[INIFiles] LMABQHPROTOCOL_INI=R3DTUHPt.INI LMABQHTEMP_INI=R3DTUHTp.INI LMABQMFP_PROFILE=R3DTUPrf.ini LMABQSCANNERLIST=R3DTUSLT.dat [RunTime] IniVersion=0001 // INI version FWVersion=0001 // Firmware version DriverVersion=1.70.0.0 DriverType=1 //DriverType: 1.USB 2.Network 3.Mixed SensorType=0 // 0: NEC 8872 1:TOSHIBA 2953 2:TOSHIBA 2905 MotorType=0 // 0: 6219 [KPaper] VisualHomePosY=472 // Unit: half step WhiteStartPosY=472 // Unit: half step ScanInAccPosY=0 // Unit: half step TA_VisualHomePosY=4300 // Unit: half step TA_WhiteStartPosY=4300 // Unit: half step TA_ScanInAccPosY=3600 // Unit: half step [PWM_Control] PWM_Enable=0 // 1: Enable lamp PWM; 0: Disable lamp PWM DurationOn=100 // Lamp on Duration (2-bytes) DurationOff=100 // Lamp off Duration (2-bytes) [LampInverter] InverterEnable=1 // 1: With inverter circuit; 0: Without SwitchDelayTime=3000 // Unit: milli-second [Motor] MotorCurrent100dpi=2 // 2-bits: 0 ~ 3 MotorCurrent150dpi=2 // 2-bits: 0 ~ 3 MotorCurrent300dpi=1 // 2-bits: 0 ~ 3 MotorCurrent600dpi=1 // 2-bits: 0 ~ 3 MotorCurrent1200dpi=1 // 2-bits: 0 ~ 3 MotorCurrent2400dpi=1 // 2-bits: 0 ~ 3 MotorCurrentBackHome=2 // 2-bits: 0 ~ 3 TA_MotorCurrent=1 // 2-bits: 0 ~ 3 MotorSpeedMode100dpi=1 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode150dpi=1 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode300dpi=2 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode600dpi=2 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode1200dpi=2 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode2400dpi=2 // 1: Half step, 2: Micro step (Not support Full step) MotorSpeedModeBackhome=2 // 0: Full step, 1: Half step, 2: Micro step Run100dpiAccStep=845 // Max 1023 step Run150dpiAccStep=845 // Max 1023 step Run300dpiAccStep=255 // Max 1023 step Run600dpiAccStep=255 // Max 1023 step Run1200dpiAccStep=255 // Max 1023 step Run2400dpiAccStep=255 // Max 1023 step BackHomeAccStep=1023 // Max 1023 step StepOfSSByUserSetting=0 // 0: Calculate by LLD driver; 1: Setting by user SS100dpiStep=959 // For 100dpi Stop/Start, Max 1023 step SS150dpiStep=959 // For 150dpi Stop/Start, Max 1023 step SS300dpiStep=479 // For 300dpi Stop/Start, Max 1023 step SS600dpiStep=447 // For 600dpi Stop/Start, Max 1023 step SS1200dpiStep=255 // For 1200dpi Stop/Start, Max 1023 step SS2400dpiStep=255 // For 2400dpi Stop/Start, Max 1023 step TA_MotorSpeedMode300dpi=1 // 0: Full step, 1: Half step, 2: Micro step TA_MotorSpeedMode600dpi=1 // 0: Full step, 1: Half step, 2: Micro step TA_MotorSpeedMode1200dpi=1 // 0: Full step, 1: Half step, 2: Micro step TA_MotorSpeedMode2400dpi=1 // 1: Half step, 2: Micro step (Not support Full step) [Debug] DumpMessage=1 // Dump debug message. 1:Enable; 0:Disable. DumpLogFile=1 // Dump to log file. 1:Enable; 0:Disable. DumpMotorStepLogFile=0 // Dump motor step to log file. 1:Enable; 0:Disable. ShowLeadingPositionBox=0 // 1: show; 0: disable DumpRawImage=0 // Dump debug image. 1:Enable; 0:Disable. showscantime=0 // 1: show; 0: disable [DeviceID] DeviceID0=VID_043d&PID_001d DeviceID1=VID_043d&PID_0109 DeviceID2=VID_05CA&PID_2A03 DeviceID3=VID_05CA&PID_2A03 DeviceID4=VID_05CA&PID_2A04 [CheckLock] Method=0 // 0: "Motor Move" method; 1: "Check White-Sheet" method ForwardSteps=550 // For "Motor Move" method, based on half step BackwardSteps=330 // For "Motor Move" method, based on half step [WarmUp] FastWarmTime=45 // Warm up time in second (If use Canon's warm up sequence, this value is igored). FirstWarmTime=3 // For Canon warm-up sequence, S2 SecondWarmTime=5 // For Canon warm-up sequence, S14 FinalWarmTime=45 // For Canon warm-up sequence, S4 LowTempWarmTime=60 // For Canon warm-up sequence, S15 S14LLTarget=45 // (Flatbed) Target value for S14 L/L way cheching. S18LLTarget=50 // (Flatbed) Target value for S18 L/L way cheching. WarmUpCCDTarget=210 // (Flatbed) The target value of CCD output after WarmUp finished. TA_S14LLTarget=35 // (FAU) Target value for S14 L/L way cheching. TA_S18LLTarget=50 // (FAU) Target value for S18 L/L way cheching. TA_WarmUpCCDTarget=210 // (FAU) The target value of CCD output after WarmUp finished. [LOSSLESS] LosslessEnable=0 // 1: Enable JPEG function; 0: Disable LossLessValue=7 // Use Decimal format (Combine keep bit and encode bit value) [LUT] DefaultLUTFileEnable=1 // 1: Combine this LUT; 0: Bypass this LUT. FLB_300_LUT=R3DT600.plg // Gamma mapping file for fletbed 300 dpi. FLB_600_LUT=R3DT600.plg // Gamma mapping file for fletbed 600 dpi. FLB_1200_LUT=R3DT120.plg // Gamma mapping file for fletbed 1200 dpi. PTA_300_LUT=C1210TA.plg // Gamma mapping file for FAU Positive 300 dpi. PTA_600_LUT=C1210TA.plg // Gamma mapping file for FAU Positive 600 dpi. PTA_1200_LUT=C1210TA.plg // Gamma mapping file for FAU Positive 1200 dpi. [Property] RGB_Line_Shift=24 // Line spacing COLOR_SEQUENCE=0 // 1: RGB; 0: BGR HIGH_BUFFER_SIZE=1048576 //2048000 // Ring Buffer size HIGH_BUFFER_NUM=12 // The number of buffer MEDIUM_BUFFER_SIZE=1024000 // Ring Buffer size MEDIUM_BUFFER_NUM=16 // The number of buffer LOW_BUFFER_SIZE=256000 // Ring Buffer size LOW_BUFFER_NUM=30 // The number of buffer Max_Diff_Of_Gain=4096 Max_Diff_Of_Dark=2048 MaxGainAmpBit=8 // 2 MaxOffsetAmpBit=8 // 2 BitAllocation=2 // (Gain/Offset) 0:8/8, 1:10/6, 2:12/4 [FlatBed] FB_ExposureTime_Preview=2.0 // Flatbed, Exposure time of Preview, Unit:ms FB_ExposureTime_300=2.0 // Flatbed, Exposure time of 300 dpi, Unit:ms FB_ExposureTime_600=2.2 // Flatbed, Exposure time of 600 dpi, Unit:ms FB_ExposureTime_1200=3.6 // Flatbed, Exposure time of 1200 dpi, Unit:ms [TA_Positive] PTA_ExposureTime_300=5.0 // Positive, Exposure time of 300 dpi, Unit:ms PTA_ExposureTime_600=10.0 // Positive, Exposure time of 600 dpi, Unit:ms PTA_ExposureTime_1200=10.0 // Positive, Exposure time of 1200 dpi, Unit:ms [TA_Negative] NTA_ExposureTime_300=5.0 // Negative, Exposure time of 300 dpi, Unit:ms NTA_ExposureTime_600=10.0 // Negative, Exposure time of 600 dpi, Unit:ms NTA_ExposureTime_1200=10.0 // Negative, Exposure time of 1200 dpi, Unit:ms [VendorCommand] BulkOnly=0 // 0: via Control pipe; 1: via Bulk in/out pipes [Calib_Parm] FindLeadingEdgeEnable=1 // 1: Do this action; 0: Skip this action PixelGainEnable=1 // 1: Do this action; 0: Skip this action PixelDarkEnable=1 // 1: Do this action; 0: Skip