Taming And Training Devices TRIZ Cases

A canine leash secures hind legs via adjustable webbing straps to restrict forward movement.

Weighted internal structures mimic prey mass distribution to reduce behavioral issues from insufficient sensory stimulation.

Hinge-triggered proportional braking reduces harsh stopping forces on pets by modulating spool resistance against pulling force.

Sliding side straps tighten around the ribcage to control animals without excessive pulling force.

A chew-resistant dispensing device secures pet chews using adaptive opposing means that apply pressure to the item perimeter.

Soft conductive brush transmits pulse signals to stimulate muscles while preventing skin damage from hard contact.

Segmented elastomeric layers resist biting and chewing forces while generating crackling, crunching, and squeaking sounds for enhanced durability.

Removable panels with treat pockets simulate natural digging behavior, satisfying mental stimulation needs while preventing yard damage.

A pet training collar uses low-voltage pulse current and mechanical vibration to stimulate animals safely.

A dog collar uses an elastic band and padded inner surface to absorb shock forces during sudden jerking.

Segmented edible chew arms contact front and side teeth simultaneously, resolving the contradiction between bite count and cleaning effectiveness.

Black anodized aluminum prongs reduce social stigma while maintaining reliable animal control.

An intermittent gear and pusher mechanism ejects toys to enable remote pet interaction while preventing motor overheating.

A smart pet collar embeds a GPS chip and transceiver within a buckle frame to enable remote location tracking and control.

An adjustable pet collar resolves the conflict between protective security and animal comfort by using dynamic tensioning cords and snap fasteners.

A retractable leash uses a tension-actuated stopping means to lock automatically when the cord is pulled.

A unitary cat harness uses a wide central spine and acute collar angle to eliminate panic reactions caused by narrow strip designs.

A rotating retractor assembly adjusts tether angle to minimize drag, resolving tension caused by fixed collar mounting.

A segmented pet leash uses sliding track connectors to allow independent length adjustment for each animal.

A dual-molded pet treat holder secures chew sticks via a torque-based locking mechanism and friction grip.

A twin pet leash design allows the reel portion to rotate relative to the handle while featuring individually controllable stop mechanisms.

A smart collar uses GPS and a microcontroller to calculate distance from a desired location and transmit alerts to a mobile device.

A composite lunge tool integrates a stiffening component within flexible webbing to enable precise directional control during animal training sessions.

A dog training clicker integrates a treat compartment within its sliding assembly to provide immediate reward access.

Segmented tubular handles enable hands-free dog control by allowing forearm grip and temporary fixing to resolve user discomfort.

Composite collar structure prevents chewing damage and warping while maintaining adjustable fit.

A magnetic and mechanical fastener device joins a dog leash to a collar or harness for rapid connection.

An annular sheath pet collar integrates a storage channel for a leash, preventing snagging and entanglement risks while maintaining reliable control.

A UWB pet wearable detects location via anchors and triggers feedback responses.

A cinch grip leash features a positionable hand grip with a pivoting roller stop mechanism for secure retention.

Integrally formed snuffle features in a single microfiber sheet provide adjustable difficulty levels that reduce canine separation anxiety.

Segmented track sections allow diverse configurations to sustain feline interest, and end caps reverse the ball direction to prevent escape.

Segmented telescopic sections adjust length while a fail-safe head detaches under force to prevent injury.

A multi-configurable pet leash integrates modular storage units and wearable mounts for customizable accessory attachment.

A wearable housing and retainer ring capture animal waste in a disposable bag for immediate owner retrieval.

A small dog collar adapter replaces standard posts with segmented acorn nut electrodes for secure skin contact.

A compact vibrating mechanism with an animal presence sensor deters pets from furniture without loud noises or sprays.

A quick-adjustable animal collar uses a non-overlapping strap sliding through a buckle structure to modify the circumference.

A scent training device uses nose detection sensors to automate reward dispensing for animal odor recognition.

A lexigram device enables animals to autonomously initiate communication through tactile button interaction.

Equally weighted arms on a spinnable pet toy maintain balanced rotation, eliminating assembly complexity and extending useful life.

A telescopic pantograph mechanism extends a collection bag toward the ground, resolving mobility constraints by enabling upright operation without bending.

A reciprocating pet toy uses a rack and pinion mechanism to drive flexible targets, solving predictable motion patterns that reduce pet engagement.

A speaker-mounted harness delivers calming sounds directly to a dog's ear for remote bark control.

A horse training aid uses a bungee assembly to relieve poll pressure and allow free neck movement.

Segmented detachable modules resolve adaptability complexity trade-offs by enabling customized functional configurations.

A ring-shaped leash body houses a toothed drum and spiral band spring to manage cord extension.

Distributed chest straps exert lateral forces to correct pulling behavior without requiring precise fitting or complex adjustment mechanisms.

A dog harness uses a nested elastic element within a chest strap channel to absorb sudden pulling forces.