A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-condensation heating temperature control glass curtain wall for passive house
The invention provides an anti-condensation heating temperature control glass curtain wall for a passive house. The anti-condensation heating temperature control glass curtain wall comprises a temperature control switch, a power source, a temperature sensor, a frame and double-layer hollow glass; the double-layer hollow glass comprises indoor side glass and outdoor side low-e coating glass; argon is filled between the indoor side glass and the outdoor side low-e coating glass to form an argon layer; the inner side of the indoor side glass is coated with a transparent conductive coating, the edge of the transparent conductive coating is coated with a conductive silver paste layer, and the transparent conductive coating and the conductive silver paste layer are covered with a rare earth nano heat insulation coating; the double-layer hollow glass is mounted on the frame; the frame is provided with a conductive silver paste joint, and the conductive silver paste joint, the temperature control switch and the power source form a closed loop; the temperature sensor is arranged on the double-layer hollow glass and is connected with the temperature control switch. According to the anti-condensation heating temperature control glass curtain wall, the original thickness and weight of the curtain wall are reduced through electric heating, heat insulation, heat storage and self-heating modes, and meanwhile the anti-condensation and energy-saving effects are achieved.
本发明提供了一种被动房用防结露加热控温玻璃幕墙，包括温控开关、电源、温度传感器、框架和双层中空玻璃；双层中空玻璃包括室内侧玻璃、室外侧low‑e涂层玻璃；室内侧玻璃和室外侧low‑e涂层玻璃之间填充氩气形成氩气层；透明导电涂层涂覆在室内侧玻璃内侧，透明导电涂层边缘涂覆有导电银浆层，稀土纳米隔热涂层覆盖在透明导电涂层和导电银浆层上；双层中空玻璃安装在框架上；框架上设有导电银浆连接处，导电银浆连接处与温控开关和电源形成闭合回路；双层中空玻璃上设有温度传感器，温度传感器与温控开关连接。该幕墙通过电热、隔热蓄热与自热的模式，减少幕墙原有厚度和重量，同时实现防结露、节能的作用。
Anti-condensation heating temperature control glass curtain wall for passive house
The invention provides an anti-condensation heating temperature control glass curtain wall for a passive house. The anti-condensation heating temperature control glass curtain wall comprises a temperature control switch, a power source, a temperature sensor, a frame and double-layer hollow glass; the double-layer hollow glass comprises indoor side glass and outdoor side low-e coating glass; argon is filled between the indoor side glass and the outdoor side low-e coating glass to form an argon layer; the inner side of the indoor side glass is coated with a transparent conductive coating, the edge of the transparent conductive coating is coated with a conductive silver paste layer, and the transparent conductive coating and the conductive silver paste layer are covered with a rare earth nano heat insulation coating; the double-layer hollow glass is mounted on the frame; the frame is provided with a conductive silver paste joint, and the conductive silver paste joint, the temperature control switch and the power source form a closed loop; the temperature sensor is arranged on the double-layer hollow glass and is connected with the temperature control switch. According to the anti-condensation heating temperature control glass curtain wall, the original thickness and weight of the curtain wall are reduced through electric heating, heat insulation, heat storage and self-heating modes, and meanwhile the anti-condensation and energy-saving effects are achieved.
本发明提供了一种被动房用防结露加热控温玻璃幕墙，包括温控开关、电源、温度传感器、框架和双层中空玻璃；双层中空玻璃包括室内侧玻璃、室外侧low‑e涂层玻璃；室内侧玻璃和室外侧low‑e涂层玻璃之间填充氩气形成氩气层；透明导电涂层涂覆在室内侧玻璃内侧，透明导电涂层边缘涂覆有导电银浆层，稀土纳米隔热涂层覆盖在透明导电涂层和导电银浆层上；双层中空玻璃安装在框架上；框架上设有导电银浆连接处，导电银浆连接处与温控开关和电源形成闭合回路；双层中空玻璃上设有温度传感器，温度传感器与温控开关连接。该幕墙通过电热、隔热蓄热与自热的模式，减少幕墙原有厚度和重量，同时实现防结露、节能的作用。
Anti-condensation heating temperature control glass curtain wall for passive house
一种被动房用防结露加热控温玻璃幕墙
LI LU (author) / YIN JIAN (author) / PAN WENLONG (author) / ZHANG GUANGRUI (author) / WEN YONGQING (author) / WU DEPING (author) / QIN XIAOTING (author) / DENG GUANNAN (author) / LIU JINLONG (author) / ZHAO CHANGYU (author)
2021-06-25
Patent
Electronic Resource
Chinese
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