FR3110091A1 - SPORTING AND RECREATIONAL GOAL STRIKING EQUIPMENT - Google Patents

Abstract

SPORTING AND RECREATIONAL GOAL STRIKING EQUIPMENT The equipment (FB1) is dedicated to hitting the goal with a soccer ball (BF). The equipment comprising a playing field (TR) suitable for the soccer ball, a goal cage (CB) arranged in the playing field at a determined location, a fence and cover enclosure (EN1) of the playing field and a performance monitoring system (BX1). According to the invention, the goal cage (CB) comprises a plurality of sections which at least partially cover a goal marking opening of the goal goal, each section comprising means for damping the impact of the ball. football and an impact detection means, numbers of performance points being assigned respectively to the sections and the performance monitoring device assigning numbers of performance points to the monitored performances of the players according to the sections impacted by the shots of balloon of these. Fig. 1

Description

SCORING EQUIPMENT FOR SPORTS AND RECREATIONAL USE

The invention generally relates to the field of installations. More particularly, the invention relates to football sports equipment dedicated to goal-striking, also called "goal-striking equipment" hereafter, suitable for use for sports training or for recreational use between several players, but not exclusively.

In general, the physiological and psychological benefits brought to everyone by regular physical and sports activities are well known to all. In addition to these individual benefits, sport conveys educational and civic values that contribute to the creation and maintenance of social ties within a population. Indeed, the sense of gratuitous effort, team spirit, the desire to win while respecting the adversary and the acceptance of defeat are strongly structuring values in a human society. Thus, in most countries, sport is a subject of public interest subject to various policies aimed at promoting its practice and development.

Local authorities, that is to say, municipalities and groups of municipalities, are primarily concerned in the deployment of sports development policies in the territories. Local authorities manage various parks of sports and recreational equipment, in the form of stadiums, sports halls, gymnasiums, grounds and courses for physical activities and other facilities, available in particular to sports associations, educational establishments for the physical and sports education for young people and the general public. Sports and physical activity facilities are usually at the heart of city policy and constitute major cost and investment items for local authorities.

Local authorities must not only provide populations with large sports facilities, such as stadiums and others, sized to host sports competitions and a large audience, but also promote the practice of sport and physical activities in neighborhoods in deploying smaller equipment closer to the populations, adapted to their needs and expectations.

Thus, open-access basketball courts have experienced significant development in recent decades, particularly in working-class neighborhoods in large cities. Compared to other popular team sports, such as football, basketball is played on a smaller field. This, without a doubt, favors the choice of building a basketball court when the availability of land is very constrained, which is frequently the case in urban neighborhoods.

Hybrid equipment for collective sports practice, known as “multisports”, has also found some success with local authorities and has tended to develop in recent years. Thus, so-called “multisport” equipment is known, marketed by the French company Agorespace (registered trademark), which offers the possibility of practicing various sports on a field of reduced surface area. Such equipment comprises, for example, goal cages, basketball hoops and a tennis net or the like and can be designed for integration into an amusement park or urban park, for example.

From the document CN204380173U, there is known equipment dedicated to shooting a soccer ball in the form of a fenced field. The square-shaped field is surrounded by rigid walls which are covered with a plurality of spring-forming elements. The elements forming springs are arranged at determined angles so as to return the ball to the center of the field. Four goal cages are provided in four walls enclosing the field. The field is covered with a mesh supported by a tubular structure, which is intended to keep the balls within the confines of the field.

The document CN103111059A describes a mobile goal cage intended for shooting practice with a soccer ball. An entrance surface of the cage is closed by a planar structure provided with a plurality of balloon entry ports. A pressure sensor is associated with each of the orifices. When the balloon enters an orifice, the corresponding pressure sensor is activated and causes the illumination of a lamp which signals the entry of the balloon.

The object of the present invention is to provide new football sports equipment dedicated to goal-striking, designed for sports training or for recreational use between several players, but not exclusively, the equipment requiring a reduced field surface, comparable to that of a basketball court.

