EA042721B1 - COMPLEX FOR INTERACTIVE SPORT GAME OF CURLING LIGHT - Google Patents

Description

Technical field

The invention relates to the field of sports, games and entertainment, in particular to devices and apparatus for playing lightweight curling both indoors and outdoors, with the possibility of obtaining wireless communication, signal-emitting game objects, collecting information for controlling and analyzing the game.

Prior Art

A known method for producing a multilayer ice coating for curling, including the formation of an ice base, which has increased hardness and is close to single-crystal ice in structure and sliding properties. First, the lower adhesive layer is frozen at least 1 mm thick with the addition of no more than 50 ppm of a composite - an aqueous suspension of polytetrafluoroethylene and / or a copolymer of tetrafluoroethylene with hexafluoropropylene and / or perfluorodecalin, then a substrate is formed by successively freezing several layers, clean without additives, with a thickness of not more than 1 mm each , on a substrate, with the help of water at a temperature of at least 60 ° C, modified protrusions are frozen - pubbles containing ammonia additives in an amount of from 0.1 to 100 ppm and an aqueous suspension of polytetrafluoroethylene and / or a copolymer of tetrafluoroethylene with hexafluoropropylene and / or perfluorodecalin in an amount of from 50 to 100 ppm (patent No. RU 2364806. Published on August 20, 2009).

However, the well-known multi-layer ice coating for curling is not intended for use when playing lightweight curling not only in outdoor conditions, but also in a room where a coating is used made of a material corresponding to the sliding friction force coefficient of sliding elements of curling stones.

The maglev stone curling system includes a maglev curling stone ball and a maglev track. Maglev curling stone ball contains curling stone ball body, magnetic coil, circuit board, rechargeable battery, balance adjustment and counterweight filling; magnetic coil, circuit board, rechargeable battery, balance adjustment and counterweight filling are located inside the body of the curling stone ball. The magnetic track contains track panels, permanent magnets, a magnet holder and a magnetic protection layer; permanent magnets are evenly mounted on the magnet holder with uniform polarities. The pole generating the direction of the maglev curling stone ball is fixed, the adjustable magnetic force field acts with the permanent magnets in the maglev track, the adjustable maglev force is generated, the friction between the maglev curling stone ball and the maglev track is adjusted, and true curling is simulated (patent No. CN104288975. pub. 2015.01 .21).

However, in the known system, despite the presence of elements similar in function: curling stones, a game track, there are no electronic components, in particular, a data acquisition unit, a processor and a display with wireless transmission. In addition, there is no mechanism for automatic return of curling stones (projectiles) equipped with light indication, a contactless charging module for projectile batteries, an electric drive and a gearbox, and a radio interface.

Competition support information terminal, system, information processing program and recording, can easily input, analyze and store curling competition game information, system, information processing program and recording medium. The information terminal includes a display means for displaying various information, an input means for making input on the displayed screen, a storage means for storing information inputted from the input means and various icon images of the previously entered curling competition, and a control means for controlling the display means. , an input medium, and a storage medium. The control means selectively reads information related to the game, including at least a curling sheet and an image of a stone icon from the storage means, when entering the game information in a curling competition, so that the display means displays information related to the game and save the stone. Position information in the storage medium when the stone icon image displayed through the input medium is dragged and moved (Publication No. JP2015006325 - 2015.01.15).

However, the well-known information terminal characterizes only the electronic component and does not contain a description of its connections with structural mechanical elements, such as a playing track, curling stones, a mechanism for automatically returning curling stones (shells) equipped with light indication, a contactless charging module for projectile batteries, an electric drive and a gearbox. , radio interface.

Known is the invention of cue bowling and sports game system, which combines the rules of the game of curling and bowling for indoors, which offers a device for twisting (projectile) containing a body in the form of a flat rod made of polyester material; a finger hole is formed on one side of the body portion to allow perforation of the body portion using a wrist latch. In addition, the system has a curling place to display the target part and provide a bowling trajectory to the target part; a processor located at an upper end of the curling sheet target portion and photographing a bowling stop position when the bowling reaches the curling sheet target portion; a video display unit disposed at the upper end of the roll-sheet throwing position; a game control unit that receives the information photographed by the processing unit, calculates a score corresponding to the corner bowling stop position, and displays the score on the image display unit (Publication No. KR20190063785 - 2019-06-10).

