A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a building structure with good ventilation performance, and relates to the technical field of ventilation constructions.The building structure comprises a building supporting wall, a heat insulation iron sheet roof and a cabin roof heat dissipation ventilator, and the heat insulation iron sheet roof is arranged on the outer surface of the top of the building supporting wall; a cabin top heat dissipation ventilator is detachably installed on the outer portion of the top of the heat insulation iron sheet roof. Contact and gathering of an external wind source are increased in cooperation with the arc-shaped wind gathering arc plate, overlarge pushing force can be generated on the swing plate, the weight of the swing plate is reduced in cooperation with the empty groove, the small wind source can push the swing plate, the utilization rate of the wind source is increased, the weight of the baffle and the gathering force of the wind source are reduced, and the wind gathering effect is improved. The problem that the baffle cannot be pushed by small wind points due to the fact that the weight of the baffle is too large is solved, and the effects that the weight of the baffle and the wind source aggregation force are reduced, and the wind source utilization rate is increased are achieved.
本发明公开了一种具有良好通风性能的建筑结构，涉及通风建筑技术领域，包括建筑支撑墙、隔热铁皮屋顶和舱顶散热通风器，所述建筑支撑墙的顶部外表面上设置有隔热铁皮屋顶，所述隔热铁皮屋顶的顶部外部上可拆卸式安装有舱顶散热通风器。本发明配合弧形聚风弧板增加对外界的风源进行接触、聚集，可以对摆动板产生过大的推动力度，配合空槽减少摆动板的重量，使得比较小的风源也可以对摆动板进行推动，增加了风源的利用率，具备了减少挡板的重量以及风源聚合力，增加风源利用率的特点，解决了挡板的重量过大，风小点都无法将其推动的问题，达到了减少挡板的重量以及风源聚合力，增加风源利用率的效果。
The invention discloses a building structure with good ventilation performance, and relates to the technical field of ventilation constructions.The building structure comprises a building supporting wall, a heat insulation iron sheet roof and a cabin roof heat dissipation ventilator, and the heat insulation iron sheet roof is arranged on the outer surface of the top of the building supporting wall; a cabin top heat dissipation ventilator is detachably installed on the outer portion of the top of the heat insulation iron sheet roof. Contact and gathering of an external wind source are increased in cooperation with the arc-shaped wind gathering arc plate, overlarge pushing force can be generated on the swing plate, the weight of the swing plate is reduced in cooperation with the empty groove, the small wind source can push the swing plate, the utilization rate of the wind source is increased, the weight of the baffle and the gathering force of the wind source are reduced, and the wind gathering effect is improved. The problem that the baffle cannot be pushed by small wind points due to the fact that the weight of the baffle is too large is solved, and the effects that the weight of the baffle and the wind source aggregation force are reduced, and the wind source utilization rate is increased are achieved.
本发明公开了一种具有良好通风性能的建筑结构，涉及通风建筑技术领域，包括建筑支撑墙、隔热铁皮屋顶和舱顶散热通风器，所述建筑支撑墙的顶部外表面上设置有隔热铁皮屋顶，所述隔热铁皮屋顶的顶部外部上可拆卸式安装有舱顶散热通风器。本发明配合弧形聚风弧板增加对外界的风源进行接触、聚集，可以对摆动板产生过大的推动力度，配合空槽减少摆动板的重量，使得比较小的风源也可以对摆动板进行推动，增加了风源的利用率，具备了减少挡板的重量以及风源聚合力，增加风源利用率的特点，解决了挡板的重量过大，风小点都无法将其推动的问题，达到了减少挡板的重量以及风源聚合力，增加风源利用率的效果。
Building structure with good ventilation performance
一种具有良好通风性能的建筑结构
MA JI (author)
2023-04-04
Patent
Electronic Resource
Chinese
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