2 results about "Fin height" patented technology

This invention provides a cost-effective and efficient spiral condenser, comprising a condensing assembly including a condensing tube, heat dissipation fins, a liquid inlet pipe, a liquid outlet pipe, and a baffle sponge. The condensing tube is a serpentine pipe, and heat dissipation fins are uniformly fixedly connected to its outer wall. This invention's innovative design of the condensing system's airflow enhances heat dissipation efficiency. In the production of small condensers, the height of the heat exchange fins can be determined based on the outer diameter of the heat exchange tube, ensuring good condensation performance while reducing the fin height, saving materials and installation space. Furthermore, the condensing assembly can be fixed to the cooling system using a mounting component, which is easy to assemble, simple in structure, and low in cost. By arranging the heat exchange fins in a spiral shape, wind resistance and noise are reduced during external airflow, minimizing the environmental impact of the condenser's operation.

The present disclosure relates to techniques of active cooling of an electronic device. Particularly, it is provided a cooling device comprising a base plate comprising a first main surface extending in a longitudinal direction and comprising a plurality of fins extending from the first main surface in a fin height direction. Each fin has a cross section perpendicular to the fin height direction with a contour defined by two halves of the contour that are symmetric to each other with respect to a symmetry axis perpendicular to the fin height direction, wherein the first half of the two halves of the contour consists of a first round arc region between and extending into a first and a second extension region and the second half of the two halves of the contour consists of a second round arc region between and extending into a third and a fourth extension region.