接続運用仕様書(HIM編)
|
|
- おきみち よしくに
- 5 years ago
- Views:
Transcription
1 BAS 73 BAS AK-003
2 BAS AK-003
3 / BAS AK-003
4 4 4 BAS AK-003
5 BAS AK-003
6 ReadProperty ReadPropertyMultiple (1) () (2) () ReadPropertyConditional (1) () (2) () WriteProperty WritePropertyMultiple UnconfirmedCOVNotification ConfirmedCOVNotification UnconfirmedEventNotification 4 IEIEJ/p a ConfirmedEventNotification BAS AK-003
7 Who-Is and I-Am (I-am)1 AddListElement RemoveListElement ExternalModeNotification UnconfirmedCOVNotification COVEVENT TimeSynchronization ReadRange BAS AK-003
8 Analog Input (0) Analog Output (1) Analog Value (2) Binary Input (3) AIAO Binary Output (4) Binary Value (5) Multi State Input (13) Multi State Output (14) BIBO 3 64 (128) EventEnrollment9 4 IEIEJ/p a Who-HasI-Have BAS AK-003
9 Device (8) Schedule (17) Calendar (6) 7 41 Trend Log (20) Group (11) (130) (131) (132) Notification Class (15) EventNortification/COVNortification EventNortification/ COVNortification BAS AK-003
10 BACnet IcontHIM Icont HIM Icont (1) Service ReadPropertyMultiple Object Propertypresent_value,status_flags,feedback_value, (2) ServiceReadPropertyConditional Object Propertypresent_value,status_flags,feedback_value, (1) Service ReadRange ObjectTrendLog Object PropertyLog_Buffer Icont IcontBACnet (1) ServiceUnconfirmedEventNotification ObjectBinaryInput/MultiStateInput/AnalogInput/BinaryOutput/MultiStateOutput/AnalogValue/BinaryValue Propertypresent_value,status_flags, (status) Icont IcontBACnet (1) ServiceUnConfirmedCOVNotification ObjectMultiStateOutput/BinaryInput/MultiStateInput/AnalogInput/BinaryOutput/AnalogValue /BinaryValue/AnalogOutput Propertypresent_value,status_flags / HIM (1) ServiceWritePropertyMultiple ObjectAnalogOutput/BinaryOutPut/MultiStateOutput/ Propertypresent_value Priority COVBOMOFV AO,COV HIMIcont (1) ServiceWritePropertyMultiple ObjectAnalogInput PropertyHigh_Limit,Low_limit,Limit_Enable Icont Icont Icont / Icont Icont Icont / (1) ServiceUnconfirmedCOVNotification Object Propertypresent_value,status_flags (2) Service Object Propertypresent_value,status_flags (1) ServiceUnconfirmedCOVNotification Object Propertypresent_value,status_flags (2) Service Object Propertypresent_value,status_flags (1) (2) Present_Value (1<15) (1) (2) Present_Value (1<15) BAS AK-003
11 BACnet HIMIcont HIM Icont (1) Service ReadPropertyMultiple ObjectGroup PropertyList_Of_Group_Members (2) ServiceAddListElement ObjectGroup PropertyList_Of_Group_Members (3) Service RemoveListElement ObjectGroup PropertyList_Of_Group_Members (1) ServiceWritePropertyMultiple Object BinaryValue Propertypresent_value (1) (2) (3) present_value=1 Icontpresent_value=0 HIM Icont (1) ServiceWritePropertyMultiple Object BinaryValue Propertypresent_value present_value=1 Icontpresent_value=0 HIMIcont HIMIcont HIM(BASM)Icont (1) Service ReadPropertyMultiple ObjectSchedule PropertyWeekly_Schedule,Exception_Schedule (2) ServiceWritePropertyMultiple ObjectSchedule PropertyWeekly_Schedule,Exception_Schedule (3) Service WritePropertyMultiple ObjectSchedule PropertyWeekly_Schedule,Exception_Schedule (1) Service ReadPropertyMultiple ObjectSchedule PropertyList_Object_Property_Reference (2) ServiceAddListElement ObjectSchedule PropertyList_Object_Property_Reference (3) Service RemoveListElement ObjectSchedule PropertyList_Object_Property_Reference (1) Service ReadPropertyMultiple ObjectCalender PropertyDataList (2) ServiceAddListElement ObjectCalender PropertyDataList (3) Service RemoveListElement ObjectCalender PropertyDataList (1) (2) (3) (1) (2) (3) BASM()HIM (1) (2) (3) BAS AK-003
12 BACnet BASM (1) ServiceTimeSynchronization BASMBACnet Device BACnet 4 (1) ServiceI-am ObjectDevice (2) ServiceUnconfirmedEventNotification IEIEJ/p a ObjectEventEnrollment BACnetBACnet Device IcontRS (1) ServiceUnconfirmedEventNotification ObjectBinaryInput Propertypresent_value,status_flags BACnet Device(RS) BAS AK-003
13 HIM(Write)AUTO_OFF(=3)AUTO_ON(=4)Icont AUTO HIMAUTO ONAUTO_OFFIcont AUTO_ON BAS AK-003
14 BAS AK-003
15 AI/AO/AV/BI/BO/BV/MO/MI/ Out_Of_Servivce EventState Out_Of_ServiceFALSEReliability0 Out_Of_ServiceTRUE BOFeedbackValueACTIVEOut_Of_ServiceFALSE,Reliability0 MOFeedbackValue>1Out_Of_ServiceFALSE,Reliability0 BOFeedbackValueINACTIVEOut_Of_ServiceFALSE,Reliability0 MOFeedbackValue1Out_Of_ServiceFALSE,Reliability0 Out_Of_ServiceEvent_StateReliabilityStatus_FlagsBitString I/O BAS AK-003
16 Read Property Multiple Analog_Input Present-Value/Status-Flags/ Low-Limit/High-Limit/Dead-Band/Limit-Enable/Event-State Analog_Output Present-Value/Status-Flags Analog-_Value Present-Value/Status-Flags/ Low-Limit/High-Limit/Dead-Band/Limit-Enable/Event-State Binary_Input Present-Value/Status-Flags/Change-Of-State-Count/Elapsed-Active-Time Binary_Output Present-Value/Status-Flags/Feedback-Value/Change-Of-State-Count/Elapsed-Active-Time Binary_Value Present-Value/Status-Flags/Change-Of-State-Count/Elapsed-Active-Time Multi-State-Input Present-Value/Status-Flags Multi-State-Output Feedback-Value/ Present-Value/Status-Flags Present-Value/Status-Flags Analog_Input Present-Value/Status-Flags/ Low-Limit/High-Limit/Dead-Band/Limit-Enable/Event-State Analog_Output Present-Value/Status-Flags Analog-_Value Present-Value/Status-Flags/ Low-Limit/High-Limit/Dead-Band/Limit-Enable/Event-State Binary_Input Present-Value/Status-Flags/Change-Of-State-Count/Elapsed-Active-Time Binary_Output Present-Value/Status-Flags/Feedback-Value/Change-Of-State-Count/Elapsed-Active-Time Binary_Value Present-Value/Status-Flags/Change-Of-State-Count/Elapsed-Active-Time Multi-State-Input Present-Value/Status-Flags Multi-State-Output Feedback-Value/Present-Value/Status-Flags Present-Value/Status-Flags HIMIcont ObjectProperty BAS AK-003
17 Read Property Multiple Analog-Input Service = ReadPropertyMultiple Service List of Read Access Specification = ((Analog Input,Instance N), (Present_Value, Status_Flags, Low_Limit, High_Limit, Dead_Band, Limit_Enable,Event_State)) Analog-Output Service = ReadPropertyMultiple Service List of Read Access Specification = ((Analog Output,Instance N), (Present_Value, Status_Flags)) Analog-Value Service = ReadPropertyMultiple Service List of Read Access Specification = ((Analog Value,Instance N), (Present_Value, Status_Flags, Low_Limit, High_Limit, Dead_Band, Limit_Enable,Event_State)) Analog-Input List of Read Access Results =(((Analog Input,Instance N),(Present_Value,72.3), (Status_Flags, B 0000 ), (Low_Limit, 0.0), (High_Limit, 50.0), (Dead_Band, 1.0), (Limit_Enable, B 11 ) (Event_State,High_Alarm)), Analog-Output List of Read Access Results =(((Analog Output,Instance N),(Present_Value,72.3), (Status_Flags, B 0000 )), Analog-Value List of Read Access Results =(((Analog Value,Instance N),(Present_Value,72.3), (Status_Flags, B 0000 ), (Low_Limit, 0.0), (High_Limit, 50.0), (Dead_Band, 1.0), (Limit_Enable, B 11 ) (Event_State,High_Alarm)), HIMIcont ObjectProperty HIM BAS AK-003
