国家/地区 中国（7）
IPC部 B（7） H（7）
IPC大类 B60（7） H01（7）
IPC小类 B60L（7）
IPC B60L053/16（7）
发明人 WANG C（7）
公开年 2022（7）
申请年 2022（7） 
专利权人 JILIN ZHONGY.（4） CHANGCHUN JE.（3）

Connector assembly with liquid cooling function useful for vehicle e.g. electric vehicle, comprises second cavity that is formed between outer wall of first sleeve pipe and inner wall of second sleeve, and cooling liquid flows in first cavity and second cavity.

MIAO Y, WANG C

Solid cooling medium-containing connector assembly used in vehicle, comprises electrical connection framework having hollow inner cavity filled with solid cooling medium, protective shell provided on outer periphery of electrical connection framework, and connector comprising connection terminal.

MIAO Y, WANG C

Connector assembly with a solid cooling medium useful in vehicle, comprises electric connecting framework provided with at least one hollow inner cavity and the hollow cavity is at least partially filled with the solid or semi-solid cooling medium.

MIAO Y, WANG C

Solid cooling connector assembly for use in vehicle, has connector comprising connection terminal, where end of electric connection framework is electrically connected with connection terminal by welding or pressing.

MIAO Y, WANG C

Connector assembly with liquid cooling function useful in vehicle i.e. electric vehicle, and hybrid vehicle, comprises e.g. cavity formed between periphery of electric connecting framework and inner wall of protective shell with shielding effect.

MIAO Y, WANG C

Connector assembly comprises electric connecting framework and connector connected with two ends of electric connection framework, where connector comprises connecting terminal, shell and inner shell, where inner shell is arranged in shell and has shielding efficiency.

MIAO Y, WANG C

Connector assembly with liquid cooling function for vehicle, comprises one electrical connection skeleton and connector, where connector includes connection terminal, both ends of electrical connection skeleton are electrically connected to connection terminals respectively.

MIAO Y, WANG C