Gas Mixer Segmented Chamber for Uniform Combustion

The mixing chamber is divided into multiple sections by partitions, creating multiple mixing zones. This segmentation allows the airflow and gas flow to be mixed in stages, improving mixing uniformity while maintaining sufficient mixing length for high combustion efficiency.

The patent introduces a multi-dimensional mixing approach by using partitions to create vertical and horizontal mixing zones. The inclined surfaces guide flows in multiple directions, transforming a simple linear mixing process into a multi-dimensional mixing structure that enhances both uniformity and control.

Rather than using a single long mixing pipe, the patent segments the mixing chamber into multiple shorter zones using partitions. This achieves equivalent or superior mixing uniformity while reducing the overall device complexity and space requirements compared to a single extended pipe structure.

The mixing chamber incorporates inclined surfaces that dynamically guide the airflow and gas flow interaction. This dynamic flow guidance within a compact segmented structure achieves effective mixing without requiring excessive length or complex piping.

The partitions are integrated with the mixing chamber structure itself, merging the dividing function with the chamber walls. This design approach achieves the mixing uniformity benefits of partitioning while minimizing the number of separate components and reducing overall device complexity.

The partitions serve multiple functions: they divide the mixing chamber into zones, guide flow patterns, and provide structural support. This multi-functionality reduces the need for additional separate components, achieving improved mixing uniformity without proportionally increasing device complexity.