18 Binary-Input Service = ReadPropertyMultiple Service List of Read Access Specification = ((Binary Input,Instance N), (Present_Value, Status_Flags, Change_Of_State_Count, Elapsed_Active_Time)) Binary-Output Service = ReadPropertyMultiple Service List of Read Access Specification = ((Binary Output,Instance N), (Present_Value, Status_Flags, Feedback_Value,Change_Of_State_Count, Elapsed_Active_Time)) Binary-Value Service = ReadPropertyMultiple Service List of Read Access Specification = ((Binary Value,Instance N), (Present_Value, Status_Flags, Change_Of_State_Count, Elapsed_Active_Time)) Binary-Input List of Read Access Results =(((Binary Input,Instance N),(Present_Value,ACTIVE), (Status_Flags, B 0000 ),(Change_Of_State_Count, 33), (Elapsed_Active_Time, 5632)), Binary-Output List of Read Access Results = (((Binary Output,Instance N),(Present_Value,ACTIVE), (Status_Flags,B 0000 ),(Feedback_Value,ACTIVE),(Change_Of_State_Count,33), (Elapsed_Active_Time, 5632)), Binary-Value List of Read Access Results = (((Binary-Value,Instance N),(Present_Value,ACTIVE), (Status_Flags, B 0000 ), (Change_Of_State_Count, 33), (Elapsed_Active_Time, 5632)), HIMIcont ObjectProperty BAS AK-003
19 Multi-State-Input Service = ReadPropertyMultiple Service List of Read Access Specification = ((Multi-State Input,Instance N), (Present_Value, Status_Flags)) Multi-State-Output Service = ReadPropertyMultiple Service List of Read Access Specification = ((Multi-State Output,Instance N), (Present_Value, Status_Flags, Feedback_Value)) Service = ReadPropertyMultiple Service List of Read Access Specification = ((,Instance N),(Present_Value, Status_Flags)) Multi-State-Input List of Read Access Results = (((Multi-State Input,Instance N),(Present_Value, 2), (Status_Flags, B 0000 )), Multi-State-Output List of Read Access Results = (((Multi-State Output,Instance N),(Present_Value, 2), (Status_Flags, B 0000 ), (Feedback_Value, 2)), List of Read Access Results = (((,Instance N),(Present_Value,100), (Status_Flags, B 0000 )), HIMIcont ObjectProperty BAS AK-003
20 BAS AK-003
21 1 1)Binary_Input 2)Binary_Output 3)Binary_Value 1) ) 3) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Binary Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value,0),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Binary_Output, Instance N) Time Remaining = 0 List of Values = ((Present_Value,0),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Binary Value, Instance N) Time Remaining = 0 List of Values = ((Present_Value,0),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Icont BroadCast Icont (BIMI) (BO,MO) Icont BroadCast Icont /( )() 2ObjectIcont / COV COV BAS AK-003
22 4)Multi-State _Input 5)Multi-State_Output 4) 5) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Multi-State _Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value,1),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Multi-State_Output, Instance N) Time Remaining = 0 List of Values = ((Present_Value,1),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Icont BroadCast Icont (BIMI) (BO,MO) Icont BroadCast Icont BAS AK-003
23 2 Services = UnconfirmedEventNotification Service Process Identifier = 3 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Binary Output,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = COMMAND_FAILURE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = OFFNORMAL Event Values = ((command_value,active),(status_flags,(true,false,false,false)), (feedback_value,inactive)) Services = UnconfirmedEventNotificationService Process Identifier = 3 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Binary Input,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = CHANGE_OF_STATE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = OFFNORMAL Event Values = ((new_state,active),(status_flags,(true,false,false,false))) Icont BroadCast Icont BAS AK-003
24 Icont Services = UnconfirmedEventNotification Service Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Event Object Identifier = (Analog Input,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = OUT_OF_RANGE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = HIGH_LIMIT Event Values = ((Exceeding_Value,80.1),(Status_Flags,(TRUE,FALSE,FALSE,FALSE)) (Deadband,1.0),(Exceede_Limit,80.0)) BroadCast Icont 3. BAS AK-003
25 (3) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiaing Device Identifier = (Device,Instance N) Monitored Object Identifier = (Analog Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value,65.0),Satus_Flags,(FALSE,TRUE,FALSE,FALSE))) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiaing Device Identifier = (Device,Instance N) Monitored Object Identifier = (Analog Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value,65.0),Satus_Flags,(FALSE,FALSE,FALSE,TRUE))) Icont BroadCast Icont BAS AK-003
26 1-1 8() BAS AK-003
27 BAS AK-003
28 1 Service = WritePropertyMultiple List of Write Access Specifications = ((Binary Output,Instance N),(Present_Value,ACTIVE),(Priority, 8)) Ack Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Binary Output, Instance N) Time Remaining = 0 List of Values = ((Present_Value,ACTIVE),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Error Object IcontBusy Ack Services = UnconfirmedEventNotification Service Process Identifier = 3 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Binary Output,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = COMMAND_FAILURE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = OFFNORMAL Event Values = ((command_value,active),(status_flags,(true,false,false,false)), (feedback_value,inactive)) Icont BroadCast Icont Binary-Output Binary-Value(BO) Multi-State-Output BAS AK-003
29 Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Binary Output, Instance N) Time Remaining = 0 List of Values = ((Present_Value,ACTIVE),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Services = UnconfirmedEventNotification Service Process Identifier = 3 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Binary Output,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = COMMAND_FAILURE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = OFFNORMAL Event Values = ((command_value,active),(status_flags,(true,false,false,false)), (feedback_value,inactive)) Icont BroadCast Icont Binary-Output Binary-Value(BO Multi-State-Output BAS AK-003
