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WO2025215468A1 - Dispositif de distribution de boisson et son robinet - Google Patents

Dispositif de distribution de boisson et son robinet

Info

Publication number
WO2025215468A1
WO2025215468A1 PCT/IB2025/053468 IB2025053468W WO2025215468A1 WO 2025215468 A1 WO2025215468 A1 WO 2025215468A1 IB 2025053468 W IB2025053468 W IB 2025053468W WO 2025215468 A1 WO2025215468 A1 WO 2025215468A1
Authority
WO
WIPO (PCT)
Prior art keywords
dispensing
water
container
beverages
supporting body
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
PCT/IB2025/053468
Other languages
English (en)
Inventor
Gian Luca Gessi
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Gessi SpA
Original Assignee
Gessi SpA
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Gessi SpA filed Critical Gessi SpA
Publication of WO2025215468A1 publication Critical patent/WO2025215468A1/fr
Pending legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J31/00—Apparatus for making beverages
    • A47J31/06—Filters or strainers for coffee or tea makers ; Holders therefor
    • A47J31/0657—Filters or strainers for coffee or tea makers ; Holders therefor for brewing coffee under pressure, e.g. for espresso machines
    • A47J31/0668—Filters or strainers for coffee or tea makers ; Holders therefor for brewing coffee under pressure, e.g. for espresso machines specially adapted for cartridges
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J31/00—Apparatus for making beverages
    • A47J31/24—Coffee-making apparatus in which hot water is passed through the filter under pressure, i.e. in which the coffee grounds are extracted under pressure
    • A47J31/34—Coffee-making apparatus in which hot water is passed through the filter under pressure, i.e. in which the coffee grounds are extracted under pressure with hot water under liquid pressure
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
    • E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
    • E03C1/02—Plumbing installations for fresh water
    • E03C1/04—Water-basin installations specially adapted to wash-basins or baths
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
    • E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
    • E03C1/02—Plumbing installations for fresh water
    • E03C1/04—Water-basin installations specially adapted to wash-basins or baths
    • E03C1/0411—Taps specially designed for dispensing boiling water
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
    • E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
    • E03C1/02—Plumbing installations for fresh water
    • E03C1/04—Water-basin installations specially adapted to wash-basins or baths
    • E03C1/044—Water-basin installations specially adapted to wash-basins or baths having a heating or cooling apparatus in the supply line
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
    • E03C2201/00—Details, devices or methods not otherwise provided for
    • E03C2201/40—Arrangement of water treatment devices in domestic plumbing installations

Definitions

  • the present disclosure refers to the field of dispensing devices from capsules, and in particular concerns a dispensing device for beverages, for example extracted from capsules, in particular destined to be coupled to a faucet, in particular to a domestic faucet.
  • Coffee is a beverage widespread since a very long time, and most likely dating back to the Middle Ages.
  • coffee intended as beverage, is produced using kettles such as a Moka pot, which use ground coffee beans.
  • coffee is produced using coffee machines, once almost exclusively for professional applications and, in recent times, also widespread for domestic applications.
  • These coffee machines comprise a body which is provided with a kettle (typically electrically powered) and a support of connection to a removable group.
  • the removable group which is provided with an operating arm and a collection cup, is filled with ground coffee beans. Water and/or steam are supplied into the collection cup by the kettle through an adjustable valve. The removable group dispenses coffee into the coffee cup, placed underneath it.
  • coffee machines have also become popular, mainly for domestic use, which are supplied with capsules; capsules contain ground coffee beans, and are pierced in various ways so that it is possible to introduce hot water, and to extract the liquid coffee.
  • Capsules originally realized for coffee, are often used to distribute other types of beverages such as tea or herbal teas.
  • coffee machines for domestic use have a mediocre design, which does not fit well in current kitchen environments which are characterized by a design with essential lines.
  • EP4011250A1 (Hamat Sanitary Fittings and Castings Ltd) discloses a device for preparing beverages connected to a faucet.
  • the device comprises a dispensing head with a laterally extractable drawer ("retractable holder”), and comprising a seat for a capsule for the distribution of beverages.
  • EP3835497A1 (Paini S.p.A. Rubinetterie) discloses a faucet with a beverage dispensing unit that comprises a dispensing unit to which a cup-shaped container is removably connectable.
  • the cup-shaped container is provided with a seat for housing a capsule provided with a beverage dispensing portion.
  • US2015004288A1 (AS IP Holdco, LLC) discloses a system and method for dispensing beverages, wherein a beverage dispensing device is fixed to the body of a faucet. This device comprises a portion hinged to a fixed portion, within which is housed a beverage dispensing capsule.
  • An object of the present disclosure is to describe a dispensing device for beverages, for example, destined to dispense coffee, tea or herbal teas, which allows to avoid the use of a device specifically produced for this purpose.
  • An object of the present disclosure is to describe a beverage dispensing device that allows to keep the design of the kitchen environment "clean”.
  • a further object of the present disclosure is to describe a beverage dispensing device that it is simple to use and easy to clean.
  • a further secondary object of the present disclosure is to describe a beverage dispensing device that allows to keep the kitchen environment clean and minimizes the risk of dripping on surfaces, which could be sensitive.
  • the Applicant has considered that in particular the possibility offered by dispensing boiling water can be useful for providing a multifunctional faucet with the possibility of also dispensing beverages that - traditionally - in order to be produced, require an infusion in the granular or shredded leaves in typically very hot water.
  • the Applicant has conceived a dispensing device (108) for beverages extracted from containers, for example but non-limiting to consumables, which allows to solve the drawbacks of known art.
  • This dispensing device (108) is described in its most significant aspects in the following summary.
  • the beverage dispensing device (108) comprising: - a supporting body (108b) configured to be coupled to a body (103) of said faucet (100);
  • a distributing body (108a) configured to be removably connected to said supporting body (108b) and comprising a dispensing portion (109) configured to allow a distribution of a beverage in a container (400);
  • At least one between said supporting body (108b) and said distributing body (108a) is configured to retain and/or contain at least part of a container for beverages dispensing (190);
  • said supporting body (108b) comprises a water supplying inlet (122) configured to receive water from said faucet (100); said dispensing device (108) having:
  • said supporting body (108b) and said distributing body (108a), when in said assembled operating configuration, define as a whole a housing volume configured to contain, preferably completely, said container for beverages dispensing (190).
  • said supporting body (108b) and said distributing body (108a), when in said assembled operating configuration, define a liquid-tight coupling and destined to allow the transit of said water from said supplying inlet to said dispensing portion (109) exclusively through said container for beverages dispensing (190).
  • said water supplying inlet (122) is configured and specifically destined to receive hot and pressurized water from a hot water conduit of said faucet (100).
  • At least part of said supporting body (108b) and/or at least part of said distributing body (108a) is configured and specifically destined to withstand said pressure.
  • said container for beverages dispensing (190) is configured to contain a granulated or ground product or shredded organic product and to allow a dispensing of said product by means of an injection of water.
  • said container for beverages dispensing (190) is of consumable or refillable type.
  • said container for beverages dispensing (190) is provided with a substantially self-supporting or rigid body.
  • said container for beverages dispensing comprises a capsule.
  • At least one between said supporting body (108b) and said distributing body (108a) is configured to retain and/or contain, independently of its own orientation in space, at least part of said container for beverages dispensing (190).
  • one between said supporting body (108b) and said distributing body (108a) comprises a retainer (118, 119) configured to retain said container for beverages dispensing (190) in correspondence of an end thereof, in particular in correspondence of an engaging portion thereof (192).
  • said engaging portion (192) is an annular edge.
  • said retainer (118, 119) is a retainer configured to retain said container for beverages dispensing (190) cantilevered with respect to an outline overall detected by said distributing body (108a).
  • said distributing body (108a) comprises a striking surface (116) for said container for beverages dispensing (190).
  • said retainer (118, 119) comprises at least one first flexible flap (119) suitable for engaging on said annular edge and/or for retaining said container for beverages dispensing (190) against said striking surface (116).
  • said striking surface (116) in particular when said distributing body (108a) and said supporting body (108b) are in said coupled operating configuration, acts as element contrasting the exiting of said container for beverages dispensing (190) from said housing volume.
  • said dispensing portion (109) comprises a dispensing conduit configured to convey said beverage from said container for beverages dispensing (190) to said container (400).
  • said dispensing portion (109) comprises at least one hole conceived for housing a dispensing portion (193) of said container for beverages dispensing (190).
  • said striking surface (116) comprises, and/or is connected with, at least one hole (117) connected to said dispensing portion (109).
  • said striking surface (116) is at least partially coplanar to said dispensing portion (193) of said container for beverages dispensing (190) and/or is facing on, preferably directly in contact with, said dispensing portion (193) of said container for beverages dispensing (190) at least when said supporting body (108b) and said distributing body (108a) are in said assembled operating configuration.
  • said striking surface (116) is substantially planar.
  • said striking surface (116) traces a profile of said dispensing portion
  • at least one between said supporting body (108b) and said distributing body (108a) comprises a cavity (120c) substantially detecting an outline tracing an outline of at least part of said container for beverages dispensing (190) and configured to house at least said part of said container for beverages dispensing (190).
  • said striking surface (116) when said supporting body (108b) and said distributing body (108a) are in said coupled operating configuration, acts as pushing and/or retaining element of the container for beverages dispensing (190) toward, or in correspondence, of a bottom portion of said cavity (120c).
  • said housing volume comprises said cavity (120c).
  • said supporting body (108b) comprises said cavity (120c).
  • said cavity (120c) is configured to contain substantially entirely said container for beverages dispensing (190).
