Production method based on intelligent vision feeder

Abstract

The invention discloses a production method based on an intelligent vision feeder. The production method based on the intelligent vision feeder comprises the steps of obtaining the image of a plate to be machined in the camera shooting area of the vision feeder, and processing the image to obtain the shape information, in the image, of the plate; carrying out coordinate forming processing on the image to generate the coordinate parameters of the vacancy areas and the non-vacancy areas of the plate; acquiring the transmission speed of the rolling shaft group of the vision feeder to obtain the conveying speed of the plate to be machined; inputting the dimension information of a machining die; and judging whether a plate to be machined exists in the punching area of the feeder, and after the plate to be machined enters the punching area, and starting a punching die to carry out punching on the corresponding machining coordinates after the plate to be machined enters the punching area so as to obtain punching products. With the production method based on the intelligent vision feeder, it can be achieved that the feeder and a punching machine are used in cooperation to realize linkage, the requirements on the shapes of plates are low, even irregular or waste plates can also be punched in the non-vacancy areas, and consequently, the use ratio of plates is increased, the cost is greatly reduced, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of mechanical processing production methods, in particular to a production method based on an intelligent visual feeder. Background technique [0002] In the prior art, it is necessary to transport the plate to a specific position and then use stamping equipment for stamping. The existing processing methods mostly use manual placing of the plate in the stamping area for stamping. This method is inefficient and poor in safety. Utilization of the plate The rate is not high and cannot meet the needs of industrialized production. [0003] At the same time, in the existing plate processing process, regular plates are often used for processing, and the rectangular plate is punched out into a model of a suitable size and shape by controlling the motor of the punching machine. However, this stamping method can only be applied to complete steel with a flat shape. For scrap steel with some vacancies, workers can only...

AI Technical Summary

Problems solved by technology

However, this stamping method can only be applied to complete steel with a flat shape. For scrap steel with some vacancies, workers can only manually adjust the stamping position, and cannot achieve automatic control.

Therefore, the production method in the prior art greatly limits the scope of use of the board, and cannot make good use of irregular or waste materials. Even in the case of using irregular boards, it cannot realize automatic control of the processing process, making production very inefficient

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