FR2959044A1 - AUTOMATED AND OPTIMIZED MANAGEMENT OF AN INTERVENTION ON A SWIMMING POOL - Google Patents

Abstract

A method of managing a swimming pool implemented from hardware and / or software of a pool management system, characterized in that it comprises a first step (E1) of passage of an operating mode a mode of intervention of the management system (1) of the pool and a second stage (E2) of data transfer with the management system (1) of the pool triggered during the intervention mode of the management system ( 1).

Description

The invention relates to a pool management method, particularly suitable for any particular intervention on the pool management system requiring its change of operating mode, for example for maintenance operations. It also concerns a method of managing a pool of pools, which is particularly suitable for all interventions on different pools of the park. The invention also relates to a swimming pool management system implementing the management method mentioned above, as well as a central server participating in the implementation of the pool park management method according to the invention. Finally, it concerns a management system of a swimming pool park.

In order to manage the quality of the water of a swimming pool, it is known to measure certain quantities representing this quality, such as its pH for example, and to intervene if these quantities come out of desired ranges, injecting for example a product of acid treatment if the pH exceeds a maximum allowed. This pool management is done more or less automatically, in all cases in a non-optimized way, which causes failures. These are manifested by the periodic obtaining of cloudy water, whose quality thus does not achieve the desired objectives, and by obtaining a high energy consumption as well as a consumption of treatment products. not optimal pool water. In addition, when the owner of a swimming pool detects an abnormal situation that exceeds his competence, he calls on a pool maintenance professional. This call is often too late and the professional has too little information to schedule a quick and effective intervention.

There is therefore a need to improve the management of the maintenance of a swimming pool. More generally, there is a need to optimize the management of any intervention on a swimming pool, by a management system adapted so as to optimize the interventions and to obtain an optimum pool operation and in particular energy saving, for a quality increased water.

The general object of the invention meets the previous need.

For this purpose, the invention is based on a swimming pool management method implemented from hardware and / or software of a swimming pool management system, characterized in that it comprises a first step of transition from an operating mode to an intervention mode of the pool management system and a second data transfer step with the pool management system triggered during the intervention mode of the management system.

One or more different functionality (s) may be accessible in the intervention mode of the pool management system in relation to the operating mode and / or certain interventions authorized in the intervention mode of the management system may be prohibited in its mode of operation.

The first step from an operating mode to an intervention mode of the pool management system can be performed by actuating a mode change button of the pool management system.

In a variant, the first step of changing from an operating mode to an intervention mode of the pool management system can be carried out automatically by a connection with or without contact of an electronic portable object to the management system of the pool. the pool, this step comprising the transmission of an identification data of the electronic portable object to the pool management system. The portable electronic object can be a USB key or a smart card or a phone, communicating with contact or contactless type RFID link or wifi or Bluetooth.

The swimming pool management method may include the automatic transmission of data and / or software (s) from the portable electronic object to the pool management system.

The swimming pool management method may comprise a third step of automatically changing the operating mode of the swimming pool management system operating mode after disconnection of the portable electronic object or after a delay without any action of the swimming pool. installer or the user.

The second step of data transfer with the pool management system may include their storage in a local memory at the level of the pool management system and / or in a memory of a removable electronic object connected to the management system. of the pool and / or in a memory of a remote server. The second step of storing data includes storing all or part of the following data: identification of an identification data of a pool and / or a maintenance agent; 30 - time of start and / or end of the intervention mode 5 - duration of the intervention mode; - changes in setpoint values and / or maximum values and / or minimum values of quantities representing the quality of the water such as pH, chlorine or salt or bromine or ozone or active oxygen or level of UV production, disinfectant by electrolysis such as the production of chlorine by salt electrolysis, or the temperature of the water; changes in the time ranges of these setpoint values and / or maximum values and / or minimum values of quantities representing the quality of the water; changes in the filtration of the pool water; - addition of treatment products in the pool water or in a suitable tank; repair or maintenance intervention on a device of the pool management system such as a filter, a pump, a probe, a heating device, a water quality treatment device or devices such as a peristaltic pump, a injector, a UV lamp, an ozonator, a dispenser, an electrolyser, etc. ; - intervention on the electronic part, hardware and / or software, of the management system of the swimming pool, such as the update of a software of the swimming pool management system; - detection of a lost portable object; - changes in the parameters monitored over a defined time period.

The invention also relates to a method for managing a swimming pool park, characterized in that it implements a management method for each pool of the pool park as described above and in that it comprises a step transmission of the data to be memorized during the second step to a central server, as well as identification data of the pool concerned.

