CN208964495U - A kind of pipe boring tower tower apparatus - Google Patents
A kind of pipe boring tower tower apparatus Download PDFInfo
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- CN208964495U CN208964495U CN201821749131.XU CN201821749131U CN208964495U CN 208964495 U CN208964495 U CN 208964495U CN 201821749131 U CN201821749131 U CN 201821749131U CN 208964495 U CN208964495 U CN 208964495U
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Abstract
This application discloses a kind of pipe boring towers to play tower apparatus, is related to geological prospecting equipment technical field, and the utility model includes that the central part of pedestal is arranged in pedestal, traction body, multiplication train, traction rope and multiple tower crane structures, traction body；It is provided with a set of multiplication train corresponding to each tower crane structure, multiplication train includes the driving wheel system being arranged on traction body and the fixed pulley being arranged on tower crane structure；Traction rope starting point is fixed on the base by steel cable tightening system, is then successively wound around on driving wheel system and fixed pulley, and end is connect with tower crane structure is played；Guide rail is provided on pedestal, multiple tower crane structures are arranged on guide rail by retaining mechanism；Playing tower crane structure includes that support post and rising seats up, and rises and seats up and connect with support post slip, and raising seat tool has rope interconnecting piece and a clamping part, and the end of rope interconnecting piece and traction rope is connected, and clamping part fixes to clamp king-post component.Device auxiliary splicing king-post component, reduces manual labor, improves working efficiency and safety.
Description
Technical field
This application involves geological prospecting equipment technical fields more particularly to a kind of pipe boring tower to play tower apparatus.
Background technique
Existing pipe boring tower is a kind of metal truss with certain altitude and span, is that the indispensability of geological prospecting work is set
It is standby, it is divided into the major parts such as overhead traveling crane, tower body main body, pylon, secondary leg, chassis.Consider the stability and safety of boring tower, pylon
With ground inclination certain angle, pipe boring tower generally tetrapyamid shape, the mounting means of traditional boring tower is by tower bottom to tower top one
One layer of layer is to over-assemble, until desired height, even up to 30 meters of height, staff needs aloft to assemble brill
Tower, for whole process all by being accomplished manually, labor intensity is very big, and working efficiency is low, and security risk is high, there is safety accident hair more
It is raw.
Utility model content
The application's is designed to provide a kind of pipe boring tower tower apparatus, and device auxiliary splices king-post component,
Certain altitude will be lifted on boring tower after the complete one layer of king-post component of the every assembly of worker, worker splices next layer of king-post structure from boring tower bottom
Part reduces manual labor, improves working efficiency and safety.
In order to achieve the above objectives, the application provides a kind of pipe boring tower tower apparatus, including pedestal, traction body, multiplication wheel
The central part of the pedestal is arranged in system, traction rope and multiple tower crane structures, the traction body；Corresponding to each described tower crane
Structure is provided with a set of multiplication train, and the traction rope starting point is fixed on the base by steel cable tightening system,
Then it is wound around the multiplication wheel to fasten, end is connect with described tower crane structure；The diagonally adjacent of the pedestal is provided with
Guide rail, multiple tower crane structures that rise are arranged on the guide rail by retaining mechanism；Described tower crane structure include support post and
It rises and seats up, described seats up and connect with the support post slip, and the raising seat tool has rope interconnecting piece and clamping part, institute
It states rope interconnecting piece to be fixedly connected with the end of the traction rope, the clamping part fixes to clamp king-post component, and described seats up
The king-post component is driven to go up and down along the support post.
As above, wherein the traction body includes bracket and hydraulic cylinder, and the hydraulic cylinder bottom end is mounted on the pedestal
On, top is connect with the bracket, and the bracket is connect with the traction rope, and the hydraulic cylinder is connected with hydraulic power unit.
As above, wherein the multiplication train includes that the driving wheel system being arranged on the traction body and setting are playing tower crane
Fixed pulley on structure；The driving wheel system includes the movable pulley being arranged on the bracket and the cylinder bottom side is arranged in
Directive wheel.
As above, wherein rolling mechanism is provided between the bottom plate and the guide rail of described tower crane structure.
