Watering Devices TRIZ Cases

Adjustable orifice plates compensate for varying soil types and water pressure conditions to maintain precise application depths.

Hemispherical watering head with circular holes expands water distribution to reduce user fatigue during large area coverage.

Onboard winches pull alternating hose sections along the cart path, eliminating manual hydrant changes and preventing kinks.

Segmenting the indicator assembly allows field conversion from potable to non-potable use without replacing the entire underground device.

Non-parallel shark-fin baffle teeth increase turbulence and resistance, enabling shorter channels that lower production costs and clogging risks.

A disposable paint cartridge system eliminates spray gun cleaning by isolating paint within a replaceable unit.

Integrated air control valve manages pressurized atomizing air flow to resolve manual adjustment inconsistencies in texture pattern application.

Elevated support grids with segmented retaining features prevent solenoid valve contact with dirt while maintaining stable positioning inside the well.

A multivariable controller manages sprayer boom actuators using sensor feedback to stabilize linkage position against field contour variations.

Calibration map stores correction factors derived from measured flow rates to compensate for field elevation changes and pipe friction losses.

An elevated tower system uses drop tubes to place slurry directly into soil, preventing plant damage and reducing odor exposure.

A preassembled main supply line features lateral connectors installed at predetermined intervals to ensure accurate dripline spacing.

Modular bed members with integrated valves solve the trade-off between structural integrity and plant accessibility by enabling segmented irrigation control.

Bridge circuitry with blocking capacitors and bias voltage control measures soil moisture, salinity, and temperature via cloud-connected sensors.

GPS and RF sensors detect golfer presence to pause watering, resolving maintenance conflicts.

Machine vision analysis of field images replaces complex GPS orientation calculations, enabling real-time remote control of irrigation routes.

Wireless depth sensors transmit water levels to a pump controller, eliminating tedious manual monitoring while maintaining optimal field moisture.

A modular irrigation control system uses a detachable energy storage housing to supply power to an electrically controlled valve.

An automatic anti-siphon device manages fluid flow to prevent container emptying caused by siphon effects.

Separating gearbox weight from wheel support frames reduces rutting and prevents overhung load failures in pivot irrigation systems.

A digital-controlled sprinkler system distributes de-icing fluids via mist apertures.

Segmented radial hoses distribute water uniformly around trees, eliminating manual repositioning and setup time.

A rotatable nozzle magazine selects flow rates by aligning specific nozzles with the outlet bore.

A glue layer stabilizes by-product films on PECVD diffuser throughhole walls.

Segmented spray hoods navigate mature crops without entanglement, maintaining chemical retention within enclosed channels for targeted application.

Segmented reinforcement plates distribute stress at connection points while integrated watering conduits deliver moisture directly to individual plant baskets.

Separate channels distribute CO2 to foliage while LEDs enhance photosynthesis, resolving inefficient water-only irrigation.

AdviroGuard system displays cross-referenced soil moisture data across multiple depths and parameters.

Visible spectrum camera on irrigation equipment transmits crop images over cellular networks to resolve information loss without increasing device complexity.

A laser detection unit identifies dripper positions on moving irrigation pipes using reflected optical signals.

A dual input valve merges atomization and mixing processes by introducing catalyst into the resin stream within the nozzle, preventing atmospheric dispersion.

Wireless control units manage valve timing to reduce water usage without increasing system complexity.

An integrated IoT platform connects soil sensors and weather stations to a centralized cloud infrastructure for real-time agricultural monitoring.

A pulsating device uses two preset pressure-responding normally closed valves to convert continuous fluid flow into high-rate intermittent pulses.

A mobile fluid distribution system uses a hydraulic cylinder to adjust a variable orifice in the spray head.

A multipurpose tool adjusts the water jet arc and flow rate through a central hollow cavity while water flows.

A networked irrigation control system uses flow meters and sensors to gather real-time water usage data for dynamic schedule adjustments.

Segmented spray nozzles use interleaved valve control to resolve actuator dead time, ensuring consistent pressure and droplet size.

Remote detecting devices transmit electrical signals through plant vascular tissues to convey physiological data.

V-shaped treads on a steel rim channel mud outward via centrifugal force, preventing traction failure in muddy irrigation fields.

A vertical hanging plant container uses a moisture-impermeable reservoir to wick water upwards through the soil.