However, the well-known invention characterizes only the video terminal, which allows only to estimate the number of projectiles that have reached the house when they are thrown. The well-known invention does not use shells of a traditional design for curling, and accordingly, the shells do not have the possibility of contactless recharging, equipping with light indication, playing track, does not have a mechanism for automatic return of curling stones (shells) equipped with light indication, electric drive and gearbox, radio interface and other electronic elements.

Known game elements, equipped with one or more luminous devices (publication No. WO 2003076026A1 - 2003-09-18).

However, known game elements with luminous devices are not intended for playing light curling due to the inability to move along the playing track.

Known is a curling game set, in particular for indoors, in which the game mat is made of pile fabric and thus allows the player to control the movement of the curling stone with an air curler (Publication No. WO 2019198878 (A1) - 2019-10-17) .

However, the use of pile fabric as a playing track is quite laborious when moving the projectile. In addition, the well-known game set does not contain an electronic component that allows you to control, track the movement of game shells and analyze the game situation.

The invention of curling stones, handles, as well as systems and methods for tracking game objects is known, in which the curling stone or game object has a data acquisition unit operating during movement to measure values of acceleration, rotation, time or other parameters of the game object. The data acquisition unit processor wirelessly transmits one or more of these parameters, which are data indicative of the player's performance. Game fields, such as the roll sheet, have devices that are activated by the game object as it moves. Each device, when activated over a wireless network, emits an information signal indicating at least the position of the device relative to the playing field (application No. CA 3006829. Published 2018-11-30).

However, the known invention, despite the presence of elements similar in function: curling stones, a pouring sheet, a data acquisition unit, a processor and a display with wireless transmission, is not intended for using a playing track made of a sliding material having a sliding coefficient corresponding to the sliding elements of curling stones. In addition, in the known solution, there is no emitter of curling stones and an additional video camera for accurately determining the location of the game element (projectile). In the mentioned known source, the location of the game element is determined by calculation with respect to lines and speed. In the known source, there is no mechanism for automatic return of curling stones (projectiles) equipped with light and sound indications accompanying events, actions, the state of the complex and curling stones. In addition, the absence of devices for supporting arms and legs when performing throws, a contactless charging module for projectile batteries, an electric drive and a gearbox, and a radio interface create uncomfortable conditions for using the complex.

Disclosure of invention

The objective of the present invention is to provide a technical solution with an automatic system that allows light curling to be played both indoors and outdoors.

The technical result is manifested in the design of interactive game elements and a game track having a minimum slip coefficient close to that of a granite projectile on ice, interactive game elements and the material of the game track.

Another aspect is the presence of an automatic mechanism for returning interactive elements to their original position and their wireless recharging during use.

In addition, interactive game elements have the possibility of their color indication, which allows you to identify the number of points scored by the players, while automatically calculating the final result, based on the points scored by each player and the team as a whole.

Another aspect is the possibility of automatic control of an interactive sports game, including registration of players, control of payment for playing time.

Another aspect is the visualization and audio accompaniment of not only the course of the game, but also the possibility of interactive understanding of the rules of the game by the players through its computer simulation.

Another aspect is the autonomous control of the operation of all elements when using the complex.

The problem is solved by the fact that in a complex for an interactive sports game of curling light, containing a game track, game elements, an accelerometer, signal emitters, a processor, a monitor, control units, software products, a database, a video camera for identifying game elements on the playing field, the playing track is made of a sliding surface, which is located on a base made in the form of a rectangular frame, equipped with decorative boards around the perimeter and mounted on supports, the rectangular frame is equipped with a movable mechanism for returning game elements to their original position by means of a gearbox, associated with the electric motor, while the return mechanism of the game elements is equipped with a unit for automatically cleaning the playing track from dust and dirt, the complex is equipped with a control computer connected electronically with a video display device for evaluating the ends, software, administration and audio support systems, an additional video camera is installed above the playing track to identify game elements, in addition, each game element is equipped with sliding elements, made in the form of an ellipsoidal body when it is cross-sectioned by a vertical plane and a circular section when it is cross-sectioned by a horizontal plane, a handle, while on the side opposite to the handle, a closed groove is made in the body, in said groove, sliding elements are fixed, the coefficient of friction of which is selected in accordance with the coefficient of friction of the sliding surface, and an element for non-contact charging of the game element, in addition, interconnected accelerometer, battery and control board are located on the side of the handle in the closed groove of the body, emitters are located on the body of the handle signal for determining the position of the game element and light indication, radio interface, touch sensor, while one of the narrow sides of the rectangular frame is equipped with a contactless charging source for game elements.

