WO2022207984A1

WO2022207984A1 - Connected station for dispensing a cleaning and/or disinfecting solution

Info

Publication number: WO2022207984A1
Application number: PCT/FR2022/000026
Authority: WO
Inventors: Suat TOPSU; Hassan GHANNOUM; Hongyu GUAN
Original assignee: Gelaas
Priority date: 2021-03-30
Filing date: 2022-03-30
Publication date: 2022-10-06
Also published as: FR3121432A1

Abstract

In summary, the invention relates to a station (1) for dispensing a cleaning and/or disinfecting solution and comprising a radio-frequency communication module that allows it to be controlled remotely by a portable telecommunication device in order to dispense a predetermined dose of the cleaning and/or disinfecting solution. Additionally, the dispensing station (1) comprises a system (5) for disinfecting the portable telecommunication device, a germicide source (53) of which generates UV-C ultraviolet radiation (UV) in a housing (52) of said disinfecting system (5).

Description

CONNECTED TERMINAL FOR DISTRIBUTION OF A CLEANING SOLUTION

AND/OR DISINFECTANT

Technical area

[1] [The technical context of the present invention is that of sanitary devices for public use and making it possible to deliver doses of cleaning and/or disinfecting solutions in order to limit the spread of viruses or bacteria in the population. More particularly, the invention relates to a connected dispensing terminal for a cleaning and/or disinfectant solution, as well as to a method for controlling such a terminal. State of the prior art

[2] With the emergence of large-scale health crises and the associated risks of pandemics, we have seen the appearance in public spaces of hydroalcoholic gel distribution terminals in order to allow the population to disinfect their hands during their visits. movement in public space. These distribution terminals generally take the form of a totem housing a tank and a distribution system operated by a manual control, on foot, or sometimes even using a presence detector of the type of a proximity sensor - for infrared example. Presenting his hands under the hydroalcoholic gel dispensing nozzles, a user can thus control the dispensing system in order to release a predetermined dose of hydroalcoholic gel.

[3] There are several drawbacks associated with these terminals.

[4] A first drawback lies in the lack of visibility of these known distribution terminals: if they are not placed in perfectly visible places, then they are not sufficiently seen by potential users. On the other hand, placing them in clearly visible places can harm the organization of the public space by restricting the freedom of movement of people walking through the space where the distribution terminals are located.

[5] A second drawback lies in the ergonomics of use of the known distribution terminals, requiring, for models equipped with an actuation lever - manual or foot - to have to exert pressure on the lever to release a dose of hydroalcoholic gel. This physical manipulation of the terminal contributes to the propagation of viruses and bacteria between the successive users of the known distribution terminals, in a way that contradicts the desired objective. [6] Furthermore, the known distribution terminals do not have a very sophisticated distribution system. Also, a user can actuate the actuating lever more than once to obtain more than one dose, thus leading to wastage of the hydroalcoholic gel.

[7] Connected dispensing terminals are also known which allow a dose of cleaning and/or disinfectant solution to be delivered using a smartphone. Such terminals are controlled by the smartphone in order to deliver the dose of cleaning and/or disinfectant solution without having to touch the terminal. These connected distribution terminals thus make it possible to reduce contamination via the distribution terminal. On the other hand, a user can be contaminated via his own smartphone even without directly touching the distribution terminal. Indeed, after having cleaned and disinfected their hands via the connected distribution terminal, a user takes back their smartphone which they had put aside - even against the distribution terminal - to activate the distribution terminal. From then on, he immediately contaminates his hands via his smartphone which remains an important vector of propagation.

[8] An object of the invention is to propose a new distribution terminal in order to respond at least in large part to the previous problems and to also lead to other advantages.

[9] Another object of the invention is to better break a chain of propagation of viruses and contaminants, by disinfecting the vectors of propagation.

Disclosure of Invention

[10] According to a first aspect of the invention, at least one of the aforementioned objectives is achieved with a dispensing terminal for a cleaning and/or disinfectant solution, the dispensing terminal comprising (i) a reservoir configured to house the cleaning and/or disinfectant solution, (ii) a system for dispensing the cleaning and/or disinfectant solution, the dispensing system comprising a dispensing head in fluid communication with the reservoir via a distribution pipe, a pump configured to regulate a flow rate of cleaning and/or disinfectant solution circulating in the distribution pipe, (iii) a control module configured to selectively control the pump and the distribution head of the distribution system, (iv ) a radio frequency communication module configured to enable two-way wireless communication between the distribution terminal and a portable telecommunications device, and to activate or deactivate the distribution terminal according to a control signal emitted by the telecommunications device and received by the radio frequency communication module, and (v) a power source connected to the distribution system, to the control module and to the radio frequency communication module. According to the invention, the distribution terminal further comprises a system for disinfection of the portable telecommunications device and comprising (i) a housing configured to be able to accommodate the portable telecommunications device and (ii) at least one light source - so-called germicidal source - configured to generate ultraviolet radiation in the housing.

[11] The disinfection system is configured to disinfect the portable telecommunications device concomitantly with the delivery of a dose of cleaning and/or disinfectant solution. This disinfection is done in a dry manner, without propelling cleaning and/or disinfectant solution onto the portable telecommunications device placed in the housing of the disinfection system. More particularly, this disinfection is provided by exposing the portable telecommunications device to one or more ultraviolet radiation(s) for a predetermined duration and according to a predetermined intensity.

[12] The housing of the disinfection system has dimensions such that it makes possible the insertion of a portable telecommunication device.

[13] The at least one germicidal source is controlled by the control module so as to control the emission of light radiation in the housing.

[14] The distribution terminal according to the first aspect of the invention can take any form. In particular, it may include fixing members to allow it to be fixed permanently or removable to a vertical support. Alternatively, the distribution terminal can take the form of a totem and include a base allowing it to be placed on the ground and to remain stationary there. [15] Preferably but not limited to, the cleaning and/or disinfectant solution delivered by the dispensing terminal according to the first aspect of the invention is of the type of a hydroalcoholic solution or a solution containing a soap. Furthermore, the cleaning and/or disinfectant solution is delivered in doses of a predetermined volume and in a liquid state, of a gel, of a foam or of a nebulization for example.

[16] The reservoir takes the form of a closed container configured to accommodate a predetermined volume of cleaning and/or disinfectant solution. The volume of the tank is preferably between 0.5 liters and 10 liters. Advantageously, the volume of the reservoir is between 1 liter and 5 liters to optimize both the size and the number of doses of cleaning and/or disinfectant solution delivered by the dispensing terminal before filling or replacing the reservoir. The reservoir can be made of any material, in particular plastic or metal. The tank forms a container housed inside the terminal.

