Cleaning and temporarily storing method for accurately machined workpieces

Abstract

The invention discloses a cleaning and temporarily storing method for accurately machined workpieces. A containing box (1) is included. The containing box (1) is provided with a bottom face and four side faces with the same height, and the four side faces are connected to the bottom face. At least two storage racks (2) which are lower than the side faces of the containing box (1) are arranged on the bottom face of the containing box (1) and are in parallel. The upper surface of each storage rack (2) is concave downwards to form a plurality of grooves (3). According to the cleaning and temporarily storing method, the upper surface of each storage rack is concave downwards to form the multiple grooves, large-sized cutting tool workpieces are placed in the grooves in the same position, each whole workpiece is supported by two or more grooves, and most positions of the workpieces are suspended in the containing box in an exposed mode; two adjacent workpieces are in parallel, so that collision of the workpieces is effectively avoided; the side faces of the containing box are higher than the storage racks, so that moving positions of the workpieces are effectively limited, and the workpieces are prevented from moving out of the containing box along the axes of the grooves.

Description

technical field [0001] The invention relates to a workpiece storage device in cutting tool processing procedures, in particular to a cleaning and temporary storage method for finishing workpieces. Background technique [0002] Cutting tools are tools used for cutting, mainly referring to turning tools, reamers, planers, drills, etc. There are two main types of materials: cemented carbide and hardened steel. The usual cutting tools are cemented carbide as a whole , the advantage is that the use time is long, the disadvantage is that the cost is too high, and the hard alloy can not be fully utilized; there is also a kind of hardened steel as the basic part of the cutting tool, and the hard alloy is used as the cutting tool blade, the advantage is low cost, the disadvantage is It has short service life, poor wear resistance, complicated processing technology and low success rate. The manufacturing process of cutting tools mainly includes: material selection, blanking, rough ma...

AI Technical Summary

Problems solved by technology

Large-sized cutting tools finish machining workpieces, which have high precision, sharp edges and are easy to be damaged. They need to be transported to the next process in batches. However, in the traditional process, the storage and transfer of workpieces are dependent on manual work, which is inefficient. , and the processed workpiece has a certain shape, it is necessary to prevent its collision, so as to avoid the collision between the workpieces and cause the damage of the surface of the workpiece to be greater than the machining allowance, resulting in the scrapping of the cemented carbide

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