CN207959006U - A kind of rigging device - Google Patents

Abstract

The utility model discloses a kind of rigging devices, are used to strut benchmark cable wire and target cable wire comprising branch cable system and the fixed system that climbs；Branch cable system is for being actively mounted on target cable wire；Branch cable system includes at least four columns being vertically arranged, and column, which encloses, to be set to form a supporting frame, and supporting frame is connected with connection system between the two adjacent upright per one side；Column includes lifting column, sleeve and elevating mechanism；Lifting column bottom part is movably set in sleeve；Elevating mechanism is used to adjust the total length between lifting column top and sleeve bottom end；Fixed system top of climbing is set to branch cable system for being mounted on benchmark cable wire and bottom end.The utility model adjusts the length of pillar by elevating mechanism, it avoids causing target cable wire and benchmark cable wire to interfere with each other phenomenon due to vibration or cable wire sag generate variation, to strut target cable wire and benchmark cable wire, prevent target cable wire impaired with benchmark cable wire phase mutual friction.

Description

A kind of rigging device

Technical field

The utility model is related to bridge construction device fields, and in particular to a kind of rigging device.

Background technology

In overhead calbe erection or ropeway operation, since cable body itself is more soft, rigidity is small, in height in the air due to wind Load acts on, it may appear that is interfered with each other between the adjacent cable body of levels or left and right or even wrapping phenomena.Currently, common rigging dress It sets on benchmark cable wire, is arranged one every 30~50m, is arranged between the adjacent rigging device of each two and is coupled rope, by institute There is rigging device to be cascaded.In use, rigging device is shelved on benchmark cable wire, target cable wire is shelved on branch cable system On.

Common rigging device, has the following disadvantages：

(1) due in the process of running, being shelved on rigging device on benchmark cable wire, and cable, cableway are generally all crossed over Mountain stream, mountain valley or rivers, the mouth of a gorge wind of such terrain, wind speed is big, variable direction, easily causes benchmark cable wire high vibration, So that the rigging device shake being shelved on benchmark cable wire, job-hops so as to cause cable wire, frequency between rigging device and benchmark cable wire Numerous relative motion can also wear benchmark cable wire, and it is existing that this is easy for causing benchmark cable wire in rigging device wheel groove edge fracture of wire occur As.

(2) itself cannot be relatively fixed, and cause that the position of rigging device cannot be adjusted at any time according to practical cable wire crosspoint It sets, if you need to adjust the position of rigging device, artificial working at height can only be used.Simultaneously because rigging device dead weight influences, It can not be suitable for the larger regions of the end bays gradient such as cable, cableway.

(3) target cable wire is shelved on branch cable system, be only applicable to levels cable wire spacing it is larger, without cross jamming feelings Condition, since vibration or cable wire sag generate variation, can be interfered with each other when levels cable wire distance is smaller or due to stress simultaneously Phenomenon can not strut levels interference cable wire, cause cable wire phase mutual friction impaired at this time.

(4) the rigging device idler wheel horizontal spacing contacted with benchmark cable wire is relatively fixed, can only be in constant space or single It uses, can not be used (due to cable crane owner on the quasi- cable wire of more foundation that cable crane end bay etc. becomes spacing on benchmark cable wire Benchmark cable wire horizontal spacing is fixed on cable saddle, and position of the end bay benchmark cable wire on anchor point is mutually different, therefore the entire side of base Across quasi- cable wire horizontal spacing be gradual change).

Utility model content

In view of the deficiencies in the prior art, the purpose of this utility model is to provide a kind of rigging device, pass through liter Descending mechanism adjusts the length of pillar, avoids causing target cable wire and benchmark cable wire mutual due to vibration or cable wire sag generate variation Interference phenomenon prevents target cable wire impaired with benchmark cable wire phase mutual friction to strut target cable wire and benchmark cable wire.

