Watering Devices TRIZ Cases

Centralized turf management system monitors and adjusts soil temperature and moisture levels across multiple green surfaces.

A stake with a bendable pipe design secures irrigation lines at selectable angles without removing the first end portion.

Multi-stage filtration recycles irrigation runoff into clean water, eliminating debris clogging and reducing maintenance costs.

An irrigation controller uses memory to store and execute watering programs alongside predetermined restrictions.

Pivoting support structures allow the system to pivot into a Z-shape, resolving irregular field coverage gaps.

A processing system coordinates agricultural machines and irrigation systems using location data.

Replacing electromechanical sensors, the system uses cable extension to resolve precision and reliability trade-offs.

Peripheral nozzles direct air streams across a transparent deflector to form an air curtain, preventing snow or dust accumulation on vehicle tail lights.

A smart irrigation system uses distributed controllers connected via a communications network to manage tower motors, span joints, and valve operations.

Thermal bonding layers create turbulence channels that prevent soil and weed blockage in buried infiltration irrigation pipe belt outlets.

Embedded sensors in planters measure soil moisture and temperature, transmitting data wirelessly to mobile devices for remote monitoring.

A vertical plant column uses separators to create enclosed headspaces that guide air flow over foliage without passing through growth substrate.

UV-B radiation induces compact plant growth without chemical residues, resolving the trade-off between morphology control and organic farming purity.

A hose-pull apparatus uses a swivel and joint to pivot the supply line away from the mobile tower path.

T and Y members form grow chambers in modular cladding panels to support vertical plant growth.

Tapered capillary geometry and surface asperities resolve manufacturing precision trade-offs to form stable single-file droplet beams for vacuum injection.

Control system adjusts microbe concentration via soil sensors to resolve complexity trade-offs and optimize crop yield.

A self-propelled irrigation device uses a rotating support frame assembly to dispense water across land areas.

Dual pumps meter concentrate and diluent to maintain precise mixing ratios, eliminating heavy mixing tanks that require large transport vehicles.

An integrated air compressor and battery power automated spraying via a control panel, eliminating manual pumping labor for large area treatment.

A folding truss inhaul-cable structure automates the deployment of sprinkler cart spray pipes using a hydraulic cylinder.

Segmented mower and extractor system removes soil contamination from agricultural plastics to enable efficient recycling.

An in-line controller receives remote operation instructions to actuate sprinkler valves independently of the main control panel.

A bendable garden hose incorporates a plastically deformable wire core to retain specific shapes during water supply operations.

Segmented water and chemical delivery systems resolve precision trade-offs by enabling targeted foliar treatment.

A multimodal polyethylene blend with carbon black enhances emitter adherence in drip irrigation pipes.

Axial clamping forces permanently deform the injector body to set the actuating drive idle stroke, resolving manufacturing precision trade-offs.

A tension-controlled irrigation system regulates water supply using capillary forces as a measured variable.

Persistent electrophoretic indicators preserve fault codes post-shutdown, preventing equipment damage from blind restarts.

Segmented chamber design decouples flow rate from inlet pressure, reducing material costs and extending operational lifespan.

A dryness sensor detects soil moisture levels and alerts users to refill the reservoir, preventing overwatering and underwatering.

An electronic braking system applies DC current to a 3-phase induction motor to freeze the drive shaft and prevent coasting.

A mobile atomizing sterilizer system creates a fine dry fog by mixing liquid agents with pressurized gas at the nozzle.

A flexible diaphragm emitter adjusts flow path geometry to maintain uniform water distribution across varying pressure conditions.

A GPS receiver mounted on the tower unit determines rotatable arm location using satellite signals.

Segmented flow baffles improve distribution uniformity while the retracted seal prevents grit accumulation.

A mutual inductance sensor measures soil moisture using radio frequency signals.

A tapered watering can body accepts a detachable spout to enable close packing and efficient storage.

Aligns sprayer mast and center section frames along travel direction to reduce torque, enabling lighter structures and smaller transport vehicles.

Adjustable magnets near nozzles magnetize droplets to reduce spray drift and improve crop yield.

A modular irrigation controller uses a locking mechanism to apply processor power only after station modules are secured.

Passive microwave sensor device measures natural thermal emissions to compile soil moisture profiles, resolving bulky active RADAR weight constraints.

Hydraulic forces from a flow diverter generate pressure differentials to pull chemicals into irrigation lines, eliminating electrical pump requirements.

Segmented conduit system delivers isolated nutrient batches to plant zones, eliminating continuous drainage and reducing water wastage.

A soil moisture sensor uses a series RLC circuit to determine capacitance and moisture content at lower frequencies.

Segmented conduit segments carry embedded electric power wires to drive booster pumps, maintaining downstream pressure without high peak stress on hoses.