Automatic processing apparatus

An automatic processing apparatus comprising:

• a main body,
• a receiving portion, the receiving portion arranged on the main body and having a plurality of receiving areas, the receiving areas being spacedly arranged, each of the receiving areas being adapted for receiving one of a plurality of workpieces;
• a working assembly, the working assembly arranged on the main body and comprising:
• a taking mechanism configured to be rotatably driven to pivot around a first rotation axis between a taking position and a working position, the taking mechanism having a plurality of members that move the workpieces to the working position when the taking mechanism is pivoted to the taking position, the members being spacedly arranged and relatively positioned above the receiving areas;
• a workpiece magazine comprising:
• a plurality of tables, at least two of the tables being spacedly aligned along a vertical direction, each of the tables being adapted for receiving one of a plurality of trays, each tray being adapted to support at least one of the workpieces;
• and
• a driving apparatus having a horizontal driver, a vertical driver, and a moving table, the moving table being adapted for receiving each tray on one of the tables and transporting each tray back to the table, one of the horizontal driver and the vertical driver connecting to the moving table and the other one of the horizontal driver and the vertical driver therebetween so that the moving table is driven to move horizontally and vertically;
• a receiving mechanism disposed on the main body and having a movable carrier adapted for carrying the workpieces on the tray on the moving table to the receiving portion and placing the workpieces on the receiving areas respectively;
• a passivation bucket assembly having a base, a turning table disposed on the base and rotatable around a turning axis, and a plurality of passivation buckets being spacedly arranged around the turning table and disposed on the turning table, each of the passivation buckets having a first connecting structure on a bottom thereof, and
• a rotation driving assembly being disposed on the base of the passivation bucket assembly and being located at a side of the turning table opposite to the passivation buckets, the rotation driving assembly being rotatable around a second rotation axis, the rotation driving assembly being movable toward the turning table or away from the turning table between a driving position and an original position, the rotation driving assembly having a second connecting structure, the second connecting structure having a corresponding structure with respect to the first connecting structures to be able to connect to the first connecting structures in order to make the passivation buckets and the rotation driving assembly connected non-rotatably with respect to each other;
• wherein when the rotation driving assembly is at the driving position, one of the first connecting structures and the second connecting structure are connected together so that the respective passivation bucket is driven to rotate around the second rotation axis when the rotation driving assembly rotates;
• and
• wherein when the rotation driving assembly is at the original position, the first connecting structure and the second structure are separated so that the passivation bucket is not driven to rotate by the rotation driving assembly.