微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2012年
18期
72-74
,共3页
杨苗军%胡佳文%金华园%熊雕
楊苗軍%鬍佳文%金華園%熊彫
양묘군%호가문%금화완%웅조
重力加速度传感器%角度传感器%单片机%控制
重力加速度傳感器%角度傳感器%單片機%控製
중력가속도전감기%각도전감기%단편궤%공제
gravity acceleration sensor%angle sensor%single-chip microcomputer%control
采用重力加速度传感器及线性电阻角度传感器来检测摆动时平板及摆杆角度的变化,利用拨码开关可控制预设功能,单片机根据摆杆与重垂线之间的摆角计算出平板的旋转方向及角度,从而控制步进电机实现对平板运动状态的精确控制,很好地实现了硬币在摆杆摆动过程中保持稳定叠放状态及激光笔对靶纸预设位置的动态跟踪照射等设计功能。
採用重力加速度傳感器及線性電阻角度傳感器來檢測襬動時平闆及襬桿角度的變化,利用撥碼開關可控製預設功能,單片機根據襬桿與重垂線之間的襬角計算齣平闆的鏇轉方嚮及角度,從而控製步進電機實現對平闆運動狀態的精確控製,很好地實現瞭硬幣在襬桿襬動過程中保持穩定疊放狀態及激光筆對靶紙預設位置的動態跟蹤照射等設計功能。
채용중력가속도전감기급선성전조각도전감기래검측파동시평판급파간각도적변화,이용발마개관가공제예설공능,단편궤근거파간여중수선지간적파각계산출평판적선전방향급각도,종이공제보진전궤실현대평판운동상태적정학공제,흔호지실현료경폐재파간파동과정중보지은정첩방상태급격광필대파지예설위치적동태근종조사등설계공능。
This design mainly adopts gravity acceleration sensor and linear resistance angle sensor to detect the change of plat- form and oscillating bar. Utilizing can control the preset function of dip switch, according to the angle between oscillating bar and gravity line, the single-chip microcomputer will compute the rotary direction and angle of platform. Thus, it can make stepper mo- tor precisely control the state of motion of platform. It also make the functions of the coin remaining the state of stacked stable when oscillating bar is swaying and the trend of the site where the laser pen is towards the preset position of target sheet.