Machine for preparing beverages with enhanced access to internal machine components

Abstract

The present invention discloses a machine (1) for preparing beverages, in particular aromatic beverages such as for example espresso type coffee, comprising a machine casing (2) that presents at least one first access element (21) on a lateral face of said machine casing (2), adapted so that provides access to the interior region where there are the fluid pressurization means (5), preferentially also a second element access (22) also on a lateral face of said machine casing (2), adapted so that provides access to the interior region where there is provided a milk frothing device (9), thereby enabling its removal for periodic cleaning in ergonomic manner.

Claims

1. A machine (1) for preparing beverages, including espresso coffee, comprising: a machine casing (2) that presents side, top and posterior walls, thereby configuring a parallelepiped form, a fluid storage (3) provided on a posterior part of said machine (1), a fluid heater (4) and fluid pressurizer (5) provided inside of said casing (2), a discharge means (7) associated with said machine casing (2) and presenting passageways for discharge of beverages, a fluid collector (6) provided on a front part of the machine (1) above said discharge means (7), and adapted for collecting a single portion of edible substance, and a control means (8) provided inside of said machine casing (2) and adapted to actuate said fluid heater (4) and fluid pressurizer (5), wherein at least one of said side and posterior walls of said machine casing (2) presents at least a first and a second access element (21, 22) adapted to provide access to the interior of said machine casing (2), whereby at least the first access element (21) provides access to the interior of said machine casing (2) where there is arranged said fluid pressurizer (5), but not said control means (8), so that said fluid pressurizer (5) can be installed and replaced on respective fluid connections internal to said casing (2) without removal or disassembly of said casing (2).

2. The machine according to claim 1, wherein one of said side walls of said machine casing (2) presents said first and second access elements (21, 22), each being adapted to provide access to a respective confined space inside of said casing (2), without access to further spaces inside of said casing (2), and adapted to contain different components of said machine (1), whereby said first and second access elements (21, 22) are provided on the same side wall of said casing (2) but with at least one of a different volume shape and a different volume dimension.

3. The machine according to claim 1, wherein said posterior wall of machine casing (2) presents a third access element (23) adapted to provide access only to said fluid storage (3) inside of said machine casing (2), and to no other component or space inside of said machine casing (2).

4. The machine according to claim 3, wherein said access elements (21, 22, 23) are adapted to be actuated by either being moved or being attached relative to said machine casing (2), thereby providing access to respective confined spaces and components inside of said machine casing (2).

5. The machine according to claim 4, wherein said access elements (21, 22, 23) can be actuated to close and open thereby providing access to a respective confined space inside of said casing (2) by means of at least one of: a movement of said access element (21, 22, 23) relative to said machine casing (2), said access element (21, 22, 23) being provided as at least one of: a door element that can rotate around a respective axis, and a curtain element that can roll or fold relative to a respective support, and a retention of said access element (21, 22, 23) relative to said machine casing (2), said access element (21, 22, 23) being provided with at least one male-female-type connection, whereby said access elements (21, 22, 23) are adapted to be opened and closed without a tool.

6. The machine according to claim 5, wherein the male-female type connection comprises at least one of a pressure-fitting device or a magnetic attachment device.

7. The machine according to claim 4, wherein the access elements (21, 22, 23) are opened and closed, supported by a connection to said machine casing (2).

8. The machine according to claim 3, wherein said access elements (21, 22, 23) are provided in at least one of said side walls of said casing (2) and are adapted to be opened by means of a swivelling movement around a vertical axis, in manner of a door opening in the direction from a front part towards a posterior part with relation to said casing (2), and to be closed by a reverse movement, thereby providing improved ergonomics in relation to a position of a user of the machine (1).

9. The machine according to claim 3, wherein each of said access elements (21, 22, 23) presents a respective actuation part (24) adopted to at least indicate a region thereof appropriate for handling a respective opening relative to said machine casing (2), and to provide support for handling a respective opening, including for actuation of an attachment device that does not require the use of a tool.

