A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rotary system capable of automatically identifying and controlling automobile direction
The invention discloses a rotary system capable of automatically identifying and controlling an automobile direction. The rotary system comprises a controller and an automobile rotary table, wherein the automobile rotary table comprises a rotary power system, a rotary disk and a direction detection module; the annular direction detection module is arranged on the lower plane of the rotary disk along the outer circumferential edge; the direction detection module is connected with the controller and is used for detecting the direction of an automobile driving into the rotary disk; the rotary power system comprises a servo motor and a speed reducer; and an angle sensor is connected with an output shaft of the servo motor or an output shaft of the speed reducer; the angle sensor is connected with the controller. According to the system disclosed by the invention, a rotary angle is automatically detected, judged and controlled, so that a driver can quickly and correctly finish rotary warehousing of the automobile; the warehousing and ex-warehousing efficiency of the automobile is improved, the turning and frequent steering operation of the automobile is reduced, the driving difficulty of automobile parking and taking is reduced, and the requirement on a passing site of a front level of a garage is reduced; and even if the system is used in a narrow site, a stereo garage can also be mounted and used, so that the application occasions of the stereo garage are greatly expanded.
本发明公开了一种自动识别和控制汽车方向的回转系统，包括控制器、汽车回转台，汽车回转台包括回转动力系统、回转盘和方向检测模块，回转盘下平面上沿外圆周边设有环形的方向检测模块，方向检测模块与控制器相联，用于检测驶入回转盘的汽车方向，回转动力系统包括伺服电机和减速机，角度传感器与伺服电机输出轴或减速机输出轴相连，该角度传感器与控制器相联。本发明系统通过自动方向检测判定及自动控制回转角度，司机可以快速、正确地完成汽车回转入库，提高了车辆入、出库效率，减少了车辆调头、频繁转向操作，降低了存取车驾驶难度，降低了对车库前坪通行场地的要求，即使在狭窄场地，也能安装使用立体车库，大大拓展了立体车库应用场合。
Rotary system capable of automatically identifying and controlling automobile direction
The invention discloses a rotary system capable of automatically identifying and controlling an automobile direction. The rotary system comprises a controller and an automobile rotary table, wherein the automobile rotary table comprises a rotary power system, a rotary disk and a direction detection module; the annular direction detection module is arranged on the lower plane of the rotary disk along the outer circumferential edge; the direction detection module is connected with the controller and is used for detecting the direction of an automobile driving into the rotary disk; the rotary power system comprises a servo motor and a speed reducer; and an angle sensor is connected with an output shaft of the servo motor or an output shaft of the speed reducer; the angle sensor is connected with the controller. According to the system disclosed by the invention, a rotary angle is automatically detected, judged and controlled, so that a driver can quickly and correctly finish rotary warehousing of the automobile; the warehousing and ex-warehousing efficiency of the automobile is improved, the turning and frequent steering operation of the automobile is reduced, the driving difficulty of automobile parking and taking is reduced, and the requirement on a passing site of a front level of a garage is reduced; and even if the system is used in a narrow site, a stereo garage can also be mounted and used, so that the application occasions of the stereo garage are greatly expanded.
本发明公开了一种自动识别和控制汽车方向的回转系统，包括控制器、汽车回转台，汽车回转台包括回转动力系统、回转盘和方向检测模块，回转盘下平面上沿外圆周边设有环形的方向检测模块，方向检测模块与控制器相联，用于检测驶入回转盘的汽车方向，回转动力系统包括伺服电机和减速机，角度传感器与伺服电机输出轴或减速机输出轴相连，该角度传感器与控制器相联。本发明系统通过自动方向检测判定及自动控制回转角度，司机可以快速、正确地完成汽车回转入库，提高了车辆入、出库效率，减少了车辆调头、频繁转向操作，降低了存取车驾驶难度，降低了对车库前坪通行场地的要求，即使在狭窄场地，也能安装使用立体车库，大大拓展了立体车库应用场合。
Rotary system capable of automatically identifying and controlling automobile direction
一种自动识别和控制汽车方向的回转系统
GAO XIAOHAN (author) / LUO BINFEI (author) / CHEN LIANG (author) / PENG LI (author)
2021-12-10
Patent
Electronic Resource
Chinese
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