阅读说明：本技术 光收发器单元和用于信号传输的装置 (Optical transceiver unit and apparatus for signal transmission ) 是由 托比亚斯·施耐德 于 2020-02-25 设计创作，主要内容包括：本发明涉及一种光收发器单元(200),其包括可绕旋转轴(206)旋转的承载部(210)；在旋转轴(206)上被布置在承载部(210)上的光接收器(204),用以接收来自第一方向的光接收信号(226)；与光接收器(204)相邻的被布置在承载部(210)上的光发射器(202),用以在第二方向上发射光发射信号；以及光收发器系统(214),其在光接收器(204)上方在旋转轴(206)上被布置在承载部(210)上并延伸跨过光接收器(204)和光发射器(202)。光收发器系统(214)包括光接收系统(218)和布置在光接收系统(218)中的光发射系统。光接收系统(218)被设计为将入射至收发器单元(214)的光接收信号引导朝向旋转轴(206)上的光接收器(204),并且光发射系统被设计为移动光发射器(202)发射的旋转轴(206)上的光发射信号(208),使得发射信号(226)在旋转轴(206)的区域中离开收发器系统(214)。(The invention relates to an optical transceiver unit (200) comprising a carrier (210) rotatable about a rotation axis (206); a light receiver (204) arranged on the carrier (210) on the rotation axis (206) to receive a light reception signal (226) from a first direction; an optical transmitter (202) arranged on the carrier (210) adjacent to the optical receiver (204) for transmitting an optical transmit signal in a second direction; and an optical transceiver system (214) arranged on the carrier (210) on the rotation axis (206) above the optical receiver (204) and extending across the optical receiver (204) and the optical transmitter (202). The optical transceiver system (214) includes a light receiving system (218) and a light emitting system disposed in the light receiving system (218). The light receiving system (218) is designed to direct light receiving signals incident to the transceiver unit (214) towards the light receiver (204) on the rotation axis (206), and the light emitting system is designed to move the light emitting signal (208) on the rotation axis (206) emitted by the light emitter (202) such that the emitted signal (226) leaves the transceiver system (214) in the area of the rotation axis (206).)