Connector
The connector is attached to the vehicle body of an electric vehicle, a hybrid vehicle, and the like, and mates with a charging plug provided on a charging station to charge the battery on the vehicle. The connector includes a terminal crimped to an end of an electric wire, a heat storage member surrounding an electric wire-crimped portion of the terminal, a housing, and a heat transfer member in a sheet shape. The electric wire-crimped portion is formed with a recessed portion that is a crimping dent during crimping of the electric wire. The heat storage member includes a first heat storage member and a second heat storage member that are attached to each other with the electric wire-crimped portion being interposed therebetween. The heat transfer member is interposed between the first heat storage member and the electric wire-crimped portion. A protruding portion formed on the second heat storage member is positioned within the recessed portion to be in contact with the recessed portion.
1 . A connector comprising:
a terminal crimped to an end of an electric wire;
a heat storage member surrounding an electric wire-crimped portion of the terminal;
a housing accommodating the terminal and the heat storage member; and
a heat transfer member in a sheet shape,
wherein the electric wire-crimped portion is formed with a recessed portion that is a crimping dent during crimping of the electric wire,
the heat storage member includes a first heat storage member and a second heat storage member that are attached to each other with the electric wire-crimped portion being interposed therebetween,
the heat transfer member is interposed between the first heat storage member and the electric wire-crimped portion, and
a protruding portion formed on the second heat storage member is positioned within the recessed portion to be in contact with the recessed portion.
2 . The connector according to claim 1 , wherein the first heat storage member and the second heat storage member are attached to each other by fastening a bolt into the first heat storage member and the second heat storage member.
3 . The connector according to claim 1 , comprising:
two terminals; and
two heat storage members,
wherein the two heat storage members are housed in the housing in such an orientation that the second heat storage members of the two heat storage members are adjacent to each other and that the first heat storage members of the two heat storage members are separated from each other.