An underground parking lot model map is a detailed illustration or representation of an underground parking facility, typically showing the layout, dimensions, and features of the parking spaces, exits, and entry points. It is often used for planning, design, and presentation purposes in architecture and civil engineering.

An underground parking lot floor plan legend is a visual guide that provides symbols and explanations for various elements found in an underground parking lot, such as parking spaces, elevators, stairwells, and emergency exits. It helps users navigate the parking area effectively.

The design of underground parking lots involves considerations such as structural integrity, ventilation, lighting, accessibility, and safety. It requires planning for efficient space utilization and ensuring compliance with building codes and regulations.

An underground parking lot floor plan is a detailed drawing that illustrates the layout of an underground parking facility. It typically includes the placement of parking spaces, aisles, elevators, staircases, and other relevant features. These plans are essential for the design, construction, and management of underground parking facilities to ensure efficient use of space and safety for users.

A circular parking lot is a type of parking facility designed to accommodate vehicles in a circular pattern. Intention maps are visual representations used to depict the planned layout or concept of a project. In this case, the 'intention map' refers to a visual depiction of the proposed circular parking lot design.

Building parking design refers to the planning, layout, and construction of parking spaces for vehicles in urban environments. It involves considerations of space efficiency, safety, accessibility, and environmental impact. Key aspects include determining the number of parking spaces, choosing appropriate parking layouts (e.g., surface parking, structured parking), ensuring compliance with local codes and standards, and incorporating sustainable design principles.

Logistics park parking design refers to the planning and construction of parking facilities within a logistics park. It involves aspects such as layout, capacity, traffic flow management, and environmental considerations. Key factors include optimizing space utilization, ensuring efficient vehicle access, and integrating with the overall logistics park layout.

Hotel parking lot design involves planning and organizing the layout, accessibility, and safety features of the parking area for guests. Key considerations include efficient space utilization, adequate lighting, clear signage, and integration with the hotel's overall design. Safety measures such as surveillance cameras, clear exits, and emergency exits are also essential. Sustainable design elements, such as rainwater harvesting and solar lighting, can be integrated for environmental friendliness.

Residential parking design involves planning and constructing parking facilities for residential buildings. It includes considerations such as space optimization, accessibility, safety, and aesthetics. Key factors include compliance with local building codes, integration with the building's architecture, and provision for future expansions.

Unit parking lot design refers to the planning and construction of parking facilities within a specific area, such as an office building, residential complex, or commercial center. It involves considerations for layout, capacity, accessibility, safety, and sustainability.

Museum parking lot design involves creating a functional and aesthetically pleasing area for visitors to park their vehicles. It includes considerations such as the size and layout of the parking area, accessibility, safety measures, and integration with the museum's overall design.

The design of charging parking facilities involves integrating electric vehicle charging stations into parking lots. Key considerations include the layout of charging stations, power supply infrastructure, connectivity to the grid, and user experience. It is essential to ensure that the facilities are user-friendly, efficient, and sustainable.

Parking lot design is a specialized field within landscape architecture and civil engineering. It involves planning, siting, and engineering of parking facilities. Key considerations include traffic flow, accessibility, safety, and environmental impact. Proper design ensures efficient use of space, minimizes land take, and provides a comfortable experience for users.

An underground two-level parking lot floor plan is a detailed drawing that shows the layout of parking spaces, aisles, and exits in an underground parking facility with two levels. It typically includes dimensions, labels for different sections, and sometimes also includes elevations or cross-sections to show the vertical structure of the parking lot.

Parking lot design refers to the planning and construction of parking spaces for vehicles. This includes considerations such as layout, accessibility, safety, and environmental impact. Design elements often include signage, lighting, and drainage systems. It is important for designers to ensure that parking lots are user-friendly, efficient, and comply with local regulations.

ETC parking lot design drawings refer to the architectural and layout plans for parking lots that are specifically designed for Electronic Toll Collection (ETC) systems. These designs typically include detailed schematics of the parking area, entry and exit points, toll collection lanes, and any necessary signage or road markings. ETC parking lots are designed to streamline the toll payment process, allowing for quicker traffic flow and more efficient use of space.

A rendering of a parking lot with an area of 60 square meters, typically showcasing the layout, design, and architectural features of the parking space. Renderings are used to visualize and plan the structure of parking lots before they are constructed.

The design of parking lots in China focuses on maximizing space efficiency, ensuring safety, and integrating with the surrounding urban environment. Common features include multi-level parking structures, green spaces for water conservation, and incorporating sustainable design principles. These parking lots also adhere to local building codes and accessibility standards.

An ultra-light clay parking lot scene diagram is an illustration showing a parking lot designed with ultra-light clay materials. Ultra-light clay is a type of lightweight, eco-friendly clay material used in construction for its low density and excellent thermal insulation properties. The diagram would typically include representations of parking spaces, buildings, and surrounding landscape, emphasizing the use of ultra-light clay in the design.