Dough Dividing TRIZ Cases

See how automated forming and topping apparatus resolve non-uniform dough coverage and topping

Multiple shaped slots and ejector fingers cut and release fun bite-sized food pieces faster, reducing meal prep effort for parents.

A rotatable holder lets one cutting set slice or cube eggs, while a retainer and cleaning plate improve handling and cleanup.

Targeted oil coating on both sides of rotary dough cutter blades reduces sticking, keeps portions cleanly separated, and limits pollution.

Independent drives on two columns move the cutter bar for continuous dough cutting with simpler mechanics, lower power use, and flexible cut patterns.

Continuous weighing and feed-rate correction keep dough portion weights consistent at high production speeds before proofing.

Direct pressure sensing controls dough pressing in real time to keep piece size uniform while preserving dough properties and smooth rounding.

Driven scrapers remove dough residue and excess release agent from portioning rollers, preserving a consistent film for reproducible dough portioning.

Asymmetric nozzle placement applies release agent to roller recesses while limiting overspray and oil contamination during dough separation.

A toothed-wheel and crossed-branch drive adapts force to dough resistance, simplifying and compacting the dough-splitting mechanism.

A movable hopper wall accompanies gravity dough flow to manage quantity and reduce adhesion without lubrication.

Spraying liquid biscuit dough onto a solid body creates a decorative outer layer that bonds during simultaneous baking, avoiding food ink additives.

A twisted pressure distribution plate reorients dough flow inside the supply pipe to equalize internal pressures before division.

Synchronized conveyor discharge prevents cut dough adhesion while shortening the overall system length required for weighing and arranging.

A pivotable portioning cylinder drives metering pistons via tensile force transmission from a control roller to ensure uniform positioning.

A dough cutting unit uses a motor-driven adjustment mechanism to dynamically position the blade across the strip width.

Segmented weighing conveyors measure continuous dough to enable precise cutting of longer, heavier pieces beyond standard length limits.

Independent drives adjust the gap between die and feed rollers, eliminating mechanical linkages that cause contamination and weight imbalances.

A pivot-bearing dough chamber moves between operating and cleaning positions, while a mounting plate isolates drives to simplify maintenance.

A rotating circular cutter pinches upper and lower dough skins to form scores before freezing.

A dough proofer integrates a checkweigher with load cells to monitor and adjust divider operating rates.

A produce cutting device uses a punch element with recesses to receive interchangeable cutting blades within a shared receptacle.

A modular dough dividing machine uses quick-connect devices to assemble detachable feed and piston modules for streamlined production.

Sequential deposition of distinct batter compositions creates precise contours and designs without physical moulds.

A dough receiving chamber with movable wall elements adjusts internal volume to maintain constant fill levels during continuous portioning.

Segmented load cells under a flexible conveyor weigh dough pieces individually, avoiding complex multi-belt maintenance.

Integrated cutter molds and pattern imprinters on a rotating drum shape, cut, and stamp dough sheets into uniform pieces with rounded edges.

Gas injection creates an air buffer that reduces friction and mechanical stress on the dough surface, preventing structural damage during conveyance.

A dual-line dumpling wrapping device distributes fillings to parallel production lines for simultaneous dough wrapping and shaping.

Dual servo motors drive a cutter frame to define precise cutting and return paths through the extrusion region.

Segmented blade assemblies resolve the trade-off between versatile cutting configurations and device complexity while nesting for compact storage.

Segmenting the blade and cable channel isolates cutting forces, reducing core damage risk during fiber optic jacket removal.

Independent drives actuate each knife end to maintain parallel alignment with the die roller.

Dynamic position adjustment of cutting members based on real-time width detection ensures consistent strip weights and prevents yield loss from uneven cutting.

Air bellows between pivoting levers transmits consistent injection force, eliminating weight deviations caused by variable spring tension.

Movable mold plates shaped by actuators form longitudinal contours during extrusion, eliminating transverse cutting forces that distort disc-shaped products.

A stop-flow ball seals the bottom hole to prevent CO2 gas spitting into hot oil during complete emptying.

Independent weighing sections on a single conveyor measure dough weight accurately while avoiding belt deformation errors.