Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-theft new energy vehicle parking space capable of preventing fuel vehicle from parking in
The invention discloses an anti-theft new energy vehicle parking space capable of preventing a fuel vehicle from parking in. The anti-theft new energy vehicle parking space capable of preventing the fuel vehicle from parking in comprises a parking space and a driving wheel braking cavity arranged in the parking space; and a pressure sensor is fixedly arranged at the bottom of the driving wheel braking cavity. According to the anti-theft new energy vehicle parking space capable of preventing the fuel vehicle from parking in, the vehicle can be enabled to stably park on a speed bump after beingdriven in, so that a charging pile is prevented from being collided and damaged due to a backing accident; and meanwhile, after the vehicle is parked, the vehicle can be locked, so that a vehicle stealing accident can be prevented, and parking management is facilitated; and a person only needs to pay a charging fee when needing to use the vehicle, and then the anti-theft new energy vehicle parkingspace capable of preventing the fuel vehicle from parking in is automatically unlocked, so that a vehicle owner can smoothly leave. According to the anti-theft new energy vehicle parking space capable of preventing the fuel vehicle from parking in, whether a parked vehicle is a fuel vehicle or not can be judged by detecting whether the vehicle is charged or not; and if yes, the vehicle can leaveonly by paying punishment fees; the vehicle owner can be helped to park more normatively later while being slightly punished; and meanwhile, automation of the processing process is achieved, the processing efficiency is greatly enhanced, and the labor is saved.
本发明公开了一种防盗并能阻碍燃油车停入的新能源汽车停车位，包括停车位以及设置于所述停车位中的驱动轮制停腔，所述驱动轮制停腔底部固定设有压力传感器，本发明能使汽车开入后稳稳的停与减速带上，防止倒车事故对充电桩的撞击毁坏，同时本发明能在停入后对车进行锁住处理，既能防止偷车事故发生又便于停车的管理，在人需要使用时只需缴纳充电费后本发明自动开锁使得车主能顺利离开，本发明能检测车子是否进行过充电处理来判断停入的车是否为燃油车，若是燃油车则还需缴纳惩戒费才能离开，在对车主略施惩戒的同时帮助车主以后能更规范的停车，同时本发明实现了处理过程自动化，大大提高了处理效率，节省了劳动力。
Anti-theft new energy vehicle parking space capable of preventing fuel vehicle from parking in
The invention discloses an anti-theft new energy vehicle parking space capable of preventing a fuel vehicle from parking in. The anti-theft new energy vehicle parking space capable of preventing the fuel vehicle from parking in comprises a parking space and a driving wheel braking cavity arranged in the parking space; and a pressure sensor is fixedly arranged at the bottom of the driving wheel braking cavity. According to the anti-theft new energy vehicle parking space capable of preventing the fuel vehicle from parking in, the vehicle can be enabled to stably park on a speed bump after beingdriven in, so that a charging pile is prevented from being collided and damaged due to a backing accident; and meanwhile, after the vehicle is parked, the vehicle can be locked, so that a vehicle stealing accident can be prevented, and parking management is facilitated; and a person only needs to pay a charging fee when needing to use the vehicle, and then the anti-theft new energy vehicle parkingspace capable of preventing the fuel vehicle from parking in is automatically unlocked, so that a vehicle owner can smoothly leave. According to the anti-theft new energy vehicle parking space capable of preventing the fuel vehicle from parking in, whether a parked vehicle is a fuel vehicle or not can be judged by detecting whether the vehicle is charged or not; and if yes, the vehicle can leaveonly by paying punishment fees; the vehicle owner can be helped to park more normatively later while being slightly punished; and meanwhile, automation of the processing process is achieved, the processing efficiency is greatly enhanced, and the labor is saved.
本发明公开了一种防盗并能阻碍燃油车停入的新能源汽车停车位，包括停车位以及设置于所述停车位中的驱动轮制停腔，所述驱动轮制停腔底部固定设有压力传感器，本发明能使汽车开入后稳稳的停与减速带上，防止倒车事故对充电桩的撞击毁坏，同时本发明能在停入后对车进行锁住处理，既能防止偷车事故发生又便于停车的管理，在人需要使用时只需缴纳充电费后本发明自动开锁使得车主能顺利离开，本发明能检测车子是否进行过充电处理来判断停入的车是否为燃油车，若是燃油车则还需缴纳惩戒费才能离开，在对车主略施惩戒的同时帮助车主以后能更规范的停车，同时本发明实现了处理过程自动化，大大提高了处理效率，节省了劳动力。
Anti-theft new energy vehicle parking space capable of preventing fuel vehicle from parking in
一种防盗并能阻碍燃油车停入的新能源汽车停车位
LIU XIETONG (Autor:in)
22.12.2020
Patent
Elektronische Ressource
Chinesisch
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