  • said cavity (120c) comprises a front surface configured to enter into contact with said engaging portion (192).
  • said distributing body (108a) is configured to be removably connected to said supporting body (108b) by means of a bayonet coupling and/or by means of a roto-translatory coupling.
  • said roto-translatory coupling comprises:
  • said substantially rotatory movement is axial to said coupling axis (X).
  • said substantially translatory movement comprises:
  • said container for beverages dispensing (190) results retained in a predefined and fixed position in said housing volume.
  • a peripheral surface of said container for beverages dispensing (190) is in use substantially juxtaposed and in contact with a wall of said housing volume, in particular a wall of said cavity (120c) and of said striking surface (116).
  • the dispensing device (108) comprises a discharge conveyor (114, 115) configured to discharge at least part of the water introduced within said container for beverages dispensing (190) and/or at least part of said beverage not dispensed and/or remained in substantial proximity of said container for beverages dispensing (190), and preferably remained in a liquid collection portion realized in correspondence of said housing volume.
  • the discharge conveyor (114, 115) is a gravity discharge conveyor and/or is configured to be connected with, or is connected with an active aspirator.
  • said dispensing device (108) comprises said active aspirator.
  • said faucet (100) comprises said active aspirator.
  • said active aspirator is configured to be placed below said supporting surface (200).
  • said discharge conveyor (114, 115) is configured to discharge at least part of the water introduced within said container for beverages dispensing (190) and/or at least part of said beverage not dispensed and/or remained in substantial proximity of said container for beverages dispensing (190), and preferably remained in a liquid collection portion realized in correspondence of said housing volume in a discharge conduit positioned in substantial proximity of the body (103) of the faucet (100) or positioned into the body (103) of said faucet (100).
  • said active aspirator is connected with said discharge conduit.
  • said discharge conveyor (114, 115) comprises at least one tank portion (114), preferably in use positioned in a lower portion, optionally a bottom portion, of said supporting body (108b) and/or of said distributing body (108a).
  • said discharge conveyor (114, 115) is constrained to, and/or is part of, said supporting body (108b) or alternatively of said distributing body (108a).
  • At least one first part of said discharge conveyor (114, 115) is arranged in, or results introduced within, said supporting body (108b) and at least one second part (114f) of said discharge conveyor (114, 115) is introduced in, or results introduced within, said distributing body (108a).
  • said discharge conveyor (114, 115) is constrained, preferably rigidly fixed to, said supporting body (108b), and comprises a first part arranged in, or introduced within, said supporting body (108b) and a second part (114f) protruding outside said supporting body (108b).
  • said second part (114f) of said discharge conveyor (114, 115) is introduced in, or results introduced within, said distributing body (108a).
  • said second part (114f) is a peripheral portion of said tank (114).
  • said tank (114) comprises an outlet orifice (115) connected with said discharge conduit.
  • said second part (114f) is substantially opposed to said outlet orifice (115).
  • said discharge conveyor (114, 115) is arranged outside said housing volume when said supporting body (108b) and said distributing body (108a) are in said assembled operating configuration.
  • At least one between said supporting body (108b) and said distributing body (108a) is configured to pierce or to determine a piercing of at least part of said container for beverages dispensing (190) when said beverage dispensing device (108) is brought from said disassembled operating configuration to said assembled operating configuration.
  • said supporting body (108b) and/or said distributing body (108a) is configured to determine a piercing of said container for beverages dispensing (190), through a piercer or by effect of a pressure of said water.
  • one between said distributing body (108a) and said supporting body (108b) comprises an engagement recess (111), preferably configured to determine said bayonet coupling and/or roto- translatory coupling and the other between said distributing body (108a) and said supporting body (108b) comprises at least one protrusion (121 p) configured to engage in said engagement recess (111).
  • said engagement recess (111) and said protrusion (121 p) are arranged outside said housing volume.
  • said assembled operating configuration is or comprises a retaining configuration wherein said distributing body (108a) is retained on said supporting body (108b), preferably due to the engagement of said protrusion (121 p) in said engagement recess (111).
  • said container for beverages dispensing (190) is blocked and/or compressed between said distributing body (108a) and said supporting body (108b).
  • said housing volume is substantially closed between said water supplying inlet (122) and said dispensing portion (109).
  • said distributing body (108a) comprises a filter (116k) which realizes at least part of said striking surface (116).
  • said striking surface (116) is configured to enter substantially into contact in an integral way with a substantial integrity of an engaging portion (192) of said container for beverages dispensing (190).
  • said filter (116k) is configured to cooperate with said cavity (120c) in retaining of said container for beverages dispensing (190) in said housing volume, when said distributing body (108a) and said supporting body (108b) are in said assembled operating configuration.
  • said supporting body (108b) and/or said distributing body (108a) comprises at least one piercer, preferably a plurality of piercers, for said container for beverages dispensing (190).
  • said striking surface (116) comprises at least one piercer and preferably a plurality of piercers for said dispensing portion (193), and/or preferably wherein the piercer of said supporting body (108b) and the piercer of said distributing body (108a) act substantially on two substantially opposed portions of said container for beverages dispensing (190).
  • the dispensing device (108) comprises a flow diverting body (109b).
  • the flow diverting body (109b) has an inlet portion and an outlet portion.
  • the inlet portion receives, in use, said beverage extracted from said container for beverages dispensing (190).
  • said inlet portion and said outlet portion are offset and/or said flow diverting body (109b) is configured to divert a flow sliding direction of said beverage between said inlet portion and said outlet portion, preferably being configured to divert said direction substantially by an angle between 60° and 120°, preferably between 70° and 110°, and more preferably substantially by 90°.
  • said outlet portion comprises or realizes said dispensing portion (109).
  • the dispensing device (108) comprises an auxiliary distributing body (108a), configured to be removably connected to said supporting body (108b) alternatively to said distributing body (108a), said auxiliary distributing body (108a) comprises an own dispensing portion (109).
  • said dispensing portion (109) of said distributing body (108a) and said dispensing portion (109) of said auxiliary distributing body (108a) differ by shape and/or structure, and preferably differ by number of dispensing outlets.
  • said dispensing portion (109) of said auxiliary distributing body (108a) comprises a first outlet and a second outlet and is destined to allow a simultaneous dispensing of said beverage in a first and in a second container (400).
  • said dispensing device (108) comprises, or is operatively connected with, at least one actuator for a valve and/or control pump.
  • said valve and/or control pump is operatively connected to said water supplying inlet (122) in order to allow a dispensing or a stopping of said water dispensing to said water supplying inlet (122).
  • said actuator is remotely controlled.
  • said dispensing device (108) comprises, or is operatively connected with, a data processing unit operatively connected with said actuator.
  • said dispensing device (108) comprises at least one remote interface module configured to receive an activation signal of said actuator determining one between an opening or closing of said valve and/or control pump.
  • said remote interface module is configured to connect with a remotecontrol device, preferably a wireless device.
  • said dispensing device (108) comprises at least one first auxiliary heater element (188a, 188b, 188c) configured to heat the water in use introduced in said container for beverages dispensing (190).
  • said at least one first auxiliary heater element (188a, 188b, 188c) is arranged upstream of said cavity (120c) and/or is arranged in correspondence of said cavity (120c) and/or in correspondence of said water supplying inlet (122) and/or in an inlet conduit in use supplying water to said water supplying inlet (122).
  • said at least one first auxiliary heater element (188a, 188b, 188c) is configured to be temporarily activated in an initial step of dispensing of said beverage and/or for a predetermined time, and/or to be activated according to at least one between the following parameters:
  • said at least one first auxiliary heater element (188a, 188b, 188c) is configured to be activated in order to keep the water introduced in said container for beverages dispensing (190) within a predetermined temperature range, preferably until the moment wherein the water that flows in said supplying inlet (122), or the water that flows in said inlet conduit, reaches a temperature substantially comprised in said predetermined temperature range.
  • said dispensing device (108), or at least one between said supporting body (108b) and said distributing body (108a) is configured to allow a water dispensing with said faucet (100), preferably through an own dispensing mouth (102), and more preferably to leave unaltered a functionality of water dispensing of said faucet (100), preferably through an own dispensing mouth (102).
  • said dispensing device (108) is configured to allow a water dispensing of said faucet (100), preferably through an own dispensing mouth (102), in at least one between said assembled operating configuration and said disassembled operating configuration, and preferably both when in said assembled operating configuration, and when in said disassembled operating configuration.
  • a faucet (100) comprising a body (103) configured to be constrained, in particular fixed, to a support (200), preferably a kitchen top, and configured to sustain a dispensing tube (101), in use dispensing water, said faucet (100) comprising at least one first valve (104) connected to said dispensing tube (101) and configured to allow a user to adjust at least one between a water flow in said dispensing tube (101) and a temperature of the water dispensed in use from said dispensing tube (101); the faucet (100) comprising a dispensing device (108) according to one or more of the aspects herein described.
  • said dispensing tube (101) comprises, optionally ends on, a dispensing mouth (102).
  • said dispensing device (108) is configured to be used in a separate way with respect to a, optionally independent of and/or simultaneous with a, functionality of water dispensing of said faucet (100), preferably through said dispensing mouth (102).
  • said dispensing device (108) is configured to allow a dispensing of said beverage through said dispensing portion (109) in an independent way with respect to, optionally simultaneous with, a water dispensing through said dispensing tube (101).
  • said dispensing device (108) is configured to allow a dispensing of said beverage through said dispensing portion (109) in an independent way with respect to, optionally simultaneous with, a water dispensing through said dispensing mouth (102).
