Insect Catchers And Killers TRIZ Cases

A spring damper links sprayer boom halves to pivot together, preventing damage during extreme steering maneuvers.

Variable infrared radiation emission attracts insects to a passive retention zone, eliminating fan noise and exhaust streams that deter capture.

A hornet trap uses a metal cavity to contain 2.45 GHz waves while optical sensors detect insects entering the enclosure.

Actuators switch damping characteristics based on acceleration data to reduce mechanical stress on the spray boom structure.

Segmentation separates the elevated trap from a removable receptacle, resolving accessibility issues without compromising containment reliability.

Telescopic handle segments resolve the contradiction between extended reach and compact shipping size, improving usability.

Pre-adjusted pressure control valves prevent uncontrolled movements during folding operations by locking the distributor boom with initial target pressures.

Corrugated intermediate sheets form tapered adhesive spaces that trap pest abdomens, overcoming low efficiency from back adhesion alone.

Motorized actuators pivot the movable distribution device to align with field edges, resolving precision trade-offs in wide agricultural spreading operations.

A sprayer distribution system uses pulse width modulation to control spray nozzles with minimal switching elements.

Dynamic yaw damping adapts to driving conditions, reducing mechanical stress on the distributor linkage and ensuring uniform material application.

Active hydraulic joints pivot segments to maintain constant nozzle-to-ground distance, resolving uneven spray distribution on irregular terrain.

A vented top assembly emits attractant vapor through geometric vents to guide insects into an airtight container.

A regulation system filters measurement signals to counteract natural frequencies in agricultural distributor linkages.

Replacing mercury lamps with optimized 335-395 nm UV LEDs reduces power consumption while maintaining high insect trapping efficiency.

Pivotable rod holders adjust spray nozzles to clear sensor elements, resolving reaction time constraints for accurate weed detection.

Pre-curving the glue board prevents thermal bowing, keeping openings aligned with LEDs to maximize UV light passage without enlarging adhesive areas.

Solar water pump circulates liquid through filters to trap eggs and larvae, eliminating populations without harming beneficial insects.

Drones support a sprinkling bar to eliminate ground compaction caused by heavy mechanical frames.

A sprayer boom joint employs a closed ring element to guide spaced components, preventing separation during obstacle evasion.

Dynamic nozzle positioning adapts to irregular row spacings, resolving the contradiction between rigid structure and application precision.

Resilient frames flex to adjust drop-down applicator assemblies to uneven terrain, maintaining consistent spray directions across varying crop rows.

An inclined concave lid surface channels plant protection agents into the induction bowl, preventing spillage during metered application.

A collapsible cardboard trap uses a curved inner duct to disorient mosquitoes entering through a translucent window.

A portable insect trap uses a removable double-sided glue board to capture insects attracted by lamps.

A dark reflective insect station uses an attractant plume to lure flying insects onto pesticide-coated surfaces.

Triangular wing sections guide crawling insects into a collecting area with adhesive, reducing detection time for nocturnal pests.

A snap-open cartridge exposes an internal ramp for insect ingress and egress within a bait station.

An on-board computer displays step-by-step instructions for mixing carrier fluids and active ingredients in agricultural field sprayers.

A breathable membrane covers an insect attractant pod to enable controlled chemical diffusion, eliminating manual hole-poking and improving release precision.

A tubular device with a blue outer surface attracts biting flies, eliminating parallax issues found in flat 2D targets.

Reflective member enhances ultraviolet reflection through adhesive sheet, expanding wavelength band to attract broader insect range.

A sprayer control method enables automatic operation with manual override via cancellation conditions.

Depressions in the dish bottom separate pests to resolve identification accuracy issues caused by group accumulation.

Image processing replaces complex sensors to correct boom oscillations, ensuring accurate material distribution.

Segmented design resolves anchoring stability versus cleaning ease by enabling tool-free detachment.

Vertical inlet placement prevents dirt accumulation and electrostatic charge neutralization during spraying.

Segmented nozzle sections with independent pressure regulation vary application rates across the working width while maintaining optimal droplet size spectrum.

Segmented reservoirs with corrugated reinforcement maintain reliable containment while allowing convenient insect access to the bait.

A trapping device uses an opaque convex base and integrated side ducts to guide fruit-feeding insects into a confining chamber.

Control device initializes closed application elements during active ingredient feed to ensure internal spray liquid replaces carrier liquid.

Trunk injection eliminates alien insects via pheromone attraction without alarm pheromones or daily trap emptying.

A bed bug monitoring device uses heat generation and adhesive surfaces to capture insects.

Hydraulic actuating devices with sensor feedback maintain consistent ground distance across wide working widths to eliminate uneven application drift.

Segmented boom actuators pivot based on sensor data to treat field edges precisely without plant damage.

Segmented inlet zones prevent pheromone interference, while localized insecticide kills weevils without exposing humans or animals.

Dynamic sensor feedback compensates for boom oscillations to maintain precise agricultural material distribution.

A window-mounted fly trap uses a resilient adhesive cover to capture insects via natural light attraction.