| 摘要 |
The present invention is in the field of telemedicine systems and relates in particular to a system of improved operability More particularly, it relates to a method and system for processing measured values being related to a human body, wherein a property of a human substance i.e. blood, urine, saliva, etc. is measured by a measuring instrument by sensing characteristic changes of a test device, e.g. a test strip as known from glucose measurements, wherein the changes are effected when having contact with the human substance, and wherein one or more electrical quantities, e.g., voltage, current, capacity, are obtained from the measurement. In order to render the calibration of test strips more reliable and comfortable it is proposed to remove most of input/output (I/O) capabilities and program tasks required for calibrating the meter device to respective test strips in use, away from the metering device and using instead the I/O capabilities like large display, explicit function keys and the CPU resources which are already present at the mobile communication device, or, alternatively, being present at a Web Server being connectable to the user system.
A further inventional "autoselect" feature, wherein the correct calibrating information is automatically provided via wireless communication at the diabetic user may be exploited and combined with test strips having universal adapters to the electric interface in any proprietary glucose measurement device commercially available in the market. Thus, in emergency situations a valid measurement can be performed with basically non-compliant measuring equipment components of different vendors. |
