Feeding mechanism adaptive to products in different lengths

Abstract

The invention relates to a feeding mechanism adaptive to products in different lengths. Front support blocks are installed on a front support block bottom plate, and a front installation plate is installed on the rear side of the front support blocks. Rear support blocks are installed on a rear support block bottom plate, and a rear installation plate is installed on the front side of the rear support blocks. Two sets of feeding carriers are installed between the front installation plate and the rear installation plate in a sliding mode and are the left feeding carrier and the right feeding carrier respectively. Multiple sets of products are stacked in each feeding carrier. A left-right adjustment assembly capable of adjusting the transverse intervals of the feeding carriers is installed on the rear installation plate. The feeding mechanism adaptive to the products in different lengths further comprises two supporting assemblies, each feeding carrier corresponds to one supporting assembly, and the supporting assemblies can support products in the feeding carriers. A discharging height adjustment stop block is installed on the rear side of the front supporting block bottom plate and provided with a discharging height adjustment block in an adjustable mode, and the discharging height adjustment block is used for preventing products on the upper layer from moving downwards along with products on the lower layer due to friction. The feeding mechanism can adapt to feeding of products in different lengths.

Description

Technical field: [0001] The invention relates to the field of unloading mechanism equipment, and more specifically relates to a product unloading mechanism that can be adjusted left and right to ensure adaptability to different lengths. Background technique: [0002] For square products stacked on top of each other, sometimes it is necessary to separate the square products one by one for blanking. In the prior art, the material is manually transported and divided again and again, which is inefficient and labor-intensive. Moreover, the blanking of square products with different lengths is performed. , and there is no special equipment. Designing a blanking mechanism with different lengths for blanking square products with different lengths will waste material, resulting in more equipment and increasing production costs. Therefore, it is necessary to design a product that is suitable for different lengths. The feeding mechanism ensures that it can adapt to the feeding of produ...

AI Technical Summary

Problems solved by technology

[0002] For square products stacked on top of each other, sometimes it is necessary to separate the square products one by one for blanking. In the prior art, the material is manually transported and divided again and again, which is inefficient and labor-intensive. Moreover, the blanking of square products with different lengths is performed. , and there is no special equipment. Designing a blanking mechanism with different lengths for blanking square products with different lengths will waste material, resulting in more equipment and increasing production costs. Therefore, it is necessary to design a product that is suitable for different lengths. The feeding mechanism ensures that it can adapt to the feeding of products of different specifications

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