A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a three-dimensional parking device for an underground parking lot and a vehicle parking and picking method thereof. The three-dimensional parking device comprises at least one group of parking frames, wherein each group of parking frames are arranged side by side; N upper-layer parking spaces are arranged at the upper part of each group of parking frames side by side; N is greater than or equal to 2; each upper-layer parking space is provided with a lifting bracket; a corresponding lower-layer parking space is arranged below each upper-layer parking space; each lifting bracket can descend into the corresponding lower-layer parking space below; and N-1 transverse moving brackets are arranged in the lower-layer parking spaces in total. According to the three-dimensional parking device, 1-2 managers are arranged in a vehicle delivery area to guide a driver to park a vehicle, and the managers do not need to patrol, so that the labor cost of a parking lot operation unit and the labor intensity of the managers are greatly reduced, the storage of each vehicle can be completed under the guidance of the managers, and the occurrence frequency of the vehicle damage phenomenon is reduced.
一种地下停车场用立体存车装置及其存取车辆的方法，包括至少一组存车框架，各组存车框架并排设置，每组存车框架上部均并排设置N个上层存车位，N大于或等于2，各上层存车位均有一个升降托架，各上层存车位下方均设置一个对应的下层存车位，各升降托架均能够下降至下方对应的下层存车位内，下层存车位内总共设置N‑1个横移托架。交车区内设置1‑2名管理人员就可引导驾驶员停放车辆，管理人员不需进行巡查，大幅降低了停车场运营单位的人力成本及管理人员的劳动强度，并能够实现每辆车的存放都在管理人员的引导下完成，有利于降低车辆受损现象的发生次数。
The invention provides a three-dimensional parking device for an underground parking lot and a vehicle parking and picking method thereof. The three-dimensional parking device comprises at least one group of parking frames, wherein each group of parking frames are arranged side by side; N upper-layer parking spaces are arranged at the upper part of each group of parking frames side by side; N is greater than or equal to 2; each upper-layer parking space is provided with a lifting bracket; a corresponding lower-layer parking space is arranged below each upper-layer parking space; each lifting bracket can descend into the corresponding lower-layer parking space below; and N-1 transverse moving brackets are arranged in the lower-layer parking spaces in total. According to the three-dimensional parking device, 1-2 managers are arranged in a vehicle delivery area to guide a driver to park a vehicle, and the managers do not need to patrol, so that the labor cost of a parking lot operation unit and the labor intensity of the managers are greatly reduced, the storage of each vehicle can be completed under the guidance of the managers, and the occurrence frequency of the vehicle damage phenomenon is reduced.
一种地下停车场用立体存车装置及其存取车辆的方法，包括至少一组存车框架，各组存车框架并排设置，每组存车框架上部均并排设置N个上层存车位，N大于或等于2，各上层存车位均有一个升降托架，各上层存车位下方均设置一个对应的下层存车位，各升降托架均能够下降至下方对应的下层存车位内，下层存车位内总共设置N‑1个横移托架。交车区内设置1‑2名管理人员就可引导驾驶员停放车辆，管理人员不需进行巡查，大幅降低了停车场运营单位的人力成本及管理人员的劳动强度，并能够实现每辆车的存放都在管理人员的引导下完成，有利于降低车辆受损现象的发生次数。
Three-dimensional parking device for underground parking lot and vehicle parking and picking method thereof
地下停车场用立体存车装置及其存取车辆的方法
LI YUERAN (author)
2020-12-25
Patent
Electronic Resource
Chinese
IPC:
E04H
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