LabObject:OSL224ce584be86451dba5568d733da0387/S0010

Prozessschritt Stacking

Prozessschritt Stacking des Laborprozesses 241205-gron-1000-pi wurde von Andreas Gronbach bearbeitet und folgt(e) auf Electrode Count Determination bzw. lief parallel zu . Die Bearbeitung wurde am 2024-12-10T09:17:11.530Z begonnen und am 2024-12-05T15:50:57.000Z beendet.(Status: Pending <aa8d2940>)

Eingangsobjekte: .

Ausgangsobjekte: 241205-gron-1000-pi.

Die Vorbedingung Check PLC Setting Camera on, correct electrode count wurde noch nicht erfüllt.

Generischer Prozessschritt vom Typ -nicht festgelegt-. Für den diesen Prozessschritt müssen ein oder mehrere Geräte aus der Kategorie: Automated handling device <d0d1e060>) ausgewählt werden. Für den diesen Prozessschritt müssen ein oder mehrere Objekte aus der Kategorie: Batteriekomponente <37da8604>) ausgewählt werden.

Prozessparameter

	Prozess	Objekt	Name	Typ	Attribut	Wert
Anode magazine selection	Stacking	ElectrodeStack	AnodeMagazineSelection	Parameter/Actual Parameter/InputObject	HasPredecessor
Cathode magazine selection	Stacking	ElectrodeStack	CathodeMagazineSelection	Parameter/Actual Parameter/InputObject	HasPredecessor
Electrode image 01	Stacking		ElectrodeImage01	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 02	Stacking		ElectrodeImage02	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 03	Stacking		ElectrodeImage03	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 04	Stacking		ElectrodeImage04	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 05	Stacking		ElectrodeImage05	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 06	Stacking		ElectrodeImage06	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 07	Stacking		ElectrodeImage07	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 08	Stacking		ElectrodeImage08	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 09	Stacking		ElectrodeImage09	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 10	Stacking		ElectrodeImage10	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 11	Stacking		ElectrodeImage11	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 12	Stacking		ElectrodeImage12	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 13	Stacking		ElectrodeImage13	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 14	Stacking		ElectrodeImage14	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 15	Stacking		ElectrodeImage15	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 16	Stacking		ElectrodeImage16	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 17	Stacking		ElectrodeImage17	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 18	Stacking		ElectrodeImage18	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 19	Stacking		ElectrodeImage19	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 20	Stacking		ElectrodeImage20	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 21	Stacking		ElectrodeImage21	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Electrode image 22	Stacking		ElectrodeImage22	Parameter/Actual Parameter/File Fabricated electrode backside image	HasFile
Predrying mass 01	Stacking	241205-gron-1000-pi	PredryingMass01	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0 g
Predrying mass 02	Stacking	241205-gron-1000-pi	PredryingMass02	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0.3303 g
Predrying mass 03	Stacking	241205-gron-1000-pi	PredryingMass03	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0 g
Predrying mass 04	Stacking	241205-gron-1000-pi	PredryingMass04	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0.3299 g
Predrying mass 05	Stacking	241205-gron-1000-pi	PredryingMass05	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0 g
Predrying mass 06	Stacking	241205-gron-1000-pi	PredryingMass06	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0.3295 g
Predrying mass 07	Stacking	241205-gron-1000-pi	PredryingMass07	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0 g
Predrying mass 08	Stacking	241205-gron-1000-pi	PredryingMass08	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0.32719999999999994 g
Predrying mass 09	Stacking	241205-gron-1000-pi	PredryingMass09	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0 g
Predrying mass 10	Stacking	241205-gron-1000-pi	PredryingMass10	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0.32830000000000004 g
Predrying mass 11	Stacking	241205-gron-1000-pi	PredryingMass11	Parameter/Actual Parameter/Quantitative Fabricated electrode predrying mass	Mass	0 g
Separator selection	Stacking	ElectrodeStack	SeparatorSelection	Parameter/Actual Parameter/InputObject	HasPredecessor
ZFolder selection	Stacking		ZFolderSelection	Parameter/Actual Parameter/DeviceTypeUsed Parameter/DeviceUsed Parameter/DeviceSetupUsed	HasToolType HasTool HasToolSetup	Z-Folder Z-Folder (TKIII 004)

Dieser Prozessschritt ist definiert in: OslTemplate:LabProcess/Steps/Generic/Subpage