Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rainwater injection prevention device at entrance of underground electric power facility
The invention relates to an underground electric power facility rainwater blocking device, in particular to a rainwater injection prevention device at an entrance of an underground electric power facility, which is characterized in that two ends of a static support block (13) fixed on the ground (4) are respectively propped against wall surfaces (20) on two sides, the static support block is respectively hinged with two sides of the outer ends of two ladder rods B (15) and a baffle (26), and the inner ends of the two ladder rods B and the inner end of the baffle are hinged with a net-shaped pedal; rubber edge seam barrier strips (14) are arranged on the two sides of the baffle respectively, and a rubber plate (12) is arranged on the front lower portion of the baffle; a plurality of net-shaped ladder plates are arranged between the two ladder rods B, and lower bulges (28) at the lower parts in the net-shaped ladder plates are respectively connected with the baffle plates; the outer end of a square frame (6) and the outer ends of two ladder rods A (7) are hinged with the net-shaped pedal, and the square frame and the inner ends of the two ladder rods A are connected with a movable supporting block (10); a plurality of net-shaped ladder plates are arranged between the two ladder rods A; the rain shelter is laid on the ground at ordinary times without affecting passage, and rainwater can be prevented from entering the rain shelter through the baffle by lifting the net-shaped pedal in heavy rain.
一种地下电力设施入门处的防雨水灌入装置，涉及一种地下电力设施雨水阻挡装置，固定在地面（4）上的静支撑块（13）两端分别顶在两侧的墙面（20）上，静支撑块分别与两梯杆B（15）和挡板（26）的外端两侧铰接连接，两梯杆B内端和挡板内端与网状踏板铰接连接，在挡板的两侧分别设有橡胶边缝挡条（14），挡板的前下部设有橡胶板（12）；两梯杆B之间设有多个网状梯板，网状梯板内下部的下凸起（28）分别与挡板连接；方框（6）外端和两梯杆A（7）外端与网状踏板铰接连接，方框和两梯杆A内端与动支撑块（10）连接；两梯杆A之间设有多个网状梯板；本发明平时铺在地面不影响通行，遇有大雨抬高网状踏板便可通过挡板防雨水灌入。
Rainwater injection prevention device at entrance of underground electric power facility
The invention relates to an underground electric power facility rainwater blocking device, in particular to a rainwater injection prevention device at an entrance of an underground electric power facility, which is characterized in that two ends of a static support block (13) fixed on the ground (4) are respectively propped against wall surfaces (20) on two sides, the static support block is respectively hinged with two sides of the outer ends of two ladder rods B (15) and a baffle (26), and the inner ends of the two ladder rods B and the inner end of the baffle are hinged with a net-shaped pedal; rubber edge seam barrier strips (14) are arranged on the two sides of the baffle respectively, and a rubber plate (12) is arranged on the front lower portion of the baffle; a plurality of net-shaped ladder plates are arranged between the two ladder rods B, and lower bulges (28) at the lower parts in the net-shaped ladder plates are respectively connected with the baffle plates; the outer end of a square frame (6) and the outer ends of two ladder rods A (7) are hinged with the net-shaped pedal, and the square frame and the inner ends of the two ladder rods A are connected with a movable supporting block (10); a plurality of net-shaped ladder plates are arranged between the two ladder rods A; the rain shelter is laid on the ground at ordinary times without affecting passage, and rainwater can be prevented from entering the rain shelter through the baffle by lifting the net-shaped pedal in heavy rain.
一种地下电力设施入门处的防雨水灌入装置，涉及一种地下电力设施雨水阻挡装置，固定在地面（4）上的静支撑块（13）两端分别顶在两侧的墙面（20）上，静支撑块分别与两梯杆B（15）和挡板（26）的外端两侧铰接连接，两梯杆B内端和挡板内端与网状踏板铰接连接，在挡板的两侧分别设有橡胶边缝挡条（14），挡板的前下部设有橡胶板（12）；两梯杆B之间设有多个网状梯板，网状梯板内下部的下凸起（28）分别与挡板连接；方框（6）外端和两梯杆A（7）外端与网状踏板铰接连接，方框和两梯杆A内端与动支撑块（10）连接；两梯杆A之间设有多个网状梯板；本发明平时铺在地面不影响通行，遇有大雨抬高网状踏板便可通过挡板防雨水灌入。
Rainwater injection prevention device at entrance of underground electric power facility
一种地下电力设施入门处的防雨水灌入装置
WANG RUOTIAN (Autor:in) / ZHAO LEILEI (Autor:in) / ZHANG LONGFEI (Autor:in) / LIU BIN (Autor:in) / XU GANGGANG (Autor:in) / YE QING (Autor:in) / JIA WUXUAN (Autor:in) / ZHANG XIAOLE (Autor:in) / YIN YIKE (Autor:in) / LI LILI (Autor:in)
17.01.2023
Patent
Elektronische Ressource
Chinesisch
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