Pressure equalizing's heat pipe structure

The utility model provides a pressure equalizing's heat pipe structure, including evaporation end and condensation end, the communicating pipe that a plurality of parallels of each other were drawn together to the evaporation hand ladle, set up communicating pipe between two at least adjacent v...

Ausführliche Beschreibung

Gespeichert in:
Bibliographische Detailangaben
Hauptverfasser: WEI SHANSHAN, LI HONG, LIU JIANWEN, LIU ZONGJIE, ZHU GUOLIANG, ZHANG XUEYUAN, LENG XUELI, CHEN SHUXIANG, QIU YAN, LYU WEN, NIU WEIRAN, QIN ZHENYI, BIAN FENG, LI YIZHEN, TIAN MAOCHENG, ZHOU JIANQUAN, LI WEI, MA JUNDI, FAN XIANGCHEN, LI YAN, ZHANG GUANMIN, WANG YONGBIN, DONG WENXIU
Format: Patent
Sprache:chi ; eng
Schlagworte:
Online-Zugang:Volltext bestellen
Tags: Tag hinzufügen
Keine Tags, Fügen Sie den ersten Tag hinzu!
Beschreibung
Zusammenfassung:The utility model provides a pressure equalizing's heat pipe structure, including evaporation end and condensation end, the communicating pipe that a plurality of parallels of each other were drawn together to the evaporation hand ladle, set up communicating pipe between two at least adjacent vertical pipes. The utility model discloses a structure to the evaporation of heat pipe end is improved, extends to farther direction with the evaporation end of heat pipe, under the condition of the condensation end volume that does not change the heat pipe for the endotherm area of the evaporation of heat pipe end increases, can enlarge the endothermic scope of heat pipe like this, can absorb the heat of the distal end of heat source, reduces the volume and the area of heat exchanger simultaneously. 本实用新型提供了种压力均衡的热管结构,包括蒸发端和冷凝端,所述蒸发端包括多个互相平行的连通管,至少两个相邻的竖直管之间设置连通管。本实用新型通过对热管的蒸发端的结构进行了改进,将热管的蒸发端延伸到更远的方向,在不改变热管的冷凝端体积的情况下,使得热管的蒸发端的吸热面积增加,这样可以扩大热管的吸热范围,可以吸收热源最远端的热量,同时减少换热器的体积和占地面积。