Innova BP training report文档格式.docx

Innova BP training report文档格式.docx

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BiplaneSystemOverviewContinuedandApplicationsOverview

1.Innova3131BP与SP的主要区别

FluoroModes

-7.5/15/30fpsSPfluoromode

-7.5/15fpsBPfluoromode

AcquistionModes

-SPDSA<

7.5fps,BPDSA<

3.75fps*

-15/30fpsSPadultcardiacrecordmode

-15fpsBPadultcardiacrecordmode

2.Innova2121BP与SP的主要区别

-7.5/15/25fpsBPfluoromode

-15/25fpsBPadultcardiacrecordmode

3.2121与3131的主要区别

2121

Fluoro/Cardiacmodes:

Biplanemode:

15/25fps

Singleplane:

15/30fps

3131

Fluoro/Cardiacmodes:

15fps

Hardwareoverview

C1frontalcabinet

C1lateralcabinet

C2cabinet

Day2

ACPowerDistribution/PowerQuickGuidesandInstallationOverview–Rails,LP4,LaserAlignment

Poweron/off

PDBfunction

LPsiterequiirement

Laseralignmentoverview

1.AligningtheLPtotheFrontalGantryUsingthe5-AxisLaser

Placethelaseralignmenttoolsinthefrontalpivotarm,LCLarm,lateralXRTcolimatorplateandtheLPC-arc（clickinsidetheredboxesforanexpoldedviewofeacharea.Thelaserwillrepresenttheiso-centerpointofthesystem.AlignthelasertotheplatesonthefrontalpivotandfrontalL-Arm.MovetheLPcarriage（longitudinalaxis）toalignwiththeverticallineofthelaser.Makeamarkonthestationaryrailforfuturereference.AdjusttheLP4carriagelateralbearingstoalignwiththeverticallineofthelaser.LeveltheLPC-arcusingthelevelfromtheLPToolKit.AlignLPC-archeightbyadjustingthefourheightadjustmentbolts.NoticethelaserontheXRTalignment.Finalalignmentisillustratedherewithall5beamsofthelaseralignedwiththerespectivecenteringpoints.

2.LP4Isocenteralignmentaddendum

TheLP4XRTLaseralignmentplate（ciblelasertiltplate–p/n5181705）hastwosides,onetobeusedonthe3131Combocollimatoradaptorplate,andoneforuseonthe2121Cardiocollimatoradaptorplate.Therearetwoflangepinsalignedonbothsidesoftheplate.Thesearetorestontheroundcollimatoradaptorring.Offsetfromtheseflangepins,aretwoalignmentpins:

asolidpinthatisforthe2121ringnotch,andapinwithaholeinitforthe3131alignmentpin.

Inactuality,withalevelLP4C-arc,neither“alignment”pinwouldberequired.Thelaseralignmentplatewouldrestperfectlyonthecollimatoradaptorplatewiththeflangepins,andnotfalloff…

Seethefollowingthreefiguresdepictingthetwosidesandtheirdifferentpinsofthislaseralignmentplate.BluepinsinFigure5arethealigned“flange”pinsthataresupposedtorestonthecollimatoradaptorring.Theimageaboveisshowinghowthelaserplatewouldbeplacedona3131adaptorplate.The‘crosshairs”ofthelaserplateareverticalandhorizontal,andtheflangepinsarefirmlyrestingonthecollimatoradaptorring.Thepictureaboveshowsthelaserplateona2121adaptorplate,butshowsitmountedcorrectly.Withareal3131collimatoradaptorplate,thepinwiththeholeontherightwouldbe“plugged”withthealignmentpin（emphasizedinyellow）fromthat3131adaptorplate…Theimageaboveisshowinghowthelaserplatewouldbeplacedona2121adaptorplate.The‘crosshairs”ofthelaserplatearetilted,asthesolidpinontheothersideofthelaserplateisrestinginthenotchofthecollimatoradaptorring.Thelaserplateflangepinsarebothfirmlyrestingonthecollimatoradaptorring.

Ifyoutrytomaketheplaterestwiththe“crosshairs”ofthelaserplateverticalandhorizontal,likethe3131placement,thesolidpinwillberestingonthecollimatoradaptorring,raisingthelaserplate,resultingintheheightadjustmentoftheLP4beingtoolow…

Inthatposition,theflangepinnexttothesolid2121pinisnotrestingontheadaptorringasrequired.

Asareference,thecollimatoradaptorringonboththe2121and3131platesis135mmindiameter.Whenthelaseralignmentplateissettingproperly,thecenterofthe“crosshair”lineswillmeasure67.5mmtotheedgeoftheadaptorplatering.Seefollowingpicturesforreference.（Note:

measurementtocenteroflaser“cross-hairs”isfromthebottomofthecollimatoradaptorring）

Day3

PositionerHardwareOverview/Bootup/PST/Collimator

LP4carriage

Bootuptime

ThetimetakenforPositionerColdboot-upis:

5secondsforPositionerPowerup.

Around25secondsforPositionerRackBoot

Thiscorrespondstoaround30secondsforcompletePositionerboot-uptimeandtogetPositionerMotions.

PositionerBoot-upofSPADisslowercomparedtoUnitybecauseofadditionalPower-onandResetDiagnosis（PRD）checksthataredone.

PST:

DifferencebetweenUnity&

SPADDownloadProcedure

Day4

DL7,DL7i,&

DL9xBOverview

DLFunctions

ThePhysicalsubsystemDLprovidesthefollowingfunctions:

ImageProcessing

1024*1024fluoro

1024*1024cardiacrecord

1024*1024subtractedangiorecord

Variableframerate（0.5->

30fpsforfluoroandcardiac;

0.5->

15fpsforangio）

RealTimeoperator（processing）:

FNR,Subtraction,DRM,Convolver,Upscan,LUTs

ImageDisplay（withGammaLUTcorrection）

SystemControlFunctions

Protocols

Fluoro,Angio,CardiacRecord

RealTimeReview

Subtractedreview

Store/Recallphoto

Exportimagesonnetwork:

DICOMPush

Uptime（Service）Functions

Diagnostics

Calibrations

IQST（ImageQualitySignatureTest）

Configuration

InsiteConnectivity

DL7FunctionalOverview

DLTroubleshooting

DL-IPtroubleshooting

IsolationoffaultyFCIB

∙RundiagPPC1forFrontalFCIBorPPC3forLateralFCIBIFpassedTHEN

∙RundiagFCIBFrontalordiagFCIBLateral.

IFfailedANDIFtheproblemisonthePPCorFCIBPCIconnector,thesetestsdonotisolatethefailuremode

IsolationoffaultyIPdisks+cable

∙RundiagPPC1forFrontalDisksorPPC3forLateralDisks=>

IFpassedTHEN

•RunIPdiskFrontalorLateral=>

IFfailedANDIFthePPCedgeconnectoristhefailuremode,theisolationtooneFRUisnotpossible=>

changefirstPPC1forFrontalDisks,PPC3forLateralDisks

•Rundiagsagain=>

IFstillfailedTHENchangeIPdisksANDreturnPPCboardtostock

IsolationoffaultyPPCs+Racewaycable

•RunPPC1,PPC2,PPC3andPPC4tests.IFpassedTHENproblemcouldbeintheedgeconnectorofoneofthePPCboardsorinthecable.

•RunPPC-RWWcommunicationtest.IFfailedTHENreplaceRacewaycables

•RunPPC-RWWcommunicationtest.IFfailedTHENcableisNOTtherootcause.

•OrderonePPCboardandinstallasPPC1.RunPPC-RWWtests.IFpassedTHENPPC1wasfaultyELSEPPC2wasfaulty=>

installnewPPCasPPC2,redoitforPPC3andPPC4.