10. The machine according to claim 9, wherein the attachment device comprises at least one of a pressure-fitting device or a magnetic attachment device.

11. The machine according to claim 3, wherein each of said access elements (21, 22, 23) presents an actuation part (24), whereby said actuation part (24) is adapted so as to provide support for a user's finger.

12. The machine according to claim 3, wherein said access elements (21, 22, 23) present a trapezoidal shape and a dimension that corresponds to at least most of the height and at least most of the width of respective regions of side walls and posterior wall.

13. The machine according to claim 1, wherein said first access element (21) provides access to an interior access element (210), provided in the form of a plate, arranged so that the access to the interior space that contains said fluid pressurizer (5) further requires the removal of said interior access element (210), whereby said interior access element (210) is provided so that removal thereof requires the use of a tool.

14. The machine according to claim 1, wherein said fluid pressurizer (5) comprises one or both of a first and a second fluid pressurization device (51, 52), arranged on a central region of the machine casing (2) along a depth thereof, so that a weight of said fluid pressurizer (5) is on a central region of a volume defined by said machine casing (2), relative to the depth thereof.

15. The machine according to claim 1, wherein said fluid pressurizer (5) comprises two pressurization devices (51, 52) adapted to provide different flow pressure values, whereby said first and second pressurization devices (51, 52) are arranged next to each other and are adapted to be directly accessed by means of said first access element (21) from one of the side walls of said casing (2).

16. The machine according to claim 15, wherein the machine further comprises first and second reservoirs as well as a milk frothing device (9) adapted for mixture of a milk flow originating from said second reservoir (32), with a vapour flow generated by said second pressurization device (52), whereby said milk frothing device (9) is arranged inside of said casing (2) on a region lateral relative to said fluid collector (6).

17. The machine according to claim 16, wherein the second access element (22) is disposed on a top region of said casing (2) above said discharge means, and adapted to provide access only to said milk frothing device (9) by means of manual actuation of said second access element (2), so that said milk frothing device (9) can be uninstalled for cleaning and again installed, without requiring any tool for such purpose.

18. The machine according to claim 1, wherein said fluid storage (3) is provided inside of said casing (2) and occupies least part of the width of the interior space confined by said casing (2) in the posterior part of said machine (1), and wherein said first access element (21) further provides access to said fluid storage (3).

19. The machine according to claim 18, wherein said fluid storage (3) occupies at least most of the width of the interior space.

20. The machine according to claim 1, wherein said fluid storage (3) comprises a first reservoir (31) for collecting and supplying water, and a second reservoir (32) for collecting and supplying milk.

Description

LIST OF FIGURES

(1) The invention shall hereinafter be explained in greater detail based upon schematic representations of preferred embodiments and in the attached Figures.

(2) The Figures show:

(3) FIG. 1: first side view of a first embodiment of a machine (1) according to the invention;

(4) FIG. 2: second side view of the embodiment of machine (1) according to FIG. 1;

(5) FIG. 3: front and posterior views of the embodiment of machine (1) according to FIG. 1;

(6) FIG. 4: side view of the embodiment of machine (1) according to FIG. 1, with the discharge casing (7) on an initial opening position;

(7) FIG. 5: first side view of a first embodiment of a machine (1) according to the invention, with the discharge casing (7) on an initial open position;

(8) FIG. 6: second side view of a first embodiment of a machine (1) according to FIG. 5.

DESCRIPTION OF EMBODIMENTS OF THE INVENTION

(9) FIGS. 1 and 2 represent a machine (1) for preparing beverages according to the present invention, adapted for preparing aromatic beverages, such as for example espresso-type coffee, tea and similar, by means of brewing a respective single portion in a brewing chamber by means of an upstream pressurized fluid flow, so as to obtain a beverage downstream.

(10) This type of machines is known from an expert in the field so that it is herewith abdicated from a more detailed description of respective components.

