Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a building body temperature control system based on polymorphic monitoring, and relates to the technical field of building temperature control. According to the invention, a second internal temperature sensor is movably installed in a second end side sensing box body; one end side of a copper core heat conduction rod is provided with a thermal contact conical groove used for installing a thermal contact conical body in a matched mode. A plurality of internal temperature sensing mechanisms for sensing and detecting heat insulation gaps are arranged on the inner side of an indoor mounting interlayer plate; a plurality of gap heating mechanisms are mounted on the inner side of the indoor mounting interlayer plate; a plurality of external temperature sensing mechanismsfor sensing and detecting the indoor temperature are arranged on the outer side of the indoor mounting interlayer plate; and an internal heating mechanism mounted on the indoor side surface of the building wall body is arranged on the inner peripheral side of a first internal heat insulation frame box. According to the invention, the temperature rise operation of the building wall body is efficiently realized in a linear manner, the loss of indoor air temperature and heat is reduced, and the heat equalization distribution of the whole stepped heating on the indoor side of the building wall body is also ensured.
本发明公开了一种基于多态化监测的建筑体温控系统，涉及建筑温控技术领域。本发明中：第二端侧传感盒体内活动安装有第二内位温度传感器；铜芯导热杆的一端侧开设有用于配合安装热接触锥形体的热接触锥形槽。室内安装隔层板的内侧设置有若干用于传感检测隔热间隙的内位温度传感机构；室内安装隔层板的内侧装设有若干空隙加热机构；室内安装隔层板的外侧设置有若干用于传感检测室内温度的外位温度传感机构；第一内位隔热框盒内围侧设置有安装在建筑墙体的室内侧面上的内位加热机构。本发明高效线性化实现对建筑墙体的温度上升操作，减少了室内空气温度、热量的流失，也保证了建筑墙体室内侧的整个梯段式加热的热量均衡化分布。
The invention discloses a building body temperature control system based on polymorphic monitoring, and relates to the technical field of building temperature control. According to the invention, a second internal temperature sensor is movably installed in a second end side sensing box body; one end side of a copper core heat conduction rod is provided with a thermal contact conical groove used for installing a thermal contact conical body in a matched mode. A plurality of internal temperature sensing mechanisms for sensing and detecting heat insulation gaps are arranged on the inner side of an indoor mounting interlayer plate; a plurality of gap heating mechanisms are mounted on the inner side of the indoor mounting interlayer plate; a plurality of external temperature sensing mechanismsfor sensing and detecting the indoor temperature are arranged on the outer side of the indoor mounting interlayer plate; and an internal heating mechanism mounted on the indoor side surface of the building wall body is arranged on the inner peripheral side of a first internal heat insulation frame box. According to the invention, the temperature rise operation of the building wall body is efficiently realized in a linear manner, the loss of indoor air temperature and heat is reduced, and the heat equalization distribution of the whole stepped heating on the indoor side of the building wall body is also ensured.
本发明公开了一种基于多态化监测的建筑体温控系统，涉及建筑温控技术领域。本发明中：第二端侧传感盒体内活动安装有第二内位温度传感器；铜芯导热杆的一端侧开设有用于配合安装热接触锥形体的热接触锥形槽。室内安装隔层板的内侧设置有若干用于传感检测隔热间隙的内位温度传感机构；室内安装隔层板的内侧装设有若干空隙加热机构；室内安装隔层板的外侧设置有若干用于传感检测室内温度的外位温度传感机构；第一内位隔热框盒内围侧设置有安装在建筑墙体的室内侧面上的内位加热机构。本发明高效线性化实现对建筑墙体的温度上升操作，减少了室内空气温度、热量的流失，也保证了建筑墙体室内侧的整个梯段式加热的热量均衡化分布。
Building body temperature control system based on polymorphic monitoring
一种基于多态化监测的建筑体温控系统
ZHAO MING (Autor:in)
05.02.2021
Patent
Elektronische Ressource
Chinesisch
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