Medical data transmission system

A medical data transmission system for transmitting, medical data without the need for synchronization between a first device with an implantable sensor for measuring glucose concentration and a second device for displaying glucose concentrations, comprising:

• means for generating medically relevant data by a first device having an implantable sensor for measuring glucose concentrations and a microprocessor which is designed to be worn on a body by a patient;
• means for switching into a first switching state that comprises,
• means for connecting a first data line between the microprocessor and handover memory,
• means for interrupting a second data line between the handover memory and a communications unit;
• means for writing measuring data from the microprocessor through the first data line to the handover memory;
• means for switching into a second switching state upon receiving a request signal that comprises,
• means for interrupting the first data line between the microprocessor and handover memory,
• means for connecting the second data line between the hand over memory and the communications unit
• means for reading out measurement data by the communicating unit accessing handover memory through the second data line;
• and,
• means for transmitting measurement data by the communications unit wirelessly transmitting data to a second device for displaying glucose data.

A method for transmitting medical data without the need for synchronization between a first device with an implantable sensor for measuring glucose concentration and a second device for displaying glucose concentrations, comprising:

• generating;
• medically relevant data by a first device having an implantable sensor for measuring glucose concentrations and a microprocessor which is designed to be worn on a body by a patient;
• switching into a first switching state that comprises,
• connecting a first data line between the microprocessor and handover memory,
• interrupting a second data line between the handover memory and a communications unit;
• writing measuring data from the microprocessor through the first data line to the handover memory;
• switching into a second switching state upon receiving a request signal that comprises,
• interrupting the first data line between the microprocessor and handover memory,
• connecting the second data fine between the handover memory and the communications unit;
• reading out measurement data by the communicating unit accessing handover memory through the second data line;
• and,
• transmitting measurement data by the communications unit wirelessly transmitting data to a second device for displaying glucose data.