Eight-station automatic processing machine for terminal parts

Abstract

The invention discloses an eight-station automatic processing machine for binding post parts. A first carrying platform, a second carrying platform, a third carrying platform, a fourth carrying platform, a fifth carrying platform, a sixth carrying platform and a seventh carrying platform are arranged on a machine seat head; the seven carrying platforms are distributed at eight equally divided circumferential positions along the center of a circle of a central hole of the machine seat head in turn; an eight-station graduator platform is arranged at the rear end of the machine seat; a groove for accommodating an eight-station pincerlike clamp is formed in the middle of the machine seat; an axle hole of the eight-station pincerlike clamp is fixedly connected with a central shaft of the eight-station graduator in a matching mode; during processing, the eight-station graduator drives the eight-station pincerlike clamp to rotate according to eight equally divided circumferential positions, the eight-station pincerlike clamp is positioned on a first station, a second station, a third station, a fourth station, a fifth station, a sixth station, a seventh station and an eighth station, and the binding post parts are correspondingly processed by feeding, tapping, drilling, milling, chamfering, grooving, cutting and discharging devices which are positioned on the seven carrying platforms, on the eighth station at the bottom of the groove on the machine seat and on a lower side face and another lower side face of the machine seat.

Description

technical field [0001] The invention relates to the field of processing electrical parts, in particular to equipment for processing a terminal part. Background technique [0002] As a key component of electrical equipment, terminal posts have huge market demand at home and abroad. The market's quality requirements for terminal post processing are also constantly improving, and green industrialization is also extremely important. At present, most of the multi-station processing of terminal post parts adopts traditional methods to complete the processes of feeding, grooving, blanking, punching, milling steps, back chamfering, side punching, back punching small holes, and side tapping. , see Figure 15 The terminal post shown in the figure requires at least four corresponding processing equipment to complete or rely on manual operation, and the traditional single-axis terminal post processing machine can only complete three processes at a time, and can only realize single-sided...

AI Technical Summary

Problems solved by technology

At present, most of the multi-station processing of terminal post parts adopts traditional methods to complete the processes of feeding, grooving, blanking, punching, milling steps, back chamfering, side punching, back punching small holes, and side tapping. , see Figure 15 The terminal post shown in the figure requires at least four corresponding processing equipment to complete or rely on manual operation, and the traditional single-axis terminal post processing machine can only complete three processes at a time, and can only realize single-sided processing, resulting in large power consumption. , need to invest huge labor costs, and in the processing workshop, the copper shavings and the strong noise generated by the equipment grinding raw materials will cause serious harm to the human body, and the waste of copper shavings is also very serious. Therefore, it is necessary to innovative design

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