30 /()()2 Service = WritePropertyMultiple List of Write Access Specifications = ((Binary Output,Instance N),(Present_Value,ACTIVE),(Priority, 8)) ObjectBOBIObject HIM Ack Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Binary Output, Instance N) Time Remaining = 0 List of Values = ((Present_Value,ACTIVE),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Binary Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value, ACTIVE),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Error Object IcontBusy Ack Services = UnconfirmedEventNotification Service Process Identifier = 3 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Binary Output,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = COMMAND_FAILURE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = OFFNORMAL Event Values = ((command_value,active),(status_flags,(true,false,false,false)), Icont BroadCast Icont (feedback_value,inactive)) BAS AK-003
31 2 Service = WritePropertyMultiple List of Write Access Specifications = ((Analog Output,Instance N),(Present_Value,24.0)) 3 Service = WritePropertyMultiple List of Write Access Specifications = ((,Instance N),(Present_Value,5000)) Ack Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Analog Output, Instance N) Time Remaining = 0 List of Values = ((Present_Value,24.0),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Error Object IcontBusy Ack Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device, Instance N) Monitored Object Identifier = (, Instance N) Time Remaining = 0 List of Values = ((Present_Value,5000), (status_flags, (FALSE,FALSE,FALSE,FALSE))) Error Object IcontBusy HIMIcont COV Analog-Output Analog-Value(AO) HIMIcont COV BAS AK-003
32 BAS AK-003
33 1 Service = WritePropertyMultiple List of Write Access Specifications = (((Analog Input, Instance N),(High_Limit, 30.0), (Low_Limit, 10.0), (Dead_Band, 1.0), (Limit_Enable, B 11 )) Service = WritePropertyMultiple List of Write Access Specifications = (((Analog Input, Instance N), (Limit_Enable, B 00 )) Ack Error Object IcontBusy Ack Error Object IcontBusy (Read) BAS AK-003
34 2 Service = WriteProperyMultiple List of Write Access Specifications = (((Binary Output, Instance N),(Change_Of_State_Count, 24), (Elapsed_Active_Time, 7200))) 2/ Service = WriteProperyMultiple List of Write Access Specifications = ((Binary Output, Instance N),(Out_Of_Service,TRUE)) Ack Error Object IcontBusy Ack Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiaing Device Identifier = (Device,Instance N) Monitored Object Identifier = (Analog Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value,65.0),Satus_Flags,(FALSE,FALSE,FALSE,TRUE))) Error Object IcontBusy (Read) Elapsed_Active_Time 3600(1) AI/AO/AV/BI/BO/BV/ MO/ BAS AK-003
35 1.1/112/ Icont X N Icont Y X Icont X M Icont Y Z Icont X L Icont Y T BAS AK-003
36 1 Service = Add List Element Service Object Identifier = (Calendar, Instance N) Property Identifier = DateList List of Elements = ((20-Oct-FF)) 2 Service = Remove List Element Service Object Identifier = (Calendar, Instance N) Property Identifier = DateList List of Elements = ((20-Oct-FF)) Ack Error Object IcontBusy Ack Error Object IcontBusy (2) HIM Icont Icont HIM/Icont 22:10 1 HIM 7 FF BAS AK-003
37 BAS AK-003
38 1 weekly schedule Service = ReadPropertyMultiple Service List of Read Access Specification = ((Schedule,Instance N),(Weekly_Schedule, index=m)) (M=1~7) exception schedule Service = ReadPropertyMultiple Service List of Read Access Specification = ((Schedule,Instance N),(Exception_Schedule, index=m)) (M=1~10) 2 weekly schedule () Service = Write Property Multiple Service 'Object Identifier' = (Schedule, Instance N) 'Property Identifier' = Weekly_Schedule 'Property Array Index' = M (M=1~7) List of Write Access Specifications = ((8:00, ACTIVE), (12:15,INACTIVE), (13:00, ACTIVE), (18:00, INACTIVE)) Exception schedule () Service = Write Property Multiple Service 'Object Identifier' = (Schedule, Instance N) 'Property Identifier' = Exception_Schedule 'Property Array Index' = M (M=1~7) List of Write Access Specifications = ((2-Fev-2000), ((8:00, ACTIVE), (12:15,INACTIVE), (13:00, ACTIVE), (18:00, INACTIVE)), 8) Exception schedule () Service = Write Property Multiple Service 'Object Identifier' = (Schedule, Instance N) 'Property Identifier' = Exception_Schedule 'Property Array Index' = M (M=8~10) List of Write Access Specifications = ((Calendar, Instance N), ((8:00, ACTIVE), (12:15,INACTIVE), (13:00, ACTIVE),(18:00, INACTIVE)), 8) 'List of Read Access Result' = ((Schedule, Instance N), (Weekly_Schedule, index=m, ((8:00,ACTIVE),(12:00,INACTIVE),(13:00,ACTIVE),(17:00,INACTIVE)))) 'List of Read Access Result' = ((Schedule, Instance N), (Exception_Schedule, index=m, ((2-Fev-2000), ((8:00,ACTIVE),(12:00,INACTIVE)), 8)) Ack Error Object IcontBusy Ack Error Object IcontBusy Ack Error Object IcontBusy HIM Icont (2) 1,2 4 4 FF BAS AK-003
39 Service = ReadPropertyMultiple Service List of Read Access Specification'= ((Schedule,Instance N),( List_Of_Object_Property_Reference) Service = AddListElement Service 'Object Identifire' = (Schedule,Instance N) 'Property Identifire ' = List_Of_Object_Property_Reference 'List of Elements' = (((Binary Output,Instance 2), Present_Value)) Service = RemoveListElement 'Object Identifire' = (Schedule,Instance N) 'Property Identifire' = List_Of_Object_Property_Reference 'List of Elements' = (((Binary Output,Instance 2), Present_Value)) 'List of Read Access Result' = ((Schedule, Instance N), (List_Of_Object_Property_Reference, (BinaryOutput,Instance A,),(BinaryOutput,Instance B), (BinaryOutput,Instance C),(BinaryOutput,Instance D))) Ack Error Object IcontBusy Ack Error Object IcontBusy BAS AK-003
40 BAS AK-003
