CN209537947U - Large-span oblique crossing Frame Bridge undercrossing tunnel exempts to resist traversing anchoring wire road hardened system - Google Patents
Large-span oblique crossing Frame Bridge undercrossing tunnel exempts to resist traversing anchoring wire road hardened system Download PDFInfo
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- CN209537947U CN209537947U CN201822168829.9U CN201822168829U CN209537947U CN 209537947 U CN209537947 U CN 209537947U CN 201822168829 U CN201822168829 U CN 201822168829U CN 209537947 U CN209537947 U CN 209537947U
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Abstract
The utility model provides a kind of large-span oblique crossing Frame Bridge undercrossing tunnel and exempts to resist traversing anchoring wire road hardened system, belongs to road and bridge construction equipment technical field.The utility model passes through the setting of support body, bracket, position-limited rack, draw-off mechanism and coaster, instead of traditional anti-shifting stake, track circuit can be avoided traversing by the traction action for shoring effect and draw-off mechanism of position-limited rack when carrying out jacking construction, be conducive to shorten construction period, reduce construction cost.Simultaneously, draw-off mechanism is primarily subjected to shearing force in jack-in process, the gravity for the rail that support frame is mainly transmitted by crossbeam, be conducive to the stabilization of holding system, and coaster is set again, it can reduce resistance when draw-off mechanism correction, so that the traversing of track circuit can be controlled more conveniently in jack-in process.In addition, all fixture components are all disposed within outside working face, concealed work is few, is more advantageous to quality control and on-site maintenance adjustment.
Description
Technical field
The utility model belongs to road and bridge construction equipment technical field, is to be related to a kind of Large-span Oblique-crossing Frame more specifically
Structure bridge undercrossing tunnel exempts to resist traversing anchoring wire road hardened system.
Background technique
Currently, flourishing with China's highway, newly-built highway intersects with existing railway route and can not keep away
Exempt from, undercrossing tunnel frame core-tube system jacking construction is also applied more and more extensive.Before jacking construction, existing railway is added
Gu track strengthening common practice be cooperated using H profile steel stringer the vertical I-shaped gooseneck for choosing method arrangement of horizontal lift and fender pile,
Stake, anti-shifting stake is supported to form track strengthening system, to prevent railroad track from transverse shifting occurs.Anti- shifting stake is located at jacking side in place
To, it is parallel with existing line, it is arranged in a straight line against existing line.Railroad rail is added using the vertical method of choosing of the horizontal lift of girder steel in length and breadth
Though crossbeam is connect with anti-shifting stake later, stringer is used for reinforcing crossmember.
The core of this mode is to set anti-shifting stake in advance, but the anti-pile period for moving stake and construction cost compare
Height, and after jacking construction, anti-shifting stake just loses effect, so that abandoned, causes the waste of resource.
Utility model content
Exempt from that traversing anchoring wire road is resisted to add the purpose of this utility model is to provide a kind of large-span oblique crossing Frame Bridge undercrossing tunnel
Gu system, with solve it is existing in the prior art set anti-shifting stake cause construction period extend and the increased technology of construction cost ask
Topic.
In order to achieve the above purposes, the technical solution adopted by the utility model is: is provided under a kind of large-span oblique crossing Frame Bridge
Rail wear exempts to resist traversing anchoring wire road hardened system, comprising: crossbeam, for being threaded through between the sleeper of rail and for support iron
Rail；One end of crossbeam is arranged in support body；Bracket is arranged on support body and is used for support crossbeam；Position-limited rack, setting are being propped up
On frame body and position-limited rack side with beam-end for abutting；Draw-off mechanism is connect with the other end of crossbeam, and for crossbeam
It is pulled；And coaster, it is connect with the crossbeam other end, and for being slided on working face.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, drawing
Mechanism includes: embedded fixing component, is embedded on working face；Drawstring, one end are connect with crossbeam, and the other end and embedded fixing component connect
It connects；And chain block, it is arranged on drawstring, for tightening drawstring.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, crossbeam
One end is equipped with the drawstring hole for connecting with drawstring, and drawstring hole periphery is equipped with stiffening plate.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, crossbeam
It is equipped with rail locating part, rail locating part is abutted with rail side.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, coaster
It include: sliding seat, for being slided on working face；Supporter is arranged on sliding seat and for connecting with the one end of crossbeam；
And limit base, it is set on the support and for being connected with the limit of the one end of crossbeam.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, sliding
Seat includes: pedestal, for being connect with supporter, and it is internal equipped with cavity；And scroll wheel, it is rotatably arranged in cavity, and protrude
In pedestal lower part, for being rolled on working face；Cavity is equipped on the side wall on the direction vertical with the rotation axis of scroll wheel
Notch；Supporter is equipped with the height adjustment mechanism for adjusting supporter height；Sliding seat and supporter are rotatablely connected.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, limit
Seat includes: bottom plate, and lower part is used to connect with supporter and top is for support crossbeam；Limit plate is arranged on bottom plate corresponding horizontal
The position of beam two sides, for being limited to crossbeam；And fastener, it is arranged on limit plate, and for holding out against crossbeam.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, limit
Frame is equipped with top plate, and top plate is equipped with the first card slot for being clamped with crossbeam；Bracket and/or position-limited rack be equipped with for cross
The U bolt component of beam connection；Bracket and/position-limited rack are equipped with the second card slot for being clamped with U bolt component；Bracket with
Support body is fixedly connected, and position-limited rack is connect with bracket by split bolt.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, bracket
Body includes: that disk buckles bracket, is arranged on working face；Backbar is arranged and buckles frame upper in disk, for connecting with bracket and position-limited rack
It connects；Bearing diagonal, setting abut on working face, and with the other side of position-limited rack；And stand connection, it is pre-buried after curing
On working face, and for buckleing bracket with disk and bearing diagonal is connect.