It is advisable, in order to create conditions for a comfortable throw, on the narrow side of the rectangular frame, opposite to the installed mechanism for returning game elements to their original position, to install a hand support, with the possibility of transverse movement along the narrow side of the rectangular frame.

It is advisable, in order to speed up the return of game elements and automate the complex, the mechanism for returning game elements to their original position is made in the form of a carrier frame, consisting of two rectilinear elements, one ends of which are connected at an angle to each other, the free ends are connected, with the possibility of movement, with the element gears located along one of the long sides of the rectangular frame and connected to the gears located at opposite ends of the long side of the frame behind the decorative side, install a symmetrical contact panel on one of the straight elements, equipped in the central part with an angular protrusion directed towards the target, while between linear elements, arrange support rollers, make the engagement element in the form of an anti-slip chain.

In the embodiment, to prevent distortion of the engagement element, it is advisable to make the mechanism for returning game elements to their original position in the form of a carrier frame consisting of two straight elements connected parallel to each other, the ends of which are connected for movement with the engagement element and an additional engagement element located along the long sides of the rectangular frame connected to the gears and additional gears located, respectively, at opposite ends of the long sides of the frame behind the decorative sides, on one of the rectilinear elements, install a symmetrical contact panel equipped in the central part with an angular protrusion directed towards the target, while support rollers should be placed between the straight elements, the engagement elements should be made in the form of anti-slip chains.

In the embodiment, in order to create smooth and discrete movement of the engagement elements, it is advisable to make the mechanism for returning the game elements to their original position in the form of a carriage mounted for movement by means of two engagement elements, each of which is made in the form of a rack and pinion and support rollers, while rack and pinion gears should be placed along the long sides of the rectangular frame behind the decorative sides, one of the sides of the carriage should be made in the form of a symmetrical contact panel, equipped in the central part with an angular protrusion directed towards the target.

It is expedient, to simulate the sliding of game elements on ice, to make a sliding game track from a material, the coefficient of friction of which is selected in accordance with the coefficients of friction of the sliding elements of the game elements.

It is advisable, for favorable ergonomics in relation to the musculoskeletal system of a person (adult and child), the circumference of the game element is not less than 565.4 mm and not more than 914.4 mm (standard 659.7 mm), the net weight of the game element is not over 12 kg.

It is advisable, in order to increase the visualization of the target by players, to designate the target with multi-colored circles of various diameters, in the center of which there is a circle painted in red or another color different from the color of the circles made.

In an embodiment, in order to receive information about the game situation on various electronic devices, it is advisable to equip the complex with a radio interface.

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Brief description of the drawings

The present invention is explained by a detailed description and diagrams, in which:

fig. 1 characterizes the general diagram in axonometric view of the location of the elements of the complex, according to the invention;

fig. 2 is a top view of the game element with a vertical plane cut and a top view of the game element;

fig. 3 shows the main view of the playing track (rotated to the left by 180°) mounted on supports, namely, a planar schematic representation, with a local view A, limited by the cliff lines, with the game elements located on it, the support for the hands when performing throws, the return mechanism game elements to their original position, the location of the module for non-contact recharging of game elements, in addition, the location of the gearbox interacting through the gears and the engagement element in the form of an anti-slip chain;

fig. 4 shows a top view of a game track equipped with a target for hitting game elements, the location and design of the mechanism for returning game elements to their original position, the location of the gearbox and the electric drive, the same as in FIG. 3;

fig. 5 shows a top view of a playing track equipped with a target for hitting game elements, the location and design of the mechanism for returning game elements to their original position, the location of a gearbox and an electric drive interconnected through gears with engagement elements located along the long sides of a rectangular frame;

fig. 6 shows a top view of the playing track with local views B and C, equipped with a target for hitting game elements, the location and design of the mechanism for returning game elements to their original position, in which the engagement elements are made in the form of rack gears and are located along the long sides of the rectangular frame;

fig. 7 characterizes the functional diagram of the complex for an interactive sports game of curling light;

fig. 8 characterizes the functional diagram of the game element.