As above, wherein rolling mechanism includes a few shape framves, eccentric wheel assembly, handle, lifting bolt, hook plate, axis and cydariform
Column, a few shape framves are fixedly connected on the top of bottom plate, and a few shape framves have the cavity that can accommodate the eccentric wheel assembly and can put
Enter the through slot of the handle, the eccentric wheel assembly is arranged in a few shape framves, and the handle is arranged vertically at institute
It states in through slot, top is fixedly connected by handle connecting portion with the handle bottom end eccentric wheel assembly at the center line, in
Heart line lower part is rotatablely connected by the top of eccentric shaft and the lifting bolt, the lifting bolt through the bottom plate, and
The lifting bolt bottom end is connect with the hook plate, and the swelled column is rotatably connected on the bottom end of the hook plate by the axis.
As above, wherein the steel cable tightening system includes support base, roller, gear and latch piece, and the support base is solid
Fixed traction rope described in winding and to be rotatably connected on the support base on the base, on the roller, the gear is fixed
It is connected to the side of the roller, the latch piece and the gear are clamped.
It is as above, wherein to be provided with sliding rail on the direction that the support post extends along, described seats up that be equipped with can edge
The mobile idler wheel of the sliding rail.
It is as above, wherein described seats up limited position mechanism is arranged between the support post, the position-limit mechanism packet
Rack gear, wedge block, telescopic spring mechanism and handle of pulling back are included, the rack gear is fixed in parallel on the support post, the wedge
Shape block is seated up with described by the telescopic spring mechanism and is connect, telescopic spring mechanism one end and the handle company that pulls back
It connects, the other end is connect with the wedge block, and the wedge block is caught in the tooth socket of the rack gear.
As above, wherein the retaining mechanism includes positioning bolt, clamping screw and latch segment, the U-shaped of the latch segment
Slot is stuck in the guiding edge, and the positioning bolt penetrates the latch segment and protrudes into the location hole on guide rail, the locking
Bolt penetrates the latch segment and is connected to the guide rail surface.
As above, wherein the side uniform intervals of the hydraulic cylinder are installed with multiple reinforcing rods, the reinforcing rod bottom end
It is fixedly connected with the base, top is fixedly connected with the cylinder body top of the hydraulic cylinder.
What the application realized has the beneficial effect that:
(1) correspond to each tower crane structure that rises and be provided with a set of multiplication train, it can by steel cable tightening system
To the independent adjusting tightness of traction rope for playing the connection of tower crane structure, to realize the synchronization lifting of multiple tower crane structures.
(2) every liter of one layer of boring tower plays tower crane structure and moves a certain distance along guide rail to far from the direction of traction body, by
Retaining mechanism is set between support post and guide rail, so that support post stablizes motionless, the stable lifting of guarantee boring tower.
(3) it rises and is provided with rolling mechanism between the bottom plate and guide rail of tower crane structure, in the state that tower crane structure is moved along guide rail
Under, the swelled column and guide rail contact of the rolling mechanism have reduced the frictional force between tower crane structure and guide rail, and tower crane has been moved in reduction
The thrust of structure reduces labor intensity；In the state that a tower crane structure is not moved along guide rail, the swelled column and guide rail of the rolling mechanism
Separation, to increase the frictional force between tower crane structure and guide rail, has improved the stability of tower crane structure.
(4) it rises to seat up and is provided with sliding rail between support post, reduced the frictional force seated up during moving up, to subtract
Small traction rope reduces the wasting of resources to the pulling force seated up is acted.
(5) it rises to seat up and limited position mechanism is set between support post, when splicing king-post component, position-limit mechanism wedge block
It is caught in the tooth socket of rack gear, has limited to seat up and moved down relative to support post, reduce traction rope to the pulling force seated up is acted, keep away
Exempt from boring tower decline and weigh staff wounded, improves the safety of device；After the completion of one layer of king-post component assembly, handle of pulling back is moved
Hand makes telescopic spring mechanism drive wedge block mobile to the direction far from rack gear, and wedge block is removed out of rack gear tooth socket, raising
Seat can drop to support post bottom along support post, convenient to splice to next layer of king-post component so as to continue to raise boring tower.
(6) hydraulic cylinder side uniform intervals offer multiple reinforcing rods, improve the stability of hydraulic cylinder, improve bracket and move up
Stability.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
The some embodiments recorded in application can also be obtained according to these attached drawings other for those of ordinary skill in the art
Attached drawing.
