CN108301625A - Hanging component prestressing force hangs drag-line rotary installation tool and its method - Google Patents
Hanging component prestressing force hangs drag-line rotary installation tool and its method Download PDFInfo
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- CN108301625A CN108301625A CN201711472280.6A CN201711472280A CN108301625A CN 108301625 A CN108301625 A CN 108301625A CN 201711472280 A CN201711472280 A CN 201711472280A CN 108301625 A CN108301625 A CN 108301625A
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/14—Conveying or assembling building elements
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/14—Conveying or assembling building elements
- E04G21/16—Tools or apparatus
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- Engineering & Computer Science (AREA)
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- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Lift-Guide Devices, And Elevator Ropes And Cables (AREA)
Abstract
The invention discloses a kind of hanging component prestressing force to hang drag-line rotary installation tool, including hinged track cable mechanism and hinged jack up unit, and hinged track cable mechanism includes traction track cable and non-traction track cable；Hinged jack up unit includes hauling rope, the firm rope in direction, film notochord, traction electrical hoist and firm electrical hoist；One end of traction track cable and non-traction track cable is connect with the bottom end of hanging component, and the other end for drawing track cable and non-traction track cable is connect with fixed steel column；One end of hauling rope is connect with the top of hanging component, and the other end is connect with the traction electrical hoist being fixed on fixed steel column；One end that direction consolidates rope is connect with the top of hanging component, and the other end is connect with the firm electrical hoist being fixed on fixed steel column；The both ends of film notochord are connect with hanging component and fixed steel column respectively.Drag-line rotary installation tool is hanged using this hanging component prestressing force, the hanging component of installation can be facilitated, while improving construction efficiency.
Description
Technical field
The present invention relates to hanging component mounting technique fields more particularly to a kind of hanging component prestressing force to hang drag-line rotation peace
Holding tool and its method.
Background technology
Membrane structure is a kind of completely new architecture structure form, it collects architecture, structural mechanics, fine chemistry industry and material supply section
, computer technology etc. are integrated, and have very high technology content.In conjunction with specific environment, hanging steel is set in film Cable Structure
Column can make structural modeling unique, be combined with film cloth, and the abundanter symbolic image engineering of expressive force can be built.
Hanging component is connected and fixed with peripheral structure by flexible cable, makes hanging structure by the tension of downhaul in tensioning
Part reaches design point and consolidates.Currently, well known installation method is to be lifted or set up full hall supporting rack using super-huge crawler belt
Original position segmentation installation is carried out, is then installed, downhaul, site workload is big, and installation is complicated, measure cost height and security risk
More, security risk is big.
Invention content
The main purpose of the present invention is to provide a kind of hanging component prestressing force to hang drag-line rotary installation tool and its method,
It is intended to facilitate the hanging component of installation, while improving construction efficiency.
To achieve the above object, the present invention provides a kind of outstanding drag-line rotary installation tool of hanging component prestressing force, including hinge
Connect track cable mechanism and hinged jack up unit, wherein
The hinged track cable mechanism includes traction track cable and non-traction track cable；
The hinged jack up unit includes hauling rope, the firm rope in direction, film notochord, traction electrical hoist and firm electric rolling
Machine is raised, electrical hoist is drawn and firm electrical hoist is both secured on corresponding fixed steel column；
One end of traction track cable and non-traction track cable is connect with the bottom end of hanging component, draws track cable and non-traction is held
The other end of weight rope is connect with fixed steel column；
One end of hauling rope is connect with the top of hanging component, the other end and the traction electrical hoist being fixed on fixed steel column
Connection；
One end that direction consolidates rope is connect with the top of hanging component, the other end and the firm electric rolling being fixed on fixed steel column
Raise machine connection；
One end of film notochord is connect with the top of hanging component, and the other end is connect with fixed steel column.
Preferably, it further includes being installed on hanging component both ends that the hanging component prestressing force, which hangs drag-line rotary installation tool,
Bindiny mechanism, traction track cable, non-traction track cable, hauling rope, direction consolidate rope and film notochord by bindiny mechanism and
Hanging component connection.
Preferably, the bindiny mechanism include the upper circumferential reinforcing plate being placed on hanging component and lower circumferential reinforcing plate, with
And the connection plate between upper circumferential reinforcing plate and lower circumferential reinforcing plate, upper circumferential direction reinforcing plate and lower circumferential reinforcing plate welding
In on hanging component.
