A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a high-stability anti-rollover climbing rail car and a climbing method thereof. The invention belongs to the technical field of touring equipment. According to the high-stability anti-rollover climbing rail car, a proper number of gravity center transfer rods can be directly modified and equipped on the existing rail car; firstly, the gravity center of the rail car is further lowered; the overall stability of the rail car in the whole running process is improved; secondly, the gravity center transfer rod can automatically move according to the inclination angle of the rail car during climbing; the internal magnetic balancing weight is controlled to perform dynamic position adjustment based on the action of magnetic adsorption; the dynamic response speed is extremelyhigh, and the delay is extremely low; meanwhile, the magnetic balancing weight can be braked by sections; the gravity center of the rail car is ensured to be always in a safe range, the dangerous situation that the rail car rolls over during climbing is avoided to a great extent, the refitting cost is extremely low, the rail car does not need to be refitted, the running cost of the rail car is effectively controlled, meanwhile, the stability of the rail car during climbing is greatly improved, and rollover is effectively avoided.
本发明公开了一种高稳定性防侧翻爬坡轨道车及其爬坡方法，属于游览设备技术领域，本发明可以实现直接在现有的轨道车上改装配备合适数量的重心转移杆，首先将轨道车的重心进一步压低，提高轨道车全程运行时的整体稳定性，其次重心转移杆可以自动根据轨道车爬坡时的倾斜角度，基于磁力吸附的作用控制内部的磁性配重块进行动态位置调整，且动态响应速度极快、延迟极低，同时可以分段制动磁性配重块，保证轨道车的重心始终处于安全范围内，极大程度上避免轨道车出现爬坡时侧翻的危险情况，改装成本极低，无需对轨道进行改装，有效控制轨道车运行成本的同时，大大提升轨道车爬坡时的稳定性，有效避免侧翻。
The invention discloses a high-stability anti-rollover climbing rail car and a climbing method thereof. The invention belongs to the technical field of touring equipment. According to the high-stability anti-rollover climbing rail car, a proper number of gravity center transfer rods can be directly modified and equipped on the existing rail car; firstly, the gravity center of the rail car is further lowered; the overall stability of the rail car in the whole running process is improved; secondly, the gravity center transfer rod can automatically move according to the inclination angle of the rail car during climbing; the internal magnetic balancing weight is controlled to perform dynamic position adjustment based on the action of magnetic adsorption; the dynamic response speed is extremelyhigh, and the delay is extremely low; meanwhile, the magnetic balancing weight can be braked by sections; the gravity center of the rail car is ensured to be always in a safe range, the dangerous situation that the rail car rolls over during climbing is avoided to a great extent, the refitting cost is extremely low, the rail car does not need to be refitted, the running cost of the rail car is effectively controlled, meanwhile, the stability of the rail car during climbing is greatly improved, and rollover is effectively avoided.
本发明公开了一种高稳定性防侧翻爬坡轨道车及其爬坡方法，属于游览设备技术领域，本发明可以实现直接在现有的轨道车上改装配备合适数量的重心转移杆，首先将轨道车的重心进一步压低，提高轨道车全程运行时的整体稳定性，其次重心转移杆可以自动根据轨道车爬坡时的倾斜角度，基于磁力吸附的作用控制内部的磁性配重块进行动态位置调整，且动态响应速度极快、延迟极低，同时可以分段制动磁性配重块，保证轨道车的重心始终处于安全范围内，极大程度上避免轨道车出现爬坡时侧翻的危险情况，改装成本极低，无需对轨道进行改装，有效控制轨道车运行成本的同时，大大提升轨道车爬坡时的稳定性，有效避免侧翻。
High-stability anti-rollover climbing rail car and climbing method thereof
一种高稳定性防侧翻爬坡轨道车及其爬坡方法
HE KAI (author)
2020-08-18
Patent
Electronic Resource
Chinese
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