The method may further comprise the transmission of the management system of a pool to the central server of the following values, measured periodically: measurement of the temperature of the water; - pH measurement; - measurement of chlorine or equivalent product whose function is the treatment of water; - periods of filtration of water.

The swimming pool park management method may comprise an automatic detection step of the pools of the park requiring intervention, according to measurements received by one or more sensors of the management system of these pools and / or according to a estimated intervention based on a history of intervention on these pools and / or the situation of other pools in the park with similarities, such as geographical and / or structural.

It may include a step of calculating an optimized intervention tour according to geographical data and the nature of the maintenance to be performed.

It may also comprise a step of transmitting all or part of the following data to be stored on a memory of the central server during a change of mode of the management system of a swimming pool: identification of a portable object used to realize the change of mode; - identification of the mode of the pool.

The invention also relates to a pool management system, characterized in that it comprises a hardware and / or software means for implementing the swimming pool management method as described above. The invention also relates to a central server for managing a swimming pool park, characterized in that it comprises a hardware and / or software means for implementing the management method of a pool park as described above. . The central management server of a swimming pool park may comprise a human-machine interface presenting on a geographical map all the pools of the park requiring intervention in order to facilitate the organization of the intervention tour, and / or presentation of the history of interventions for each pool of the park from the data stored during the interventions.

The management system of a swimming pool park may include a management system for each swimming pool in communication by Internet, by wire and modem or without contact as by wifi with a central server managing a pool of pools.

These objects, features and advantages of the present invention will be set forth in detail in the following description of a particular embodiment which is non-limiting in connection with the appended figures among which:

Figure 1 schematically shows a management system of a pool of pools according to one embodiment of the invention. FIG. 2 diagrammatically represents a swimming pool management method according to an embodiment of the invention.

The embodiment of the invention will be described in the context of managing a pool of pools. Each pool of the park includes a management system 1, shown schematically in Figure 1, an essential function is to ensure the quality of the pool water according to the desired use, while optimizing energy consumption, in electricity, gas, or any other energy source, water and any other cleaning product.

For this, the management system 1 of the pool comprises sensors or probes 2 which measure certain quantities representing the quality of the water, such as its pH, its chlorine or salt content, its temperature, or even sensors 3 measuring quantities of the external environment, such as the temperature of the air. These probes 2, 3 communicate with a central unit 10, possibly via an intermediate box 9 provided with a wireless communication means with the central unit 10, which comprises hardware and / or software means, comprising for example a microcontroller or a computer, to implement a regulation of the quantities of water quality. Note, the intermediate housing 9 can also perform certain functions such as sampling, standby, etc., to optimize its performance and autonomy.

Indeed, the central unit 10 controls actuators, pumps 4 and other mechanical means to initiate actions consisting for example of a recirculation of water through a filter 5, or the injection of treatment products. acid type 6, chlorine 7, bromine, ozone, active oxygen or in production of UV, disinfectant electrolysis such as chlorine production by salt electrolysis. By this means, each central unit 10 can automatically maintain the quality of the water at a chosen level with optimized consumption. The principle described above illustrates the normal operation of the management system of a pool, which we will call "mode of operation" thereafter. In this operating mode, the management of the pool is automatic. However, a user retains limited access to certain setpoint settings, in order to adapt the behavior of the pool to its particular use. This interaction of the user with the pool management system is predefined and authorized by the operating mode of the pool management system.

The management system 1 of a pool, however, requires special interventions, such as maintenance operations, for example due to hardware or software failures, following the wear of devices, following shortages of treatment products, more to particular external circumstances such as adverse weather conditions, or more simply due to non-optimized operating parameter settings or non-optimized hardware or software resources to be improved. These interventions are complementary and essential to the normal operation of the swimming pool management system to ultimately ensure optimal long-term management of the pool.

The present invention is particularly interested in the optimization of all these interventions on a swimming pool and its management system, as well as the optimization of interventions on a pool park.

According to the invention, each management system 1 of a swimming pool can operate according to at least two distinct modes, the operating mode as described above and a mode of intervention, during which particular operations on the control system are carried out. management 1 will be realized. In remark, we mean by intervention in the broad sense any action on the management system of a pool, which does not belong to its normal automatic operation as described above. We will consider later as an example an intervention consisting of a maintenance action on the management system of a pool.

