Removable cup support platform on collector receptacle

Abstract

A beverage preparation machine (1) comprises: a beverage preparation module (20, 30) having a front face (21) with an outlet (31) for dispensing a prepared beverage; and a cup support (10) located under the outlet (31) for placing a cup (2) under the outlet (31). The cup support (10) comprises a liquid collection receptacle (14) supporting a removable cup placement platform (16) that has a peripheral part (18). The collection receptacle (14) is delimited by at least one upright peripheral sidewall (15) forming a seat (15′) for placing the platform (16). The peripheral part (18) extends over and above the peripheral sidewall (15) when the platform (16) is placed in the seat (15′) so that the platform (16) is seizable at the peripheral part (18) adjacent the peripheral sidewall (15) by a user-hand for removing the platform (16) from the receptacle (14).

Claims

1. A beverage preparation machine comprising: a beverage preparation module having a front face with an outlet configured for dispensing a prepared beverage; a cup support located under the outlet and configured for placing a cup under the outlet; the cup support comprising a liquid collection receptacle supporting a removable cup placement platform that has a peripheral part, the liquid collection receptacle being defined by at least one upright peripheral sidewall; and the peripheral part extends over and above the at least one upright peripheral sidewall when the removable cup placement platform is placed in a seat such that at least a portion of the removable cup placement platform is positioned above a top of the liquid collection receptacle when the removable cup placement platform is in the seat, and such that the removable cup placement platform is seizable at the peripheral part adjacent the at least one upright peripheral sidewall by a user-hand for removing the removable cup placement platform from the liquid collection receptacle, the peripheral part comprises: at least two seizable edges that are located generally opposite to one another across the removable cup placement platform; or one or more seizable edges that extend around the entire removable cup placement platform; and the peripheral part has a lower edge forming a plurality of lower edge hook portions, the at least one upright peripheral sidewall has an upper edge forming a plurality of upper edge hook portions, the plurality of lower edge hook portions and the plurality of upper edge hook portions are configured such that each lower edge hook portion and a corresponding upper edge hook portion are hooked together when the removable cup placement platform is placed in the seat, and the plurality of lower edge hook portions and the plurality of upper edge hook portions comprise a first lower edge hook portion and corresponding upper edge hook portion and further comprise an opposing second lower edge hook portion and corresponding upper edge hook portion when the removable cup placement platform is placed in the seat.

2. The machine of claim 1, wherein the liquid collection receptacle and the removable cup placement platform have an arrangement for fastening the liquid collection receptacle and the removable cup placement platform together, the arrangement selected from the group consisting of: a magnetic fastener; a friction fastener; a screw fastener; a hook fastener; and a bayonet fastener.

3. The machine of claim 1, wherein the at least one upright peripheral sidewall forms a rim into which or around which the plurality of lower edge hook portions extends for being hooked to the plurality of upper edge hook portions, the plurality of lower edge hook portions and the plurality of upper edge hook portions configured to be unhooked by urging the plurality of lower edges of the peripheral part towards a middle part of the removable cup placement platform or by urging the at least one upright peripheral sidewall towards a middle part of the liquid collection receptacle.

4. The machine of claim 1, wherein the cup support has a rear face removably assembled to the front face by a connector arrangement.

5. The machine of claim 4, wherein the connector arrangement is a mechanical connector arrangement and comprises a front hook on the front face disassemblable from a corresponding rear hook on the rear face, the rear hook having a first retaining element and the front hook having a second retaining element, the first retaining element and the second retaining element configured to engage when the cup support is assembled to the front face and disengage when the cup support is disassembled from the front face.

6. The machine of claim 5, wherein the first retaining element of the rear hook extends generally in parallel to the rear face and wherein the second retaining element of the front hook extends generally in parallel to the front face, so that the rear face and the front face are configured to slide in parallel one over another to move the first and the second retaining elements: together from disengagement into mutual engagement to assemble the rear face to the front face; and apart from mutual engagement into disengagement to disassemble the rear face from the front face.