According to a first aspect, the invention relates to football equipment dedicated to kicking at goal for one or more players, comprising a playing field adapted for a football, a goal cage arranged in the playing field at a location determined, a fence enclosure and cover of the playing field and a performance monitoring device. According to the invention, the goal cage comprises a plurality of sections which at least partially cover a goal-scoring opening of the goal cage, each section comprising means for damping the impact of the football on the section and an impact detection means, numbers of performance points being allocated respectively to the sections and the performance monitoring device allocating numbers of performance points to performances monitored by the players according to the sections impacted by shots player ball.

According to a particular characteristic, the equipment also comprises a slope arranged from the determined location where the goal cage is arranged in the playing field towards another location intended for shooting the ball.

According to another particular characteristic, the developed slope is provided by a device for creating a slope included in the equipment and/or by leveling the playground on a slope.

According to yet another particular characteristic, the impact detection means comprises at least one strain gauge.

According to yet another particular characteristic, the performance monitoring device comprises an electronic box having an electronic card with a microcontroller to which the section impact detection means are electrically connected.

According to yet another particular characteristic, the performance monitoring device comprises a computer server connected to the Internet network and hosting a centralized software system for monitoring performance and game session, and a modem router connected to the microcontroller electronic card and authorizing a data communication between the microcontroller electronic card and the computer server through the Internet network.

According to yet another particular characteristic, the performance monitoring device also comprises a local data communication communication network provided by the modem router and authorizing data communications with personal computing devices, such as smart telephones called "smartphones". .

According to yet another particular characteristic, the performance monitoring device comprises a display screen for displaying the performances monitored.

According to yet another particular characteristic, the fence enclosure and cover of the playing field is arranged so as to ensure at least one cover of the goal cage.

According to yet another particular characteristic, the fence enclosure and cover of the playground is made by the implementation of a metal construction technique.

Other advantages and characteristics of the present invention will appear more clearly on reading the detailed description below of several particular embodiments of the invention, with reference to the appended drawings, in which:

Fig.1 is a simplified perspective view of one embodiment of goal-striking equipment according to the invention.

Fig.2 is a simplified front view of an equipped goal cage included in a goal kicking equipment according to the invention.

Fig.3 is a simplified sectional view of the equipped goal cage of Fig.2 showing the arrangement of a plurality of sections, in the form of dials, included therein.

Fig.4 is a simplified perspective view of another embodiment of goal scoring equipment according to the invention.

FIG. 5 is a general view showing a functional configuration of a computerized device for monitoring performance and game session included in a goal-scoring equipment according to the invention.

Fig.6 is a general block diagram showing the hardware architecture of an electronic unit included in the computerized device for monitoring performance and game session of Fig.5.

With reference to Figs.1 to 3, a particular embodiment FB1 of the kicking equipment according to the invention is now described above.

As seen in Fig.1, the goal-striking equipment FB1 essentially comprises a playing field TR, an equipped goal cage CB, a device for creating a slope DP, a fence enclosure and cover EN1 and a computerized device performance monitoring and game session including an electronic unit BX1 and a common display screen ED.

The TR playing field typically provides a flat horizontal surface on which the player(s) can evolve. A shot distance marking is made on the playing field TR, here in the form of first and second shot distance markings MQ1 and MQ2.

The TR playground may have different types of coating depending on the achievements. The covering chosen must be suitable for play with a BF football and offer all the guarantees required in terms of personal safety and the durability of the equipment. In particular, the type of coating must resist the climatic conditions to which it is subjected, namely, demanding external conditions of temperature, humidity, bad weather and others in the case of an open enclosure or less demanding internal conditions in the case of a fully covered enclosure. Thus, for example, the coating may be a natural or synthetic grass, a tarmac coating, a resin, a rubbery material recovery coating, or else be rudimentary, the TR playing field then having a preferably hard and dry earth floor. .

