A floating net type building group characterized by city and countryside integration

Abstract

The invention provides a floating net type building group characterized by city and countryside integration. The floating net type building group comprises a large urban district, medium urban districts, small urban districts, basic level urban districts, urban function zones and rural function zones and also comprises a plurality of water channels in rivers, lakes, seas, canals and ditches and floating bridges floating in the water channels. Each floating bridge at least comprises a longitudinal channel provided with a footway, an electric wheel drive transportation lane and a vacuum magnetic levitation transportation tunnel, and also comprises various public service pipelines for water supply, water drainage, power supply, gas and communication. The floating net type building group is characterized in that the large urban district, the medium urban districts, the small urban districts and part of the basic level urban districts are disposed on the floating bridges in a layered manner; the floating bridges are laid in the rivers, ditches, lakes and seas in a manner of intersecting vertically and horizontally like net lines. The urban and rural building group is distributed along traffic routes continuously as a narrow band; the traffic routes and the pipelines for water supply, water drainage, gas, power supply and communication are arranged in parallel, so that the construction and repair cost is reduced. The city and countryside integration building group structure mode is high in investment efficiency.

Description

technical field [0001] The invention relates to an urban-rural integrated floating net building group. Background technique [0002] The overall layout of the current urban buildings has blocks, belts, rings, series, clusters, constellations, nets, etc., but in fact their common feature is still a densely populated urban area composed of dense buildings. Some scattered building groups form sparsely populated villages, among which railways, highways, rural water conservancy, urban industrial and domestic water supply, sewage treatment, and public facilities such as gas, electricity, communications, culture, entertainment, and transportation take up a lot of land, It consumes a huge amount of people and property, but there are still dead ends in services. Overcrowded urban areas are difficult to overcome traffic congestion. In earthquakes, floods, typhoons, tsunamis and other disasters, dense populations are difficult to evacuate quickly and are vulnerable to greater damage. O...

AI Technical Summary

Problems solved by technology

[0002] The overall layout of the current urban buildings has blocks, belts, rings, series, clusters, constellations, nets, etc., but in fact their common feature is still a densely populated urban area composed of dense buildings. Some scattered building groups form sparsely populated villages, among which railways, highways, rural water conservancy, urban industrial and domestic water supply, sewage treatment, and public facilities such as gas, electricity, communications, culture, entertainment, and transportation take up a lot of land, It consumes a huge amount of people and property, but there are still dead ends in services. Overcrowded urban areas are difficult to overcome traffic congestion. In earthquakes, floods, typhoons, tsunamis and other disasters, dense populations are difficult to evacuate quickly and are vulnerable to greater damage. Overpopulation Sparse rural areas make it difficult to provide rural areas with the same public services as urban ones due to the increased cost of public facilities due to scattered distribution. Existing rural water conservancy projects are also difficult to increase the area of ​​irrigated fields, which limits agricultural production. Urban roads and The construction of underground pipelines requires repeated excavation of the ground, which affects normal production and living order. Existing water, electricity, gas and other pipelines are mostly in the form of branches, and service interruption during fault maintenance will have a large impact and take a long time. Implementation of urban However, it is difficult to avoid the above-mentioned problems, because this is not just a simple problem of population gathering, but also a problem of the layout and structure of all industrial and agricultural public service facilities, that is, the lack of high investment efficiency The disadvantages caused by the urban-rural integration building complex structure, urgently need to solve this problem to eliminate the follow-up huge amount of human and financial resources spent on such unsatisfactory public facilities, so that it can benefit the people more

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