The best embodiment of the invention

Terminology and abbreviations used in the description text.

IG - playing track, playing field, playground.

IE - game element, stone, projectile.

PC - personal computer.

End - time, period of the game.

ASPO - automatic scoring system.

PU - control board.

IIE - game element emitter.

KU - control computer.

The complex for an interactive sports game of curling light (hereinafter referred to as the complex) contains a playing track 1 made of a sliding material (Fig. 1). The sliding material of the playing track 1 is located, by way of tension, on the base 2, which is made in the form of a rectangular frame. The base 2 is equipped around the perimeter with decorative boards 3, 4, 5, 6. The height of decorative boards 3-6 is not less than 50 mm and not more than 1000 mm. Decorative board 6 is made in the form of a U-shaped frame. The base 2, in the form of a rectangular frame, is mounted on supports 7-12 (not shown) located in the lower part of the rectangular frame symmetrically to each other along the perimeter of the frame. The number of supports 7-12 is set depending on the length of the playing track 1. On one of the narrow sides of the rectangular frame there is a mechanism 13 for returning the game elements to their original position (hereinafter referred to as the mechanism 13). Mechanism 13 equipped with a mechanism for automatic cleaning of the track from dust and dirt (not shown) On the sliding surface of the playing track 1, in front of the mechanism 13 for returning game elements, a target 14 is indicated. one color, namely: red or another color different from the color of the circles made. On the opposite narrow side of the base 2 from the return mechanism 13, there is a return area 15 of game elements 16 equipped with sliding elements. The return zone 15 is equipped with a contactless charging module (not shown) of the game elements 16. The game track 1 is made of a sliding material, the coefficient of friction of which is selected in accordance with the coefficients of friction of the sliding elements of the game elements 16. The number of game elements 16 is 16 pieces, 8 pieces per each of the two teams. At the same time, a video camera 17 is installed above the game track 1, an additional video camera 18 on a support 19, which can be made either in the form of a rack, or in the form of a U-shaped support, or in another form. The video camera 17 is installed on the side of one of the long sides of the rectangular frame of the base 1. An additional video camera 18 is installed on one of the narrow sides of the rectangular frame of the base 1 above the mechanism 13 for returning the game elements 16. The video camera 17 and the additional video camera 18 are designed to identify the game elements 16. At the end narrow side of the rectangular frame of the base 1, from the side of the return zone 15 is installed, with the possibility of moving along the narrow side of the rectangular frame, support 20 for

- 4 042721 hands. The hand support 20 is installed with the possibility of longitudinal movement. The complex is equipped with a control computer 21 electronically connected to the video display device 22 for evaluating the ends, administration systems 23 and audio support 24 and 25 located at the ends of the narrow side of the base 2 from the side of the return zone 15 or otherwise. Audio 24 and equipped with personal headphones (not shown).

Each game element 16 is made in the form of a body 26, which, when cut by a vertical plane, has an ellipsoid shape, and when cut by a horizontal plane, it has the shape of a circle (Fig. 2). The game element 16 is equipped with a handle 27. On the side of the handle 27, in the groove 28 of the body 26, there is a control board 29, on which the radio interface 30 and the accelerometer 31 are located and interconnected. the upper cantilever part and the lower one, fixed on the body 26. The touch sensor 33 is built into the upper cantilever part of the handle 27. The emitters 34 are located in the lower part of the handle 27. The emitters 34 are evenly distributed along the circumference in the form of a part of the annular plate 35. In addition, the annular plate 35 equipped with a light indication 36. The emitters 34 are designed to determine the position of each game element 16 on the game track 1. The light indication 36 allows players to intuitively understand which game element 16 (projectile) is intended for the next throw, and also to see on the track the number of points received, the ability to their increase or decrease. At the same time, from the side opposite to the handle 27, the body 26 is equipped with a groove 37. In the mentioned groove 37, sliding elements 38 are fixed, the coefficient of friction of which is selected in accordance with the coefficient of friction of the playing track 1 of the sliding material. In the mentioned groove, a contactless charging element 39 of the game element 16 is installed. The circumference of each game element 16 is not less than 565.4 mm and not more than 914.4 mm (standard 659.7 mm), the net weight of the game element 16 is not more than 12 kg .

