本文關鍵詞：基于LabVIEW的超聲波坐標定位儀設計　出處：《現代制造工程》2017年04期 　論文類型：期刊論文

  更多相關文章： 虛擬儀器 超聲波測距 單片機 物體平面定位

【摘要】：為提供一種新型的物體平面定位方法,設計一種操作簡單、工程上容易實現的坐標定位儀。將超聲波測距原理應用到物體的平面定位中,利用AT89S52單片機作為核心處理器,驅動兩舵機進行旋轉,帶動兩超聲波測距模塊US-100進行扇形掃描,分時發(fā)射超聲波信號并采集反饋信號,計算測量距離,由RS-232串行口與計算機連接通信,將測量數據傳輸給主計算機,利用虛擬儀器LabVIEW,實時動態(tài)顯示物體的坐標方位并繪制其移動路線。結果表明:單個超聲波收發(fā)裝置4 500mm以內測量誤差在0~17mm之間,測量盲區(qū)為23mm。整個超聲波定位儀樣機各項功能完成良好。
[Abstract]:In order to provide a new method of object plane positioning, a coordinate locator is designed, which is simple in operation and easy to realize in engineering. The principle of ultrasonic ranging is applied to the plane positioning of objects. The AT89S52 single chip microcomputer is used as the core processor, the two steering machines are driven to rotate, the two ultrasonic ranging modules US-100 are driven to sector scan, the ultrasonic signals are sent out and the feedback signals are collected. The measurement distance is calculated and the RS-232 serial port is connected with the computer. The measurement data is transmitted to the main computer and the virtual instrument LabVIEW is used. The coordinate azimuth of the object is dynamically displayed in real time and its moving route is plotted. The results show that the measuring error of a single ultrasonic transceiver within 4 500 mm is between 0 and 17 mm. The blind area is 23 mm. the function of the ultrasonic locator prototype is good.
【作者單位】： 福州大學機械工程及自動化學院;
【基金】：福建省教育廳產學研合作項目(JA13033)
【分類號】：TB559;TH721
【正文快照】： 0引言超聲波是一種超出人類聽覺極限、振動頻率高于20k Hz的機械波,其振動頻率高、波長短、繞射現象小、方向性好,還能夠為反射線定向傳播,對光照變化、煙霧灰塵、色彩偽裝、電磁干擾等環(huán)境具有較強的適應性等優(yōu)點,并且其能量消耗緩慢有利于測距[1-2]。另外,虛擬儀器Lab VIEW

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本文編號：1408034