A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-anchored carbon fiber inhaul cable
The invention discloses a self-anchored carbon fiber inhaul cable. The self-anchored carbon fiber inhaul cable comprises a carbon fiber cable body and anchorage devices; the carbon fiber cable body isformed by sequentially stacking, surrounding and curing unidirectional carbon fiber prepregs and is provided with a plurality of carbon fiber layers, and the fiber direction of the carbon fiber cablebody is the same as the length direction of the carbon fiber cable body, wherein closed rings are formed at the two ends of the carbon fiber cable body, and the part, located between the two closed rings, of the carbon fiber cable body is a cable body main body; each anchorage device comprises a steel inner core, a steel clamping plate and a fastener; steel inner cores of the two anchorage devices are located in the two closed rings in a one-to-one correspondence mode and attached to the inner surfaces of the corresponding closed rings; steel clamping plates of the two anchorage devices are correspondingly arranged on the outer surfaces of the closed rings; and the fasteners of the two anchorage devices fasten the corresponding steel clamping plates and the corresponding steel inner cores. According to the self-anchored carbon fiber inhaul cable, self-anchoring can be achieved, the anchoring efficiency of the carbon fiber inhaul cable can be effectively improved, the structure is simple, and the production is convenient. The invention further discloses a machining method of the self-anchored carbon fiber inhaul cable.
本发明公开了一种自锚式碳纤维拉索，包括碳纤维索体和锚具，碳纤维索体是由单向碳纤维预浸料依次层叠环绕固化形成的具有多层碳纤维层的索体，碳纤维索体的纤维方向与碳纤维索体的长度方向相同，其中，碳纤维索体的两端形成封闭环，碳纤维索体在位于两个封闭环之间的部分为索体主体；两个锚具分别包括钢内芯、钢夹板和紧固件；两个锚具的钢内芯分别一一对应地位于两个封闭环中并与相应的封闭环的内表面贴合；两个锚具的钢夹板分别对应地设置在封闭环的外表面上；两个锚具的紧固件分别将对应的钢夹板与钢内芯紧固。本发明可以实现自锚，能有效地提高碳纤维拉索的锚固效率，结构简单且生产方便。本发明还公开了一种自锚式碳纤维拉索的加工方法。
Self-anchored carbon fiber inhaul cable
The invention discloses a self-anchored carbon fiber inhaul cable. The self-anchored carbon fiber inhaul cable comprises a carbon fiber cable body and anchorage devices; the carbon fiber cable body isformed by sequentially stacking, surrounding and curing unidirectional carbon fiber prepregs and is provided with a plurality of carbon fiber layers, and the fiber direction of the carbon fiber cablebody is the same as the length direction of the carbon fiber cable body, wherein closed rings are formed at the two ends of the carbon fiber cable body, and the part, located between the two closed rings, of the carbon fiber cable body is a cable body main body; each anchorage device comprises a steel inner core, a steel clamping plate and a fastener; steel inner cores of the two anchorage devices are located in the two closed rings in a one-to-one correspondence mode and attached to the inner surfaces of the corresponding closed rings; steel clamping plates of the two anchorage devices are correspondingly arranged on the outer surfaces of the closed rings; and the fasteners of the two anchorage devices fasten the corresponding steel clamping plates and the corresponding steel inner cores. According to the self-anchored carbon fiber inhaul cable, self-anchoring can be achieved, the anchoring efficiency of the carbon fiber inhaul cable can be effectively improved, the structure is simple, and the production is convenient. The invention further discloses a machining method of the self-anchored carbon fiber inhaul cable.
本发明公开了一种自锚式碳纤维拉索，包括碳纤维索体和锚具，碳纤维索体是由单向碳纤维预浸料依次层叠环绕固化形成的具有多层碳纤维层的索体，碳纤维索体的纤维方向与碳纤维索体的长度方向相同，其中，碳纤维索体的两端形成封闭环，碳纤维索体在位于两个封闭环之间的部分为索体主体；两个锚具分别包括钢内芯、钢夹板和紧固件；两个锚具的钢内芯分别一一对应地位于两个封闭环中并与相应的封闭环的内表面贴合；两个锚具的钢夹板分别对应地设置在封闭环的外表面上；两个锚具的紧固件分别将对应的钢夹板与钢内芯紧固。本发明可以实现自锚，能有效地提高碳纤维拉索的锚固效率，结构简单且生产方便。本发明还公开了一种自锚式碳纤维拉索的加工方法。
Self-anchored carbon fiber inhaul cable
自锚式碳纤维拉索
LIN HONGWEI (author) / AI PENGCHENG (author) / FENG PENG (author)
2020-12-11
Patent
Electronic Resource
Chinese
Inhaul cable connecting device, inhaul cable and automobile
| European Patent Office | 2023
Carbon fiber reinforced inhaul cable space intersection node
| European Patent Office | 2022