Ac-Dc Network Circuit Arrangements TRIZ Cases

See how a cooking utensil integrates contactless electromagnetic energy transfer and a built-in

See how a cooking vessel integrates wireless power reception, heating, and food processing tool

See how a cooking utensil uses electromagnetic induction for contactless energy transfer and mo

See how a cooking utensil receives electromagnetic energy from induction elements to drive stir

An energy management system switches between internal and external low-voltage power to prepare multiple beverages with less weight and charging delay.

Prefabricated busbar trunking replaces long cable bundles so damaged sections can be swapped quickly, cutting downtime after electrical cabinet fires.

An interlocked docking station locks energized generator connectors and uses side-by-side access to utility wires to prevent arcing and simplify service.

Self-retracting cord sections let power and data outlets move with adjustable furniture while reducing slack and keeping routing organized.

An axial flux variable-speed generator uses electronic frequency control and load matching to cut fuel waste, weight, and emissions.

When one phase detects a fault, coordinated monitors trigger other phases to share waveform data for fuller event analysis and mitigation.

A unified node distributes external power and routes wired or wireless data to keep remote field systems controllable without local infrastructure.

An interlocked door and side-by-side connector layout prevent energized disconnection arcing while simplifying utility wire access.

A third-wire channel lets low-voltage fixtures negotiate power before energizing, reducing swap damage and commissioning effort.

An AC/DC converter in the door frame powers sensors and door-mounted DC devices without batteries, preserving appearance and door integrity.

A vessel power bus uses AC/DC conversion and a bus tie to let one source feed both AC buses, cutting fuel use and emissions.

Load-change detection and version signaling let wireless power transmitters adapt packet and authentication handling across legacy and new receivers.

Paired infrared feedback sensors and isolated coils let cordless appliances receive precisely controlled wireless power across varying loads.

An implanted stimulator uses movement and contact on vulvar or vaginal tissue to provide on-demand arousal support without external devices.

Phase-controlled radiator arrays focus RF energy at a target device, improving wireless power transfer over distance and tracking moving loads.

Sensor feedback tunes magnet motion, load, and stiffness to sustain wireless power transfer while limiting over-rotation and eddy-current heating.

Distance measurement lets the laser output be pre-compensated for fiber attenuation, improving remote photoelectric power delivery.

Paired sensors feed secondary-coil performance back to the primary coil, improving wireless power control for variable appliance loads.

Duty cycle control keeps resonant frequency fixed as load power changes, preserving contactless power transfer efficiency.

Synchronized waveform samples from distributed power system recorders let a central device reconstruct event order and separate cause from consequence.

An implanted stimulator uses controlled vibration and wireless operation to provide discreet, always-available treatment for female sexual dysfunction.

Dynamic converter control adjusts AC power from sensed voltage or current to keep resonant contactless transfer efficient as load power changes.

Real-time energy flow meters and model updates let the controller adapt to changing source and load conditions while reducing energy costs.

One-line topology routing coordinates multiple power sources and load buses to switch routes automatically and reduce disruptions.

LV surge assemblies in solid-state transformers clamp and shunt EMP-induced overvoltage to protect MV and LV grids without losing isolation.

Built-in network analysis detects three-phase rotation direction at the converter input, avoiding external monitors and motor reversal faults.

Real-time current estimation and hardware throttling keep cable draw within capacity limits while preserving usable compute performance.

A DC-linked AC bus layout lets one vessel power source feed both buses during low demand, cutting fuel use and emissions while preserving redundancy.

A controller balances GPU and PCA demand on one ground power line, limiting total load while cutting oversized infrastructure and cost.

By limiting superimposed voltage during AC startup, this case improves toner transfer on uneven media without exceeding AC power supply limits.

Dynamic control shares one ground power line between GPU and PCA loads, limiting peak demand while cutting gate cabling and panel costs.

Prioritized device control uses usage data and user preferences to conserve backup power and protect home loads during grid issues.

An electro-mechanical door lock and side-by-side connector layout prevent arcing and simplify utility wire access during generator transfer.

Distance measurement and feed-light compensation improve power-over-fiber transmission efficiency by correcting attenuation before delivery.

A DC intermediate circuit blocks backflow to the public grid while enabling local renewable generation and storage integration.

Separating switching and protection with a contactor, circuit breaker, and soft start cuts wear, maintenance, and transformer current peaks.

Beacon-guided polarization matching helps wireless power transmitters overcome multipath mismatch and maintain efficient delivery across orientations.

Priority-based power allocation lets a flowmeter run high-priority circuits without extra intrinsically safe power supplies, cutting cost and wiring.

Paired feedback sensors and coil isolation help regulate induced power in cord-free appliances while improving wireless power control.

Power is sent to a tethered aircraft in acknowledged pulses, enabling cable fault shutdown and removing the need for an earth connection.

Capacitive coupling lets the fixed side detect movable-load conditions, simplifying onboard circuits and stabilizing contactless power transfer.

An implanted vibrator uses controlled movement to stimulate vulvar or vaginal tissue, improving arousal while avoiding external-device embarrassment.

Boost-buck voltage stabilization lets one modular DC supply adjust output needs and fully charge batteries without extra charging hardware.

Converter on-off timing is adjusted to match changing charging load while keeping resonant transfer at a fixed frequency for stable efficiency.

An implantable vaginal or vulvar stimulator uses controlled motion to improve arousal and orgasm without cumbersome external devices.

Auxiliary winding drives a single switching device with anti-parallel thyristors, reducing component count and voltage stress in power converters.

A modular power distribution system segments physical units to manage independent AC and DC electrical loads across various locations.