A multi-knife nano-control cutting and adjusting semi-automatic lathe

Abstract

The invention provides a high-efficiency multi-cutter receiving, controlling, cutting and adjusting semi-automatic lathe. The lathe structurally includes a lathe sleeve seat, side-row one-way protective radiating fins, a lathe protective shell, a safety door, a folding control console, a lathe alarm lamp and a high-efficiency multi-tool receiving, controlling, cutting and adjusting device, whereinthe lathe sleeve seat is welded with the lathe protective shell, the safety door is arranged on the front end surface of the lathe protective shell, the folding control console is fixedly arranged onthe right side of the front end surface of the lathe protective shell, and the side-row one-way protective radiating fins are arranged on the left side of the lathe protective shell. According to thesemi-automatic lathe, the debugging work of in-use cutters needs to be completed manually, the locking force of banding mechanisms to external cutters adopts cross interlocking, a plurality of locking points can be simultaneously provided through multi-position vertical intersection of the banding mechanisms and the external cutters, and the cutters can be kept in a stable state during working; moreover, the semi-automatic lathe can have a tool replacing speed close to the tool replacing speed close of a full-automatic lathe through simulation, and good working states of the cutters can be kept for a long time.

Description

technical field [0001] The invention belongs to the field of lathes, and more specifically relates to a semi-automatic lathe with multiple knives, control, cutting and adjustment. Background technique [0002] In the semi-automatic lathe, the tool capacity of the tool table is only four, because it is difficult to use the tool center in the automatic lathe to quickly complete the automatic tool change operation in the semi-automatic lathe, and the tools installed on the tool table are usually It is fixed by the vertical twist lock after scarfing. In order to ensure the stability of the tool during use, the connector lock will be fixed relatively tightly. [0003] Based on the above description, the inventors found that the existing multi-knife semi-automatic lathe mainly has the following deficiencies, such as: [0004] As the semi-automatic lathe needs to manually complete the debugging work of the tool in use, and when the tool with a capacity of four handles needs to be ...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the above-mentioned technical problems, the present invention provides a semi-automatic lathe with multi-knife receiving control, cutting and adjusting, to solve the problem that the existing semi-automatic lathe needs to manually complete the debugging work of the cutting tool in use, and the cutting tool with a capacity of four handles, when it needs When replacing, it is necessary to untie and remove the connecting locks one by one, and re-lock them with great effort after the tool is overloaded. When the connecting locks are in a long-term high-strength locked state, it is easy to unscrew them at high frequency. The gap between it and its mating hole increases, thereby reducing its locking force, so that when the tool is processing a workpiece, due to its insufficient locking force, long-term fixed-point overloading occurs, and the problem of edge chipping is prone to occur.

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