Abstract: The present invention relates to an insufflator with a novel type of input processing for the setpoint value of the pressure in the body cavity. The new device makes it possible to predefine the pressure in the body cavity as the set pressure when there is sufficient expansion and to apply this pressure to the previous control in order to work as gently as possible on the patient.

Abstract: The present invention relates to operating modes of a medical device for support and device training by a service person connected via data line. In particular, the invention relates to the simulation of operating modes of an insufflator by means of a computer located elsewhere, for example, in a training center. The invention further relates to the simulation of operating conditions of a medical fluid pump by means of a computer located at another location, e.g., in a training center.

Abstract: The present invention relates to a medical pump for endoscopy having a pressure control unit, wherein the pressure control unit takes into account blood pressure changes of the subject.

Abstract: The subject matter of the invention is a medical engineering device for use in minimally invasive surgery (MIS). Until now, minimally invasive surgery (MIS) as a device solution is isolated from the networked components of the operating room. The medical professionals are to be assisted in the device setting by an assistance system, by a better integration of the devices used for the MIS (e.g., insufflators, pumps, cameras, monitors) in the total surgery process as well as by a manufacturer-independent, open approach for information collection, information evaluation, and information-based process optimization. In the pre-operative phase already, before the actual surgical intervention, a multitude of information can be collected or acquired, in order to make them available in the intra-operative phase. At the same time, on this basis of data, a first individualization of the diagnostics or therapy to the respective patient can be performed.