A milling device for disc rounding

Abstract

The present invention relates to the field of milling processing, in particular to a milling equipment for disc rounding, including a workbench, a transmission device, a workpiece positioning device, a disc feeding device and a processing device, the transmission device includes a transmission assembly, The workpiece positioning device includes a fixing assembly and a control assembly, the disk feeding device includes a feeding assembly and a feeding assembly, and the processing device includes a limit assembly and a processing assembly. , the disk is fixed by the fixed assembly, which drives the disk to move on the conveying assembly. When the fixed assembly moves to the feeding assembly or the processing assembly, the control assembly can control the fixing assembly, and the feeding assembly can move the disk Placed on the fixed component and fixed, the processing component can perform rounding operation on the outer peripheral wall of the disc, and the rounding arc surface of the milling operation is more accurate.

Description

technical field [0001] The invention relates to the field of milling, in particular to a milling device for rounding the corners of a disc. Background technique [0002] Rounding equipment is very common in life. Usually, rounding can prevent people from being scratched when they touch objects or can achieve certain specific structural functions. The current rounding is generally performed by grinding equipment, and finally poured out Rounded corners, but not accurate, making it unsuitable for some devices that require precise rounded corners. [0003] China's patent publication number: CN204639141U; publication date: 2015.09.16 discloses a valve stem end rounding equipment with automatic feeding and automatic discharging, including a frame, a turning tool head, a valve stem transfer frame, and a valve stem inlet. Material components and multiple cylinders with different functions. The specific structure of the equipment is: a turning tool head is installed on the left side...

AI Technical Summary

Problems solved by technology

[0002] Rounding equipment is very common in life. Usually, rounding can prevent people from being scratched when they touch objects or can achieve certain specific structural functions. The current rounding is generally performed by grinding equipment, and finally poured out Rounded corners, but not accurate, making it unsuitable for some devices that require precise rounded corners

[0003] China's patent publication number: CN204639141U; publication date: 2015.09.16 discloses a valve stem end rounding equipment with automatic feeding and automatic discharging, including a frame, a turning tool head, a valve stem transfer frame, and a valve stem inlet. Material components and multiple cylinders with different functions. The specific structure of the equipment is: a turning tool head is installed on the left side of the upper surface of the frame, and a horizontal turning tool is coaxially installed on the right end of the turning tool head. A slideway is fixed on the right side of the upper surface, and the valve stem transfer frame is slidably installed on the slideway. Limiting blocks are installed at both ends of the slideway to limit the forward and backward movement position of the valve stem transfer frame. The valve stem is installed on the front side of the turning tool head. Feed cylinder, the valve stem feed assembly is installed at the front end of the ejector rod of the feed cylinder, the ejector rod of the feed cylinder transfers the valve stem fed by the feed assembly to the valve stem moving frame, and the valve stem moving frame fixes the valve stem And transfer to the coaxial position with the turning tool, and then transfer the valve stem coaxially to the turning tool to complete the process of rounding the end of the valve stem. After the turning tool processing is completed, the valve stem moving frame will transfer the valve stem to The front end is used to feed the next valve stem. When the next valve stem is fed, the previous processed valve stem is ejected to complete the processing and unloading. The rounding is not accurate, which affects the product performance.

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