Universal cable-stayed detection device of lifting hook wire rope

Abstract

The invention discloses a universal cable-stayed detection device of a lifting hook wire rope. A locating sleeve of a wire rope deflection steering mechanism locks the wire rope; an adaptive guide sleeve is arranged between the wire rope and the locating sleeve; a plurality of adjusting members are arranged on the locating sleeve; a joint bearing is arranged at the upper end of an oscillating rod of an oscillating rod mechanism; a conductor and a potentiometer or an encoder are arranged at a lower end of the oscillating rod of the oscillating rod mechanism; hinge points are arranged at two ends of a connection rod in the connection member; one end of the connection rod is connected with the wire rope deflection steering mechanism, and the other end of the connection rod is connected with the oscillating rod mechanism: and an automatic rotary detection device is arranged at the bottom part of the oscillating rod. The conductor on the oscillating rod can ensure that a potentiometer signal is smoothly output when the automatic rotary detection device rotates or swings; and an automatic rotary balance locating mechanism of a plane can determine a deflection direction so as to ensure the accuracy of angle measurement. The maximal tilt angle of the wire rope detected by the detection device is 100 degrees.

Description

technical field [0001] The invention relates to the field of engineering machinery, in particular to a hook steel wire rope oblique-stayed universal detection device. Background technique [0002] In engineering construction, the engineering volume of crane installation is quite large, and it is necessary to use engineering cranes to hoist and carry various equipment and materials of large volume and weight, so its safety is very important. For this reason, the country has listed hoisting machinery as For special equipment with high safety and risk, strict specifications and national mandatory standards have been formulated from design to production. However, although the country has formulated strict specifications and mandatory standards for hoisting machinery from design to production, some non-design factors have not been fully considered. [0003] The yaw angle of the hoisting wire rope of the crane will affect the jib load, and the size and direction of the yaw angle ...

AI Technical Summary

Problems solved by technology

However, although the country has formulated strict specifications and mandatory standards for hoisting machinery from design to production, some non-design factors have not been fully considered

[0003] The deflection angle of the hoisting wire rope of the crane will affect the jib load, the size and direction of the deflection angle will affect the overall stability, and even cause damage to the jib

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