To achieve the above objectives, the technical scheme adopted by the utility model is that：A kind of rigging device, is used to strut benchmark Cable wire and target cable wire comprising：

Branch cable system, the branch cable system is for being actively mounted on the target cable wire；The branch cable system includes extremely Few four columns being vertically arranged, the column, which encloses, to be set to form a supporting frame, adjacent two institute of the support frame as described above body per one side It states and is connected with connection system between column；The column includes lifting column, sleeve and elevating mechanism；The lifting column bottom end Divide and is movably set in the sleeve；The elevating mechanism is for adjusting between the lifting column top and the sleeve bottom end Total length；

Climb fixed system, and the fixed system top of climbing is used to be mounted on the benchmark cable wire and bottom end is set on described On branch cable system.

Further, the elevating mechanism includes axis pin；The lifting column lower horizontal offers the first connecting hole, institute It states sleeve and offers several second connecting holes successively from top to bottom；The axis pin passes through second connecting hole and inserts In in first connecting hole.

Further, the elevating mechanism is set in the sleeve, and the elevating mechanism is vertically arranged flexible with one Drive shaft, the telescopic propeller shaft top are connected with the lifting column；The elevating mechanism is for driving the lifting column It is vertically moving.

Further, the elevating mechanism is wirelessly connected with third remote controler, and the third remote controler is described for controlling Elevating mechanism drives the lifting column lifting.

Further, the rigging system bottom is equipped at least one folder for being actively mounted on the target cable wire Mechanism is held, the clamping device includes spaced two roller bearings from top to bottom.

Further, it is described climb fixed system at least there are two, the fixed system that climbs described in two is along perpendicular to described Benchmark cable wire extending direction arranged for interval；The fixed system that climbs includes the roller supporting bar that climbs being vertically arranged, described to climb Roller supporting bar is risen for being mounted on the benchmark cable wire；

The rigging device further includes at least one horizontal spacing Adaptable System, the horizontal spacing Adaptable System packet The guide rail being horizontally placed on the branch cable system is included, the guide rail extending direction substantially hangs down with the benchmark cable wire extending direction Directly；The roller supporting bar bottom end of climbing is slidedly arranged on the guide rail.

Further, sliding slot is offered on the guide rail, the roller supporting bar bottom end of climbing is equipped with pulley, the pulley It is slidedly arranged in the sliding slot.

Further, the sliding slot both ends are equipped with the sealing plate for preventing the pulley from skidding off.

Further, the horizontal spacing Adaptable System further includes at least one resilient support assemblies, the elasticity branch Support component includes horizontally disposed casing, elastic component and two wheel shafts；Two described wheel shaft one end are connected to the elastic component Both ends, and the other end is connected with the roller supporting bar that climbs described in two respectively；The elastic component is located in described sleeve pipe, the wheel shaft One end part being connected with the elastic component is movably set in described sleeve pipe.

Further, the first spacing block set, the wheel shaft and the elastic component phase are equipped in the nozzle of described sleeve pipe both ends One end side wall even is equipped with second for matching with first spacing block set and merging for preventing the wheel shaft to be detached from described sleeve pipe Spacing block set.

Compared with prior art, the utility model has the advantage of：

(1) the branch cable system in the utility model can be with the length of adjusting post, when target cable wire and benchmark cable wire spacing It is smaller, when being susceptible to cross jamming, the length of pillar can be adjusted by elevating mechanism, rigging device is reused and struts, just It can cause to interfere with each other phenomenon to avoid due to vibrating or cable wire sag generates variation, to strut target cable wire and benchmark steel Rope prevents target cable wire impaired with benchmark cable wire phase mutual friction.Therefore, rolling is directly rested on existing rigging device target cable wire It is compared on axis, the branch cable system of the utility model may be implemented the support of target cable wire and benchmark cable wire and shelve, easy to use, The blank that target cable wire and benchmark cable wire distance on vertical direction are not adjusted with fore stay device is filled up.

