Sheet conveying and edge grinding mechanism

Abstract

The invention discloses a sheet conveying and edge grinding mechanism, and belongs to the field of material conveying and machining mechanical equipment. The sheet conveying and edge grinding mechanism comprises a fixed base, a front conveying mechanism, a front edge grinding mechanism, a back edge grinding mechanism, an overturning mechanism, an unloading mechanism and a back conveying belt; thefront conveying mechanism and the back conveying belt are horizontally fixed on the two sides above the fixed base; the front conveying mechanism and the back conveying belt are in parallel; the frontedge grinding mechanism, the back edge grinding mechanism and the overturning mechanism are arranged on the front conveying mechanism in sequence in the horizontal direction; and the unloading mechanism is horizontally arranged on the fixed base on one side of the back conveying belt. The sheet conveying and edge grinding mechanism is reasonable in structural design, can grind four side edges ofsheets in the sheet conveying process in sequence, can continuously convey the sheets after stable overturning, improves the sheet production automation degree, and meets the production and application demands.

Description

technical field [0001] The invention belongs to the field of material conveying and processing machinery, and in particular relates to a sheet material conveying and edging mechanism, which is mainly used in the field of sheet material continuous edging processing. Background technique [0002] Flakes mainly refer to materials whose shape and structure are flakes. Compared with sheet materials, flakes are smaller in size and thinner in thickness. There are many kinds of materials for flakes, including wood flakes, resin flakes and metal flakes. , wood chips are mainly processed by cutting wood, wood chips are widely available and low in cost, and are the main materials used in construction and decoration, but wood chips have poor toughness and hardness is difficult to guarantee, resin chips are mainly used Resin material is processed by melting injection molding. Resin flakes are light in texture and have good toughness. Resin flakes are mainly used to produce thermoformed p...

AI Technical Summary

Problems solved by technology

During the production and processing of metal flakes, the size of the metal flakes prepared on the processing line is relatively large, and it is necessary to accurately cut the larger flakes into the required sizes and specifications by using the cutting mechanism according to the needs of use. After the sheet material is cut by the cutting mechanism, there will be more burrs on the four sides of the sheet material, so the outer side of the sheet material is extremely rough, and it is necessary to use the edging mechanism to perform edging processing on the four sides of the sheet material in turn. There are many processes. The existing method is to manually edge the outside of the sheet by using a manual hand-held grinding mechanism. The labor intensity of the workers is relatively high, and the efficiency of edge grinding of the sheet is low. Some sheet material edging mechanisms are complex in structure and cumbersome to operate, and it is difficult to efficiently and accurately edge the outside of the sheet material, and when the sheet material is in the process of edging, different sides have different requirements for edging. Different levels of edging processing are required, and the existing sheet material edging mechanism is difficult to meet the needs of use. After the existing sheet material is finished with edging processing, in order to process the other side of the sheet material according to the needs of use, It is necessary to turn the sheet material horizontally, so that the other side of the sheet material can also be processed conveniently and efficiently. The existing sheet material turning mechanism is complicated in structure and troublesome to operate. It causes the flakes to fall off, making it difficult to turn the flakes continuously and efficiently, and the existing turning mechanism is difficult to be suitable for flipping and conveying flakes of various sizes and specifications, which reduces the production and processing efficiency of the flakes and cannot meet the needs of production and use.

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