BATTERY SAMPLING DEVICE, BATTERY AND ELECTRIC CONSUMPTION DEVICE
A battery sampling device, a battery, and an electricity consumption device are provided. The battery sampling device includes a conductive component, a sampling component and a bearing component. The conductive component is in contact with a pole and is electrically connected to the pole. The sampling component is electrically connected to the conductive component and is configured to transmit or process electrical parameters acquired by the conductive component. The bearing component is configured to bear the conductive component and the sampling component and to be adapted to being inserted into a gap between two battery cells with end surfaces of the pole welded with each other. The conductive component abuts against a side surface of the pole and the sampling component, so as to realize an electric connection among the pole, the conductive component and the sampling component.
1 . A battery sampling device, configured to sample a battery cell with end surfaces of a pole in welded connection with each other, comprising:
a conductive component in contact with the pole and electrically connected to the pole;
a sampling component electrically connected to the conductive component and configured to transmit or process electrical parameters acquired by the conductive component; and
a bearing component configured to bear the conductive component and the sampling component and to be adapted to being inserted into a gap between two battery cells with end surfaces of the pole welded with each other;
wherein the conductive component abuts against a side surface of the pole and the sampling component, so as to realize an electric connection among the pole, the conductive component and the sampling component.
2 . The battery sampling device according to claim 1 , wherein the conductive component comprises at least one resilient contact, and the resilient contact is configured to contact with at least one side surface of the pole with the end surfaces welded oppositely and to be electrically connected to the side surface.
3 . The battery sampling device according to claim 2 , wherein
the resilient contact comprises an arc-shaped bulge protruding towards the side surface of the pole, and/or
the resilient contact comprises a resilient contact piece with one end fixedly connected to the conductive component and the other end extending towards the side surface of the pole.
4 . The battery sampling device according to claim 3 , wherein the conductive component comprises two conductive strips, and the two conductive strips comprise the resilient contact and abut against two side surfaces of the pole.
5 . The battery sampling device according to claim 4 , wherein the two conductive strips are of an integrated structure or a separated structure and are connected into the bearing component in an embedded manner.
6 . The battery sampling device according to claim 1 , wherein
the bearing component comprises an insertion portion inserted into the gap between the battery cells, and
the insertion portion comprises:
at least one first limiting component, configured to limit a displacement of the battery sampling device, in a direction parallel to an insertion direction of the bearing component, relative to the pole; and/or
at least one second limiting component, configured to limit a displacement of the battery sampling device, in a direction perpendicular to the insertion direction of the bearing component and parallel to a direction of the end surface of the pole, relative to the pole; and/or
at least one third limiting component, configured to limit a displacement of the battery sampling device, in a direction perpendicular to the insertion direction of the bearing component and perpendicular to the direction of the end surface of the pole, relative to the pole.
7 . The battery sampling device according to claim 6 , wherein the first limiting component comprises:
at least one first resilient support leg and at least one buckle, configured to be in contact with two side surfaces of the pole in the insertion direction of the bearing component, respectively in a case where the insertion portion and the pole are clamped.
8 . The battery sampling device according to claim 6 , wherein the second limiting component comprises:
at least one second resilient support leg, configured to be in frictional contact with the side surface where the pole of the battery cell is positioned in a case where the bearing component and the pole are clamped; and/or
at least one third resilient support leg, located between adjacent insertion portions and away from one side of the conductive component such that the adjacent insertion portions are in resilient contact.
9 . The battery sampling device according to claim 6 , wherein the third limiting component comprises:
at least one fourth resilient support leg, configured to be in resilient contact with the side surface where the pole of the battery cell is positioned in a case where the bearing component and the pole are clamped.
10 . The battery sampling device according to claim 6 , wherein the bearing component comprises a through hole, and the conductive component penetrates through the through hole and is electrically connected to the sampling component.
11 . The battery sampling device according to claim 10 , wherein the bearing component comprises a main body portion and the insertion portion, and the main body portion comprises the through hole and bridges at least two batteries in welded connection to bear the sampling component.
12 . A battery, comprising the battery sampling device according to claim 1 .
13 . An electricity consumption device, comprising the battery according to claim 12 .