(2) horizontal spacing Adaptable System is provided in the utility model, rigging device, which is set to, to be become on spacing benchmark cable wire When, the resilient support assemblies that use between the roller supporting bar that climbs can adaptive benchmark cable wire spacing and expand outwardly or inwardly receive Contracting, meanwhile, the two roller supporting bars that climb can do adaptive benchmark cable wire spacing on guide rail and expand outwardly or to contract Movement, resilient support assemblies and guide rail, pulley coordinate so that rigging device integrally has good lateral stability, is applicable in Range is wide, has filled up the blank for becoming spacing benchmark cable wire rigging device.

Description of the drawings

Fig. 1 is the structural schematic diagram for the rigging device walking state that the utility model embodiment provides；

Fig. 2 is the structural schematic diagram for the rigging device stationary state that the utility model embodiment provides；

Fig. 3 is the left view of Fig. 2；

Fig. 4 is the rigging system structure diagram that the utility model embodiment provides；

Fig. 5 is the horizontal spacing Adaptable System structural schematic diagram that the utility model embodiment provides；

Fig. 6 is the guide rail horizontal cross-section structure diagram that the utility model embodiment provides；

Fig. 7 is the resilient support assemblies structural schematic diagram that the utility model embodiment provides；

Fig. 8 is the fixed system structural schematic diagram that climbs that the utility model embodiment provides.

In figure：1, climb fixed system；10, climb roller supporting bar；11, fixed idler whell supporting rod；12, the first driving machine Structure；13, climb idler wheel；14, fixed idler whell；2, branch cable system；20, column；200, lifting column；201, sleeve；202, axis pin； 21, connection system；22, clamping device；220, roller bearing；3, horizontal spacing Adaptable System；30, guide rail；300, sliding slot；301, sliding Wheel；302, sealing plate；31, resilient support assemblies；310, casing；311, elastic component；312, wheel shaft；313, the first spacing block set； 314, the second spacing block set；4, benchmark cable wire；5, hauling rope；6, target cable wire.

Specific implementation mode

The utility model is described in further detail with reference to the accompanying drawings and embodiments.

Shown in Fig. 1 to Fig. 4, the utility model embodiment provides a kind of rigging device, is used to strut benchmark cable wire 4 With target cable wire 6 comprising branch cable system 2 and the fixed system 1 that climbs；Branch cable system 2 is for being actively mounted on target cable wire 6；Branch cable system 2 includes at least four columns 20 being vertically arranged, and column 20, which encloses, to be set to form a supporting frame, and supporting frame is each It is 21 to be connected with connection between the two adjacent upright 20 in face；Shown in Fig. 1 to Fig. 4, there are four the present embodiment central posts 20, and four A column 20 is parallel to each other, encloses and sets to form a cube, and it is 21 that cube is all connected with connection per one side；Column 20 includes rising Column 200, sleeve 201 and elevating mechanism drop；200 bottom part of lifting column is movably set in sleeve 201；Elevating mechanism is used Total length between adjusting 200 top of lifting column and 201 bottom end of sleeve；1 top of fixed system climb for being mounted on base Quasi- cable wire 4 and bottom end are set on branch cable system 2.

When target cable wire 6 with 4 spacing of benchmark cable wire is smaller, be susceptible to cross jamming when, elevating mechanism tune can be passed through The length for saving pillar 20, reuses rigging device and struts, so that it may cause phase to avoid due to vibrating or cable wire sag generates variation Mutual interference phenomenon prevents target cable wire 6 impaired with the 4 phase mutual friction of benchmark cable wire to strut target cable wire 6 and benchmark cable wire 4. Therefore, compared with existing rigging device target cable wire directly rests on roller bearing, the branch cable system of the utility model may be implemented The support of target cable wire and benchmark cable wire with shelve, it is easy to use, filled up and do not adjusted on vertical direction with fore stay device The blank of target cable wire and benchmark cable wire distance.

Shown in Figure 4, elevating mechanism includes axis pin 202；200 lower horizontal of lifting column offers the first connecting hole, Sleeve 201 offers several second connecting holes successively from top to bottom；Axis pin 202 passes through one second connecting hole and inserts in In one connecting hole.

