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Infomedical Patient Solutions “Putting the pieces together to provide you accurate, timely integrated patient information”. Contact Oshim Somers 0431633375 esp@oshim.com. Our Solution: Care and Support via TV & Internet. Agenda. About Infomedical
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Infomedical Patient Solutions “Putting the pieces together to provide you accurate, timely integrated patient information” Contact Oshim Somers 0431633375 esp@oshim.com
Our Solution: Care and Support via TV & Internet Agenda • About Infomedical • Our Technology & Capability Partner Portfolio • Telemedicine Solutions • Medical Devices • Geofencing Solutions • The Future Vision • Devices & Architectures • Kiosk & Mobile device • Geofencing & Falls detection
Our Solution: Care and Support via TV & Internet About Infomedical Patient Solutions
Our Solution: Care and Support via TV & Internet The Model & Application of the Solution Industry First Aid Facility GP Clinic Aged Care - Residential Facility Aged Care - In Home Chronic Disease – In Home Mobile Nurse Remote & Mobile Clinic Industry First Aid Facility Emergency Vehicle Relatives
Our Solution: Care and Support via TV & Internet Accessibility & Security Assisted Living Care Provider At Home Doctor/Hospital Relatives
Our Solution: Care and Support via TV & Internet The Solution Assisted Living Care Provider At Home Doctor/Hospital Relatives
Patient Point – Home/Facility • The video box is connected to the TV and the broadband telephone line. • Pan/Tilt/Zoom camera • Table microphone: One-Touch-Dialing for the direct connection to the service center. Camera Television Betavista Video Box Table microphone with one-touch-button Simple remote control for multi user box
Operator Point – Service Provider Point The Callcenter Solution for Home Care &Health Management Camera PC Workstation BETAVISTAVideo Box
Case Study 1: Federal State Clinic in Austria • Clinic highly specialised in the fields of pneumology and neurology • Introduced Zydacron’s BETAVISTA solution in February 2008 • Tele-monitoring system for apoplexy patients discharged from hospital • Giving face-to-face consultations which complete the picture a care provider needs to have from the patient when checking the personal state of health. • Uses BT monitoring devices (ECG belt, blood pressure monitor and pulse oximeter) • 1 unit at hospital for training the patient Reduce hospital readmissions by regularly monitoring patients giving high-risk patients additional attention improving quality and service for patients implementing an early warning structure
Case Study 2: Vienna Hospital Attendance and monitoring of congestive heart failure patients 30% of congestive heart failure (CHF) patients are hospitalised one or more times within 3 months, with an average number of 14 bed days, the project aims to avoid rehospitalisation by focusing on telemonitoring via video, including medical peripherals such as blood pressure monitors and weight scales. The Vienna Hospital with project leader Professor Pacher has developed a project to reduce the hospital admission rate by implementing home monitoring The concept being that chronically ill patients will be monitored and supported at home over a number of years. Specifically trained nurses in specialist cardiac care centres contact their patients regularly and provide help and advice. .
Case Study 3: Sensire - Holland Currently 10% of people in the Netherlands depended on nursing care and this percentage will rise to 25%. This project initiated the evolution from the telephone consultation and personal alarm systems, with the latest telehealth solution, with the client connected to a nurse through their TV system. At the patient’s home a CareStation 140 is installed next to the television collects all of data, video, audio, and displays live video of the nurse on the TV.
Case Study 3: Sensire - Holland A microphone connected to the box has a single button to allow the patient to call the carer. If the carer wishes to call the patient the television automatically switches allowing the call to take place as soon as the patient presses the button to answer. The solution is connected through a standard broadband network. Patients are able to remain independent in their own home for much longer, the carer is able to look after a greater number of patients, and the warning signs of a worsening condition are likely to be picked up sooner.
Case Study 4: Gebro Pharma - Tirol, Austria Gebro Pharma provides permanent infusions for congestive heart failure patients waiting for a heart transplantation. At the hospital, the patient receives a Hickman-catheter. In a training session, They learn how to change the infusions and handle the system. Until recently, a nurse used to visit the patients every two days at home, to assist them by changing the medication-cassettes and to help them in becoming more confident and independent by doing this. The patients were instructed to daily measure their vital data such as blood pressure and weight and to contact the nurse via telephone in case of any deviations. With the video communication system CareStation.Net, the nurse now visits their patients virtually. They are able to watch the patient changing the cassettes and support him in case of difficulties. The patient’s vital data is being automatically transferred via the Internet connection to the nurse’s database.
Case Study 5: Video Support in Emergency Vehicles - Italy The Mobile Emergency Video communication Assistance system (MEVAs) was developed specifically designed to enable real time rescue video monitoring. The first system was installed in the emergency vehicles of a voluntary rescue organization named “Soccorso Amico” based in Salerno in December 2007. In the ambulance a Carestation 140 with video codec for telemedicine together with an external PTZ camera is installed. The telemedicine video codec can interface a number of electro medical devices, including a SpO2 (Oximeter), a blood pressure monitor and digital stethoscope. The video signals are transmitted via UMTS to a control centre installed at the A&E of the emergency structure. The control centre is a Zydacron video call centre connected to the UMTS gateway with patient data base management facilities, electro medical device management and remote camera control. The UMTS link implements a VPN channel between the mobile unit and the emergency central.
Case Study 5: Video Support in Emergency Vehicles - Italy The crew on board a rescue mobile communicates in real time using interactive audio–video with the Call Centre operators or with the emergency doctors. Adding visual contact to the usual audio channel, normally used in rescue and emergency mobiles, is a very important improvement, providing crews with professional support such as it could be achieved only with on board physical presence. The Call Centre operators can act on the remote controlled cameras on board the ambulance to zoom or move to other views, listen and speak to the crew through the environmental microphone. In emergency decision making time is important to save human lives, MEVAs allows to have a complete and immediate picture of what happens to take quick decisions that sometimes are determinant to save human lives.
Case Study 5: Video Support in Emergency Vehicles - Italy MEVAs guarantees quality and security of transmissions through an encrypted VPN channel between the ambulance and the medical centre with UMTS technology. A UMTS router is installed on board the ambulance vehicle and enables data transmissions at 64 kbps upload and 384 kbps download.
Case Study 1: Apollo Hospitals – India Apollo Telemedicine Networks Foundation (ATNF) Network • 44 Hospitals & 7000 Beds • 4000 Consultants – 50 Specialties • Largest healthcare provider in Asia • Telemedicine Project - 104 sites across India & Offshore • Overseas Telemedicine Centers • 1. Kazakhstan • 2. Colombo • 3. Dhaka • 4. Lahore • 5. Sudan • 6. Yemen • 7. Lagos • 8. Maldives • 9. Muscat • .