  • said valve (104) is configured to allow a user to adjust said at least one between said water flow in said dispensing tube (101) exiting from said dispensing mouth (102) and the temperature of the water dispensed in use from said dispensing tube (101) and through said dispensing mouth (102).
  • said faucet (100) is configured to allow an independent control between a dispensing of a beverage through said dispensing device (108) and a water dispensing through said dispensing tube (101) and optionally is configured to allow a dispensing at least partially simultaneous of said water through said dispensing tube (101) and said dispensing of a beverage through said dispensing device (108).
  • said supporting body (108b) is fixed to said body (103) of the faucet and in use lies at a predetermined height with respect to said support (200), or said supporting body (108b) is movably constrained to said body (103).
  • said supporting body (108b) in use can be moved at least between a first height and a second height with respect to said support (200).
  • said supporting body (108b) protrudes along a substantially oblique direction, preferably substantially orthogonal, with respect to a main development direction of the body (103) of said faucet (100) and/or of an assembly formed by said body (103) and said dispensing tube (101).
  • said distributing body (108a) is configured to be removably connected to said supporting body (108b) along said substantially oblique direction and/or along a direction substantially axial to a developmental axis of said supporting body (108b) and/or along a direction substantially axial to a flow axis of said water in said container for beverages dispensing (190).
  • the faucet (100) comprises a user interface (105) preferably of electronic type, configured to allow to select the dispensing of a beverage through said dispensing device (108).
  • said user interface (105) is configured to allow the activation of at least one between a pump or a valve for the introduction of water in said water supplying inlet (122).
  • said user interface (105) is configured to determine a time-controlled dispensing and/or is configured to allow a selection of at least one first dispensing volume, preferably a plurality of dispensing volumes.
  • said user interface (105) is configured to determine an automatic stopping of said introduction of water in said water supplying inlet (122) upon reaching a predetermined dispensing time of said beverage and/or upon reaching a dispensing volume equal to said at least one first dispensing volume.
  • said user interface (105) is configured to allow to select one of a plurality of beverages and is configured to allow to adjust a temperature of said water introduced in said water supplying inlet (122), optionally as a result of a selection of a particular beverage between said plurality of selectable beverages.
  • said user interface (105) comprises a control locally arranged on the body (103) of said faucet (100).
  • said user interface (105) comprises, or is configured to cooperate with, a remote control, preferably a wireless remote control.
  • said user interface (105) comprises, or is configured to cooperate with, a virtual assistant.
  • said faucet (100) comprises a valve and/or control pump, operatively connected to said water supplying inlet (122) in order to allow a dispensing or a stopping of said water dispensing to said water supplying inlet (122).
  • said faucet (100) comprises an inlet conduit operatively connected with, and in use supplying water to, said water supplying inlet (122).
  • said inlet conduit is connected to said valve and/or control pump.
  • said faucet (100) comprises a boiler configured to produce hot water, preferably boiling water.
  • said boiler is provided with its own storage tank.
  • said boiler is connected to said valve and/or to said control pump.
  • said faucet comprises an actuator for said valve and/or control pump.
  • said actuator is remotely controlled.
  • said faucet (100) comprises a data processing unit operatively connected with said actuator.
  • said faucet (100) comprises at least one remote interface module configured to receive an activation signal of said actuator determining one between an opening or closing of said valve and/or control pump.
  • said remote interface module is configured to connect with a remotecontrol device, preferably a wireless device.
  • said faucet (100) comprises at least one first auxiliary heater element (188a, 188b, 188c) configured to heat the water in use introduced in said container for beverages dispensing (190) and/or is configured to heat the water of said inlet conduit.
  • said at least one first auxiliary heater element (188a, 188b, 188c) is arranged upstream of said cavity (120c) and/or is arranged in correspondence of said cavity (120c) and/or in correspondence of said water supplying inlet (122) and/or in an inlet conduit in use supplying water to said water supplying inlet (122).
  • said at least one first auxiliary heater element (188a, 188b, 188c) is configured to be temporarily activated in an initial step of dispensing of said beverage and/or for a predetermined time, and/or to be activated according to at least one among the following parameters:
  • said at least one first auxiliary heater element (188a, 188b, 188c) is configured to be activated in order to keep the water introduced in said container for beverages dispensing (190) within a predetermined temperature range, preferably until the moment wherein the water that flows in said supplying inlet (122), or the water that flows in said inlet conduit, reaches a temperature substantially comprised in said predetermined temperature range.
  • the beverage dispensing device (108) comprising:
  • a distributing body (108a) configured to be removably connected to said supporting body (108b) and comprising a dispensing portion (109) configured to allow a distribution of a beverage in a container (400);
  • At least one between said supporting body (108b) and said distributing body (108a) is configured to retain and/or contain, independently of its own orientation in space, at least part of a container for beverages dispensing (190) for distributing beverages;
  • said supporting body (108b) comprises a water supplying inlet configured to receive water from said faucet (100); said dispensing device (108) having:
  • a dispensing device (108) for beverages extracted from containers for beverages dispensing configured to, and specifically destined to, be coupled to a faucet (100) for water dispensing, preferably a kitchen faucet; the beverage dispensing device (108) comprising:
  • a distributing body (108a) configured to be removably connected to said supporting body (108b) and comprising a dispensing portion (109) configured to allow a distribution of a beverage in a container (400);
  • At least one between said supporting body (108b) and said distributing body (108a) is configured to retain and/or contain at least part of a container for beverages dispensing (190) for distributing beverages;
  • said supporting body (108b) comprises a water supplying inlet configured to receive water from said faucet (100); said dispensing device (108) having:
  • said supporting body (108b) and said distributing body (108a) are uncoupled and allow an access to said container for beverages dispensing (190); said dispensing device (109) being configured to discharge part of the water introduced within said container for beverages dispensing (190) and/or part of said beverage not dispensed and/or remained in substantial proximity of said container for beverages dispensing (190) in a discharge conduit positioned in substantial proximity of the body (103) of the faucet (100) or positioned into the body (103) of said faucet (100).
  • hydrosanitary device (100) comprising a water dispensing body and at least one between a valve for the control of the hot water dispensing, preferably substantially boiling water, and a boiler for the production of hot water, preferably substantially boiling water, wherein said valve and/or said boiler is connected to said water dispenser body, by means of an inlet conduit, and wherein said hydrosanitary device (100) comprises at least one first auxiliary heater element (188a, 188b, 188c) configured to act on said inlet conduit, preferably in cooperation with said valve and/or boiler in order to keep the water that in use flows in said inlet conduit within a predetermined temperature range, preferably until the moment wherein the water that flows in said inlet conduit from said valve and/or boiler reaches a temperature substantially comprised in said predetermined temperature range.
  • first auxiliary heater element 188a, 188b, 188c
  • said at least one first auxiliary heater element (188a, 188b, 188c) is configured to be temporarily activated in an initial step of dispensing of said beverage and/or for a predetermined time, and/or to be activated according to at least one among the following parameters:
  • said hydrosanitary device (100) is a faucet, preferably a kitchen faucet.
  • said at least one first auxiliary heater element (188a, 188b, 188c) is electrically powered.
  • said dispensing device (108) is configured to be used in a separate way with respect to a, optionally independent of and/or simultaneous with a, functionality of water dispensing with said faucet (100).
  • said dispensing device (108), or at least one between said supporting body (108b) and said distributing body (108a) is configured to allow a water dispensing of said faucet (100), preferably through an own dispensing mouth (102), and more preferably to leave unaltered a functionality of water dispensing of said faucet (100), preferably through an own dispensing mouth (102).
  • said dispensing device (108) is configured to adjust the water flow within said container for beverages dispensing (190) as a function of a temperature (T) of said water in said water supplying inlet (122) in such a way that:
  • T a threshold temperature
  • said water supplying inlet (122) comprises a first branch (122u) suitable for supplying water to said container for beverages dispensing (190) and a second branch (122b), or bypass branch, destined to allow a recirculation of the water in the water supplying inlet (122) or a conveying of water in a discharge conduit (214).
  • said first branch (122u) comprises an open configuration, wherein it allows the water flow toward said container for beverages dispensing (190) and a closed configuration, wherein it prevents the water flow toward said container for beverages dispensing (190).
  • said second branch (122b) comprises an open configuration, wherein it allows the water flow for said recirculation or for said conveying of water in said discharge conduit (214), and a closed configuration, wherein it prevents the water flow for said recirculation for said conveying of water in said discharge conduit (214).
  • said second branch (122b) if said temperature (T) is lower than said threshold temperature (Tth), said second branch (122b) is brought from said closed configuration to said open configuration or is kept in said open configuration, and wherein if said temperature (T) is equal to, or greater than, said threshold temperature (Tth), said second branch (122b) is brought from said open configuration to said closed configuration or is kept in said closed configuration.
  • said second branch (122b) comprises an element deformable by temperature (241 ), preferably an elastic element, optionally a helical spring, configured to determine a switching, preferably substantially automatic, from said open configuration to said closed configuration in accordance to a temperature assumed by said water in said water supplying inlet (122), optionally in said second branch (122b); preferably said elastic element being a shape memory element.
  • a switching between said open configuration and said closed configuration for said first branch (122u) is determined by a pressure (P) of said water in said water supplying inlet (122), preferably wherein:
  • said first branch (122u) is brought from said closed configuration to said open configuration, or is kept in said open configuration;
  • said first branch (122u) is brought from said open configuration to said closed configuration, or is kept in said closed configuration.
