som är inrättad att spåra en mängd användare pestra , in which the function (102) is functionally connected to the same function (116) for the genome, respectively, the function (116) is individually functional, and in this case, the function (102) is used to determine the function. for Indata, -en visningsutrustning (118) somär ansluten till beräkningsenheten (102),-computer program (112) in addition to the simulation and simulation and in the case of simulations (102), and in the case of simulation or simulation in the genome visualization (108) all for the purpose of the graphical configuration, colors of the computer program (102) 112) and the genome sphere is generally protected by a platform format (116) and the platform format (120) function is enhanced by the computer program code (112), and the data source (102) is further defined as having the same function as the function. 114) och givarna (213), vilka Indata är avsedda att ges användarspecifika styrkommandon för spelet ellim simulation.