Food processing system presenting a guiding flow arrangement and process for use thereof

Food processing system for processing food ingredients comprising a recipient to receive food ingredients and a lid presenting an upwards side and a downwards side to engage with a perimeter edge of said recipient, a food processing tool, a tool support that supports the food processing tool inside of said recipient, and a driving arrangement confined within a casing to drive the tool support,

• wherein said lid presents a lid opening presenting a generally circular form and centered relative to said lid,
• wherein the upwards side of said lid presents a first surface extending on a generally outer region of said lid and further presents a second surface extending around at least part of said lid opening and developing at a lower level in respect of said first surface,
• wherein said lid presents a flow-guiding unit arranged next to said lid opening, comprising a wall part and at least one flow part, and an amount of fluid poured upon said second surface can be comprised inwards along most of a perimeter of said lid opening and can flow under an action of a gravity force through said lid opening into said recipient when said lid is arranged on said recipient,
• wherein said system further comprises a cup-shaped closing element comprising a first part presenting a tubular, frusto-conic form, extending upwards from a second part, said second part provided as an annular element projecting outwards and arranged between said first part and a third part, and said third part presenting a tubular, frusto-conic form, extending downwards from said second part, wherein said closing element can be placed on said lid opening thereby at least partially closing said lid opening,
• wherein said second part of said closing element comprises a base part and wherein said closing element comprises a closing wall part that presents a plurality of indents in both upwards and downwards extensions thereof relative to said base part, wherein said indents generally correspond to height variations of a respective top edge and are evenly distributed along a radial direction, thereby providing a flow communication between outside and inside parts of said second surface in respect of a diameter of said closing wall part, and from said inside part of said second surface through said lid opening into said recipient, when said lid is placed thereupon and regardless of which of said first and third parts of said closing element is placed in said lid opening.

Food processing system for processing food ingredients comprising a recipient to receive food ingredients and a lid presenting an upwards side and a downwards side to engage with a perimeter edge of said recipient, a food processing tool, a tool support that supports the food processing tool inside of said recipient, and a driving arrangement confined within a casing to drive the tool support,

• wherein said lid presents a lid opening presenting a generally circular form and centered relative to said lid,
• wherein the upwards side of said lid presents a first surface extending on a generally outer region of said lid and further presents a second surface extending around at least part of said lid opening and developing at a lower level in respect of said first surface,
• wherein said lid presents a flow-guiding unit arranged next to said lid opening, comprising a wall part and at least one flow part, and an amount of fluid poured upon said second surface can be comprised inwards along most of a perimeter of said lid opening and can flow under an action of a gravity force through said lid opening into said recipient when said lid is arranged on said recipient,
• wherein said second surface presents at least one cavity element defined by a cavity of channel or a plurality of cavity elements in fluid communication with each other and with a respective flow part, and
• said second surface presents at least one marking, disposed along said wall part and towards said flow part, wherein said marking indicates at least one of a general flow direction and fluid quantities.