Building equpped with public corridor

Abstract

The present invention relates to one kind of building equipped with public corridor with two or more lighting and ventilating gullets. The vertical gullet is formed with the notched outer walls in continuous stories and has windows or doors in the side wall and communicating ports to the corridors. The gullet provides the corridors and near rooms with ventilation and light. The building of the present invention has the advantages of improved ventilating and lighting, increased depth, saving in land, low power consumption, low cost, etc.

Description

【Technical field】 [0001] The invention belongs to the field of architecture, and relates to a multi-storey building with a public inner corridor, in particular to a residence, apartment, dormitory, office building or guest room of a hotel with a public inner corridor. 【Background technique】 [0002] In order to build more houses on limited land or to increase the distance between buildings, it is often necessary to build buildings with a large depth. Buildings with a large depth also have the advantage of lower construction costs per unit area and lower operating and management costs. In summer, the area of ​​its exterior wall receiving direct sunlight is relatively small, which has the advantage of saving air conditioning energy consumption. The plane of the large-depth building is often made into an inner corridor. The rooms of independent units are distributed on both sides of the inner corridor. The entrances of the use units are opened on the inner corridor. The layou...

AI Technical Summary

Problems solved by technology

Existing corridor-style buildings cannot meet this demand

[0007] Existing interior corridor buildings, especially residences, still have the following defects: 1. The kitchen and bathroom near the outer wall are not conducive to the facade shape; 3. It is inconvenient to hide risers: risers that are difficult to handle on the facade generally include rainwater risers, drainage risers (including sewage risers), ventilation pipes and pipes. Smaller diameter gas pipes, water supply pipes, etc., if these pipes are installed on the facade of the building, it is like intestines hanging all over the facade of the building, which is ugly and disgusting. If you want to hide these risers in the building, it will not only occupy the building area (increase the construction cost), but also cause time-consuming and laborious, cost-intensive and difficult maintenance and replacement in the future; 4. Existing inner corridor buildings The depth is small, and the small depth has the following defects: a. The small depth makes the building length-to-width ratio too large: According to the "Reinforced Concrete High-rise Building Structure Design and Construction Regulations", the building length-to-width ratio in 6-degree and 7-degree earthquake areas should be less than Equal to 6, 8 degrees and 9 degrees are less than or equal to 5, and the smaller depth means that the length of the building cannot be made longer; b. The land utilization rate of small depth buildings is low, and land resources are of strategic significance to the country. For the area Smaller ones are only suitable for the construction of a row or one building. Smaller depths can only be used to build a smaller building area. For residential areas with controlled plot ratios, the use of small depths of buildings will make the distance between buildings smaller, resulting in poor sightlines. Serious interference; c. Due to the small depth, the aspect ratio of the building is relatively large, which is unfavorable to the structure; d. Due to the small depth, the proportion of the architectural shape is uncoordinated, and the shape is thin; The utilization rate of other equipment is low, the cost of construction and use management is relatively high, and the economic benefit is poor

Images