7. The machine of claim 5, wherein the rear hook generally extends in cross-section along two converging directions, and the front hook generally extends in cross-section along two correspondingly converging directions, to facilitate self-positioning of the rear hook relative to the front hook when the cup support is assembled to the front face.

8. The machine of claim 7, wherein the two converging directions are straight and/or arched.

9. The machine of claim 5, wherein the mechanical connector arrangement comprises two front hooks on the front face disassemblable from two corresponding rear hooks on the rear face, the two rear hooks extending in cross-section along parallel directions, and the two front hooks extending in cross-section along corresponding parallel directions.

10. The machine of claim 5, wherein the rear hook generally extends in cross-section along two directions contained in a straight or curved virtual plane, and the front hook generally extends in cross-section along two corresponding directions in a straight or curved virtual plane.

11. The machine of claim 4, wherein the connector arrangement is a magnetic connector arrangement.

12. The machine of claim 1, wherein the beverage preparation module comprises: a main module bearing the outlet; and a service unit having a unit face that is part of the front face, the main module having a main module seat into which the service unit is insertable and from which the service unit is removable.

13. The machine of claim 12, wherein the service unit comprises: a liquid tank configured for supplying liquid that is circulated towards the outlet by the beverage preparation module; and a waste collector.

14. The machine of claim 12, wherein a front hook forms a grip for removing the service unit from the main module seat.

15. The machine of claim 1, wherein the removable cup placement platform has at least one through-passage for evacuating liquid to the liquid collection receptacle from above the removable cup placement platform when placed above the liquid collection receptacle.

16. The machine of claim 1, wherein the seat is formed by the at least one upright peripheral sidewall.

17. The machine of claim 1, wherein the plurality of lower edge hook portions and the plurality of upper edge hook portions are configured to be hooked by urging the lower edge of the peripheral part towards a middle part of the removable cup placement platform or by urging the at least one upright peripheral sidewall towards a middle part of the liquid collection receptacle.

18. The machine of claim 1, wherein the at least two seizable edges are spaced by a distance between 5 cm and 20 cm to allow seizure of the removable cup placement platform by a single user-hand.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) The invention will now be described with reference to the drawings, in which:

(2) FIG. 1 is a perspective view of a beverage machine according to the invention having a main module, a service unit and a cup support;

(3) FIG. 2 illustrates the machine of FIG. 1 in which the main module is separated from the service unit and the a cup support;

(4) FIG. 3 is a magnified view of part of the main module with the service unit of FIG. 1 after removal of the cup support;

(5) FIG. 4 is a magnified view of part of the service unit of FIG. 3;

(6) FIG. 5 is a perspective view of the cup support of the machine of FIG. 1, the cup support having a removable placement platform assembled to a liquid collection receptacle;

(7) FIG. 6 is a view from a different perspective of part of the cup support of FIG. 5;

(8) FIG. 7 is a perspective view of the cup support of FIG. 5 in which the platform is separated from the receptacle;

(9) FIG. 8 is a magnified view of part of the cup support of FIG. 5 illustrating the fastening between the platform and the receptacle; and

(10) FIG. 9 illustrates the machine of FIG. 1 in which the main module is separated from the service unit and the cup support.

DETAILED DESCRIPTION

(11) FIGS. 1 to 9 illustrate exemplary embodiments of a beverage machine 1 according to the present invention. Possible non-limiting alternatives are also indicated by way of example in the following description.

(12) Machine 1 comprises a beverage preparation module 20,30 having a front face 21 with an outlet 31 for dispensing a prepared beverage.

(13) Module 20,30 may be provided with an external housing 34 and/or a user-interface 36.

(14) Machine 1 can be electrically powered, typically by the mains, via an electric cord.

(15) For instance, module 20,30 is configured to circulate a liquid e.g. water from a liquid reservoir 35 to outlet 31. Module 20,30 may comprise at least one of a liquid driver, a thermal conditioner and a beverage mixing cavity e.g. a chamber controlled by an actuator 32 for receiving a beverage ingredient via an ingredient passage 33 and for mixing the ingredient with liquid to prepare the beverage. The ingredient may typically be provided within a capsule.