  • said first branch comprises an element deformable by pressure (240), preferably an elastic element, optionally a helical spring, configured to determine a switching, preferably substantially automatic, from said open configuration to said closed configuration in accordance to a pressure assumed by said water in said water supplying inlet (122), optionally in said first branch (122b).
  • a residual pressure of said water in said water supplying inlet (122) is lower with respect to said threshold pressure (Pth) and is such as to end a keeping of said first branch (122u) in said closed configuration.
  • Figure 1 shows a front view of a kitchen faucet, arranged on a supporting plane and comprising a beverage dispensing device.
  • FIGS 2 to 5 show some examples of beverages dispensing containers.
  • Figure 6 a front view of the faucet of figure 1 , wherein the dispensing device is deprived of an own part.
  • Figure 6 shows in particular a capsule constrained in a predetermined position between a first and second part of the dispensing device.
  • Figure 6 also shows the presence of a container (coffee cup) wherein the beverage is in use dispensed.
  • Figure 7 shows an exploded perspective view of the dispensing device.
  • Figure 8 shows a perspective view from above of the dispensing device.
  • Figure 9 shows a perspective view of a distributing body of the dispensing device.
  • Figure 9 shows also a discharge conveyor, that is preferably part of a supporting body of the dispensing device, but which is shown as if the supporting body was assembled on the distributing body, in order to show the position of the discharge conveyor with respect to the distributing body, in order to collect any drops.
  • Figure 10 shows a view from above of the distributing body of the dispensing device, which in this case is coupled to a capsule.
  • Figure 11 shows a perspective view of part of the faucet with part of the supporting body, also integrating the discharge conveyor.
  • Figure 12 shows a schematic view of a dispensing device provided with a plurality of additional heaters.
  • Figure 13 shows a sectional view of a particular embodiment of a faucet the dispensing device thereof comprises an inlet conduit that comprises a bypass branch.
  • Figure 14 shows a detail of figure 13.
  • the reference number 100 indicates as a whole a faucet 100 for water dispensing.
  • the faucet 100 is configured to be installed on a supporting surface 200 preferably of substantially planar type.
  • the installation of the faucet 100 on the supporting surface 200 is of the fixed type, or alternatively allows a relative mobility between the faucet 100 and the supporting surface 200.
  • the supporting surface 200 is a surface of a kitchen top.
  • the faucet 100 becomes a kitchen faucet.
  • the faucet 100 comprises a body 103 having a substantially vertical development, orthogonal with respect to the supporting surface 200.
  • the body 103 is preferably but non-limiting thereto realized in metallic material.
  • the body 103 is connected to a dispensing tube 101 , which is movable with respect to the body 103 and preferably is at least rotatable with respect to the body 103.
  • the dispensing tube 101 ends with a dispensing mouth 102 which can comprise, for example and non-limiting thereto, a water aerator.
  • the dispensing tube 101 can comprise a shower flexible and/or removable from the body 103.
  • valve 104 which allows to adjust at least one between a temperature of the water dispensed from the dispensing mouth 102 through the dispensing tube 101 and a flow (l/min) of said water.
  • the valve 104 allows to carry out the two adjustments by means of a first rotational movement and a second rotational movement, on two different and preferably orthogonal axes or planes.
  • valve 104 protrudes substantially laterally from the body 103, and in particular develops at least partially along a direction substantially orthogonal with respect to a main development direction of the body 103 or of the assembly formed by the dispensing tube 101 and by the body 103.
  • the valve 104 receives water from at least one conduit 107 that protrudes below the supporting surface 200 and that is at least partially arranged into the body 103. it can be deduced that the body 103 is at least partially hollow.
  • FIG. 1 shows a particular embodiment of the faucet 100 wherein this faucet is configured to dispense conditioned water, for example not only more or less hot water, but also boiling water, or iced water or sparkling water.
  • conditioned water for example not only more or less hot water, but also boiling water, or iced water or sparkling water.
  • the faucet 100 can comprise a user interface 105 preferably of electronic type and comprising at least one between a display and a selector, preferably a rotating selector arranged around the display itself.
  • the selector and/or the display allow the selection of water conditioning.
  • the faucet 100 comprises a dispensing device 108 which is described in detail below.
  • the device identified by the reference number 108 is a dispensing device for beverages extracted from beverage containers, in particular consumable and/or refillable containers.
  • the dispensing device 108 is configured to, and specifically destined to, be coupled to the faucet 100, and therefore differs with respect to dispensing devices such as coffee machines or similar, which instead are devices so- called “stand-alone”.
  • the dispensing device 108 is able to be used also separately with respect to the traditional typical functionalities of the faucet 100, in particular relative to the dispensing of hot, cold or conditioned water.
  • the faucet 100 that integrates the dispensing device 108 is also usable as a coffee machine.
  • valve 104 and the supporting body 108b are positioned at a substantially identical height and are positioned on two opposed sides of the body 103 of the faucet 100.
  • the user interface 105 can be configured to determine the activation of a dispensing pump, preferably placed below the supporting surface 200, which allows the dispensing of the beverage through the dispensing device 108 herein described.
  • the user interface 105 can be configured to allow to select a predetermined dispensing time or a predetermined dispensing volume. This is particularly convenient where beverages are dispensed that are typically consumed from a container 400 of standard size.
  • the predetermined dispensing volume can be viewed on the user interface 105 and/or selected with a volumetric criterion (for example, being expressed in ml) or with pictograms (for example, a coffee cup, two coffee cups, a teacup).
  • the user can position the appropriate container (for example, an espresso coffee cup), introduce the beverage distributing container 190 in the dispensing device 108 as described below and start dispensing the beverage without worrying about stopping the flow thereof, which is stopped automatically by means of the stopping of the pump determined on the basis of the selected volumetry.
  • the appropriate container for example, an espresso coffee cup
  • the user interface 105 can be configured to allow to select a water dispensing temperature as a function of the type of beverage dispensed.
  • the user interface 105 can have one or more pictograms identifying a particular beverage, to which a predetermined dispensing temperature is operatively associated.
  • an embodiment of the faucet 100 herein described allows to select the temperature directly through the user interface 105 (for example by setting the temperature to 90°C, or to 92°C, or to 95°C), a preferred embodiment allows to adjust the temperature as a result of the type of selected beverage.
  • the faucet 100 object of the present disclosure will select the most appropriate water dispensing temperature in the dispensing device 108, for example 75°C. If instead the user introduces into the dispensing device 108 a coffee capsule, he will select through the user interface 105 a pictogram corresponding to a coffee cup, and consequently the faucet 100, object of the present disclosure, will select a water temperature, for example, equal to 94°C.
  • the user does not necessarily need to know the exact temperature of the water in order to fully enjoy the beverage deliverable through the dispensing device 108 herein described.
  • the dispensing portion 109 assumes the form of a single outlet spout; otherwise, in a further embodiment, the dispensing portion 109 can assumes the form of a two-outlet spout.
  • the dispensing device 108 object of the present disclosure, can be provided with a plurality of dispensing bodies 108a that are alternatively connectable to the supporting body 108b.
  • the dispensing device 108 object of the present disclosure can comprise a distributing body 108a and an auxiliary distributing body 108a, alternatively connectable to the supporting body 108b instead of the distributing body 108a.
  • a dispensing portion 109 of the distributing body 108a and a dispensing portion 109 of the auxiliary distributing body 108a differ by shape and/or structure.
  • the dispensing portion 109 of the auxiliary distributing body 108a comprises a first outlet and a second outlet that allow to dispense the beverage simultaneously in two different containers.
  • Figure 1 shows schematically some components of the dispensing device 108 which will be described in detail below.
  • a first component of the dispensing device 108 is the supporting body 108b, which is configured to be coupled, in particular directly coupled, and more in particular fixed, to the body 103 of the faucet 100.
  • a second component of the dispensing device 108 is the distributing body 108a, which is configured to be removably connected to said supporting body 108b.
  • the dispensing portion 109 and the dispensing mouth 102 constitute two separate liquid dispensers, moreover arranged in positions which are different one with respect to each other.
  • the water can be dispensed in at least partial temporal simultaneity with the dispensing of the beverage.
  • the distributing body 108a comprises a dispensing portion 109 configured to allow a distribution of a beverage in a container 400.
  • the ideal axis of beverage dispensing in container 400 is identified by the letter K.
  • Figure 1 shows furthermore the presence of a dispensing plate 108c which is positioned on the supporting surface 200 and which is for example realized in plastic and/or metallic material.
  • the dispensing plate 108c is arranged below the dispensing portion, for example in axis with the ideal axis of dispensing K.
  • the purpose of the dispensing plate 108c is to collect part of the beverage that during the dispensing could exit from the container 400.
  • the container 400 is a container specifically destined to allow the user to drink the beverage directly from the container itself.
  • the container 400 is a coffee cup.
  • the faucet 100 object of the present disclosure is configured to keep the supporting body 108b at a predetermined height with respect to the support 200.
  • Figure 1 shows an example of a faucet marked by this characteristic.
  • faucet 100 which however are not shown in the attached figures, are configured to allow an adjustment of a height assumed by the supporting body 108b with respect to the support 200.
  • the supporting body 108b can translate vertically on the body 103 of the faucet 100 between a first and lower height and a second higher height.
  • the first, lower height can place, for example, the supporting body 108b and, when coupled, the distributing body 108a, at a height substantially close to a coffee cup arranged on the support 200.
  • the above- mentioned height adjustment is reflected in an adjustment of the height assumed by the dispensing portion 109.
  • the supporting body 108b develops along a substantially oblique direction with respect to the development direction (substantially vertical) of the body 103 of the faucet and/or with respect to the development direction overall identified by the assembly formed by the body 103 and by the dispensing tube 101.
