Remote emergency doctor system (TAS1; TAS2; TAS3; TAS4) comprising - at least one digital camera (A1, B1; A3; B3) installed in a vehicle (F1; F3), - at least one portable digital camera (a1, b1; a3, b3) carried by a user (NA1, NA2; NA3, NB3), - a monitoring module (UM1; UM3) comprising a display screen (BS1; BS3) and a remote control unit (FS1; FS3), - at least one router (RA1; RA3, RB3) to which the digital cameras (A1, B1, a1, b1; A3, B3, a3, b3) are connected, - a server (SV1; SV3) to which the at least one router (RA1; RA3, RB3) and the monitoring module (UM1; UM2) are connected, - wherein the at least one digital camera (A1, B1; A3, B3) installed in the vehicle (F1; F3) comprises a zoom mechanism and/or a pivot/rotation mechanism as control mechanisms, - wherein the control mechanisms of the at least one digital camera (A1, B1; A3, B3) installed in the vehicle (F1; F3) are remotely controlled by means of the remote control unit (FS1; FS3) of the monitoring module (UM1; UM3), characterized in that - the at least one portable digital camera (a1, b1; a3, b3) or at least one of the routers (RA1; RA3, RB3) or the server (SV1; SV3) generates a collection of essential features of at least one patient (PA1; PA3) on the basis of the digital images recorded by the at least one portable digital camera (a1, b1; a3, b3), the collection of essential features being generated, in particular, from a face (GE1; GE3) of the patient (PA1; PA3), - wherein an algorithm compares the collection of the essential features of the patient (PA1; PA3) with the digital images continuously recorded in the vehicle (F1; F3) by the at least one digital camera (A1, B1; A3, B3), in such a way that the remote emergency doctor system (TAS1; TAS2; TAS3; TAS4) starts to transfer the digital images recorded in the vehicle (F1; F3) to the display screen (BS1; BS3) of the monitoring module (UM1; UM3) as soon as a comparison shows that one of the patients (PA1; PA3) detected by the portable digital camera (a1, b1; a3, b3) is detected by the digital camera (A1, B1; A3, B3) installed in the vehicle (F1; F3), - wherein the algorithm is implemented in at least one of the digital cameras (A1, B1; A3, B3) of the vehicle (F1; F3) or in the at least one of the routers (RA1; RA3, RB3) or in the server (SV1; SV3). - at least one digital camera (A1, B1; A3; B3) installed in a vehicle (F1; F3), - at least one portable digital camera (a1, b1; a3, b3) carried by a user (NA1, NA2; NA3, NB3), - a monitoring module (UM1; UM3) comprising a display screen (BS1; BS3) and a remote control unit (FS1; FS3), - at least one router (RA1; RA3, RB3) to which the digital cameras (A1, B1, a1, b1; A3, B3, a3, b3) are connected, - a server (SV1; SV3) to which the at least one router (RA1; RA3, RB3) and the monitoring module (UM1; UM2) are connected, - wherein the at least one digital camera (A1, B1; A3, B3) installed in the vehicle (F1; F3) comprises a zoom mechanism and/or a pivot/rotation mechanism as control mechanisms, - wherein the control mechanisms of the at least one digital camera (A1, B1; A3, B3) installed in the vehicle (F1; F3) are remotely controlled by means of the remote control unit (FS1; FS3) of the monitoring module (UM1; UM3), - the at least one portable digital camera (a1, b1; a3, b3) or at least one of the routers (RA1; RA3, RB3) or the server (SV1; SV3) generates a collection of essential features of at least one patient (PA1; PA3) on the basis of the digital images recorded by the at least one portable digital camera (a1, b1; a3, b3), the collection of essential features being generated, in particular, from a face (GE1; GE3) of the patient (PA1; PA3), - wherein an algorithm compares the collection of the essential features of the patient (PA1; PA3) with the digital images continuously recorded in the vehicle (F1; F3) by the at least one digital camera (A1, B1; A3, B3), in such a way that the remote emergency doctor system (TAS1; TAS2; TAS3; TAS4) starts to transfer the digital images recorded in the vehicle (F1; F3) to the display screen (BS1; BS3) of the monitoring module (UM1; UM3) as soon as a comparison shows that one of the patients (PA1; PA3) detected by the portable digital camera (a1, b1; a3, b3) is detected by the digital camera (A1, B1; A3, B3) installed in the vehicle (F1; F3), - wherein the algorithm is implemented in at least one of the digital cameras (A1, B1; A3, B3) of the vehicle (F1; F3) or in the at least one of the routers (RA1; RA3, RB3) or in the server (SV1; SV3).