[ 0030 ] fig1 depicts an automatic operator and patient identification system ( aopis ) as an example of an inventive embodiment . this aopis comprises an automatic operator identification system ( aois ) and an automatic patient identification system ( apis ) each symbolized with a frame of broken lines . in the aois an operator identification device ( oid ) 10 is coupled with an operator identification reader ( oir ) 11 for identifying a patient &# 39 ; s measuring results provided by a physiological measurement unit 12 . for clearly identifying the specific operator performing or helping to perform the measurement , the oid 10 provides an unambiguous operator identifier for the operator to the oir 11 . the oir 11 , again , checks the operator identifier from the oid 10 and sends an operator identification signal to a signal packaging unit 13 which further receives the patient &# 39 ; s measuring results from the physiological measurement unit 12 . furthermore in the apis a patient identification device ( pid ) 100 is coupled with a patient identification reader ( pir ) 110 for additionally identifying the patient &# 39 ; s measuring results provided by the physiological measurement unit 12 . for clearly identifying the specific patient performing the measurement or for which the measurement is performed , the pid 100 provides an unambiguous patient identifier for the patient to the pir 110 . the pir 110 , again , checks the patient identifier from the pid 100 and sends a patient identification signal to the signal packaging unit 13 which further receives the patient &# 39 ; s measuring results from the physiological measurement unit 12 and the operator identification signal from the oir . the signal packaging unit 13 combines the patient &# 39 ; s measuring results with the operator identification signal and with the patient identification signal to a combined measurement and id output signal 14 . [ 0033 ] fig1 shows a plurality of different solution for the oid 10 and the pid 100 , which can be applied either individually or in combination . oid 10 a and pid 10 oa represent a keypad entry for manually typing in an operator identifier or a patient identifier , respectively , such as a pin code . oid 10 b and pid 100 b represent a barcode solution for reading a barcode or the like containing an operator identifier or a patient identifier , respectively . oid 10 c and pid 100 c show a transponder concept , wherein an operator identifier and a patient identifier , respectively , is registered via an rf link between a transponder worn or otherwise held by the operator and / or by the patient and a receiving unit ( which might also be part of the oir 11 and / or pir 110 ). oids 10 d and 10 e and pids 100 d and 100 e represent identification systems based on identification by physical properties of the operator and / or patient , such as fingerprint ( 10 d and 100 d ) or voice ( 10 e and 100 e ). the oir 11 preferably comprises a reading unit 16 for reading the operator identifier from the oid 10 and an operator identifier evaluation unit 17 for validating the operator identifier . likewise the pir 110 preferably comprises a reading unit 160 for reading the patient identifier from the pid 100 and a patient identifier evaluation unit 170 for validating the patient identifier . in a preferred embodiment oir and pir are arranged in a common housing . [ 0035 ] fig2 depicts a more conceptual view of the automatic operator and patient identification system ( aopis ) as depicted in fig1 for the example of the oip 10 c and the pid 100 c . the oip 10 c comprises a transponder 20 worn e . g . at the operator &# 39 ; s arm . likewise the pid 100 c comprises a transponder 200 worn e . g . at the patient &# 39 ; s arm . oid 10 c and pid 100 c additionally comprise a common transmission unit 210 , which is preferably integrated in the oir 11 or in the pir 110 , for establishing a radio frequency communication therebetween . the transmission unit 210 is equipped with a radio frequency transmitter / receiver and an antenna . before or during a measurement , the oir 11 and the pir 110 send out a signal ( via the transmission unit 210 ) probing if the person performing the measurement is wearing an eligible transponder 20 and 200 , respectively . the low energy signal transmitted by the transmission unit 210 activates the transponder 20 and 200 , respectively , thus each of the transponders 20 and 200 does not need to be powered by itself ( e . g . by a battery ). the activation signal from the transmission unit 210 also instructs the transponder 20 and 200 , respectively , to transmit back its stored operator identifier and patient identifier , respectively , such as an operator identification number and a patient identification number , respectively . the reading unit 16 reads out the operator identifier from the transmission unit 210 . if the oir 11 comprises the operator identifier evaluation unit 17 , it will validate the operator identifier whether it is eligible . if the operator identifier is eligible , the oir 11 sends an operator identification signal derived from the operator identifier to the signal packaging unit 13 . likewise the reading unit 160 reads out the patient identifier from the transmission unit 210 . if the pir 110 comprises the patient identifier evaluation unit 170 , it will validate the patient identifier whether it is eligible . if the patient identifier is eligible , the pir 110 sends a patient identification signal derived from the patient identifier to the signal packaging unit 13 . the signal packaging unit 13 , which further receives the patient &# 39 ; s measuring results from the physiological measurement unit 12 , combines all three signals and sends the combination to a remote user 220 ( e . g . a reviewing clinician ), preferably via a modem 230 and a telecommunication system 240 . alternatively , the signal packaging unit 13 may simply package the operator identification signal , the patient identification signal and the measured signal and transmits this information to the remote user 220 .
disclosed is a system for measuring a physiological parameter of a patient . a measuring means measures a signal representative for the physiological parameter of the patient , and an operator identification means provides an operator identification signal for identifying an operator performing or helping to perform the measurement . the measured signal is associated with the operator identification signal for identifying the measured signal and thus providing an operator identified measuring signal .