[17] The tank is preferably hermetically sealed to limit evaporation of the cleaning and/or disinfectant solution, and to reduce the risk of inflammation. Advantageously, the dispensing terminal includes a device for accessing the reservoir in order to allow it to be filled and/or replaced. According to a first exemplary embodiment, such an access device can take the form of a removable, retractable or pivotally mounted hatch and giving access to the part of the distribution terminal housing the reservoir, in order to be able to extract or introduce the reservoir from the distribution terminal. According to a second exemplary embodiment, such an access device can take the form of a repositionable closing plug - preferably hermetically - and allowing the reservoir to be filled with cleaning and/or disinfectant solution.

[18] The distribution system makes it possible to circulate the cleaning and/or disinfectant solution from the reservoir in the direction of the distribution head, while controlling the flow rate of cleaning and/or disinfectant solution. Preferably, in order to limit leaks of cleaning and/or disinfectant solution in the dispensing terminal, the dispensing system is coupled hermetically, in particular at the level of the reservoir and of the dispensing head. [19] The regulation of the flow of cleaning and/or disinfectant solution circulating in the distribution system is ensured by the pump controlled by the control module of the distribution terminal. The pump is at least configured to make it possible to adjust the flow rate of cleaning and/or disinfecting solution between a zero value and a non-zero nominal value. In addition, the pump is controlled by the control module so as to adjust the flow rate of cleaning and/or disinfectant solution to its nominal value for a predetermined duration corresponding to the delivery of a predetermined nominal volume of cleaning and/or disinfectant solution. by the distribution head. [20] The dispensing head comprises one or more dispensing nozzles configured to release the cleaning and/or disinfectant solution and to allow a user of the dispensing terminal to recover said solution and to apply it in particular to his hands, for example . Depending on the desired effects and uses, the dispensing nozzle or nozzles forming the dispensing head are configured to spray the cleaning and/or disinfectant solution in the form of droplets or in the form of a jet.

[21] The control module takes the form of one or more electronic cards connected to each other and to the distribution system, the radio frequency communication module and the electrical power source of the distribution terminal. By way of non-limiting examples, the electronic cards forming the control module can comprise integrated circuits for processing the data exchanged with the radio frequency communication module and the distribution system. Alternatively or additionally, the electronic cards forming the control module can comprise integrated circuits for controlling the radio frequency communication module, the distribution system and the electrical power source. The integrated circuits can take the form of one or more controllers and/or one or more microprocessors and/or one or more microcontrollers and/or one or more programmable logic circuits (FPGA, English acronym meaning Field Programmable Gate Array) and/or one or more integrated circuits specific to an application (ASIC, English acronym meaning Application Specifies Integrated Circuit). [22] Additionally, the control module may comprise and/or be connected to and/or be configured to access a memory configured to store digital data. By access, it is understood that the control module is configured in particular to be able to write and/or read from the memory. The electronic cards forming the control module can comprise any type of memory, such as for example volatile and/or non-volatile and/or cache and/or buffer memory and/or optical memory and/or read-only programmable erasable memory.

[23] The radio frequency communication module is configured to transmit and receive an outgoing or incoming modulated radio communication signal respectively.

[24] The electrical power source is preferably a source of electrical energy, such as for example an electric battery housed in the distribution terminal. By way of non-limiting example, the electric battery may be of the lithium battery type. Alternatively, the electrical power source takes the form of an electrical connection device between the distribution terminal and a neighboring electrical network. This advantageous configuration makes it possible to easily electrically connect the distribution terminal in accordance with the first aspect of the invention with the neighboring electrical network. Advantageously, the electrical connection member of the distribution terminal is of the type of a female connection member, intended to be able to be coupled with a similar male connection member.

[25] Thus, the dispensing terminal according to the first aspect of the invention makes it easier and more hygienic to dispense cleaning and/or disinfectant solution to a user of said dispensing terminal. Indeed, such a distribution terminal makes it possible, in addition to the cleaning and/or disinfection of the user's hands, to disinfect the portable telecommunications device used to activate the distribution terminal. This results in a more effective fight against the spread of viruses and contaminants.

[26] The distribution terminal according to the first aspect of the invention advantageously comprises at least one of the improvements below, the technical characteristics forming these improvements being able to be taken alone or in combination: [27] - the radiofrequency communication module comprises at least one telecommunications antenna and a modulation-demodulation unit connected to the at least one telecommunications antenna, the telecommunications antenna being of the type of a Bluetooth antenna and/or of the type of a near-field communication antenna. The modulation-demodulation unit is electrically and operatively connected to the at least one telecommunications antenna. The modulation-demodulation unit is configured to modulate and demodulate respectively the outgoing and incoming radio communication signal relative to the distribution terminal. The modulation-demodulation unit advantageously comprises one or more controllers and/or one or more microprocessors and/or one or more microcontrollers and/or one or more programmable logic circuits (FPGA, English acronym meaning Field Programmable Gate Array) and/or one or more integrated circuits specific to an application (ASIC, English acronym meaning Application Specifies Integrated Circuit). The modulation-demodulation unit preferably comprises a memory connected electrically and operationally to the antenna. The memory can be of any type, such as for example the type of a volatile and/or non-volatile memory and/or of a cache memory and/or of a buffer memory and/or of a memory optical and/or an erasable programmable read-only memory; [28] - in the case of a Bluetooth-type telecommunications antenna, the telecommunications antenna is then configured to transmit and/or receive a radio signal located in very high frequencies between 2.4 and 2.485 GHz, as defined in the IEEE802.15.1 standard. Optionally, the telecommunications antenna is of the type of a low consumption Bluetooth antenna (BLE, English acronym meaning Bluetooth Low Energy). In the case of a telecommunications antenna of the near-field type, the telecommunications antenna is then configured to establish short-range, high-frequency wireless communication, typically equal to 13.56 MHz, in accordance with the NFC technology described in particular in the ISO/IEC 14443 standard. The telecommunications antenna takes the form of a near field communication (NFC) terminal connected to the control module;

[29] - the distribution terminal comprises a casing housing the tank, the distribution system and the control module, the cleaning system being located opposite the telecommunications antenna. The housing forms an envelope exterior of any shape, according to the desired uses, and inside which are housed all or part of the components, including in particular the radiofrequency communication module, and/or the control module and/or the distribution system and/or tank and/or electrical power source. In particular, it is the housing of the cleaning system which is located opposite the telecommunications antenna. This configuration is particularly advantageous, because it makes it possible, by placing the portable telecommunications device in the housing, to make possible an interaction between said portable telecommunications device and the telecommunications antenna of the distribution terminal. This advantageous configuration thus facilitates the use of the distribution terminal according to the first aspect of the invention;