The goal cage CB, better visible in Figs.2 and 3, typically has dimensions of high beam height PH and spacing between side beams PL which are the standard ones of a football goal cage, but not exclusively.

In accordance with the invention, the goal cage CB is equipped with a plurality of damping and impact detection sections CD1 to CD8, visible in Fig.2. In general, the damping and impact detection sections CD1 to CD8 are formed from panels arranged side-by-side and at least partially covering a goal scoring opening OMD. In the embodiment described here, the sections CD1 to CD8 comprise panels having a generally rectangular shape and arranged side by side in two parallel and horizontal rows. In other embodiments, these panels may have another shape such as square, triangular or other. In the remainder of the description, the damping and impact detection sections CD1 to CD8 are referred to as "dials", given the rectangular shape of their panels.

Dials CD1 to CD8 are mechanically mounted on a rear panel PA, visible in Fig.3, arranged vertically in the goal-scoring opening OMD which is delimited by the high beam PH and the side beams PL of the goal cage CB. In this embodiment, the dials CD1 to CD8 substantially cover the entire opening OMD of the goal cage CB.

As shown in FIG. 3, the mechanical assembly of the dials CD1 to CD8 on the rear panel PA is a damped suspension assembly and makes use of suspension and damping parts AM designated “AM shock absorbers” in the remainder of the description. Each of the dials CD1 to CD8 is fixed to the rear panel PA typically by four shock absorbers AM arranged at the four corners of the dial. Clearances JE are present between the dials CD1 to CD8 side by side so as to allow functional movements thereof, without friction between them. The movement of a dial is caused by the impact of the BF ball on the dial, following a ball shot by a player.

In accordance with the invention, the movements of the dials CD1 to CD8 are detected in order to locate a place of impact of the ball BF in the opening of the goal cage CB. Thus, in this embodiment of the goal cage CB, eight impact locations are detected using the eight dials CD1 to CD8. A certain number of NP performance points are allocated to each impact location in order to attribute a performance to the ball shot.

Considering a "left (L) / right (R)" marking as shown in Fig.2, in this embodiment, the dials CD1 to CD4 correspond respectively to a location of impact at the upper left corner to which NP is assigned = 8 points, an upper left center impact location which is awarded NP = 6 points, an upper right center impact location which is awarded NP = 6 points, and an upper right corner impact location which is assigned NP = 8 points. Still in this exemplary embodiment, the dials CD5 to CD8 correspond respectively to a lower left corner impact location to which NP=4 points are assigned, a lower left central portion impact location to which NP=2 points is assigned, a lower right central portion impact location to which NP = 2 points is assigned, and a lower right corner impact location to which NP = 4 points is assigned.

An example embodiment of an AM damper is shown in Fig.3, in enlarged form and in simplified section. The AM damper shown here helps secure the CD2 dial to the PA rear panel.

The AM shock absorber basically consists of a VE damping cylinder, a RE compression spring and a JC impact sensor.

The damping cylinder VE is for example of the hydraulic or pneumatic type and is fixed integrally to the rear panel PA by two fixing lugs PAT. The compression spring RE is conventionally assembled with the damping cylinder VE and provides a thrust force for the extension of the cylinder. It will be noted that in other embodiments, the damping cylinder VE and the compression spring RE may be replaced by an elastomer block made of natural or synthetic rubber having the advantage of a lower economic cost.

The JC impact sensor is typically a strain gauge. The impact of the BF ball on the dial causes a shock wave which deforms the JC strain gauge. Typically, the four JC strain gauges, of the four AM dampers used for mounting the dial on the rear panel, are integrated into a WH measurement bridge, called “Wheatstone”, represented schematically in Fig.3, dedicated to the dial . The WH measurement bridges for all of the CD1 to CD8 dials are typically housed in the BX1 electronic box, shown schematically in Fig.1. The measurement bridge WH is powered by a DC voltage VC and provides an impact detection signal, designated MI2 for dial CD2, which is representative of the shock wave caused by the impact of the ball BF on the dial. The various MI1 to MI8 impact detection signals from the WH measurement bridges associated with the CD1 to CD8 dials, respectively, are processed by the BX1 electronic unit for monitoring the performance of ball shots in the FB1 equipment. The impact detection signals MI1 to MI8, by comparison with detection thresholds, allow the computerized device for monitoring performance and game session of the equipment FB1 to determine the dial on which the ball BF has impacted and to assign the number of NP points corresponding to this dial to the ball shot.

