Beverage capsule with spraying-prevention means
The present invention concerns a beverage capsule ( 300 ) comprising a capsule body ( 301 ) defining a cavity ( 302 ) in communication an open end ( 304 ), an injection wall ( 303 ) enclosing the cavity ( 302 ), a partition dividing the cavity ( 302 ) into an injection space ( 306 ) and a product space ( 307 ) which has at least one channel ( 311 ) configured to retard fluid flow between the two spaces, a rupturing means ( 309 ) within said injection space ( 306 ) configured to rupture said injection wall when deflected into said cavity ( 302 ), and a quantity of a beverage ingredient ( 308 ) within said product space ( 307 ); characterized in that it comprises a sealing support ( 312 ) disposed about said rupturing means ( 309 ), projecting from said partition ( 305 ) towards said injection wall ( 303 ), having a sealing surface ( 313 ) proximal to said injection wall ( 303 ), and configured to contact said injection wall ( 303 ) when it is deflected into said cavity ( 302 ) of said capsule body ( 301 ).
1. A beverage capsule comprising:
a cup-shaped capsule body having an open end and defining a cavity in communication with the open end;
an injection wall disposed upon the open end to enclose the cavity;
a partition disposed within the cup-shaped capsule body and dividing the cavity into an injection space adjacent to the injection wall and a product space opposite the injection wall, the partition provided with at least one channel extending through a thickness of the partition and configured to retard fluid flow between the injection space and the product space;
a rupturing member disposed within the injection space, the rupturing member configured to rupture the injection wall when the injection wall is deflected into the cavity of the cup-shaped capsule body;
a quantity of a beverage ingredient disposed within the product space; and
a sealing support projecting from the partition towards the injection wall and circumscribing the rupturing member, the sealing support having a sealing surface disposed upon an end proximal to the injection wall, the sealing surface is configured to be distanced from the injection wall before deflection of the injection wall and configured to be in contact with the injection wall when the injection wall is deflected into the cavity of the cup-shaped capsule body.
2. The beverage capsule of claim 1 , where the sealing support is a frusto-conical annular body.
3. The beverage capsule of claim 1 , where the sealing support is provided with at least one communication port extending through a thickness of the sealing support.
4. The beverage capsule of claim 1 , where the rupturing member comprises a conical piercing spike having a point projecting towards the injection wall.
5. The beverage capsule of claim 1 , where the rupturing member is integral with the partition.
6. The beverage capsule of claim 1 , wherein the partition is between 1.0 mm and 5.0 mm thick.
7. The beverage capsule of claim 1 , wherein the at least one channel is a cylindrical hole between 0.1 mm and 1.0 mm in diameter.
8. The beverage capsule of claim 1 , wherein a plurality of channels are provided in the partition in a uniform arrangement.
9. The beverage capsule of claim 1 , wherein the rupturing member is a single rupturing member disposed at the center of the sealing support.
10. The beverage capsule of claim 1 , wherein the sealing support is configured to not be in contact with the injection wall when the injection wall is not deflected.
11. A beverage apparatus comprising the beverage capsule according to claim 1 and a beverage preparation machine suitable for functionally accommodating the beverage capsule,
the machine being provided with an injection member, the injection member comprising:
a sealing cup having a rim and a wall, and defining a chamber in communication with a mouth defined by the rim;
an injection port disposed in the wall and permitting fluid communication between the chamber and a fluid source; and
the sealing cup is adapted to create a seal between the rim and the injection wall of the beverage capsule when the sealing cup is pressed into the injection wall, the sealing cup and the rim are substantially the same diameter as the sealing support disposed within the beverage capsule.