Intelligent-measurement shaping device

Abstract

The invention provides an intelligent-measurement shaping device comprising a supporting plate. Three fixed cylinders and a movable cylinder are arranged on the supporting plate. The fixed cylinders are fixed to the supporting plate, and the output ends of the fixed cylinders penetrate the supporting plate. Two slide rails are arranged on the two sides of the portion, provided with the movable cylinder, of the supporting plate. A slide plate is arranged on the slide rails in a clamping manner. A horizontal cylinder is connected to the slide plate. The movable cylinder is fixed to the slide plate, and the output end of the horizontal cylinder penetrates the supporting plate. A corresponding movement opening is formed in the supporting plate. The output ends of the fixed cylinders and the output end of the movable cylinder are connected with shaping mechanisms. A positioning cylinder is arranged at the center of the supporting plate. The output end of the positioning cylinder penetrates the supporting plate and is connected with a pressing plate. Shaping heads are used in cooperation with a bearing mechanism arranged on the lower portion for positioning a product when moving up and down. During shaping, the shaping mechanisms on the upper portion downwards press, the product is fixed through the pressing plate, positioning points are arranged on the pressing plate so that the product can be prevented from being damaged by pressing, the upper shaping heads and the lower shaping heads can conduct shaping on the edge of the product, and therefore the shaping precision is high.

Description

technical field [0001] The invention relates to the field of shaping equipment, in particular to an intelligent measuring and shaping device. Background technique [0002] After the thin product is processed and formed, the flatness of the surface needs to meet the requirements, especially for Apple computers, the shell is made of aluminum, and the surface has a curved surface. The flatness of the product is relatively high. If the flatness does not meet the product requirements, it is necessary to trim its flatness. For the lower surface of the shell, multi-directional detection is required, and the radian of the shell is obtained and stored in the processor and compared with the required shape before shaping. In the existing shaping machine, the shaping When the device is pressed down for shaping, the downward movement is unstable and prone to deviation, resulting in inaccurate shaping. In addition, when the upper part is shaped, the product is not positioned, and when the...

AI Technical Summary

Problems solved by technology

[0002] After the thin product is processed and formed, the flatness of the surface needs to meet the requirements, especially for Apple computers, the shell is made of aluminum, and the surface has a curved surface. The flatness of the product is relatively high. Requirements, it needs to trim its flatness. For the lower surface of the shell, it needs to be inspected in multiple directions. The radian of the shell is obtained and stored in the processor and compared with the required shape before shaping. In the existing shaping machine, the shaping When the device is pressed down for shaping, the downward movement is unstable and prone to deviation, resulting in inaccurate shaping, and when the upper part is shaped, the product is not positioned, and when the product is subjected to the force of the shaping head, it will deviate, affecting the shaping effect

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