As best seen in Fig.1, the slope creation device DP comprises a flat horizontal raising part PR and an inclined flat part PI. Parts PR and PI are substantially contiguous and cooperate to provide a slope PE for the return of the ball to the player located at the shooting distance mark MQ1 or MQ2. The part PR supports the goal cage CB and allows it to be raised relative to the plane of the playing field TR. The inclined flat part PI provides the desired slope PE for the return of the ball to the player.

Typically, the slope creation device DP is made with a metal section structure on which panels are assembled to obtain the parts PR and PI. In certain embodiments of the invention, the slope PE for the return of the ball to the player will be provided directly by the playing field TR, thanks to a slope leveling of the latter.

The tests carried out by the inventive entity have shown that a slope PE of between 5 and 10 degrees and extending over a length LE of between 5 and 10 meters, depending on the type of surface of the playground TR, is generally sufficient to get a BF ball back to the player.

Thus, when the player shoots the ball BF, the impacts of the ball BF in the goal cage CB are damped by the dials CD1 to CD8. Absorbing the impact of the BF ball limits its rebound on the impact surface of the dial and allows control of its trajectory. The ball BF, following its impact on a dial, falls to the ground and the slope PE ensures that it returns to the player.

Preferably, a fence and / or a net will be installed around the goal cage CB, laterally and above it, so as to stop the ball BF when the ball shot does not reach the goal cage CB, and to direct it towards the PE slope for a return towards the player. Thus, the fence and/or the net prevents the ball BF from ending its course on a part without a slope PE, in particular behind the goal cage CB, and being unable to return to the player. In addition, the walls of the goal-striking equipment FB1 according to the invention, in particular the walls located in the vicinity of the goal cage CB, may also be equipped with anti-rebound damping means, not shown. These means will also allow control of the trajectory of the ball BF when the shot from the ball does not reach the goal cage, so as to direct the ball towards the slope PE and ensure its return towards the player.

In the FB1 kicking equipment in Fig.1, the fence and cover enclosure EN1 is designed for complete fence and cover of the equipment. The EN1 enclosure is made here using a metal construction technique and comprises a metal frame supporting the fence walls and a cover.

In this embodiment, the enclosure EN1 has a partially ovoid shape, with here a maximum width LAmx of approximately 12 meters, a maximum length LOmx of approximately 22 meters and a maximum height HAmx of approximately 6 meters.

Thus, as can be seen in Fig.1, the metal frame of the goal-striking equipment FB1 essentially comprises a plurality of vertical posts PP, a plurality of edge beams RV, a plurality of crosspieces TV and a plurality of purlins PN. The vertical posts PP are distributed over the entire circumference of the fence, with a span gap ET.

The feet of the PP columns are anchored to the ground typically on concrete supports, for example, by means of chemical anchors or expansion bolts.

Different types of metal profiles may be used for the production of this metal frame, such as laminated steel profiles of standardized grade S235JR, reconstituted welded profiles called PRS, tubes of square or rectangular section, round tubes, profiles with cold of the so-called UPAF or LPAF types, open tubes and others. Flat profiles, sheet metal and folded sheet metal profiles can also be used. The attachments between the various elements will be made in the conventional manner by welding and/or with bolts. Sheet metal roofing sheets, polycarbonate panels, corrugated metal siding and others may be used for the roof. An anti-rust paint or lacquer will be used to protect posts, profiles and other metal parts from corrosion.