Alternatively, elevating mechanism is set in sleeve 201, elevating mechanism has a telescopic propeller shaft being vertically arranged (in figure not Show), telescopic propeller shaft top is connected with lifting column 200；Elevating mechanism is for driving lifting column 200 vertically to transport It is dynamic.Elevating mechanism belongs to common, and this will not be repeated here.Elevating mechanism is wirelessly connected with third remote controler (not shown), the Three remote controlers are lifted for controlling elevating mechanism driving lifting column 200, distant at any time by third remote controler according to actual conditions Control operation elevating mechanism driving lifting column 200 lifts, and avoids personal height operation.

Shown in Figure 4,2 bottom of branch cable system is equipped at least one clamping for being actively mounted on target cable wire 6 Mechanism 22, clamping device 22 include spaced two roller bearings 220 from top to bottom.Target cable wire 6 be limited to two roller bearings 220 it Between, the interval between roller bearing 220 can be almost big with 6 diameter of target cable wire, in this way can be side by side between multiple target cable wires 6 But not it winds, simultaneously because roller bearing 220 can be rotated around own axes, if the fixed system 1 that climbs can be in benchmark cable wire 4 When upper mobile, roller bearing 220 can also roll on target cable wire 6, card resistance would not occur.

Shown in Fig. 1 to 3 and 5, climb fixed system 1 at least there are two, two fixed systems 1 that climb are along perpendicular to base 4 extending direction arranged for interval of quasi- cable wire；The fixed system 1 that climbs includes the roller supporting bar 10 that climbs being vertically arranged, and climb idler wheel Supporting rod 10 is for being mounted on benchmark cable wire 4；Shown in figure Fig. 1 to 3 and 5, rigging device further includes between at least one transverse direction Away from Adaptable System 3, horizontal spacing Adaptable System 3 includes the guide rail 30 being horizontally placed on branch cable system 2, and guide rail 30 extends Direction is substantially vertical with 4 extending direction of benchmark cable wire；10 bottom end of roller supporting bar of climbing is slidedly arranged on guide rail 30.

For different spacing, become spacing or lead to the quasi- cable wire 4 of two foundation for becoming spacing because of wind load, certainly by horizontal spacing Adaptive system 3, rigging device can automatically adjust in a certain range.If rigging device can become spacing benchmark cable wire 4 When upper operation, two climb roller supporting bar 10 adaptive 4 spacing of benchmark cable wire can be done on guide rail 30 and expand outwardly or to The movement of contract.

Shown in Fig. 5 and Fig. 6, sliding slot 300 is offered on guide rail 30,10 bottom end of roller supporting bar of climbing is equipped with pulley 301, pulley 301 is slidedly arranged in sliding slot 300.300 both ends of sliding slot are equipped with the sealing plate 302 that anti-limited slip wheel 301 skids off.Referring to Fig. 6 Shown, sliding slot 300 takes the shape of the letter U structure, and open top width is less than the width between 300 inner wall of sliding slot, and such pulley 301 can With smoothly movement will not still be skidded off from open top in sliding slot 300.

Shown in Fig. 5 and Fig. 7, horizontal spacing Adaptable System 3 further includes at least one resilient support assemblies 31, elasticity Support component 31 includes that spring may be used in horizontally disposed casing 310, elastic component 311 and two wheel shafts 312, elastic component 311 Or rubber etc.；312 one end of two axles is connected to 311 both ends of elastic component, and the other end climbs with two roller supporting respectively Bar 10 is connected；Elastic component 311 is located in casing 310, and one end part that wheel shaft 312 is connected with elastic component 311 is movably set in set In pipe 310.

When quasi- 4 spacing of the cable wire variation of two foundation, two climb 31 meeting of resilient support assemblies used between roller supporting bar 10 Adaptive 4 spacing of benchmark cable wire and expand outwardly or to contract, meanwhile, two roller supporting bars 10 can be done on guide rail 30 from It adapts to 4 spacing of benchmark cable wire and expands outwardly or the movement to contract.Resilient support assemblies 31 and guide rail 30, are slided sliding slot 300 301 cooperation of wheel so that the frame body of entire rigging device is more stablized.