This distinction of the two different modes will allow an advantageous management of a swimming pool, especially adapted to its maintenance by an outside entity specialized in the maintenance and supervision of swimming pools, which we will call swimming pool 30, who may or may not own the pool. Thus, it can be provided that in the operating mode of the pool management system, its owner or any user has the possibility of intervening in a limited way on the management system 1, by modifying in a limited way certain comfort parameters. , in order to meet the particular expectations of bathers, without calling into question the intelligent optimization implemented automatically by the management system 1 of the pool. This interaction of the user on the pool management system can be done via a remote control 8, which advantageously communicates by a wireless communication means 11 with the central unit 10, which allows to dispose in the immediate vicinity of the pool, while the central unit 10 is in a closed annex.

During maintenance of the pool, more significant or fundamental operations are required and carried out via the management system 1 of the pool. Such interventions, which go beyond the normal interactions allowed during the operation of the swimming pool management system, may be prohibited in the operating mode of the swimming pool management system 1, for safety, to prevent any mishandling. an unsuspecting person. Thus, the swimming pool management method implemented provides a mode of intervention of the pool management system in which it is allowed to access more features or different functionalities than in its mode of operation. . For example, in the intervention mode, it is possible to provide additional access to the adjustment of the power of the pumps, their flow rate, lighting functions, heating, more generally to actions inducing a change of energy consumption or other resources (water, treatment products) of the system. In addition, in this mode of intervention, access to personal data of the user or owner of the pool may be prohibited. In addition, some features may be available in the two modes (operation and intervention) of the pool management system.

According to the invention, there is provided a transfer of all or part of the data directly or indirectly related to the intervention, maintenance operations for example, in order to keep track of it in time.

Preferably, there is provided a fast passage, user friendly and secure mode of operation in intervention mode and vice versa of the management system 1 of the pool.

Thus, according to the chosen embodiment of the invention, the transition from the operating mode to the intervention mode of the management system 1 of a swimming pool is obtained by the simple connection 16 of an electronic portable object with the management system 1 of the pool. For this, a maintenance agent may have a USB key that connects to a USB port of the central unit 10 of the pool management system. This simple connection allows the central unit 10 to identify the USB key as that of a pool maintenance agent and automatically switch to intervention mode. An identification data of the pool or more generally intervention identification data is stored on the USB key and is transmitted to the central unit during the connection. The key is then recognized by the management system 1 of the pool, which automatically switches to intervention mode.

Alternatively, the maintenance agent could be equipped with any other portable object, comprising a communication means, such as a smart card, a mobile phone ... The communication means could be of contactless type, via a Bluetooth, RFID, infrared or wifi connection, for example. This communication between the portable object 15 of the maintenance agent and the pool management system can be secured.

In addition, the connection and / or the connection of the portable object 15 with the management system 1 of the pool can be performed on the central unit 10 of the pool management system or on any other device of this system. For example, it may be provided that the maintenance agent establishes a direct link between his portable object 15 and the remote control 8 of the management system, the latter then transmitting the data of the portable object 15 remotely to the remote control. central unit 10, which thus switches to intervention mode.

Alternatively, the transition from the operating mode to the operating mode of the management system 1 of a pool can be performed with a button provided for this purpose on an element of the pool management system. This button can be located at the central unit 10, and / or at the remote control 8 or other device of the system. There may be several buttons in different places. In addition, this button can be a particular hardware means, switch type or software means provided on a man-machine interface of the pool management system, which can be activated by a code, or by a key, or a sequence of programmable actions.

Then, when the management system 1 of the pool is in intervention mode, it is intended to store all or part of the data directly or indirectly representing the intervention, for example the maintenance operations performed. For this, by way of non-limiting example, all or part of the following data are stored: -identification of the maintenance agent and / or the pool; this identification may be identical to or different from the aforementioned maintenance identification data item, that is to say that the USB key may transmit a first identification data of the swimming pool, which triggers the transition to intervention mode of the management system 1 of the pool, and a second identification data of the maintenance agent who carries out the maintenance. These two identification data are stored; -the start and / or end time of the maintenance mode, as well as the duration of the maintenance phase; the modifications of setpoint values and / or maximum values and / or minimum values of quantities representing the quality of the water such as pH, chlorine or salt or bromine or ozone or active oxygen or level of production of UV, of disinfectant by electrolysis (example: production of chlorine by salt electrolysis), the management system 1 of the swimming pool; - changes in the time ranges of these setpoints and / or maximum values and / or minimum values of quantities representing the quality of the water; - changes in the pool's water filtration ranges of the management system; - the addition of treatment products in the pool water or in a suitable tank; - repair or maintenance operations on a swimming pool management system device such as a filter 5, a pump 4, a probe 2, 3, a heating device, the water quality treatment devices ( peristaltic pumps, injectors, UV lamps, ozonators, dispensers, electrolysers, etc.); - interventions on the electronic and / or software part of the pool management system, such as updating the pool management software. Such an update may involve software within the central unit or any other device of the pool management system, relating to a display, a sensor, a probe such as a thermometer, etc. ; - changes in the parameters monitored over a defined time period.