[30] - a wall forming the casing of the distribution terminal is located in an intermediate position between the housing of the cleaning system and the telecommunications antenna. In other words, the housing of the disinfection system is located outside the casing of the distribution terminal. In particular, the disinfection system is preferably located on a lateral side of the dispensing terminal, relative to the head for dispensing the cleaning and/or disinfectant solution;

[31] - the housing of the disinfection system has shapes and dimensions such that it is possible to insert the portable telecommunication device into the housing, so that a display face of the telecommunication device portable comprising a screen or a face opposite the display face being parallel to or resting against a face of the casing of the distribution terminal;

[32] - the at least one telecommunications antenna of the radiofrequency communication module comprises (i) a first telecommunications antenna of the type of a near-field communication antenna located in the casing of the distribution terminal, and (ii ) a second telecommunications antenna of the type of a near-field communication antenna located in the housing of the cleaning system. This advantageous configuration makes it possible to facilitate communication between the distribution terminal and the portable telecommunications device housed in the housing of the disinfection system. Indeed, the location of an NF antenna differs from one portable telecommunications device to another; and providing at least two telecommunications antennas on the distribution terminal, one of which is placed in the housing of the cleaning system makes it possible to optimize the establishment of such communication;

[33] - the second telecommunications antenna is located on one side of the housing opposite the casing. In this advantageous configuration, the two telecommunications antennas face each other, on either side of the housing in which the portable telecommunications device is intended to be placed. In other words, when the portable telecommunication device is placed in the housing of the disinfection system, the first and the second telecommunication antenna are located on either side of the portable telecommunication device. This configuration facilitates the establishment of communication between the distribution terminal and the portable telecommunications device housed in the housing of the disinfection system;

[34] - the cleaning system comprises a movable wall allowing access to the housing or closing it. According to a first variant embodiment, the movable wall comprises a lock controlled by the control module, the lock being configured to assume one of the following configurations: (i) an unlocked configuration in which the movable wall is movable, and (ii ) a locked configuration in which the movable wall is blocked, the housing of the cleaning system being closed. According to a second variant embodiment, the movable wall comprises an actuator controlled by the control module, the actuator making it possible to configure the movable wall between an open configuration in which it is possible to place the mobile telecommunication device in the housing of the cleaning system, and a closed configuration in which the housing is closed;

[35] - the distribution terminal according to the first aspect of the invention comprises a proximity sensor electrically connected to the control module, the proximity sensor being configured to allow the activation of the distribution system when a user of the terminal distribution approach his hands close to said distribution terminal. In the case where the housing of the disinfection system is accessible via a controlled movable door or of which a lock is controlled, then the proximity sensor is configured to control the opening of the movable door or the unlocking of the lock. By way of non-limiting examples, the proximity sensor takes the form of an infrared sensor, an ultrasonic sensor, a capacitive sensor. This advantageous configuration makes it possible to detect when the user of the dispensing terminal is in close proximity to it - and more particularly close to the dispensing head - and it is then possible to deliver the requested dose of cleaning and/or disinfectant solution;

[36] - the at least one germicidal source generates a light flux with a wavelength between 200 nm and 300 nm, preferably between 255 nm and 280 nm. More generally, the luminous flux generated by the at least one germicidal source is located at least partly in the UV-C spectral range. preferentially, the light flux generated by the at least one germicidal source is located entirely in the UV-C spectral range; [37] - each at least one germicidal source is of the light-emitting diode type;

[38] - each at least one germicidal source are configured to generate an irradiation dose of between 2000 and 8000 pW s / cm ² inside the housing. Alternatively, all the germicidal sources are configured to generate, together, an irradiation dose of between 2000 and 8000 pW s / cm ² inside the housing.

[39] According to a second aspect of the invention, there is proposed a method for controlling a distribution terminal according to any one of the preceding claims using a portable telecommunications device, the control method comprising the following steps:

[40] - a step of pairing the distribution terminal with the portable telecommunications device placed in the housing of the cleaning system of said distribution terminal;

[41] - a step of dispensing a dose of the cleaning and/or disinfectant solution via the dispensing terminal;

[42] - a stage of disinfection of the portable telecommunication device.

[43]

[44]

[45] The method for controlling the distribution terminal thus makes it possible to control the distribution of a dose of the cleaning and/or disinfectant solution by the distribution terminal using the portable telecommunications device, while authorizing its disinfection using the distribution terminal's disinfection system. The portable telecommunication device is preferably equipped with a specially developed mobile application which provides access - in addition to the functionalities for unlocking the distribution terminals - to services and information of public utility relating to collective health strategies. More specifically, such a portable telecommunication device, when it is located close to a distribution terminal according to the first aspect of the invention, is able to wirelessly transmit its identifier to the distribution terminal . [46] "Proximity" means that the wearer of the portable telecommunications device is located at such a distance from the distribution terminal that it is then possible for said user to use the distribution terminal immediately or in the next few seconds. In other words, the notion of proximity is understood with regard to the telecommunications capacities of the distribution terminal on the one hand, and of the portable telecommunications device on the other hand: the telecommunications device is understood as being located near the distribution terminal when the distance separating them is between less than 1 cm and 50 m.

[47] In a particularly interesting way, when the portable telecommunications device is located in the housing of the disinfection system, then it is located close to the distribution terminal and allows pairing and distribution of the cleaning solution and/or disinfectant.

[48] During the pairing step, the telecommunications device transmits to the distribution terminal - via its telecommunications module - an identifier which is then compared to a reference value. Following this comparison, if the identifier is declared valid, then the distribution of cleaning and/or disinfectant solution is authorized, as well as the disinfection of the portable telecommunication device. The corresponding steps are then performed by the distribution terminal according to the first aspect of the invention. Conversely, if, following this comparison, if the identifier is declared valid, then the distribution of cleaning and/or disinfectant solution and the disinfection of the portable telecommunication device are not authorized. [49] As mentioned above, the distribution step makes it possible to deliver a predetermined dose of cleaning and/or disinfectant solution to the user who has requested it via his portable telecommunications device. The dispensing step thus comprises a step of actuating the pump of the dispensing system for a predetermined duration in order to circulate in the dispensing system - and in the direction of the dispensing head of the dispensing terminal - a predefined volume cleaning and/or disinfectant solution. When the predetermined duration is completed, the pump is deactivated so as to stop the flow of cleaning and/or disinfectant solution through the dispensing head. [50] Of course, within the meaning of the invention, a portable telecommunications device is any connected object comprising wireless telecommunications means that are interactive with other connected objects, and in particular the distribution terminals in accordance with the first aspect of the invention. By way of non-limiting examples, such a portable telecommunication device can be a mobile phone, a connected watch or any accessory connected to a mobile phone, a tablet, a laptop computer, etc.

