CAJ | 학술논문

针对目前国内的空白，利用气浮轴承技术研制了0.1~10 Nm高准确度小量程扭矩标准机。采用杠杆砝码式加载原理，利用气浮轴承减少摩擦对准确度的影响，激光位移测量技术控制杠杆水平位置，钢箔悬挂技术最大程度控制砝码摆动现象。整台设备采用多量程砝码组全自动加载技术、计算机自动精确控制技术等，实现全自动控制，自动完成加载、卸载、数据采集、数据处理等操作。标准机的相对扩展不确定度为1.5×10-4（k=2）。
침대목전국내적공백，이용기부축승기술연제료0.1~10 Nm고준학도소량정뉴구표준궤。채용강간겁마식가재원리，이용기부축승감소마찰대준학도적영향，격광위이측량기술공제강간수평위치，강박현괘기술최대정도공제겁마파동현상。정태설비채용다량정겁마조전자동가재기술、계산궤자동정학공제기술등，실현전자동공제，자동완성가재、사재、수거채집、수거처리등조작。표준궤적상대확전불학정도위1.5×10-4（k=2）。
For domestic small-scale torque standard machine blank, the use of air bearing technology developed 0.1-10 Nm high accuracy small-scale torque standard machine. Using lever and weight loaded principle, the use of air bearings to reduce friction on the accuracy, laser displacement measurement technology to control the horizontal position of the lever, steel foil suspension technology to maximize control of the swing weights phenomenon. The torque standard machine uses weights and multi-range automatic loading technology, computer automatically precise control technology, to achieve automatic control, automatic loading and unloading, data acquisition and processing, and so on. The standard machine relative expanded uncertainty of 1.5×10-4 (k=2).