A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a tension-controllable carbon fiber cloth tensioning device, and belongs to the technical field of carbon fiber cloth tensioning devices. The device comprises a fixing frame body, guide rods, adjusting pieces, a guide shaft, supporting rods and a chain wheel moving device. The chain wheel moving device is connected to the guide rods through the supporting rods, the guide shaft is movably connected to the guide rods through the adjusting pieces, and the guide rods are rotatably connected to the fixing frame body. According to the tension-controllable carbon fiber cloth tensioning device, a different angle is formed between the guide rods and the guide shaft is adjusted, the tensioning device is not only suitable for reinforcing a horizontal structure, but also can besuitable for structures of different angular shapes, compared with an existing tensioning device, the tensioning device is wider in application range, the utilization rate of the device is greatly improved, moreover, in a using process, carbon fiber cloth can be appropriately bonded to a certain-shape structure to a greater extent, the high-strength characteristic of the carbon fiber cloth is fully exerted, and a better reinforcing effect is achieved.
本发明提供一种张拉可控的碳纤维布张拉装置，属于碳纤维布张拉装置技术领域，包括固定架本体、导向杆、调节件，导向轴、支撑杆、链轮移动装置，链轮移动装置通过支撑杆连接在导向杆上，导向轴通过调节件活动连接在导向杆上，导向杆可转动的连接在固定架本体上。该张拉可控的碳纤维布张拉装置，利用导向杆之间形成不同的角度以及对导向轴的调节，使张拉装置不仅适用水平结构的加固，还可以适用不同角度形状的结构，与现有的张拉装置相比，适用范围更较广，装置利用率有了极大的提高，而且在使用的过程中，能让炭纤维布更大程度的与一定形状结构比较契合的粘贴在一起，充分发挥碳纤维布的高强度特点，达到更好的的加固效果。
The invention provides a tension-controllable carbon fiber cloth tensioning device, and belongs to the technical field of carbon fiber cloth tensioning devices. The device comprises a fixing frame body, guide rods, adjusting pieces, a guide shaft, supporting rods and a chain wheel moving device. The chain wheel moving device is connected to the guide rods through the supporting rods, the guide shaft is movably connected to the guide rods through the adjusting pieces, and the guide rods are rotatably connected to the fixing frame body. According to the tension-controllable carbon fiber cloth tensioning device, a different angle is formed between the guide rods and the guide shaft is adjusted, the tensioning device is not only suitable for reinforcing a horizontal structure, but also can besuitable for structures of different angular shapes, compared with an existing tensioning device, the tensioning device is wider in application range, the utilization rate of the device is greatly improved, moreover, in a using process, carbon fiber cloth can be appropriately bonded to a certain-shape structure to a greater extent, the high-strength characteristic of the carbon fiber cloth is fully exerted, and a better reinforcing effect is achieved.
本发明提供一种张拉可控的碳纤维布张拉装置，属于碳纤维布张拉装置技术领域，包括固定架本体、导向杆、调节件，导向轴、支撑杆、链轮移动装置，链轮移动装置通过支撑杆连接在导向杆上，导向轴通过调节件活动连接在导向杆上，导向杆可转动的连接在固定架本体上。该张拉可控的碳纤维布张拉装置，利用导向杆之间形成不同的角度以及对导向轴的调节，使张拉装置不仅适用水平结构的加固，还可以适用不同角度形状的结构，与现有的张拉装置相比，适用范围更较广，装置利用率有了极大的提高，而且在使用的过程中，能让炭纤维布更大程度的与一定形状结构比较契合的粘贴在一起，充分发挥碳纤维布的高强度特点，达到更好的的加固效果。
| European Patent Office | 2015
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