Filter and vacuum food processor

1. A filter for use in a vacuum food processor, the filter comprising:

a first filter part adapted to direct a suction airflow generated by a vacuum module of the vacuum food processor into the filter via an inlet channel; and

a second filter part adapted to coaxially fit with the first filter part and comprising a cavity, an inner surface of the cavity adapted to maintain non-gaseous substance that is moving along with the suction airflow inside the filter, wherein the first filter part and the second filter part jointly define an outlet channel at a bottom of the first filter part based on at least an associated meshing among a plurality of ribs from the first filter part and the second filter part, the outlet channel adapted to direct the suction airflow outside the filter.

2. The filter of claim 1 ,

wherein the first filter part comprises a first rib of the plurality of ribs extending in a circumferential direction (C) and oriented in an axial direction (Y) of the filter, and

wherein the second filter part comprises a second rib of the plurality of ribs extending in the circumferential direction (C) and oriented in the axial direction (Y), wherein the first rib and the second rib, when fitted in each other, form a first gap as a first part of the outlet channel.

3. The filter of claim 2 , wherein, when the first rib and the second rib are fitted with each other, the first rib is separated from the second rib by a first offset in a radial direction (R), and/or by a second offset in the axial direction (Y).

4. The filter of claim 2 ,

wherein the first filter part further comprises a third rib oriented in the axial direction (Y) and coaxially arranged with the first rib, the third rib being provided outside the first rib in a radial direction (R),

wherein the second filter part further comprises a fourth rib oriented in the axial direction (Y) and coaxially arranged with the second ribs, the fourth rib being provided outside the second rib in the radial direction, and

wherein when the second filter part is fit with the first filter part, the third rib and the fourth rib forms a second gap as a second part of the outlet channel.

5. The filter of claim 4 , wherein, when the third rib and the fourth rib are fitted with each other, the third rib is separated from the fourth rib by a third offset in a radial direction (R), and/or by a fourth offset in the axial direction (Y).

6. The filter of claim 4 , wherein,

when the second filter part is fit with the first filter part,

the second rib is arranged downstream to the first rib along a direction of the suction airflow,

the third rib is arranged downstream to the second rib along the direction of the suction airflow, and

the fourth rib is arranged downstream to the third rib along the direction of the suction airflow.

7. The filter of claim 4 ,

wherein the first rib is integrally formed with the first filter part, and

wherein the second rib is integrally formed with the second filter part; and/or

wherein the third rib is integrally formed with the first filter part, and

wherein the fourth rib is integrally formed with the second filter part.

8. The filter of claim 2 ,

wherein the first rib is adapted to support the second filter part when the second filter part is fit with the first filter part, and

wherein the first rib comprises a contact surface facing toward the inner surface of the cavity, the contact surface is adapted to match an inner surface of the inclined region.

9. The filter according to claim 1 ,

wherein the first filter part comprises a first rib of the plurality of ribs, the first rib extending in a circumferential direction (C) and having a first end face perpendicular to the axial direction (Y) of the filter,

wherein the second filter part comprises a second end face perpendicular to the axial direction (Y), and

wherein when the first filter element is fitted with the second filter element, the first end face is in contact with the second end face in the axial direction (Y), but with a micro gap therebetween for the suction airflow to pass through, and the micro gap forms a part of the outlet channel.

10. The filter of claim 1 ,

wherein the cavity comprises a first sub-cavity and a second sub-cavity surrounding the first sub-cavity in a circumferential direction (C), and

wherein the first sub-cavity defines a gripping region on an outer surface of the second filter part, and the second sub-cavity defines an inclined region on the outer surface of the second filter part.

11. The filter of claim 1 ,

wherein the first filter part comprises a handle.

12. A filter for use in a vacuum food processor, the filter comprising:

a first filter part adapted to direct a suction airflow generated by a vacuum module of the vacuum food processor into the filter via an inlet channel; and

a second filter part adapted to coaxially fit with the first filter part and comprising a cavity, an inner surface of the cavity adapted to maintain non-gaseous substance that is moving along with the suction airflow inside the filter, wherein the first filter part and the second filter part jointly define an outlet channel at a bottom of the first filter part the outlet channel adapted to direct the suction airflow outside the filter

wherein the first filter part comprises a fastening hook,

wherein the second filter part comprises a fastening hole adapted to receive the fastening hook to fit the second filter part with the first filter part.

13. A filter for use in a vacuum food processor, the filter comprising:

a first filter part adapted to direct a suction airflow generated by a vacuum module of the vacuum food processor into the filter via an inlet channel; and

a second filter part adapted to coaxially fit with the first filter part and comprising a cavity, an inner surface of the cavity adapted to maintain non-gaseous substance that is moving along with the suction airflow inside the filter, wherein the first filter part and the second filter part jointly define an outlet channel at a bottom of the first filter part the outlet channel adapted to direct the suction airflow outside the filter,

wherein the first filter part comprises a connecting part adapted to detachably hinge the first filter part to a lid of the vacuum food processor in a radial direction (R).

14. A filter for use in a vacuum food processor, the filter comprising:

a first filter part adapted to direct a suction airflow generated by a vacuum module of the vacuum food processor into the filter via an inlet channel; and

a second filter part adapted to coaxially fit with the first filter part and comprising a cavity, an inner surface of the cavity adapted to maintain non-gaseous substance that is moving along with the suction airflow inside the filter, wherein the first filter part and the second filter part jointly define an outlet channel at a bottom of the first filter part the outlet channel adapted to direct the suction airflow outside the filter,

wherein the first filter part comprises a pin, and

wherein the second filter part comprises a slot adapted to receive a pin to prevent a rotation of the second filter part with respect to the first filter part in a circumferential direction (C).

15. A vacuum food processor comprising a filter, wherein the filter further comprises:

a first filter part adapted to direct a suction airflow generated by a vacuum module of the vacuum food processor into the filter via an inlet channel; and

a second filter part adapted to coaxially fit with the first filter part and comprising a cavity, an inner surface of the cavity adapted to maintain non-gaseous substance that is moving along with the suction airflow inside the filter, wherein the first filter part and the second filter part jointly define an outlet channel at a bottom of the first filter part based on at least an associated meshing among a plurality of ribs from the first filter part and the second filter part, the outlet channel adapted to direct the suction airflow outside the filter.