Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-climbing mechanism of high-pressure tower ladder stand
The invention relates to an anti-climbing mechanism of a ladder stand, in particular to an anti-climbing mechanism of a high-voltage tower ladder stand. A ladder stand (10) and a high-voltage tower (14) are arranged at an interval; a plurality of plugging bulges (9) are arranged on the front surface of the plugging plate; sliding sleeves (4) are arranged at the four corners of the plugging plate respectively, four sliding rods (3) penetrate through the sliding sleeves respectively, the front ends of the four sliding rods are fixedly connected with the outer sides of the two side rods respectively, sliding clamps (5) are arranged on the lower portions of the two sliding rods on the upper portions of the four sliding rods of the two side rods of the crawling ladder and the upper portions of the two sliding rods on the lower portions of the four sliding rods of the two side rods of the crawling ladder respectively, and the front end of each front plate (23) is hinged to the rear end of a push-pull rod (2). The front ends of the four push-pull rods are divided into two groups and are hinged to the upper ends and the lower parts of two lock rods (6); lock holes B (31) respectively formed in the lower ends of the two lock rods and lock holes A (13) of the ladder stand are locked through padlocks (12); the ladder stand is blocked through the blocking protrusions of the blocking plate, and irrelevant personnel are effectively prevented from climbing the high-voltage tower.
一种高压塔架爬梯的防攀爬机构，涉及一种爬梯的防攀爬机构，爬梯（10）与高压塔架（14）间隔设置；封堵板的前部面设有多个封堵凸起（9）；封堵板的四角分别设有滑套（4），四个滑杆（3）分别穿在滑套中，四个滑杆的前端分别固定连接两边杆的外侧，在爬梯两边杆的四个滑杆上部的两滑杆下部和下部的两滑杆上部分别设有滑卡（5），每一前部板（23）的前端分别铰接连接推拉杆（2）的后端，四个推拉杆的前端分为两两一组铰接连接在两锁杆（6）的上端和下部，两锁杆下端分别设置的锁孔B（31）与爬梯的锁孔A（13）通过挂锁（12）锁定；本发明利用封堵板的封堵凸起使爬梯封堵，有效杜绝了无关人员的攀爬高压塔架。
Anti-climbing mechanism of high-pressure tower ladder stand
The invention relates to an anti-climbing mechanism of a ladder stand, in particular to an anti-climbing mechanism of a high-voltage tower ladder stand. A ladder stand (10) and a high-voltage tower (14) are arranged at an interval; a plurality of plugging bulges (9) are arranged on the front surface of the plugging plate; sliding sleeves (4) are arranged at the four corners of the plugging plate respectively, four sliding rods (3) penetrate through the sliding sleeves respectively, the front ends of the four sliding rods are fixedly connected with the outer sides of the two side rods respectively, sliding clamps (5) are arranged on the lower portions of the two sliding rods on the upper portions of the four sliding rods of the two side rods of the crawling ladder and the upper portions of the two sliding rods on the lower portions of the four sliding rods of the two side rods of the crawling ladder respectively, and the front end of each front plate (23) is hinged to the rear end of a push-pull rod (2). The front ends of the four push-pull rods are divided into two groups and are hinged to the upper ends and the lower parts of two lock rods (6); lock holes B (31) respectively formed in the lower ends of the two lock rods and lock holes A (13) of the ladder stand are locked through padlocks (12); the ladder stand is blocked through the blocking protrusions of the blocking plate, and irrelevant personnel are effectively prevented from climbing the high-voltage tower.
一种高压塔架爬梯的防攀爬机构，涉及一种爬梯的防攀爬机构，爬梯（10）与高压塔架（14）间隔设置；封堵板的前部面设有多个封堵凸起（9）；封堵板的四角分别设有滑套（4），四个滑杆（3）分别穿在滑套中，四个滑杆的前端分别固定连接两边杆的外侧，在爬梯两边杆的四个滑杆上部的两滑杆下部和下部的两滑杆上部分别设有滑卡（5），每一前部板（23）的前端分别铰接连接推拉杆（2）的后端，四个推拉杆的前端分为两两一组铰接连接在两锁杆（6）的上端和下部，两锁杆下端分别设置的锁孔B（31）与爬梯的锁孔A（13）通过挂锁（12）锁定；本发明利用封堵板的封堵凸起使爬梯封堵，有效杜绝了无关人员的攀爬高压塔架。
Anti-climbing mechanism of high-pressure tower ladder stand
一种高压塔架爬梯的防攀爬机构
WANG XIAOHUI (Autor:in) / SHI HENGXING (Autor:in) / ZHOU XIANDA (Autor:in) / SHE YANJIE (Autor:in) / WANG CHENCHEN (Autor:in) / HE XIAOBO (Autor:in) / QI HONGLIANG (Autor:in) / WANG YUEPING (Autor:in) / MA XIAOFEI (Autor:in) / JIAO SHANSHAN (Autor:in)
22.03.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E06C
LADDERS
,
Leitern
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