Preferably, the traction track cable, non-traction track cable, hauling rope, the firm rope in direction and film notochord pass through
Jie Suo mechanisms include the ears end connector set gradually, adjust sleeve and hot-cast with plate connection, the Jie Suo mechanisms is connect
Anchor, hot casting anchor are placed on traction track cable, non-traction track cable, hauling rope, the firm rope in direction and film notochord, ears end connector
It is connected by axis pin with plate is connect.
Preferably, the hauling rope and direction consolidate Suo Jun and are connected with corresponding electrical hoist by wireless dynamometer.
Present invention further propose that a kind of installation for hanging drag-line rotary installation tool based on above-mentioned hanging component prestressing force
Method includes the following steps：
Each traction track cable and non-traction track cable are connect to form linkwork with the bottom end of hanging component, respectively draw track cable
It is also articulated and connected with corresponding fixed steel column with non-traction track cable, the traction track cable on front side of main lead passes through spreading side
Formula is supplied length and is connect with fixed steel column, and the non-traction track cable on front side of main lead passes through spreading rope made of hemp mode and fixed steel
Column connects temporarily；
Tightening traction track cable, makes hanging component slowly move forward, when its center of gravity is more than the edge of support floor beam, and after making
After side track cable reaches tensioning state, the track cable on front side of main lead is articulated and connected with corresponding fixed steel column；
Traction track cable is slowly unclasped, so that hanging component is slowly rotated around upper support position under Gravitative Loads and moves down, until
Until all track cables all tense naturally, removing track cable spreading rope part keeps original track cable directly hinged with fixed steel column
Connection, hanging component bottom end basically reaches the plan-position of design requirement；
Hauling rope, the firm rope in direction, film notochord, traction electrical hoist and firm electrical hoist are installed, hauling rope, side are made
It is connect to firm rope and film notochord with hanging component, and hauling rope and direction is consolidated into rope respectively with traction electrical hoist and surely
Gu electrical hoist connects；
Start traction electrical hoist and tighten hauling rope, makes hanging component slowly raising, tightening hauling rope that hanging component be made to be in
After vertical configuration body, connect simultaneously fixed film notochord, at the same remove hauling rope spreading rope part make original hauling rope directly with fixed steel
Column articulated connection.
Preferably, start traction electrical hoist tighten hauling rope, make hanging component slowly raising the step of in, adjustment side
So that hanging component is remained on the scheduled surfaces of revolution to the length of firm rope, reaches stable state.
Preferably, the startup traction electrical hoist tightens hauling rope, makes hanging component slowly raising, tightens hauling rope
After so that hanging component is in vertical configuration body, connects and fix film notochord, while removing hauling rope spreading rope part to make original traction
Further include after the step of rope is directly articulated and connected with fixed steel column：
It is rotated by spanner and adjusts the effective length that sleeve adjusts corresponding drag-line, it is each to adjust hanging component upper and lower end all directions
The length of a drag-line, realize the installation of hanging component be accurately positioned and perpendicularity deviation adjustment.
Preferably, respectively traction track cable and non-traction track cable are connect by bindiny mechanism with hanging component.
Preferably, cable wire spreading is in such a way that snap ring connects ears end connector and spreading rope；The hauling rope direction with
Raising direction of rotation is consistent, consolidates Suo Fangxiang perpendicular to hauling rope direction.
Hanging component prestressing force proposed by the present invention hangs drag-line rotary installation tool, has the advantages that：
1, track cable, hauling rope, direction consolidate rope, film notochord etc. and can connect and insert directly using the cable wire used in structure design
Plate can be used the common steel plate in scene and simply fabricate, and wireless dynamometer, electrical hoist etc. are market apparatus ＆ equipment in common use,
The hinged track cable mechanism of the whole series, hinged jack up unit quick Fabrication and can be completed；
3, by adding wireless dynamometer, can monitor stress size in real time, provide foundation, while wireless receiving end for stretching construction
It can solve the drawbacks of instrument is inconvenient to observe；
4, the articulated connection of hinged track cable mechanism and hinged jack up unit can by axis pin quickly with connect plate and connects, apply
Work is convenient and efficient；
5, the direction in hinged jack up unit consolidates rope makes hanging component remain on the surfaces of revolution by adjustment length, effectively
Ensure the safe and reliable of construction；
6, this hanging outstanding drag-line rotary installation tool of component prestressing force is convenient for disassembly and assembly, construction is convenient, has stronger operability,
Its simple in structure and reliable operation simultaneously.