In addition, in certain embodiments of the FB1 goal kicking equipment, the EN1 enclosure may be thermally insulated, for better player comfort and maximum equipment availability in all weathers. The roof will then be thermally insulated using known techniques. Prefabricated construction and exterior / interior cladding panels, as well as thermal insulation materials will then typically be used for the walls of the EN1 enclosure.

In general, the EN1 enclosure must comply with the various applicable standards and regulations, such as standards relating to construction, safety, sports equipment and those relating to establishments open to the public.

Of course, other enclosures, substantially different from the enclosure EN1 described above, may prove to be more suitable for the goal-striking equipment according to the invention, to better meet the expectations of the target user audience. , to specific specifications and to various local, climatic, cost and other constraints. Thus, the FB2 goal kicking equipment shown in Fig.4 is an embodiment having an enclosure EN2 of simpler and more economical design. In this enclosure EN2, the cover is ensured only above the goal cage CB and protects the equipment thereof and an electronic box BX2 of the performance monitoring device and game session of the striking equipment at the goal FB2. A metal construction technique can also be implemented here for the construction of the EN2 containment, with metal profiles and tubes assembled by welding and/or bolts. Of course, the construction of the enclosure of a goal-striking equipment according to the invention may also be made with other known construction techniques and, in particular, with wood construction techniques.

With more particular reference to Figs.5 and 6, there is now described below an example of DMF embodiment of a computerized device for monitoring performance and game session, integrated into a goal-striking equipment according to the invention.

Referring more particularly to Fig.5, the computerized device for performance monitoring and game session DMF makes use of an extended IP data communication network, such as the Internet network, and uses hardware and software resources accessible via this network. Thus, in this exemplary embodiment, the DMF device uses software and hardware resources available from a cloud computing service provider CSP called “cloud service provider”.

The DMF device uses at least one SRC computing server of the cloud computing service provider CSP. The computer server SRC notably comprises a processor PROC which communicates with a data storage device HD, typically dedicated to the device DMF, and conventional hardware devices such as network interfaces NI and other devices (not shown). The processor PROC comprises one or more central data processing units (not shown) and volatile and non-volatile memories (not shown) for the execution of computer programs.

The DMF device comprises a software system SW which is housed in the data storage device HD, together with a database of players DB. The SW software system is a centralized software system designed for performance and game session monitoring of several goal scoring equipment according to the invention. Performance and game session data is stored in the HD data storage device and is accessible to equipment users who have created a personal account or a shared account linked to an event, for example a competition between several players, in the compliance with the regulations relating to private data.

The DMF device according to the invention is implemented in particular by the execution by the processor PROC of code instructions of the software system SW. The software system SW manages the performance monitoring service and the game session of the USER players who use the goal-striking equipment according to the invention, based in particular on the various impact detection signals mentioned above, MI1 at MI8, generated by the impacts of the ball BF on the dials CD1 to CD8 of the goal cage CB.

The electronic unit of the DMF device, unit marked BX here, processes the impact detection signals MI1 to MI8 and exchanges data through a modem router MOD shown in Fig.5, in particular with the software system SW. The MOD modem router is integrated into the BX electronic box and provides access to the IP Internet network. The modem router MOD also provides a local data communication network of the "Wi-Fi" type, marked RWF. Thus, for example, the modem router MOD is typically of the so-called “ADSL”, optical, satellite and/or cellular radiotelephony type in “3G”, “4G” or “5G” mode.

The performance and game session monitoring service is made accessible to USER players through the IP network. USER players communicate with the performance and game session monitoring service through their personal computing devices UD, such as smartphones and/or tablets, connected to the Internet IP network. The personal computer devices UD access the Internet IP network and the computer server SRC either through the local network RWF provided by the modem router MOD (cf. data communication links L1, L2 and L3, in Fig.5), or through a cellular radiotelephone data communication network, for example of the “3G”, “4G” or “5G” type (cf. data communication links L4 and L3, in FIG. 5).

