Continuous type cross-shaped feeding processing device

Abstract

The invention discloses a continuous type cross-shaped feeding processing device. A located block of the continuous type cross-shaped feeding processing device is provided with the sharing channel which is matched with a top rod of a feeding air cylinder. The sharing channel is provided with a plurality of cross-shaped groove-shaped openings. A corresponding processing device is arranged on any side of the located block which is arranged on a work platform of each cross-shaped groove-shaped opening. The processing device conveys part green bodies on the sharing channel to the working position which is prepared to be processed to receive processing, and then returns back the processed part green bodies to the sharing channel. The part green bodies are still pushed by the top rod of the feeding air cylinder to another cross-shaped groove-shaped opening to be further processed, and the located block can not be ejected from the tail end of the feeding air cylinder by the top rod of the feeding air cylinder until the processing device which is arranged at the last cross-shaped groove-shaped opening is processed. By means of the arrangement of the sharing channel, the continuous type cross-shaped feeding processing device meets requirements of parts of different structures during the processing, so that the continuous type cross-shaped feeding processing device has a quite wide applied range.

Description

technical field [0001] [0002] The invention relates to the field of parts processing machinery, in particular to a machine and a device for performing multi-station combined feeding processing on a part blank. [0003] Background technique [0004] [0005] In the mechanical fields such as electrical parts and glasses parts, it is often difficult to process many parts at one time, and requires multiple processes to be completed step by step. For example, the processing of wire terminals belongs to this case. , to be applied to cutting, milling, drilling and other processes, these processes are relatively independent, in production, processing must be carried out step by step, the efficiency is low, therefore, it is urgent to design a processing equipment that can complete multiple processes in an integrated manner, now The terminal processing equipment cannot meet the requirements of improving production efficiency by combining the processing procedures according to ...

AI Technical Summary

Problems solved by technology

[0005] In the mechanical fields such as electrical parts and glasses parts, it is often difficult to process many parts at one time, and requires multiple processes to be completed step by step. For example, the processing of wire terminals belongs to this case. , to be applied to cutting, milling, drilling and other processes, these processes are relatively independent, in production, processing must be carried out step by step, the efficiency is low, therefore, it is urgent to design a processing equipment that can complete multiple processes in an integrated manner, now The terminal processing equipment cannot meet the requirements of improving production efficiency by combining the processing procedures according to the design characteristics of the terminal, so it is necessary to carry out innovative design on this basis

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