The invention relates to the technical field of charging connectors, in particular to a liquid cooling terminal heat dissipation structure for charging, which comprises a sleeve with a liquid flow channel, a copper bar connected to the sleeve and a guide core inserted into the copper bar; the guide core is cylindrical, and one end part of the guide core is directly connected to the inner end surface of an insertion pipe through a crimping process; the heat generated in the charging process can be transmitted to the guide core in real time, the whole guide core is immersed in the cooling liquid to increase the cooling immersion area, the heat of the guide core exchanges heat with the cooling liquid in real time, the cooling liquid circulates to the outside for cooling through the liquid cooling pipe, and the heat dissipation problem of a crimping area can be well solved.
本发明涉及充电连接器技术领域,具体指一种充电用的液冷端子散热结构,包括具有液流通道的套筒、连接于所述套筒的铜排、插接于铜排内的导芯,所述导芯呈圆柱状其一端部通过压接工艺直接连接于插接管的内端面,能够将充电过程中产生的热量实时传递给导芯,所述导芯整个浸没在冷却液中以增加了冷却浸没面积,导芯的热量与冷却液进行实时的热交换,冷却液经液冷管循环到外部降温,能够很好的解决压接区域的散热问题。
Liquid cooling terminal heat dissipation structure for charging
一种充电用的液冷端子散热结构
2021-12-17
Patent
Electronic Resource
Chinese
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