  • the distributing body 108a is removably connectable to said supporting body 108b along the substantially oblique direction and/or along the direction axial to the development axis of the supporting body 108b.
  • the embodiment shown in the attached figures shows a solution wherein the distributing body 108a is removably connectable to the supporting body 108b along a direction substantially axial to the axis of a water flow that passes through the container for beverages dispensing 190.
  • FIG. 1 A first example of container for beverages dispensing 190 is described in figure 2.
  • This container for beverages dispensing 190 assumes a substantially truncated cone capsule form and is preferably of "disposable” type. In use the container for beverages dispensing 190 is appropriately thrown in the trash.
  • the capsule has a lateral wall, a head wall 191 and a bottom wall, opposed to the head wall and that realizes a dispensing portion 193.
  • the dispensing portion 193 is the one from which, in use, the beverage exits by effect of the introduction of the water in the inner volume of the capsule.
  • the inner volume of the capsule is defined by the head wall, the lateral wall and the bottom wall.
  • the head wall 191 of substantially discoidal and planar form, is joined in correspondence of an upper annular edge of the lateral wall.
  • the bottom wall, of substantially discoidal and planar form too, is joined in correspondence of a lower annular edge of the lateral wall.
  • the capsule comprises a ring 192, which realizes an engaging portion for the capsule in mechanisms that determine its retention in a predetermined position.
  • the ring is substantially rigid.
  • the engaging portion is a peripheral portion.
  • the engaging portion is arranged in correspondence of an end of the capsule.
  • the engaging portion could also be placed in correspondence of an intermediate portion of the lateral wall of the capsule (referred to the average infusion direction between the head wall 191 and the dispensing portion 193).
  • All the walls of the capsule are substantially airtight, and this allows to preserve the granulate contained herein for a long time.
  • the body of the container for beverages dispensing 190 is in this case realized in plastic material and in particular can be realized in plastic material specifically destined to provide a barrier to oxygen, in order to preserve the aroma of the granulated or shredded product contained therein for as long as possible.
  • At least one between the upper wall and the lower wall are configured to be pierced by piercers which determine the possibility for the water to wet the granulate contained in the inner volume of the capsule in order to extract aromas and determine the possibility of extracting the beverage preferably from a direction substantially opposed with respect to that of introduction of the water.
  • Figure 3 shows a container for beverages dispensing 190 of substantially discoidal form, formed by the juxtaposition of an upper portion that realizes the head wall 191 and of a lower portion that realizes the dispensing portion 193.
  • the upper portion and the dispensing portion are substantially identical and of substantially specular form and each one has a peripheral annular portion preferably of circular shape.
  • the upper portion and the dispensing portion are between joined together for example by means of ultrasonic welding, in correspondence of the peripheral annular portion.
  • Camberings present on the central area of the upper portion and on the dispensing portion define the inner volume of the capsule.
  • this capsule is reversible - i.e. it can be turned upside down by 180° - transforming the dispensing portion in head wall and vice versa.
  • the upper portion and the lower portion can be substantially insulating (for example, realized in a plastic/aluminum assembly) or comprise a porous material (for example, cellulose) to allow the passage of the beverage.
  • the upper portion and/or the lower portion can be pierced through at least one piercer to allow the extraction of the beverage.
  • container for beverages dispensing 190 of figure 3 is preferably of "disposable” type.
  • Figure 4 shows a further variant of a container for beverages dispensing 190, with a substantially rigid bowlshaped body.
  • the lateral wall - which defines a preferably substantially circular transversal section - has a closing lip that defines a head wall 191, and has a ring 192 that realizes an engaging portion of the capsule.
  • the bowl is tapered and has a dispensing portion 193 in the form of a small conduit or spout, substantially rigid too.
  • the dispensing portion 193 can be provided with a sealing lip, arranged in a distal position and accessible from the outside of the capsule or in a position inside the bowl.
  • the sealing lip can be fractured by the action of a piercer or by the action of the pressure exerted by the water that is introduced into use from the capsule in correspondence of the head wall 191 .
  • the capsule of figure 4 is preferably of "disposable” type.
  • FIG. 5 a further variant of container for beverages dispensing 190 is shown in figure 5.
  • This is of a container for beverages dispensing 190 of reusable type.
  • the container for beverages dispensing 190 has a first body 190a and a second body 190b, for example, of substantially bowl-shaped form, removably assemblable in correspondence of their contact portions which
  • first body 190a On the first body 190a is defined a dispensing portion 193 and on the second body 190b is defined a head portion 191.
  • the granulate or shredded material is introduced into at least one between the first body 190a and the second body 190b. At this point, the two bodies can be coupled to realize the capsule herein described, ready to be introduced into the dispensing device 108 object of the present disclosure.
  • the container for beverages dispensing 190 must not be considered necessarily closed or closable or provided with couplable portions so as to define a substantially closed chamber, as shown in the embodiments 2 to 5.
  • the container for beverages dispensing 190 can be of a substantially open type and provided, for example, with a cup or funnel conformation. In a tapered portion, this cup or funnel defines the dispensing portion 193, which can have a plurality of small holes destined to allow the passage of the water that has been enriched by the aroma of the granulate, but which substantially prevents the passage of the granulate itself.
  • a non-limiting embodiment of the container for beverages dispensing 190 can be specifically destined to be filled with a granular product through a teaspoon, and can assume the shape of a funnel or filter for Moka.
  • At least one between said supporting body 108b and said distributing body 108a is configured to retain and/or contain at least part of a container for beverages dispensing 190.
  • a preferred embodiment comprises a supporting body 108b configured to contain substantially the whole container for beverages dispensing 190, whereas the distributing body 108a retains said container for beverages dispensing 190 in a removable way, but the container for beverages dispensing 190 is not substantially introduced in the distributing body 108a.
  • Figure 10 clearly shows this characteristic. It shows the assembly formed by the distributing body 108a and related associated capsule, appropriately retained; the assembly is ready to be coupled to the supporting body 108b; it is clear that the capsule is arranged cantilevered with respect to the distributing body 108a.
  • the container for beverages dispensing 190 is freely couplable to or decouplable from at least one between the supporting body 108b and the distributing body 108a.
  • the dispensing device 108 herein described is specifically designed in such a way as to allow the dispensing of the water through the dispensing mouth 102 both when in assembled operating configuration and when in disassembled operating configuration.
  • the faucet 100 has two outlets for liquids: the first is the dispensing mouth 102 from which the water exits adjusted in temperature and/or flow from the valve 104, and the second is the dispensing portion 109, which is destined - in particular exclusively destined - to allow the exiting of the beverage.
  • supporting body is given by the fact that - as clearly visible for example in figure 6, and/or in the exploded view of figure 7 - this body supports and in particular sustains the distributing body 108a when here connected.
  • the name "distributing body” is given by the fact that this body is mainly responsible for finalizing the dispensing of the beverage 500 in the container 400.
  • the container for beverages dispensing 190 results interposed, in particular compressed and/or blocked, between the supporting body 108b and the distributing body 108a.
  • the supporting body 108b and the distributing body 108a when coupled in the assembled operating configuration, define as a whole a housing volume configured to contain, preferably completely, the container for beverages dispensing 190.
  • the housing volume can be entirely defined in the supporting body 108b, or entirely defined in the distributing body 108a, or partially defined in the supporting body 108b and in the distributing body 108a.
  • the housing volume is defined at least partially by a cavity 120c which is configured to contain at least part of the container for beverages dispensing 190.
  • the embodiment of the supporting body 108b shown in the attached figures comprises:
  • a casing 121 which constitutes the outermost portion of the supporting body 108b, and which is the portion that in use can be touched by the user;
  • these casing 121 , intermediate body 120 and tank 112 assume a substantially cylindrical form, but this form should not be considered limiting.
  • the water supplying inlet 122 that is present on the supporting body 108b is configured to receive water from the faucet 100, in particular from the conduit 107.
  • the tank 112 detects the cavity 120c that houses at least part of the capsule.
  • the water supplying inlet 122 opens on the cavity 120c, in particular on a bottom portion thereof.
  • the water flows from the water supplying inlet 122 into the supporting body 108b, and in particular flows within the cavity 120c thereof.
  • the water therefore, flows substantially entirely into the container for beverages dispensing 190, and from the latter flows into the distributing body 108a to then be finally dispensed into the container 400.
  • a granulate that comprises for example ground coffee beans or parts of plant leaves such as tea. This granulate offers a resistance to the free flow of the water, and therefore a counter-pressure toward the water supplying inlet 122.
  • the water flow permeates the granulate and some aromatic substances are extracted from the granulate itself, also thanks to the fact that this water flow is preferably hot.
  • FIG. 6 shows a container 400 in the form of a coffee cup.
  • the container for beverages dispensing 190 can be generally configured to also contain a shredding of an organic product.
  • the faucet 100 herein described is preferably configured to dispense the beverage into a container 400 destined to allow a direct intake of the beverage by the user.
  • the selection of the hot water dispensing toward the dispensing device 108 described herein can conveniently be carried out through the user interface 105; an appropriate action by the user on the user interface 105 can for example determine an automatically time-limited opening of a solenoid valve determining the introduction of hot water into the water supplying inlet 122.
  • the hot water dispensing toward the dispensing device 108 can also take place by means of a remote command.
  • This remote command can be a remote control, preferably of wireless type (device dedicated or portable electronic device, comprising an appropriate software application).
  • the hot water dispensing toward the dispensing device 108 can also be carried out by means of a virtual assistant.
