Insect Catchers And Killers TRIZ Cases

Universal clamping arms in a carousel trap hold solid, liquid, and glue baits while preventing contamination.

Control device adjusts linkage segment folding speed and angle based on detected vehicle inclination to maintain stable weight distribution.

A pivoting strut bridges spray boom joints to stiffen the linkage against ground-induced oscillations.

Soil-penetrating blades and a moisture-retaining member in this bait station solve the problem of inaccessible bait and low insect attraction.

A pest trapping device uses a contact lead segment to guide arthropods toward a sticky immobilization surface.

An integrated insect control system replaces chemical sprays with electric shocks triggered by vision sensors, reducing environmental risks.

Pivotally affixed flaps on a shaft enclose insects against an adhesive pad, resolving unsanitary conditions from direct contact.

A spray boom stores relative segment positions during a first traversal to reproduce the configuration on subsequent passes.

Human-machine interface modifies agricultural sprayer treatment performance via real-time field data analysis.

An autonomous drone eliminates hazardous manual application by using sensors to detect nests and dispensers to apply insecticide from a safe distance.

Pivoting carrier adapts to ground undulations, preventing uneven liquid distribution caused by rigid mounting.

Lateral sensor placement eliminates mechanical pivoting strain while detecting spray drift and maintaining optimal application quality.

Tri-directional break-away hinge assembly pivots boom tip forward, rearward, and upward to absorb obstacle impact forces.

Segmented design separates reusable outer shell from disposable inner adhesive portion, reducing waste while maintaining capture reliability.

Segmented flexible strip uses color-changing adhesive to signal insecticide depletion, eliminating guesswork about replacement timing.

A re-baitable rodent bait station uses a combination lock mechanism to secure the removable receptacle within the base.

A covered liquid gravity feed device uses metered dispensers to deliver species-specific attractants and biopathogens for targeted pest control.

Interchangeable dispensing assemblies on a universal main body resolve the trade-off between specialized spraying performance and device complexity.

Agricultural equipment combines blowing and suction air flows to detach and collect insects from crops.

Interconnected hydraulic pendulum cylinders regulate fluid flow through a throttle to dampen oscillations and align the spray boom during transport.

Control unit detects intermediate boom positions and limits travel speed to prevent collisions while maintaining spraying productivity.

A telescopic spray bar uses individually addressable nozzles controlled by a serial data bus to enable precise fluid distribution.

Segmenting the insect trap into a fixed mount and movable service portion lowers components for ladder-free access, reducing servicing risks.

Textured surfaces on a fly bait station retain aerosolized pesticides, enabling pest control in operational areas without direct spraying.

A segmented pest control bait station uses soil-penetrating blades to channel foraging termites toward moisture-retained cellulose bait.

Reconfigurable frame connectors shift the head group to expose the maintenance side, reducing bending forces on the drive unit.

Segmented legs fold for transport while the pyramid frame ensures stability on uneven terrain, reducing labor costs.

Separate mixing chamber and circulation pump pre-mix active substance with carrier liquid, eliminating delivery delays and maintaining accurate concentration.

Segmented ring lines and control valves reduce switching delays and uneven liquid distribution during part-area-specific spraying.

Centrifugal rotation in the sprayer filter separates fine particles from fresh water, reducing maintenance effort while improving filtration effectiveness.

Reflective surface directs electromagnetic radiation toward an insect trap, compensating for distance-related intensity loss while simplifying device structure.

A domed pest station uses a curved adhesive surface to capture crawling insects while protecting internal chemicals.

A mobile computing device sends filling orders to an automatic filling machine for crop protection sprayers.

Segmented rinse tanks shift fluid between front and rear positions to counteract boom-induced instability.

Alternating flaps on a swatter paddle transition from planar to deformed configurations during strikes, absorbing excess force to prevent structural damage.

Bird guards mounted on an adhesive pillar prevent non-target species entrapment while maintaining target insect capture effectiveness.