41 1 Service = ReadPropertyMultiple 'List_Of_ReadAccess_Specification = ((Trend Log, Instance N),(Log_Interval)) 'List_Of_ReadAccess_Specification = ((Trend Log, Instance N),(Log_Interval),(,Instance N,) Service = ReadRange 'ObjectIdentifier' = (Trend Log, Instance N) 'PropertyIdentifier' = Log_Buffer 'Range' 'Time Range' 'Beginning Time' = (21-MAR-2001, 19:00:00.0) 'Ending Time' = (23-MAR-2001, 19:00:00.0) 4 Service = ReadRange 'ObjectIdentifier' = (Trend Log, Instance N) 'PropertyIdentifier' = Log_Buffer 'Range' 'Time Range' 'Beginning Time' = (21-MAR-2001, 19:00:00.0) 'Ending Time' = (21-MAR-2001, 19:45:00.0) 'Range' 'Time Range' 'Beginning Time' = (21-MAR-2001, 19:45:00.0) 'Ending Time' = (21-MAR-2001, 20:30:00.0) List of Read Access Results =((TrendLog,Instance N),( Log_Interval),60) List of Read Access Results =((TrendLog,Instance N),( Log_Interval),(,Instance N),(),9999) 'Result Flags' = (TRUE, TRUE, FALSE) 'Item Count' = 2880 'Item Data' =(((21-MAR-2001, 19:01:00.0), 11.1, (FALSE, FALSE, FALSE, FALSE)), ((21-MAR-2001, 19:02:00.0), 11.1, (FALSE, FALSE, FALSE, FALSE)), ((21-MAR-2001, 19:03:0.00), 11.1, (FALSE, FALSE, FALSE, FALSE)), ) 'Result Flags' = (TRUE, TRUE, FALSE) 'Item Count' = 45 (52) 'Item Data' =(((21-MAR-2001, 19:01:00.0), 11.1, (FALSE, FALSE, FALSE, FALSE)), ((21-MAR-2001, 19:02:00.0), 11.1, (FALSE, FALSE, FALSE, FALSE)), ((21-MAR-2001, 19:03:0.00), 11.1, (FALSE, FALSE, FALSE, FALSE)), ) 'Result Flags' = (TRUE, TRUE, FALSE) 'Item Count' = 45 (52) 'Item Data' =(((21-MAR-2001, 19:01:00.0), 11.1, (FALSE, FALSE, FALSE, FALSE)), ((21-MAR-2001, 19:02:00.0), 11.1, (FALSE, FALSE, FALSE, FALSE)), ((21-MAR-2001, 19:03:0.00), 11.1, (FALSE, FALSE, FALSE, FALSE)), 00 Beginging Time Ending Time HIM 1024 Read ) BAS AK-003
42 BAS AK-003
43 1 Service =Write Property Multiple 'ObjectIdentifier' =(,Instance N) 'Property Identifier' =(,,) 'PropertyValue' =(,, ) 2 Service =Read Property Multiple 'List of Read Access Specifications' =((,Instance N),((),(),(),(), (),(),(),(), (),(),(),status_flags))) Service =Read Property Multiple 'List of Read Access Specifications' =((,Instance N),((),(status_flags))) Ack Error Object IcontBusy 'List of Read Access Result' =((,Instance N),((,2000.0),(,1600.0), (,1800.0),(,5), (,((100.0,0),(200.0,0),(300.0,0),(400.0,0),(500.0,0)), (,3000.0),(,0.0), (, ((100.0,0),(200.0,0),(300.0,0),,(2900.0,0),(3000.0,0))), (,13:00:00.00),(,5),(,1), (status_flags, B 0000 ))) 'List of Read Access Result' =((,Instance N),((, 15),(status_flags B 0000 ))) HIMIcont BAS AK-003
44 3 Services = UnconfirmedEventNotification Service Process Identifier = 4 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = CHANGE_OF_STATE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = OFFNORMAL Event Values = ((command_value,active),(status_flags,(true,false,false,false)), Event_Values([new_state,N), Status-Flags,(False, False, False, False)) Present_Value= Icont Icont BroadCast Icont BAS AK-003
45 4 Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 4 Initiaing Device Identifier = (Device,Instance N) Monitored Object Identifier = (, Instance N) Time Remaining = 0 List of Values = ((Present_Value,N),Satus_Flags,(FALSE,FALSE,FALSE,FALSE))) Present_Value=(015) Icont BACnet Icont Icont BACnet BAS AK-003
46 5 Service = ReadPropertyMultiple Service List of Read Access Specification = ((Group,Instance N),(List-of-Group-Members)) 6 Service = AddListElement Service 'Object Identifire' = (Group,Instance N) 'Property Identifire' = List_Of_Group_Members 'List of Elements' = (((Binary Output,Instance N), Present_Value), ) 7 Service = RemoveListElement Service 'Object Identifire' = (Group,Instance N) 'Property Identifire' = List_Of_Group_Members 'List of Elements'= (((Binary Output, Instance N), Present_Value), ) 'List of Read Access Result' = ((Group, Instance N), (List-of-Groupe-Members, ((Binary Output,Instance A), Present_Value), ((Binary Output,Instance B), Present_Value), ((Binary Output,Instance C), Present_Value), ((Binary Output,Instance D), Present_Value))) Ack Error Object IcontBusy Ack Error Object IcontBusy HIM Icont HIM Icont () BAS AK-003
47 BAS AK-003
48 BAS AK-003
49 Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 4 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Multi-State Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value,0),(status_Flags,(TRUE,FALSE,FALSE,FALSE))) Present_Value =1 =2 =3 -> State OFFNORMAL OFFNORMAL BAS AK-003
50 2 Service = WritePropertyMultiple List of Write Access Specifications = (Binary_Value,Instance N),(Present_Value,ACTIVE),(Priority, 8)) Ack Error Object IcontBusy HIM Icont IcontHIM (COV) Icont Present_Value ACTIVEINACTIVE BAS AK-003
51 1 Service=Read Property Multiple 'List of Read Acxess Specificationr'=((,Instance N),((), (),(),(),(status_flags))) 2 Service = WritePropertyMultiple Service 'ObjectIdentifier'=(,Instance N) 'Property Identifier'=() 'PropertyValue'=(0.0,10.0,20.0,30.0,40.0,50.0,60.0,70.0,80.0,90.0,100.0,110.0,120.0,130.0,140.0,150.0) 'List of Read Access Result' =((,Instance N),((,((0.0),(100.0),,(1500.0))), (, 500),(, 300),(, 5),(status_flags, B 0000))) Ack Error Object IcontBusy HIMIcont 16 (WritePorpertyMultiple) BAS AK-003
52 Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 4 Initiaing Device Identifier = (Device,Instance N) Monitored Object Identifier = (, Instance N) Time Remaining = 0 List of Values = ((Present_Value,N),Satus_Flags,(FALSE,FALSE,FALSE,FALSE))) Present_Value=(015) Icont BACnet Icont Icont BACnet BAS AK-003
53 4 Service = ReadPropertyMultiple Service List of Read Access Specification = ((Group,Instance N),(List-of-Groupe-Members, index=m)) (M=1~30) 5 Service = AddListElement Service Object Identifire = (Group,Instance N) Property Identifire = List_Of_Group_Members List of Elements = (((Binary Output,Instance N), Present_Value), ) 6 Service = RemoveListElement Service Object Identifire = (Group,Instance N) Property Identifire = List_Of_Group_Members List of Elements = (((Binary Output, Instance N), Present_Value), ) List of Read Access Result = ((Group, Instance N), (List-of-Group-Members, index=m, ((Binary Output,Instance A), Present_Value), ((Binary Output,Instance B), Present_Value), ((Binary Output,Instance C), Present_Value), ((Binary Output,Instance D), Present_Value))) Ack Error Object IcontBusy Ack Error Object IcontBusy HIM Icont HIM Icont () BAS AK-003
54 BAS AK-003
55 1 Services = UnconfirmedEventNotificationService Process Identifier = 1 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (BinaryInput,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = CHANGE_OF_STATE Notify_Type = ALARM AckRequired = FALSE From State = NORMAL To State = OFFNORMAL Event Values = ((new_state,2),(status_flags,(true,false,false,false))) Present_Value =0 =1 Icont BACnet BinaryInput/BinaryValu e Icont BACnet -> State OFFNORMAL OFFNORMAL BAS AK-003
56 2 Service = WritePropertyMultiple List of Write Access Specifications =((Binary_Value,Instance N),(Present_Value, 1),(Priority, 8)) Ack Error Object IcontBusy HIM IcontHIM (COV) Icont Present_Value ACTIVEINACTIVE BAS AK-003
57 (0)(1) (Read)Status_Flags(Fault=True) BAS AK-003
