Appendix 3: Messages for remote controlling RX Radiator

const

 

WM_MyVolUp=WM_USER + 1001;

volume up

WM_MyVolDown=WM_USER + 1002;

volume down

WM_MyMute=WM_USER + 1003;

mute

WM_MyUnmute=WM_USER + 1004;

unmute

WM_MyStatUp=WM_USER + 1005;

station up

WM_MyStatDown=WM_USER + 1006;

station down

WM_MyLastStat=WM_USER + 1007;

last station

WM_MySurf=WM_USER + 1008;

starts/stops surfing

WM_MyTuneStatNo=WM_USER + 1009;

wPar= 1 .. 24

WM_MyTuneFr=WM_USER + 1010;

wPar= 06000 to 13000

 

(for example wPar=8970 for fr. 89.7 MHz)

WM_MyMin=WM_USER + 1011;

minimize

WM_MyMax=WM_USER + 1012;

maximize

WM_MyThin=WM_USER + 1013;

thin window

WM_MyRecord=WM_USER + 1014;

starts/stops recording

WM_MyRadClose=WM_USER + 1015;

close RX Radiator

WM_MyRestore=WM_USER + 1016;

restores from minimized state

WM_MyMonoStereo=WM_USER + 1017;

toggles mono/stereo

WM_MyStereo=WM_USER + 1018;

stereo on

WM_MyMono=WM_USER + 1019;

mono on

WM_MyMuteUnmute=WM_USER + 1020;

toggles mute/unmute mode

WM_MyToggleThin=WM_USER + 1021;

toggles thin/maximized window

WM_MyToggleTray=WM_USER + 1022;

toggles tray icon/normal window

WM_MyFineTuneUp=WM_USER + 1023;

fine tune up

WM_MyFineTuneDown=WM_USER + 1024;

fine tune down

WM_MyCoarseTuneUp=WM_USER + 1025;

tune up

WM_MyCoarseTuneDown=WM_USER + 1026; tune down

WM_MyScanUp=WM_USER + 1027;

scan up

WM_MyScanDown=WM_USER + 1028;

scan down

WM_MyToggleOnTop=WM_USER + 1029;

toggless on/off always on top

WM_MyLCD=WM_USER + 1030;

set LCD text

WM_MyRecordName=WM_USER + 1031;

stop recording and save it with given name

WM_MyLockLCD=WM_USER + 1032;

prevent LCD from being updating

WM_MyReleaseLCD=WM_USER + 1033;

unlock LCD

WM_MyRefreshLCD=WM_USER + 1034;

force RX Radiator to refresh LCD

WM_MyLoopOn=WM_USER + 1035;

loop recording on

WM_MyLoopOff=WM_USER + 1036;

loop recording off

WM_MyToggleLoop=WM_USER + 1037;

toggles loop recording on/off

WM_MySleep=WM_USER + 1038;

toggles sleep timer on/off, parameters wPar:

 

0 for switching off and 10, 20, 30, 60, 120,

 

300 (minutes);

If lPar = 1, then Windows will be shut down

Example:

You can use it in some programming language (example in Delphi):

User Manual

Page 37

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Image 37
Philips FMU-100 user manual Appendix 3 Messages for remote controlling RX Radiator

FMU-100 specifications

The Philips FMU-100 is an innovative patient monitoring solution designed to enhance clinical efficiency and patient safety in various healthcare environments. As a part of Philips' extensive portfolio of medical devices, the FMU-100 stands out due to its advanced features, reliable performance, and user-friendly interface.

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