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Connecting structure of connecting bridge and stand column
The connecting structure comprises a connecting bridge body, a stand column body, a first support and a second support, the connecting bridge body comprises a main beam, a first cantilever beam and a second cantilever beam, and the first cantilever beam and the second cantilever beam are oppositely arranged on the two sides of the main beam in the length direction in a protruding mode. The stand column body comprises a supporting column, a first bracket and a second bracket, the first bracket and the second bracket are oppositely arranged on the two sides of the supporting column in a protruding mode, the first bracket and the first cantilever beam are oppositely arranged, and the second bracket and the second cantilever beam are oppositely arranged. The first support is arranged between the first cantilever beam and the first bracket, the second support is arranged between the second cantilever beam and the second bracket, the connecting bridge body and the stand column body are arranged in a spaced mode under the supporting action of the first support and the second support, and the connecting bridge body applies a first vertical load to the first bracket through the first support; the connecting bridge body applies a second vertical load to the second bracket through the second support, the moment of the supporting column is balanced under the action of the first vertical load and the second vertical load, and therefore the rollover phenomenon is avoided.
本发明公开一种连接桥与立柱的连接结构，包括连接桥本体、立柱本体、第一支座和第二支座，连接桥本体包括主梁以及相对凸设于主梁的长度方向的两侧的第一悬挑梁和第二悬挑梁，立柱本体包括支撑柱以及相对凸设于支撑柱两侧第一牛腿和第二牛腿，第一牛腿与第一悬挑梁相对设置，第二牛腿与第二悬挑梁相对设置。第一支座设置于第一悬挑梁和第一牛腿之间，第二支座设置于第二悬挑梁和第二牛腿之间，连接桥本体在第一支座和第二支座的支撑作用下与立柱本体间隔设置，连接桥本体通过第一支座向第一牛腿施加第一垂直荷载，连接桥本体通过第二支座向第二牛腿施加第二垂直荷载，支撑柱在第一垂直荷载和第二垂直荷载的作用下力矩平衡，从而避免侧翻现象。
Connecting structure of connecting bridge and stand column
The connecting structure comprises a connecting bridge body, a stand column body, a first support and a second support, the connecting bridge body comprises a main beam, a first cantilever beam and a second cantilever beam, and the first cantilever beam and the second cantilever beam are oppositely arranged on the two sides of the main beam in the length direction in a protruding mode. The stand column body comprises a supporting column, a first bracket and a second bracket, the first bracket and the second bracket are oppositely arranged on the two sides of the supporting column in a protruding mode, the first bracket and the first cantilever beam are oppositely arranged, and the second bracket and the second cantilever beam are oppositely arranged. The first support is arranged between the first cantilever beam and the first bracket, the second support is arranged between the second cantilever beam and the second bracket, the connecting bridge body and the stand column body are arranged in a spaced mode under the supporting action of the first support and the second support, and the connecting bridge body applies a first vertical load to the first bracket through the first support; the connecting bridge body applies a second vertical load to the second bracket through the second support, the moment of the supporting column is balanced under the action of the first vertical load and the second vertical load, and therefore the rollover phenomenon is avoided.
本发明公开一种连接桥与立柱的连接结构，包括连接桥本体、立柱本体、第一支座和第二支座，连接桥本体包括主梁以及相对凸设于主梁的长度方向的两侧的第一悬挑梁和第二悬挑梁，立柱本体包括支撑柱以及相对凸设于支撑柱两侧第一牛腿和第二牛腿，第一牛腿与第一悬挑梁相对设置，第二牛腿与第二悬挑梁相对设置。第一支座设置于第一悬挑梁和第一牛腿之间，第二支座设置于第二悬挑梁和第二牛腿之间，连接桥本体在第一支座和第二支座的支撑作用下与立柱本体间隔设置，连接桥本体通过第一支座向第一牛腿施加第一垂直荷载，连接桥本体通过第二支座向第二牛腿施加第二垂直荷载，支撑柱在第一垂直荷载和第二垂直荷载的作用下力矩平衡，从而避免侧翻现象。
Connecting structure of connecting bridge and stand column
连接桥与立柱的连接结构
ZHANG XINXING (author) / CAO WEILIANG (author) / LIANG WEIZHEN (author)
2024-04-19
Patent
Electronic Resource
Chinese
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