[51] Thus, the control method in accordance with the second aspect of the invention makes it possible to remotely control a terminal for the distribution of cleaning and/or disinfectant solution and without physical interactions with it. It is thus possible to order a dose of cleaning and/or disinfectant solution and to clean the portable telecommunication device without touching any interface of the distribution terminal. The control method thus makes it possible to limit the spread of viruses and contaminants in places - public or private - in which such distribution terminals would be installed. [52] The control method in accordance with the second aspect of the invention advantageously comprises at least one of the improvements below, the technical characteristics forming these improvements being able to be taken alone or in combination:

[53] - the disinfection step comprises a step of emitting at least one light flash by the at least one germicidal source, so as to deliver to the portable telecommunications device placed in the housing at least one dose irradiation between 2000 and 8000 pW s/cm ² . This advantageous configuration allows to eliminate 90% of the bacteria and viruses present on the portable telecommunication device;

[54] - the disinfection step is carried out after the pairing step. This advantageous configuration makes it possible to authorize the disinfection of the portable telecommunication device only if it has been recognized by the distribution terminal;

[55] - according to a first alternative, the disinfection step is carried out before the step of dispensing the dose of cleaning and/or disinfectant solution by the dispensing terminal. According to a second alternative, the disinfection step is carried out after the step of dispensing the dose of cleaning and/or disinfectant solution by the dispensing terminal. According to a third alternative, the disinfection step and the step of dispensing the dose of cleaning and/or disinfectant solution by the dispensing terminal are carried out simultaneously;

[56] - the method comprises (i) a step of opening the movable wall allowing access to the housing of the cleaning system, the step of opening the movable wall being prior to the pairing step, and (ii) a step of closing the movable wall allowing access to the housing of the cleaning system, the step of closing the movable wall being subsequent to the step of dispensing the dose of cleaning and/or disinfectant solution and in the step of disinfecting the portable telecommunications device. This advantageous configuration makes it possible to avoid the insertion of undesirable objects into the housing of the disinfection system, and it also makes it possible to protect a user of the distribution terminal from the ultraviolet radiation emitted by the at least one germicidal source;

[57] - according to a first variant embodiment, the pairing step includes the establishment of a Bluetooth link between the portable telecommunications device and the radiofrequency communication module of the distribution terminal. By Bluetooth link, we understand the establishment of a radio signal at very high frequencies between 2.4 and 2.485 GHz, as defined in the IEEE802.15.1 standard. Optionally, the connection is of the Bluetooth low consumption type (BLE, English acronym meaning Bluetooth Low Energy). This first variant advantageously makes it possible to establish two-way communication over greater distances, typically less than 100 m. According to a second variant embodiment, the identification step comprises reestablishment of a near-field link between the portable telecommunications device and the radio frequency communication module of the distribution terminal. By near-field link, we understand the establishment of a short-range, high-frequency wireless telecommunication - typically equal to 13.56 MHz - as described in the ISO/IEC 14443 standard for NFC technology (English acronym for Near Field Communication). This second variant embodiment makes it possible to establish a more secure connection between the distribution terminal and the portable telecommunication device;

[58] - the distribution step includes a step of activating the pump of the distribution system of the distribution terminal for a predetermined time in order to deliver a predetermined volume of cleaning and/or disinfectant solution. In particular, a volume of cleaning and/or disinfectant solution distributed during the distribution step and corresponding to a dose of cleaning and/or disinfectant solution is between 0.5 ml and 2 ml. Preferably, the volume of a dose of cleaning and/or disinfecting solution is equal or substantially equal to 1 ml.

[59] Various embodiments of the invention are provided, integrating, according to all of their possible combinations, the various optional features set out here. Description of figures

[60] Other characteristics and advantages of the invention will become apparent through the description which follows on the one hand, and several examples of embodiment given by way of indication and not limiting with reference to the appended schematic drawings on the other hand. , on which: [61] [Fig.1] illustrates a first embodiment of a distribution terminal according to the first aspect of the invention;

[62] [Fig.2] illustrates a transparent view of the distribution terminal of FIGURE

1;

[63] [Fig.3] illustrates a second embodiment of a distribution terminal according to the first aspect of the invention whose front face is open to access the interior components housed in the distribution terminal; [64] [Fig.4] illustrates the distribution terminal of FIGURE 3 in use conditions;

[65] [Fig.5] illustrates a schematic view of the electronic architecture of the distribution terminal according to the first aspect of the invention; [66] [Fig.6] illustrates a synoptic view of the control method according to the second aspect of the invention.

[67] Of course, the features, variants and different embodiments of the invention may be associated with each other, in various combinations, insofar as they are not mutually exclusive or mutually exclusive. In particular, variants of the invention may be imagined comprising only a selection of characteristics described below in isolation from the other characteristics described, if this selection of characteristics is sufficient to confer a technical advantage or to differentiate the invention from to the state of the prior art. [68] In particular, all the variants and all the embodiments described can be combined with each other if nothing prevents this combination from a technical point of view.

[69] In the figures, the elements common to several figures retain the same reference.

Detailed description of the invention [70] With reference to FIGURES 1, 2, 3, 4 and 5, a distribution terminal is described

1 in accordance with the first aspect of the invention and making it possible to dispense a predetermined quantity of cleaning and/or disinfecting solution in a controlled manner. FIGURES 1 and 2 illustrate a first embodiment of the distribution terminal 1 according to the invention; and FIGURES 3 and 4 illustrate a second embodiment of the distribution terminal 1 according to the invention. Particularly advantageously, the distribution terminal 1 is remotely controlled by a portable telecommunication device not visible in FIGURES 1 to 4. FIGURE 3 illustrates a schematic view of an electronic system 2 of said distribution terminal 1. [ 71] In the embodiment illustrated in FIGURES 1 and 2, the distribution terminal 1 takes the form of a totem, the distribution terminal 1 comprising a base 14 allowing it to be placed on the ground and to remain upright there. In the embodiment illustrated in FIGURES 3 and 4, the distribution terminal 1 is intended to be fixed permanently or temporarily to a vertical support, such as a wall for example, via fixing means located on a rear face. 102 of the distribution terminal. Alternatively, the distribution terminal 1 illustrated in FIGURES 3 and 4 can be fixed on a foot, not shown, in order to be placed on the floor.

[72] The distribution terminal 1 according to the invention is delimited by a housing 10 forming an outer casing and inside which are housed all or part of the components of the distribution terminal 1. In particular, the housing 10 houses at least the following components of distribution terminal 1:

[73] - a reservoir 3 for housing the cleaning and/or disinfectant solution;

[74] - a distribution system 4 for the cleaning and/or disinfectant solution;

[75] - an electronic system 2 for controlling the operation of the distribution terminal 1, the electronic system 2 comprising a control module 2C configured to control the distribution system 4, a radiofrequency communication module 2B configured to allow communication two-way wireless between distribution terminal 1 and a portable telecommunications device, a 2A power supply module of distribution terminal 1.

