A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Roof hat type ventilation system
The invention discloses a roof cap-shaped ventilation system. The roof cap-shaped ventilation system comprises a bottom platform and a cap-shaped roof arranged on the bottom platform in a covering mode. Wherein a cap-shaped cavity which is designed to be gradually reduced upwards is formed in the cap-shaped roof, an air outlet is formed in the top of the cap-shaped roof, a rain shielding table is arranged below the position, corresponding to the air outlet, in the cap-shaped cavity, and a vertical distance is kept between the rain shielding table and the air outlet; the periphery of the rain sheltering table is overlapped with the periphery of the corresponding air outlet in the cap-shaped roof, a first annular air outlet is formed between the periphery of the rain sheltering table and the periphery of the corresponding air outlet in the cap-shaped roof, and the first annular air outlet is communicated between the cap-shaped cavity and the air outlet; and the bottom platform is provided with an air inlet for communicating the cap-shaped cavity with the lower part of the bottom platform. Self-flowing of air in the roof can be achieved, stability of air pressure inside and outside the cap-shaped cavity is automatically achieved, and devices such as a fan, a cooling and heating device, a filter and a control system in the prior art are omitted.
本发明公开一种屋顶帽型通风系统，包括底部平台和罩设于底部平台上的帽型屋顶；其中：所述帽型屋顶的内部形成向上渐小设计的帽型空腔，所述帽型屋顶的顶部设置有出风口，所述帽型空腔内对应出风口的下方设置有挡雨台，所述挡雨台与出风口保持上下间距，且所述挡雨台的周缘与所述帽型屋顶上对应出风口的周缘形成叠置，所述挡雨台的周缘与所述帽型屋顶上对应出风口的周缘之间形成第一环形排风口，所述第一环形排风口连通于帽型空腔与出风口之间；以及，所述底部平台设置有连通帽型空腔与底部平台下方的进风口。其能够实现屋顶内部空气的自流动，自动实现帽型空腔的内外气压平稳，省去了传统技术中风机、降温及采暖、过滤器、控制系统等装置的设置。
Roof hat type ventilation system
The invention discloses a roof cap-shaped ventilation system. The roof cap-shaped ventilation system comprises a bottom platform and a cap-shaped roof arranged on the bottom platform in a covering mode. Wherein a cap-shaped cavity which is designed to be gradually reduced upwards is formed in the cap-shaped roof, an air outlet is formed in the top of the cap-shaped roof, a rain shielding table is arranged below the position, corresponding to the air outlet, in the cap-shaped cavity, and a vertical distance is kept between the rain shielding table and the air outlet; the periphery of the rain sheltering table is overlapped with the periphery of the corresponding air outlet in the cap-shaped roof, a first annular air outlet is formed between the periphery of the rain sheltering table and the periphery of the corresponding air outlet in the cap-shaped roof, and the first annular air outlet is communicated between the cap-shaped cavity and the air outlet; and the bottom platform is provided with an air inlet for communicating the cap-shaped cavity with the lower part of the bottom platform. Self-flowing of air in the roof can be achieved, stability of air pressure inside and outside the cap-shaped cavity is automatically achieved, and devices such as a fan, a cooling and heating device, a filter and a control system in the prior art are omitted.
本发明公开一种屋顶帽型通风系统，包括底部平台和罩设于底部平台上的帽型屋顶；其中：所述帽型屋顶的内部形成向上渐小设计的帽型空腔，所述帽型屋顶的顶部设置有出风口，所述帽型空腔内对应出风口的下方设置有挡雨台，所述挡雨台与出风口保持上下间距，且所述挡雨台的周缘与所述帽型屋顶上对应出风口的周缘形成叠置，所述挡雨台的周缘与所述帽型屋顶上对应出风口的周缘之间形成第一环形排风口，所述第一环形排风口连通于帽型空腔与出风口之间；以及，所述底部平台设置有连通帽型空腔与底部平台下方的进风口。其能够实现屋顶内部空气的自流动，自动实现帽型空腔的内外气压平稳，省去了传统技术中风机、降温及采暖、过滤器、控制系统等装置的设置。
Roof hat type ventilation system
屋顶帽型通风系统
WANG ZHANZHONG (author) / WANG SIJIN (author) / QIU YUWEI (author) / CHEN KAIYANG (author) / LIU JIANGUO (author)
2022-03-04
Patent
Electronic Resource
Chinese