Description of the drawings
Fig. 1 is scheme of installation of the outstanding drag-line rotary installation tool of the hanging component prestressing force of the present invention in initial period；
Fig. 2 is scheme of installation of the outstanding drag-line rotary installation tool of the hanging component prestressing force of the present invention in the last stage；
Fig. 3 is the hanging component connection diagram that the hanging component prestressing force of the present invention hangs drag-line rotary installation tool；
Fig. 4 is the hauling rope position plane layout drawing that the hanging component prestressing force of the present invention hangs drag-line rotary installation tool；
Fig. 5 is the track cable position plane layout drawing that the hanging component prestressing force of the present invention hangs drag-line rotary installation tool；
Fig. 6 is the wire rope structure schematic diagram that the hanging component prestressing force of the present invention hangs drag-line rotary installation tool；
Fig. 7 is the cable wire spreading schematic diagram that the hanging component prestressing force of the present invention hangs drag-line rotary installation tool；
Fig. 8 is that the hanging component prestressing force of the present invention hangs the structural schematic diagram that plate is connected in drag-line rotary installation tool；
Fig. 9 is the structural schematic diagram that the hanging component prestressing force of the present invention hangs circumferential reinforcing plate in drag-line rotary installation tool；
Figure 10 is that the hanging component prestressing force of the present invention hangs the installation method of drag-line rotary installation tool in steel column track cable installation rank
Section schematic diagram；
Figure 11 is that the installation method that the hanging component prestressing force of the present invention hangs drag-line rotary installation tool moves horizontally the stage in steel column
Schematic diagram；
Figure 12 is that the hanging component prestressing force of the present invention hangs the installation method of the drag-line rotary installation tool revolving process under steel column and shows
It is intended to；
Figure 13 is that the hanging component prestressing force of the present invention hangs the installation side of drag-line rotary installation tool when hauling rope, direction consolidate rope
Erection stage schematic diagram；
Figure 14 is that the hanging component prestressing force of the present invention hangs the installation method of drag-line rotary installation tool in rotation erection stage signal
Figure.
In figure, 1.1- connection plates, the upper circumferential reinforcing plates of 1.2-, circumferential reinforcing plate under 1.3-, 2.1- axis pins, 2.2- ears
End connector, 2.3- adjust sleeve, and 2.4- hot casting anchors, 2.5- hawsers, 3.1- hauling ropes, the directions 3.2- consolidate rope, 3.3- film ridges
Rope, 3.4- draw electrical hoist, and 3.5- consolidate electrical hoist, 3.6- is wireless dynamometer, 4.1- traction track cables, and 4.2- is non-
Track cable, the 4.3- ropes made of hemp are drawn, 5.1- fixes steel column, 5.2- steel truss, the hanging steel columns of 6-.
The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.
Specific implementation mode
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
It should be noted that in the description of the present invention, term " transverse direction ", " longitudinal direction ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, and is not the dress of instruction or hint meaning
It sets or element must have a particular orientation, with specific azimuth configuration and operation, therefore should not be understood as the limit to the present invention
System.
Referring to figs. 1 to Fig. 9, in this preferred embodiment, a kind of hanging component prestressing force hangs drag-line rotary installation tool, including
Hinged track cable mechanism and hinged jack up unit, wherein
Hinged track cable mechanism includes traction track cable 4.1 and non-traction track cable 4.2；
Hinged jack up unit includes that hauling rope 3.1, direction consolidate rope 3.2, film notochord 3.3, traction electrical hoist 3.4 and steady
Gu electrical hoist 3.5, draws electrical hoist 3.4 and firm electrical hoist 3.5 is both secured to corresponding fixed steel column
On 5.1；
One end of traction track cable 4.1 and non-traction track cable 4.2 is connect with the bottom end of hanging component, draws track cable 4.1
It is connect with fixed steel column 5.1 with the other end of non-traction track cable 4.2；
One end of hauling rope 3.1 is connect with the top of hanging component, and the other end and the traction being fixed on fixed steel column 5.1 are electronic
Hoist engine 3.4 connects；
One end that direction consolidates rope 3.2 connect with the top of hanging component, the other end be fixed on consolidating on fixed steel column 5.1
Electrical hoist 3.5 connects；
One end of film notochord 3.3 is connect with the top of hanging component, and the other end is connect with fixed steel column 5.1.
