A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Low-carbon high-efficiency composite underground intelligent parking garage and vehicle access control method
The invention discloses a low-carbon high-efficiency composite underground intelligent parking garage which is sequentially divided into a surface layer area, a shallow layer area and a deep layer area from top to bottom. The surface layer area is built on the ground and comprises a lifting equipment layer and a vehicle storing and taking layer. The vehicle access layer is communicated with the entrance; the shallow layer area and the deep layer area are built underground and are communicated with each other, and a plurality of parking layers are uniformly distributed in the shallow layer area and the deep layer area; the bottom area of the shallow region is larger than the top area of the deep region; the device further comprises a lifting system. The rectangular multi-layer parking area on the upper portion is combined with the circular parking garage on the lower portion, large-capacity parking spaces are provided, a multi-layer lifting and translation parking system and a lifting and lifting system are matched, efficient intelligent parking and taking of multiple cars are achieved at the same time, and meanwhile the low-carbon functions of a photovoltaic energy storage and power supply low-energy-consumption system, automatic charging, automatic car washing and the like are achieved; the parking and taking efficiency is remarkably improved, the vehicle taking time is shortened, the user experience is improved, the unit investment and operation cost are reduced on the whole, and the commercial investment value of underground bay development can be improved.
本发明公开了一种低碳高效率复合地下智能停车库，自上至下依次分为，表层区、浅层区以及深层区；表层区建于地面上，包括起吊设备层和存取车层；存取车层与出入口连通；浅层区和深层区建于地面下，并相互连通，浅层区以及深层区内部均布设有多层停车层；浅层区底面面积大于深层区顶面面积；还包括升降系统；本发明上部长方体形多层停车区结合下部圆形停车库，提供大容量停车位，配套多层升降平移停车系统以及起吊升降系统，实现多车同时高效率智能存取、同时兼具光伏蓄能供电低能耗系统、自动充电、自动洗车等低碳功能，显著提升存取效率、缩短取车时间，提升用户体验，整体上降低单位投资和运营成本，能提升此类地下开间开发的商业投资价值。
Low-carbon high-efficiency composite underground intelligent parking garage and vehicle access control method
The invention discloses a low-carbon high-efficiency composite underground intelligent parking garage which is sequentially divided into a surface layer area, a shallow layer area and a deep layer area from top to bottom. The surface layer area is built on the ground and comprises a lifting equipment layer and a vehicle storing and taking layer. The vehicle access layer is communicated with the entrance; the shallow layer area and the deep layer area are built underground and are communicated with each other, and a plurality of parking layers are uniformly distributed in the shallow layer area and the deep layer area; the bottom area of the shallow region is larger than the top area of the deep region; the device further comprises a lifting system. The rectangular multi-layer parking area on the upper portion is combined with the circular parking garage on the lower portion, large-capacity parking spaces are provided, a multi-layer lifting and translation parking system and a lifting and lifting system are matched, efficient intelligent parking and taking of multiple cars are achieved at the same time, and meanwhile the low-carbon functions of a photovoltaic energy storage and power supply low-energy-consumption system, automatic charging, automatic car washing and the like are achieved; the parking and taking efficiency is remarkably improved, the vehicle taking time is shortened, the user experience is improved, the unit investment and operation cost are reduced on the whole, and the commercial investment value of underground bay development can be improved.
本发明公开了一种低碳高效率复合地下智能停车库，自上至下依次分为，表层区、浅层区以及深层区；表层区建于地面上，包括起吊设备层和存取车层；存取车层与出入口连通；浅层区和深层区建于地面下，并相互连通，浅层区以及深层区内部均布设有多层停车层；浅层区底面面积大于深层区顶面面积；还包括升降系统；本发明上部长方体形多层停车区结合下部圆形停车库，提供大容量停车位，配套多层升降平移停车系统以及起吊升降系统，实现多车同时高效率智能存取、同时兼具光伏蓄能供电低能耗系统、自动充电、自动洗车等低碳功能，显著提升存取效率、缩短取车时间，提升用户体验，整体上降低单位投资和运营成本，能提升此类地下开间开发的商业投资价值。
Low-carbon high-efficiency composite underground intelligent parking garage and vehicle access control method
一种低碳高效率复合地下智能停车库及存取车控制方法
XU FANGCAI (author) / JIANG ZHIAN (author) / CHEN ZHENHUA (author) / DUAN RUITAO (author) / SUN LIANG (author) / SU HANG (author) / SONG YAJING (author) / YANG SHUANG (author)
2023-12-29
Patent
Electronic Resource
Chinese
IPC:
E04H
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