It is shown in Figure 7, the first spacing block set 313, wheel shaft 312 and elastic component 311 are equipped in 310 both ends nozzle of casing Connected one end side wall is equipped with the second limit matched with the first spacing block set 313 and merged for preventing wheel shaft 312 to be detached from casing 310 Position convex block 314.First spacing block set 313 preferably circumferentially extends to form annular projection along 310 inner wall of casing, the second spacing block set 314 circumferentially extend to form annular projection along 312 outer wall of wheel shaft.

To sum up, with existing rigging device, the horizontal spacing Adaptable System 3 of the utility model is applicable to become spacing benchmark Cable wire 4, and since casing 310 and sliding slot 300 are both provided with limiting device so that structure integrally has preferable lateral stability Property, it is applied widely, fill up the blank for the rigging device for adapting to become spacing benchmark cable wire 4.

Shown in Fig. 1 to 3 and Fig. 8, the fixed system 1 that climbs can be arranged two, and two fixed systems 1 that climb are along vertical In 4 extending direction interval of benchmark cable wire be set to support system 2 on, climb 1 two one group of fixed system, it is front and back can be arranged it is more Group, shown in Fig. 1 to 3 and Fig. 8, the fixed system 1 that climbs is equipped with two groups four；The fixed system 1 that climbs includes being vertically arranged The roller supporting bar 10 that climbs, bottom end be rotationally connected with climb fixed idler whell supporting rod 11 on roller supporting bar 10 and First driving mechanism 12, as axis pin connects or is hinged；The roller supporting bar 10 that climbs is equipped with the idler wheel 13 that climbs, fixed idler whell support Bar 11 is equipped with fixed idler whell 14；First driving mechanism 12 is for driving fixed idler whell supporting rod 11 towards close to the roller supporting that climbs 10 direction of bar moves and makes fixed idler whell 12 and benchmark cable wire 4 is clamped in the idler wheel 11 that climbs；Rigging device further includes trailer system, is led Draw system with the fixed system 1 that climbs to be connected, and move on benchmark cable wire 4 for drawing the fixed system 1 that climbs.

It climbing idler wheel 13 and fixed idler whell 14 is all made of sheave, the idler wheel 13 that climbs is set on benchmark cable wire 4 and can roll, Fixed idler whell 14 is located at benchmark cable wire 4 times and supports benchmark cable wire 4, and fixed idler whell 14 does not roll.Climb idler wheel 13, fixed idler whell 14 may be used rubber material, can be designed as needed.

For branch cable system 2 for being actively mounted on target cable wire 6, branch cable system 2 can be along 6 side of extension of target cable wire To movement, target cable wire 6 can be avoided to be detached from branch cable system 2 because of swing with limited target cable wire 6

In use, climbed fixed system 1 by trailer system traction, climb idler wheel 13 on benchmark cable wire 4 to target position Rolling is set, after reaching target location, stops traction, the first driving mechanism 12 driving fixed idler whell supporting rod 11 is towards close to rolling of climbing 10 direction of wheel supporting rod moves and makes fixed idler whell 12 and the clamping of idler wheel 11 of climbing clamps benchmark cable wire 4, avoids because wind load is made Violent shake for being generated after benchmark cable wire 4 causes frequent relative motion between support device and benchmark cable wire 4, makes base There is abrasion fracture of wire phenomenon or the job-hopping phenomenon of benchmark cable wire 4 in quasi- cable wire 4, improves the service life of benchmark cable wire；When need When adjusting the position of rigging device again, is matched with the first driving mechanism 12 by trailer system, make the fixed system 1 that climbs Operation of climbing is unobstructed, changes target location at any time, avoids artificial working at height, is also applied for the end bays gradient such as cable, cableway Larger region.

