首页> 外国专利> CONTROL DEVICE OF TRACK-BASED VEHICLE AND TRACK-BASED VEHICLE HAVING THE SAME

CONTROL DEVICE OF TRACK-BASED VEHICLE AND TRACK-BASED VEHICLE HAVING THE SAME

机译:履带式车辆的控制装置和具有相同装置的履带式车辆

摘要

the present invention, the automatic steering mechanism and a fail-safe mechanism provided for in a trajectory-based transportation systems, vehicles can be detected with high accuracy of the track width direction of the bias amount, also realizes a reliable detection mechanism. To address him, and the vehicle is running the phase trajectory, the front and rear wheels of the vehicle and the steering mechanism for automatically steering by an actuator, a protection track to the road surface of the track segment and is installed on the lower portion of the vehicle within the protective orbit In the track-based transportation system with a fail-safe mechanism 10 composed of a protective wheel 40 to move in a non-contact manner, is installed in a support bracket extending downward from the vehicle body detected at the same time the lower orbit which is provided in the protection 14, par (a) are respectively installed to the left and right side walls (14a) arranged such that a pair of irradiation toward a non-contact displacement meter (13) of the protection track and to the right and left side walls of the protection from the non-contact displacement gauge orbit by the pair of non-contact displacement meter of was to measure the distance.
机译:根据本发明,在基于轨迹的运输系统中提供的自动转向机构和故障安全机构中,可以高精度地检测车辆的履带宽度方向的偏斜量,也实现了可靠的检测机构。为了对付他,并且车辆正在运行相位轨迹,车辆的前轮和后轮以及用于通过致动器自动转向的转向机构,到履带段的路面的保护履带并安装在下部在具有保护装置的轨道式运输系统中,该装置由故障保护机构10构成,该保护装置由以非接触方式运动的保护轮40构成,该故障保护机构10安装在从检测到的车身向下延伸的支撑架中。同时,在保护装置14中设置的下部轨道(a)分别安装在左右侧壁(14a)上,该左右侧壁被布置成使朝向其非接触位移计(13)的一对辐射保护轨道和从非接触位移计轨道到保护装置的左右侧壁之间的距离由一对非接触位移计来测量。

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