Fig. 1 is the structural schematic diagram that a kind of pipe boring tower of the utility model plays tower apparatus.
Fig. 2 is the top view that a kind of pipe boring tower of the utility model plays tower apparatus.
Fig. 3 is the structural schematic diagram of the utility model traction body.
Fig. 4 is A-A direction view in Fig. 3.
Fig. 5 is B-B direction view in Fig. 3.
Fig. 6 is that the utility model plays tower crane structure front view.
Fig. 7 is that the utility model plays tower crane structure left view.
Fig. 8 is C-C direction view in Fig. 6.
Fig. 9 is the utility model position-limit mechanism schematic diagram.
Figure 10 is the utility model rolling mechanism positive view.
Figure 11 is the left cross-sectional view of the utility model rolling mechanism.
Figure 12 is the utility model retaining mechanism schematic diagram.
Wherein, 1- pedestal；2- traction body；3- multiplication train；4- traction rope；5- plays tower crane structure；6- steel cable tightening system；7-
Guide rail；8- retaining mechanism；9- hydraulic power unit；10- position-limit mechanism；11- rolling mechanism；12- reinforcing rod；21- bracket；22- is hydraulic
Cylinder；31- driving wheel system；32- fixed pulley；51- support post；52- rises and seats up；53- rope interconnecting piece；54- clamping part；55- sliding rail；
56- idler wheel；57- bottom plate；61- support base；62- roller；63- gear；64- latch piece；81- positioning bolt；82- clamping screw；
83- latch segment；101- rack gear；102- wedge block；103- telescopic spring mechanism；104- pulls back handle；A few shape framves of 111-；112- is inclined
Heart wheel assembly；113- handle；114- lifting bolt；115- hook plate；116- axis；117- swelled column；311- movable pulley；312- guiding
Wheel, 1121- eccentric wheel, 1122- eccentric shaft, 1123- handle connecting portion.
Specific embodiment
Below with reference to the attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear
Chu is fully described by, it is clear that the embodiments are a part of the embodiments of the present invention rather than all of the embodiments.
Based on the embodiments of the present invention, those skilled in the art are obtained all without making creative work
Other embodiments are fallen within the protection scope of the utility model.
As depicted in figs. 1 and 2, a kind of pipe boring tower plays tower apparatus, including pedestal 1, traction body 2, multiplication train 3, traction
The central part of pedestal 1 is arranged in rope 4 and multiple tower crane structures 5, traction body 2；It is provided with corresponding to each tower crane structure 5 a set of
Double train 3, and 4 starting point of traction rope is fixed on pedestal 1 by steel cable tightening system 6, is then wound around in multiplication train 3,
End is connect with tower crane structure 5 is played；The diagonally adjacent of pedestal 1 is provided with guide rail 7, and multiple tower crane structures 5 pass through retaining mechanism 8
It is arranged on guide rail 7；Rise tower crane structure 5 include support post 51 and rise seat up 52, rise seat up 52 with 51 slip of support post connect
It connects, rises and seat up 52 with rope interconnecting piece 53 (referring to Fig. 8) and clamping part 54, the end of rope interconnecting piece 53 and traction rope 4
It is fixedly connected, clamping part 54 fixes to clamp king-post component, and traction rope 4, which has pulled, to be seated up 52 and move up, and rises and seats up 52 drive king-post structures
Part is moved up along support post 51.
A specific embodiment according to the present utility model, playing tower crane structure 5 includes four, and four are played tower crane structure 5 and symmetrically set
It sets in the two sides of traction body 2, and four are played tower crane structure 5 and are correspondingly arranged at the tower angle of boring tower, are fixedly connected with the tower angle of boring tower, together
Tower has been walked, has guaranteed that tower is reliable and stable.
As shown in figure 3, traction body 2 includes bracket 21 and hydraulic cylinder 22,22 bottom end of hydraulic cylinder is mounted on pedestal 1, top
It being connect with bracket 21, the bracket is connect with the traction rope, and hydraulic cylinder 22 is connected with hydraulic power unit 9, start hydraulic power unit 9,
Hydraulic for lifting load bearing capacity is strong, it is possible to provide the telescopic rod of biggish power, hydraulic cylinder 22 stretches out, and bracket 21 moves up, winding
Traction rope 4 on bracket 21 has been pulled upwardly, and is seated up 52 to make to be connected to rising for 4 end of traction rope and is moved up, realizes
Play tower operation.