In order to avoid artificial working at height, there are many forms for trailer system, shown referring to Fig. 1 and Fig. 2, trailer system packet Hauling rope 5 is included, hauling rope 5 is connected with the idler wheel 13 that climbs；The fixed system 1 that climbs is pulled to be moved by hauling rope 5.Hauling rope 5 can according to circumstances be arranged more, be connected with each idler wheel 13 that climbs.Artificial or small winch traction hauling rope may be used 5。

Alternatively, being operated by the way of remote control, trailer system includes the first remote controler and the second driving mechanism (in figure It is not shown), the second driving mechanism is connected with the idler wheel 13 that climbs, the second driving mechanism and its connection type category with the idler wheel 13 that climbs In what is noted, for example motor, cylinder, the second driving mechanism can drive the idler wheel 13 that climbs to be moved on pedestal cable wire 4, and first is distant Control device is connect with the second driving mechanism by radio connection, the fortune of manual operation the second driving mechanism of the first remote control device Row.

Shown in Fig. 1, Fig. 2 and Fig. 8, the first driving mechanism 12 includes an at least spring；Spring is extended resiliently ground It is connected to and climbs between idler wheel 13 and fixed idler whell 12；

Fixed system 1 climb in traveling under trailer system drives, the frictional force between fixed idler whell 14 and benchmark cable wire 4 It is big compared to the pulling force to climb between idler wheel 13 and fixed idler whell 14 that spring provides (when making, be can by calculate come Type selecting and 14 material of fixed idler whell of spring are determined to realize), at this point, spring is stretched, fixed idler whell 14 is with idler wheel branch of climbing Strut 10 is that fulcrum is rotated towards far from 13 direction of idler wheel of climbing.After reaching target location, stop traction, at this time spring contraction, Fixed idler whell 14 is that fulcrum is rotated towards close to 13 direction of idler wheel of climbing with the roller supporting bar 10 that climbs, finally in the effect of spring Under, benchmark cable wire 4 is converted into serpentine by the idler wheel 13 that climbs with fixed idler whell 14, is securely fixed.

Under the action of the spring, to climb, roller supporting bar 10 rotates fixed idler whell 14, and the external force that spring provides is between solid Determine between idler wheel 14 and the static friction force and sliding-frictional resistance of benchmark cable wire 4, and rigging device can be made to be fixed on benchmark steel On rope 4.Fixed system 1 climb when motion state is converted to stationary state, traction power should be released slowly when being drawn by hauling rope 5 Put, when fixed idler whell 14 under the action of the spring, when the chucking power of generation is substantially equal with the sliding component that dead weight generates, then complete Traction power is discharged entirely, prevents fixed idler whell 14 and the idler wheel 13 that climbs when conversion slippery.

Alternatively, by the way of remote control, the first driving mechanism 12 includes the second remote controler and driver (not shown), Driver has a telescopic propeller shaft, driver and telescopic drive bar respectively with roller supporting bar 10 and the fixed idler whell supporting rod of climbing 11 are connected, and the second remote controler is wirelessly connected with driver.When needing mobile, driver, driver are controlled by remote control mode It is that fulcrum is rotated towards far from 13 direction of idler wheel of climbing to drive telescopic propeller shaft to make fixed idler whell 14 with the roller supporting bar 10 that climbs；When After reaching target location, it is fulcrum towards close that driver, which drives telescopic propeller shaft to make fixed idler whell 14 with the roller supporting bar 10 that climbs, It climbs the rotation of 13 direction of idler wheel, benchmark cable wire 4 is finally converted into serpentine, securely fixed by climb idler wheel 13 and fixed idler whell 14.

The utility model is not limited to the above embodiment, for those skilled in the art, not Under the premise of being detached from the utility model principle, several improvements and modifications can also be made, these improvements and modifications are also considered as this reality Within novel protection domain.The content not being described in detail in this specification belongs to well known to professional and technical personnel in the field The prior art.