this action Exposure_TargetWhite_R=180 // Target white for Exposure time adjust Exposure_TargetWhite_G=180 // Target white for Exposure time adjust Exposure_TargetWhite_B=180 // Target white for Exposure time adjust TargetWhite_R=222 // Target Code for calculating R channel VGA Gain TargetWhite_G=222 // Target Code for calculating G channel VGA Gain TargetWhite_B=224 // Target Code for calculating B channel VGA Gain TargetDark_R=8 // Target Code for calculating R channel DC Offset TargetDark_G=8 // Target Code for calculating G channel DC Offset TargetDark_B=8 // Target Code for calculating B channel DC Offset TA_Exposure_TargetWhite_R=180 // Target white for Exposure time adjust TA_Exposure_TargetWhite_G=180 // Target white for Exposure time adjust TA_Exposure_TargetWhite_B=180 // Target white for Exposure time adjust TA_TargetWhite_R=230 // Target Code for calculating R channel VGA Gain TA_TargetWhite_G=230 // Target Code for calculating G channel VGA Gain TA_TargetWhite_B=230 // Target Code for calculating B channel VGA Gain TA_TargetDark_R=4 // Target Code for calculating R channel DC Offset TA_TargetDark_G=4 // Target Code for calculating G channel DC Offset TA_TargetDark_B=4 // Target Code for calculating B channel DC Offset // Initial value of AFE PGAGainR=75 // Initial value of AFE Gain (Channel R) PGAGainG=75 // Initial value of AFE Gain (Channel G) PGAGainB=75 // Initial value of AFE Gain (Channel B) DACOffsetR=128 // Initial value of AFE Offset (Channel R) DACOffsetG=128 // Initial value of AFE Offset (Channel G) DACOffsetB=128 // Initial value of AFE Offset (Channel B) [Shading_Parm] ShadingOnce=0 // 1: Enable, only do pixel gain and offset at each mode first time, 0: Disable, always do pixel gain and offset SoftwareShadingEnable=0 // 1: Enable software shading; 0: Disable PixelOffsetDPCM=1 // 1: Do this action; 0: Skip this action TurnOffLampDelayTime=1000 // How long the time after turn off lamp we can start to get data for Dark Shading (millisecond). // Sorting method of Dark/White Shading, // 0: Drop the fixed pixel (Low & High). // 1: Scrap the data which lower than specific percentage of the highest. SortingMethod=0 DarkShadingLines_FLB=20 // (Fletbed) WhiteShadingLines_FLB=60 // (Fletbed) DarkShadingLines_TA=20 // (FAU) WhiteShadingLines_TA=60 // (FAU) // For Sorting Method 0 (FIX), FIX_TopSkipLines_FLB=10 // (Fletbed) FIX_BottomSkipLines_FLB=30 // (Fletbed) FIX_TopSkipLines_TA=10 // (FAU) FIX_BottomSkipLines_TA=30 // (FAU) // For Sorting Method 1 (PCT), PCT_KeepPercent_FLB=75 // (Fletbed) The data which lower than the percentage of the highest will be scraped. PCT_KeepPercent_TA=75 // (FAUd) The data which lower than the percentage of the highest will be scraped. PCT_TopSkipLines_FLB=0 // (Fletbed) PCT_TopSkipLines_TA=0 // (FAU) PreviewModePixelDarkOffset_R=-256 PreviewModePixelDarkOffset_G=-256 PreviewModePixelDarkOffset_B=-256 NoStaggerModePixelDarkOffset_R=-256 NoStaggerModePixelDarkOffset_G=-256 NoStaggerModePixelDarkOffset_B=-256 StaggerModePixelDarkOffset_R=-256 StaggerModePixelDarkOffset_G=-256 StaggerModePixelDarkOffset_B=-256 Scan300ModePixelDarkOffset_R=-256 