Abstract: An method for providing an electrode string which has a separator web and electrode segments attached thereto at a distance from one another by: a) providing a web-shaped electrode substrate; b) picking up the web-shaped electrode substrate with a transport system having transport units individually movable along a guide track, and moving the electrode substrate in a planar manner along a cutting plane; c) cutting the web-shaped electrode substrate in the cutting plane in order to cut off electrode segments which are each arranged individually on one of the transport units; d) adjusting a distance between cut electrode segments with relative movement of the transport units in order to position the electrode segments relative to one another; e) providing a separator web; f) applying and fixing the electrode segments positioned relative to one another on the separator web.

Abstract: A multiple-door switchgear cabinet includes a cabinet housing containing electrical equipment and being connectable to a power source. Doors attached to the cabinet housing provide access to the electrical equipment and include a first door and secondary doors. The first door, when closed, provides for electrical continuity through a main electrical power switch, and removes electrical continuity when open. A mechanical interlock controls the order in which the doors are closed. The mechanical interlock is mounted to the cabinet and is in contact with the doors when they are closed, the interlock being biased by a biasing device to bear against the first door when any of the other doors is opened. A locking bar is movably attached to the first door, and releasably attached to the secondary door. wherein attachment to the secondary door prevents both doors from inadvertent opening.

Abstract: A multiple-door switchgear cabinet includes a cabinet housing containing electrical equipment and being connectable to a power source. Doors attached to the cabinet housing provide access to the electrical equipment and include a first door and secondary doors. The first door, when closed, provides for electrical continuity through a main electrical power switch, and removes electrical continuity when open. A mechanical interlock controls the order in which the doors are closed. The mechanical interlock is mounted to the cabinet and is in contact with the doors when they are closed, the interlock being biased by a biasing device to bear against the first door when any of the other doors is opened. A locking bar is movably attached to the first door, and releasably attached to the secondary door. wherein attachment to the secondary door prevents both doors from inadvertent opening.