CAJ | 학술논문

利用能力源课程套件中的结构件、电气组件等构建遥控小车，小车驶离出发区后，其搬运机构变形伸出，增加运载能力。遥控可控制小车前行、后退、转弯、搬运等，指示灯显示小车的运行状态。用连续无故障运行时间表征小车的可靠性。试验数据显示，小车的可靠性大约为12.4小时，其运载能力为5分钟搬运19个球。最终，以5min搬运18个球夺得比赛冠军，比赛数据与前期试验数据吻合。
이용능력원과정투건중적결구건、전기조건등구건요공소차，소차사리출발구후，기반운궤구변형신출，증가운재능력。요공가공제소차전행、후퇴、전만、반운등，지시등현시소차적운행상태。용련속무고장운행시간표정소차적가고성。시험수거현시，소차적가고성대약위12.4소시，기운재능력위5분종반운19개구。최종，이5min반운18개구탈득비새관군，비새수거여전기시험수거문합。
The remote control car is constructed based on the structural components and electrical appliance components in the course package of power on. After leaving the starting area, its carrying mechanism can transform,which will improve the carrying capacity. Moving on, reversing, turning and carrying of the car can be controlled by remote control, while the running state can be shown by indicator lights. Its reliability can be represented by time of continuous failure-free operation. The experiment data show its reliability is about 12.4h and its carrying capacity is to carry 19 balls in 5min. At last,the car wins the champion by carrying 18 balls in 5min, and the competition data coincide with the precedent experiment data.