Claims (10)

1. a kind of rigging device is used to strut benchmark cable wire (4) and target cable wire (6), which is characterized in that it includes：

Branch cable system (2), the branch cable system (2) is for being actively mounted on the target cable wire (6)；The branch cable system (2) include at least four columns (20) being vertically arranged, the column (20), which is enclosed, to be set to form a supporting frame, support frame as described above body Connection system (21) is connected between adjacent two column (20) per one side；The column (20) include lifting column (200), Sleeve (201) and elevating mechanism；Lifting column (200) bottom part is movably set in the sleeve (201)；The liter Descending mechanism is used to adjust the total length between the lifting column (200) top and the sleeve (201) bottom end；

Climb fixed system (1), and the fixed system that climbs (1) top is used to be mounted on the benchmark cable wire (4) and bottom end is set In on the branch cable system (2).

2. rigging device as described in claim 1, it is characterised in that：The elevating mechanism includes axis pin (202)；The lifting Column (200) lower horizontal offers the first connecting hole, and the sleeve (201) offers several the second companies successively from top to bottom Connect hole；The axis pin (202) passes through second connecting hole and inserts in first connecting hole.

3. rigging device as described in claim 1, it is characterised in that：The elevating mechanism is set in the sleeve (201), institute Stating elevating mechanism has a telescopic propeller shaft being vertically arranged, the telescopic propeller shaft top and the lifting column (200) phase Even；The elevating mechanism is for driving the lifting column (200) vertically moving.

4. rigging device as claimed in claim 3, it is characterised in that：The elevating mechanism is wirelessly connected with third remote controler, The third remote controler drives lifting column (200) lifting for controlling the elevating mechanism.

5. rigging device as described in claim 1, it is characterised in that：Branch cable system (2) bottom is equipped at least one use In the clamping device (22) for being actively mounted on the target cable wire (6), the clamping device (22) includes being spaced from top to bottom Two roller bearings (220) being arranged.

6. rigging device as described in claim 1, it is characterised in that：

The fixed system that climbs (1) at least there are two, the fixed system (1) that climbs described in two is along perpendicular to the benchmark cable wire (4) extending direction arranged for interval；The fixed system that climbs (1) includes the roller supporting bar (10) that climbs being vertically arranged, described The roller supporting bar (10) that climbs is for being mounted on the benchmark cable wire (4)；

The rigging device further includes at least one horizontal spacing Adaptable System (3), the horizontal spacing Adaptable System (3) Including the guide rail (30) being horizontally placed on the branch cable system (2), guide rail (30) extending direction and the benchmark cable wire (4) extending direction is substantially vertical；Described roller supporting bar (10) bottom end of climbing is slidedly arranged on the guide rail (30).

7. rigging device as claimed in claim 6, it is characterised in that：Sliding slot (300) is offered on the guide rail (30), it is described Roller supporting bar (10) bottom end climb equipped with pulley (301), the pulley (301) is slidedly arranged in the sliding slot (300).

8. rigging device as claimed in claim 7, it is characterised in that：Sliding slot (300) both ends, which are equipped with, prevents the cunning The sealing plate (302) that wheel (301) skids off.

9. rigging device as claimed in claim 6, it is characterised in that：The horizontal spacing Adaptable System (3) further include to A few resilient support assemblies (31), the resilient support assemblies (31) include horizontally disposed casing (310), elastic component (311) and two wheel shafts (312)；Two described wheel shaft (312) one end are connected to the elastic component (311) both ends, and another End is connected with the roller supporting bar (10) that climbs described in two respectively；The elastic component (311) is located in described sleeve pipe (310), described One end part that wheel shaft (312) is connected with the elastic component (311) is movably set in described sleeve pipe (310).

10. rigging device as claimed in claim 9, it is characterised in that：It is equipped with first in the nozzle of described sleeve pipe (310) both ends Spacing block set (313), one end side wall that the wheel shaft (312) is connected with the elastic component (311) are equipped with and first limit Position convex block (313) is with the second spacing block set (314) merged for preventing the wheel shaft (312) to be detached from described sleeve pipe (310).