Lighting Circuit Overload Warning With Flashing and Cutoff

The patent implements a feedback mechanism by detecting the actual current drawn by the lighting circuit and comparing it against the circuit's rated current. When the detected current exceeds the rated current, the system provides immediate feedback through visual warnings (flashing LEDs) and audible warnings (buzzer sounds), alerting users to the overload condition. This closed-loop feedback system enables real-time monitoring and immediate response to prevent circuit damage.

The patent introduces an intermediary overload detection device that mediates between the power supply and the lighting circuit. This device includes current detection components (such as current transformers or shunt resistors) and control circuitry that act as intermediaries to monitor power consumption and enforce safety limits. The intermediary device translates electrical parameters into human-perceptible warnings without disrupting the flexible lighting configuration.

The patent enables self-service operation by allowing users to install lamps without performing manual wattage calculations. The system automatically performs the load management function through its current detection circuitry, which continuously measures the actual power consumption and compares it against safety thresholds. The control circuitry autonomously determines when overload conditions exist and triggers appropriate warnings, eliminating the need for user calculations while maintaining precise load management.

The patent replaces the manual mechanical calculation process with an electronic measurement and control system. Instead of requiring users to manually calculate total wattage by adding individual lamp ratings, the system uses current detection components to directly measure the actual electrical load. This substitution of electronic measurement for manual calculation provides both ease of installation and precise load management simultaneously.

The patent merges multiple functions into a single integrated overload detection device. The current detection components, control circuitry, visual warning indicators (LEDs), and audible warning devices (buzzer) are combined into one unified system that can be installed at the circuit breaker or fuse location. This merging approach provides comprehensive overload protection capability while minimizing the increase in system complexity through functional integration rather than separate discrete components.

The patent designs the overload detection device with multi-functionality to justify the added complexity. The system not only detects overloads but also provides dual-mode warnings (visual and audible), records peak current values, and can be installed in various circuit configurations. This universal design approach maximizes the safety benefits relative to the complexity investment by providing multiple protective and informative functions within a single device.