Thus, the stored data can either be directly related to the intervention performed, such as the storage of a software version installed during an update, or be indirectly related to this intervention, including for example the storage of data of measurements previously performed in operating mode just prior to the start of the procedure. In all cases, the intervention is accompanied by a transfer of specific data with the management system. This data can be stored in a local or remote memory (on a portable object and / or on a remote server).

To carry out some of these maintenance operations automatically, a USB key may comprise the data or parameters of the management system 1 to be modified or a software-type update of the management system 1 of the pool. These updates and data transmission of the USB key are performed automatically when connecting the USB key, or alternatively non-automatically.

Then, the storage of the data during the intervention mode is carried out locally on the pool management system, for example on a memory of the central unit 10 or on the USB key of the maintenance agent, and / or on a remote server such as the central server 20 of a pool park management center to which is attached the management system 1 of the pool concerned.

In summary, the invention relates to a swimming pool management method, an embodiment of which is shown diagrammatically in FIG. 2, which comprises the following essential steps: a first step El of passing a mode of operation to a management mode of the pool management system, and - a second E2 data transfer step, triggered during the intervention mode of the pool management system.

According to one embodiment, at the end of the intervention, the maintenance agent disconnects his portable object and during this third step E3, the management system 1 of the pool automatically returns to operating mode.

Alternatively, the transition from the intervention mode to the operating mode of the pool management system could be done by actuating a specific button provided on the pool management system. According to another variant, this passage could be automatic, according to a predefined maximum duration, using a timer triggered at the beginning of the intervention mode or after a specific operation.

All the previously explained functionalities of the pool management system can advantageously be implemented by steps of a swimming pool management method implemented by hardware and / or software means of this management system.

Next, the invention also proposes the optimization of the interventions on each swimming pool by means of a global and centralized approach, by the management of a swimming pool park which groups together several swimming pools equipped individually with a management system 1 such as defined above, each of these management systems being connected to a central server 20 of a pool park management center, managed by one or more pool (s) 30.

This centralized management of the swimming pool park makes it possible to keep in a central memory of the central server 20 the data stored during the interventions on each pool of the park, associated with an identification data of each pool. For this, each management system 1 pools park includes a means of communication 21 with the central server 20 of the management center, which can be a simple computer. This means of communication 21 may consist of an Internet connection. For this, each pool management system 1 is connected 22 locally to the Internet, either by a wired connection via a modem, or by a contactless link of the wifi type. The data stored during an intervention, representing for example pool maintenance operations, can then be stored locally, on a memory of the management system 1 of a pool, in particular at its central unit 10, and then be transmitted to the management center by the pool. communication means 21 mentioned, or even be directly transmitted to the management center without their local storage. Alternatively, this data can be stored on the USB key of the maintenance agent, then transferred to the management center when it returns by connecting its USB key to the central server 20.

In this way, the server 20 of the management center keeps in memory a history of the data related to the interventions performed for each pool, which allows a pool to obtain a visualization of these data if necessary.

In addition, the data stored following a transition to a mode of intervention can be used to improve future interventions, pool maintenance operations, by the following approaches: - The effect of certain interventions on the behavior of a pool data can be observed and future interventions can be adjusted and improved if necessary; This learning and improvement benefits all pools 25 of the park, which is naturally more effective than a simple individual management of each pool; These stored data make it possible to anticipate certain interventions such as maintenance operations which are of a periodic nature: it is possible to determine automatically the need for such a future periodic maintenance operation on a particular pool. The large number of stored data makes it possible to calculate precisely these periods; - It is possible to take into account the situation and the history of a first swimming pool having geographical or structural similarities with a second swimming pool to define an intervention on this second swimming pool.

