Woodworking double-end milling and skip milling device for ensuring end and corner processing precision of wood materials

Abstract

The invention provides a woodworking double-end milling and skip milling device for ensuring the end and corner processing precision of wood materials. The woodworking double-end milling and skip milling device comprises a rack and a material conveying belt, wherein the material conveying belt is mounted at the upper and lower ends of the rack and used for conveying processed wood materials, induction switches and moving type end milling assemblies are arranged on the rack, at least one group of moving type end milling assemblies are symmetrically mounted on the outer side of the material conveying belt, the induction switches are connected with the moving type end milling assemblies and drive the moving type end milling assemblies to move forwards and backwards relative to the rack, and the moving type end milling assemblies are provided with milling cutters rotating oppositely relative to the material conveying direction of the material conveying belt. Through the structural cooperation of the induction switches and the moving type end milling assemblies of the skip milling device, the phenomena of edge breakage, ripping, burring and the like, which possibly occur when the corners of the wood materials are processed are effectively solved, so that automatic operation and high efficiency are realized, the flatness of the processed wood materials can be ensured, and processing quality is ensured.

Description

technical field [0001] The invention relates to the field of woodworking double-end milling manufacturing, in particular to a woodworking double-end milling jump milling device that ensures the processing accuracy of wood end angles. Background technique [0002] The existing woodworking double-end milling can perform horizontal double-end alignment, tenoning, grooving, forming and other processing procedures on the processed woodworking components. It has high work efficiency, high processing precision, fast cutting speed and convenient use. [0003] However, when the wood is processed on four sides, there will be no problem if two sides are processed along the wood grain, but the other two sides must be processed against the wood grain; for this reason, the corners of the head or tail of the processed wood often produce chipping , tearing, burrs and other phenomena, affect the appearance, and reduce the yield of the workpiece, affecting the processing effect of the product...

AI Technical Summary

Problems solved by technology

[0003] However, when the wood is processed on four sides, there will be no problem if two sides are processed along the wood grain, but the other two sides must be processed against the wood grain; for this reason, the corners of the head or tail of the processed wood often produce chipping , tearing, burrs and other phenomena, affect the appearance, and reduce the yield of the workpiece, affecting the processing effect of the product

[0004] In view of the above, the edge chipping, tearing and burrs generated at the corners are traditionally removed by manual grinding or reprocessing, which requires high labor and low efficiency, and it is difficult to ensure the processing quality of the product

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