[76] In the embodiment illustrated in FIGURES 1 and 2, the housing 10 of the distribution terminal 1 has a vertical longitudinal shape, and comprises an upper part 11, a lower part 13 and an intermediate part 12. lower part 13 of casing 10 of distribution terminal 1 has a parallelepipedic or cylindrical shape. The intermediate part 12 of the housing 10 is located in the extension of the lower part 13. The intermediate part 12 of the housing 10 has a parallelepipedic or cylindrical shape.

[77] In order to limit a footprint of the distribution terminal 10, a first lateral dimension L1 of the housing 10 is between 400 mm and 600 mm. Preferably, the first lateral dimension L1 of the casing 10 is equal to 550 mm. The first lateral dimension L1 is measured between two lateral faces 101 of the casing 10. A second lateral dimension L2 of the casing 10 is between 300 mm and 500 mm. Preferably, the second lateral dimension L2 of the housing 10 is equal to 400 mm. A height L3 of the distribution terminal 1 is advantageously between 1200 mm and 1800 mm in order to facilitate its use by a user facing it, standing. Preferably, a total height of the distribution terminal 1 is equal to 1600 mm. [78] In the embodiment illustrated in FIGURES 1 and 2, the lower part

13 of the casing 10 of the distribution terminal houses the tank 3 and the electronic system 2 in a specific housing 131. The housing 131 of the lower part 13 of the casing 10 is made accessible, in particular for maintenance and/or filling operations of the tank 3, by means of a removable or pivoting hatch 132, closed by a locking member 133 of the type of a lock.

[79] The intermediate part 12 of the casing 10 of the dispensing terminal 1 comprises a cavity 122 inside which a user of the dispensing terminal 1 can introduce his hands to receive the dose of cleaning and/or disinfectant solution. the cavity is advantageously located at a height of between 1000 mm and 1300 mm from the ground and/or from the base 14.

[80] In its upper part 11, the housing 10 has a bevelled part: a front face 110 of the housing 10 is inclined, so that the second lateral dimensions L2 of the housing 10 decreases as one closer to an upper vertical end of the distribution terminal 1. Finally, the upper part 11 of the distribution terminal 1 houses a visual communication device 111 making it possible to explain its operation and/or to carry out health awareness campaigns and /or to broadcast advertisements. In the exemplary embodiment illustrated in FIGURES 1 and 2, the visual communication device takes the form of an integrated screen in order to allow interactive communication with the users. The screen is preferably of the type of a liquid crystal screen (LCD) or a light-emitting diode (LED) screen or an organic light-emitting diode (OLED) screen for example. [81] In one or other of its exemplary embodiments, the casing 10 of the distribution terminal 1 can be formed of any material making it compatible for integration into the public landscape and making it resistant to intensive use. and or to bad weather. By way of non-limiting examples, the casing 10 can be formed entirely or partly from plastic or metallic materials.

[82] In the distribution terminal 1 according to the first aspect of the invention, the distribution system 4 makes it possible to deliver a predetermined dose of cleaning and/or disinfectant solution to a user of the distribution terminal 1. The distribution system 4 comprises a dispensing head 121 in fluid communication with reservoir 3 via at least one dispensing pipe 42, and a pump configured to regulate a flow rate of cleaning and/or disinfectant solution circulating in the dispensing pipe.

[83] The distribution pipes 42 make it possible to put the reservoir 3 and the distribution head 121 in fluid communication in order to allow the cleaning and/or disinfectant solution to be routed to the distribution head 121. Advantageously, the distribution pipes distribution 42 of the distribution system 42 are hermetically coupled to the reservoir 3 and to the distribution head 121.

[84] Reservoir 3 takes the form of a closed container configured to accommodate a predetermined volume of cleaning and/or disinfectant solution. The volume of the tank is preferably between 0.5 liters and 10 liters. In the exemplary embodiment illustrated in FIGURES 1 and 2, the tank is preferably housed in the lower part 13 of the distribution terminal 1 in order to promote its holding in a vertical station and for reasons of simplicity of design. Reservoir 3 is made of plastic or metal, and advantageously rigid given the large volumes that can be stored in the reservoir of such a distribution terminal 1. Additionally, reservoir 3 is hermetically sealed in order to limit evaporation of the solution cleaning and/or disinfecting, and to reduce the risk of inflammation. In the embodiment illustrated in FIGURES 3 and 4, reservoir 3 is housed in casing 10, behind front face 103 and above dispensing head 121. Reservoir 3 of a dispensing terminal 1 according to the second embodiment has a smaller volume than that of the distribution terminal according to the first embodiment. The reservoir of the distribution terminal 1 of the second embodiment is advantageously made of a flexible plastic bag in order to be housed more easily in the casing 10. [85] The distribution system 4 makes it possible to circulate the cleaning and/or disinfectant solution from the tank 3 in the direction of the distribution head 121, while controlling the flow rate of cleaning and/or disinfectant solution. The regulation of the flow rate of cleaning and/or disinfectant solution circulating in the distribution system 4 is ensured by the pump controlled by the control module 2C of the distribution terminal 1. The pump of the distribution system 4 is controlled by the control module 2C control of the electronic system 2 so as to adjust the flow rate of cleaning and/or disinfectant solution to a nominal value - not zero - for a predetermined duration corresponding to the delivery of a predetermined nominal volume of cleaning and/or disinfectant solution by the distribution head 121. When the nominal volume is reached, the control module 2C controls the pump so as to stop the flow of cleaning and/or disinfectant solution through the distribution head 121 .

[86] The dispensing head 121 of the dispensing system 4 is housed at the level of the cavity 122 of the intermediate part 12 of the housing 10. More specifically, in the embodiment illustrated in FIGURES 1 and 2, the head of distribution 121 is housed at an upper wall of the cavity 121, so that the cleaning solution and / or disinfectant can fall into the cavity by simple effect of gravity. This advantageous configuration makes it possible in particular to be able to recover in a recovery tank 5 a surplus of cleaning and/or disinfectant solution which would not have been used by the user of the distribution terminal 1. For this purpose, the cavity 122 comprises, at its lower wall opposite the dispensing head 121, a flow grid and a recovery duct fluidly coupled to the recovery tank. In the example embodiment illustrated in FIGURES 3 and 4, the dispensing head 121 is located at the level of a lower face 104 of the casing 10.

