This invention relates to a method and device for applying moisture on a piece of dough comprising the steps of: supplying a piece of dough on a substrate; selectively applying moisture on a first predetermined area of the dough piece, while leaving adjacent areas of the dough piece unaltered, characterized in that the application of the moisture takes place: with a controlled density; with controlled dimensions, i.e. a controlled length and width on the dough piece; and free of contact. The device thereto comprises a conveyor, for conveying dough pieces in a first direction of conveyance towards a moisturizing stage; said moisturizing stage, comprising; at least one nozzle, said nozzle located above the conveyor transporting the dough pieces, for applying a stroke of moisture on the transported dough piece; a controller, for controlling a density and/or a width of the stroke of the applied moisture.

This invention relates to a method and device for applying moisture on a piece of dough comprising the steps of: supplying a piece of dough on a substrate; selectively applying moisture on a first predetermined area of the dough piece, while leaving adjacent areas of the dough piece unaltered, characterized in that the application of the moisture takes place: with a controlled density; with controlled dimensions, i.e. a controlled length and width on the dough piece; and free of contact. The device thereto comprises a conveyor, for conveying dough pieces in a first direction of conveyance towards a moisturizing stage; said moisturizing stage, comprising; at least one nozzle, said nozzle located above the conveyor transporting the dough pieces, for applying a stroke of moisture on the transported dough piece; a controller, for controlling a density and/or a width of the stroke of the applied moisture.

When a sheet of plastic wrap is wound around noodle strips, a folded portion of the sheet of plastic wrap is held between layers of the noodle strip and is double wound on an outer side of the noodle strip. The sheet of plastic wrap covers an entirety of the wound noodle strip. The sheet of plastic wrap on an outer peripheral side of the folded sheet of plastic wrap extends from and is wound around a next noodle strip. Next, another folded portion of the sheet of plastic wrap is held between layers of the next noodle strip and is double wound on an outer side thereof. The sheet of plastic wrap sequentially covers an entirety of the next noodle strip.

When a sheet of plastic wrap is wound around noodle strips, a folded portion of the sheet of plastic wrap is held between layers of the noodle strip and is double wound on an outer side of the noodle strip. The sheet of plastic wrap covers an entirety of the wound noodle strip. The sheet of plastic wrap on an outer peripheral side of the folded sheet of plastic wrap extends from and is wound around a next noodle strip. Next, another folded portion of the sheet of plastic wrap is held between layers of the next noodle strip and is double wound on an outer side thereof. The sheet of plastic wrap sequentially covers an entirety of the next noodle strip.

Device for bending dough pieces, in particular croissants, is provided. The device comprises a first conveyor for transporting dough pieces in a direction of conveyance, at least a first gate for defining a passage with a first width, smaller than the width of the conveyor, for the dough pieces, and at least two engaging means for engaging a dough piece entering the passage and exerting a force on the dough piece with a directional component toward the first conveyor, wherein both engaging means are spaced apart from each other, thus leaving a gap in between them.

Device for bending dough pieces, in particular croissants, is provided. The device comprises a first conveyor for transporting dough pieces in a direction of conveyance, at least a first gate for defining a passage with a first width, smaller than the width of the conveyor, for the dough pieces, and at least two engaging means for engaging a dough piece entering the passage and exerting a force on the dough piece with a directional component toward the first conveyor, wherein both engaging means are spaced apart from each other, thus leaving a gap in between them.

A method of making a soft pretzel bite includes cutting a series of transverse slots on one lateral side of a dough strip, curling the transverse slotted dough strip into a respective rolled dough strip, exposing each transverse slot, and transversely cutting each rolled dough strip into dough bites. The method includes washing each dough bite in a caustic solution with the length of each transverse slot being sufficient for excess caustic solution to drain way from the dough bite. The dough bite is baked into a pretzel bite. Each transverse slot allows a volume of the pretzel bite to increase without being constrained by a pretzel skin formed around each transverse slot to aerate an interior of each pretzel bite.

A dough stamping device for severing dough pieces from a dough sheet comprises a support, on which the dough sheet is depositable, and a blade assembly, which is configured to oscillate and perform indexed lifting actions in a substantially vertical direction. The blade assembly has a first group of blades, which is configured to at least partially generate an outer contour of a dough piece to be severed. In addition, the blade assembly has a second group of blades, which is configured to generate at least one slit inside of the outer contour of the dough piece.

A dough stamping device for severing dough pieces from a dough sheet comprises a support, on which the dough sheet is depositable, and a blade assembly, which is configured to oscillate and perform indexed lifting actions in a substantially vertical direction. The blade assembly has a first group of blades, which is configured to at least partially generate an outer contour of a dough piece to be severed. In addition, the blade assembly has a second group of blades, which is configured to generate at least one slit inside of the outer contour of the dough piece.

A rolled food dough having a good shape is stably produced. The rolled food dough is arranged on a conveyor in an orderly manner. A roll-forming device and method having high production capacity are provided. The downstream end portion PL of the food dough piece P is deflected by a middle-speed conveyor 1 and a high-speed conveyor 3 facing each other in an up-down direction, folded and adhesively pressed between a following low-speed conveyor 2 and the high-speed conveyor 3 to form a rolling core PA, and rolled due to a speed difference between the facing conveyors.