Further, it further includes being installed on hanging component both ends that this hanging component prestressing force, which hangs drag-line rotary installation tool,
Bindiny mechanism, traction track cable 4.1, non-traction track cable 4.2, hauling rope 3.1, direction consolidates rope 3.2 and film notochord 3.3 is equal
It is connect with hanging component by bindiny mechanism.
Bindiny mechanism includes the upper circumferential reinforcing plate 1.2 being placed on hanging component and lower circumferential reinforcing plate 1.3 and is located at
Connection plate 1.1 between upper circumferential direction reinforcing plate 1.2 and lower circumferential reinforcing plate 1.3, upper circumferential direction reinforcing plate 1.2 and lower circumferential reinforcement
Plate 1.3 is welded on hanging component.Upper circumferential direction reinforcing plate 1.2 is with lower circumferential reinforcing plate 1.3 by the Q345B steel of common 20mm
Shape is cut as shown in Figure 9.Connect plate 1.1 by common 30mm Q345B steel as shown in Figure 8 shape cutting and
At, and open up the circular hole of diameter+1.5mm.Connection plate 1.1, upper circumferential reinforcing plate 1.2 and lower circumferential reinforcing plate 1.3 are welded
In hanging component（It is hanging steel column 6 in the present embodiment）On.
Specifically, track cable 4.1, non-traction track cable 4.2, hauling rope 3.1, the firm rope 3.2 in direction and film ridge are drawn
Rope 3.3 is connected by Jie Suo mechanisms with plate 1.1 is connect, and Jie Suo mechanisms include the ears end connector 2.2 set gradually, adjust
Sleeve 2.3 and hot casting anchor 2.4, hot casting anchor 2.4 are placed on traction track cable 4.1, non-traction track cable 4.2, hauling rope 3.1, side
To on firm rope 3.2 and film notochord 3.3, ears end connector 2.2 is connected by axis pin 2.1 with plate 1.1 is connect.
Further, hauling rope 3.1 and direction consolidate rope 3.2 and pass through wireless dynamometer 3.6 and corresponding electronic elevator
Machine connects, consequently facilitating monitor stress numerical value in real time.
This hanging component prestressing force hangs drag-line rotary installation tool, and the use process is as follows.
1, connection plate 1.1, upper circumferential reinforcing plate 1.2 and lower circumferential reinforcing plate 1.3 are made before constructing, and are being connected
Plate 1.1 opens up the circular hole of diameter+1.5mm, gets out traction electrical hoist 3.4, firm electrical hoist 3.5, wireless survey
Power instrument 3.6 and snap ring（This part is finished product purchase part）Deng；
2, connection plate 1.1, upper circumferential reinforcing plate 1.2 and lower circumferential reinforcing plate 1.3 are welded on to the upper and lower end of hanging steel column 6；
3, traction track cable 4.1 and non-traction track cable 4.2 are connect by axis pin 2.1 with hanging steel column 6（Pass through bindiny mechanism
It is connected with Jie Suo mechanisms）Linkwork is formed, the non-traction track cable 4.2 on rear side of main lead can be with corresponding fixed steel column
5.1（It is connected with Jie Suo mechanisms by bindiny mechanism）It is articulated and connected, the traction track cable 4.1 on front side of main lead passes through spreading
Mode is supplied length and is connect with fixed steel column 5.1, and the non-traction track cable 4.2 on front side of main lead passes through the spreading rope made of hemp 4.3
Mode is connect temporarily with fixed steel column 5.1；
4, tightening traction track cable 4.1, so that hanging steel column 6 is slowly moved forward, when its center of gravity be more than support floor beam edge,
And rear side track cable is made to reach tensioning state, at this time by the track cable on front side of main lead（Including traction track cable 4.1 and non-
Draw track cable 4.2）It is articulated and connected with corresponding fixed steel column 5.1；
5, traction track cable 4.1 is slowly unclasped, makes hanging steel column 6 under Gravitative Loads under upper support position slowly rotates
Move, until track cable is all naturally until tension, at this point, dismounting track cable spreading rope part make original track cable directly with fixation
Steel column 5.1 is articulated and connected, and 6 bottom end of hanging steel column basically reaches the plan-position of design requirement at this time；
6, hauling rope 3.1, the firm rope 3.2 in direction, film notochord 3.3 are installed on the top of hanging steel column 6（By bindiny mechanism and connect
Rope mechanism connects）It by axis pin 2.1 connect to form linkwork with hanging steel column 6 and fixed steel column 5.1 Deng, each rope, installation is led
Draw electrical hoist 3.4 on fixed steel column 5.1, and connect to form haulage gear system with hauling rope 3.1；