[87] The dispensing head 121 comprises one or more dispensing nozzles 1211 configured to release the cleaning and/or disinfectant solution and to allow a user of the dispensing terminal 1 to recover said solution and apply it in particular to his or her hands for example. Depending on the desired effects and uses, the dispensing nozzle(s) 1211 forming the dispensing head 121 are configured to spray the cleaning and/or disinfectant solution in the form of droplets or in the form of a jet. [88] Optionally, the dispensing system 4 also includes a sensor configured to measure a volume of cleaning and/or disinfectant solution housed in the tank 3. The sensor thus makes it possible to determine whether the remaining volume of cleaning and/or disinfectant solution passes below a threshold value requiring the programming of a maintenance or filling operation for distribution terminal 1.

[89] The distribution system 4 may also include a proximity sensor 1212 electrically connected to the control module 2C, the proximity sensor 1212 being configured to allow the activation of the distribution system 4 when a user of the distribution terminal 1 approaches his hands close to said dispensing terminal 1, and in particular close to the dispensing head 121. By way of non-limiting examples, the proximity sensor takes the form of an infrared sensor, a ultrasonic sensor, capacitive sensor.

[90] In a preferential but non-limiting manner, the cleaning and/or disinfectant solution delivered by the distribution terminal 1 in accordance with the first aspect of the invention is of the type of a hydroalcoholic solution or a solution containing a soap. Furthermore, the cleaning and/or disinfectant solution is delivered by the dispensing head 121 via doses of a predetermined volume and in a liquid state, of a gel, of a foam or of a nebulization for example. [91] In accordance with the invention, the distribution terminal 1 further comprises a disinfection system 5 of the portable telecommunications device UL. Such a disinfection system 5 comprises:

[92] - a housing 51 configured to be able to house the UL portable telecommunication device; [93] - at least one light source - called germicidal source 53 - configured to generate ultraviolet radiation in the housing 51 .

[94] Such a disinfection system 5 thus makes it possible to be able to disinfect the portable telecommunications device UL concomitantly with the delivery of the dose of cleaning and/or disinfectant solution by the dispensing terminal 1 . Disinfection is provided by exposing the UL portable telecommunications device to one or more UV ultraviolet radiation(s) for a predetermined time and at a predetermined intensity. These radiations are represented schematically by an arrow in FIGURES 1 to 4. They are generated by the germicidal source(s) 53 present in the housing 51 and which make it possible to "flash" the portable telecommunication device UL.

[95] The housing 51 of the disinfection system 5 has dimensions such that it makes possible the insertion of a portable telecommunications device. The housing of the disinfection system 5 thus has shapes and dimensions such that it is possible to insert the portable telecommunication device UL into the housing 51, so that a display face of the telecommunication device portable UL comprising a screen or a face opposite the display face being parallel to or resting against a side face 101 of the casing 10 of the distribution terminal 1 and from which the disinfection system 5 is located. By way of non-limiting examples, the housing 51 has a height H greater than 10 cm and advantageously less than 20 cm, a width L of between 8 cm and 15 cm, and a thickness E of between 1 cm and 3 cm. [96] Each at least one germicidal source 53 is controlled by the control module 2C so as to control the emission of light radiation in the housing 51. Each at least one germicidal source 53 is advantageously of the type of a light-emitting diode.

[97] In the exemplary embodiment visible in FIGURES 1 and 2, the radio frequency communication module 2B comprises a single telecommunications antenna 23, 25, 25a, 25b of the near field type 25. This near field communication antenna 25 is located in the housing 10, close to a side face 101 of said housing, and at the level of the housing 51 of the disinfection system 5. In other words, the housing 51 of the disinfection system 5 is advantageously located opposite the near-field communication antenna 25 of the distribution terminal 1, so as to allow the establishment of a near-field communication between the radio frequency communication module 2B and the portable telecommunication device UL located in the housing 51 .

[98] Additionally, in the embodiment illustrated in FIGURES 1 and 2, the disinfection system 5 comprises a single germicidal source 53 located on the side of the housing 10.

[99] The germicidal source 53 is configured to generate an irradiation dose of between 2,000 and 8,000 pW s / cm ² inside the housing 51, and the UV ultraviolet radiation produced by germicidal source 53 has a wavelength of between 200 nm and 300 nm, preferably between 255 nm and 280 nm.

[100] In the example embodiment visible in FIGURES 3 and 4, the radiofrequency communication module 2B comprises:

[101] - a first telecommunications antenna 23, 25, 25a, 25b is of the type of a near-field communication antenna 25a located in the housing 10 of the distribution terminal 1; and

[102] - a second telecommunications antenna 23, 25, 25a, 25b is of the type of a near-field communication antenna 25b located in the housing 51 of the cleaning system 5.

[103] In particular, the second telecommunications antenna 23, 25, 25a, 25b is located on a face 52 of the housing 51 located opposite the housing 10. In particular, face 52 of the housing 5 on which the second antenna of telecommunication 23, 25, 25a, 25b of the near field type 25b is a side wall of the housing 51 located opposite the side face 101 of the casing 10 of the distribution terminal 1. The face 52 of the housing 51 is advantageously parallel to the face side 101 of the housing 10. Thus, in the embodiment illustrated in FIGURES 3 and 4, the two telecommunications antennas 23, 25, 25a, 25b face each other, on either side. another of the housing 51 in which the portable telecommunication device UL is intended to be placed.

[104] Additionally, in the embodiment illustrated in FIGURES 3 and 4, the disinfection system 5 comprises two germicidal sources 53. The first is located on the side of the housing 10, the other is located on an opposite wall of the housing 51, on the side of the second telecommunications antenna 23, 25, 25a, 25b, on the face 52 of the housing 5 located opposite the casing 10. Of course, in the context of the invention, the disinfection system 5 could include other germicidal sources 53 distributed in the housing 51 so as to expose all the faces of the portable telecommunication device UL to ultraviolet UV radiation.

[105] Generally, each germicidal source 53 is configured to generate an irradiation dose of between 2000 and 8000 pW s / cm ² within of the housing 51, or all the germicidal sources are configured to generate, together, an irradiation dose of between 2000 and 8000 pW s/cm ² inside the housing 51 .

[106] Ultraviolet UV radiation is produced by each germicidal source 53 and at a wavelength between 200 nm and 300 nm, preferably between 255 nm and 280 nm.

[107] With reference to FIGURE 5, the electronic system 2 of the distribution terminal 1 in accordance with the first aspect of the invention will now be described in more detail. The electronic system consists of the power supply module 2A, the radio frequency communication module 2B and the control module 2C.

