Shell making method

Abstract

The invention provides a shell manufacturing method. The shell manufacturing method comprises the following steps of providing a first shell matrix, wherein the first shell matrix comprises a convex block and a shell body, and the convex block provided with a camera hole is arranged on the shell body in a protruding mode; determining the center of the camera hole as a first reference center; determining the center of the convex block as a second reference center; according to the first reference center and the second reference center, obtaining a third reference center, wherein the third reference center is located in a preset radiation range taking the midpoint of the connecting line of the first reference center and the second reference center as the center thereof; taking the third reference center as a processing reference, and forming a limiting step on the shell body, wherein the limiting step is located on the periphery of the camera hole. According to the shell manufacturing method, the size deviation of machined edges on the two sides of the convex block is prevented from being large. Meanwhile, the eccentricity of the camera on the shell is prevented from being large.

Description

technical field [0001] The invention relates to the field of electronic equipment, in particular to a method for manufacturing a casing. Background technique [0002] Mobile devices such as mobile phones usually include parts such as housings. When the shell is manufactured, a plate with relatively uniform thickness (for example, aluminum material) is usually provided, and then the plate is subjected to forging and pressing processes to form the shell. The casing is usually provided with a bump protruding from the casing body, and a camera hole is arranged on the bump, and the camera hole is used to expose the camera part, so that the camera can take pictures when taking pictures. The step of processing the bump on the housing body and the step of processing the camera hole are usually completed at different clamping positions, and the processing standards are unified. This will lead to a large deviation in the size of the sides of the processed bump, or a large eccentrici...

AI Technical Summary

Problems solved by technology

This will lead to a large deviation in the size of the sides of the processed bump, or a large eccentricity after the camera is assembled. Therefore, the existing shell manufacturing method will reduce the yield of the shell.

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