A two-layer four-rope safe manned broken rope balancing device
A balancing device and safety technology, which is applied in the direction of hoisting device, portable lifting device, spring mechanism, etc., can solve the problem of low safety and reliability of the broken rope balancing device, so as to improve the lifting stability and safety, reduce the Small footprint, clear function effect
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Embodiment 1
[0028] This embodiment is the most basic implementation.
[0029] This example provides Figure 1-2 The shown two-layer four-rope safety manned broken rope balancing device includes a reel 5, a steel wire rope 13, a balance lever 7 and a pulley block. A group of steel wire ropes 13 are respectively wound around the rope grooves at both ends of the reel 5, and each The group of steel wire ropes 13 is superimposed and wound by the main bearing rope 8 and the auxiliary bearing rope 9 to form a double-layer structure; corresponding to each group of steel wire ropes 13 under the reel 5, a balance lever 7 and a pulley block are provided, and the pulley block includes a main load pulley block 11 arranged in parallel. And the auxiliary load pulley block 10, the balance lever 7 is provided with a hinge point that is used to be hinged on the frame 6 and can make the balance lever 7 swing up and down; the main load rope 8 is connected to one end of the balance lever 7 after bypassing the...
Embodiment 2
[0032] This example provides Figure 1-2 The shown two-layer four-rope safety manned rope breaking balance device includes a frame 6, a reel 5 and a driving mechanism arranged on the frame 6, and a rope groove at both ends of the reel 5 is respectively wound with a A group of steel wire ropes 13, two groups of steel wire ropes 13 are respectively wound on the rope grooves at both ends of the drum 5 in different directions of rotation and are all wound out from the front side of the drum 5; each group of steel wire ropes 13 is superimposed by the main bearing rope 8 and the auxiliary bearing rope 9 Winding forms a double-layer structure, the main load-bearing rope 8 is wound on the rope groove as the first layer, and the auxiliary load-bearing rope 9 is lagged behind the first layer as the second layer and wound between the two turns of the steel wire rope 13 of the first layer. between.
[0033] Corresponding to each group of steel wire ropes 13 below the reel 5, a balance le...
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