00900045-01_ID_OIS_SIS_14.0_R16-2_DE_EN - 第22页

ASM OIS/SIS Databases 14.0 ( R16 - 2) / Interface De scription 12/2016 Edition 22 4.5.1.16 STA TETRANSITION Table STATETRA NSITION OIS name Data type B yte CI I P Identificati on number of the s tation (reference t o STA…

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ASM OIS/SIS Databases 14.0 (R16-2) / Interface Description 12/2016 Edition
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4.5.1.12 STATESHARE Table
STATESHARE OIS name Data type Byte I P
8 user-defined states (T
1
– T
8
), availability (T
b
) and
the definition "show table states" (T
9
)
strTimeShare nvarchar(32) 64
Machine state, individual states of the state
machine
lState int 4
Share of time lPercent int 4
4.5.1.13 DATAMODEL Table
DATAMODEL OIS name Data type Byte I P
Name of the entry strName nvarchar(32) 64
Value 1 of data type int lLong int 4
Value 2 of data type string strString nvarchar(255) 510
Value 3 of data type datetime dtTime datetime 8
Value 4 of data type double e dDouble float 8
4.5.1.14 SHIFTWORK Table
SHIFTWORK OIS name Data type Byte I P
Name of shift strName nvarchar(32) 64
Starting time of shift dtStart datetime 8
4.5.1.15 EVENTTEXT Table
EVENTTEXT OIS name Data type Byte I P
Event number sEvent smallint 2
Event name strName nvarchar(32) 64
ASM OIS/SIS Databases 14.0 (R16-2) / Interface Description 12/2016 Edition
22
4.5.1.16 STATETRANSITION Table
STATETRANSITION OIS name Data type Byte CI I P
Identification number of the station
(reference to STATION table)
lId int 4
Conveyor belt 1 / 2 ucConveyor tinyint 1
Processing area 1 / 2 ucProcessingArea tinyint 1
State based on events sState smallint 2
Date/time at which this event occurred.
Station time
dtTime datetime 8
Time when the data is written. Server time dtCreated datetime 8
Event number sEvent smallint 2
Processing mode usProcessingMode tinyint 1
Sequence ID (internal use) lIdSequence int 4
State history (internal use) IHistory int 4
Definition of ucProcessingMode
The ucProcessingMode indicates whether the "Alternating" or "I-Placement" mode was used to
process the board.
Possible values of ucProcessingMode:
0: Undefined
1: Alternating mode
2: I-Placement mode
Definition of ucConveyor
The current implementation is processing area specific, i.e. one state machine is available for each
processing area. Future improvements may use a state machine for each processing area and
each conveyor. As long as this improvement is not implemented, the ucConveyor is always set to
"0".
ASM OIS/SIS Databases 14.0 (R16-2) / Interface Description 12/2016 Edition
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Definition of sState-Werten
The following table contains the state definitions as well as a short description of the state
semantics.
State Value Description
STATE_PCB_BEGIN
1
Production has been started (Conveyor 1)
STATE_PCB_BEGIN2
31
Production has been started (Conveyor 2)
STATE_PCB_END
2
Production has been ended (Conveyor 1)
STATE_PCB_END2
32
Production has been ended (Conveyor 2)
STATE_BREAK_BEGIN
3
Machine reported break mode s
STATE_EMERGENCY_STOP
4
Emergency stop has been pressed
STATE_AIR
5
Not enough air
STATE_STOP
6
Machine has been stopped
STATE_WAIT_PCB_IN
9
PCB is waiting in input conveyor
STATE_WAIT_PCB_INSIDE
10
PCB is waiting in center conveyor
STATE_WAIT_PCB_OUT
11
PCB is waiting in
output conveyor
STATE_WAIT_DATA
12
Machine is waiting for data
STATE_FIDUCIAL_ERROR
14
A fiducial error has been reported from the station
STATE_TRACK_ERROR
15
A track error has been reported from the station
STATE_MACHINE_ERROR
16
A fatal machine
error occurred
STATE_TRANSPORT_ERROR
17
A transport error occurred
STATE_BARCODE_ERROR
18
A barcode error has been reported from the station
STATE_HEAD_STEP
20
Machine entered the head step mode
STATE_KEY_SLOW
21
Machine entered the key slow mode
STATE_VISION
22
Machine entered the Vision mode
STATE_FUNCTION
23
Machine resumed the functional mode
STATE_INIT
24
Machine entered the init normal operation mode
STATE_HOLIDAY
25
Operator entered the works holiday mode
STATE_MAINTENANCE
26
Operator
entered the preventive maintenance mode
STATE_SETUP
27
Operator entered the setup mode
STATE_DOWN_PLAN
28
Operator entered the scheduled downtime mode
STATE_DOWN_ILL
29
Operator entered the unscheduled downtime mode
STATE_PROTOTYPE
30
Operator entered
the load product mode
STATE_STAND_ALONE_BEGIN
49
Stand alone mode has been entered
STATE_STAND_ALONE_END
50
Stand alone mode has been left