Taming And Training Devices TRIZ Cases

Flexible projections with enlarged tips restrict removal by twisting in one direction, preventing choking hazards from loose parts.

A detachable front-leg strap redirects leash tension to reduce pulling leverage, preventing neck injury from excessive force during training.

An armored pet toy uses segmented, overlapping plates and a central spine to distribute biting forces, preventing tears while extending playtime.

A motor-driven dog toy uses elastic components to link the drive mechanism, enabling vibration detection without fragile sensors.

Leg and waist elastic members form intersecting contraction forces that stabilize diaper ends, preventing leakage from excretion weight.

Rotatable joints connect end members to a hollow intermediate member, generating sound through articulation.

Pre-positioned horn cradles engage animal horns to prevent backing or head turning, reducing manual positioning time and anxiety in rodeo events.

Cubic Bézier deflection curves on hollow lobes reduce material usage while maintaining durability against aggressive chewing.

A dynamic pet treat device uses a segmented cord and retainer to deliver treats along a movable track.

A rotationally displaceable lever arm on a dog collar contacts the rear neck to guide leash pulling, eliminating choking pressure and aggressive responses.

Direct skin contact via a vibration probe eliminates fur dampening and habituation, ensuring effective vibration stimulus delivery.

Segmented anchor members coupled via adjustable straps restrict head rotation to prevent wound access while maintaining animal comfort.

A modular animal tower uses a ballast-filled base and force-fit shelves to create stable, reconfigurable perches without wall mounting.

A retractable pet leash locking mechanism uses a torsional spring to control rolling disc rotation and prevent inertial damage.

Segmented grip sections on a tubular handle disperse animal pulling force, reducing ergonomic strain and improving control.

An integrated canine coat merges weather protection and leash attachment into one structure, eliminating separate products.

Magnetic attraction forces join the collar and leash spool, eliminating manual bending that strains owners with back pain.

Removing internal stuffing eliminates choking hazards and acoustic dampening while maintaining chamber alignment through a surrounding fabric layer.

Segmenting the chest pad and using threaded-through strap parts through loop adjuster frames reduces attachment complexity while ensuring proper fit.

A pushbutton integrates temporary and safety stopping functions into a single thumb-turn mechanism.

A body-worn structure uses adjustable front and rear harnesses to secure a multi-functional support enclosure.

Spring hinges force fingers together to encircle the animal, eliminating neck pressure and choking risks.

Woven fabric pet toys embed radiopaque material to ensure x-ray visibility of ingested fragments, allowing veterinarians to locate digestive tract obstructions.

A dog leash uses a rigid distal rod segment to keep the end elevated above ground level.

Segmented harness and flexible panel direct waste into a reservoir, resolving hygiene versus complexity trade-offs.

An open upper frame and lower screener design reduces pet resistance while maintaining bite prevention.

Segmenting the toy into a universal base and swappable toppers resolves boredom by extending playtime duration through mental stimulus variety.

A dog leash handle integrates a connection box with an access port to store and retrieve waste bags directly from the grip.

A two-leash restraint system segments control inputs to provide unambiguous directional guidance and secure physical positioning for dogs.

An animal harness connects to clothing via compatible fasteners and integrated straps.

A dog agility weave trainer with adjustable pole spacing and angles.

A retractable leash device uses a translational coupling mechanism to switch between extended and retracted states.

A hinged tool with scissoring blades and gripping concavities removes turkey spur sheaths immediately, eliminating the need to wait for flesh deterioration.

Durable polymer holders secure replaceable edible resin bodies, resolving frequent replacement needs while maintaining simple manufacturing.

A mechanically compliant probe delivers electrical stimuli to animals while absorbing applied forces through a resilient compressible member.

An internal container holds cat attractant material to concentrate aroma at the head, preventing ingestion risks and messy manual application.

A chew-resistant dispenser secures pet chews via adaptive pressure means while exposing opposite faces through a body window.

A wireless muzzle release system uses a solenoid to eject locking pins for rapid strap detachment.

An elastic shoulder strap system distributes pulling forces across the neck lining, reducing strain on the dog's joints and handler.

Gelatin microcapsules embedded in mesh liners deliver controlled flavor bursts while preventing toxic leaching from saliva exposure.

Meshed panties covering the vagina prevent copulation while enabling urination and defecation through distinct anatomical openings.

Circumferential ribs and channels on a hard edible bulb increase surface area for tartar removal while pre-segmentation reduces choking hazards during chewing.

A polyether-block-amide device absorbs and releases odorous molecules through a semi-permeable membrane.

Segmenting the locking pin from the release button resolves the contradiction between secure locking and quick traction release.

Releasable application handles extend the user's reach to position and secure the muzzle, reducing handler injury risk from aggressive animals.

A pet diaper back-side flap uses a circular arc curve to define a maximum width region, resolving visual confirmation challenges when the animal is laid down.

Segmenting a prism body into compartments with movable rollers extends play duration while maintaining simple operation for dogs.

Segmented scratch pads and dynamic mounts resolve the contradiction between durable corner protection and easy replacement without moving furniture.

Capillary action moves liquid through porous layers while vacuum suction transports fluid, eliminating catheter complexity.

An interference fit secures a flexible rope inside a rigid rubber body, resolving the trade-off between device versatility and storage space efficiency.