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<blockquote data-quote="Celsus" data-source="post: 881001" data-attributes="member: 185674"><p>Hi HaroldC, we need definitely to have the battery charge done without cabling/connectors!</p><p>Working in the industry also myself but for other disease areas, and have made charge functionality via induction charge which is a big hit with the patients. Two practical/handy ways to do this. A 'charger pad' on which the patient can lay the device (e.g. at the bedside table' upon waking up 5-8 hours later, the device is fully charged again. Alternatively I have also made a "charger belt". It works in the way the patient charges up a powerpack. This powerpack cell is then worn in a small belt (e.g. around the waist) in proximity of the device. Induction will then again charge the device back to full charge and can work again for next 5-10 days without recharge. </p><p>For the AccuChek protocol, join us at:</p><p><a href="https://groups.google.com/forum/#!topic/openaps-dev/hXDMbpMD3XI" target="_blank">https://groups.google.com/forum/#!topic/openaps-dev/hXDMbpMD3XI</a></p><p>For my own AccuChek Mobile you had the following:</p><p> Escrypt library (Cycurlib) version 2.7.</p><p> The meter is Continua-compliant and contains only the public key needed for the authemtication.</p><p> Meters only contain the public key needed for the authentication</p><p> 2kB of RAM</p><p>10 kB of code space</p><p> 3 seconds to authenticate.</p><p>Handheld medical devices are to use the IEEE 11073 standard for wireless communication, see 10417 for glucose in communication layers 5-7 in the OSI model.</p><p>You may try and contact Ulrich Porsch or Dr Ralf Schmitz as they are responsible for the Accu-chek device communication (standards and device software coding) at Roche. </p><p></p><p>Another 'private' guy to get in contact with would be Jon:</p><p><a href="http://people.cs.pitt.edu/~jmisurda/ppc/GlucoComm/GlucoComm.htm" target="_blank">http://people.cs.pitt.edu/~jmisurda/ppc/GlucoComm/GlucoComm.htm</a></p><p>He has made a couple of apps downloading the data from the AccuChek product family.</p></blockquote><p></p>
[QUOTE="Celsus, post: 881001, member: 185674"] Hi HaroldC, we need definitely to have the battery charge done without cabling/connectors! Working in the industry also myself but for other disease areas, and have made charge functionality via induction charge which is a big hit with the patients. Two practical/handy ways to do this. A 'charger pad' on which the patient can lay the device (e.g. at the bedside table' upon waking up 5-8 hours later, the device is fully charged again. Alternatively I have also made a "charger belt". It works in the way the patient charges up a powerpack. This powerpack cell is then worn in a small belt (e.g. around the waist) in proximity of the device. Induction will then again charge the device back to full charge and can work again for next 5-10 days without recharge. For the AccuChek protocol, join us at: [URL]https://groups.google.com/forum/#!topic/openaps-dev/hXDMbpMD3XI[/URL] For my own AccuChek Mobile you had the following: Escrypt library (Cycurlib) version 2.7. The meter is Continua-compliant and contains only the public key needed for the authemtication. Meters only contain the public key needed for the authentication 2kB of RAM 10 kB of code space 3 seconds to authenticate. Handheld medical devices are to use the IEEE 11073 standard for wireless communication, see 10417 for glucose in communication layers 5-7 in the OSI model. You may try and contact Ulrich Porsch or Dr Ralf Schmitz as they are responsible for the Accu-chek device communication (standards and device software coding) at Roche. Another 'private' guy to get in contact with would be Jon: [URL]http://people.cs.pitt.edu/~jmisurda/ppc/GlucoComm/GlucoComm.htm[/URL] He has made a couple of apps downloading the data from the AccuChek product family. [/QUOTE]
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