Loaders TRIZ Cases

GNSS calibration and dynamic modeling locate the receiving area without real-time imaging, improving unloading accuracy in dusty conditions.

A tine frame, mounting arms, and winch-linked ring let utility vehicles lift and place hay bales with less manual effort and time.

Sensor-based auger height feedback lowers auger speed at low crop yield to keep pockets filled, reduce vibration, and sustain chopping.

Dual sensors track windrow top position and width so a mobile compost turner can self-adjust its path and settings with less manual input.

A pivoting cradle and lock pin secure the combine harvester unload tube in its stowed position to prevent accidental deployment during transport.

A pivotable cradle and locking pin secure the combine unload tube in its stowed position, preventing accidental deployment and grain loss during transport.

Movable side parts create a wide loading opening, then clamp bales in a compact transport state without separate load securing.

Automatic sensing of harvester spout position gives transport drivers clear pacing cues, improving transfer coordination in low light.

Active auger lifting and reverse rotation clear stones and trapped crop from a crop pick-up header with fewer harvesting interruptions.

A dual pivoting windguard roller setup keeps crop flow controlled, prevents vertical lifting, and improves baler intake across varying crop conditions.

Independently pivoting primary and secondary windguard rollers improve baler crop guidance, reduce vertical lift, and handle varying crop densities.

A two-rocker hold-down linkage with a travel stop keeps the rear roller engaged as swath height changes, preventing crop jamming.

Airflow lifting and a drop sieve remove ash, sand, and stones from picked crops, enabling direct feed or bedding use with less wear.

Sensors detect windrows ahead of the baler so the pickup lowers for crop intake and raises to avoid debris and missed baling.

Movable side parts widen for bale loading and clamp inward for transport, improving payload use while protecting compressed biomass.

An ascending guide ramp lifts wet crop flow before belt transfer, reducing buildup and improving uniform side deposition.

Pressed sheet-metal panels and plastic connectors cut tine roller weight and part count while improving gentle crop turning and reducing clipping buildup.

Pivoting grasping arms switch from ramp to bale-holding positions, enabling predictable baler discharge and limiting bale rolling on slopes.

Embedded adhesive activated by brush, heat, or fluid bonds bale wrap overlaps to improve shape retention without contacting the crop.

A belt placed between the bale wrap and chamber wall adds compaction pressure, improving bale density and shape during continuous formation.

A rotatable spike loader and moving storage plate automate hay bale loading and unloading on one vehicle, improving safety and delivery accuracy.

Independently movable windguard rollers keep crop guidance stable across varying swath heights without forcing coupled pickup adjustments.

Sensors track harvester spout orientation and display pacing cues so transport drivers can match position and speed with less distraction.

A rotating belt wraps bales with biodegradable material while sprayed glue bonds overlap layers to hold bale shape and reduce plastic waste.

Offset conveying elements create secure receiving spaces that move round bales gently and unload them controllably on inclined land.

Magnetic latching and cam-actuated engagement arms let baler pre-cutter knives pack closely, adjust cutting width, and release under impact.

Sensors and CAD data map haulage vehicle geometry so the transfer vehicle can guide spout position, reduce spillage, and fill evenly.

Real-time trailer and crop cloud sensing sets minimum engine speed and flipper angle to cut spillage and fuel use during unloading.

LiDAR-based crop cloud and trailer tracking sets the minimum harvester engine speed to cut spillage, fuel use, and operator workload.

A laterally movable knife sub-assembly with bottom-plate openings improves knife access, cuts weight, and reduces crop sticking.