58 Services = UnconfirmedEventNotificationService Process Identifier = 3 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Binary Input,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = CHANGE_OF_STATE Notify_Type = ALARM AckRequired = FALSE BACnet RS Icont BroadCast Icont From State = NORMAL To State = OFFNORMAL Event Values = ((new_state,active),(status_flags,(true,false,false,false))) BAS AK-003
59 1 Service = UnconfirmedCOVNotification Service Subscriber Process Identifier = 3 Initiating Device Identifier = (Device,InstanceN) Monitored Object Identifier = (Multi State Input, Instance N) Time Remaining = 0 List of Values = ((Present_Value,1),(status_Flags,(FALSE,FALSE,FALSE,FALSE))) Icont HIM Present_Value Present_Value =1 =2 =3 =1 =2 = > State OFFNORMAL OFFNORMAL -> State OFFNORMAL OFFNORMAL BAS AK-003
60 4 IEIEJ/p a Service = Who-Is Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 System Status = Operational = XXXXXXXX () Service = Who-Is Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 System Status = Operational = XXXXXXXX () BACnet Device [60] 150 Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 System Status = Operational Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 System Status = Operational BAS AK-003
61 4 IEIEJ/p a Service = Who-Is Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 Service = Who-Is Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 BACnet Device [60] 150 Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 Service = I-Am I-Am Device Identifier = (Device,Instance N) MAX APDU Length Accepted = 1024 Segmentation Supported = NO_SEGMENTATION Vendor Identifier = 99 BAS AK-003
62 1 Service = TimeSynchronization Time Date = 17-Nov-2000 Time = 22:45:40.7 BASM Icont 01:35 BAS AK-003
63 IEIEJ/p a I-am (System StatesDownload Required) Who-is I-am Time Synchronization Read Property Multiple I-am (System StatesOperational) (System StatesDownload - In - Progress) Icont I-amUnicast I-amSystem_Status= Download - In - Progress BAC0()BAC2() BASMI-amSystem_Status= Download - In - Progress () BAS AK-003
64 I-am (System StatesNon-Operational) () Who-isI-am I-amSystem StatesNon-Operational I-am I-amSystem StatesOperational I-amSystem StatesDownload - Required Download - In - Progress Operational-read-only BAS AK-003
65 4 IEIEJ/p a I-am *2) UnconfirmedEventNotificationDownload_Required Who-Is I-am ReadProperty (system-status) TimeSynchronization ReadPropertyMultiple UnconfirmedEventNotificationOperational *2)I-am60I-am UnconfirmedEventNotificationDownload_In_Progress I-am *1) Who-IsI-am I-am I-amReadProperty BASMI-amSystem_Status= Download In Progress () BAS AK-003
66 UnconfirmedEventNotification (System StatesNon-Operational) System StatesNon-Operational Download - Download - In - Progress Operational-read-only BAS AK-003
67 5 ReadProperty ConfirmedEventNotification ReadPropertyMultiple Who-Is and I-Am ReadPropertyConditional WriteProperty AddListElement WritePropertyMultiple RemoveListElement UnconfirmedCOVNotification TimeSynchronization ConfirmedCOVNotification ReadRange UnconfirmedEventNotification Analog Input (0) Device (8) Analog Output (1) Schedule (17) Analog Value (2) Calendar (6) Binary Input (3) Trend Log (20) Binary Output (4) Group (11) Binary Value (5) (130) Multi State Input (13) (131) Multi State Output (14) (132) (128) Notification Class (15) EventEnrollment (9) BAS AK-003
68 status BAS AK-003
69 (0)(1) BAS AK-003
70 AGM Services = UnconfirmedEventNotificationService Process Identifier = 3 Initiating Device Identifier = (Device,Instance N) Event Object Identifier = (Binary Input,Instance N) Time Stamp = (200031(), ) Class = 1 Priority = 6 Event Type = CHANGE_OF_STATE Notify_Type = ALARM AckRequired = FALSE BACnet RS Icont BroadCast Icont From State = NORMAL To State = OFFNORMAL Event Values = ((new_state,active),(status_flags,(true,false,false,false))) BAS AK-003
71 BAS AK-003
72 List of Elements List of Write Access Specifications BAS AK-003
73 4 5 6 BAS AK-003
接続運用仕様書(空調サブシステム編)
BAS 標準インターフェース仕様 改番 日付 VSNO 改訂内容, 改訂ページ 0 0--5 V.00-A 新規正式発行 0-0-5 V.0-A 一部記述追加 変更 ( 巻末改番来歴参照 ) 2 02-08-2 V.02-A 一部記述変更 ( 巻末改番来歴参照 ) 3 03-2-8 V.03-A 一部記述変更 ( 巻末改番来歴参照 ) 4 03-6-24 V.04-A 一部記述変更 ( 巻末改番来歴参照
More informationBACnet通信仕様書
BACnet 通信仕様書 MELSEC-Q シリーズ対応 BACnet インターフェースユニット (ICONT) MELSEC-Q は 三菱電機 の登録商標です BACnet は ASHRAE の登録商標です 株式会社ユニテック 1/55 改定履歴 日付 改定内容 改定 2008/8/29 初版作成 2009/12/16 4-2 オブジェクト詳細 (4-2-1~4-2-21) の各プロパティ表を修正
More information1 1.1 (PAC-YW01BAC) 1.1 Y GR R2 GR WR2 Eeco WY Eeco S Y ICE YkP ECO Y GR R2 Eeco WR2 Eeco Y A K PAC PAC (RAC) (HAC) *1) 24-4 - 1.2 PAC-YW01BAC (1) M-NET 1 50 ICAICLCFU ICAICA LCFU (2) (3) (4) UPS (5) (6)
More information接続運用仕様書(アズビルB-BC編)
ANSI/ASHRAE Standard 135-2008,-2010 接続対応 ) 改番 日付 Ver. 改訂内容, 改訂ページ 0 09/04/25 V2.00 新規正式発行 1 11/02/25 V2.11 一部記述追加修正 ( 巻末改番来歴参照 ) 2 14/01/15 V2.20 一部記述追加修正 ( 巻末改番来歴参照 ) 3 15/03/30 V2.30 一部記述追加修正 ( 巻末改番来歴参照
More informationMicrosoft Word - AK-015-Ver1.02_BACnet2004&G6準拠_接続運用仕様書(防犯編).docx
改番 日付 Ver. 改訂内容, 改訂ページ 0 17/04/28 V1.00 新規正式発行 1 17/07/04 V1.01 12.5. NotificationClassの運用ガイドを訂正 2 18/07/12 V1.02 2. 概要セグメンテーションをサポートしない ITEM 改番 1 2 3 4 5 6 7 8 9 0 担当検閲 接続運用仕様書 ( アズビル防犯 B-ASC 編 ) TOTAL
More information接続運用仕様書(B-OWS編)
ANSI/ASHRAE Standard 135-2008,-2010 接続対応 ) 改番 日付 Ver. 改訂内容, 改訂ページ 00 09/04/25 V2.00 新規正式発行 01 11/02/25 V2.11 機能追加, 一部記述追加修正, 巻末改番来歴参照 02 14/01/15 V2.12 一部記述追加修正 巻末改番来歴参照 03 14/12/19 V2.13 一部記述追加修正 巻末改番来歴参照
More information25巻2号_P029_034_特集6
IS BEMS IS BACS The utline of the Data Communication Protocol of IS BACS and BACS IS/TC,*//WG- IS+0.2. / MA 4 BACS BACS IS/TC,*//WG- BAS BACS Building Automation and Control SystemBACS HIM Icont BACS P,
More information2 1,384,000 2,000,000 1,296,211 1,793,925 38,000 54,500 27,804 43,187 41,000 60,000 31,776 49,017 8,781 18,663 25,000 35,300 3 4 5 6 1,296,211 1,793,925 27,804 43,187 1,275,648 1,753,306 29,387 43,025
More informationMicrosoft Word - IEIEJ-G アデンダムa.DOC
IEIEJ-G-0006:2006 BACnet システムインターオペラビリティガイドラインアデンダムa スケジュールオブジェクト, カレンダオブジェクトの運用ガイド BAS 標準インターフェース仕様推進拡張委員会 BAS 標準インターフェース仕様推進拡張委員会による決定 : 規格 ( IEIEJ - G - 0006 : 2006 ) の変更 (Change to Standard (IEIEJ
More informationCM1-GTX
CM1-GTX000-2002 R R i R ii 1-1 1-2 1-3 Process Variables Process Variables Pressure Output Analog Output Sensor Temp. Lower Range Value (0%) Upper Range Value (100%) Pressure Pressure Chart Pressure
More informationTOPLON PRIO操作手順
TOPLON PRIO 2004/05/24 I/O LON WAGO TOPLON PRIO 1. 1) PCC-10 S/W 2) PC 3) PCC-10 4) Windows Lon WorksR Plug n Play Apply OK 5) Visio LonMaker LonPoint 6) TOPLON PRIO 2. IO-PRO SYM TOPLON-PRIO SNVT NVI