The software system SW comprises software modules labeled SPF, GES, WB and AP in Fig.5. The SPF software module performs, for each player USER, the performance calculation and monitoring function, strictly speaking, in the form of a score in number of NP points (see Fig.2), from the data transmitted by the BX electronic box and from the processing of the MI1 to MI8 impact detection signals. The GES software module manages the game sessions, in the form of individual sessions for isolated USER players or collective sessions for groups of USER players, within the framework, for example, of a tournament, a neighborhood competition , etc. The software module WB implements in particular an internet platform, also called “web platform”, with a user interface. The AP software module is a programming interface, called "API".

To access the performance and game session monitoring service provided by the DMF device, the player USER typically uses a dedicated software application APPLI installed in his personal computing device UD and which communicates with the software module GES through the interface AP. The user USER can also use an internet browser to access the service through the internet IP network.

The display of the results of the game sessions is returned by the software module GES to the player USER through the screen of his personal computing device UD and/or the common display screen ED when the latter is integrated into the equipment shot on goal. Typically, as shown in Fig.5, the common display screen ED is connected to the local area network RWF and receives the data to be displayed through it.

The hardware architecture of the BX electronic box, shown schematically in Fig.6, is now described below as an example of implementation.

As visible in Fig.6, the electronic box BX essentially comprises the modem router MOD and an electronic card PC. In some embodiments, the modem router MOD will be integrated into the electronic card PC.

In this exemplary embodiment, the modem router MOD comprises two radio communication modules 1 and 2. The radio communication module 1 is a cellular radiotelephone transmitter/receiver, for example of the “3G”, “4G” or “5G” type. , allowing data communication links, such as L2 in FIG. 5, with the Internet IP network, through a cellular radiotelephone network. The radio communication module 2 is a radio communication transmitter/receiver of the Wi-Fi type, necessary for establishing the local network RWF and for the wireless data communication links in particular with the personal computing device UD and the screen of common display ED. The modem router MOD is interfaced with a microcontroller 3 of the electronic card PC through an input/output port P0.

The electronic card PC essentially comprises the microcontroller 3 which is equipped with man-machine interface means 4, as well as a measurement bridge module 5 and an electrical power supply unit 6.

The microcontroller 3 essentially comprises a microprocessor CPU, a random access memory RAM, a rewritable memory MEM and input/output ports P0 to P3. RAM memory is the working memory of the CPU microprocessor. The rewritable memory MEM typically hosts an elementary system called "BIOS" managing the inputs/outputs of the microprocessor, a firmware MP and a data storage area DATA.

The MP firmware manages the general operation of the BX electronic box. The MP firmware integrates the control logic of the electronic unit BX, processes measurement data from the impact detection signals MI1 to MI8 and manages the various data exchanges between the electronic unit BX, the computer server SRC, the screen common display device ED and the personal computer devices UD of the players USER. The DATA area stores various data necessary for the MP firmware and the operation of the DMF device. The input/output ports P0 to P3 are linked to the microprocessor CPU via an internal data communication bus (not shown).

The man-machine interface means 4 are interfaced with the microcontroller 3 through the input/output port P1 and here essentially comprise an "LCD" type display screen marked LCD, one or more TO keys, one of which on/off key, and one or more VO indicator lights, as well as an HP miniature loudspeaker. These man-machine interface means allow an interactive dialogue with the electronic box BX, in particular for the starting of the electronic box BX by the players USER, the initial commissioning of the electronic box BX by an operator and during operations of maintenance.

A “USB” type socket, marked USB, is also provided in the PC electronic board. The USB port allows a wired data communication link between the microcontroller 3 and a computer (not shown) for example for updating, configuring or repairing the electronic unit BX.

The measurement bridge module 6 includes the plurality of measurement bridges WH dedicated to the dials CD1 to CD8 and is interfaced with the microcontroller 3 through the input/output port P2. The measurement bridges WH produce the impact detection signals MI1 to MI8 from the deformations of the strain gauges JC due to the impacts of the balloon BF. Analog-digital conversion means are integrated in the measurement bridge module 6 and convert the analog signals MI1 to MI8 into digital measurement data. These digital measurement data are supplied to the microcontroller 3 through the input/output port P2 to be processed by the firmware MP.

