A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent vehicle parking system
The invention discloses an intelligent vehicle parking system. The intelligent vehicle parking system comprises a three-dimensional frame, a supporting part and a detector; the supporting part comprises a lifting mechanism and a supporting plate, wherein the lifting mechanism and the supporting plate have a height difference; when the detector detects that a vehicle is in a storage state, the lifting mechanism is in a first working state, so that the height difference is gradually reduced to zero; and when the detector detects that the vehicle is in a delivery state, the lifting mechanism is switched from the first working state to a second working state, so that the height difference is in a periodically increased and decreased state. When the intelligent vehicle parking system is used, a supporting plate can move upwards, so that the upper surface of the supporting plate and the upper surface of the supporting plate are located at the same height, and finally the height difference is reduced; and then, a front wheel or a rear wheel can be moved to the supporting plate only by slightly stepping on an accelerator, so that the parking time can be shortened, the parking oil consumption can be reduced, and potential safety hazards can be reduced.
本发明公开了一种智能车辆停放系统，包括立体框架、支撑部和检测器，支撑部包括彼此之间具有高度差的升降机构和支撑板，在检测器检测到车辆处于入库状态的情况下，升降机构处于第一工作状态，使得高度差逐渐减小至零，在检测器检测到车辆处于出库状态的情况下，升降机构由所述第一工作状态切换为所述第二工作状态，使得高度差呈周期性增大和减小的状态。本发明在使用时，托板能够向上移动，进而使得托板的上表面与支撑板的上表面位于同一高度上，最终使得高度差减小，随后只需轻踩油门，前轮或后轮即可移动至支撑板上，进而能够缩短停车时间、停车油耗并且减少安全隐患的发生。
Intelligent vehicle parking system
The invention discloses an intelligent vehicle parking system. The intelligent vehicle parking system comprises a three-dimensional frame, a supporting part and a detector; the supporting part comprises a lifting mechanism and a supporting plate, wherein the lifting mechanism and the supporting plate have a height difference; when the detector detects that a vehicle is in a storage state, the lifting mechanism is in a first working state, so that the height difference is gradually reduced to zero; and when the detector detects that the vehicle is in a delivery state, the lifting mechanism is switched from the first working state to a second working state, so that the height difference is in a periodically increased and decreased state. When the intelligent vehicle parking system is used, a supporting plate can move upwards, so that the upper surface of the supporting plate and the upper surface of the supporting plate are located at the same height, and finally the height difference is reduced; and then, a front wheel or a rear wheel can be moved to the supporting plate only by slightly stepping on an accelerator, so that the parking time can be shortened, the parking oil consumption can be reduced, and potential safety hazards can be reduced.
本发明公开了一种智能车辆停放系统，包括立体框架、支撑部和检测器，支撑部包括彼此之间具有高度差的升降机构和支撑板，在检测器检测到车辆处于入库状态的情况下，升降机构处于第一工作状态，使得高度差逐渐减小至零，在检测器检测到车辆处于出库状态的情况下，升降机构由所述第一工作状态切换为所述第二工作状态，使得高度差呈周期性增大和减小的状态。本发明在使用时，托板能够向上移动，进而使得托板的上表面与支撑板的上表面位于同一高度上，最终使得高度差减小，随后只需轻踩油门，前轮或后轮即可移动至支撑板上，进而能够缩短停车时间、停车油耗并且减少安全隐患的发生。
Intelligent vehicle parking system
一种智能车辆停放系统
2021-10-19
Patent
Electronic Resource
Chinese
IPC:
E04H
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