  • the virtual assistant is in particular able to receive a voice command from the user.
  • a data processing unit that allows the control of the virtual assistant and that is operatively connected with the pump and/or valve that allows the hot water dispensing in the water supplying inlet 122.
  • the data processing unit can be considered part of the device herein described, or be alternatively part of the faucet 100.
  • a valve and/or control pump is provided with the purpose of controlling the water dispensing on the water supplying inlet 122; the valve and/or control pump can in some cases be the valve 104 of the faucet.
  • the quality espresso coffee dispensing takes place by means of an extraction determined by a pressurization of the container for beverages dispensing 190. Then, the dispensing device 108 is destined to withstand - as a whole - a predetermined hydraulic pressure, for example equal to 2 or 4 or 6 bar.
  • the supporting body 108b must be able to withstand the aboveindicated pressure due to the fact that it contains the container for beverages dispensing 190.
  • the distributing body 108a must in any case withstand the above-indicated pressure due to the fact that, as will be better clarified in the following portion of the description, is axially pushed in expulsion by the coupling on the supporting body 108b (in particular by the cavity 120c) due to said pressure that is discharged first of all on the head wall 191 .
  • the present disclosure shows a technical solution wherein the supporting body 108b and the distributing body 108a, when in said assembled operating configuration, define a liquid-tight coupling.
  • this coupling is destined to allow the transit of said water from said supplying inlet 122 to said dispensing portion 109 exclusively through the container for beverages dispensing 190.
  • At least one between the supporting body 108b and the distributing body 108a is configured to retain and/or contain at least part of the container for beverages dispensing 190 independently of its own orientation in space.
  • the attached figures show a particular embodiment wherein the distributing body 108a retains, independently of its orientation in space, the container for beverages dispensing 190.
  • the distributing body 108a comprises a retainer 118, 119 for the container for beverages dispensing 190.
  • This retainer 118, 119 comprises a ring-shaped body and in correspondence of two radially opposed portions thereof depart two flaps 118 provided with two flexible blades that retain the container for beverages dispensing 190 in correspondence of an engaging portion thereof 192.
  • the retainer 118, 119 is configured to retain the container for beverages dispensing 190 in such a way as to make it integral in rotation with the distributing body 108 at the coupling on the supporting body 108b. Thanks to this technical characteristic, the introduction of the container for beverages dispensing 190 into the cavity is optimized. This also determines a better pressure tightness in correspondence of the junction between the engaging portion 192 and the parts that define the housing volume (cavity 120c, and striking surface 116).
  • the retainer 118, 119 protrudes forward in correspondence of a front portion of the distributing body 108a which in use is the portion that first meets the supporting body 108b at the coupling of the distributing body 108a with the latter.
  • the retainer 118, 119 is introduced into the supporting body 108b itself, but lies preferably outside the previously mentioned housing volume.
  • FIG. 7 shows a technical solution wherein two blades that protrude from the flaps 118 toward a radially central portion of the body ad ring, retain the capsule in correspondence of its engaging ring.
  • the Applicant has conceived a dual embodiment, wherein the supporting body 108b comprises the above-mentioned retainer 118, 119.
  • Having a distributing body 108a provided with a retainer able to retain the container for beverages dispensing 190 independently of its orientation in space is advantageous: in use, the user who wants to take the beverage firstly engages the container for beverages dispensing 190 on the retainer 118, 119 and therefore constrains it to the distributing body 108a, and only afterwards couples the assembly thus formed to the supporting body 108b.
  • the latter can be freely moved without particular care for its spatial orientation and without the risk of inadvertently losing the container 190 - distributing body 108a coupling.
  • the dispensing portion 109 can comprise a dispensing conduit that is configured to dispense the beverage from the container for beverages dispensing 190 to the container 400.
  • the dispensing portion 109 can simply comprise a hole that surrounds the dispensing nozzle or conduit of the capsule; in this case the dispensing portion 109 does not fulfill the technical function of a conduit.
  • the distributing body 108a comprises a striking surface 116 for said container for beverages dispensing 190.
  • the striking surface 116 assumes a substantially planar disc form that interfaces with a front end portion of the capsule, and in particular - in the embodiment shown in the attached figures - with the dispensing portion 193 of the capsule.
  • the attached figures show a non-limiting embodiment wherein the striking surface is in form of a circular blade and with a planar surface.
  • the striking surface 116 is arranged in correspondence of the retainer 118, 119 and is positioned in backward position with respect to the retaining flaps 119.
  • the striking surface 116 - when the distributing body 108a and the supporting body 108b are in the coupled operating configuration - acts as element that prevents the exiting of the container for beverages dispensing 190 from the housing volume.
  • the striking surface 116 can conveniently comprise a plurality of holes, preferably spatially equally distributed. In this case the striking surface 116 acts as filter for the beverage.
  • the holes are connected - directly or indirectly - with the dispensing conduit.
  • the striking surface 116 is coplanar to the dispensing portion 193 of the container for beverages dispensing 190.
  • the striking surface 116 is coplanar to the dispensing portion 193 of the container for beverages dispensing 190 and is facing and directly in contact with the dispensing portion 193.
  • the striking surface 116 in particular when the distributing body 108a and the supporting body 108b are properly arranged in the assembled operating configuration, contacts in an almost integral way the engaging portion 192 of the container for beverages dispensing 190 and is preferably entirely in contact with the dispensing portion of the latter.
  • the striking surface traces the form of the dispensing portion 193 of the container for beverages dispensing 190.
  • the striking surface 116 comprises a first face that in use results in contact with the container for beverages dispensing 190 and comprises a second face opposed to the first face.
  • a sealing ring 117c is put in contact with said second face and in particular with a peripheral portion of said second face.
  • the sealing ring 117c is squeezed between the second face and an intermediate body 117b which has a contact edge with said substantially circular sealing ring.
  • the intermediate body 117b comprises a hole 117 that allows the evacuation of said beverage in the dispensing portion 109.
  • the hole 117 is arranged in correspondence of a lower portion of the distributing body 108a or anyway in a portion that upon reaching an appropriate assembled operating configuration, as a result of the relative rotation existing between the distributing body 108a and the supporting body 108b, results to be positioned in a lower portion of the distributing body 108a.
  • This technical characteristic advantageously allows to convey the maximum possible quantity of beverage in the container 400; otherwise, where the hole 117 was positioned not in a lower portion of the distributing body 108a, part of the beverage would collect in the lower portion itself due to gravity and this would cause a stagnation of part of the beverage which promotes an unwanted dripping upon disconnection of the distributing body 108a from the supporting body 108b.
  • the hole 117 develops substantially along the axis X.
  • the dispensing portion 109 is oriented substantially along a direction orthogonal to the axis X.
  • the intermediate body 117b is inserted in a casing 109b in turn contained in an outer casing that comprises the gripping knurling 108f and that constitutes the surface that in use the user contacts during the handling in translation and/or rotation between the assembled operating configuration and the disassembled operating configuration.
  • the casing 109b realizes a flow diverting body that comprises: - an inlet portion, that receives the beverage directly from the hole 117 and that is in contact with the intermediate body 117b, and
  • the inlet portion in use receives the beverage from the container for beverages dispensing 190.
  • the inlet portion and the outlet portion are in this case oriented along two different directions, and in particular their structural conformation is such as to determine a deviation of flow assumed by said beverage by an angle substantially between 60° and 120°, preferably between 70° and 110° and more preferably equal to 90°.
  • This particular technical characteristic is important because the body of the dispensing device 108 protrudes substantially horizontally and the traditional dispensing of a beverage, by gravity, is convenient that it takes place along a substantially vertical direction.
  • angles described above allow to dispense the beverage with a starting flow that, with respect to a vertical direction, assumes a maximum angle by 30° or 20° and this allows to carry out a dispensing with a sort of gush, sufficiently inclined to provide a particular aesthetic effect at the moment of dispensing without however causing significant dripping outside the container 400.
  • the distributing body 108a is configured to removably retain the container for beverages dispensing 190 cantilevered, therefore outside its shape; however, a contrary solution has been conceived, wherein the distributing body 108a has a cavity substantially detecting an outline tracing an outline of at least part of said container for beverages dispensing 190 and wherein the supporting body 108b is configured to retain removably the container for beverages dispensing 190 cantilevered, therefore outside its shape.
  • the latter solution is not shown in the attached figures.
  • the striking surface 116 when said supporting body 108b and said distributing body 108a are in said coupled operating configuration, acts as pushing and/or retaining element of the container for beverages dispensing 190 toward or in correspondence of a bottom portion of said cavity 120c. This ensures an optimal retention of the container for beverages dispensing 190 in a predefined position within the housing volume.
  • a first coupling method between the distributing body 108a and the supporting body 108 provides a purely axial insertion of at least part of one of the two within the other.
  • a second coupling method between the distributing body 108a and the supporting body 108b provides a juxtaposition between these two, and the retention in coupled configuration is determined by engaging means that engage in a rigid way the distributing body 108a to the supporting body 108b.
  • a further coupling method provides a bayonet coupling.
  • the bayonet coupling is a roto-translatory coupling that comprises:
  • the substantially rotatory movement is axial to the coupling axis X.
  • This technical characteristic allows to have a substantially uniform distribution of a coupling pressure, which reduces the risk of leaks in correspondence of a contact surface defined among the distributing body 108a, the supporting body 108b and the container for beverages dispensing 190.