More informationWT06780X02
1 はじめに 1.1 接続可能機種下表に 本機 (PAC-YW01BAC) の接続可能機種の一覧を示します 表 1.1 接続可能機種一覧 機種 接続可否 シティマルチ Y GR シティマルチ R2 GR シティマルチ WR2 Eeco シティマルチ WY Eeco シティマルチ S ズバ暖マルチ Y シティマルチ ICE YkP ECO リプレースマルチ Y GR リプレースマルチ R2 Eeco
More information137 6 1 2 3 4 5 6 138 6 139 1 2 3 4 5 6 140 6 141 1 2 1 2 142 6 3 143 1 2 144 6 145 1 2 3 4 5 146 6 147 1 1 148 6 1 2 149 1 2 1 2 150 6 151 152 6 1 2 153 1 2 3 154 1 2 6 3 155 156 6 157 158 1 6 2 159 1
More informationDP410 DAQOPC DARWINシリーズ用OPCサーバユーザーズマニュアル
User s Manual 3ed Edition: February 2005 (YK) All Rights Reserved, Copyright 2001 Yokogawa Electric Corporation ID1 A ID2 ID4 ID1 ID3 B ID2 ID4 Device1!ch01.PV Device1!ch02.PV Device1!ch03.PV
More information1 142
7 1 2 3 4 5 6 7 8 1 142 PhoenixBIOS Setup Utility MainSystem DevicesSecurityPowerOthersBootExit System Time: [XX:XX:XX] Item Specific Help System Date: [XX/XX/XXXX] Floppy Drive: 1.44MB, 3 1 / 2" Hard
More informationÇPÇRèÕÉIÉuÉWÉFÉNÉgéwå¸ã@î\.pdf
COPYRIGHT 200 COBOL CLASS-ID.. FACTORY. METHOD-ID.. OBJECT. METHOD-ID.. COPYRIGHT 200 COBOL 2 COPYRIGHT 200 COBOL 3 COPYRIGHT 200 COBOL 4 COPYRIGHT 200 COBOL 5 COPYRIGHT 200 COBOL 6 COPYRIGHT 200 COBOL
More information広報なんと10月号
2008.10 2 2008.10 3 2008.10 4 2008.10 5 2008.10 6 7 2008.10 8 2008.10 9 2008.10 2008.10 10 2008.10 11 12 2008.10 13 2008.10 2008.10 14 15 2008.10 16 2008.10 2008.10 17 18 2008.10 STAMP 2008.10 19 2008.10
More informationuntitled
... 3... 3... 4 Multiple STP.... 7 MST... 7 MST... 8 CIST... 9... 9... 9... 11... 11... 14... 14 ADD MSTP MSTI VLAN... 15 CREATE MSTP MSTI... 16 DELETE MSTP MSTI VLAN...... 17 DESTROY MSTP MSTI... 18 DISABLE
More informationHA8000-bdシリーズ RAID設定ガイド HA8000-bd/BD10X2
HB102050A0-4 制限 補足 Esc Enter Esc Enter Esc Enter Main Advanced Server Security Boot Exit A SATA Configuration SATA Controller(s) SATA Mode Selection [Enabled] [RAID] Determines how
More informationUser Manual, Anybus Communicator for DeviceNet
User Manual Anybus Communicator for DeviceNet Rev. 2.52 HMS Industrial Networks AB Germany Japan Sweden U.S.A. France Italy China + 49-721 - 96472-0 + 81-45 - 478-5340 + 46-35 - 17 29 20 + 1-312 - 829-0601
More information制御メッセージ
APPENDIX C この付録では のパケットキャプチャおよびセッション状態のサンプルを示します この項では次のトピックについて説明します セッションアップ状態 (P.C-62) ポリシーディレクティブ (P.C-63) Service Activate (P.C-65) Service Deactivate (P.C-67) セッション切断 (P.C-69) C-61 セッションアップ状態 付録
More information206“ƒŁ\”ƒ-fl_“H„¤‰ZŁñ
51 206 51 63 2007 GIS 51 1 60 52 2 60 1 52 3 61 2 52 61 3 58 61 4 58 Summary 63 60 20022005 2004 40km 7,10025 2002 2005 19 3 19 GIS 2005GIS 2006 2002 2004 GIS 52 2062007 1 2004 GIS Fig.1 GIS ESRIArcView
More information2
2 485 1300 1 6 17 18 3 18 18 3 17 () 6 1 2 3 4 1 18 11 27 10001200 705 2 18 12 27 10001230 705 3 19 2 5 10001140 302 5 () 6 280 2 7 ACCESS WEB 8 9 10 11 12 13 14 3 A B C D E 1 Data 13 12 Data 15 9 18 2
More informationNew version (2.15.1) of Specview is now available Dismiss Windows Specview.bat set spv= Specview set jhome= JAVA (C:\Program Files\Java\jre<version>\
Specview VO 2012 2012/3/26 Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page http://www.stsci.edu/resources/software hardware/specview http://specview.stsci.edu/javahelp/main.html
More informationI. Opal SSC 1. Opal SSC 2. Opal Storage 3. Opal Storage MBR Shadowing 6. SP II. TCG Opal SSC HDD 9. Opal SSC HDD *1. TCG: Trusted Computin
TCG Opal Yoshiju Watanabe Firmware Common Engineering Group Firmware Development Department November 4, 2010 I. Opal SSC 1. Opal SSC 2. Opal Storage 3. Opal Storage 4. 5. MBR Shadowing 6. SP 7. 8. II.
More informationDICOM Conformance Statement Carino
Carino 2016,03,17 E1J-HC0010-01 Copyright Hitachi, Ltd. 2016. All rights reserved. 1 1 1 2 3 3 AE 3 3 AE 4 4 4 4 4 4 5 5 5 5 SOP SOP 6 6 6 TCP/IP 6 API 6 6 7 SOP 7 7 7 AE 7 7 7 A 8 ( 2 ) E1J-HC0010 DICOM
More informationuntitled
OASIS WSDM hideharu.kato.mq@hitachi.com 2006.11.2 1. WSDM 2. WSDM 1.1 3. Apache Muse 4. WS-Management 5. WSDM WS-Management 2 1-1 WSDM IT IT Web WSDL, SOAP Web IT Web 3 1-2 WSDM Web Services Distributed
More information1 122
6 1 2 3 4 5 6 1 122 PhoenixBIOS Setup Utility MainAdvancedSecurityPowerExit MainSystem DevicesSecurityBootExit System Time: [XX:XX:XX] [XX:XX:XX] System Date: [XX/XX/XX] [XX/XX/XXXX] Item Specific Help
More informationExpress5800/R110a-1Hユーザーズガイド
4 Phoenix BIOS 4.0 Release 6.0.XXXX : CPU=Xeon Processor XXX MHz 0640K System RAM Passed 0127M Extended RAM Passed WARNING 0B60: DIMM group #1 has been disabled. : Press to resume, to
More information取扱説明書の読み替え一覧表
SCSI アレイコントローラカード取扱説明書 ( 追補版 ) PG-140BL PG-140C PG-140CL PG-141B PG-142B PG-142C PG-142D GP5-150 GP5-1501 GP5-151 はじめに Linux MicrosoftWindows NTMicrosoft Corporation NetwareNovell Copyright 1985-2001 Microsoft
More informationRM-P1000 (B)
RM-P1000 (B) HDR /HDR LST0502-001B A AB AB AB AB A B AB A B AB 2 _ _ 3 A B 4 J I H G F E D C B A HDR K L M N O P Q / HDR b a R STU V W X Y Z A A B B A AB C AB A : A B A D A : E A B A B F E G A A 5 J I
More informationExpress5800/320Fa-L/320Fa-LR/320Fa-M/320Fa-MR
7 7 Phoenix BIOS 4.0 Release 6.0.XXXX : CPU=Pentium III Processor XXX MHz 0640K System RAM Passed 0127M Extended RAM Passed WARNING 0212: Keybord Controller Failed. : Press to resume, to setup
More informationWAGO Profibus /-833及び三菱MELSEC Q02HCPU/QJ71PB92Dのコンフィグレーション
Version2.0(2009.2.6) Copyright 2008 by WAGO Kontakttechnik GmbH All rights reserved. WAGO Kontakttechnik GmbH Hansastraße 27 D-32423 Minden Phone: +49 (0) 571/8 87 0 Fax: +49 (0) 571/8 87 1 69 E-Mail:
More informationVMware View Persona Management
VMware View Persona Management View Persona Management...................................... 3.......................................................... 3 View Persona Management..............................................
More information10.02EWE51号本文
51 2010 Mar. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~ 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
More information607_h1h4_0215.indd
3 2016 Mar. No.607 http://www.saitama-ctv-kyosai.net 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
More information\\afs001-0m0005\project02\A32\M
Technical Information 2004.09 2009.04 Store Request Query Request Retrieve Request DICOM Client Application Remote SCP Remote Query/Retrieve SCP Image Stored * DICOM Server Application Remote SCU Print
More informationProVisionaire Control V3.0セットアップガイド
ProVisionaire Control V3 1 Manual Development Group 2018 Yamaha Corporation JA 2 3 4 5 NOTE 6 7 8 9 q w e r t r t y u y q w u e 10 3. NOTE 1. 2. 11 4. NOTE 5. Tips 12 2. 1. 13 3. 4. Tips 14 5. 1. 2. 3.