The base 2, in the form of a rectangular frame, is mounted on supports 7-12 located in the lower part of the rectangular frame symmetrically to each other along the perimeter of the frame (Fig. 3). On the inside of the base frame 1 under the return zone 15 of game elements 16, a module for contactless recharging of 40 game elements 16 is installed. The ends of said straight elements 42 and 43 are movably connected to the engagement element 44. The engagement element 44 is made in the form of an anti-skid chain. The engagement element 44 is connected to the gear 45 fixed on the corner of the base 1 from the side of the return zone 15 of the game elements 16, and with the gear 46 fixed on the opposite corner of the base 1. The engagement element 44, gears 45 and 46 are located between the base 1 and the decorative board 5 The gear 46 is interconnected with the gearbox 47. The gearbox 47 is equipped with an electric motor 48 (Fig. 4). The second ends of the straight elements 42 and 43 of the carrier frame 41 are connected at an angle to each other. On the rectilinear element 42, a symmetrical contact panel 49 is installed, equipped in the central part with an angular protrusion directed to the return zone 15 of the game elements 16. At the same time, support rollers, respectively 50 and 51, are located between the rectilinear elements 42 and 43.

The mechanism 13 for returning game elements to their original position is made in the form of a carrier frame 52 (Fig. 5). The carrier frame 52 is made of two straight elements 53 and 54 connected parallel to each other. The ends of each rectilinear element 53 and 54 are movably connected, respectively, with the engagement element 44 and the additional engagement element 55, located along the long sides of the rectangular frame behind the decorative sides 5 and 4, respectively. The engagement element 44 is connected, movably, by means of a pair of gears 45 and 46. An additional engagement element 55 is connected, with the possibility of movement, by means of an additional pair of gears 56 and 57. Pairs of gears 45, 46 and an additional pair of gears 56, 57 are located, respectively, at opposite ends of the long sides of the rectangular frame 2 behind the decorative sides 5 and 4. On one of the rectilinear elements 54, a symmetrical contact panel 58 is installed, equipped in the central part with an angular protrusion directed to the return zone 15 of the game elements 16. At the same time, pairs of support rollers 59 and 60 are located between the rectilinear elements 53 and 54. Elements of engagement 44 and 55 are made in the form of anti-skid chains.

The mechanism 13 for returning game elements to their original position can be made in the form of a carriage 61 (Fig. 6). The carriage 61 is movably mounted by means of two engagement elements 62 and 63. Each of the engagement elements 62 and 63 is made in the form of a rack and pinion. In addition, the carriage is equipped with pairs of support rollers 64 and 65. At the same time, the rails of the engagement elements 62 and 63 are located along the long sides of the rectangular frame 2 behind the decorative sides 5 and 4. One of the sides of the carriage 61 is made in the form of a symmetrical contact panel 66, equipped in the central part of the corner protrusion directed to the return zone 15 of the game elements 16.

In FIG. 7 shows a functional block diagram of the electronic interaction of the elements of the complex, in which the video camera 17 and the additional video camera 18 are connected by direct and feedback electronic communication with a personal computer 21 equipped with a control interface of the complex. PC 21 is connected by direct and feedback connection with PC 23 of the administrator. In addition, PC 21 is connected to a video display device 22, audio support 24, 25. PC 21 is directly connected to an electric motor 48, which is in contact with the gearbox 47 of the mechanism 13 for returning game elements 16 to their original position. In addition, the PC 21 is connected to the contactless charging module (device) 26. The PC is connected, with the possibility of direct and feedback, to the radio interface 68, which has a radio connection

67. The latter has the possibility of contact with the radio interfaces 30 of each of the game elements 16.

In FIG. 8 shows a functional block diagram of each game projectile 16, in which the control board 29 (hereinafter referred to as PU) is interconnected by direct and feedback with the accelerometer 31. In addition, the control board 29 is directly connected to emitters 34, light indication elements 36. PU 29 by feedback is interconnected with the battery 32 and through it with wireless charging 39 of the game element 16. In this case, the PU 21 is able to contact the radio interface 30 of the game element.