As shown in Figure 1, multiplication train 3 includes the driving wheel system 31 being arranged on traction body 2 and has been arranged on tower crane structure 5
Fixed pulley 32；Traction rope 4 is successively wound around in driving wheel system 31 and fixed pulley 32 after being laid out by steel cable tightening system 6, is then connected
Rope interconnecting piece 53.
A specific embodiment according to the present utility model, every set multiplication train 3 are respectively provided in the same plane, guarantee to lead
The drawing of messenger 4 is smooth.
As shown in Fig. 3, Fig. 4 and Fig. 5, driving wheel system 31 includes the movable pulley 311 being arranged on bracket 21 and is arranged hydraulic
The directive wheel 312 of 22 bottom side of cylinder, movable pulley 311 follows bracket 21 to move up, to pull traction rope, directive wheel 312 is used
In the guiding of traction rope 4, make 4 follow-up pulley 311 of traction rope around to rising on tower crane structure 5.
As shown in Figure 6 and Figure 7, fixed pulley 32 includes the first fixed pulley for being separately positioned on 5 bottom end of tower crane structure and top
With the second fixed pulley.
As shown in Figure 6 and Figure 7, it rises and is provided with rolling mechanism 11 between the bottom plate 57 of tower crane structure 5 and guide rail 7, when a tower crane
When structure 5 is mobile to the direction far from traction body 2, rolling mechanism 11 has reduced the frictional force between tower crane structure 5 and guide rail 7；When rise
When tower crane structure 5 plays tower, rolling mechanism 11 is separated with guide rail 7.
As shown in Figure 10 and Figure 11, rolling mechanism 11 includes a few shape framves 111, eccentric wheel assembly 112, handle 113, hanging ring spiral shell
Bolt 114, hook plate 115, axis 116 and swelled column 117, a few shape framves 111 are fixedly connected on the top of bottom plate 57, and a few shape framves 111 have
The cavity of eccentric wheel assembly 112 can be accommodated and the through slot of handle 113 can be swung in, eccentric wheel assembly 112 is arranged in a few shape framves 111
Interior, eccentric wheel assembly 112 can rotate in a few shape framves 111, and through slot is opened up along the direction that eccentric wheel assembly 112 rotates, handle 113
It is arranged vertically in through slot, handle 113 is rotated along through slot, and eccentric wheel assembly 112 can be driven to turn in a few shape framves 111
Dynamic, top is fixedly connected by handle connecting portion 1123 with 113 bottom end of handle eccentric wheel assembly 112 at the center line, center line
Lower part is rotatablely connected by the top of eccentric shaft 1122 and lifting bolt 114, and lifting bolt 114 is through bottom plate 57, and hanging ring
114 bottom end of bolt is connect with hook plate 115, and swelled column 117 is rotatably connected on the bottom end of hook plate 115 by axis 116.
As shown in Figure 10 and Figure 11, eccentric wheel assembly 112 includes eccentric wheel 1121, and eccentric wheel 1121 is in oblate plate-like, partially
Heart wheel 1121 can rotate in cavity, and eccentric wheel 1121 includes that parallel interval opens up the first eccentric wheel set in a few shape framves 111
With the second eccentric wheel；Handle connecting portion 1123 is fixedly connected between the first eccentric wheel and the second eccentric wheel, and is located at eccentric wheel
Above 1121 center line, handle connecting portion 1123 is fixedly connected with the bottom end of the handle 113；1122 both ends of eccentric shaft difference
Protrude into the first eccentric wheel and the second eccentric wheel, and be located at below the center line of eccentric wheel 1121, the middle part of eccentric shaft 1122 with hang
The top of collar bolt 114 connects.
When handle 113 is in vertical direction, swelled column 117 is contacted with guide rail 7.
