Flexible pipe radiator based on fluorine plastic pipe

Abstract

The invention provides a flexible pipe radiator based on a fluorine plastic pipe. The flexible pipe radiator comprises main radiating fins, a terminal radiating fin, a connecting rib, a middle-sectiongrounding node and an independent fan. Circular holes are formed in the centers of the main radiating fins. Four endpoints of two lines, perpendicular to each other, at the edges of the circular holes of the main radiating fins are connected to the connecting rib through welding. The connecting rib is connected with the plurality of main radiating fins through welding. The bottom of the middle end of the connecting rib is provided with the middle-section grounding node through welding connection. An opening is formed in the center of the middle-section grounding node. The tail ends of the twoends of the connecting rib are provided with terminal radiating fins through welding connection. The top end of the middle-section grounding node is provided with the independent fan in threaded connection with the middle-section grounding node. Due to the arrangement of the middle-section grounding node and the terminal radiating fin, the problems that when an existing radiator is used for radiating a fluorine plastic pipe, the division of a radiating area, the reinforcement of a pipeline structure and three-dimensional heat dissolution can be further optimized are solved.

Description

technical field [0001] The invention belongs to the technical field of pipe heat dissipation, and more specifically relates to a flexible pipe radiator based on a fluoroplastic pipe. Background technique [0002] Flexible pipe is a kind of pipeline with flame resistance, corrosion resistance and water resistance. Due to the thermodynamic characteristics of the flexible pipe, it is often used as a high-temperature transportation pipeline. At this time, in order to improve the safety of transportation, it is often necessary to sleeve the heat dissipation device outside the flexible pipe. [0003] For example, a thermal shock-resistant sealed radiator with application number 201820342811.3, the present invention discloses a thermal shock-resistant sealed radiator, which includes a liquid inlet chamber, a liquid outlet chamber, and a plurality of partitions separated into alternate arrangements The gas passage and the liquid passage, the liquid inlet chamber is provided with a ...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the above technical problems, the present invention provides a flexible tube radiator based on fluoroplastic tubes to solve the problem of partitioning the heat dissipation area, reinforcing the support of the pipeline structure and three-dimensional heat dissipation when the existing radiator dissipates heat to the fluoroplastic flexible tube There is some room for improvement in

Images