Tilling Equipments TRIZ Cases

Integrating the input gear into the box beam eliminates separate drive configurations, ensuring precise alignment while reducing structural complexity.

Downward-pointing shafts with angled tines prevent soil blockage and reduce driving power.

An intermediary support sleeve prevents pinion misalignment in a rotary harrow gearbox, ensuring stable power transmission.

Segmented tine assemblies with removable pins allow operators to clear tangled roots from any part of the assembly, reducing maintenance time.

A tiller frame cavity accepts a battery or ballast, providing mass for ground engagement while enabling portable operation.

A hydraulic A-frame mounting assembly secures landscaping attachments to a zero-turn mower frame using shared connectors.

Actuating the rotor shaft from the median section reduces shaft bending and improves rigidity in agricultural equipment.

A counter-rotating twin shaft gardening system uses a drive release mechanism to reverse rotation when debris blocks the ground manipulation devices.

Impact motor applies torque to cultivating teeth, reducing frictional drag in compacted soil.

Radial disengagement in a closed turnstile system eliminates counter-steering and wear during direction changes.

Segmented shafts with worm drives enable deeper penetration in rocky terrain, reducing operator force while maintaining uniform tilling depth.

Oscillating rake teeth prevent fragment accumulation and mechanical stress in moist soil conditions, eliminating frequent cleaning requirements.

A rotary tilling cutter unit secures blades using a single integrated locking element within the coupling flange assembly.

Hydraulic valves manage clutch engagement to resolve shutdown delays and operator strain when handlebars are released.

Housing a planetary gearbox inside the drum isolates the drive system from vegetation entanglement while enabling deeper tilling depths.

A soil cultivation machine synchronizes side shield height with the trailing roller via a mechanical coupling mechanism.

A rotary tiller tool unit rotates around a vertical axis to adjust working width and direction.

A compact tiller uses a worm drive shaft and constant engagement gears to enable reversible tine rotation.

Segmenting the transmission into a main and detachable sub-case doubles speed stages without enlarging the primary housing or increasing manufacturing costs.

Integrated ring units prevent soil accumulation between compaction elements, extending service life and reducing corrosion on agricultural rollers.

Segmenting the blade assembly with extraction principles reduces maintenance time while maintaining fixation reliability during high-force soil cultivation.

Rigid pivoting arms lock planetary stages to manage high torques in heavy soils without belt slipping.

A releasable engagement mechanism disconnects a cutter blade lever from its rotary shaft to prevent component damage under excessive load.

Engaging means with guiding parts adjust the gap between front and rear hoods, preventing position deviations during assembly.

Universal gearbox housing reduces manufacturing costs by enabling single-speed, reverse, and variator gear adaptations without redesigning the main structure.

A row digger uses rotating digging discs to excavate dirt piles between crop furrows and irrigation trenches.

A D-shaped locking shaft rotates to engage gear teeth via sliding contact on curved surfaces.

An actuating group with oscillating bodies controls wheel rotation for self-propelling machines.

Laser cladding fuses tungsten carbide beads onto cutting teeth edges, extending operational time by reducing sharpening frequency and maintenance downtime.

Merging throttle and stop wires into one cable reduces assembly complexity while maintaining ease of operation.

Segmented platform positions operator rearward of front drive wheels to resolve the contradiction between compact vehicle size and operator stability.

A tiller throws clods onto a vertical star screen to separate soil fractions during machine movement.

Hydraulic grooming apparatus breaks up compacted bedding via rotating tines, preventing bacterial accumulation and mastitis risk.

Full-surface wear-resistant coating on agricultural cutting tools minimizes friction resistance and extends service life.

A rotatable soil tillage element cultivates winter beds using transverse rotation to form asparagus rows.

Rear stud sections shift rotor weight to reduce handle lifting load and achieve compact size.

A variable speed control lever integrates a mode actuator to adjust maximum operating speed without releasing the handle grip.

Vertical tine assemblies rotate about vertical axes to eliminate jerking and jolting from compacted soil.

Electro-hydraulic power steering uses sensor-driven lever arms to eliminate manual strength dependency while preserving intuitive two-handed control.

A compact gearbox uses a pivoting satellite pinion to engage input wheels directly.

Embossed skirt sections stabilize drawbar conveyor drive units, preventing deformation during assembly while maintaining compact linear dimensions.

Merged cultivation and rotavation mechanisms reduce tractor fuel consumption while enhancing soil moisture retention.

Elastic pretensioning in the articulation area maintains uniform penetration depth while freely rotatable roller elements adapt to uneven ground conditions.

Segmented reinforcement inside the cylindrical shell prevents stone jamming while allowing quick tool replacement.

Angled pivot axes enable the protective device to fold along the frame, reducing transport width while maintaining full working coverage.

Input gearbox output shaft inserts into a gearbox sleeve to transmit drive rotation through meshing spur gears.

Cam tensioning mechanism maintains constant belt force, eliminating frequent adjustments and extending service life.