[108] The power supply module 2A is configured to provide the electrical energy necessary for the operation of the radio frequency communication module 2B and the control module 2C, via a power supply source 21. According to a first variant embodiment, the electrical power supply module 2A comprises a source of electrical energy allowing the distribution terminal 1 to operate independently. In the exemplary embodiment illustrated in FIGURES 3 and 4, the electrical energy source takes the form of an electric battery, rechargeable or non-rechargeable. In the exemplary embodiment illustrated in FIGURES 1 and 2, the electrical power supply module 2A takes the form of an electrical connection member between the distribution terminal 1 and a neighboring electrical network. In this variant embodiment, the distribution terminal 1 does not house electrical energy sources, and the electrical connection member makes it possible to easily electrically connect the distribution terminal 1 with the neighboring electrical network. By way of non-limiting example, the electrical connection member of the distribution terminal 1 is of the type of an electrical outlet.

[109] The power supply module 2A is thus formed of the power supply source 21 and a conditioning device 22. The power supply source 21 thus makes it possible to generate a power supply signal making it possible to operate the other modules 2B, 2C of the electronic system 2; and the conditioning device makes it possible to adjust the electrical characteristics of the electrical power supply signal to the specificities required by each module 2B, 2C. By way of non-limiting example, the conditioning device makes it possible to selectively shape a voltage and/or a intensity and/or frequency and/or phase of the power supply signal. The conditioning device 21 is configured to distinctly shape a first power supply signal for the radiofrequency communication module 2A and a second power supply signal for the control module 2B.

[110] The control module 2C is configured to control the various components of the distribution terminal 1, such as in particular the distribution system 4 and/or the proximity sensor 1212 and/or the screen forming the visual communication device 111. In particular, the control module 2C comprises: [111] - a control device 27 of the proximity sensor 1212, configured to polarize the proximity sensor in order to be able to detect the presence of a user who has inserted his hands into the cavity 122 of distribution terminal 1; and

[112] - a controller 26 configured to control the pump and the dispensing head 121 of the dispensing system 4, the controller being configured to electrically supply the pump and/or the dispensing head 121 when the presence of a user having inserted his hands in the cavity 122 of the distribution terminal 1 has been detected by the proximity sensor 1212.

[113] The radio frequency communication module 2B is configured to transmit and receive a respectively outgoing modulated radio communication signal RFout or incoming RFin. The outgoing modulated radio communication signal RFout is generated by the radio frequency communication module 2B and the incoming modulated radio communication signal R Fin is generated by a portable telecommunication device UL located close to the distribution terminal 1 and detected by said radio frequency communication module 2B. [114] For this purpose, the radiofrequency communication module 2B comprises:

[115] - a processing unit 24 configured in particular to modulate the outgoing modulated radiocommunication signal RFout and to demodulate the incoming modulated radiocommunication signal RFin, according to a plurality of communication protocols; and/or [116] - a telecommunications antenna 23, 25, 25a, 25b configured to transmit and/or receive a modulated radiofrequency signal. [117] In the electronic system 2 illustrated in FIGURE 5, the radiofrequency communication module 2B comprises a Bluetooth antenna 23 and an NFC antenna 25, the processing unit 24 making it possible to communicate selectively according to one or other of the communication protocols, depending on the desired effects. The processing unit 24 thus simultaneously forms a modulation-demodulation unit electrically and operatively connected to the Bluetooth antenna 23, and a communication terminal electrically and operatively connected to the NFC antenna 25, as mentioned previously.

[118] To facilitate the interaction between the portable telecommunication device UL and the distribution terminal 1, the Bluetooth antenna 23 and/or the NCF antenna 25 are preferably located at the level of the upper part 11 of the terminal. distribution 1, in an intermediate position between the visual communication device 111 and the cavity 122, close to or housed in a cartridge 112 which is flush with the front face of the casing 10. [119] The processing unit 24 of the module 2B radio frequency communication advantageously comprises one or more controllers and / or one or more microprocessors and / or one or more microcontrollers and / or one or more programmable logic circuits (FPGA, English acronym meaning Field Programmable Gate Array) and / or one or more application-specific integrated circuits (ASIC, English acronym meaning Application Specifies Integrated Circuit). The processing unit 24 also includes a memory connected electrically and operationally to the antenna.

[120] The electronic system 2 of the distribution terminal 1 according to the invention takes the form of one or more electronic cards connected together - for example one for each module 2A, 2B, 2C - and with the distribution system 4 of the distribution terminal 1. By way of non-limiting examples, the electronic cards forming each module 2A, 2B, 2C of the electronic system 2 can comprise integrated circuits for processing the data exchanged between the control module 2C with the radiofrequency communication module 2B and the distribution system 4 and/or for controlling the radiofrequency communication module 2B, the distribution system 4 and the power supply module 2A. Integrated circuits may take the form of one or more controllers and/or one or more microprocessors and/or one or more microcontrollers and/or one or more programmable logic circuits (FPGA, English acronym meaning Field Programmable Gate Array) and/or one or more integrated circuits specific to an application (ASIC, English acronym meaning Application Specifies Integrated Circuit). [121] Additionally, each module 2A, 2B, 2C forming the electronic system 2 can comprise and/or be connected to and/or be configured to access a memory configured to store digital data, of the type for example of a volatile memory and/or nonvolatile and/or cache and/or buffer memory and/or optical memory and/or erasable programmable read-only memory.

[122] FIGURE 6 illustrates a block view of the control method 6 according to the second aspect of the invention. The control method 6 makes it possible to control the distribution terminal 1 as previously described in one or the other of its variants and according to any one of the preceding claims using a portable telecommunication device UL in order to to obtain a dose of cleaning and/or disinfecting solution. To this end, the control method 6 comprises:

[123] - a pairing step 61 of the distribution terminal 1 with the UL portable telecommunication device placed in the housing 51 of the cleaning system

5;

[124] - a distribution step 62 of a dose of the cleaning and/or disinfectant solution by the distribution terminal 1;

[125] - a disinfection step 63 of the portable telecommunication device UL by the disinfection system 5. [126] In particular, the disinfection step 63 includes a step 631 of emitting at least one light flash by the at least one germicidal source, so as to deliver to the portable telecommunication device UL placed in the housing 51 at least one radiation dose of between 2000 and 8000 pW s/cm ² .

[127] The disinfection step 63 is carried out after the pairing step 61. Additionally, the disinfection step 63 is carried out before, after or during the step of dispensing 62 the dose of cleaning solution and/or or disinfectant via distribution terminal 1. [128] The pairing step 61 allows the distribution terminal 1 to receive - via sound by the radio frequency communication module 2B - an identifier transmitted by the portable telecommunication device UL located nearby.

[129] The notion of proximity depends on the communication protocol implemented by distribution terminal 1. In the case of an NFC link between distribution terminal 1 and the portable telecommunications device UL, such a link may be established if said portable telecommunication device UL is located within a radius of approximately 10 cm from the distribution terminal 1, and more particularly from its radiofrequency communication module 2B. In a particularly advantageous manner, the presence, shape and location of the disinfection system 5 makes it possible precisely to guarantee that the portable telecommunication device is located in such proximity relative to the radio frequency communication module 2B.

