Abstract: A monitoring arrangement for monitoring a security device includes a) a first electric supply source connected to an input terminal for connecting an input of the security device b) a first outlet side measuring device connected to the output terminal for connecting an output of the safety device, c) an evaluating assembly connected to the first output-sided measuring device and which receives a measuring signal, and d) a first input-sided measuring device connected to the input terminal and to the evaluation assembly, which captures the measuring signal of the first input-sided measuring device and is designed to evaluate the measuring signal.

Abstract: The disclosure relates to a connector arrangement having a first connector part and a second connector part, the second connector part being in the form of a receiving connector part having a receiver, and the receiver being connected to a first sensing device for sensing the signal received by the receiver. The connector arrangement is characterized in that the first connector part is in the form of a transmitting connector part that has a transmitter for the contactless transmission of a signal.

Abstract: The disclosure relates to a connector arrangement having a first connector part and a second connector part, the second connector part being in the form of a receiving connector part having a receiver, and the receiver being connected to a first sensing device for sensing the signal received by the receiver. The connector arrangement is characterized in that the first connector part is in the form of a transmitting connector part that has a transmitter for the contactless transmission of a signal.

Abstract: A monitoring arrangement for monitoring a security device includes a) a first electric supply source connected to an input terminal for connecting an input of the security device b) a first outlet side measuring device connected to the output terminal for connecting an output of the safety device, c) an evaluating assembly connected to the first output-sided measuring device and which receives a measuring signal, and d) a first input-sided measuring device connected to the input terminal and to the evaluation assembly, which captures the measuring signal of the first input-sided measuring device and is designed to evaluate the measuring signal.

Abstract: A device for moving a nonlinear crystal or a saturable absorber in two dimensions includes a first and a second piezo unit, each having a corresponding carrier, piezo driver, and carriage moveable by the piezo driver at incremental steps along a linear path with respect to the carrier between a first and a second end location, in which the linear paths of the first piezo unit and the second piezo unit are orthogonal. The nonlinear crystal/saturable absorber is fastenable on the carriage of the first piezo unit and the carrier of the first piezo unit is fastened on the carriage of the second piezo unit. The device further includes stops that define the carriage end locations, an end location detection configured to detect the carriages at their respective end locations, and a counting unit configured to count the steps covered during the moving of the carriage.

Abstract: A device for moving a nonlinear crystal or a saturable absorber in two dimensions includes a first and a second piezo unit, each having a corresponding carrier, piezo driver, and carriage moveable by the piezo driver at incremental steps along a linear path with respect to the carrier between a first and a second end location, in which the linear paths of the first piezo unit and the second piezo unit are orthogonal. The nonlinear crystal/saturable absorber is fastenable on the carriage of the first piezo unit and the carrier of the first piezo unit is fastened on the carriage of the second piezo unit. The device further includes stops that define the carriage end locations, an end location detection configured to detect the carriages at their respective end locations, and a counting unit configured to count the steps covered during the moving of the carriage.

Abstract: A diving computer is provided. The diving computer includes a computer connected to a dot matrix screen to display information concerning a dive. The computer has an interface to an external personal computer for reprogrammably configuring the information displayed on the screen. The user may customize the information on one or more views of the screen in several ways. The user may select the desired information to be displayed, and may customize the size and placement of the information on one or more views. The diving computer also has a number of pre-programmed displays that may be selected, each of which present different layouts and organizations of diving related information.

Abstract: A dive computer that includes heart rate monitoring capability is provided. The heart rate monitoring is accomplished by a belt that fits around the diver's chest, and the information is wirelessly transmitted to the dive computer. The heart rate information may be displayed during and after a dive, and the dive computer may selectively utilize the monitored heart rate information to compensate the decompression algorithm based on workload during the dive. The dive computer can also utilize the monitored heart rate information to compensate the decompression algorithm based on workload on the surface before and/or after the dive for no fly and repetitive dive calculations.