7, start traction electrical hoist 3.4, tighten hauling rope 3.1, make the slowly raising of hanging steel column 6, during raising simultaneously
The length of rope 3.2 is consolidated by adjusting direction makes hanging steel column 6 remain on the scheduled surfaces of revolution, reaches stable state；
8, after tightening hauling rope 3.1 makes hanging steel column 6 be in vertical configuration body, it is connected and fixed film notochord 3.3 in time, while removing and leading
The spreading rope part of straw line 3.1 makes original hauling rope 3.1 directly be articulated and connected with fixed steel column 5.1；
9, after hanging steel column 6 rotates vertically, the effective length for adjusting the corresponding drag-line of the adjustment of sleeve 2.3, realization are rotated by spanner
What hanging steel column 6 was installed be accurately positioned and perpendicularity deviation adjustment.
Hanging component prestressing force proposed by the present invention hangs drag-line rotary installation tool, has the advantages that：
1, track cable, hauling rope 3.1, direction firm rope 3.2, film notochord 3.3 etc. can directly use the steel used in structure design
Rope, connection plate 1.1 can be used the common steel plate in scene and simply fabricate, and wireless dynamometer 3.6, electrical hoist etc. are city
Apparatus ＆ equipment in common use, the hinged track cable mechanism of the whole series, hinged jack up unit quick Fabrication and can be completed；
3, by adding wireless dynamometer 3.6, can monitor stress size in real time, provide foundation for stretching construction, while wirelessly connecing
Receiving end can solve the drawbacks of instrument is inconvenient to observe；
4, the articulated connection of hinged track cable mechanism and hinged jack up unit can by axis pin 2.1 quickly with connect plate 1.1
Connection, convenient and quick construction；
5, the direction in hinged jack up unit consolidates rope 3.2 makes hanging component remain on the surfaces of revolution by adjustment length,
Effective guarantee is constructed safe and reliable；
6, this hanging outstanding drag-line rotary installation tool of component prestressing force is convenient for disassembly and assembly, construction is convenient, has stronger operability,
Its simple in structure and reliable operation simultaneously.
Present invention further propose that a kind of hanging component prestressing force hangs the installation method of drag-line rotary installation tool.
Referring to Fig.1 0 to Figure 14, it is a kind of that drag-line rotation is hanged based on above-mentioned hanging component prestressing force in this preferred embodiment
The installation method of installation tool, includes the following steps：
Each traction track cable and non-traction track cable are connect to form linkwork, respectively be led by step S10 with the bottom end of hanging component
Draw track cable and non-traction track cable to be also articulated and connected with corresponding fixed steel column, the traction track cable on front side of main lead is logical
It crosses spreading mode and supplies length and connect with fixed steel column, the non-traction track cable on front side of main lead passes through spreading rope made of hemp mode
It is connect temporarily with fixed steel column；
Step S20, tightening traction track cable, makes hanging component slowly move forward, when its center of gravity is more than the side of support floor beam
Edge, and make rear side track cable reach tensioning state after, by front side of main lead track cable with it is corresponding fixation steel column hingedly connect
It connects；
Step S30 slowly unclasps traction track cable, makes hanging component under Gravitative Loads under upper support position slowly rotates
Move, until all track cables are all naturally until tension, dismounting track cable spreading rope part make original track cable directly with fixation
Steel column is articulated and connected, and hanging component bottom end basically reaches the plan-position of design requirement；
Step S40, installation hauling rope, direction consolidate rope, film notochord, traction electrical hoist and firm electrical hoist, make
Hauling rope, direction consolidate rope and film notochord is connect with hanging component, and hauling rope and the firm rope in direction is electronic with traction respectively
Hoist engine is connected with firm electrical hoist；
Step S50 starts traction electrical hoist and tightens hauling rope, and hanging component slowly raising, tightening hauling rope is made to make vacantly
After component is in vertical configuration body, connects and fix film notochord, while removing hauling rope spreading rope part keeps original hauling rope direct
With fixed steel column articulated connection.
