Solar Collector Heat Pipe Decoupling for Overheating Prevention

The patent applies the dynamics principle by making the connection between the wire strands and condenser dynamically adjustable rather than statically fixed. The system transitions between two states: a first state where clamping elements firmly press the wire strands onto the condenser for optimal heat transfer, and a second state where the same clamping elements release to allow decoupling. This dynamic switching capability resolves the contradiction by enabling both efficient heat transfer and adaptability to different operational requirements.

The patent applies the parameter changes principle by enabling the system to change its thermal coupling parameter between two distinct states. In the first state, the physical parameter of thermal contact is maximized through firm pressing of wire strands onto the condenser. In the second state, the same parameter is minimized by releasing the clamping elements to create separation. This parameter switching allows the system to adapt to varying thermal conditions and prevent overheating while maintaining heat transfer efficiency when needed.

The patent applies the merging principle by integrating the clamping function directly into the wire strand assembly structure itself, rather than using separate metal clips as additional components. The wire strands are designed with inherent clamping capability through their arrangement and interaction with the condenser, allowing them to perform both the electrical/thermal conduction function and the mechanical clamping function. This integration reduces device complexity by eliminating separate clamping components while maintaining effective heat transfer.