The complex for an interactive sports game of curling light works as follows.

The playing track 1 made of sliding material was placed on a horizontal surface indoors or outdoors, using supports 7-12 or the required number of supports 7-12, depending on the length of said playing track 1. A mechanism 13 for returning game elements with an automatic cleaning mechanism was installed on the playing track. paths from dust and dirt. Connected, through the ends of the straight elements 42 and 43, the mentioned mechanism 13 with the engagement element 44.

The narrow and long sides of the rectangular frame of the base were covered with 2 decorative sides, respectively, 3-6. A video camera 17, an additional video camera 18 were placed above the game track 1. A control computer 21 was placed next to the game track 1, the said KU 21 was electronically connected to the video display device 22 for evaluating the ends, administration systems 23 and audio support 24, 25. If necessary, personal headphones were distributed players and other staff.

The complex, being a sports and entertainment playground, is similar in terms of elements to the Olympic sport of curling and bowling. At the same time, it differs significantly in equipment (sports equipment), its design, the sequence of game techniques (rules), the method of determining points and calculating results. The use of the complex is fully automated. The trade name of the complex is CurlingLight. Participants of different ages can use the complex, in other words, play, namely, starting from children aged 6 years and over. The length of the game track 1 is selected depending on the age of the participants. The length of the playing track 1 is not less than 3 m and not more than 18 meters, the width is not less than 1.5 m and not more than 3 m. The length of the playing track 1 for children under the age of 14 is no more than 9 meters and the width is 1.5 m.

Two teams take part in the game. The number of players in each team is no more than 8 people. Before the start of the game, all participants in the game were registered with the administrator, who entered data into KU 21: last names, names of players, team names, sequence of teams and players. The administrator also entered the game results in the future into the KU 21, the video display device 22, the administration system 23. Then the teams were drawn, i.e. determined the team that starts the first end (game period). The draw was made automatically, by random selection. The winning team in the selection determined the order of the shots in the first end, and the losing team chose the color of the handle 27. Eight (8) game elements 16 with 27 handles of the same color for the first team and eight (8) game elements 16 with 27 handles of a different color for the second team. The color was illuminated by the light indication of 36 game elements 16. Each player throws the game element 16 by pushing it along the playing track 1 of the sliding material. At the same time, for the convenience of throwing, the player used the support 20 for the hands and the handle 27 of the game element 16. The game element 16, moving along the sliding material with the help of the sliding elements 38, sought to reach the target 14, the so-called House. Target 14 consists of three sectors in the form of concentric circles. House 14 is divided into three sectors by circles with a single center: the first sector - the central (Circle) circle, highlighted in a bright color, different from the color of the track and other sectors, the second sector - a circle of average diameter is highlighted in the second color, the third sector - the circle of the largest diameter is highlighted in the third color. A filled circle is depicted in the center of the target 14. Each team, for hitting the house 14, receives points depending on which sector the game element 16 fell into. The team with the most points wins. The teams began the subsequent ends of the game, changing in turn. The teams started the game at the signal of the automatic system, namely the audio accompaniment 24, 25 with the help of headphones, which were provided to the players. The game consisted of several ends (at least 4, not more than 12). In each end (independent period of the game), all players of the two teams had to push all eight game elements 16 in play towards the target 14. The main goal is to score the most points by knocking out the opponent's game elements 16 from House 14 and taking the most advantageous position in House 14, closer to its center. When hit (stop) in the center of the game element 16, i.e. in the first sector - the team was awarded 3 points. When the center of the game element 16 hit (stopped) in the second sector, the team was awarded 2 points, when the center of the game element 16 hit (stopped) in the third sector, the team was awarded 1 point.

