A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving convection heat radiation aluminum gusset plate suspended ceiling for exhibition hall and mounting method thereof
The invention relates to an energy-saving convection heat radiation aluminum gusset plate suspended ceiling for an exhibition hall and a mounting method thereof, and belongs to the technical field of decoration engineering, the energy-saving convection heat radiation aluminum gusset plate suspended ceiling comprises aluminum gusset plates, main keels and a plurality of auxiliary keels hung on the main keels, spaces for mounting the aluminum gusset plates are formed between the adjacent auxiliary keels, pressing plates are connected to the aluminum gusset plates, and the pressing plates are connected to the main keels. A radiation cavity is formed between the aluminum gusset plates and the pressing plate, radiation pipes are distributed on the aluminum gusset plates and located in the radiation cavity, refrigerant media or heating media are introduced into the radiation pipes, and the radiation pipes in each aluminum gusset plate are sequentially communicated end to end. A refrigerant or a heating medium can be introduced into the radiant tube, so that heat in the radiation cavity is directly subjected to cold and heat exchange with the environment in an infrared radiation heat exchange mode, the environment temperature is adjusted, wind noise is avoided, the comfort of a human body is improved, energy consumption can be reduced, and the decoration requirement for building energy saving is met.
本申请涉及一种展览馆用节能对流热辐射铝扣板吊顶及其安装方法，属于装饰工程的技术领域，其包括铝扣板、主龙骨和吊装于主龙骨上的多个副龙骨，相邻所述副龙骨之间形成有供铝扣板安装的空间，所述铝扣板上连接有压板，所述铝扣板与压板之间形成有辐射空腔，所述铝扣板上位于辐射空腔内布设有辐射管，所述辐射管内通入冷媒介质或热媒介质，每块所述铝扣板内的辐射管首尾均依次相互连通。本申请中的辐射管内可通入冷媒或热媒，使辐射空腔内的热量通过红外线辐射换热的方式与环境直接进行冷热交换，从而实现对环境温度的调节，不会出现风噪，有助于提高人体舒适感，还能节约能耗，进而达到了建筑节能的装饰要求。
Energy-saving convection heat radiation aluminum gusset plate suspended ceiling for exhibition hall and mounting method thereof
The invention relates to an energy-saving convection heat radiation aluminum gusset plate suspended ceiling for an exhibition hall and a mounting method thereof, and belongs to the technical field of decoration engineering, the energy-saving convection heat radiation aluminum gusset plate suspended ceiling comprises aluminum gusset plates, main keels and a plurality of auxiliary keels hung on the main keels, spaces for mounting the aluminum gusset plates are formed between the adjacent auxiliary keels, pressing plates are connected to the aluminum gusset plates, and the pressing plates are connected to the main keels. A radiation cavity is formed between the aluminum gusset plates and the pressing plate, radiation pipes are distributed on the aluminum gusset plates and located in the radiation cavity, refrigerant media or heating media are introduced into the radiation pipes, and the radiation pipes in each aluminum gusset plate are sequentially communicated end to end. A refrigerant or a heating medium can be introduced into the radiant tube, so that heat in the radiation cavity is directly subjected to cold and heat exchange with the environment in an infrared radiation heat exchange mode, the environment temperature is adjusted, wind noise is avoided, the comfort of a human body is improved, energy consumption can be reduced, and the decoration requirement for building energy saving is met.
本申请涉及一种展览馆用节能对流热辐射铝扣板吊顶及其安装方法，属于装饰工程的技术领域，其包括铝扣板、主龙骨和吊装于主龙骨上的多个副龙骨，相邻所述副龙骨之间形成有供铝扣板安装的空间，所述铝扣板上连接有压板，所述铝扣板与压板之间形成有辐射空腔，所述铝扣板上位于辐射空腔内布设有辐射管，所述辐射管内通入冷媒介质或热媒介质，每块所述铝扣板内的辐射管首尾均依次相互连通。本申请中的辐射管内可通入冷媒或热媒，使辐射空腔内的热量通过红外线辐射换热的方式与环境直接进行冷热交换，从而实现对环境温度的调节，不会出现风噪，有助于提高人体舒适感，还能节约能耗，进而达到了建筑节能的装饰要求。
Energy-saving convection heat radiation aluminum gusset plate suspended ceiling for exhibition hall and mounting method thereof
一种展览馆用节能对流热辐射铝扣板吊顶及其安装方法
XU SEN (author) / PAN JUZHI (author) / JIN YAOLEI (author) / HONG WEI (author) / GAO HAIYAN (author)
2022-03-18
Patent
Electronic Resource
Chinese
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