A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving green house building structure
The invention provides an energy-saving green house building structure which comprises an outer wall body, a main wall body arranged on the inner side of the outer wall body, an inner wall body arranged on the inner side of the main wall body, a heat preservation interlayer arranged between the main wall body and the inner wall body, and a plurality of dredging pipes and ventilation pipes arranged in the heat preservation interlayer. At least one group of the breather pipes is communicated with an adjusting pipe pre-buried on the inner wall body; a plurality of first temperature sensors are arranged in the heat preservation interlayer, a plurality of second temperature sensors are arranged in the house body, and the control device receives first temperature data and second temperature data collected by the first temperature sensors and the second temperature sensors in real time. A regulation and control plan arranged in the control device is called based on comprehensive judgment of the first temperature data and the second temperature data, a regulation and control command is selected based on the regulation and control plan to control the flow direction of airflow in the heat preservation interlayer or filling of the airflow so as to form an exchange layer, and the temperature in the house body is controlled based on the exchange layer.
本发明提供了一种节能绿色房屋建筑结构，包括外墙体，在外墙体内侧设置有主墙体，在主墙体内侧设置有内墙体，在所述主墙体和内墙体之间设置有一保温夹层，该保温夹层内设置有多个疏导管以及通气管，所述通气管中至少有一组与预埋在内墙体上的调节管连通；在所述保温夹层内设置有多个第一温度传感器以及房屋主体内部设置有多个第二温度传感器，控制装置，实时接收第一温度传感器和第二温度传感器采集到的第一温度数据和第二温度数据，基于第一温度数据和第二温度数据的综合判断以调取设置在控制装置内的调控预案，基于调控预案选择调控命令以控制保温夹层内气流的流向或气流的填充以形成一个交换层，基于交换层来控制房屋主体内的温度。
Energy-saving green house building structure
The invention provides an energy-saving green house building structure which comprises an outer wall body, a main wall body arranged on the inner side of the outer wall body, an inner wall body arranged on the inner side of the main wall body, a heat preservation interlayer arranged between the main wall body and the inner wall body, and a plurality of dredging pipes and ventilation pipes arranged in the heat preservation interlayer. At least one group of the breather pipes is communicated with an adjusting pipe pre-buried on the inner wall body; a plurality of first temperature sensors are arranged in the heat preservation interlayer, a plurality of second temperature sensors are arranged in the house body, and the control device receives first temperature data and second temperature data collected by the first temperature sensors and the second temperature sensors in real time. A regulation and control plan arranged in the control device is called based on comprehensive judgment of the first temperature data and the second temperature data, a regulation and control command is selected based on the regulation and control plan to control the flow direction of airflow in the heat preservation interlayer or filling of the airflow so as to form an exchange layer, and the temperature in the house body is controlled based on the exchange layer.
本发明提供了一种节能绿色房屋建筑结构，包括外墙体，在外墙体内侧设置有主墙体，在主墙体内侧设置有内墙体，在所述主墙体和内墙体之间设置有一保温夹层，该保温夹层内设置有多个疏导管以及通气管，所述通气管中至少有一组与预埋在内墙体上的调节管连通；在所述保温夹层内设置有多个第一温度传感器以及房屋主体内部设置有多个第二温度传感器，控制装置，实时接收第一温度传感器和第二温度传感器采集到的第一温度数据和第二温度数据，基于第一温度数据和第二温度数据的综合判断以调取设置在控制装置内的调控预案，基于调控预案选择调控命令以控制保温夹层内气流的流向或气流的填充以形成一个交换层，基于交换层来控制房屋主体内的温度。
Energy-saving green house building structure
一种节能绿色房屋建筑结构
ZHAO WEI (author) / TANG DESHUANG (author) / HUANG NING (author) / CHEN SHUMEI (author) / ZHANG LIANGSHEN (author)
2022-09-13
Patent
Electronic Resource
Chinese