Skyline-fixing device for reciprocating cableways

Abstract

The invention discloses a skyline-fixing device for reciprocating cableways, which comprises a base, hydraulic cylinders, a pressure meter and a working clamp plate assembly, wherein a movable rack is arranged on the base and can longitudinally move; the cylindrical bodies of the hydraulic cylinders are mounted on the base, and the free ends of the pistons of the hydraulic cylinders abut against the movable rack in order to push the movable rack to move on the base; the pressure meter is connected on the intake conduit of the hydraulic cylinders; and the working clamp plate assembly is arranged on the outside of the movable rack and is used for fixing the free end of a skyline on the outside of the movable rack. According to the skyline-fixing device, when the tension of the skyline is reduced to cause the instability of operation, the pistons of the hydraulic cylinders can be controlled to move, so that the movable rack can be driven to move to tension the skyline until the tension of the skyline meets the design requirement, and thereby the tension of the skyline can be accurately measured, real-timely detected and conveniently regulated.

Description

technical field [0001] The invention relates to a load-bearing cable fixing device, in particular to a load-bearing cable fixing device for a reciprocating cableway. Background technique [0002] The reciprocating cableway uses the traction cable to pull the cabin to reciprocate on the load-bearing cable. The tension of the load-bearing cable plays a very important role in the smooth and safe operation of the cableway. If the tension is too large, the load-bearing cable will be thick, which will lead to waste and increase the cost. If the tension is too small, the operation will not be stable, which will cause safety accidents. Therefore, in use, it is necessary to measure and adjust the tension of the load-bearing cable in order to achieve good results in terms of safety and economy. [0003] There are two traditional methods for measuring the tension of the load-bearing cable: one is the weight measurement method, that is, a heavy hammer is hung on the load-bearing cable,...

AI Technical Summary

Problems solved by technology

To measure by deflection, it is necessary to measure the deflection of the load-bearing cable, the measured tension is inaccurate, and the measurement operation is very complicated and difficult

Moreover, the above two traditional tension measurement methods cannot measure the tension of the load-carrying cable in real time, and cannot adjust the tension while measuring, requiring a separate adjustment device, which increases the cost, and the adjustment operation is complicated

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