CN213203613U

CN213203613U - Compacted strand steel wire rope for hanging basket

Info

Publication number: CN213203613U
Application number: CN202021841607.XU
Authority: CN
Inventors: 袁成明
Original assignee: Wuxi Chuangxiang Metal Products Co Ltd
Current assignee: Wuxi Chuangxiang Metal Products Co Ltd
Priority date: 2020-08-28
Filing date: 2020-08-28
Publication date: 2021-05-14
Anticipated expiration: 2030-08-28

Abstract

The utility model provides a compaction thigh wire rope for hanging flower basket, its compression ratio is high, has increased the degree of stand wear and tear, has improved life. It includes central rope core and 5 outer strands, outer strand spiral package twist in the periphery of central rope core, its characterized in that: the outer layer strand comprises a central strand, 6 first layer compacted strand steel wires, 12 second layer compacted strand steel wires and 12 outermost layer compacted strand steel wires, the first layer compacted strand steel wires are spirally twisted on the periphery of the central strand in a surface contact mode, the second layer compacted strand steel wires are spirally twisted on the periphery of the first layer compacted strand steel wires in a surface contact mode, and the outermost layer compacted strand steel wires are spirally twisted on the periphery of the second layer compacted strand steel wires in a surface contact mode.

Description

Compacted strand steel wire rope for hanging basket

Technical Field

The utility model relates to a wire rope technical field specifically is a compaction thigh wire rope for hanging flower basket.

Background

The hanging basket is a building tool for high-altitude operation in building engineering, and runs up and down along a building or a building elevation by connecting a steel wire rope with a lifting mechanism. However, the existing steel wire rope for the hanging basket has low compression rate and small breaking coefficient, is easy to wear and generate broken wires or strands, causes poor hoisting balance, has short service life and cannot completely meet the requirements of practical application.

SUMMERY OF THE UTILITY MODEL

To current wire rope compression ratio for the hanging flower basket low, easy wearing and tearing, problem that life is short, the utility model provides a compaction strand wire rope for hanging flower basket, its compression ratio is high, has increased the degree of stand wear and tear, has improved life.

The technical scheme is as follows: the utility model provides a basket is with compaction thigh wire rope, its includes central rope core and 5 outer strands, outer strand be the face contact form spiral package twist in the periphery of central rope core, its characterized in that: the outer layer strand comprises a central strand, 6 first layer compacted strand steel wires, 12 second layer compacted strand steel wires and 12 outermost layer compacted strand steel wires, the first layer compacted strand steel wires are spirally wrapped and twisted on the periphery of the central strand in a surface contact manner, the second layer compacted strand steel wires are spirally wrapped and twisted on the periphery of the first layer compacted strand steel wires in a surface contact manner, and the outermost layer compacted strand steel wires are spirally wrapped and twisted on the periphery of the second layer compacted strand steel wires in a surface contact manner;

it is further characterized in that:

the central rope core comprises 1 central reinforcing strand and 5 outer reinforcing strands, the outer reinforcing strands are spirally wrapped and twisted on the periphery of the central reinforcing strand in a line contact manner, the outer reinforcing strands comprise 1 second central reinforcing strand steel wire and 6 second outer reinforcing strand steel wires, the second outer reinforcing strand steel wires are compacted strands, and the second outer reinforcing strand steel wires are spirally wrapped and twisted on the periphery of the second central reinforcing strand steel wires in a surface contact manner; synthetic fiber ropes are filled between the outer layer strands and the outer layer reinforcing strands and between the outer layer reinforcing strands and the central reinforcing strands;

the central rope core is filled with PP material;

the diameter proportion relation of each steel wire in the outer layer strand is as follows: a central strand: first layer of compacted strand wires: second laminated solid strand steel wire: outermost laminated solid strand steel wire = 1: 1: 1.07: 1.72.

after having adopted above-mentioned structure, because this wire rope's outer strand adopts central thigh, first layer compaction thigh steel wire, second lamination solid strand steel wire and outermost lamination solid strand steel wire to constitute, and central thigh, first layer compaction thigh steel wire, second lamination solid strand steel wire and outermost lamination solid strand steel wire all adopt face contact spiral package in order to twist with fingers the mode, then this wire rope's compression ratio is higher, and is more stand wear and tear to make life increase.

Drawings

FIG. 1 is a schematic view of the overall structure of a first structure of the present invention;

FIG. 2 is a schematic structural view of the outer layer strand of the present invention;

FIG. 3 is a schematic view of the second structure of the present invention;

in the figure: 1. a central cord core; 11. a central reinforcing strand; 12. an outer layer of reinforcement strands; 121. a second central reinforcing strand wire; 122. a second outer layer of reinforcing strand wires; 13. a synthetic fiber rope; 2. an outer layer strand; 21. a central strand; 22. a first layer of compacted strand steel wire; 23. a second laminated solid strand of steel wire; 24. the outermost layer is laminated with solid strands of steel wire.

