Race-Courses TRIZ Cases

See how a dual seat racing chair with 180-degree swivel mechanism enables two drivers to exchan

Autonomous drone swarms replace fixed gates and obstacles, enabling race courses to be reconfigured between laps with real-time visual feedback.

Pivoting gates, buttresses, springs, and mass dampers let BMX riders push down the start barrier safely while preserving synchronized race starts.

A retaining clip and repositionable pin let one starting block pedal fit rails with different slot and tooth dimensions while keeping secure attachment.

Computer-controlled lift systems pivot support beams to adjust indoor track inclines without cumbersome manual reconfiguration.

Survey-grade GPS tags use the horse as a natural ground plane to cut weight and deliver precise race tracking for live betting and analysis.

A spring-biased pivoting post and rearward legs keep the hurdle grounded when struck, reducing athlete injury and lane disruption.

RFID timing points are stitched to mapped distance markers so race data can be aggregated and displayed in real time for live tracking.

Vehicle sensor data and automated analysis enable fast, objective race penalty decisions, reducing judge error and bias.

Two brackets and a fastener squeeze adjacent frame beams together, creating a friction connection that speeds large-structure assembly.

An on-horse motion sensor triggers the rider’s airbag when a horse falls, covering cases where ejection cables leave the rider exposed.

This case shows how levers, rollers, safety barriers, and synchronization coordinate controlled tubing starts and reduce collision risk.

This hurdle assembly separates and pivots its crossbar on contact, reducing runner impact while supporting height adjustment.

Decompression valves transfer air between inflatable elements when pressure exceeds thresholds, preventing trampoline effects from excessive force.

A guide rope uses a hollow sealed space to transmit tactile information through pressure changes and deformation.

Widened gaps near pool walls allow wave escape during turns while narrower center gaps maintain attenuation.

A pole vault training apparatus uses a lift assembly to pivot a reinforced vaulting pole through a controlled arc of travel.

Removable connectors secure frame members to prevent shifting during pouring, ensuring consistent jump pit dimensions.

A foot-operated pedal releases spring-loaded posts, allowing hands-free gate board height adjustment while maintaining consistent tip-over weight.

A battery-powered carrier moves a lure along a track using wireless signals and friction drive.

A rotatable stanchion base stores upright supports within a compact footprint to enable quick setup and transport.

Cushioned wings descend from the inner walls of a vault box safety collar, reducing catastrophic injury risk without interfering with the pole planting process.

A modular stanchion uses interchangeable plugs to support jump poles at various heights.

Hinged panels form a rotating, tiltable floor that uses centrifugal force to move carriages along a scalloped perimeter wall.

Interchangeable leg members adjust pole spacing and angle to resolve the trade-off between ease of operation and adaptability in agility training.

RFID checkpoint system tracks participant movement through physical courses, resolving the trade-off between simple event structure and high engagement.

Distance detecting device mounted on a vehicle communicates with a processing unit to measure spacing between vehicles.

A BMX starting gate uses a spring and electromagnet to extend the barrier.

A mobile electronic track start system uses a strobe sensor device to detect false starts and acquire biomechanical data for performance metrics.

Rotatable stanchions nest inside a unified base to resolve portability constraints while maintaining structural stability during agility training.

Segmented modular design enables portable pet agility equipment that maintains terrain integrity while providing stable platforms for animal training exercises.

A weave trainer with adjustable poles and a sliding rail mechanism.

A cross piece socket assembly secures jump bars using a cradle socket and hoop support structure.

A vacuum suction anchor secures track starting blocks to smooth surfaces without requiring pre-drilled holes or additional materials.

Scissor-type lever mechanism adjusts hurdle height via friction-locked joints, reducing weight and transport volume while maintaining structural stability.

A portable racing gate with a programmable controller enables riders to practice starts independently using preset or random timing signals.