Winch-Driven Burner Assembly for Dynamic Flame Positioning

The patent applies the dynamics principle by transforming the static decorative device into a dynamic system. The burner assembly is made movable through a winch mechanism that can raise and lower it, creating dynamic visual effects. The flame moves vertically in response to control signals, transforming the previously static illumination into a dynamic display that can change position and create lively visual presentations.

The patent replaces traditional mechanical lighting systems with a combustion-based flame system. Instead of using electric lights or LEDs to create decorative effects, the invention uses a real flame from a burner that can be moved vertically. This substitution of mechanical/electrical illumination with a thermal/combustion-based flame creates more natural and lively visual effects while maintaining controllable movement through the winch mechanism.

The patent applies the universality principle by making the electrical cable serve multiple functions simultaneously. The same cable that provides electrical power to the burner and igniter also serves as the mechanical connection for the winch mechanism to raise and lower the burner assembly. This multi-functionality reduces the need for separate mechanical linkages and simplifies the overall system structure despite the added movement capability.

The controller acts as an intermediary that coordinates the complex interactions between multiple components. It simultaneously controls the winch motor for vertical movement, the solenoid valve for gas flow regulation, and the igniter for flame initiation. This centralized control mediation simplifies the operation of the complex system by integrating multiple control functions into a single device that responds to control signals in a coordinated manner.