(16) As illustrated in FIG. 1, machine 1 has a cup support 10 located under outlet 31 for placing a cup 2 (schematically indicated) under outlet 31.

(17) For instance, cup support 10 is removable from under the outlet 31 to permit a placement on a placement surface 4 in front of front face 21 under outlet 31 of a mug 3 (schematically indicated) that is larger than cup 2 as illustrated in FIG. 3. Placement surface 4 can be formed by a support 40 external to machine 1 or by a foot of the machine, e.g. a foot extending under cup support 10 when located under outlet 31.

(18) Cup support 10 comprises a liquid collection receptacle 14 supporting a removable cup placement platform 16 that has a peripheral part 18. Collection receptacle 14 is delimited by at least one upright peripheral sidewall 15 forming a seat 15′ for placing platform 16. For instance, placement platform has at least one through-passage 17 for evacuating liquid to collection receptacle 14 from above platform 16 when placed above the receptacle 14.

(19) Peripheral part 18 extends over and above peripheral sidewall 15 when platform 16 is placed in seat 15′ so that platform 16 is seizable at peripheral part 18 adjacent peripheral sidewall 15 by a user-hand for removing platform 16 from the receptacle 14. For instance, peripheral part 18 extends over and above and beyond peripheral sidewall 15.

(20) Peripheral part 18 may include at least two seizable edges 18′,18″;18′″, 18″″ that are located generally opposite to one another across platform 16.

(21) Peripheral part 18 may include one or more seizable edges 18′,18″,18′″,18″″ that extend around the entire platform 16.

(22) Receptacle 14 and platform 16 can have an arrangement for fastening receptacle 14 and platform 16 together, such as at least one of: a magnetic fastener, e.g. the receptacle having one or more permanent magnets and the platform comprising a ferromagnetic material or vice versa, alternatively both receptacle 14 and platform 16 may be fitted with permanent magnets; a friction fastener, e.g. the peripheral sidewall forming a rim and the peripheral part having one or more lower edges extending inside and/or outside the peripheral rim and tightening the peripheral part 18 to sidewall 15 by friction; a screw fastener, e.g. the platform forming a screw cap on the receptacle; a hook fastener 15′,19; and a bayonet fastener.

(23) For instance, peripheral part 18 has a lower edge forming a hook 19 and upright peripheral sidewall 15 has an upper edge forming a hook 15′. Lower edge hook 19 and upper edge hook 15′ may be hooked together when platform 16 is placed in seat 15′. Peripheral sidewall 15 can have a plurality of spaced apart hooks 15′ and peripheral part 18 can have a plurality of spaced apart hooks 19 so that hooks 15′,19 are hooked together when platform 16 is placed in seat 15′. See FIGS. 7 and 8.

(24) Peripheral sidewall 15 may form a rim into which (or around which) hook(s) 19 of peripheral part 13 extend(s) for being hooked to upper edge hook 15′. Hooks 15′,19 can be arranged to be unhooked by urging the lower edge of peripheral part 18 towards a middle part of the platform (or by urging the peripheral sidewall towards a middle part of the receptacle).

(25) The lower edge of peripheral part 18 may extend downwardly from platform 16 and/or upwardly from the rim when hooks 15′,19 are hooked together.

(26) Cup support 10 can have a rear face 11 removably assembled to front face 21 by a connector arrangement 12,22 such as a mechanical and/or magnetic connector arrangement. See FIGS. 3 to 6.

(27) Connector arrangement 12,22 can be a mechanical connector arrangement 12,22 and can comprise a front hook 22 on front face 21 disassemblable from a corresponding rear hook 12 on rear face 11. Rear hook 12 may have a retaining element 121 and front hook 22 may have a retaining element 221. Retaining elements 121,221 may be mutually engaged when cup support 10 is assembled to front face 21 and disengaged when cup support 10 is disassembled from front face 21.

(28) Liquid collection receptacle 14 may comprise rear face 11 and rear hook 12.

(29) Rear hook 12 can be recessed in rear face 11 and front hook 22 can project out of front face 21, or vice versa.