Finally, the management center of the pool park implements a step of automatic detection of a certain number of necessary maintenance operations on certain pools of the park. It can then advantageously promote the realization of these maintenance operations by the following actions: - The presentation on a screen by a man-machine interface of all pools requiring a maintenance operation on a map: this allows the pool to have a Immediate geographical vision on the necessary interventions and to facilitate the organization of its maintenance tour; - The presentation on a screen by a man-machine interface of all or part of the data representing the past maintenance operations stored for a given pool; - The central server can even include a maintenance tour optimization software, offering an optimal tour for each maintenance agent, taking into account for example the geographical location of the pools concerned, the nature of the necessary maintenance operations, the qualification and availability of each maintenance agent ... 30 The management center can also include a management software of its own organization, performing certain calculations of the quality of its interventions by taking into account the response time from the moment of the detection of the need for maintenance, the intervention time and the efficiency of the operations carried out. It is also possible to perform these statistics by maintenance agent to assess the individual performance of each of them, to provide relevant training, more generally to effectively assist the management of Human Resources Pool.

In addition, the central server 20 of a swimming pool park also receives data from each pool in their normal operating mode, from measurements made by the probes 2 for example. This data can trigger alerts and maintenance operations when they come out of certain predefined ranges, when an anomaly is detected.

As a note, the central server 20 of the pool park also participates in optimizing the management of the pool park in the normal operating mode of the management systems of each pool. In this mode, these management systems transmit data concerning water quality to the central server, and in particular the following values, measured periodically: - measurement of the temperature of the water; - pH measurement; - measurement of chlorine or equivalent product whose function is the treatment of water. In addition, the central server 20 can also know the periods of water filtration provided for each pool in the park, remember these periods, receive any changes that would be made locally at the pool. By this approach, the pool park can be optimally managed, including pools not necessarily nearby, which can be geographically distant, for example 1 km or more.

These different data gathered on the central server 20 of the swimming pool park can be presented to a pool by a human machine interface allowing the visualization of all these data for each pool, in the same table for example. The values coming out of predefined ranges can be highlighted, for example by a particular color code, in order to immediately visualize any abnormal situation, for example corresponding to a cloudy water or to become cloudy. Alarms can be triggered automatically for these measurements leaving predefined ranges. A supervisor can initiate remote actions to act on the various pool management systems to improve their water management, for example by triggering a water filtration, an addition of treatment product ...

The invention can thus be implemented using a portable object allowing automatic identification, to trigger certain actions on the management system of a pool. According to an advantageous embodiment, the central server implements a method for managing these portable objects, making it possible to declare their loss. A list of lost portable objects can be stored on a server memory.

A complementary technical problem arises when initializing the parameters of a pool management system, during its installation and first start-up or during a subsequent reset. Such input of parameters and settings can be long and tedious.

Advantageously, various "standard" models of pools are provided, for which the corresponding values of the management system parameters are stored in a memory of the central server and / or in a memory of a portable object such as a USB key. Thus, during a need for initialization, the intervention agent simply has to connect his portable object to the pool management system, indicating the corresponding pool model or by choosing the portable object corresponding to this model, and all predefined and prerecorded initialization values for this pool model are automatically transmitted to the management system. The installer only has to make the final necessary adjustments if the model chosen is not suitable for the particular pool. This results in a significant gain in intervention time, while greatly reducing the risk of error.

The concept of the invention thus makes it possible to improve the management of interventions on a swimming pool. It can be extended to any more general situation in which a pool management system is likely to communicate with several different entities, such as a pool user, a maintenance agent, and a maintenance system designer.

Within the meaning of the invention, it is considered that the system also enters the intervention mode each time it transmits to a server operating data useful for preparing a maintenance intervention, even if this transfer takes place in a transparent way to the user, for example, while the pool management system was in normal operating mode.

Claims (11)

