Abstract: A method for adjusting a control unit, in which a calibration of a control unit parameter constituting a bypass is carried out, a control unit parameter, embodied as a calibration parameter, of the software of the control unit being calibrated, and at least one function, with which at least one signal is taken into account, being written onto an address region of the control unit parameter. An assemblage for adjusting a control unit is also described.

Abstract: A power ring device that includes: a ring conductor; a plurality of controllers, each controller being connected to the ring conductor and includes a first control unit; a plurality of paired pick ups, wherein each pair connects either an electrical consumer device or an electrical power supply to the ring conductor and to one of the plurality of controllers, wherein a first pair of pick ups of a first controller is connected to a first power supply; and a plurality of current sensor signal lines connecting each control unit to form a data connection; wherein each controller has a right and left side, a right sided and left sided switch elements; and a right sided and left sided current sensors connected so that a first current value measured by the left sided current sensor of the first controller is transmitted as data to the first control unit of a second controller.

Abstract: An opto-electronic device includes a substrate, a light sensor and a light-emitting diode having a light-emitting layer of an organic material, wherein the light sensor and the light-emitting diode are monolithically integrated with the substrate.

Abstract: A power ring device that includes: a ring conductor; a plurality of controllers, each controller being connected to the ring conductor and includes a first control unit; a plurality of paired pick ups, wherein each pair connects either an electrical consumer device or an electrical power supply to the ring conductor and to one of the plurality of controllers, wherein a first pair of pick ups of a first controller is connected to a first power supply; and a plurality of current sensor signal lines connecting each control unit to form a data connection; wherein each controller has a right and left side, a right sided and left sided switch elements; and a right sided and left sided current sensors connected so that a first current value measured by the left sided current sensor of the first controller is transmitted as data to the first control unit of a second controller.