† Spirometry

Every spirometry have many maneuvers, a Quality control value ( of all the maneuvers), and the patient data and the Spirometer device model with his information. There are two different data blocks. One for the mandatory fields (required by TicSalut standar) and an extra block for other fields.

XML:

<spirometry>

    <spirometer>

                 <model>Manufacturer</model>

                 <SensorType></SensorType>

                 <FirmVersion>Version</FirmVersion>

                 <CalibrationDate>2012-12-01</CalibrationDate>

                 <CalibrationHour>12:00</CalibrationHour>

                 <RoomTemp>23</RoomTemp> //In centigrades

                 <AtmosphericPressure></AtmosphericPressure> //in mmHh

                 <RelativeHumidity></RelativeHumidity> //in %

    </spirometer>

    <patient>

                 <ID>EHZ</ID>

                 <Birth>1992-05-17</Birth>

                 <Height>184</Height>

                 <Weight>10000</Weight>

                 <Gender>0</Gender>

                 <Smoker>1</Smoker>

                 <ReasonForTest></ReasonForTest>

                 <Asthma>0</Asthma>

                 <Spare>0</Spare>

                 <Ethnic>1</Ethnic>

                 <Name>Ekain Hernandez Zarandan</Name>

    </patient>

    <maneuver>

                 <ref>1</ref> //Maneuver ID

                 <mandatory_fields>

                                   <SampleFrecuency></SampleFrecuency>

                                   <FVC>5.13</FVC> //Forced Vital Capacity

                                   <BFVC>5.13</BFVC> //Best Forced Vital Capacity

                                   <FEV1>3.87</FEV1> //Forced Expired Volume in one second

                                   <BFEV>3.87</BFEV> //Best FEV

                                   <FEV6>4.74</FEV6> //Forced Expired... in 6 seconds

                                   <BEV>0.06</BEV> //(VEXT) Basal Extrapolated Volume

                                   <PEFT>0.08</PEFT> //Peak expiratory forced time

                                   <PEF>0.08</PEF> //Peak Expiratory Flow

                                   <FEF25>1.34</FEF25>

                                   <FEF50>4.94</FEF50>

                                   <FEF75>5.59</FEF75>

                                   <FEF2575>3.21</FEF2575> 

                                   <FET2575>0.80</FET2575>

                                   <EOTV>0.01</EOTV> //(MTT) End of time volume

                                   <TZERO>0.06</TZERO>

                                   <FIF50>4.92</FIF50> //Forced inspiratory flow at 50%

                                   <FIVC>5.13</FIVC> //Forced Inspiratory Volume Capacity

                 </mandatory_fields>

                 <extra_fields>

                                   <ERFP>0.00</ERFP>

                                   <ERTP>0.00</ERTP>

                                   <EREX>0.00</EREX>

                                   <FEV05><2.78/FEV05>

                                   <FEV3>4.71</FEV3>

                                   <FET>11.80</FET>

                                   <VCMAX>0.00</VCMAX>

                                   <FIV1>3.89</FIV1>

                                   <PIF>5.88</PIF>

                                   <FIF25>1.34</FIF25>

                                   <FIF75>5.59</FIF75>

                                   <FVLENGTH>95</FVLENGTH>

                 </extra_fields>

                 <FVCurve>

                                   gNmOxMSU1tbs6+zq6vHx+vr7//8EAwMGBwU…

                 </FVCurve>

                 <VTCurve>

                                   APvc1Njb3+Dm6u3v8PL09fb4+vn6+/r7/…

                 </VTCurve>

    </maneuver>

    <maneuver>

                 ...

    </maneuver>

    <QCGrade>5</QCGrade>           

</spirometry>