Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Wall structure for underground substation
The invention relates to a wall structure for an underground transformer substation. The wall structure comprises a ventilation type cavity outer longitudinal wall, a ventilation type cavity outer transverse wall, a top plate and a raft plate. A main body space of the transformer substation is defined by the multiple ventilation type cavity outer longitudinal walls and the multiple ventilation type cavity outer transverse walls, and the top plate and the raft plate are arranged at the top and the bottom of the main body space respectively. The ventilation type cavity outer longitudinal wall comprises an inner cavity wall body, an outer cavity wall body and a cavity, the inner cavity wall body and the outer cavity wall body are arranged in parallel to form the ventilation type cavity outer longitudinal wall, and the cavity is formed between the inner cavity wall body and the outer cavity wall body; according to the underground transformer substation, the problems that the sectional size of the underground outer wall of the underground transformer substation is too large, outer wall body reinforcing bars and outer wall edge component reinforcing bars are large, and the ventilation and heat dissipation capacity of a room adjacent to outer wall equipment is large are solved; and the water leakage risk of the room is caused.
本申请涉及一种用于地下变电站的墙体结构，墙体结构包括：通风式空腔外纵墙、通风式空腔外横墙、顶板及筏板；多个通风式空腔外纵墙及多个通风式空腔外横墙围成变电站的主体空间，顶板及筏板分别设置在主体空间的顶部及底部；通风式空腔外纵墙包括内腔墙体、外腔墙体及空腔，内腔墙体与外腔墙体平行设置构成通风式空腔外纵墙，并且两者之间设置有空腔；在空腔中设置有多个水平连接件，并且水平连接件的两端分别与内腔墙体及外腔墙体连接率，本申请解决地下变电站的地下外墙截面尺寸过大、外墙墙体配筋和外墙边缘构件配筋较大及紧邻外墙设备房间通风散热量较大，导致房间存在漏水风险的问题。
Wall structure for underground substation
The invention relates to a wall structure for an underground transformer substation. The wall structure comprises a ventilation type cavity outer longitudinal wall, a ventilation type cavity outer transverse wall, a top plate and a raft plate. A main body space of the transformer substation is defined by the multiple ventilation type cavity outer longitudinal walls and the multiple ventilation type cavity outer transverse walls, and the top plate and the raft plate are arranged at the top and the bottom of the main body space respectively. The ventilation type cavity outer longitudinal wall comprises an inner cavity wall body, an outer cavity wall body and a cavity, the inner cavity wall body and the outer cavity wall body are arranged in parallel to form the ventilation type cavity outer longitudinal wall, and the cavity is formed between the inner cavity wall body and the outer cavity wall body; according to the underground transformer substation, the problems that the sectional size of the underground outer wall of the underground transformer substation is too large, outer wall body reinforcing bars and outer wall edge component reinforcing bars are large, and the ventilation and heat dissipation capacity of a room adjacent to outer wall equipment is large are solved; and the water leakage risk of the room is caused.
本申请涉及一种用于地下变电站的墙体结构，墙体结构包括：通风式空腔外纵墙、通风式空腔外横墙、顶板及筏板；多个通风式空腔外纵墙及多个通风式空腔外横墙围成变电站的主体空间，顶板及筏板分别设置在主体空间的顶部及底部；通风式空腔外纵墙包括内腔墙体、外腔墙体及空腔，内腔墙体与外腔墙体平行设置构成通风式空腔外纵墙，并且两者之间设置有空腔；在空腔中设置有多个水平连接件，并且水平连接件的两端分别与内腔墙体及外腔墙体连接率，本申请解决地下变电站的地下外墙截面尺寸过大、外墙墙体配筋和外墙边缘构件配筋较大及紧邻外墙设备房间通风散热量较大，导致房间存在漏水风险的问题。
Wall structure for underground substation
一种用于地下变电站的墙体结构
DONG SHUQING (Autor:in) / SHE YANGYANG (Autor:in) / LI XIUZHANG (Autor:in) / HAN ZIJUN (Autor:in) / ZHANG GUANGTAO (Autor:in) / WANG SHENGLI (Autor:in) / HUANG YU (Autor:in) / ZHANG HAIGANG (Autor:in) / SHI JINING (Autor:in) / WU TONG (Autor:in)
18.07.2023
Patent
Elektronische Ressource
Chinesisch
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