When pulling handle 113, handle 113 is made to swing certain angle in through slot, handle 113 becomes horizontal from vertical state
When state, handle 113 turns an angle in a few shape framves 111 along its centerline direction with movable eccentric wheel 1121, eccentric shaft
1122 rise certain altitude relative to bottom plate 57, and eccentric shaft 1122 drives lifting bolt 114 to rise certain altitude, to drive hook
Plate 115 and swelled column 117 rise certain altitude, and swelled column 117 is separated with guide rail 7.
5 initial position of tower crane structure is played to be arranged close to traction body 2, after every complete one layer of king-post component of assembly, a tower crane structure 5 need to
Direction far from traction body 2 moves a certain distance, and is suitable for being connected at the tower angle of boring tower, draws when playing tower crane structure 5 to separate
When the direction of body 2 is mobile, swelled column 117 and guide rail 7 are rolled and are connected, friction when having reduced the movement of tower crane structure 5 between guide rail 7
Power；
It is moved to designated position when playing tower crane structure 5, before having prepared tower, moves handle 113, the rotation of eccentric wheel assembly 112 one
Determine angle, lifting bolt 114 is driven to move up, lifting bolt 114 drives swelled column 117 to move up, swelled column 117 and guide rail 7
Upper surface separation can make tower crane structure 5 more firm in the case where playing tower-like state.
A specific embodiment according to the present utility model, rolling mechanism 11 have been symmetricly set on the two sides of tower crane structure 5, protect
That has demonstrate,proved tower crane structure 5 stablizes movement.
As shown in Figure 3 and Figure 5, steel cable tightening system 6 includes support base 61, roller 62, gear 63 and latch piece 64, support
Seat 61 is fixed on pedestal 1, winding traction rope 4 and is rotatably connected on support base 61 on roller 62, gear 63 is fixedly connected on
The side of roller 62, latch piece 64 and gear 63 are clamped, and are rotated for limiting roller 62,64 one end of latch piece is rotated by shaft
It is connected on support base 61, the other end has the protrusion that can be caught in the tooth socket of gear 63, when pulling latch piece 64, latch piece
64 turn an angle around rotation, and protrusion is removed out of tooth socket, separate latch piece 64 with gear 63, and roller 62 can turn
It is dynamic, discharge traction rope 4.
The length that traction rope 4 is adjusted in steel cable tightening system 6 is adjusted, is wrapped in extra traction rope 4 on roller 62, from
And guarantee that 4 length of traction rope being connected on four tower crane structures 5 is consistent, make four to play 5 synchronization liftings of tower crane structure.
As shown in figure 8, be provided with sliding rail 55 on the direction that support post 51 extends along, act seating up 52 be equipped with can be along sliding rail
The idler wheels 56 of 55 movements rise and seat up 52 by the rolling connection of sliding rail 55 on idler wheel 56 and support post 51, reduced and seated up 52
Frictional force in lifting process between support post 51 seats up 52 smooth liftings so that rising, prevents Caton.
A specific embodiment according to the present utility model, as shown in figure 9, sliding rail 55 includes first be set parallel to each other
Track and the second track rise and seat up the first idler wheel being fixed on 52 Pei Helianjies in first track and be cooperatively connected
The second idler wheel in second track, double-track is mobile, has improved and has seated up 52 mobile stability.
A specific embodiment according to the present utility model, as shown in figure 8, clamping section 54 spliced by two semicircle parts and
At suitable for accommodating king-post component, semicircle stitching portion is provided with fastener, and fastener is for clamping and releasing king-post component.
It as shown in Fig. 6 and Fig. 9, rises and seats up setting limited position mechanism 10 between 52 and support post 51, position-limit mechanism 10 wraps
It includes rack gear 101, wedge block 102, telescopic spring mechanism 103 and handle 104 of pulling back, rack gear 101 and is fixed on support post 51 in parallel
On, wedge block 102, which passes through telescopic spring mechanism 103 and rises, seats up 52 connections, 103 one end of telescopic spring mechanism and handle of pulling back
104 connections, the other end are connect with wedge block 102, wedge block 102 is caught in the tooth socket of rack gear 101, has been limited and has been seated up 52 relatively
Moved down in support post 51, when rise seat up the maximum limit position that 52 rise to support post 51 when, need to rise seating up under 52
The minimum agretope of support post 51 is moved to, at this point, moving handle 104 of pulling back, telescopic spring mechanism 103 drives wedge block 102
Mobile to the direction far from rack gear 101, wedge block 102 is removed out of rack gear 101 tooth socket, discharges traction rope 4, rise seat up 52
Free-falling is to minimum agretope under the action of gravity, acts seating up 52 and can continue to move up to be lifted boring tower.
