Abstract: A fully automatic coffee machine (1) includes an operating unit (2) having at least one touch sensor (102) for generating an operating signal, and a signal-conductor (20) to conduct the operating signal to a logic unit (202) connected to a coffee-producing assembly. The touch sensor (102), signal-conductor (20) and logic unit (202) are arranged on a common printed circuit board (10). The logic unit (202) is arranged in a logic section (200) of the printed circuit board (10) and the touch sensor (102) is arranged in a sensor section (100) on the printed circuit board (10). The logic section (200) integrally transitions into the sensor section (100), and is embodied as a logic unit flap which is released from the sensor section (100), such that and is delimited from the sensor section (100) by at least one recess (204) in the printed circuit board such that the logic section (200) is not deformed by deformation of the sensor section (100).

Abstract: A coffee machine (1), in particular a fully automatic coffee machine, comprising an operating unit (2), which has at least one touch sensor (102) for generating an operating signal when touched by an operator, and signal-conducting means (20), which are embodied to conduct the operating signal to logic means (202), which are connected to coffee-producing means in a signal-conducting manner, wherein the touch sensor (102), the signal-conducting means (20) and the logic means (202) are arranged on a common printed circuit board (10), wherein the logic means (202) are arranged in a flat logic means section (200) of the printed circuit board (10) and the touch sensor (102) is arranged in a sensor section (100) on the printed circuit board (10), and wherein the logic means section (200) integrally transitions into the sensor section (100), whereby the logic means section (200), which is embodied as logic means flap, which is released from the sensor section (100), which has a larger surface, whereby the logic mean