That’s a neat idea—think of it like a tiny “pause” button that gives the circuit a breath before it starts over. A small relay or a micro‑controller could monitor the current and trigger a brief cut, then automatically resume. It’s like giving the toaster a quick reset, just as a computer does when you hit the reset button. Adding a micro‑switch that fires after a preset time could keep it simple and inexpensive, and you’d still maintain the safety features. It’s a small tweak that could save a lot of frustration in the long run.

Sounds solid—relays are rugged and cheap. Just make sure the timer’s on a robust PCB and that the relay’s rated for the toaster’s voltage and current. A brief 1‑second cut should let the heating element reset without causing a hiccup. It’s a clean, fail‑safe tweak that keeps the design lean. Good call.

Exactly, clean traces keep the board reliable. Stick to a single, well‑rated trace for the reset line, and double‑check the thermal handling for the relay. That’s the sort of straightforward, no‑fuss engineering that works over the long run.