Taming And Training Devices TRIZ Cases

A pet harness integrates a retractable leash mechanism into the back structure for convenient access.

A detachable storage pouch features a fabric channel for threading pet leashes, enabling secure hands-free carrying of mobile devices and personal items.

A handgrip with a guiding rail and rotatable connector distributes pulling forces across the hand, reducing wrist strain during pet walks.

A wireless collar system uses GPS signals to detect pet location and activate specific guidance zones for behavioral training.

Segmented design prevents cribbing without harming the horse or interfering with breathing.

A portable pet spray system uses a microphone and micro pump to release deterrent fluid.

Loop portion limits elastic stretch to prevent harness overloading and body friction.

Adjustable straps on a reversible harness accommodate varying animal sizes while maintaining secure fitting through rotatable leash connectors.

A single-piece soft gel holding piece fits between left and right housings to form a unified handle structure.

A dog harness uses a top-mounted buckle and composite strap for secure restraint.

A pet fence transmitter uses ultra-wideband signals to monitor receiver location in real time.

A pet collar uses a toothed tape and spring pushbutton to enable one-handed size adjustment without removing the accessory from the animal.

An X-shaped pet harness distributes leash tension across the chest and ribcage, eliminating dangerous pressure on the trachea and neck.

Electronic control replaces mechanical couplings to reduce wear and simplify structure.

Segmented tracks and periodic vertical motion resolve the contradiction between dynamic play stimulation and positional stability in motorized cat toys.

A no choke pet harness uses slidable cam buckles and adjustable leg loops to distribute pressure evenly across the body.

A pet waste retrieval device uses a U-shaped harness and quick-release buckle to capture excrement via an integrated collection bag.

A pet toy incorporates a counterweight unit to generate automatic swinging motion, sustaining dynamic engagement without requiring manual owner intervention.

A retractable leash casing integrates a resilient storage compartment at the distal end to hold retrieval toys securely.

Segmenting the harness from a disposable bag resolves leakage during movement, preventing skin irritation and unsanitary conditions.

A magnetic tether coupling uses an internal plunger element to secure a male section within a female receptacle for rapid one-handed operation.

A collar-mounted unit detects fur impedance to adjust stimulation parameters.

An elastomeric ring isolates a metal electrode probe from a collar cavity, transmitting acoustic vibrations to a piezoelectric element for signal generation.

A harness applies lateral pressure to guide animals back on course.

A retractable snap-on leash attaches securely to any standard collar, enabling automatic cord retraction via an internal spring mechanism.

Elastic friction holds a primary treat as a cap over a hollow interior, preventing rapid consumption and reducing ingestion risks from chewing.

Segmented waste management components reduce device complexity while maintaining versatility, improving ease of operation for owners.

Segmented Biothane bands secure pets to grooming arms, preventing bites and falls while maintaining handler comfort.

A collar-mounted hollow connector routes a tail-wrapped leash to form a pulley that leverages dog momentum.

A spring-loaded hinge buckle rotates a clasp member to enable convenient single-handed attachment and removal of animal collars.

Incompatible synthetic plastics in a rotating spring clip prevent mutual adhesion, ensuring fluid rotation and high traction resistance without jamming.

Automated solenoid detachment eliminates manual retrieval time and prevents leash snagging during urgent operations.

A standing support system uses adjustable slings to hold pets in an upright position.

Modular legs and pivotable feet elevate guides to prevent branch breakage hazards during animal exercise.

A harness adjusts fit dynamically through tension redirection along lateral arcs.

Segmented components and universal locking mechanisms reduce bulk while preventing accidental release and neck injury.

Segmented hose design delivers water around the neck to resolve hands-free washing complexity.

Motorized winches drive cables to move a suspended bait device, stimulating predator exercise while preventing cable access.

A dog training device uses button activation to transmit signals for remote interaction.

Woven rawhide strips reduce plaque buildup while preventing tooth damage via controlled moisture and composite design.

A pet device housing a porous element impregnated with calming substances releases aroma through controlled evaporation.

A segmented pet leash uses quick-release connectors to adjust tether length and detach the distal section from a collar.

Overmolding polymer onto fabric fibers merges dental cleaning benefits with structural integrity, resolving durability contradictions in animal chew toys.

A self-exercise device provides constant and intermittently varying resistance through a torsion spring and ratchet system, enhancing pet engagement by simulating a real tug-of-war experience.

An integrated harness merges leashing straps with a concealed rain cape, eliminating separate gear while ensuring precipitation protection.

A ring pet toy combines a ribbed foam core with elastomeric traction to maintain animal interest while resisting chewing damage.

A wireless pet collar uses radio frequency signals to define a boundary and triggers vibration alerts when the animal moves beyond the set distance.

A suspended leash attachment emits audible feedback during dragging to replace inhumane pressure devices while maintaining training effectiveness.

A releasable pet leash uses a spring-biased ball-latching mechanism to secure and release the tether.

Segmented triangular ramps create a portable pet agility structure that prevents terrain damage during installation.