Automatic material box transferring system and control method thereof

Abstract

The invention provides an automatic material box transferring system and a control method thereof. The automatic material box transferring system comprises a feeding rack and a discharging rack which are connected in sequence, the feeding rack and the discharging rack form an L-shaped conveying channel, and a lifting steering device is arranged at the corner of the L-shaped conveying channel and used for switching the position of a material box between the feeding rack and the discharging rack; the feeding rack and the discharging rack are each provided with an inclined full box material layer and an inclined empty box material layer, and the inclined directions of the full box material layers and the inclined directions of the empty box material layers are opposite; and the lifting steering device comprises a rack, a lifting device, a rotary full box material layer and a rotary empty box material layer, and the lifting device can drive the rotary full box material layer and the rotary empty box material layer to be in butt joint with the full box material layers and the empty box material layers of the feeding rack or the discharging rack respectively. According to the automatic material box transferring system, in a limited site, full material boxes can be transferred, empty boxes can be returned, and the transferring efficiency and the productivity are improved.

Description

Technical field [0001] The present invention relates to the technical field of automobile production automation equipment, and in particular to a material box automatic transport system and a control method. Background technique [0002] The variety of components required to install the engine is different, the weight is 10,000 different, the morphological irregular, the commonly used in the industry is a forklift to take the material from the restricted area to the logistics zone, and then sequencing the parts for the part. In the box, in the plastic frame, when the logistics site is limited, when the plurality of racks cannot be placed, the stock employees need frequent ingredients, which will increase the labor intensity of the ingredient employee; the other rack slide Tilt, in order to increase the amount of stock, the length of the binder will cause the material frame to forage port, and the ingredients need to be held, which will make the unexpected work strength and low in...

AI Technical Summary

Problems solved by technology

[0002] The various parts and components required to install the engine vary in size, weight, and irregular shape. At present, the common batching operation method in the industry is forklifts to fork the materials from the subcontracting area to the logistics area, and then the batching staff sorts and packs the parts. Boxes, put them into the material rack, when the logistics space is limited, when multiple material racks cannot be placed, the stock is small, and the batching staff needs frequent batching, which will inevitably increase the labor intensity of the batching staff; in addition, the material rack slide rail is Inclined, in order to increase the storage capacity, blindly increasing the length of the material rack will make the feeding port of the material rack too high, and the batching staff need to lift it above the head when feeding, which will make the batching staff work hard and the batching efficiency is low.

[0003] In addition, the recycling of empty boxes after loading is also an important factor affecting the batching efficiency. In the traditional way, the empty boxes are stacked and then transported to the loading place by forklifts and other equipment. However, such a setting requires sufficient space on the one hand. To store empty containers, on the other hand, it is necessary to equip forklifts and other transfer equipment, which will inevitably increase equipment investment costs, especially reduce the efficiency of empty containers, and cannot keep up with the production rhythm.

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