Baling TRIZ Cases

Integrated tie magazine eliminates vibration misalignment, ensuring reliable vine tying without manual adjustment.

Moisture sensors compare surface readings to prevent bale release until wrapping is secure.

Dividing the baler roller into screw-connected shell elements eliminates welding, enabling non-destructive maintenance and lowering production expenses.

Replacing heavy cylindrical rolls with stacked sheets reduces operator effort and increases storage capacity in agricultural balers.

A shaped twine finger guides needle twine away from tucker twine during the second knot cycle.

Optimized stretch ratios balance elongation and stiffness to prevent mechanical damage while minimizing air pockets in wrapped bales.

Grooved rotating discs constrain lateral displacement of the press belt, preventing friction against side walls and extending component service life.

Auxiliary motor drives toothed brake disc to overcome flywheel inertia during startup and enable rapid deceleration.

A baler controller actuates a feeder fork via electronic signals to move crop material into the compression chamber.

A control system adjusts bale length to ensure easy ejection of the last bale from the baling chamber.

A baler binding arrangement uses a single welding motor to drive multiple friction heads via a gearbox.

A bale wrapping device pivots support rollers to adapt receiving table spacing for different bale diameters, eliminating time-consuming manual adjustments.

Automated brake actuator applies variable drag force based on sensor feedback, preventing tearing and uneven spread during bale wrapping.

Segmented wire guide rollers with foldable side parts resolve the contradiction between secure guidance and operator access during wire feeding.

Controller pivots bale chute upon sensing bale movement, enabling continuous gravity-fed deposition and increasing baler capacity.

Telescopic gear member and retaining device switch cam track paths, reducing contamination wear on mechanical components.

Movable support rollers adjust height to maximize headroom during bale transfer, ensuring central axis alignment for varying diameters.

Load sensors and inclinometers measure bale weight while compensating for surface slopes and tare weight variations.

Deflecting edge pre-tensions binding twine to reduce knife wear and improve cut surface quality.

Adjustable twine disc assembly moves a second disc along a shaft to set the gap width.

Electronic PTO shutdown prevents net tearing during bale ejection by replacing mechanical clutches with sensor-based position feedback.

Liquid surfactant sprays coat bale forming zones, preventing clogging from high-sugar vegetation.

A closing unit prevents debris from entering the inlet while a pushing unit forces the material inside, reducing jamming risks.

A serpentine pivot roll and belt assembly expand the bale chamber volume while maintaining compression force.

A needle gripper system secures binding straps to transfer needles using a rotating thumb mechanism.

Controller estimates bale length using current sensor data and predicted incoming flake thickness to manage knotting timing.