More information0.2 Button TextBox: menu tab 2
Specview VO 2012 2012/9/27 Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page http://www.stsci.edu/resources/software hardware/specview http://specview.stsci.edu/javahelp/main.html
More informationワイヤレス~イーサネットレシーバー UWTC-REC3
www.jp.omega.com : esales@jp.omega.com www.omegamanual.info UWTC-REC3 www.jp.omega.com/worldwide UWIR UWTC-NB9 / UWRH UWRTD UWTC 61.6 [2.42] REF 11.7 [0.46] 38.1 [1.50] 66.0 [2.60] REF 33.0 [1.30]
More informationExpress5800/320Fc-MR
7 7 Phoenix BIOS 4.0 Release 6.0.XXXX : CPU=Pentium III Processor XXX MHz 0640K System RAM Passed 0127M Extended RAM Passed WARNING 0212: Keybord Controller Failed. : Press to resume, to setup
More informationExpress5800/320Fa-L/320Fa-LR
7 7 Phoenix BIOS 4.0 Release 6.0.XXXX : CPU=Pentium III Processor XXX MHz 0640K System RAM Passed 0127M Extended RAM Passed WARNING 0212: Keybord Controller Failed. : Press to resume, to setup
More informationFreeBSD 1
FreeBSD 1 UNIX OS 1 ( ) open, close, read, write, ioctl (cdevsw) OS DMA 2 (8 ) (24 ) 256 open/close/read/write Ioctl 3 2 2 I/O I/O CPU 4 open/close/read/write open, read, write open/close read/write /dev
More information2
WJ-HD150 Digital Disk Recorder WJ-HD150 2 3 q w e r t y u 4 5 6 7 8 9 10 11 12 13 14 15 16 q w SIGNAL GND AC IN 17 SUNDAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY DAILY Program 1 Event No.1 Event
More information"CAS を利用した Single Sign On 環境の構築"
CAS 2 SSO Authorization 1,3, 2,3, 2, 2,3 1 2 3 Central Authentication and Authorization Service (CAS 2 ) Web Application Single Sign On Authorization CAS 2 SSO/AuthZ Jan. 30 2007, p. 1/40 Plan of Talk
More informationExpress5800/R320a-E4/Express5800/R320b-M4ユーザーズガイド
7 7 障害箇所の切り分け 万一 障害が発生した場合は ESMPRO/ServerManagerを使って障害の発生箇所を確認し 障害がハー ドウェアによるものかソフトウェアによるものかを判断します 障害発生個所や内容の確認ができたら 故障した部品の交換やシステム復旧などの処置を行います 障害がハードウェア要因によるものかソフトウェア要因によるものかを判断するには E S M P R O / ServerManagerが便利です
More informationP01_表紙
INDEX MEDIA DATA 2017 2 MEDIA DATA 2017 3 4.9 6.1 3.4 3.9 11.7 11.4 11.5 10.9 7.7 4.9 5.7 6.5 4.4 3.9 2.4 3.3 MEDIA DATA 2017 4 70.6 69.2 67.3 63.7 11.6 8.9 10.4 6.9 16.6 15.6 15.1 12.7 9.7 8.6 9.0 14.2
More informationまえがきIntroduction
Array Corporation DICOM Pro Server DICOM 3.0 Conformance Statement 0. INTRODUCTION...3 1. IMPLEMENTATION MODEL...4 1.1...4 1.2...4 1.3...5 2. AE SPECIFICATIONS...6 2.1 DICOM Pro Server...6 2.1.1... 7 2.1.2...
More informationApresiaNPシリーズ ユーザーズガイド
3 1. 2. SFP/SFP+/QSFP+ 3. 3 1. 1. REF: 1.1 2 ApresiaNP7000-48X6L ApresiaNP7000-48X6L SFP/SFP+ 1000BASE-X/10GBASE-R QSFP+ 40GBASE-R 1-1 ApresiaNP7000-48X6L ApresiaNP7000-48X6L 1-1 ApresiaNP7000-48X6L SFP/SFP+
More informationTS-1009
TS-1009 Technical Specification on Call Interface for SDP Media Negotiation through Provider s SIP Networks(MPEG4-Visual) 2005 8 10 THE TELECOMMUNICATION TECHNOLOGY COMMITTEE 2 3 4 1.0 2005 8 10 [1] "SIP:
More informationLab GPIO_35 GPIO
6,GPIO, PSoC 3/5 GPIO HW Polling and Interrupt PSoC Experiment Lab PSoC 3/5 GPIO Experiment Course Material 6 V2.02 October 15th. 2012 GPIO_35.PPT (65 Slides) Renji Mikami Renji_Mikami@nifty.com Lab GPIO_35
More informationRTX830 取扱説明書
RTX830 JA 1 2 3 4 5 6 7 8 9 10 11 external-memory performance-test go 12 13 show config 14 15 16 17 18 19 20 save 21 22 23 24 25 26 27 save RTX830 BootROM Ver. 1.00 Copyright (c) 2017 Yamaha Corporation.
More informationTOS7200 CD-ROM DUT PC 1.0X p.15 NEMA Vac/10 A [85-AA-0003] m : CEE7/7 : 250Vac/10 A [85-AA-0005] : GB1002 : 250Vac/10A [ ] 2016
No. IB028901 Nov. 2016 1. 11 TOS7200 2. 14 3. 19 4. 23 5. 39 6. 49 7. 51 TOS7200 CD-ROM DUT PC 1.0X p.15 NEMA5-15 125 Vac/10 A [85-AA-0003] 1 2.5 m : CEE7/7 : 250Vac/10 A [85-AA-0005] : GB1002 : 250Vac/10A
More informationVersion: V Release Date: Copyright 2015, Builder: , Time: 01:26:23 SV Vendor ID Vendor Name Vendor Text Vendor URL Devic
Version: V1.3.3.4635 Release Date: 215-5-6 Copyright 215, Builder: 2.4.6.2, Time: 1:26:23 SV Vendor ID Vendor Vendor Text Vendor URL Device ID 31 / x136 - s: 1 54 / x1 x36 ifm electnic gmbh www.ifm.com
More information( ) : 1997
( ) 2008 2 17 : 1997 CMOS FET AD-DA All Rights Reserved (c) Yoichi OKABE 2000-present. [ HTML ] [ PDF ] [ ] [ Web ] [ ] [ HTML ] [ PDF ] 1 1 4 1.1..................................... 4 1.2..................................
More informationWinDriver PCI Quick Start Guide
WinDriver PCI/PCI Express/PCMCIA 5! WinDriver (1) DriverWizard (2) DriverWizard WinDriver (1) Windows 98/Me/2000/XP/Server 2003/Vista Windows CE.NET Windows Embedded CE v6.00 Windows Mobile 5.0/6.0 Linux
More informationPlan of Talk CAS CAS 2 CAS Single Sign On CAS CAS 2 CAS Aug. 19, 2005 NII p. 2/32
CAS Single Sign On naito@math.nagoya-u.ac.jp naito@math.nagoya-u.ac.jp, Aug. 19, 2005 NII p. 1/32 Plan of Talk CAS CAS 2 CAS Single Sign On CAS CAS 2 CAS naito@math.nagoya-u.ac.jp, Aug. 19, 2005 NII p.