As shown in figure 9, telescopic spring mechanism 103 includes center-pole and the spring being set on the center-pole, center-pole
It being threaded through and has been seated up in 52 in the horizontal direction, center-pole is fixedly connected close to one end of rack gear 101 with the end of wedge block 102,
The other end connect by connector with handle 104 of pulling back, and wedge block can be accommodated by seating up 52 corresponding to being provided at wedge block 102
102 groove, groove are opened up along the direction that center-pole extends, and spring one end acts against the end of wedge block 102, and the other end abuts against
In the trench bottom of groove, handle 104 of pulling back is rotatablely connected by support with the side wall for seating up 52 is acted, and handle 104 of pulling back can be around branch
Seat rotation, when pulling handle 104 of pulling back, when it being made to turn an angle around support, interconnecting piece drives center-pole along far from rack gear
101 direction is mobile, and center-pole drives wedge block 102 to move into groove along the direction far from rack gear 101, and spring is compressed, wedge
Shape block 102 is separated with rack gear 101, is risen and is seated up 52 and can move down along support post 51.
As shown in figure 11, retaining mechanism 8 includes positioning bolt 81, clamping screw 82 and latch segment 83, the U-shaped of latch segment 83
Slot is stuck in 7 edge of guide rail, and positioning bolt 81 penetrates latch segment 83 and protrudes into the location hole on guide rail 7, and clamping screw 82 penetrates
Latch segment 83 is simultaneously connected to 7 surface of guide rail, and positioning bolt 81 is used to fix the position of tower crane structure 5, and clamping screw 82 is for mentioning
Raised 5 stability of tower crane structure.
A specific embodiment according to the present utility model, retaining mechanism 8 have been symmetricly set on the two sides of tower crane structure 5.
As shown in Figure 3 and Figure 5, the side of hydraulic cylinder 22 is provided with reinforcing rod 12,12 bottom end of reinforcing rod and the fixed company of pedestal 1
It connects, top is fixedly connected with the cylinder body top of hydraulic cylinder 22, and reinforcing rod 12 improves the stability of hydraulic cylinder 22, to guarantee bracket
The stability of 21 liftings, stablizes tower.
The evenly-spaced setting of reinforcing rod 12 guarantees the stability that bracket 21 is gone up and down in 22 side of hydraulic cylinder.
What the application realized has the beneficial effect that:
(1) correspond to each tower crane structure that rises and be provided with a set of multiplication train, it can by steel cable tightening system
To the independent adjusting tightness of traction rope for playing the connection of tower crane structure, to realize the synchronization lifting of multiple tower crane structures.
(2) every liter of one layer of boring tower plays tower crane structure and moves a certain distance along guide rail to far from the direction of traction body, by
Retaining mechanism is set between support post and guide rail, so that support post stablizes motionless, the stable rise of guarantee boring tower.
(3) it rises and is provided with rolling mechanism between the bottom plate and guide rail of tower crane structure, in the state that tower crane structure is moved along guide rail
Under, the swelled column and guide rail contact of the rolling mechanism have reduced the frictional force between tower crane structure and guide rail, and tower crane has been moved in reduction
The thrust of structure reduces labor intensity；In the state that a tower crane structure is not moved along guide rail, the swelled column and guide rail of the rolling mechanism
Separation, to increase the frictional force between tower crane structure and guide rail, has improved the stability of tower crane structure.
(4) it rises to seat up and is provided with sliding rail between support post, reduced the frictional force seated up during moving up, to subtract
Small traction rope reduces the wasting of resources to the pulling force seated up is acted.
(5) it rises to seat up and limited position mechanism is set between support post, when splicing king-post component, position-limit mechanism wedge block
It is caught in the tooth socket of rack gear, has limited to seat up and moved down relative to support post, reduce traction rope to the pulling force seated up is acted, keep away
Exempt from boring tower decline and weigh staff wounded, improves the safety of device；After the completion of one layer of king-post component assembly, handle of pulling back is moved
Hand makes telescopic spring mechanism drive wedge block mobile to the direction far from rack gear, and wedge block is removed out of rack gear tooth socket, raising
Seat can drop to support post bottom along support post, convenient to splice to next layer of king-post component so as to continue to raise boring tower.
