Taming And Training Devices TRIZ Cases

Segmenting the input into a finger ring and remote unit resolves manual handling discomfort while unique codes prevent device interference.

A mixed odor delivery device uses separate vial wells to mix explosive component vapors in a sealed chamber.

Coaxial spool alignment and ferromagnetic damping reduce wrist stress and shock loads during sudden dog pulls.

Segmented components with nested treat cavities sustain canine engagement while reducing structural failure from chewing.

A pet leash integrating a rigid curved element and spring-loaded clasp for rapid one-handed attachment to fixed objects.

A sound button uses a waterproof KAPTON membrane and button cap holes to transmit acoustic signals while protecting the internal speaker.

A rigid tubular handle with a cleat assembly allows flexible leash length adjustment for secure two-handed operation.

A sheer fabric panel creates a visual barrier that transforms existing toys into engaging hunting targets for cats.

Helical attachment ring eliminates split rings, reducing dangling length and enabling front-facing orientation for improved aesthetics.

A dual-purpose receiver switches between training and bark stopping modes using vibration, ultrasonic, or electric shock actuators.

Segmented reel engagement limits rotational range, resolving adaptability versus complexity trade-offs.

A telescopic pole trainer secures dogs within a radius using an integrated Velcro pouch for scent delivery.

An adjustable handle length mechanism accommodates various hand sizes through a displacement or pivoting adjustment system.

A dog coat design stows a waterproof outer layer inside a folded collar gap.

Segmented leash design applies lateral correction to reduce walker injury risk.

Sisal rope and cotton cord construction resolves durability versus safety trade-offs in pet toys.

Annular traction part with spring buckle and plastic-coated steel wire rope prevents hand injury during strong pulls.

Rotatable attachment on an elongated stick gives owners leverage to control the toy, reducing energy expenditure while meeting dog exercise needs.

A non-metallic animal control implement uses a soft sliding tensioner to maintain leash tautness without triggering security alarms.

Counter-oriented teeth on a pliable ring abrade plaque and tartar during chewing, eliminating the need for dangerous manual restraint or sedation.

An electromagnetic brake applies progressive friction to a reel, preventing jerking forces and slack in retractable pet leashes.

Segmented locking mechanisms prevent collar overtightening or loosening by pre-positioning engagement features on the leash body.

Composite materials and local quality resolve the trade-off between ease of manipulation and protection against teeth, allowing safe sensory engagement.

A reversible dog harness uses a swiveling front ring mounted on a loop to keep connectors away from the animal's body.

Segmented chest straps enable lateral control over an animal's center of gravity without compromising pressure distribution or causing musculoskeletal injuries.

A pet coat with an integrated harness uses a dorsal opening to allow step-in donning without head coverage.

Magnets in the leash couple to secure the member around the neck, solving misplacement issues without adding complex mechanical fasteners.

A protective animal harness uses a flexible apron to shield wounds while preserving natural movement.

A cinching mechanism draws opposing chest strap sides together under tension, preventing harness rotation and shifting during pulling forces.

Sling cutout protects navel while stable base prevents tipping during nursing.

Segmented boards connected by a hinge allow the teeter to fold for transport, resolving setup difficulties while maintaining function.

A curved connector body with multiple hook grooves adjusts the external force application point on a pet harness.

A rotatable cylindrical body contains a liquid tube and movable ball to stimulate pet curiosity.

Auditory signals paired with valued items train dogs to ignore stimuli, resolving anxiety from dominance-based methods.

Segmented leg loops apply restraint to front limbs, preventing dangerous lunges and reducing handler injury risk.

A motor-driven animal brushing device detects unintended rotation at standstill to trigger activation.

An aversive electroshock device measures insect pain thresholds using controlled electrical stimuli delivered through a segmented grid system.

Compression vest integrates scent emitter, vibratory device, and audio output to deliver tactile, olfactory, and auditory calming stimuli.

Digital message encoding in ultrasonic waves enables selective pet deterrence without AC power cords or signal interference between multiple transmitters.

Segmenting control into two leashes reduces torque on the walker while the cinching collar prevents injury from excessive pulling.

A pet leash integrates a foldable tether pouch that stores the leash itself within a pocket.

A pet leash uses a carabiner and loop handle to form a fastening ring.

A flexible permeable collar distributes water around a pet's neck to enable hands-free washing.

Ridges and grooves on the inner layer guide urine longitudinally, preventing lateral spread while a segmented core captures excretion near the belly.

A transmitter uses two switches to configure settings via microcontroller timing.

Segmented design separates reusable flexible substrate from disposable power source, resolving reusability and waste generation contradiction.

Segmentation and intermediary principles enable precise heeling zone control, reducing training time without professional assistance.

Ball-and-socket joints pivot connecting rods to adjust collar length, while a slidable magnet locks the connector securely.

A curved pet toy with a noise maker moves erratically across floors to engage animals.

A leash winding device integrates a lock tongue with a vehicle seatbelt buckle to secure the unit without separate adapters.