Taming And Training Devices TRIZ Cases

A ball-and-socket tether receiver in a canine thrower enables high launch angles for realistic training scenarios.

Magnetic engagement locks an extender to a harness receiver, positioning the handle above the animal to eliminate contact injury.

Composite materials resolve durability versus sensory realism contradictions while segmented structures enhance proprioceptive stimulation.

Segmented locking block with protruding stop portions engages string roller to resolve complexity and reliability trade-offs in pet pulling pieces.

Heating the VOC-infused polymer inactivates pathogens, resolving safety risks while maintaining detection reliability for canine training.

A battery-operated vibratable probe induces jaw release through high-frequency mechanical vibration.

Spring hinges force fingers together to secure a pet, eliminating neck pressure and reducing installation time.

A double rope pet leash uses a rotatable second assembly inside a cavity to connect two ropes simultaneously.

Composite liquid metal conductive wires enable non-fracture deformation in pet training carriers.

A motorized cat toy moves prey objects between recessed and extended positions to stimulate hunting instincts.

Local quality principles assign distinct hardness levels to separate regions, resolving the trade-off between structural integrity and dental comfort.