(30) Retaining element 121 of rear hook 12 may extend generally in parallel to rear face 12 and retaining element 221 of front hook 22 may extend generally in parallel to front face 21, so that rear face 11 and front face 21 are relatively slid in parallel one over another (arrow 5 in FIG. 2) to move retaining elements 121,221: together from disengagement into mutual engagement to assemble rear face 11 to front face 21; and apart from mutual engagement into disengagement to disassemble rear face 11 from front face 21.

(31) Rear hook 12 with its retaining element 121 may generally extend in cross-section along two converging directions 12′,12″ and front hook 22 with its retaining element 221 may generally extend in cross-section along two correspondingly converging directions 22′,22″, so as to facilitate self-positioning of rear hook 12 relative to the front hook 22 when cup support 10 is assembled to front face 21. For instance, converging directions 12′,12″,22′,22″ are converging upwardly or converging sideways, such as converging upwardly or sideways for allowing a vertical or a horizontal assembly and disassembly of cup support 10 and front face 21.

(32) Converging directions 12′,12″,22′,22″ can be straight and/or arched. For instance, each two converging directions 12′,12″,22′,22″ of rear hook 12 and front hook 22 are in a generally symmetric or asymmetric u- or v-arrangement, such as a generally semi-circular arrangement, semi-elliptic arrangement or an arrangement of two intercepting arch segments forming generally a gothic arch.

(33) The mechanical connector arrangement may comprise two front hooks on front face 21 disassemblable from two corresponding rear hooks on rear face 11, the rear hooks extending in cross-section along parallel directions 12a′,12a″ and the front hooks extending in cross-section along corresponding parallel directions 22a′,22a″, such as straight directions 12a′,12a″,22a′,22a″. This is schematically illustrated in FIGS. 3 and 5 (only the directions 12a′,12a″,22a′,22a″ of the hooks being shown). For instance, the front hooks are provided with convergingly directed retaining elements and the rear hooks are provided with divergently directed retaining elements or vice versa so that the rear hooks slide within the front hooks or vice versa.

(34) Tear hook(s) 12 with its/their retaining element(s) 121 may generally extend in cross-section along two directions 12′,12″ contained in a straight or curved virtual plane and front hook(s) 22 with its/their retaining element(s) 221 may generally extend in cross-section along two directions 22′,22″ in a straight or curved virtual plane. For instance, the straight or curved virtual planes are generally upright or at an angle thereto.

(35) Module 20,30 may comprise: a main module 30 bearing outlet 31; and a service unit 20 having a unit face 211 that is part of front face 21. Main module 30 can have a seat 38 into which service unit 20 is insertable and from which service unit 20 is removable, e.g. for emptying or filling or cleaning unit 20, unit face 211 bearing part of connector arrangement 12,22 e.g. a front hook 22.

(36) Outlet 31 may extend from an outlet face 210 that is part of front face 21 such as an outlet face 210 that is generally flush with unit face 211 when unit 20 is in module seat 38.

(37) Module seat 38 may form a cavity in main module 30 for receiving service unit 20.

(38) Service unit 20 may include: a liquid tank 25 for supplying liquid that is circulated towards outlet 31 by preparation module 20/30 (FIG. 9); and/or a waste collector 23,24, such as a collector comprising at least one of: a cavity 23 for collecting solid waste material e.g. a used ingredient; and a cavity 24 for collecting liquid waste material e.g. residual beverage and/or liquid draining from the main module 30.

(39) Service unit 20 can be arranged to be removed from module seat 38 by pulling cup support 10 when assembled to front face 21.

(40) When present, front hook 22 can form a grip 221,222 for removing service unit 20 from module seat 38. Grip 221,222 may generally extend: a) along a u- or v-shape 22′,22″; b) along a virtual plane that is offset and parallel to the unit face 211; c) about at least part of a seizure cavity 223 such as a seizure cavity delimited by a bottom 224 that is recessed relative to the unit face 211; or d) according to a combination of at least two of features a) to c),

(41) For instance, grip 221,222 comprises an edge 222 that extends in a direction that is generally opposite to retaining element 221 of front hook 22.