[130] During the pairing step 61 , the control method 6 includes a connection step between the distribution terminal 1 and the portable telecommunication device

UL. According to a first variant embodiment, during the connection step, the distribution terminal 1 establishes a connection with the portable telecommunication device UL - in particular in the case of a Bluetooth link. According to a second alternative embodiment of the connection step, the portable telecommunication device UL establishes a link with the distribution terminal 1, in particular in the case of an NFC link.

[131] Preferably, the connection step establishes a two-way link between the distribution terminal 1 and the portable telecommunications device UL. Subsequently, the UL portable telecommunications device transmits to the distribution terminal 1 one or more parameters that are recognized by the distribution terminal 1 to trigger the delivery of cleaning and/or disinfectant solution.

[132] The distribution step 62 leads to controlling the distribution system 4 of the distribution terminal 1 in order to deliver the expected dose of cleaning and/or disinfectant solution. Optionally, the distribution step 62 includes a prior step of transmitting a distribution command by the portable telecommunications device UL to the distribution terminal 1 and via its radio frequency communication module 2B. [133] In the case where the disinfection system 5 comprises a movable wall making it possible to open or close the housing 51, the control method advantageously comprises:

[134] - an opening step 64 of the movable wall allowing access to the housing 51 of the cleaning system 5, the opening step 64 being prior to the pairing step 61; and

[135] - a closing step 65 of the movable wall, after the step of dispensing 62 the dose of cleaning and/or disinfectant solution and the step of disinfection 63 of the portable telecommunications device UL. [136] In summary, the invention relates to a terminal 1 for dispensing a cleaning and/or disinfectant solution and comprising a radiofrequency communication module 2B which allows it to be remotely controlled by a portable telecommunication device UL in order to delivering a predetermined dose of the cleaning and/or disinfecting solution. Additionally, the distribution terminal 1 comprises a disinfection system 5 of the portable telecommunication device UL, a germicidal source 53 of which generates UV ultraviolet radiation of the UV-C type in a housing 52 of said disinfection system 5.

[137] Of course, the invention is not limited to the examples that have just been described and many adjustments can be made to these examples without departing from the scope of the invention. In particular, the different characteristics, forms, variants and embodiments of the invention may be associated with each other in various combinations insofar as they are not incompatible or exclusive of each other. In particular, all the variants and embodiments described above can be combined with each other.

Claims

1. Dispensing terminal (1) for a cleaning and/or disinfectant solution, the dispensing terminal (1) comprising:

- a reservoir (3) configured to house the cleaning and/or disinfectant solution;

- a distribution system (4) for the cleaning and/or disinfectant solution, the distribution system (4) comprising a distribution head (121) in fluid communication with the reservoir (3) via a distribution (42), a pump configured to regulate a flow rate of cleaning and/or disinfectant solution circulating in the distribution pipe (42);

- a control module (2C) configured to selectively control the pump and the dispensing head (121) of the dispensing system (4);

- a radiofrequency communication module (2B) configured to allow two-way wireless communication between the distribution terminal (1) and a portable telecommunication device (UL), and to activate or deactivate the distribution terminal (1) depending on a control signal emitted by the telecommunication device and received by the radiofrequency communication module (2B);

- an electrical power source (21) connected to the distribution system (4), to the control module (2C) and to the radiofrequency communication module (2B); characterized in that the distribution terminal (1) comprises a system (5) for cleaning the portable telecommunication device (UL) and comprising:

- a housing (51) configured to be able to house the portable telecommunication device (UL);

- at least one light source - called germicidal source (53) - configured to generate ultraviolet (UV) radiation in the housing (51).

2. Distribution terminal (1) according to the preceding claim, wherein the radiofrequency communication module (2B) comprises at least one telecommunications antenna (23, 25) and a modulation-demodulation unit (24) connected to the au at least one telecommunications antenna (23, 25), the telecommunications antenna (23, 25) being of the type of an antenna Bluetooth (23) and/or of the type of a near field communication antenna (25).

3. Distribution terminal (1) according to the preceding claim, wherein the distribution terminal (1) comprises a housing (10) housing the tank (3), the distribution system (4) and the control module (2C) , the cleaning system (5) being located opposite the telecommunications antenna (23, 25).

4. Distribution terminal (1) according to the preceding claim, wherein a wall forming the housing (10) of the distribution terminal (1) is located in an intermediate position between the housing (51) of the cleaning system (5) and the telecommunications antenna (23, 25).

5. Distribution terminal (1) according to any one of claims 3 to 5, wherein the at least one telecommunications antenna (23, 25) of the radio frequency communication module (2B) comprises:

- a first telecommunications antenna (25a) of the type of a near-field communication antenna (25) located in the casing (10) of the distribution terminal (1); and

- a second telecommunications antenna (25b) of the type of a near-field communication antenna (25) located in the housing (51) of the cleaning system (5).

6. Distribution terminal (1) according to the preceding claim, wherein the second telecommunications antenna (25b) is located on a face (52) of the housing (51) facing the housing (10).

7. Distribution terminal (1) according to any one of the preceding claims, wherein the cleaning system (5) comprises a movable wall allowing access to the housing (51) or to close it.

8. Distribution terminal (1) according to any one of the preceding claims, in which the at least one germicidal source (53) generates a light flux with a wavelength of between 200 nm and 300 nm, preferably between 255 nm and 280 nm.

9. Control method (6) of a distribution terminal (1) according to any one of the preceding claims using a portable telecommunication device (UL), the control method (6) comprising the steps following: - a pairing step (61) of the distribution terminal (1) with the portable telecommunication device (UL) placed in the housing (51) of the cleaning system (5) of said distribution terminal (1);

- a dispensing step (62) of a dose of the cleaning and/or disinfectant solution via the dispensing terminal (1);

- a disinfection step (63) of the portable telecommunication device (UL).

10. Control method (6) according to the preceding claim, in which the disinfection step (63) comprises a step of emitting at least one light flash by the at least one germicidal source (53), so delivering to the portable telecommunications device (UL) placed in the housing (51) at least one radiation dose of between 2000 and 8000 pW s/cm ² .

11 . Control method (6) according to any one of claims 9 or 10 taken in combination with the distribution terminal (1) according to claim 7, in which the control method (6) comprises:

- a step of opening (64) of the movable wall allowing access to the housing (51) of the cleaning system (5), the step of opening (64) of the movable wall being prior to step d pairing (61); and

- a closing step (65) of the movable wall, the closing step (65) of the movable wall being subsequent to the step of dispensing (62) the dose of cleaning and/or disinfectant solution and to the disinfection step (63) of the portable telecommunication device (UL).