A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wharf rubber fender system with sensor
The wharf rubber fender system comprises a left side combination part and a right side combination part, the cross section formed after the left side combination part and the right side combination part are combined is of an isosceles trapezoid structure, and the cross section is divided into a bottom and a top according to the structure; the supporting component comprises a bearing part and a plurality of abutting parts rotationally arranged on the bearing part, a groove for containing the bearing part is formed in the bottom, the end of each abutting part abuts against the side face of the top, and the abutting parts and the top are kept perpendicular in a default state; the detection surface of the pressure sensor is in contact with the bearing part. According to the wharf rubber fender system with the sensor, the left side combination part and the right side combination part which are designed in a combined mode are adopted, the isosceles trapezoid structure formed by combining the left side combination part and the right side combination part is supported through the multiple abutting parts on the supporting component, and therefore the stability of the isosceles trapezoid structure is guaranteed; meanwhile, the buffer damping coefficient of the isosceles trapezoid structure is increased.
本发明公开了一种带传感器的码头橡胶护舷系统，包括左侧组合部和右侧组合部，且两者组合后的横截面为等腰梯形结构，并根据结构划分为底部和顶部；还包括支撑部件，其包括承托部以及转动设置于在所述承托部上的多个抵触部，所述底部开设有容纳所述承托部的凹槽，所述抵触部的端部抵触于所述顶部的侧面上，默认状态下二者保持垂直关系；还包括压力传感器，其检测面与承托部相接触。该发明提供的带传感器的码头橡胶护舷系统，采用组合式设计的左侧组合部和右侧组合部，通过支撑部件上的多个抵触部对左侧组合部和右侧组合部结合形成的等腰梯形结构提供支撑，以保证等腰梯形结构的稳定性，同时增加等腰梯形结构的缓冲阻尼系数。
Wharf rubber fender system with sensor
The wharf rubber fender system comprises a left side combination part and a right side combination part, the cross section formed after the left side combination part and the right side combination part are combined is of an isosceles trapezoid structure, and the cross section is divided into a bottom and a top according to the structure; the supporting component comprises a bearing part and a plurality of abutting parts rotationally arranged on the bearing part, a groove for containing the bearing part is formed in the bottom, the end of each abutting part abuts against the side face of the top, and the abutting parts and the top are kept perpendicular in a default state; the detection surface of the pressure sensor is in contact with the bearing part. According to the wharf rubber fender system with the sensor, the left side combination part and the right side combination part which are designed in a combined mode are adopted, the isosceles trapezoid structure formed by combining the left side combination part and the right side combination part is supported through the multiple abutting parts on the supporting component, and therefore the stability of the isosceles trapezoid structure is guaranteed; meanwhile, the buffer damping coefficient of the isosceles trapezoid structure is increased.
本发明公开了一种带传感器的码头橡胶护舷系统，包括左侧组合部和右侧组合部，且两者组合后的横截面为等腰梯形结构，并根据结构划分为底部和顶部；还包括支撑部件，其包括承托部以及转动设置于在所述承托部上的多个抵触部，所述底部开设有容纳所述承托部的凹槽，所述抵触部的端部抵触于所述顶部的侧面上，默认状态下二者保持垂直关系；还包括压力传感器，其检测面与承托部相接触。该发明提供的带传感器的码头橡胶护舷系统，采用组合式设计的左侧组合部和右侧组合部，通过支撑部件上的多个抵触部对左侧组合部和右侧组合部结合形成的等腰梯形结构提供支撑，以保证等腰梯形结构的稳定性，同时增加等腰梯形结构的缓冲阻尼系数。
Wharf rubber fender system with sensor
一种带传感器的码头橡胶护舷系统
CAO YANG (author) / ZHU YULIANG (author) / GUO DENGYUE (author) / XU FEIYA (author) / DONG YULIN (author) / CUI YONGFENG (author)
2024-03-08
Patent
Electronic Resource
Chinese
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