阅读说明：本技术 用于旋转角测量系统的校准装置 (Calibration device for a rotation angle measuring system ) 是由 M.勒肯 M.芬克 于 2019-03-19 设计创作，主要内容包括：已知一种用于旋转角测量系统(12)的校准装置(14),所述校准装置具有能够围绕旋转轴线(D)旋转的轴固持装置(28),所述轴固持装置在所述校准装置(14)的校准位置中能够抗扭地与所述旋转角测量系统(12)的测量系统轴(18)连接,并且在所述校准装置(14)的装载位置中能够与所述测量系统轴(18)脱耦,所述校准装置具有旋转固定的壳体固持装置(44),所述壳体固持装置在校准位置中能够抗扭地与所述旋转角测量系统(12)的测量系统壳体(16)连接,并且在装载位置中能够与所述测量系统壳体(16)脱耦,并且所述校准装置具有用于驱动所述轴固持装置(28)的驱动马达(50)。为了实现旋转角测量系统(12)的可靠和无损的校准,所述轴固持装置(28)按照本发明具有至少两个夹爪(30a-f),所述至少两个夹爪在校准位置中能够压紧在所述测量系统轴(18)的径向外侧上,其中,所述至少两个夹爪(30a-f)相对于旋转轴线(D)同中心地布置并且能够共同地沿径向运动,和/或所述壳体固持装置(44)按照本发明具有能够沿径向运动的至少两个活塞(48a、b),所述至少两个活塞在校准位置中能够压紧在所述测量系统壳体(16)的径向外侧上。(A calibration device (14) for a rotation angle measuring system (12) is known, having a shaft holding device (28) that can rotate about a rotation axis (D), the shaft holding device can be connected in a rotationally fixed manner to a measuring system shaft (18) of the rotation angle measuring system (12) in a calibration position of the calibration device (14), and which can be decoupled from the measuring system axis (18) in a loading position of the calibration device (14), the calibration device has a rotationally fixed housing holding device (44) which, in a calibration position, can be connected in a rotationally fixed manner to a measurement system housing (16) of the rotation angle measurement system (12), and can be decoupled from the measuring system housing (16) in the loading position, and the calibration device has a drive motor (50) for driving the shaft holding device (28). In order to achieve a reliable and non-destructive calibration of the rotation angle measuring system (12), the shaft holding device (28) according to the invention has at least two clamping jaws (30a-f) which can be pressed against a radial outer side of the measuring system shaft (18) in a calibration position, wherein the at least two clamping jaws (30a-f) are arranged concentrically with respect to the axis of rotation (D) and can be moved together in a radial direction, and/or the housing holding device (44) according to the invention has at least two pistons (48a, b) which can be moved in a radial direction and which can be pressed against a radial outer side of the measuring system housing (16) in the calibration position.)