Scan300ModePixelDarkOffset_G=-256 Scan300ModePixelDarkOffset_B=-256 TA_Scan300ModePiexlDarkOffset_R=0 TA_Scan300ModePiexlDarkOffset_G=0 TA_Scan300ModePiexlDarkOffset_B=0 TA_NoStaggerModePiexlDarkOffset_R=0 TA_NoStaggerModePiexlDarkOffset_G=0 TA_NoStaggerModePiexlDarkOffset_B=0 TA_StaggerModePiexlDarkOffset_R=0 TA_StaggerModePiexlDarkOffset_G=0 TA_StaggerModePiexlDarkOffset_B=0 Preview_Shading_Factor_R=1148 Preview_Shading_Factor_G=1148 Preview_Shading_Factor_B=1138 NoStagger_Shading_Factor_R=1148 NoStagger_Shading_Factor_G=1148 NoStagger_Shading_Factor_B=1138 Stagger_Shading_Factor_R=1148 Stagger_Shading_Factor_G=1148 Stagger_Shading_Factor_B=1138 300_Shading_Factor_R=1148 300_Shading_Factor_G=1148 300_Shading_Factor_B=1138 TA_300_Shading_Factor_R=1000 TA_300_Shading_Factor_G=1000 TA_300_Shading_Factor_B=1000 TA_NoStagger_Shading_Factor_R=1000 TA_NoStagger_Shading_Factor_G=1000 TA_NoStagger_Shading_Factor_B=1000 TA_Stagger_Shading_Factor_R=1000 TA_Stagger_Shading_Factor_G=1000 TA_Stagger_Shading_Factor_B=1000 // The following are for BK Smooth Method BK_MovingAvgPixel=100 // The pixel number of smooth moving window BK_Offset=-20 // 16bits signed data BK_Threshold=48 // 16bits data //BK_MovingAvgPixel_300=100 // The pixel number of smooth moving window for 300 dpi. //BK_Offset_300=-20 // 16bits signed data for 300 dpi. //BK_Threshold_300=48 // 16bits data for 300 dpi. //BK_MovingAvgPixel_600=100 // The pixel number of smooth moving window for 600 dpi. //BK_Offset_600=-20 // 16bits signed data for 600 dpi. //BK_Threshold_600=48 // 16bits data for 600 dpi. //BK_MovingAvgPixel_1200=100 // The pixel number of smooth moving window for 1200 dpi. //BK_Offset_1200=-20 // 16bits signed data for 1200 dpi. //BK_Threshold_1200=48 // 16bits data for 1200 dpi. [StartPos_Parm] SearchOnce=0 // 0: Search Start Position Every Time; 1: Search Once. Default_X=290 Default_Y=1350 X_Offset=50 //40 // (unit: 1200 dpi) Y_Offset=370 //350 // (unit: half step) X_Range=10000 Y_Range=10000 X_RealSet=198 Y_RealSet=1226 TA_Default_X=4500 TA_Default_Y=6800 TA_X_Offset=380 //136 // (unit: 1200 dpi) TA_Y_Offset=2370 //2400 // (unit: half step) TA_X_Range=10000 TA_Y_Range=10000 TA_X_RealSet=4472 TA_Y_RealSet=7062 [Driving_Setting_Register] DrivingSettingEnable=1 // 1: Enable; 0: Disable ADCDRVReg=241 // Default=0xF1 (Refer to M5623 Data Sheet Register 0xFE0C) GPODRVReg=227 // Default=0xE3 (Refer to M5623 Data Sheet Register 0xFE0D)Download Driver Pack
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Expand the archive file (if the download file is in zip or rar format).
If the expanded file has an .exe extension, double click it and follow the installation instructions.
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Find the device and model you want to update in the device list.
Double-click on it to open the Properties dialog box.
From the Properties dialog box, select the Driver tab.
Click the Update Driver button, then follow the instructions.
Very important: You must reboot your system to ensure that any driver updates have taken effect.
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