Abstract: The disclosure relates to a holding device for a handheld computer unit that is designed to control a machine, wherein the holding device has a holding unit that is designed to hold the handheld computer unit, and wherein at least one integrated safety switch for a safety function of the machine is integrated into the holding device and/or wherein the holding device has a further holding unit for holding at least one external safety switch for a safety function of the machine.

Abstract: The disclosure relates to a holding device for a handheld computer unit that is designed to control a machine, wherein the holding device has a holding unit that is designed to hold the handheld computer unit, and wherein at least one integrated safety switch for a safety function of the machine is integrated into the holding device and/or wherein the holding device has a further holding unit for holding at least one external safety switch for a safety function of the machine.

Abstract: In a method for determining measured values from a time-dependent graph of specified values, a measurement is carried out using a measuring device, and a point in time (TM) that is associated with this measurement is determined. Furthermore, the measured value (yE) is determined by using at least two value pairs (t1, y1; t2, y2) on the time-dependent graph, each value pair (t1, y1; t2, y2) being composed of a point in time (t1; t2) and a value (y1; y2) that is associated with this point in time (t1; t2). The measured value (yE) is determined based on a corrected point in time (TK) which is determined by correcting the point in time (TM) that is associated with the measurement by using a correction term that accounts for a dead time (TT) of the measuring device.

Abstract: A Method and a Device for Determining Measured Values from a Time-Dependent Graph of Specified Values. In one step, a measurement is carried out using a measuring device, and a point in time (TM) that is associated with this measurement is determined. Furthermore, the measured value (yE) is determined by using at least two value pairs (t1, y1; t2, y2) on the time-dependent graph, each value pair (t1, y1; t2, y2) being composed of a point in time (t1; t2) and a value (y1; y2) that is associated with this point in time (t1; t2). According to the present invention, the measured value (yE) is determined based on a corrected point in time (TK) which is determined by correcting the point in time (TM) that is associated with the measurement by using a correction term that accounts for a dead time (TT) of the measuring device.