Automated subsequent processing system of die-casting gear

Abstract

The invention relates to the technical field of gear processing equipment, in particular to an automated subsequent processing system of a die-casting gear. The processing system comprises a feeding table and a discharging table, wherein a water gap treating device, end surface polishing devices and an inner circle polishing device which are mounted on a machine frame are sequentially arranged between the feeding table and the discharging table; gear placing seats are respectively arranged on the water gap treating device, the end surface polishing devices and the inner circle polishing device on the machine frame, and a gear station conveying device is arranged on one side of the machine frame; the processing system further comprises a multiple-shaft interlocked mechanical hand which is used for conveying gears into the water gap treating device. During production, the multiple-shaft interlocked mechanical hand is used for conveying the gears from the feeding table into the water gap treating device, and after water gap removal and material casting treatment are completed, the gear station conveying device sequentially conveys the gears into the end surface polishing devices, the inner circle polishing device and the discharging table for technology treatment including interlocked conveyance, end surface polishing, inner circle polishing, and conveying into the discharging table; in the system, the interlocked and automated completion of operation procedures is realized, so that the production cost is reduced, and the purposes of reduction in personnel and improvement in efficiency are achieved.

Description

technical field [0001] The invention relates to the technical field of gear processing equipment, in particular to an automatic subsequent processing system for die-casting gears. Background technique [0002] Traditional gear processing methods generally include forming method and generating method: [0003] The forming method is to directly use the gear forming milling cutter to mill out the tooth valley. The advantage is that the gear can be obtained on the milling machine, which is considered when the equipment is limited. There are many disadvantages. In order to reduce the number of tools, the number of teeth is segmented. Use a knife within a certain number of teeth, so the tooth shape will bring systematic errors. [0004] The generation method is to use the tool and the gear to form a generation motion to process the gear. There are mainly gear hobbing and gear shaping. The gear hobbing is processed by simulating the meshing of the worm gear. The gear shaping is pr...

AI Technical Summary

Problems solved by technology

In production, these processes need to be completed by simple separate equipment or manually, which is inefficient and high in production costs

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