APPARATUS AND METHOD FOR LINKING AND EVALUATING INFORMATION IN CLINICAL DATA IN A MEDICAL DEVICE
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.
1 . A medical engineering device for use in minimally invasive surgery (MIS), including
at least one interface to at least one other medical device, wherein the interface transmits measurement data and/or patient data,
at least one storage unit that stores the operating parameters obtained via the interface based on measurement data and/or patient data and that further permanently contains at least one data set of operating parameters as a fall-back level,
at least one computation unit connected via the interface in the other medical device, which based on the measurement data and/or the patient data computes the operating parameters of the medical device,
wherein the calculation of the operating parameters takes place under consideration of a priori data selected according to a predetermined criterion,
wherein the regulation of the operating parameters of the medical device takes place using the calculated operating parameters.
2 . The medical engineering device according to claim 1 , wherein the medical engineering device is a fluid pump.
3 . The medical engineering device according to claim 2 , wherein the fluid pump is an insufflator or a liquid pump.
4 . The medical engineering device according to claim 1 , wherein the at least one interface transmits measurement data of a blood pressure measurement device and/or other vital parameters of the patient and/or patient data of an electronic patient record.
5 . The medical engineering device according to claim 1 , wherein as operating parameters, fluid pressure, fluid flow, and/or fluid temperature are controlled.