More information01 DAITO GROUP CSR Report 2014
DAITO GROUP CSR Report 2014 01 DAITO GROUP CSR Report 2014 DAITO GROUP CSR Report 2014 02 DAITO GROUP CSR Report 2014 03 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 DAITO GROUP CSR Report 2014
More information付録2-3
2-3 (1)ESU AUTINST LASSYS ID 0001 : MSHAUTINSTLASSYS19980630080040SECURITYESU^U01P~I SO IR87ISO 2022-1994 EQU0001^CHEMISTRYANALYZER19980630080038PU^POWERED_UPL^LOCAL N^NORMAL ISD123456789IN^INITOK
More information2009 1. 2. 3. 4. 5. 2 2009 CONTENTS 4 6 8 TOPIC 01 10 TOPIC 02 11 TOPIC 03 12 TOPIC 04 14 TOPIC 05 15 TOPIC 06 15 TOPIC 07 16 18 18 19 20 21 22 22 22 23 24 25 26 27 27 27 28 29 30 TOPIC 08 16 TOPIC 09
More informationSpecview Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page htt
Specview Specview Specview STSCI(Space Telescope SCience Institute) VO Specview Web page http://www.stsci.edu/resources/software_hardware/specview http://specview.stsci.edu/javahelp/main.html Specview
More informationFUJITSU ULTRA LVD SCSI Host Bus Adapter Driver 3.0 説明書
C120-E285-10Z2 FUJITSU ULTRA LVD SCSI Host Bus Adapter Driver 3.0 - for Oracle Solaris - () FUJITSU ULTRA LVD SCSI Host Bus Adapter 3.0 SCSI/SAS SCSI/SAS HBA(Host Bus Adapter) WARNING:
More information01
01 02 03 04 KOKUYO GROUP CSR REPORT 2009 KOKUYO GROUP CSR REPORT 2009 CONTENTS 9 11 12 13 15 17 18 19 20 5 05 06 07 08 09 a 2 5 1 4 3 2 3 4 5 1 10 11 12 13 14 15 16 17 a 18 19 a 20 21 KOKUYO GROUP CSR
More informationetrust Access Control etrust Access Control UNIX(Linux, Windows) 2
etrust Access Control etrust Access Control UNIX(Linux, Windows) 2 etrust Access Control etrust Access Control 3 ID 10 ID SU ID root 4 OS OS 2 aaa 3 5 TCP/IP outgoing incoming DMZ 6 OS setuid/setgid) OS
More information2
L C -60W 7 2 3 4 5 6 7 8 9 0 2 3 OIL CLINIC BAR 4 5 6 7 8 9 2 3 20 2 2 XXXX 2 2 22 23 2 3 4 5 2 2 24 2 2 25 2 3 26 2 3 6 0 2 3 4 5 6 7 8 9 2 3 0 2 02 4 04 6 06 8 08 5 05 2 3 4 27 2 3 4 28 2 3 4 5 2 2
More informationuntitled
INDEX April. 2013 No.113 Contents 2.20 WED 2.16 SAT T opics! Aizawa Event Calendar 5 May TUE 5.14 TUE 5.28 TUE 6.11 6 13 20 27 5 12 19 26 7 14 21 28 1 8 15 22 29 2 9 16 23 30 3 10 17 24 31 4 11 18 25 MON
More informationContents Logging in 3-14 Downloading files from e-ijlp 15 Submitting files on e-ijlp Sending messages to instructors Setting up automatic
e-ijlp(lms) の使い方 How to Use e-ijlp(lms) 学生用 / Guidance for Students (ver. 2.1) 2018.3.26 金沢大学総合日本語プログラム Integrated Japanese Language Program Kanazawa University Contents Logging in 3-14 Downloading files
More information…l…b…g…‘†[…N…v…“…O…›…~…fi…OfiÁŸ_
13 : Web : RDB (MySQL ) DB (memcached ) 1: MySQL ( ) 2: : /, 3: : Google, 1 / 23 testmysql.rb: mysql ruby testmem.rb: memcached ruby 2 / 23 ? Web / 3 ( ) Web s ( ) MySQL PostgreSQL SQLite MariaDB (MySQL
More information: (EQS) /EQUATIONS V1 = 30*V F1 + E1; V2 = 25*V *F1 + E2; V3 = 16*V *F1 + E3; V4 = 10*V F2 + E4; V5 = 19*V99
218 6 219 6.11: (EQS) /EQUATIONS V1 = 30*V999 + 1F1 + E1; V2 = 25*V999 +.54*F1 + E2; V3 = 16*V999 + 1.46*F1 + E3; V4 = 10*V999 + 1F2 + E4; V5 = 19*V999 + 1.29*F2 + E5; V6 = 17*V999 + 2.22*F2 + E6; CALIS.
More informationuntitled
DCMI nagamori@slis.tsukuba.ac.jp DCMI Metadata Schema Registry DCMI Dublin Core Metadata Initiative authoritative source 2004/10/29 2 1 Metadata is the information and documentation which makes data understandable
More informationBS・110度CSデジタルハイビジョンチューナー P-TU1000JS取扱説明書
C S0 CS Digital Hi-Vision Tuner C C C C S0-0A TQZW99 0 C C C C 4 5 6 7 8 9 C C C C C C C C C C C C C C C C C C C C C C C 0 FGIH C 0 FGIH C C C FGIH FG IH FGIH I H FGIH FGIH 0 C C # $ IH F G 0 # $ # $
More informationPDW-75MD
3-270-633-02(1) PDW-75MD 2007 Sony Corporation m a b c 2 ... 2 6 6... 8... 8 1... 10... 10... 12... 13... 13... 19... 23 2... 25... 26... 27... 27... 28... 29... 29... 29... 30... 31... 33 3... 34... 34...
More informationCisco ASA Firepower ASA Firepower
Cisco ASA Firepower ASA Firepower 1 2 3 4 1 1-1 Cisco ASA Cisco ASA Firepower Cisco ASA with Firepower Services Cisco Adaptive Security Device Manager ASDM MEMO Cisco ASA with Firepower Services Application
More informationHPCクラスタ専用サーバ T220Rd-1ユーザーズガイド
3 Press DEL run Setup (F4 on Remote Keyboard) Enter CURRENT Passord:[ ] Boot Security Exit USB Configuration Module Version - 2.24.0-11.4 Enables USB host controllers. USB Devices Enabled : 1 Keyboard,
More information0 C C C C C C C
C * This device can only be used inside Japan in areas that are covered by subscription cable TV services. ecause of differences in broadcast formats and power supply voltages, it cannot be used in overseas
More informationN Express5800/R320a-E4 N Express5800/R320a-M4 ユーザーズガイド
7 7 Phoenix BIOS 4.0 Release 6.0.XXXX : CPU=Pentium III Processor XXX MHz 0640K System RAM Passed 0127M Extended RAM Passed WARNING 0212: Keybord Controller Failed. : Press to resume, to setup
More informationExpress5800/R320a-E4, Express5800/R320b-M4ユーザーズガイド
7 7 Phoenix BIOS 4.0 Release 6.0.XXXX : CPU=Pentium III Processor XXX MHz 0640K System RAM Passed 0127M Extended RAM Passed WARNING 0212: Keybord Controller Failed. : Press to resume, to setup
More informationHA8000シリーズ ユーザーズガイド ~BIOS編~ HA8000/RS110/TS10 2013年6月~モデル
P1E1M01500-3 - - - LSI MegaRAID SAS-MFI BIOS Version x.xx.xx (Build xxxx xx, xxxx) Copyright (c) xxxx LSI Corporation HA -0 (Bus xx Dev
More informationPRESENT STATUS OF SPring-8 PRESENT STATUS OF SPring-8 938 886 772 751 733 643 619 621 582 595 563 562 502 520 457 472 431 424 392 409 380 305 326 258 229 246 198 134 XAFS PRESENT STATUS OF SPring-8 PRESENT
More informationSolution Report
CGE 3 GAMS * Date: 2018/07/24, Version 1.1 1 2 2 GAMSIDE 3 2.1 GAMS................................. 3 2.2 GAMSIDE................................ 3 2.3 GAMSIDE............................. 7 3 GAMS 11
More informationN12866N2P-H.PDF
16Mx64bits PC133 SDRAM SO DIMM Based on 16Mx16 SDRAM with LVTTL, 4 banks & 8K Refresh (16M x 16bit) /. / 1 A0 ~ A12 BA0, BA1 CK0, CK1 CKE0 /S0 /RAS /CAS /WE DQM0 ~ DQM7 DQ0 ~ DQ63 SA0~2 SDA SCL VCC 3.3
More information1 1.1 (JCPRG) 30 Nuclear Reaction Data File (NRDF) PC GSYS2.4 JCPRG GSYS2.4 Java Windows, Linux, Max OS X, FreeBSD GUI PNG, GIF, JPEG X Y GSYS2
(GSYS2.4) GSYS2.4 Manual SUZUKI Ryusuke Hokkaido University Hospital Abstract GSYS2.4 is an update version of GSYS version 2. Main features added in this version are Magnifying glass function, Automatically
More informationAtCoder Regular Contest 073 Editorial Kohei Morita(yosupo) A: Shiritori if python3 a, b, c = input().split() if a[len(a)-1] == b[0] and b[len(
AtCoder Regular Contest 073 Editorial Kohei Morita(yosupo) 29 4 29 A: Shiritori if python3 a, b, c = input().split() if a[len(a)-1] == b[0] and b[len(b)-1] == c[0]: print( YES ) else: print( NO ) 1 B:
More information