In step S50, start traction electrical hoist tighten hauling rope, make hanging component slowly raising the step of in, adjust
Perfect square makes hanging component remain on the scheduled surfaces of revolution to the length of firm rope, reaches stable state.
Further include after step S50：
Step S60 is rotated by spanner and is adjusted the effective length that sleeve adjusts corresponding drag-line, to adjust hanging component upper and lower end
The length of each drag-line of all directions, realize the installation of hanging component be accurately positioned and perpendicularity deviation adjustment.
In addition, in step S10, each track cable and non-traction track cable of drawing is connected by bindiny mechanism and hanging component
It connects.Cable wire spreading is connected using snap ring by the way of ears end connector and spreading rope；The hauling rope direction and raising direction of rotation
Unanimously, Suo Fangxiang is consolidated perpendicular to hauling rope direction.The i.e. described hauling rope with rotation steel column where plane, always with steel column rotating
The raising surfaces of revolution at place is consistent；Firm rope and plane where rotation steel column, always perpendicular to the surfaces of revolution where steel column rotating.
It these are only the preferred embodiment of the present invention, be not intended to limit the scope of the invention, it is every to utilize this hair
Equivalent structure transformation made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant technical fields,
Similarly it is included within the scope of the present invention.
Claims (10)
1. a kind of hanging component prestressing force hangs drag-line rotary installation tool, which is characterized in that including hinged track cable mechanism and
Hinged jack up unit, wherein
The hinged track cable mechanism includes traction track cable and non-traction track cable；
The hinged jack up unit includes hauling rope, the firm rope in direction, film notochord, traction electrical hoist and firm electric rolling
Machine is raised, electrical hoist is drawn and firm electrical hoist is both secured on corresponding fixed steel column；
One end of traction track cable and non-traction track cable is connect with the bottom end of hanging component, draws track cable and non-traction is held
The other end of weight rope is connect with fixed steel column；
One end of hauling rope is connect with the top of hanging component, the other end and the traction electrical hoist being fixed on fixed steel column
Connection；
One end that direction consolidates rope is connect with the top of hanging component, the other end and the firm electric rolling being fixed on fixed steel column
Raise machine connection；
One end of film notochord is connect with the top of hanging component, and the other end is connect with fixed steel column.
2. hanging component prestressing force as described in claim 1 hangs drag-line rotary installation tool, which is characterized in that further include installation
Bindiny mechanism in hanging component both ends, traction track cable, non-traction track cable, hauling rope, direction consolidate rope and film notochord
It is connect with hanging component by bindiny mechanism.
3. hanging component prestressing force as described in claim 1 hangs drag-line rotary installation tool, which is characterized in that the connection machine
Structure includes the upper circumferential reinforcing plate being placed on hanging component and lower circumferential reinforcing plate and is located at upper circumferential reinforcing plate and lower circumferential direction
Connection plate between reinforcing plate, upper circumferential direction reinforcing plate and lower circumferential reinforcing plate are welded on hanging component.
4. hanging component prestressing force as claimed in claim 3 hangs drag-line rotary installation tool, which is characterized in that the traction is held
Weight rope, non-traction track cable, hauling rope, direction consolidate rope and film notochord and are connected by Jie Suo mechanisms with plate is connect, institute
Shu Jie ropes mechanism includes the ears end connector set gradually, adjusts sleeve and hot casting anchor, and hot casting anchor is placed on traction track cable, non-
It draws on track cable, hauling rope, the firm rope in direction and film notochord, ears end connector is connected by axis pin with plate is connect.
5. the hanging component prestressing force as described in any one of Claims 1-4 hangs drag-line rotary installation tool, feature exists
In the hauling rope and direction consolidate Suo Jun and connected with corresponding electrical hoist by wireless dynamometer.
