Aerosol therapy device
The invention relates to an aerosol therapy device comprising a membrane nebulizer ( 1 ) and a personal digital assistant (PDA ( 2 )), which are interconnected via communication devices ( 10, 11 ) in such a way that therapy data, which has been prepared in relation to signals, is transmitted from the membrane nebulizer ( 1 ) to the PDA and control data is transmitted from the latter ( 2 ) to the membrane nebulizer ( 1 ).
1 . An aerosol therapy device having a nebuliser ( 1 ) and a PDA ( 2 ), in which
a) said nebuliser ( 1 ) is equipped with
i) a controllable aerosol generator ( 4 ),
ii) at least one sensor device ( 8 a, 8 b, 8 c ) for generating at least one therapy-relevant measuring signal, in particular with regard to aerosol production and aerosol consumption,
iii) a processing means ( 9 ) for generating therapy data by means of the signal-based processing of the at least one measuring signal,
iv) a communication device ( 10 ) for transferring the therapy data processed in relation to signals to the PDA ( 2 ) and for receiving control data from the PDA ( 2 ), and
v) a control means ( 7 ) for activating said aerosol generator ( 4 ) based on the control data received from the PDA,
and
b) said PDA ( 2 ) is equipped with
i) a communication device ( 11 ) for receiving the therapy data transmitted by the membrane nebuliser ( 1 ) and for transferring control data to the membrane nebuliser ( 1 ), and
ii) a device ( 23 ) for generating control data by means of the therapy-based evaluation of the transmitted therapy data.
2 . An aerosol therapy device according to claim 1 , wherein the controllable aerosol generator is an electrically operated aerosol generator and in particular a membrane aerosol generator.
3 . An aerosol therapy device according to claim 1 , wherein the communication devices ( 10 , 11 ) enable a communication link between the membrane nebuliser ( 1 ) and the PDA ( 2 ) based on infrared or radio emissions or by means of a cable.
4 . An aerosol therapy device according to claim 1 , wherein the sensor device comprises a sensor ( 8 a ) for detecting the presence and/or the density of an aerosol generated by the aerosol generator ( 4 ) and/or a sensor ( 8 b ) for detecting the operating state of the aerosol generator ( 4 ) and/or a sensor ( 8 c ) for detecting the environmental conditions and/or a sensor ( 8 d ) for detecting the respiratory flow of the user.
5 . An aerosol therapy device according to claim 1 , wherein the device for generating control data by means of the therapy-related evaluation of transmitted therapy data comprises a program ( 23 ) which can be executed within the framework of the operating system ( 20 ) of the PDA ( 2 ).
6 . An aerosol therapy device according to claim 5 , wherein the program ( 23 ) is configured of program modules ( 23 a, 23 b, 23 c, 23 d ), of which at least one module ( 23 b ) carries out the evaluation of the therapy data processed in relation to signals and generation of control data.
7 . An aerosol therapy device according to claim 5 wherein a program module ( 23 b ) carries out the evaluation of the therapy data processed in relation to signals and generation of control data.
8 . An aerosol therapy device according to claim 5 , wherein a communication module ( 23 a ) is provided for receiving therapy data processed in relation to signals and for transmitting control data via the communication device ( 11 ) of the PDA ( 2 ).
9 . An aerosol therapy device according to claim 5 , wherein a further program module ( 23 c ) is provided for displaying therapy and/or control data on a display means ( 15 ) of the PDA ( 2 ).
10 . An aerosol therapy device according to claim 5 , wherein a telecommunication module ( 2 d ) is provided for the establishment of a remote data connection, for example via the Internet, for transmitting therapy and/or control data and/or for receiving program modules.
11 . An aerosol therapy device according to claim 5 , wherein the program and/or one of the program modules ( 23 a , 23 b, 23 c, 23 d ) is stored on a memory card ( 12 ) which can be inserted into a slot of the PDA ( 2 ).
12 . An aerosol therapy device according to claim 1 , wherein the control means ( 7 ) activates the membrane aerosol generator ( 4 ) based on control data stored in said control means ( 7 ) if the control means ( 7 ) is not receiving any control data from the communication device ( 10 ).