Axial Diode Junction Box with Flat-Pin Welding for Heat Dissipation

The patent uses standard axial diodes instead of expensive modular diodes. The axial diodes are designed with flat portions on their pins that allow direct welding to bus bars, eliminating the need for complex modular packaging and testing infrastructure. This approach treats the diode as a simple, replaceable component rather than requiring investment in specialized modular diode handling equipment.

The patent combines the diode body with the mounting structure by integrating the flat portions directly onto the diode pins. This merging eliminates the need for separate connection members (such as conductive sheets) and reduces the number of assembly steps, thereby simplifying the overall device complexity while maintaining high current handling capability.

The patent employs inexpensive axial diodes with standard configurations rather than costly modular diodes. The flat portions are created through simple stamping or bending processes during standard diode manufacturing, avoiding the need for expensive specialized packaging and testing equipment required for modular diodes, thereby significantly reducing production costs.

The patent modifies the physical parameters of standard axial diodes by adding flat portions to the pins through stamping or bending. This parameter change allows direct welding capability and improved heat dissipation without requiring a complete transition to modular diode architecture, thus maintaining cost-effectiveness while achieving high current handling.

The patent changes the geometric parameters of the diode pins by creating flat portions through stamping or bending. This parameter modification increases the surface area for heat dissipation and provides direct welding surfaces for thermal and electrical connection to bus bars, thereby improving heat dissipation efficiency and extending diode lifespan while maintaining low production costs.

The patent transitions from circular pin cross-sections to flat portions, effectively changing the dimensional characteristics of the pin surfaces. This dimensional change creates larger surface areas for heat dissipation and welding contact, improving thermal management without adding complex three-dimensional structures or increasing manufacturing complexity.

The patent merges the connection function directly into the diode structure by creating flat portions on the pins that serve as welding surfaces. This integration eliminates the need for separate connection members such as conductive sheets or additional mounting hardware, thereby simplifying the mounting process while maintaining cost-effectiveness.

The patent extracts the connection member function from the mounting process and incorporates it directly into the diode structure itself. The flat portions on the pins perform both the electrical connection and mechanical attachment functions, removing the need for extra connection members and simplifying the overall mounting process.