CAJ | 학술논문

详细分析了克林贝格三维线性测头（K3D）结构具有三个轴向运动质量、偏转力和偏转刚度相等，且动态特性一致的结构特点，并对其三个方向的偏转结构、“共平面”结构以及主动测量结构着重进行了结构分析，其“共平面”结构极大地减小了在 XZ －平面的阿贝误差，并通过一对梯形双轴铰链杆将沿探针轴向的偏转位移转移到测头后部进行测量，设计非常巧妙，克服了三层嵌套式结构三轴向偏转运动质量不相等的缺点，另外在直角双轴杆处设计了一个可分离的主动测量机构使得测头具备主动向任意方向偏转测量的主动测量功能。
상세분석료극림패격삼유선성측두（K3D）결구구유삼개축향운동질량、편전력화편전강도상등，차동태특성일치적결구특점，병대기삼개방향적편전결구、“공평면”결구이급주동측량결구착중진행료결구분석，기“공평면”결구겁대지감소료재 XZ －평면적아패오차，병통과일대제형쌍축교련간장연탐침축향적편전위이전이도측두후부진행측량，설계비상교묘，극복료삼층감투식결구삼축향편전운동질량불상등적결점，령외재직각쌍축간처설계료일개가분리적주동측량궤구사득측두구비주동향임의방향편전측량적주동측량공능。
This paper analyzes Klingelnberg K3D probe system architecture has three axially moving mass,equal to the deflection force and a deflection stiffness and dynamic characteristics consistent with the structural characteristics,and the deflection of the three directions of its body,"coplanar"mechanism,and active measuring mechanism for a structural analysis focused on,the "coplanar"institutional greatly reduces the Abbe error in the XZ -plane,and passed through a biaxial hinge trapezoidal lever deflection along the axial displacement of the probe transferred to the rear of the probe probe design is very clever,to overcome the disadvantage of the three nested structure that three axial deflection moving mass does not equal,another in the cartesian axis rod and designed a detachable body makes active measurement probe deflected in any direction with the initiative to measure active measurement function.