6. a kind of hanging component prestressing force based on described in claim 4 hangs the installation method of drag-line rotary installation tool, special
Sign is, includes the following steps：
Each traction track cable and non-traction track cable are connect to form linkwork with the bottom end of hanging component, respectively draw track cable
It is also articulated and connected with corresponding fixed steel column with non-traction track cable, the traction track cable on front side of main lead passes through spreading side
Formula is supplied length and is connect with fixed steel column, and the non-traction track cable on front side of main lead passes through spreading rope made of hemp mode and fixed steel
Column connects temporarily；
Tightening traction track cable, makes hanging component slowly move forward, when its center of gravity is more than the edge of support floor beam, and after making
After side track cable reaches tensioning state, the track cable on front side of main lead is articulated and connected with corresponding fixed steel column；
Traction track cable is slowly unclasped, so that hanging component is slowly rotated around upper support position under Gravitative Loads and moves down, until
Until all track cables all tense naturally, removing track cable spreading rope part keeps original track cable directly hinged with fixed steel column
Connection, hanging component bottom end basically reaches the plan-position of design requirement；
Hauling rope, the firm rope in direction, film notochord, traction electrical hoist and firm electrical hoist are installed, hauling rope, side are made
It is connect to firm rope and film notochord with hanging component, and hauling rope and direction is consolidated into rope respectively with traction electrical hoist and surely
Gu electrical hoist connects；
Start traction electrical hoist and tighten hauling rope, makes hanging component slowly raising, tightening hauling rope that hanging component be made to be in
After vertical configuration body, connect simultaneously fixed film notochord, at the same remove hauling rope spreading rope part make original hauling rope directly with fixed steel
Column articulated connection.
7. hanging component prestressing force as claimed in claim 6 hangs the installation method of drag-line rotary installation tool, which is characterized in that
Start traction electrical hoist tighten hauling rope, make hanging component slowly raising the step of in, adjustment direction consolidate rope length
So that hanging component is remained on the scheduled surfaces of revolution, reaches stable state.
8. hanging component prestressing force as claimed in claim 6 hangs the installation method of drag-line rotary installation tool, which is characterized in that
The startup traction electrical hoist tightens hauling rope, makes hanging component slowly raising, tightening hauling rope that hanging component be made to be in
After vertical configuration body, connect simultaneously fixed film notochord, at the same remove hauling rope spreading rope part make original hauling rope directly with fixed steel
Further include after the step of column articulated connection：
It is rotated by spanner and adjusts the effective length that sleeve adjusts corresponding drag-line, it is each to adjust hanging component upper and lower end all directions
The length of a drag-line, realize the installation of hanging component be accurately positioned and perpendicularity deviation adjustment.
9. hanging component prestressing force as claimed in claim 6 hangs the installation method of drag-line rotary installation tool, which is characterized in that
Each traction track cable and non-traction track cable are connect by bindiny mechanism with hanging component.
10. hanging component prestressing force as claimed in claim 6 hangs the installation method of drag-line rotary installation tool, feature exists
In cable wire spreading is connected using snap ring by the way of ears end connector and spreading rope；The hauling rope direction and raising direction of rotation
Unanimously, Suo Fangxiang is consolidated perpendicular to hauling rope direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711472280.6A CN108301625A (en) | 2017-12-29 | 2017-12-29 | Hanging component prestressing force hangs drag-line rotary installation tool and its method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711472280.6A CN108301625A (en) | 2017-12-29 | 2017-12-29 | Hanging component prestressing force hangs drag-line rotary installation tool and its method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110924531A (en) * | 2019-11-14 | 2020-03-27 | 绍兴文理学院 | Device suitable for stretch-draw overall structure construction |
| CN112249898A (en) * | 2020-09-14 | 2021-01-22 | 广东博智林机器人有限公司 | Hoisting posture adjusting method and device for steel reinforcement framework member and electronic equipment |
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| CN200992658Y (en) * | 2006-11-13 | 2007-12-19 | 石建欧 | Automatic clothing dry-iron cabinet |
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| CN200992658Y (en) * | 2006-11-13 | 2007-12-19 | 石建欧 | Automatic clothing dry-iron cabinet |
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| 石军: ""预应力悬拉索钢结构旋转安装技术"", 《施工技术》 * |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110924531A (en) * | 2019-11-14 | 2020-03-27 | 绍兴文理学院 | Device suitable for stretch-draw overall structure construction |
| CN110924531B (en) * | 2019-11-14 | 2020-12-25 | 绍兴文理学院 | Device suitable for stretch-draw overall structure construction |
| CN112249898A (en) * | 2020-09-14 | 2021-01-22 | 广东博智林机器人有限公司 | Hoisting posture adjusting method and device for steel reinforcement framework member and electronic equipment |
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