A retrieval string and self-righting housing let a pesticide canister be deployed, triggered, and recovered in confined spaces with less user exposure.
A containment door with diffuser, suction aeration, and reefer fan circulation cuts fumigant leaks and preserves cargo temperature.
Natural convection replaces a blower to drive carbon monoxide from a bell-shaped chamber into pest burrows with safer, portable soil pest control.
Segmented body and intermediary latch prevent unauthorized access to toxic bait while maintaining pest control reliability.
A UV LED fumigator uses a light passage hole to direct 365 nm radiation toward mosquitoes while blocking direct exposure.
A reversible evaporator unit with a rail-like fastening element mounts securely within standard honeycomb frames.
An automated beehive disinfestation apparatus extracts and delivers precise fumigant amounts using a battery-powered controller.
Segmented entrapment chambers with tapered guides isolate insects, preventing territorial interference and boosting multi-species trapping efficiency.
Inverted spray can lid confines insecticide to kill pests without contaminating surfaces or exposing users.
Removable entry structure accepts replaceable attractant cartridges, enabling safe replenishment without releasing trapped insects.
Replacing combustion engine with electric motor eliminates carbon monoxide emissions and reduces noise for safe indoor use.
A segmented insect trap uses spaced entry structures to attract different species simultaneously.
A cylindrical insect trap uses a frusto-conical orifice to prevent escape while a landing surface directs insects inward.
A canister delivers sodium bicarbonate and vinegar into an enclosure to generate carbon dioxide gas.
Gas distribution device delivers repellent gas into subterranean tunnels using supplied air assistance, eliminating hazardous traps and bait near pets.
A plenum chamber mixes engine exhaust with oil to generate toxic smoke, eliminating residual chemical contamination in soil.
A building protection apparatus delivers ozone gas and ultrasonic waves to create a hostile environment for termites.
An angled nozzle directs ozone gas into vertical and horizontal ear sections, resolving incomplete medication delivery caused by anatomical bends.
Water evaporation through a porous sheet attracts gestating mosquitoes, which become immobilized on a sticky surface to break the reproductive cycle.