Foreign material removing structure for charger

摘要

A foreign material removing structure includes an inserting hole, a battery-side terminal, and a push-out section. The hole provided in a battery pack extends in an attaching direction of the pack, and has an opening that a charger-side terminal can enter, the opening being formed in one end side in an extending direction. The battery-side terminal is provided in the hole to contact the charger-side terminal that enters the hole from the opening when the pack is attached to the charger. The section provided on the further forward side in the attaching direction than the opening in the pack has a surface that intersects the attaching direction. The structure is configured such that the section is at a region shifted to the further forward side in the attaching direction than the charger-side terminal when the forward side in the attaching direction of the battery-side terminal contacts the charger-side terminal.

主权项

1. A foreign material removing structure for removing foreign material adhering to a charger-side terminal of a charger to which a battery pack for electric power tool is detachably attached, the foreign material removing structure comprising:
an inserting hole that is provided in the battery pack, extends along an attaching direction of the battery pack, and includes an opening that the charger-side terminal can enter, the opening being formed on one end side in an extending direction of the inserting hole, a battery-side terminal that is provided in the inserting hole and is to be in contact with the charger-side terminal that enters the inserting hole from the opening when the battery pack is attached to the charger, and a push-out section that is provided on a further forward side in the attaching direction than the opening in the battery pack, and has a surface that intersects the attaching direction, the foreign material removing structure being configured such that the push-out section is located at a region shifted to the further forward side in the attaching direction than the charger-side terminal when the forward side in the attaching direction of the battery-side terminal is in contact with the charger-side terminal.