The power supply unit 6 is supplied with power from the AC power grid and includes AC-DC voltage converters (not shown). The power supply unit 6 may also include an electric battery BAT charged by means of a photovoltaic solar panel (not shown), to grant operating autonomy to the electronic unit BX. The AC-DC voltage converters provide the DC supply voltages Valim necessary for the operation of the various components of the PC electronic card and of the modem router MOD. The power supply unit 6 is interfaced with the microcontroller 3 through the input/output port P3. The microcontroller 3 manages a standby/wake-up mode of the electronic box BX and of the common display screen ED. The activation of the power supply unit 6 and of the common display screen ED is controlled by the microcontroller 3 in accordance with the management of the sleep/wake mode.

The invention is not limited to the particular embodiments which have been described here by way of example. The person skilled in the art, depending on the applications of the invention, may make various modifications and variants falling within the scope of protection of the invention.

Claims (10)

Football equipment (FB1, FB2) dedicated to goal kicking for one or more players (USER), comprising a playing field (TR) suitable for a football (FB), a goal cage (CB) arranged in said playground (TR) at a determined location (PR), a fence and cover enclosure (EN1, EN2) of said playground (TR) and a performance monitoring device (DMF), characterized in that said cage (CB) comprises a plurality of sections (CD1 to CD8) which at least partially cover a goal scoring opening (OMB) of said goal (CB), each said section (CD1 to CD8) comprising means ( AM, VE, RE) for damping the impact of said soccer ball (BF) on said section (CD1 to CD8) and means (AM, JC) for detecting impact, numbers of performance points (NP ) being assigned respectively to said sections (CD1 to CD8) and said performance monitoring device (DMF) assigning numbers of performance points (NP) to perfor movements followed by said players (USER) according to said sections (CD1 to CD8) impacted by ball shots by said players (USER). Equipment according to Claim 1, characterized in that it also comprises a slope (PE) arranged from the said determined location (PR) where the said goal cage (CB) is arranged in the said playing field (TR) towards another location ( MQ1, MQ2) intended for said ball shots. Equipment according to claim 2, characterized in that said arranged slope (PE) is provided by a device for creating a slope (DP) included in said equipment (FB1, FB2) and/or by a slope leveling of said playground ( TR). Equipment according to any one of claims 1 to 3, characterized in that said impact detection means comprises at least one strain gauge (JC). Equipment according to any one of Claims 1 to 4, characterized in that the said performance monitoring device (DMF) comprises an electronic box (BX1, BX2, BX) having a microcontroller electronic card (PC) to which are electrically connected said impact detection means (JC, 5) of said sections (CD1 to CD8). Equipment according to claim 5, characterized in that said performance monitoring device (DMF) comprises a computer server (SRC) connected to the Internet network (IP) and hosting a centralized software system (SW) for monitoring performance and game session , and a modem router (MOD) connected to said microcontroller electronic card (PC) and allowing data communication (L2, L3) between said microcontroller electronic card (PC) and said computer server (SRC) through said internet network (PI). Equipment according to claim 6, characterized in that said performance monitoring device (DMF) also comprises a local data communication network (RWF) procured by said modem router (MOD) and authorizing data communications (L1) with personal computing devices (UD). Equipment according to any one of claims 1 to 7, characterized in that said performance monitoring device (DMF) comprises a display screen (ED) for displaying said monitored performances. Equipment according to any one of Claims 1 to 8, characterized in that the said enclosure and covering (EN1, EN2) of the said playing field (TR) is arranged in such a way as to ensure at least one covering of the said goal cage ( CB). Equipment according to any one of Claims 1 to 9, characterized in that the said enclosure and cover (EN1, EN2) of the said playground (TR) is produced by implementing a metal construction technique.