(6) hydraulic cylinder side uniform intervals offer multiple reinforcing rods, improve the stability of hydraulic cylinder, improve bracket and move up
Stability.
A kind of pipe boring tower according to the present utility model plays tower apparatus, its working principles are as follows:
Tower apparatus has been installed: pedestal 1 has been placed on ground, it is levelling with level meter, and the position at four tower angles is corrected, guarantee
Diagonal line is isometric；Guide rail 7 is mounted on pedestal 1, and fixation；Traction body 2 is mounted on 1 central part of pedestal；Tower will be played
Mechanism 5 is separately mounted on guide rail 7, guarantees sliding flexibly, reliable lock, and is placed at 1 center of pedestal；Winding traction
Rope 4, it is ensured that 4 both ends of traction rope are connected and fixed reliably；
Overhead traveling crane and crownblock beam frame are installed, and load onto first layer king-post component；
Start hydraulic power unit 9, oil cylinder stretches out, and bracket 21 moves up, and traction rope 4 rises in tow seats up 52 along support post 51
Move up, rise seat up move to certain altitude on 52 drive king-post components after stop, drawing in boring tower bottom grafting king-post component and crosswise
Bar；
Rise seat up 52 clamping part 54 unclamp king-post component, pull handle 104 of pulling back, wedge block 102 divides with rack gear 101
From closing hydraulic power unit 9, hydraulic cylinder 22 drives bracket 21 to decline, and discharges traction rope 4, rises and seats up 52 and be displaced downwardly to support post 51
Bottom end；
It adjusts steel cable tightening system 6 and discharges certain length traction rope 4, it is mobile to the direction far from traction body 2 to play tower crane structure 5
Certain distance will play tower crane structure 5 by retaining mechanism 8 and be fixedly connected with guide rail 7, then adjust steel cable tightening system 6, make connection four
4 uniform tension in order of traction rope of a tower crane structure 5, the king-post component 5 that clamping part 54 connects under clamping again；
According to above-mentioned principle, continue to be lifted boring tower, be completed until playing tower；
The process for tearing tower open is the disassembly of top in layer from boring tower bottom to boring tower, and the process of splicing king-post component is certainly
Splicing at the top of boring tower to boring tower bottom in layer.
Although the preferred embodiment of the application has been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the application range.Obviously, those skilled in the art can be to the application
Various modification and variations are carried out without departing from spirit and scope.If in this way, these modifications and variations of the application
Belong within the scope of the claim of this application and its equivalent technologies, then the application is also intended to encompass these modification and variations and exists
It is interior.
Claims (10)
1. a kind of pipe boring tower plays tower apparatus, which is characterized in that including pedestal, traction body, multiplication train, traction rope and multiple
Tower crane structure,
The central part of the pedestal is arranged in the traction body；
A set of multiplication train is provided with corresponding to each described tower crane structure；
The traction rope starting point is fixed on the base by steel cable tightening system, is then wound around the multiplication train
On, end is connect with described tower crane structure；
The diagonally adjacent of the pedestal is provided with guide rail, and multiple described tower crane structures are arranged by retaining mechanism leads described
On rail；
Described tower crane structure includes that support post and rising seats up, and described seats up and connect with the support post slip, described
Raising seat tool has rope interconnecting piece and clamping part, and the rope interconnecting piece is fixedly connected with the end of the traction rope, the folder
The portion of holding fixes to clamp king-post component, and described seats up the drive king-post component and go up and down along the support post.
2. a kind of pipe boring tower according to claim 1 rise tower apparatus, which is characterized in that the traction body include bracket and
Hydraulic cylinder, the hydraulic cylinder bottom end are mounted on the base, and top is connect with the bracket, the bracket and the traction rope
Connection, the hydraulic cylinder are connected with hydraulic power unit.
3. a kind of pipe boring tower according to claim 2 plays tower apparatus, which is characterized in that the multiplication train includes setting
In the driving wheel system on the traction body and the fixed pulley being arranged on tower crane structure, the driving wheel system includes being arranged in the bracket
On movable pulley and the directive wheel of the cylinder bottom side is set.
