Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Suspension bridge cable saddle roller system
The invention discloses a suspension bridge cable saddle rolling shaft system. The suspension bridge cable saddle rolling shaft system comprises a cable saddle, a plurality of rolling shafts, a lower bearing plate, a rolling shaft end cover and a grating. The top of the grating is connected with the bottom of the lower bearing plate; the lower bearing plate comprises a bearing plate body, two limiting bearing frames and a lower wear-resisting sliding plate, the two sides of the top of the bearing plate body are connected with the bottoms of the two limiting bearing frames respectively, the top of the bearing plate body is connected with the bottom of the lower wear-resisting sliding plate, and gaps exist between the two limiting bearing frames and the lower wear-resisting sliding plate. The side face of each limiting bearing frame is provided with a plurality of sets of evenly-distributed bearing grooves, and openings of the bearing grooves face upwards. Each rolling shaft is embedded into the corresponding supporting groove, and the rolling shafts rotate along the bottoms of the supporting grooves; a step through hole is formed in the side face of the rolling shaft end cover and connected with one end of the rolling shaft, and the side face of the rolling shaft end cover makes contact with the end, away from the bearing plate, of the limiting bearing frame. The outer sides of all the rolling shafts are in sliding fit with the bottom of the cable saddle. The rolling shafts do not deviate, and use is safe.
一种悬索桥索鞍滚轴系统，所述悬索桥索鞍滚轴系统包括索鞍、多个滚轴、下承板、滚轴端盖与格栅；所述格栅的顶部与下承板的底部连接；所述下承板包括承板、两个限位支承架与下耐磨滑板，承板的顶部两侧分别与两个限位支承架的底部连接，承板的顶部与下耐磨滑板的底部连接，两个限位支承架与下耐磨滑板之间存在间隙，每个限位支承架的侧面均开设有多组均匀分布的支承槽，支承槽开口朝上；每个所述滚轴嵌设入对应的支承槽内，滚轴沿支承槽的底部转动；所述滚轴端盖的侧面开设有台阶通孔，台阶通孔与滚轴的一端连接，滚轴端盖的侧面与限位支承架远离承板的一端接触；所有滚轴的外侧围与索鞍的底部滑动配合。本发明滚轴不会发生偏移，使用安全。
Suspension bridge cable saddle roller system
The invention discloses a suspension bridge cable saddle rolling shaft system. The suspension bridge cable saddle rolling shaft system comprises a cable saddle, a plurality of rolling shafts, a lower bearing plate, a rolling shaft end cover and a grating. The top of the grating is connected with the bottom of the lower bearing plate; the lower bearing plate comprises a bearing plate body, two limiting bearing frames and a lower wear-resisting sliding plate, the two sides of the top of the bearing plate body are connected with the bottoms of the two limiting bearing frames respectively, the top of the bearing plate body is connected with the bottom of the lower wear-resisting sliding plate, and gaps exist between the two limiting bearing frames and the lower wear-resisting sliding plate. The side face of each limiting bearing frame is provided with a plurality of sets of evenly-distributed bearing grooves, and openings of the bearing grooves face upwards. Each rolling shaft is embedded into the corresponding supporting groove, and the rolling shafts rotate along the bottoms of the supporting grooves; a step through hole is formed in the side face of the rolling shaft end cover and connected with one end of the rolling shaft, and the side face of the rolling shaft end cover makes contact with the end, away from the bearing plate, of the limiting bearing frame. The outer sides of all the rolling shafts are in sliding fit with the bottom of the cable saddle. The rolling shafts do not deviate, and use is safe.
一种悬索桥索鞍滚轴系统，所述悬索桥索鞍滚轴系统包括索鞍、多个滚轴、下承板、滚轴端盖与格栅；所述格栅的顶部与下承板的底部连接；所述下承板包括承板、两个限位支承架与下耐磨滑板，承板的顶部两侧分别与两个限位支承架的底部连接，承板的顶部与下耐磨滑板的底部连接，两个限位支承架与下耐磨滑板之间存在间隙，每个限位支承架的侧面均开设有多组均匀分布的支承槽，支承槽开口朝上；每个所述滚轴嵌设入对应的支承槽内，滚轴沿支承槽的底部转动；所述滚轴端盖的侧面开设有台阶通孔，台阶通孔与滚轴的一端连接，滚轴端盖的侧面与限位支承架远离承板的一端接触；所有滚轴的外侧围与索鞍的底部滑动配合。本发明滚轴不会发生偏移，使用安全。
Suspension bridge cable saddle roller system
一种悬索桥索鞍滚轴系统
CHEN YUNJIE (Autor:in) / LIU FAZHAN (Autor:in) / YANG CHUANGUO (Autor:in) / ZHU HOULING (Autor:in) / FAN HUI (Autor:in)
08.11.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken