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A platform for research: civil engineering, architecture and urbanism
Overwater bridge bearing platform anti-collision blocking device and using method thereof
The invention discloses an overwater bridge bearing platform anti-collision blocking device and a using method thereof.The overwater bridge bearing platform anti-collision blocking device comprises a first functional mechanism, the first functional mechanism comprises a bottom frame, a rectifying frame penetrates through the inner surface wall of one side of the bottom frame, one end of the rectifying frame communicates with a first connecting pipe, and one end of the first connecting pipe extends out of the bottom frame; and one end of the first connecting pipe communicates with a pressurizing frame. In use, the two devices are arranged on bridge bearing platforms on the two sides where a ship body passes through respectively, then the ship body can effectively penetrate through a bridge through the space between the two pressing plates, then when power is insufficient in the ship body penetrating process, the two sides can be selected to be attached to reduce the speed in any direction, and when the ship body gradually gets close to the bridge bearing platforms, the ship body can pass through the bridge through the two pressing plates. When the pressing plate moves, the pressing plate is in direct contact with the elastic strip firstly, then the pressing plate is gradually extruded and moved through the elastic strip, the pressing plate can effectively drive the abutting rod to move through the extending plate, and then the abutting rod can effectively compress the elastic compression pipe under the position limitation of the abutting plate.
本发明公开了一种水上桥梁承台防撞挡设备及其使用方法，包括：第一功能机构，第一功能机构包括底框，底框一侧内表壁贯穿有整流框，整流框一端连通设置有第一连接管，第一连接管一端延伸至底框外部，第一连接管一端连通设置有增压框。本发明中，使用时，将两个分别设备设置于船体经过的两侧桥梁承台上，进而使船体能够通过两个压板之间空间有效穿越桥梁，进而当船体穿越过程中出现动力不足时可选择两侧任一方向进行贴合降速，当船体逐渐靠近桥梁承台时，先会与弹性条发生直接接触，进而通过弹性条逐渐挤压移动压板，进而使压板能够通过延伸板有效带动抵杆进行位置移动，进而使抵杆能够在抵板的位置限制下有效压缩弹性压缩管。
Overwater bridge bearing platform anti-collision blocking device and using method thereof
The invention discloses an overwater bridge bearing platform anti-collision blocking device and a using method thereof.The overwater bridge bearing platform anti-collision blocking device comprises a first functional mechanism, the first functional mechanism comprises a bottom frame, a rectifying frame penetrates through the inner surface wall of one side of the bottom frame, one end of the rectifying frame communicates with a first connecting pipe, and one end of the first connecting pipe extends out of the bottom frame; and one end of the first connecting pipe communicates with a pressurizing frame. In use, the two devices are arranged on bridge bearing platforms on the two sides where a ship body passes through respectively, then the ship body can effectively penetrate through a bridge through the space between the two pressing plates, then when power is insufficient in the ship body penetrating process, the two sides can be selected to be attached to reduce the speed in any direction, and when the ship body gradually gets close to the bridge bearing platforms, the ship body can pass through the bridge through the two pressing plates. When the pressing plate moves, the pressing plate is in direct contact with the elastic strip firstly, then the pressing plate is gradually extruded and moved through the elastic strip, the pressing plate can effectively drive the abutting rod to move through the extending plate, and then the abutting rod can effectively compress the elastic compression pipe under the position limitation of the abutting plate.
本发明公开了一种水上桥梁承台防撞挡设备及其使用方法，包括：第一功能机构，第一功能机构包括底框，底框一侧内表壁贯穿有整流框，整流框一端连通设置有第一连接管，第一连接管一端延伸至底框外部，第一连接管一端连通设置有增压框。本发明中，使用时，将两个分别设备设置于船体经过的两侧桥梁承台上，进而使船体能够通过两个压板之间空间有效穿越桥梁，进而当船体穿越过程中出现动力不足时可选择两侧任一方向进行贴合降速，当船体逐渐靠近桥梁承台时，先会与弹性条发生直接接触，进而通过弹性条逐渐挤压移动压板，进而使压板能够通过延伸板有效带动抵杆进行位置移动，进而使抵杆能够在抵板的位置限制下有效压缩弹性压缩管。
Overwater bridge bearing platform anti-collision blocking device and using method thereof
一种水上桥梁承台防撞挡设备及其使用方法
LIU KUN (author) / LI ZHE (author) / SHUAI XUNYING (author) / SUN MINGYUAN (author) / ZHOU HENGYU (author) / HU JIANYUN (author) / ZHA SHUANGLYU (author) / ZHOU BIN (author)
2023-08-04
Patent
Electronic Resource
Chinese
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