  • the roto-translatory movement could also be a screwing movement, but specifically when in bayonet form, the translatory movement has a first part and a second part, and specifically comprises:
  • the effect of the above-mentioned movements is to determine a retention of the container for beverages dispensing 190 in a predefined and fixed position within the housing volume and to make it possible when the water is supplied to the dispensing device 108 herein described, this water - not finding substantially space in eventual interspaces present between the outer surface of the container for beverages dispensing 190 and the surfaces of the housing volume defined by the cavity 120c and by the striking surface 116, is exclusively made to transit through the container for beverages dispensing.
  • the peripheral surface of the container for beverages dispensing 190 is therefore in use substantially juxtaposed and in contact with a wall of said housing volume, in particular a wall of said cavity 120c and of said striking surface 116.
  • the distributing body 108a comprises an engagement recess 111 that develops in correspondence of at least part of its lateral cylindrical surface.
  • the engagement recess 111 develops in particular at least for a part along a direction substantially orthogonal to the axis X.
  • the engagement recess 111 reaches up to a front wall or edge of the supporting body 108a, which interfaces with the supporting body 108b and that when there is said assembled operating configuration is contained within the supporting body 108b.
  • the supporting body 108b comprises instead at least one protrusion 121p.
  • the protrusion 121p is configured to engage in the engagement recess 111. More precisely, the protrusion 121 p is arranged in correspondence of the inner surface of the lateral wall of the casing 120.
  • Both the engagement recess 111 and the at least one protrusion 121 p are arranged outside the housing volume.
  • the protrusion 121 p is axially introduced in the engagement recess 111 in correspondence of the portion of the latter that opens on the front part or edge of the supporting body 108a. Subsequently, a rotation of the supporting body 108a around an axis centered on the axis X causes a sliding of the protrusion 121 p in the recess, which is inclined in such a way as to cause - together with said rotation - a further progressive approach to, and/or introduction of the, distributing body 108a a/in the supporting body 108b which determines the contact of the engaging portion 192 of the capsule respectively against the striking surface 1 16 (on one side) and against a front wall of the body which detects the cavity 120c (on the other side).
  • the sealing ring 117c is finally comprised along a direction parallel to axis X to determine an appropriate sealing of the housing volume.
  • a particular embodiment of the dispensing device 108 object of the present disclosure in the assembled operating configuration, comprises a particular retaining configuration, wherein the distributing body 108a not only is assembled on the supporting body 108b but is retained in a position stable on the latter due to the coupling between the protrusion 121 p and the recess 111.
  • the dispensing of the beverage in particular, occurs when there is this retaining configuration.
  • said container for beverages dispensing 190 is blocked and/or compressed between said distributing body 108a and said supporting body 108b, and the housing volume is substantially closed between said water supplying inlet 122 and said dispensing portion 109.
  • the embodiment of the attached figures also shows a discharge conveyor 114, 115, which is configured to discharge at least part of the water introduced in the container for beverages dispensing 190 and/or at least part of the beverage not dispensed or remained in substantial proximity of the container for beverages dispensing 190.
  • the Applicant has in fact noted that it can be preferable and convenient that the supporting surface 200 is not stained or in any case affected by dripping deriving from the decoupling of the distributing body 108a from the supporting body 108b.
  • the discharge conveyor 114, 115 preferably comprises at least one tank portion 114, that is positioned in the lower portion (preferably a bottom portion, placed at the lowest possible height) of the supporting body 108b.
  • the discharge conveyor 114, 115 is preferably fixed in a rigid way on the body of the supporting body 108b and is in particular arranged inside the casing 120.
  • the concave shape of the tank traces the partially circular or tubular profile of the lower portion of the casing 120.
  • the concave shape of the tank promotes the collection of any beverage by gravity in a specific portion of the tank itself, and this reduces the possible presence of stagnant deposits that could generate bad odors over time.
  • the Applicant has conceived a further embodiment of the dispensing device 108 object of the present disclosure wherein the discharge conveyor 114, 115 is integral part of the distributing body 108a.
  • the discharge conveyor 114, 115 is destined to collect part of the beverage that can be left in a liquid collection portion that by gravity is realized in correspondence of the housing volume of the container for beverages dispensing.
  • the discharge conveyor 114, 115 is configured to discharge liquids in a discharge conduit positioned in substantial proximity of the body of the faucet or, more preferably, into the body of the faucet.
  • the discharge conveyor 114, 115 can be configured to discharge liquids in said discharge conduit simply by gravity or through the aid of active aspiration elements (active aspirator), such as for example an electric pump.
  • active aspirator active aspirator
  • the electric pump can be part of the dispensing device 108 object of the present disclosure or can be part of the faucet 100 or can be an element not being part of the latter.
  • the electric pump is positioned under the supporting surface 200, and is connected to the discharge conduit.
  • the second part 114f is a peripheral portion of the tank 114, in particular being a front portion of the tank 114, oriented toward the distributing body 108a, partially introducing in said distributing body 108a and also shaped in such a way as to trace at least part of the shape
  • the discharge conveyor 114, 115 comprises an outlet orifice 115 connected - in particular directly connected
  • the electric pump cooperates with the conformation of the discharge conveyor 114, 115 which collects the liquid in correspondence of the outlet orifice.
  • the discharge conveyor 114, 115 is removable from the casing 121 so that it can be easily cleaned by the user.
  • the discharge conduit of the faucet is operatively disconnectable from the outlet orifice.
  • the discharge conduit of the faucet can be connected with the discharge conduit of the faucet.
  • the outlet orifice 115 and the second part 114 of the discharge conveyor 114, 115 are arranged in substantially opposed positions, and in particular in correspondence of two opposed end positions of the discharge conveyor itself.
  • the discharge conveyor 114, 115 is arranged outside of the housing volume for the container for beverages dispensing 190.
  • This allows to fulfill the technical function of appropriate dispersion of any residual beverage following the dispensing and/or at the moment of a decoupling between the distributing body 108a and the supporting body 108b without neither compromising the pressure tightness, nor compromising the specific constitution of the walls that overall define the housing volume. Thanks to this technical characteristic, these walls are mostly realized in one piece, without juxtaposition of components and this allows to keep a good seal in the housing volume in assembled operating configuration for a longer time even after numerous uses of the device herein described.
  • some embodiments of the container for beverages dispensing 190 are configured to be pierced in order to allow the dispensing of the beverage in the container 400.
  • At least one between said supporting body 108b and said distributing body 108a is configured to pierce or to determine a piercing of at least part of said container for beverages dispensing 190 when said beverage dispensing device 108 is brought from said disassembled operating configuration to said assembled operating configuration. More specifically, the supporting body 108b and/or the distributing body 108a is configured to determine a piercing of said container for beverages dispensing 190, through a piercer or by effect of a pressure of said water.
  • the container for beverages dispensing 190 is destined to be pierced in correspondence of two opposed portions thereof in correspondence of the head wall 191 and of the dispensing portion 193.
  • the perforation takes place, in both cases, through piercers which then act in correspondence of two substantially opposed portions of the container for beverages dispensing 190.
  • the striking surface 116 can be provided with a plurality of piercers 116n which are destined to work in conjunction with the piercer placed in correspondence of the bottom portion of the cavity 120c.
  • the dispensing device 108 object of the present disclosure comprises a filter, which is and configured to retain at least part of the granulated or shredded material that can inadvertently exit from the container for beverages dispensing 190 at the moment of the dispensing of the beverage.
  • the filter 116k realizes part of the striking surface 116 which is therefore provided with a plurality of through micro-holes preferably equally distributed and destined to allow the beverage to pass through the striking surface 116 itself.
  • the dispensing device 108 object of the present disclosure can be associated a filter for water, placed for example upstream of said water supplying inlet 122; this filter can be destined to eliminate coarse particles that may be present in the water or can be a softener filter. The presence of this filter can help to improve the dispensing quality of the beverage.
  • the Applicant has noted that the dispensing of beverages with appropriate and optimal organoleptic characteristics, in particular where the dispensing is carried out in small volumes (this is the case of an espresso, for example), requires a particularly precise dispensing in terms of the temperature of the water that is supplied to the container for beverages dispensing 190.
  • the hot water dispensing to the water supplying inlet 122 takes place from a conduit provided with a valve positioned very remotely with respect to the dispensing device 108, and in particular at least to the supporting body 108b, or where the hot water dispensing to the water supplying inlet 122 takes place from a boiler remotely placed with respect to the dispensing device 108 and in particular at least to the supporting body 108b, it could happen that the first parts of the volume of water supplied to the container for beverages dispensing 190 are not at an appropriate temperature, and in particular are too cold.
  • the organoleptic characteristics of the beverage may not be optimal.
  • a specific embodiment of the dispensing device 108 is provided for the precise purpose of limiting the risk of a non-optimal supply of a beverage with excellent organoleptic characteristics, and is provided by an auxiliary heater element.
  • the auxiliary heater element is arranged for example in correspondence of the water supplying inlet 122, or is arranged along the conduit of the faucet than from the valve or from the boiler provides water to the water supplying inlet 122 and/or is arranged in correspondence of the cavity 120c.
  • Figure 12 shows for the sake of simplicity, a first auxiliary heater element 188a arranged in correspondence of the water supplying inlet 122, a second auxiliary heater element 188b arranged in correspondence of the conduit of the faucet that brings water to the water supplying inlet 122 and a third auxiliary heater element 188c that is arranged in correspondence of the cavity 120c.
  • These heaters can be present all together or can be present only in part.
  • auxiliary heater element The purpose of the auxiliary heater element is to provide an optimal heating of the water right from the first portions of the dispensing volume.
