TH94892A - Infusion set for drink preparation - Google Patents

Abstract

DC60 Infusion set (1), especially used with beverage preparation machines, consists of one (2) shoulder and second (3) shoulder facing each other. And jointly define the internal cavity as a way It moves the piston (4) with the dispenser (7) positioned between the first and second shoulder (2, 3) and a path (10, 11). The encapsulation is also used, with the piston (4) being Connected to the log way In order to push the lock path from Open position to closed position Where the encapsulation is supported within the dispenser (7) Fig. 1 Infusion sets (1), especially those used with beverage dispensers, consist of the first (2) and second shoulder. (3) facing each other And jointly define the internal cavity as a way It moves the piston (4) with the dispenser (7) positioned between the first and second shoulder (2, 3) and a path (10, 11). The encapsulation is also used, with the piston (4) being Connected to the log way In order to push the lock path from Open position to closed position Where the encapsulation will be supported within the dispenser (7) Figure 1

Claims (14)

1. The infusion unit, particularly for beverage dispensers, consists of a first and second shoulder facing each other, which together define an internal space for the piston's movement. The dispensing unit is positioned between these first and second shoulders and contains a locking capsule pathway. Specifically, the piston connects to this locking pathway, pushing it from the open to the closed position, where the capsule is held within the dispensing unit. 2. An infusion assembly as described in Claim 1, which is characterized by the piston being actuated by a lever action. 3. An infusion unit as specified in Claim 1, which is characterized by such a piston being hydraulically actuated. 4. An infusion assembly as described in Claim 1, which is characterized by such a piston being actuated by a geared motor. 5. An infusion assembly as described in one of the preceding claims, which is characterized by such a locking mechanism consisting of an additional pair of shoulders facing each other, each shoulder creating a cavity to support the block and grooves for gripping the rim of the capsule. 6. An infusion set as described in claim 5, which is characterized by the block being compressed within the cavity by an elastic pathway. 7. An infusion unit as specified in one or more of the preceding claims, which is characterized by such a block being positioned in an inclined plane that is in contact with a fixed dispensing unit. 8. An infusion set as described in one or more of the preceding claims, which is of the characteristic that such block is positioned so that it protrudes from such cavity when such infusion set is in the open position and in this way is fully supported within such cavity when such infusion set is in the closed position. 9. An infusion assembly as described in one or more of the preceding claims, which is characterized by such that such locking pathway consists of two opposing arms that connect to the said piston, each arm having a grooved end for gripping the rim of the said capsule and an inclined plane to provide counterweight to the arm when it engages with the fixed dispensing assembly. 10. An infusion assembly as described in one or more of the preceding claims, which is characterized by each such arm having a rounded end opposite the grooved end supported in a shoulder within the body of the piston, and this rounded end being able to rotate within the shoulder. 11. An infusion assembly as described in one or more of the foregoing claims, which is characterized by each such arm being elastically connected to the piston body by an elastic mechanism allowing such arms to move away from the piston body when they engage the fixed delivery assembly. 12. An infusion assembly as described in one or more of the preceding claims, which is of the nature that it shall consist of a mechanism that allows the separation of the surface of such capsule from such piston. 13. The infusion assembly as described in Claim 12 is characterized by the fact that the path causing the separation of the capsule surface is axial to the piston and can move together with and away from the piston. 14. The infusion assembly as described in claims 12 and 13 is characterized by the path through which the separation of the capsule surface from the piston is expelled by an elastic path.