Pasturing Equipment TRIZ Cases

A motor-between-wheels assembly boosts traction and floatation while simplifying maintenance for mobile livestock enclosures and fences.

Foldable panels, dual alleys, and a deployable bud box improve livestock flow while a transport safety bar secures the corral in transit.

A retractable anchor and drive secure mobile livestock enclosures on pasture, cutting labor while enabling stable, scalable relocation.

A movable connecting wall opens a passage between livestock enclosures, enabling social contact without blocking staff access or slow refitting.

Shiftable rack arms provide a stable interface for stored panels, while torsion suspension limits lateral movement and twisting during transport.

Removable panels on a wheeled chassis replace labor-intensive fencing, enabling portable livestock shelter and simpler relocation.

A handheld terminal maps energizer and responder status, replacing text alerts with faster graphical remote verification.

A wheeled chassis stores more corral panels while supporting stable transport and deployment of larger livestock enclosures.

A hinge locking system uses a guide channel and tracking pin to secure pivotable rails at desired angles.

A slider assembly with opposed portions applies increasing compressive force to telescoping guardrail rails during vehicle collisions.

A carbonaceous polymeric composite mat delivers non-lethal shocks to deter wildlife crossings.

A rotatable platform bracket secures retractable pet leashes with locking pins to enable 360-degree movement.

Movable poles and energy absorbers cushion airborne vehicles, resolving rigid fence hazards by dissipating kinetic energy to protect drivers.

A rotatable outrigger suspends electric conductors from a support wire using tension and gravity to maintain alignment.

Angled barrier walls interlock to form a stable base structure that maintains upright standing without additional support.

A guardrail support with a weakened zone allows controlled separation from the fastener during impact to maintain rail height.

Collapsible side panels form a continuous ring with a central void where a rotating track sphere anchors the leash, preventing tangling during setup.

Multi-level rollers on the slider prevent cable bounce and disengagement during dynamic animal movement, improving retention reliability.

Frangible bolts shear sequentially to allow terminal rails to telescope, increasing energy absorption during head-on impacts.

Segmented panels and dynamic braces reduce setup time while maintaining structural stability for remote livestock sorting.

A portable control barrier uses a tenon-and-mortise coupler to link modular housing units for rapid deployment.

Segmented mounting bracket assembly uses defined bend lines to let posts break away at predetermined force, preventing damage to attached signs.

A pivot unit uses a pinned hinge post to allow barrier devices to articulate at angles of at least 90 degrees.

A suspended wire mesh conducts electrical current to shock landing fowl, preventing waste accumulation on protected surfaces.

An energized metal grid with an insulating base prevents animal intrusion at fence openings without requiring manual gate operation.

A sliding gate apparatus uses wheel assemblies and guide mechanisms to manage traffic passage.

A flush-mounted vehicle control barrier uses a wedge plate and sub-frame to manage access.

A bi-directional arresting net deploys across roadways to impede vehicle motion using retractable brake assemblies.

Transmitter generates forbidden zone settings within the preset range to restrict specific pet activities.

An interlocking barrier system employs a coupler mechanism to join segments while a ballast-filled chamber absorbs propeller wash energy.

Segmented barriers connect via interlocking mechanisms to distribute impact forces, resolving the trade-off between stability and portability.

A surface-mounted bollard assembly uses a load transfer member and shock absorber to deflect impact forces away from the ground anchor.

Control box signal analyzer detects electric fence faults and transceiver broadcasts wireless alerts to personal devices.

Segmented frame components with standardized receptacles enable tool-based installation, reducing weight and labor costs.

Segmented doors and integrated latches resolve the contradiction between easy access and security in collapsible animal enclosures.

Automated deployment of extendable corral rails reduces manual labor and setup time for livestock transport trailers.

Variable crossbar spacing in a sliding gate prevents limb entanglement while maintaining structural simplicity.

Segmented cover portions move independently to accommodate wildlife contact while maintaining structural stability through adjustable restraining structures.

A wearable animal herding system uses GPS and stimulation to maintain herd cohesion across unfenced rangeland.

Segmented mesh screens wrap around the trunk and secure to lower branches, preventing pets from climbing while maintaining simple structure.

An optical barrier generator emits light to perturb mosquitoes and redirect pests away from human activity zones.

Segmented fence panels and a concealed gate threshold resolve the trade-off between rapid relocation speed and large-capacity containment for feral hog herds.

Tensioned cable barrier absorbs impact energy through controlled deformation across multiple vertical cables.

A convertible pet barrier uses a connection member to couple panels for stable assembly.

A shallow mounted vehicle barrier uses a reinforced base frame to secure bollards in foundations under twelve inches deep.

Sliding fasteners in steel posts dissipate impact energy, resolving deterioration and installation complexity trade-offs.

Segmented avian flight diverters use high-contrast visual deterrents to prevent collisions while enabling safe installation via insulated poles.

Tortuous cable routing through an impact head generates frictional resistance that controls head movement, preventing vehicle gating during highway collisions.

A transport trailer integrates extendable corral rails and cross-rails that pivot to define a secure enclosure along the vehicle side.

Resistive tensile coupling maintains guardrail tension during impacts while releasing force to prevent vehicle instability.