Revendications1. A method of managing a swimming pool implemented from hardware and / or software of a pool management system, characterized in that it comprises a first step (El) for passing an operating mode a mode of intervention of the management system (1) of the pool and a second stage (E2) of data transfer with the management system (1) of the pool triggered during the intervention mode of the management system ( 1). 2. A method of managing a pool according to claim 1, characterized in that one or more different feature (s) are accessible in the intervention mode of the management system (1) of the pool with respect to mode of operation and / or in that certain interventions authorized in the mode of intervention of the management system (1) are prohibited in its mode of operation. 3. A method of managing a swimming pool according to one of the preceding claims, characterized in that the first step (El) of transition from an operating mode to an intervention mode of the management system (1) of the pool is achieved by the actuation of a mode change button of the management system (1) of the pool. 4. A method of managing a swimming pool according to one of claims 1 or 2, characterized in that the first step (El) of transition from an operating mode to a management system of intervention mode (1) of the pool is performed automatically by a connection with or without contact of a portable electronic object (15) to the management system (1) of the pool, this step comprising the transmission of a datum of identification of the portable object ( 15) electronic to the pool management system. 5. A method of managing a swimming pool according to the preceding claim, characterized in that the portable object (15) electronic is a USB key or a smart card or a phone, communicating with contact or contactless type RFID connection or wifi or Bluetooth. 6. A swimming pool management method according to one of claims 4 or 5, characterized in that it comprises the automatic transmission of data and / or software (s) of the portable electronic object (15) to the system. management (1) of the pool. 7. A method of managing a swimming pool according to one of claims 4 to 6, characterized in that it comprises a third step (E3) of automatic transition from the operating mode to the operating mode of the management system (1). ) of the swimming pool after disconnection of the portable electronic object (15) or after a delay without action of the installer or the user. 8. Swimming pool management method according to one of the preceding claims, characterized in that the second step (E2) of data transfer with the pool management system comprises their storage in a local memory at the system level. managing (1) the pool and / or in a memory of a removable electronic object connected to the management system (1) of the pool and / or in a memory of a remote server. 9. A method of managing a swimming pool according to one of the preceding claims, characterized in that the second step (E2) dememorization of data comprises storing all or part of the following data: - identification of a data of identification of a pool and / or maintenance agent; -start time and / or end of the intervention mode; - duration of the intervention mode; - changes of setpoint values and / or maximum values and / or minimum values of quantities representing the quality of the water such as pH, chlorine or salt or bromine or ozone or active oxygen or level of UV production, disinfectant by electrolysis such as the production of chlorine by salt electrolysis, or the temperature of the water; changes in the time ranges of these setpoint values and / or maximum values and / or minimum values of quantities representing the quality of the water; changes in the filtration of the pool water; - addition of treatment products in the pool water or in a suitable tank; repair or maintenance intervention on a device of the pool management system such as a filter, a pump, a probe, a heating device, a water quality treatment device or devices such as a peristaltic pump, a injector, a UV lamp, an ozonator, a dispenser, an electrolyser, etc. ; - intervention on the electronic part, hardware and / or software, of the management system of the swimming pool, such as the update of a software of the swimming pool management system; detection of a portable object (15) lost; - changes in the parameters monitored over a defined time period. 10. A method of managing a pool of pools, characterized in that it implements a management method of each pool of the pool park according to one of the preceding claims and in that it comprises a transmission step data to be stored in the second step (E2) to a central server (20), as well as an identification data of the pool concerned. 11. A method of managing a swimming pool park according to the preceding claim, characterized in that it comprises the transmission of the management system (1) of a pool to the central server (20) of the following values, measured periodically: - measuring the temperature of the water; - pH measurement; - measurement of chlorine or equivalent product whose function is the treatment of water; - periods of filtration of water. 16. A method of managing a swimming pool park according to claim 10 or 11, characterized in that it comprises a step of automatically detecting pools of the park requiring intervention, according to measurements received by one or more probes (2). , 3) the management system (1) of these pools and / or according to an intervention estimated from a history of intervention on these pools and / or the situation of other pools in the park with similarities, such as geographical and / or structural. 17. A method of managing a swimming pool park according to the preceding claim, characterized in that it comprises a step of calculating an intervention tour optimized according to geographical data and the nature of the maintenance to be performed. 14. A method of managing a swimming pool park according to one of claims 10 to 13, characterized in that it comprises a step of transmitting all or part of the following data to be stored on a memory of the central server (20). during a change of mode of the management system of a swimming pool: identification of a portable object (15) used to carry out the mode change; - identification of the mode of the pool. 15. Management system (1) of a swimming pool, characterized in that it comprises a hardware and / or software means for implementing the pool management method according to one of claims 1 to 9. 16 Central server (20) for managing a swimming pool park, characterized in that it comprises a hardware and / or software means for implementing the pool park management method according to one of the claims 10 14. Central server for managing a swimming pool park according to the preceding claim, characterized in that it comprises a human machine interface presenting on a geographical map all the pools of the park requiring intervention in order to facilitate the operation of the pool. organization of the intervention tour, and / or a presentation of the intervention history for each pool in the park from the data stored during the interventions. 18. Management system of a swimming pool park, characterized in that it comprises a management system (1) of each pool according to claim 14, in communication via the Internet, by wire and modem or withoutcontact as by wifi with a central server (20) for managing a swimming pool park according to one of claims 16 or 17.5