(11) According to a first inventive aspect, said machine (1) presents a machine casing (2) with side and posterior walls, whereby at least one of said side and posterior walls of said machine casing (2) presents at least one of a respective first and second access elements (21, 22) to the interior of casing (2), whereby at least a first access element (21) provides access to the interior region of said casing (2) where there are disposed said fluid pressurization means, and optionally at least one of said fluid storage means (3), but not to said control means (8), so that said fluid pressurization means (5) can be assembled and disassembled from respective fluid connections internal to said casing (2) without disassembling said casing (2).

(12) For safety reasons, it is preferred when the access to said fluid pressurization means (5) further requires the removal of an interior access element (210), for example in the form of a plate or similar (identified in the drawing by the dotted line), that is accessible by means of opening of said first access element (21) and that presents removable attachment means, whereby said attachment means are adapted so that the removal of attachment of said interior access element (210) preferentially requires the use of a tool for such purpose.

(13) It is preferred when said side walls of casing (2) present a first and second access elements (21, 22), adapted so that provide access to different components, whereby said first and second access elements (21, 22) are preferentially provided on the same side wall but with at least one of different shape and different dimension.

(14) It is further preferred when said posterior wall of machine casing (2) presents a third access element (23) adapted so that provides access to said fluid storage means (3).

(15) As can be better observed in FIG. 2, said first access element (21) provides access to the fluid heating means and to the fluid pressurization means a (5), as well as to at least one of the fluid reservoirs (3), for example a milk reservoir.

(16) It is preferred when said fluid pressurization means (5) comprise two pressurization devices (51, 52) adapted so as to provide different flow pressure values, whereby one is dedicated to water pressurization and the other is dedicated to water vapour pressurization, whereby said first and second pressurization devices (51, 52) are disposed next to each other and are adapted so that can be directly accessed from a side wall of said casing (2) via said first access element (21).

(17) It is thus advantageously provided an access to fluid pressurization means (5) by technicians, without the need of removing the while machine casing (2) and of touching in other internal components of said machine (1).

(18) As can be better observed in FIG. 2, the machine (1) in this case further comprises a milk frothing device (9) adapted for mixture of the flow originating from said second reservoir (32), in particular a milk flow, with a flow generated by said second pressurization device (52), in particular a vapour flow, whereby said milk frothing device (9) is arranged inside of said casing (2) on a region lateral relative to said collection means (6).

(19) Said milk frothing device (9) requires periodic maintenance by the user, in particular cleaning thereof. Said second access element (22) provides access for this purpose without requiring the use of tools, and without providing access to other internal components of machine (1).

(20) Moreover, according to another preferred embodiment, said access elements (21, 22, 23) present a respective actuation part (24) adapted so as to at least indicate an appropriate region for handling the opening thereof, preferentially providing support to handling of opening thereof, including for actuation of an attachment device that does not require the use of a tool, such as for example a pressure-fitting device or a magnetic device. Moreover, it is preferred when said access elements (21, 22, 23) present a similar actuation part (24), whereby said actuation part (24) is preferentially adapted so as to provide support to a finger.

(21) The machine (1) further includes discharge means (7) that comprise a discharge casing (71) that presents a respective casing opening (72) confined by a side wall (73) and a base wall (74) that includes at least one, preferentially two passageways (75), developing opposite to said discharge casing (72).

(22) Said discharge casing (71) is disposed with said casing opening (72) oriented upwards so as to confine with said casing (2) when in a closed position, thereby completely confining the flow conduction elements inside of the discharge casing (71) relative to the exterior thereof. Moreover, said discharge casing (71) further comprises at least one flow connection of tubular type adapted for discharging milk and provided in connection and/or extension of one of said discharge passageways (76), whereby said flow connection is preferentially provided as a single piece with said discharge casing (71) so that said flow connection can be removed for cleaning together with said discharge casing (71).

(23) There is in this case also the issue of the possibility of expedite access to the interior of said discharge casing (71), in particular for periodic cleaning of the associated with the flow of milk.

(24) According to an inventive aspect, said discharge casing (71) is adapted so that can be removed from a corresponding part of said machine casing (2) according to at least one of: a downwards rotation movement and, optionally, a frontwards displacement movement away from the machine casing (2); an at least approximately vertical downwards movement away from the machine casing (2), and so that can be again retained in the corresponding part of said machine casing (2) by means of respectively reverse movements.

