Anode plate for film plating machine and film plating machine

An anode plate for a film plating machine, wherein the anode plate is formed by splicing a plurality of anode plate splicing units, any two adjacent anode plate splicing units of the plurality of anode plate splicing units are separated by an insulating medium, and each of the plurality of anode plate splicing units is configured to be connected with a power supply, wherein

• each of the plurality of anode plate splicing units is connected with one conductive metal strip, the conductive metal strip extends along a direction perpendicular to the anode plate, and the conductive metal strip is configured to be connected with the power supply;
• a conductive metal frame is attached to the surface of each of the plurality of anode plate splicing units, and the conductive metal frame is electrically connected to the conductive metal strip;
• the conductive metal frame is a cross-shaped metal frame, the cross-shaped metal frame comprises a first metal strip and a second metal strip which are cross-fixed, and both the first metal strip and the second metal strip are attached to the surface of each of the plurality of anode plate splicing units, wherein the first metal strip is located on a connection line between a midpoint of an upper line and a midpoint of a lower line of each of the plurality of anode plate splicing units, and the second metal strip is located on a connection line between midpoints of non-parallel sides of each of the plurality of anode plate splicing units, wherein
• the plurality of anode plate splicing units are a plurality of trapezoidal plates, a middle part of the upper line and a middle part of the lower line of each of the plurality of trapezoidal plates are configured to be connected with the power supply, respectively.