Four-position full automatic locker moulding machine and method thereof

Abstract

The invention relates to a four-position full automatic locker moulding machine and a method thereof. The four-position full automatic locker moulding machine comprises a feeding mechanism, a cutting mechanism, a moulding mechanism, a discharging mechanism and a position shifting mechanism all mounted on a platform. The position shifting mechanism comprises a core turntable arranged above the platform and an edge trimming mechanism, and the edge trimming mechanism, the discharging mechanism, the cutting mechanism and the moulding mechanism are distributed anticlockwise with the same radian according to the core turntable. The feeding mechanism is arranged on the corner between the discharging mechanism and the cutting mechanism, and the discharge end of the feeding mechanism is arranged just opposite the charging end of the cutting mechanism. Eight core seats are fixed on the periphery of the core turntable with the same radian, and the core seats can be matched with the edge trimming mechanism, the discharging mechanism, the cutting mechanism and the moulding mechanism face to face in turn after being rotated. The method of the four-position full automatic lock moulding machine comprises steps of charging, cutting, position shifting, moulding, edge trimming and discharging. The four-position full automatic lock moulding machine can manufacture finished products of high unity, can produce engine lockers of various specifications through replacing cores and moulding cavities, and has the advantages of simple replacement and high production efficiency.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a four-station fully automatic lock clip forming machine and a process method thereof. Background technique [0002] Automatic forming equipment from feeding to unloading, such as the Chinese patent document "Full-automatic Multi-station Pipe End Forming Machine" (notification number CN200967134Y) whose patent number is ZL200620067506.5; including functional control circuit, oil pressure supply device, Air pressure supply device, machine base and mechanical execution device, the mechanical execution device includes feeding mechanism, station indexing mechanism, forming mechanism and unloading mechanism; Cylinder group; station transfer mechanism includes shaft, cam, turntable, auxiliary ring, workpiece clamp, top clamp, ratchet, pawl, swing rod, index cylinder group and positioning cylinder group; forming mechanism includes seat plate , slide plate, guide rod, formi...

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Problems solved by technology

[0002] Automatic forming equipment from feeding to unloading, such as the Chinese patent document "Full-automatic multi-station pipe end forming machine" (notification number CN200967134Y) whose patent number is ZL200620067506.5; including functional control circuit, oil pressure supply device, Air pressure supply device, machine base and mechanical execution device, mechanical execution device includes feeding mechanism, station indexing mechanism, forming mechanism and unloading mechanism; feeding mechanism includes material trough, vibrating rack, vibration speed regulating motor, Cylinder group; station transfer mechanism includes shaft, cam, turntable, auxiliary ring, workpiece clamp, top clamp, ratchet, pawl, swing rod, index cylinder group and positioning cylinder group; forming mechanism includes seat plate , slide plate, guide rod, forming cylinder group, shrinking or expanding mold seat and its mold seat, flat or chamfering tool seat post and its tool, pulley, belt and motor; this design is only designed with feeding mechanism, all The blank before entering the forming mechanism must be formed and cut in advance, that is, the fed material is the cut material, which is not conducive to the automation of feeding; the structure of the ratchet pawl is complex, and the entire equipment is difficult to manufacture; the forming Combined with chamfering, it increases the complexity of the forming mechanism, and the power source is a mixture of air pressure and hydraulic pressure, which is not conducive to daily management and maintenance, and is also not conducive to the protection of the surrounding environment

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