Insect Catchers And Killers TRIZ Cases

A pivot arm and counterweight empty the trap at a set insect weight, enabling reliable bark beetle counting with less manual work.

A removable LED-lit enclosure redirects light onto adhesive surfaces, improving insect capture while simplifying clean replacement.

A submerged anaerobic labyrinth uses sloped vestibules to guide mosquito larvae into a dead-end chamber where they cannot reach air.

A semi-permeable lid controls release of an aqueous Ceratitis attractant, extending trap life and avoiding irritating aminoalkanes.

A top-blocked dispenser redirects heated air treatment substance through side openings for slower release and wider indoor or outdoor pest control.

CO2 and plant attractants draw mosquitoes into a suction trap, while fan impact and larvicide neutralize adults, eggs, and larvae.

Convergent diffused airflows channel the spray jet to improve leaf-side coverage, penetration, and drift control in sparse vegetation.

Guided airflow, baffles, and a front shroud reduce insect escape and improve vacuum capture and killing on plants.

External screw threads let the bait station self-tap into soil for easier rebaiting, depth adjustment, and reduced utility damage.

Jointly correcting nozzle opening durations when PWM limits are hit helps agricultural sprayers maintain pressure, output, and spreading accuracy.

A rotating shaft support keeps insect traps stable during movement, preventing bait displacement while preserving diffusion and trap function.

A deflection device routes spray to crops or collection containers, improving target accuracy while limiting waste and pressure fluctuations.

Dual-color light sources and a matching detachable killing structure improve insect attraction across species and environments while reducing plant damage.

Field data guides base-product mixing and zone-specific application, improving treatment precision while reducing excessive agricultural input use.

Small entry holes and a tamper-resistant lid let yellow jackets carry poisoned bait to the nest while limiting access by pets and wildlife.

Frequency-selectable electromagnetic cycles target parasite structures without chemical pesticides, reducing pollution, health risks, and resistance.

Compressed-air delivery through a tube enables precise pest material application in elevated or concealed nests without ladders or invasive access.

A cylindrical porous core with a surrounding heater sustains steady volatile release over time while reducing energy demand for battery-powered use.

UV LEDs and a lens attract flying insects to a removable double-sided adhesive substrate, avoiding chemicals and electroshocking in homes.

Multiple barbed lances and a simple stepped frame improve mole extraction reliability while avoiding prolonged suffering from incomplete kills.

Multiple bait chambers switch by season, temperature, and location to keep pest attractants effective longer and cut manual replacement.

A movable cover encloses bug remains on the swatter head after use, reducing contamination of surfaces, storage areas, and the user.

Separate larvicide, adulticide, and cleaning reservoirs with valve-controlled flow cut downtime and prevent cross-contamination during field nebulization.

A separator fitted into wing perforations keeps trap opening constant, improving insect capture and simplifying base replacement.

A cone-shaped airflow guide, dual IR/UV attraction, and timed fan-CO2 control expand trapping range while limiting gas dispersion and escape.

AI vision identifies insect species inside the trap, capturing harmful pests while releasing beneficial insects for precise pest management.

Multiple sensors and data fusion improve distributor linkage inclination measurement on curves while reducing sensor damage and positioning errors.

Independent weather-resistant misting stations automate natural repellent coverage while avoiding complex tube networks, manual spraying, and synthetic pesticide risks.

Carbon dioxide, vibration, and heat lure ticks onto a moving fabric belt, where infrared dehydration kills them without chemical residues.

A pivotable second blade deflects airflow above boom nozzles to keep crop spray on target despite wind and tractor speed.