Detailed Description

As shown in fig. 1 and 2, a compacted strand wire rope for a gondola includes a central core 1 and 5 outer strands 2, the outer strands 2 are spirally twisted around the central core 1 in a surface contact manner, the outer strands 2 include a central strand 21, 6 first layer compacted

strand wires

22, 12 second layer compacted

strand wires

23 and 12 outermost layer compacted strand wires 24, while the first layer compacted strand wires 22 are spirally twisted around the central strand 21 in a surface contact manner, the second layer compacted strand wires 23 are spirally twisted around the first layer compacted strand wires 22 in a surface contact manner, and the outermost layer compacted strand wires 24 are spirally twisted around the second layer compacted strand wires 23 in a surface contact manner.

Preferably, the ratio of the diameters of the individual steel filaments in the outer layer strand 2 is: center strand 21: first layer of compacted strand wires 22: second laminated solid strand steel wire 23: outermost laminated solid strand steel wire 24= 1: 1: 1.07: 1.72.

because outer thigh 2 adopts and adopts the outer first layer compaction thigh steel wire 22, the second lamination solid thigh steel wire 23 of package twist in order of central thigh 21, and outermost lamination solid thigh steel wire 24, each layer all adopts the compaction thigh steel wire to make this outer thigh 2's compression ratio high, increased wire rope's abrasion resistance, thereby increased life.

Further, the center cord core 1 includes 1 central reinforcing strand 11 and 5 outer reinforcing strands 12, and the outer reinforcing strand 12 is the periphery that the line contact form spiral package twisted on the central reinforcing strand 11, and this outer reinforcing strand 12 includes 1 second central reinforcing strand steel wire 121 and 6 second outer reinforcing strand steel wires 122, and second outer reinforcing strand steel wire 122 is the compaction strand, and second outer reinforcing strand steel wire 122 is the periphery that the face contact form spiral package twisted on second central reinforcing strand steel wire 121. Meanwhile, synthetic fiber ropes are filled between the outer layer strands 2 and the outer layer reinforcing strands 12 and between the outer layer reinforcing strands 12 and the central reinforcing strands 11. Center rope core 1 has adopted this kind of structure further to increase this wire rope's wearability, simultaneously between outer thigh 2 and outer enhancement thigh 12, outer enhancement thigh 12 and the central clearance department of strengthening between the thigh 11 fill synthetic fiber rope 13, this synthetic fiber rope 13 can save the grease, strengthen thigh 11 and outer enhancement thigh 12 between for the center, outer enhancement thigh 12 and outer thigh 2 between provide the lubrication, reduce friction, further improvement wire rope's wearability, prolong its life.

As shown in fig. 3, the schematic diagram of the second structure of the present invention is different from the steel wire rope of the first structure in that the central rope core 1 is filled with PP material, and although the friction resistance and the durability of the method are not as good as those of the first structure, the structure is simpler and the cost is saved, and the method can be used as an auxiliary rope for a steel wire rope of the first structure in use of a hanging basket.

The above description is only for the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention should be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims

1. The utility model provides a basket is with compaction thigh wire rope, its includes central rope core and 5 outer strands, outer strand be the face contact form spiral package twist in the periphery of central rope core, its characterized in that: the outer layer strand comprises a central strand, 6 first layer compacted strand steel wires, 12 second layer compacted strand steel wires and 12 outermost layer compacted strand steel wires, the first layer compacted strand steel wires are spirally twisted on the periphery of the central strand in a surface contact mode, the second layer compacted strand steel wires are spirally twisted on the periphery of the first layer compacted strand steel wires in a surface contact mode, and the outermost layer compacted strand steel wires are spirally twisted on the periphery of the second layer compacted strand steel wires in a surface contact mode.

2. The compacted strand wire rope for a gondola of claim 1, characterized in that: the central rope core comprises 1 central reinforcing strand and 5 outer reinforcing strands, the outer reinforcing strands are spirally wrapped and twisted on the periphery of the central reinforcing strand in a line contact manner, the outer reinforcing strands comprise 1 second central reinforcing strand steel wire and 6 second outer reinforcing strand steel wires, the second outer reinforcing strand steel wires are compacted strands, and the second outer reinforcing strand steel wires are spirally wrapped and twisted on the periphery of the second central reinforcing strand steel wires in a surface contact manner; synthetic fiber ropes are filled between the outer layer strands and the outer layer reinforcing strands and between the outer layer reinforcing strands and the central reinforcing strands.

3. The compacted strand wire rope for a gondola of claim 1, characterized in that: the central rope core is filled with PP materials.

4. A compacted strand wire rope for a gondola according to any one of claims 1 to 3, characterized in that: the diameter proportion relation of each steel wire in the outer layer strand is as follows: a central strand: first layer of compacted strand wires: second laminated solid strand steel wire: outermost laminated solid strand steel wire = 1: 1: 1.07: 1.72.