Meat/Sausage Hanging-Up TRIZ Cases

See how a wheel-based food tray system with plastic wear parts eliminates lubrication and heavy

Fan-driven diffusers in a drying carriage even out cabinet airflow, speeding sausage drying while lowering energy use and residual moisture.

Positioning and locking the storage frame before robotic rod handling prevents misalignment, product drop-off, and frame damage.

Fan units and diffusers create uniform airflow through drying trolleys, preventing dry edges and uneven moisture in sausage curing.

Optical multi-point sensing and opposing correction rollers straighten curved sticks with less mechanical complexity and less material discard.

Perpendicular rotation-suppressing protrusions keep bone-in limb meat aligned during clamping, enabling secure automated loading and suspension.

Laser-welded joints, staggered prongs, and added supports strengthen meat hangers, ease insertion, and reduce product damage.

A tied suspension line marks precise cut points in sausage chains, preventing twist unwinding, meat loss, and quality damage.

A molded housing protects fragile RFID tags during hot, high-pressure handle molding while preserving scan range for tool tracking.

Predefined buffer positions and gripping units decouple rod supply from frame changes, supporting continuous sausage-product transfer.

Hooks and a hollow tube support deboned meat, replace bone weight, and help transfer heat to limit spoilage before refrigeration.

A telescopic discharge device hangs sausages directly on rods with fewer transfer controls.

A conveyor and handling device use free fall and inherent weight to portion and package flexible strand-shaped objects reliably.

Coordinated drive control prevents overfilling or underfilling the last hook, avoiding twist release and falling sausage portions.

A controller coordinates the looper tube and portioning drives so the first hook receives a defined number of sausage portions.

Segmented polymer hooks and rigid brackets allow quick adaptation to delicate food products without replacing the entire conveyor infrastructure.

Segmented catcher and guide units with an adjustable attachment mechanism resolve alignment precision issues for sausage-shaped products.

A single robot arm operates rotating cutting and cleaving blades to split pubic bones and open abdominal walls, reducing processing time and investment costs.

Automated tying machine feeds a hanging cord parallel to the sausage casing and secures it between binding twine turns.

Pelvic suspension stretches carcass muscles while electrical stimulation relaxes tissue to improve tenderness without disrupting commercial chain speeds.

Post-storage weight sensing derives control signals for the clipping machine, resolving conveyor length constraints and improving dimensional precision.

A smoking rail support device with guide means enables accurate positioning and fast insertion of rails into sausage loops, reducing handling time.

Conveyor system suspends sausage loops from hook groups using absent zones to form consistent loop structures.

A rotatable holder body with recessed spaces transfers elongate food products like sausages.

Segmented hooks engage the secondary lean CT muscle at a lower elevation, preventing drop-away and increasing #1 grade bacon slice yield.

Segmented hanging devices constrain pork belly dimensions to prevent internal cracking and increase slicing yields.

Dual transport devices align and push smoking rods, resolving manual handling bottlenecks for complex stick geometries.

Segmented finger pairs stabilize flexible objects during lifting, preventing misalignment and sagging while maintaining high throughput.

Applying controlled pulling force to stretch muscle filaments and increase sarcomere length in carcass processing.

Segmented hooking members with curved barbs prevent extraction from small asperities, enabling reliable automated conveyance of bone-in meat.

Segmented support units eliminate complex piston coordination, enabling higher production rates while maintaining safe transfer of sausage-shaped products.

A handling system uses a two-dimensional storage unit to accommodate sausage-shaped products simultaneously.

Vertical stick latching arms eliminate horizontal movement, preventing loop swing instability and shortening the stick transfer cycle time.

Staggered prongs on a bacon hanger engage the cutaneous trunci muscle, preventing shrinkage and elongation that reduce product yield.

Automated pin bar placement prevents product contact during curing, resolving the trade-off between high-density rack loading and proper air circulation.

A discharge device bypasses the transportation unit to route sausage-shaped products directly to measurement stations.

A separation device removes empty suspension loops from a sausage transport guide bar using a cutting edge mechanism.

A stick turning device lifts and rotates sausage chains using a dedicated actuator unit.

Segmented modular units with climate control resolve land and utility constraints while maintaining strict hygiene standards.

A moveable carriage on a conveyor system adjusts sausage loop spacing on smoke sticks, reducing replacement downtime and optimizing oven space.

A pick-and-place device transfers sausages directly onto fixed cross members in a vertical store.

Segmenting the leg positioning and movable takeover units resolves flexibility and maintenance trade-offs in high-speed poultry rehanging systems.

A hanging line measures rod length before loading sausage products to ensure proper fit.

Segmentation and inversion principles guide a V-shaped vessel to align inner openings, resolving manual handling inefficiencies.

Rotating handling arms on a mobile carriage transfer hung product rods to distancing means, resolving reliability issues in complex loading apparatuses.

Non-contact bearing isolators reduce heat generation in conveyor systems while adjustable legs compensate for uneven factory floors.

A choke loop mechanism secures hanging straps to tubular casings through adaptive frictional engagement.

A single drive assembly synchronizes transfer and discharge mechanisms, eliminating complex multi-drive control mismatches that cause production losses.

A link conveyor transfers sausages vertically from a filling pipe to a smoking stick magazine.

Rotating impeller wings guide sausage groups into packaging, resolving the trade-off between high transfer speed and precise alignment accuracy.

A zigzag folded sheet protects meat portions on handling supports.

A gambrel frame with a fulcrum attachment and line retainer enables single-person operation.