(25) According to a preferred embodiment (not represented in the drawings) said discharge casing (71) is adapted so that can be retained in removable manner on said casing (2) by means of a screw-like connection.

(26) FIG. 2 further represents a first embodiment of the movement of removal of said discharge casing (71). In particular, said discharge means (7) present a respective discharge casing (71) provided so that can be swivelled around a horizontal axis between a closed position where it is in a substantially horizontal position and an open position where it is in an oblique position.

(27) As illustrated in FIGS. 1 and 2, said discharge casing (71) can be retained in respective part of machine casing (2) by means of a downwards rotation movement, as represented in the left-hand side drawings of FIGS. 3 and 4.

(28) In particular, according to an inventive aspect, said discharge casing (71) comprises retention elements (76) in the perimeter region of the casing opening (72), preferentially disposed in substantially mutually opposing positions and adapted so that provide a removable retention of said discharge casing (71) on said casing (2), without requiring the use of tools for such purpose.

(29) It is preferred when said discharge casing (71) is adapted so that can be retained in removable manner on said casing (2) by means of two retention elements (76) that provide at least one of: conducting guides of discharge casing (71) for retention in corresponding part of said machine casing (2); support to connections of removable type without requiring the use of tools, including at least one of: male-female connections, such as for example of the pressure-fitting type, and connections between materials, such as for example of the magnetic type.

(30) It is herewith provided an easy and ergonomic disassembly and assembly of said discharge casing (71).

(31) As represented on the right-hand side drawings of FIGS. 3 and 4, said posterior wall of casing (2) can further present a third access element (23) on the posterior wall of machine casing (2), adapted so that provides direct access to fluid storage means (3).

(32) According to another preferred embodiment, said fluid storage means (3) comprise a first reservoir (31) for water and a second reservoir (32) for milk, whereby said first and second reservoirs (32) are provided with similar shape and dimensions, and optionally inside of the machine casing (2).

(33) FIGS. 5 and 6 represent a second embodiment of a machine (1) according to the present invention, whereby said first access element (21) is adapted so that only provides access to said fluid pressurization means (5).

(34) As represented, the fluid storage means (3) are provided on an exterior part of the machine casing (2).

(35) It is preferred when said access elements (21, 22, 23) are provided as elements that provide access to the interior of casing (2) by means of at least one of: an actuation movement, including as at least one of a door-like element that can swivel around an axis, and of a curtain-like element that can be rolled-up or folded-up on a respective support associated with said machine casing (2), and an operation of retention removal of said access element (21, 22, 23), including at least one of: male-female connections, such as for example of the pressure-fitting type, and connections between materials, such as for example of the magnetic type. Moreover, it is preferred when said access elements (21, 22, 23) are adapted so that be opened up and closed without using a tool for such purpose.

(36) Moreover, FIGS. 5 and 6 represent a second embodiment of the retention of the discharge casing (71) on a corresponding part of the machine casing (2).

(37) In particular, the discharge casing (71) presents retention elements (76) adapted so that can be actuated by means of a vertical movement and a removable attachment, for example by means of pressure-fitting and/or by means of magnetic elements.

(38) It is preferred when said discharge casing (71) presents retention elements (76) adapted so as to provide to the user a tactile perception of the correct retention of said discharge casing (71) on a corresponding part of machine casing (2).

(39) It is preferred when said discharge casing (71) presents position apprehension elements, for example contact sensors of electric type, magnetic type, and similar, adapted so as to provide data to said control means (8) relating to the correct retention of said discharge casing (71) on a corresponding part of machine casing (2).

(40) It is preferred when at least one of said machine casing (2) and said discharge means (7), preferentially said discharge casing (71), presents information display elements adapted so as to display information to a user relating to the correct retention of said discharge casing (71) on a corresponding part of machine casing (2).

(41) These elements advantageously provide a more reliable and ergonomic use of said discharge casing (71).