A Surface Grinding Machine with Uninterrupted Feeding for Machining Cylindrical Metal Materials

Abstract

The invention relates to an uninterrupted feeding plain surface grinding machine for processing a cylinder type metal material. The uninterrupted feeding plain surface grinding machine comprises a machine frame, wherein a power distribution control box is arranged on the machine frame; a support seat and a processing structure are arranged on the power distribution control box; the processing structure comprises a grinding shaft arranged on the support seat; a grinding wheel is connected onto the grinding shaft in a sleeving way; a clamping wheel matched with the grinding wheel is arranged on the grinding wheel; a discharging disc is matched with the front side of the clamping wheel; a conveying wheel matched with the clamping wheel is arranged at the back side of the clamping wheel; a feeding disc is matched at the back side provided with the conveying wheel; material charging grooves matched with cylinder metal are uniformly formed in the clamping wheel and the conveying wheel; the clamping wheel and the conveying wheel rotate in different directions; the grinding wheel, the clamping wheel and the conveying wheel are all connected to the transmission structure. The uninterrupted feeding plain surface grinding machine aims at providing the uninterrupted feeding plain surface grinding machine for processing the cylinder type metal material; the processing efficiency and the processing precision of the cylindrical metal material can be greatly improved.

Description

technical field [0001] The invention relates to the field of grinding cylindrical metal materials, in particular to a surface grinder with continuous feeding for processing cylindrical metal materials. Background technique [0002] During the processing of column metal materials, part of the process requires the use of equipment such as surface grinders to finish the size and shape of the column to form the final product. In the prior art, the surface grinder is used to process the formed product by using a fixture to fix the product on the workbench, and then turning the hand wheel so that the workbench drives the product to move to the grinding position for grinding operation. In this project, the clamping products and the rotation of the handwheel are all done manually. However, there are certain defects when using the above-mentioned surface grinder to process the product: the clamps generally used by the surface grinder can only clamp one product at a time. products, ...

AI Technical Summary

Problems solved by technology

However, there are certain defects when using the above-mentioned surface grinder to process the product: the clamps generally used by the surface grinder can only clamp one product at a time. products, which makes it necessary to frequently replace products during the operation process, thus wasting a lot of time

If a fixture that can hold multiple products is used, that is, the fixture can hold multiple products at the same time, the grinding wheel of the surface grinder will grind multiple products in the fixture at the same time during the grinding process. In the process of clamping multiple products in one fixture, due to the negligence of the operator or inaccurate judgment, it is inevitable that the relative position of the clamping between different products will be deviated, so that multiple products are in the process of grinding. , unable to achieve precise grinding at the same time, resulting in a reduction in the grinding pass rate of the product

In addition, when the product is being processed, the handwheel is manually turned to drive the workbench to move and then the product is fed. Since the speed of manually turning the handwheel cannot be accurately controlled, the feeding speed of the product will be uneven, and the grinding of the product will also be reduced. The grinding accuracy seriously affects the grinding pass rate of the product. At the same time, the manual drive method also makes the labor intensity of the operator higher.

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