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HUSTIR > College of Engineering > Department of Mechanical Engineering & Graduate Institute of Precision Machinery and Manufacturing Technology > Theses and Dissertations > Item 310993100/3880

Please use this identifier to cite or link to this item: http://ir.hust.edu.tw/dspace/handle/310993100/3880

Title:	轉動式截切機控制器開發研究 The Development of Rotation-type Cut-off and Cutting Machine Control
Authors:	詹弘楠
Contributors:	精密機械與製造科技研究所
Keywords:	轉動式截切機光學尺 Atmega8515 微控制器雷射干涉儀
Date:	2011-01
Issue Date:	2013-11-21T07:46:37Z
Abstract:	『轉動式截切機』主要為截切一般應用於車、銑床上的刀具，目的為做切斷的工作。機構分別有兩個馬達動力源，其中一動力源帶動轉動的切刀，另一動力源帶動待截切物的治具，治具上夾持著截切的刀具。依弁鄐W的需要，針對待截物治具的移動床台部份，設計一小型控制器，能設定自動進給及定位的弁遄C 本研究主要使用 JCXF5 型光學尺感測器與 Atmega8515 微控制器開發一套位移變化的量測設備。弁鈳]計光學尺內部感測間隔格數經 Atmega8515 微控制器轉變為實際量測的位移距離。感測器量測輸出結果將顯現於 LCM，並可設定參數控制馬達轉向使床台移動。移動平台設計由 DC馬達、齒輪、螺桿、移動床台，固定於一基座。透過雷射干涉儀(Laser interferometer)驗證位移變化量測設備的精準度，將位移變化量測設備放置在量測平台上。分別設定10mm至床台移動總行程38.69mm位移變化，每個位移變化量測五次，顯示結果誤差值在 0.07至0.2mm 之間。『Rotation-type Cutting Machine』was designed to cut the drill bit and endmill when they were in sharpening. The structure of the 『Rotation-type Cutting Machine』 has two motors power source, which one power source drive rotation cutter, and the other one power source drive the fixture clamp. Base on the function requirement, a small size controller is required for auto feed and position control. In this study, JCXF5 Linear Encoder sensor and Atmega8515 microcontrollers was used to develop a displacement variation measurement and monitor device. The JCXF5 Linear Encoder sensor converts the measure distance into a series square wave signal. The code of Atmega8515 microcontrollers was programmed to count the number of the square wave signal and convert to digital signal for Liquid Crystal Display. By the way, the digital signal can also drive the DC motor in clockwise and counterclockwise direction. The laser interferometer was used to verify displacement variation measurement device. A set of different distances, from 10mm to 38.69mm, was measured by the displacement variation measurement device and laser interferometer. The mean errors were 0.07 to 0.2mm by five times test for each different distance.
Description:	指導教授:王旭萍
Appears in Collections:	[Department of Mechanical Engineering & Graduate Institute of Precision Machinery and Manufacturing Technology] Theses and Dissertations

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