A platform for research: civil engineering, architecture and urbanism
The invention discloses an urban planning method based on a plot ratio control technology. According to the method, backfilling of land is carried out at a roadside, grid dividing is carried out on the backfilled land by adopting stone bricks, lawns and shrubs are planted in the land subjected to stone plate grid dividing, an irrigation opening is reserved between every two grid dividing stone plates, irrigation pipes are inserted in the irrigation openings I, the lawns and shrubs are planted on the two sides of a garden path, the two sides of the garden path are tightly connected to the lawns, cobblestones are laid in a middle area of the garden path, ceramic tiles are laid on the two sides, the irrigation pipes are pre-buried in the backfilled land of a garden, irrigation openings II areformed in the bottoms of the irrigation pipes, all the irrigation pipes communicates with a main pipe, the main pipe is connected to a water supply position, a rainwater irrigation groove is reservedin each irrigation pipe, rainwater are collected to irrigate the lawns and the shrubs in a reserved mode, and therefore the residential landscape plot ratio can be effectively planned, the space andland occupation proportion of greenbelts is scientifically divided, and the living comfort of residents is improved.
本发明公开了一种基于容积率控制技术的城市规划方法,在路边进行土地的回填,在回填的土地中采用石砖进行分格处理,在石板分格后的土地中,对草坪和灌木进行种植,在分格石板之间预留一个浇灌口,将浇灌管安插在其中,在花园小路的两侧进行草坪和灌木的种植,花园小路的两侧与草坪紧密相连,花园小路中间区域铺上鹅卵石,两侧铺设瓷砖,在花园回填的土地中预埋浇灌管,使浇灌管的底部开设有浇灌口,将所有的浇灌管连通在一根总管上,并将总管连接在供水处,在浇灌管上预留雨水浇灌槽,对草坪灌木进行收集预留浇灌,能够有效的对小区绿化容积率进行规划,科学的划分绿地的空间与土地占有比例,提升居民的居住舒适度。
The invention discloses an urban planning method based on a plot ratio control technology. According to the method, backfilling of land is carried out at a roadside, grid dividing is carried out on the backfilled land by adopting stone bricks, lawns and shrubs are planted in the land subjected to stone plate grid dividing, an irrigation opening is reserved between every two grid dividing stone plates, irrigation pipes are inserted in the irrigation openings I, the lawns and shrubs are planted on the two sides of a garden path, the two sides of the garden path are tightly connected to the lawns, cobblestones are laid in a middle area of the garden path, ceramic tiles are laid on the two sides, the irrigation pipes are pre-buried in the backfilled land of a garden, irrigation openings II areformed in the bottoms of the irrigation pipes, all the irrigation pipes communicates with a main pipe, the main pipe is connected to a water supply position, a rainwater irrigation groove is reservedin each irrigation pipe, rainwater are collected to irrigate the lawns and the shrubs in a reserved mode, and therefore the residential landscape plot ratio can be effectively planned, the space andland occupation proportion of greenbelts is scientifically divided, and the living comfort of residents is improved.
本发明公开了一种基于容积率控制技术的城市规划方法,在路边进行土地的回填,在回填的土地中采用石砖进行分格处理,在石板分格后的土地中,对草坪和灌木进行种植,在分格石板之间预留一个浇灌口,将浇灌管安插在其中,在花园小路的两侧进行草坪和灌木的种植,花园小路的两侧与草坪紧密相连,花园小路中间区域铺上鹅卵石,两侧铺设瓷砖,在花园回填的土地中预埋浇灌管,使浇灌管的底部开设有浇灌口,将所有的浇灌管连通在一根总管上,并将总管连接在供水处,在浇灌管上预留雨水浇灌槽,对草坪灌木进行收集预留浇灌,能够有效的对小区绿化容积率进行规划,科学的划分绿地的空间与土地占有比例,提升居民的居住舒适度。
Urban planning method based on plot ratio control technology
一种基于容积率控制技术的城市规划方法
LIU DE (author)
2021-03-09
Patent
Electronic Resource
Chinese
IPC:
A01G
Gartenbau
,
HORTICULTURE
/
E01C
Bau von Straßen, Sportplätzen oder dgl., Decken dafür
,
CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE
/
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
E03F
SEWERS
,
Abwasserkanäle
Green plot ratio: an ecological measure for architecture and urban planning
Online Contents | 2003
|GIS Technology Applied in Urban Plot Ratio Statistics and Land Suitability Evaluation
British Library Conference Proceedings | 2014
|SUSTAINABLE PLOT-BASED URBAN REGENERATION AND TRADITIONAL MASTER PLANNING PRACTICE IN GLASGOW
Online Contents | 2016
|