  • the auxiliary heater element can be electronically controlled by the data processing unit to be activated only for a predetermined time, and/or to be activated or deactivated according to at least one between the following parameters:
  • the purpose of the activation or deactivation of the auxiliary heater element is to supply water that is within a predetermined predefined temperature range, optionally variable by the user, throughout the dispensing volume of the beverage.
  • the at least one first auxiliary heater element herein described can also be considered part of the faucet 100 so far described.
  • a hydrosanitary device 100 comprising a water dispensing body (for example, a shower for a kitchen faucet) and at least one between a valve for the control of the hot water dispensing, preferably substantially boiling water, and a boiler for the production of hot water, preferably substantially boiling water, wherein said valve and/or said boiler is connected to said water dispenser body, by means of an inlet conduit.
  • a water dispensing body for example, a shower for a kitchen faucet
  • a valve for the control of the hot water dispensing preferably substantially boiling water
  • a boiler for the production of hot water, preferably substantially boiling water
  • the hydrosanitary device 100 herein described comprises at least one first auxiliary heater element 188a, 188b, 188c configured to act on the inlet conduit, preferably in cooperation with said valve and/or boiler.
  • This at least one first auxiliary heater element is provided in order to keep the water that in use flows in said inlet conduit within a predetermined temperature range, preferably until the moment at which the water that flows in said inlet conduit from said valve and/or boiler reaches a temperature substantially comprised in said predetermined temperature range.
  • the at least one first auxiliary heater element 188a, 188b, 188c is configured to be temporarily activated in an initial step of dispensing of said beverage and/or for a predetermined time, and/or to be activated according to at least one between the following parameters:
  • the at least one first auxiliary heater element which, as is clear from the preceding description, compensates for a lack of temperature of the water dispensed by intervening in the heating of the latter downstream of the valve and/or boiler, is conveniently of the electrical type.
  • the dispensing device and/or the hydrosanitary device 100 can be provided with a control system suitable for preventing an excessive overheating of the at least one first auxiliary heater element.
  • the above-mentioned temperature range is [92-96] °C or is [70-80] °C.
  • Figure 13 shows a particular embodiment of the hydrosanitary device 100 wherein the beverage dispensing device 108 integrates a bypass conduit that allows not to introduce water inside the housing volume, and then in the container for beverages dispensing 190, until the temperature of the water that comes from the water supplying inlet 122 remains below a predetermined temperature value, in particular allowing a recirculation of the water that flows in the bypass conduit or a discharge thereof.
  • the water supplying inlet 122 comprises a first branch 122u and a second branch 122b; the first branch 122u is destined to introduce directly water inside the housing volume, whereas the second branch 122b is destined to allow a water flow in recirculation or in a discharge conduit 214.
  • the second branch of the water supplying inlet 122 which realizes the bypass conduit of the housing volume of the container for beverages dispensing 190, allows to make the water flow in the tank 114 of the discharge conveyor 114, 115, and this happens through a ramp 114r that conveys the water exiting the bypass conduit toward the tank 114.
  • the outlet orifice 115 of the tank 114 supplies the water to a discharge conduit 214, which is connected with a sewer system or with an equivalent water disposal system.
  • the discharge conduit 214 comprises an air access orifice 215, which is vertically oriented and is freely open into the body of the hydrosanitary device 100.
  • the air access orifice 215 allows to prevent the risk of vacuum formation inside of the discharge conduit 214: this vacuum could prevent or at least limit the proper emptying of the discharge conduit 214.
  • the technical function performed by the air access orifice 215 is present both in the configuration wherein the distributing body 108a is coupled to the supporting body 108b, and in the configuration wherein the distributing body 108a is uncoupled from the supporting body 108b.
  • the first branch 122u is a branch that, depending on the conditions - better described in the following portion of description - can comprise:
  • the switching between the open configuration and the closed configuration is determined by the pressure P of the water in the first branch 122u and in the portion of water supplying inlet 122 upstream of the first branch 122u.
  • a first elastic element 240 is arranged in the first branch 122u to allow to adjust the switching between the open configuration and the closed configuration in accordance to the pressure of the water in the first branch 122u and in the portion of water supplying inlet 122 upstream of the first branch 122u.
  • a threshold pressure Pth above which the first branch 122u is in open configuration, or is switched from the closed configuration to the open configuration, and below which the first branch 122u is in closed configuration, or is switched from the open configuration to the closed configuration.
  • the threshold pressure Pth can be conveniently determined by the elastic constant of the spring and/or by the preload of the latter.
  • a predetermined pressure (threshold pressure Pth, or greater) allows to advantageously improve the organoleptic characteristics of the beverage, in particular of the coffee or of the tea.
  • Pth threshold pressure
  • the Applicant notes that too low pressures can lead to rather liquid coffees, whereas higher pressures determine a greater creaminess of the coffee, much appreciated above all for the "espresso” coffees.
  • the first elastic element 240 is a helical spring.
  • the second branch 122b is a branch that, depending on the conditions - better described in the following portion of the description - can comprise: - an open configuration, wherein it allows the water flow by bypassing the passage in the container for beverages dispensing 190 and diverting the water in the discharge conduit 214 (embodiment shown) or by allowing its recirculation (embodiment not shown);
  • the switching between the open configuration and the closed configuration is determined by the temperature T of the water in the second branch 122b and in the portion of water supplying inlet 122 upstream of the second branch 122b.
  • a threshold temperature Tth is defined. If the water in the water supplying inlet 122, and in particular in the second branch 122b, has a temperature equal to or greater than Tth, the second branch 122b is automatically closed, and the water flow in the second branch 122b is diverted exclusively toward the first branch 122u.
  • the second branch 122b is kept open, and the water flow is kept in the second branch 122b.
  • the second branch has a pair of elastic elements 241 , in particular a first helical spring and a second helical spring arranged coaxially, one of which is with shape memory and is deformed in a differentiated way in accordance to the temperature of the water.
  • the threshold temperature Tth can in this case be conveniently defined by the spring elastic constant, and can be adjusted for example with an adaptation of the spring preload.
  • the residual pressure in the water supplying inlet 122 when the second branch 122b is open is however lower than the threshold pressure Pth. This means that in a preferred embodiment a condition wherein both the first branch and the second branch are open is not realizable.

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  • Engineering & Computer Science (AREA)
  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Hydrology & Water Resources (AREA)
  • Public Health (AREA)
  • Water Supply & Treatment (AREA)
  • Food Science & Technology (AREA)
  • Devices For Dispensing Beverages (AREA)

Abstract

L'invention concerne un dispositif de distribution (108) de boissons extraites de récipients pour la distribution de boissons, en particulier de récipients consommables et/ou rechargeables, configurés pour, et plus particulièrement destiné à, être raccordés à un robinet (100) pour la distribution d'eau, de préférence un robinet de cuisine ; le dispositif de distribution de boisson (108) comprend : un corps de support (108b) conçu pour être raccordé à un corps (103) dudit robinet (100) ; un corps de distribution (108a) conçu pour être raccordé de manière amovible audit corps de support (108b) et comprenant une partie de distribution (109) conçue pour permettre la distribution d'une boisson dans un récipient (400) ; ledit corps de support (108b) et/ou ledit corps de distribution (108a) sont configurés pour retenir et/ou contenir au moins une partie d'un récipient pour la distribution de boissons (190) ; ledit corps de support (108b) comprend une entrée d'alimentation en eau (122) configurée pour recevoir de l'eau dudit robinet (100) ; et ledit dispositif de distribution (108) présente une configuration de fonctionnement assemblée, ledit corps de support (108b) et ledit corps de distribution (108a) étant raccordés pour permettre la distribution de ladite boisson en faisant couler ladite eau depuis ladite entrée d'alimentation en eau (122), à l'intérieur dudit récipient de distribution de boissons (190), et vers ladite partie de distribution (109), et une configuration de fonctionnement démontée, corps de support (108b) et ledit corps de distribution (108a) étant désolidarisés et permettant d'accéder audit récipient de distribution de boissons (190).
PCT/IB2025/053468 2024-04-11 2025-04-02 Dispositif de distribution de boisson et son robinet Pending WO2025215468A1 (fr)

Applications Claiming Priority (8)

Application Number Priority Date Filing Date Title
IT102024000008245 2024-04-11
IT202400008245 2024-04-11
IT202400017836 2024-07-31
IT102024000017836 2024-07-31
IT102024000017830 2024-07-31
IT102024000017851 2024-07-31
IT202400017851 2024-07-31
IT202400017830 2024-07-31

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150004288A1 (en) * 2013-07-01 2015-01-01 As Ip Holdco, Llc Systems and methods for making single-cup beverages
EP3835497A1 (fr) * 2019-12-13 2021-06-16 Paini S.p.A. Rubinetterie Robinet comprenant une unité de distribution de boissons en capsules et procédé de distribution de boissons
EP4011250A1 (fr) * 2020-12-02 2022-06-15 Hamat Sanitary Fittings and Castings Ltd. Système bifurqué de préparation de boisson
US20230119507A1 (en) * 2020-03-01 2023-04-20 Ellsi Limited A tap

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150004288A1 (en) * 2013-07-01 2015-01-01 As Ip Holdco, Llc Systems and methods for making single-cup beverages
EP3835497A1 (fr) * 2019-12-13 2021-06-16 Paini S.p.A. Rubinetterie Robinet comprenant une unité de distribution de boissons en capsules et procédé de distribution de boissons
US20230119507A1 (en) * 2020-03-01 2023-04-20 Ellsi Limited A tap
EP4011250A1 (fr) * 2020-12-02 2022-06-15 Hamat Sanitary Fittings and Castings Ltd. Système bifurqué de préparation de boisson

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