When all the game elements 16 were found, after throws, in the target 14 or behind it, to move them to their original position - the return zone 15, the mechanism 13 was used.

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Claims (2)

symmetrical contact panel 49, having an angular protrusion in the central part and located on the narrow side of the rectangular frame of the base 2 behind the target 14, carried out automatic longitudinal movement of the game elements 16 along the sliding material of the game track 1 in the direction of the return zone 15 for their non-contact recharging by the power source 40. At the same time, the mechanism 13 cleaned the playing track from dust and dirt by means of the mechanism for automatically cleaning the playing track 1. The movement of the mechanism 13 was performed by an electric motor 48, using a gearbox 47, a pair of gears 45 and 46, an engagement element 44, in the form of an anti-slip chain, and support rollers 50 and 51, or two pairs of gears 45,46 and 56, 57, with which interacted, respectively, the elements of engagement 44 and 55 in the form of an anti-slip chain and pairs of support rollers 59 and 60. In addition, in another embodiment, the movement of the mechanism 13 was carried out by rack and pinion 62 and 63 and pairs of support rollers 64 and 65. The team - the winner of the game - was determined by summing up the results, points scored by all ends. Scoring was performed by KU 21 for each team for hitting each game element 16 on target 14. Each team can have game elements 16, no more than two, with unique properties, which are indicated by light indication 36. Unique properties of the game element 16 double - when this stone 16 is in the target 14 at the end of the end, its points are doubled. The unique properties of the game element 16 - strike - when this stone 16 was found in the target 14 at the end of the end, all the points scored by the team in this end were doubled. The order of throws of game elements is 16: 3rd throw of the team - stone 16 strike, 4th throw of the team - stone 16 double. For an intuitive understanding of the order of the throw and the order of the team, the game elements 16 were highlighted with a light indication 36. Industrial Applicability The proposed complex for an interactive sports game of light curling with an automatic system allows you to play light curling both indoors and outdoors, since the coefficient of sliding of the material of the playing track and game elements is selected in such a way that it is approximately equal to the coefficient of sliding of a granite stone for curling and ice. In addition, in the proposed complex, it is possible to wirelessly recharge game elements, automatically return game elements to their original position, automatically clean the track from dust and dirt, and light indication of game elements allows them to be visualized in relation to the team. The proposed complex allows you to automatically manage an interactive sports game using software products, including the registration of players, the order of throws, automatic scoring and total result, control of payment for playing time, visualization and audio accompaniment of the game, intuitive understanding of the rules of the game by players, through its computer simulation. CLAIM 1. The complex for an interactive sports game of curling light contains a game track, game elements, an accelerometer, signal emitters, a processor, a monitor, control units, software products, a database, a video camera for identifying game elements on the playing field, characterized in that the game track made of a sliding surface, which is located on a base made in the form of a rectangular frame, equipped with decorative sides around the perimeter and mounted on supports, the rectangular frame is equipped with a movable mechanism for returning game elements to their original position by means of a gearbox connected to an electric motor, while the game elements return mechanism is equipped with a node for automatic cleaning of the game track from dust and dirt, the complex is equipped with a control computer connected electronically with a video display device for evaluating the ends, software, administration and audio support systems, an additional video camera is installed above the game track for identifying game elements, except In addition, each game element is equipped with sliding elements, made in the form of an ellipsoid-shaped body when it is cross-sectioned by a vertical plane and a circular section when it is cross-sectioned by a horizontal plane, a handle, while on the side opposite to the handle, a closed groove is made in the body, sliding elements are fixed in the said groove , the coefficient of friction of which is selected in accordance with the coefficient of friction of the sliding surface, and an element for non-contact charging of the game element, in addition, interconnected accelerometer, battery and control board are located on the side of the handle in the closed groove of the body, signal emitters are located on the body of the handle to determine the position of the game element and light indication, radio interface, touch sensor, while one of the narrow sides of the rectangular frame is equipped with a contactless charging source for game elements. 2. The complex according to claim 1, characterized in that on the narrow side of the rectangular frame, opposite -