OR.NET test centers and demonstrators
Title
Demo-OR (ICCAS)
Location
Innovation Center Computer Assisted Surgery – ICCAS, Leipzig University
Special technical or clinical focus
- Automated workflow support
- Head and Neck Surgery
- Workflow Recognition
- Value added services
Access policy
The OR is available to partners from science to industry, as well as for the society.
Medical equipment list or highlights
The OR offers the complete equipment to perform surgical procedures in the head and neck area and many more. Please contact ICCAS for more information.
Description
The demo OR is a medical living lab in which you can experience the advantages that result from open networking. Some of these advantages are value-added functions that range from functions such as automatic documentation, interaction to process support. This involves recording activities, configuring systems to meet current requirements and providing data. AI methods are available as well, enabling the staff to concentrate on their actual tasks of healing. The Demo OP can be adapted to a wide range of challenges for instance with robotic assistance systems or additional sensor technology and many more.
Contact
Thomas Neumuth,
0341 97 12000
transfer@iccas.de
Title
Connected Ambulance (ICCAS)
Location
Mobile demonstrator based on the Innovation Center Computer Assisted Surgery – ICCAS, Leipzig University
Special technical or clinical focus
- integrated trauma medicine
- telemedicine
- SDC via 5G
- Value added services (Edge Computing for image processing and documentation)
Access policy
The demonstrator is available to industry partners, scientists and for public events.
Medical equipment list or highlights
The Demonstrator offers a set on medical equipment used in trauma treatment, a mobile 5G campus network and a connection to public and private networks via mobile radio. Various interaction tools are available inside the ambulance, as well as several cameras to support telemedicine and for conducting studies. On the clinic side, a customizable dashboard developed in close cooperation with various clinics is provided.
Description
The demonstrator brings the advantages of SDC in device networking to an out-of-hospital setting. It can improve data collection and processing in the ambulance. During the operation, hospital doctors can be optimally prepared for the arriving patient and, if necessary, provide telemedical support.
Contact
Thomas Neumuth and Max Rockstroh
0341 97 12000
transfer@iccas.de
Title
Smart Health Unit
Location
University Hospital RWTH Aachen
Department of Anaesthesiology
External site: AcuteCare InnovationHub
Vaalser Str. 460
52074 Aachen
Germany
Special technical or clinical focus
Flexible showroom and working lab: showcasing ICU, operation room and ambulant care scenarios
Access policy
Access open for anyone
Medical equipment list or highlights
- 2x Anesthesia machines
- 2x Patient monitors
- Various syringe pumps
- Footswitch
- Anesthesia Workstation
- Mobile tele-supervision workstation
- Patient Bed with “Dummy”-Patient
- Contactless vital parameter detection
Description
The SmartHealthUnit of the Acute.Care Innovation.Hub at University Hospital RWTH Aachen is a living lab. It offers a demo platform for medical device interoperability and innovative medicine. The unit includes a tech-equipped electric patient bed as well as anesthesiologic medical devices and can be adapted to different medical settings, like ICU, home care or operation rooms. It also has a separate event area for workshops and is used for teaching medical students. The SmartHealthUnit provides sponsors a platform to integrate and display their medical devices and demonstrates new advancements. It is directly connected to the OR.Net VPN.
Contact
Prof. Dr. Dr. Michael Czaplik, mczaplik@ukaachen.de
+49241 80-88179
Dr. Sarah Veldemann, satan@ukaachen.de
Title
Surgical and Anesthesia SDC Workstation at the Chair of Medical Engineering, RWTH Aachen University
Location
Special technical or clinical focus
Surgical, Anesthesia and OR Management workstations
Access policy
Access only with prior consent
Medical equipment list or highlights
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Description
Through several research projects (OR.NET, MoVE, ZiMT, PriMED, 5G FORUM) central SDC Workstations were developed to show the capabilities of open integrated solutions.
Contact
Dr.-Ing. Armin Janß
janss@hia.rwth-aachen.de
Title
Demo-OR
Location
University Reutlingen
Faculty of computer science
Special technical or clinical focus
- Teaching and research OR
- Optimization of models, processes and system landscapes for the intelligent OR of the future
Access policy
Access only with prior consent
Medical equipment list or highlights
In the Demo OR is a proprietary OR1 system from Karls Storz, which is connected with various libraries of individual OR components via SDC:
- an SDC-KNX interface which allows the room lighting to be controlled via SDC
- an SDC-capable OR lamp
- patient monitors with SDC interface
- an electrocautery is prototypically integrated via SDC
- Vector’s tool for analyzing and simulating SDC
- a connector box from TZM that will speak SDC in the future
- A demo use case from GADV (mock-up) for displaying device availability and status in the washroom
- This is used by an architecture for situation recognition to acquire intraoperative data
Description
Innovative medical technology systems and clinical processes are no longer conceivable without a strong integration of information technology. The trend towards personalized medicine is increasingly making it possible to make patient-specific treatment decisions and implement them using suitable device technology. Optimized models, processes and system landscapes for the intelligent operating theatre of the future – based on newly developed international standards – are required in order to meet the increasing demands on clinical assistance systems. Solutions for this are being developed and researched in the teaching and research OR of the Faculty of Computer Science.
Contact
Prof. Dr.-Ing. Oliver Burgert
Informatik, insbesondere Medizinische Informatik
oliver.burgert@reutlingen-university.de