4. a kind of pipe boring tower according to claim 1 rise tower apparatus, which is characterized in that the bottom plate of described tower crane structure with
Rolling mechanism is provided between the guide rail.
5. a kind of pipe boring tower according to claim 4 rise tower apparatus, which is characterized in that rolling mechanism include a few shape framves,
Eccentric wheel assembly, handle, lifting bolt, hook plate, axis and swelled column, a few shape framves are fixedly connected on the top of bottom plate, several shapes
With that can accommodate the cavity of the eccentric wheel assembly and can swing in the through slot of the handle, the eccentric wheel assembly is arranged in institute frame
It states in a few shape framves, the handle is arranged vertically in the through slot, and top is logical at the center line for the eccentric wheel assembly
It crosses handle connecting portion to be fixedly connected with the handle bottom end, center line lower part is turned by the top of eccentric shaft and the lifting bolt
Dynamic connection, the lifting bolt is through the bottom plate, and the lifting bolt bottom end is connect with the hook plate, the swelled column
The bottom end of the hook plate is rotatably connected on by the axis.
6. a kind of pipe boring tower according to claim 1 plays tower apparatus, which is characterized in that the steel cable tightening system includes
Support base, roller, gear and latch piece, the support base is fixed on the base, traction rope described in winding on the roller
And be rotatably connected on the support base, the gear is fixedly connected on the side of the roller, the latch piece and the tooth
Wheel clamping.
7. a kind of pipe boring tower according to claim 1 plays tower apparatus, which is characterized in that the support post extends along
Direction on be provided with sliding rail, described seats up the idler wheel that is equipped with and can move along the sliding rail.
8. a kind of pipe boring tower according to claim 1 plays tower apparatus, which is characterized in that described seats up and the support
Limited position mechanism is set between column, and the position-limit mechanism includes rack gear, wedge block, telescopic spring mechanism and handle of pulling back, institute
It states rack gear to be fixed in parallel on the support post, the wedge block passes through the telescopic spring mechanism and the described company of seating up
It connects, telescopic spring mechanism one end is connect with the handle of pulling back, and the other end is connect with the wedge block, the wedge block card
In the tooth socket for entering the rack gear.
9. a kind of pipe boring tower according to claim 1 plays tower apparatus, which is characterized in that the retaining mechanism includes positioning
Bolt, clamping screw and latch segment, the U-lag of the latch segment are stuck in the guiding edge, and the positioning bolt penetrates described
Latch segment simultaneously protrudes into the location hole on guide rail, and the clamping screw penetrates the latch segment and is connected to the guide rail surface.
10. a kind of pipe boring tower according to claim 2 plays tower apparatus, which is characterized in that the side of the hydraulic cylinder is equal
Even interval is installed with multiple reinforcing rods, and the reinforcing rod bottom end is fixedly connected with the base, top and the hydraulic cylinder
Cylinder body top is fixedly connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821749131.XU CN208964495U (en) | 2018-10-26 | 2018-10-26 | A kind of pipe boring tower tower apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821749131.XU CN208964495U (en) | 2018-10-26 | 2018-10-26 | A kind of pipe boring tower tower apparatus |
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| CN208964495U true CN208964495U (en) | 2019-06-11 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109132973A (en) * | 2018-10-26 | 2019-01-04 | 中地装张家口探矿机械有限公司 | A kind of pipe boring tower tower apparatus |
| CN114263311A (en) * | 2022-02-08 | 2022-04-01 | 黄晓月 | Steel structure support column with anti-corrosion solidified layer coated on welding part |
-
2018
- 2018-10-26 CN CN201821749131.XU patent/CN208964495U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109132973A (en) * | 2018-10-26 | 2019-01-04 | 中地装张家口探矿机械有限公司 | A kind of pipe boring tower tower apparatus |
| CN109132973B (en) * | 2018-10-26 | 2023-12-19 | 中地装张家口探矿机械有限公司 | Pipe drilling tower lifting device |
| CN114263311A (en) * | 2022-02-08 | 2022-04-01 | 黄晓月 | Steel structure support column with anti-corrosion solidified layer coated on welding part |
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