Further, large-span oblique crossing Frame Bridge undercrossing tunnel above-mentioned exempts to resist in the hardened system of traversing anchoring wire road, tiltedly props up
Support is equipped with the telescoping mechanism for adjusting bearing diagonal length；Bearing diagonal is equipped with jack, and position-limited rack is equipped with and is used for and jack
The plug of grafting.
Large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model exempts to resist the beneficial of traversing anchoring wire road hardened system
Effect is: compared with prior art, the utility model is set by support body, bracket, position-limited rack, draw-off mechanism and coaster
It sets, instead of traditional anti-shifting stake, leading for effect and draw-off mechanism can be shored by position-limited rack when carrying out jacking construction
Drawing effect avoids track circuit traversing, due to without presetting anti-shifting stake, and working face hardening and support frame, coaster and drawing machine
The setting of the fixture components such as structure can carry out simultaneously with other preparations of construction work such as fender piles, be conducive to shorten construction period,
Reduce construction cost.Meanwhile draw-off mechanism is primarily subjected to shearing force, the iron that support frame is mainly transmitted by crossbeam in jack-in process
The shearing force of the gravity of rail, receiving is smaller, is conducive to the stabilization of holding system, and coaster is arranged again, can reduce jacking and applies
The resistance in working hour, so that the traversing of track circuit can be controlled more conveniently in jack-in process.In addition, all tooling portions
Part is all disposed within outside working face, and concealed work is few, is more advantageous to quality control and on-site maintenance adjustment.
Detailed description of the invention
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new
Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is that large-span oblique crossing Frame Bridge undercrossing tunnel provided by the embodiment of the utility model exempts to resist traversing stake track strengthening
The overlooking structure diagram of system；
Fig. 2 is that large-span oblique crossing Frame Bridge undercrossing tunnel provided by the embodiment of the utility model exempts to resist traversing stake track strengthening
The schematic view of the front view of system；
Fig. 3 is partial enlargement structural representation at I in Fig. 1；
Fig. 4 is partial enlargement structural representation at II in Fig. 2；
Fig. 5 is partial enlargement structural representation at III in Fig. 1；
Fig. 6 is partial enlargement structural representation at IV in Fig. 2；
Fig. 7 is the side structure schematic view (bottom and middle part are split) at coaster position；
Fig. 8 is that the large-span oblique crossing Frame Bridge undercrossing tunnel that another embodiment of the present invention provides exempts from that traversing anchoring wire road is resisted to add
Gu the schematic view of the front view of system；
Fig. 9 is that the large-span oblique crossing Frame Bridge undercrossing tunnel that another embodiment of the present invention provides exempts from that traversing anchoring wire road is resisted to add
Gu the side structure schematic view of system.
Wherein, each appended drawing reference in figure:
10- support body；
11- disk buckles bracket；12- backbar；13- bearing diagonal；14- stand connection；15- oil cylinder；
20- bracket；
30- position-limited rack；31- top plate；The first card slot of 32-；33- plug；
40- draw-off mechanism；41- embedded fixing component；42- drawstring；43- chain block；
50- coaster；
51- sliding seat；511- pedestal；512- scroll wheel；513- notch；514- shrinkage pool；515- protrusion；
52- supporter；
53- limit base；531- bottom plate；532- limit plate；533- fastener；
60-U shape bolt assembly；The second card slot of 61-；62- split bolt；
70- crossbeam；71- drawstring hole；72- rail locating part；
80- stringer；
90- working face；91- rail；92- frame structure is contained；93- jacking mechanism.
Specific embodiment
In order to which technical problem to be solved in the utility model, technical solution and beneficial effect is more clearly understood, with
Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein
Example is applied only to explain the utility model, is not used to limit the utility model.
Also referring to Fig. 1 and Fig. 2 and Fig. 8 and Fig. 9, now to a kind of large-span oblique crossing Frame Bridge provided by the utility model
Undercrossing tunnel exempts from that traversing anchoring wire road hardened system is resisted to be illustrated.The large-span oblique crossing Frame Bridge undercrossing tunnel exempts to resist traversing stake
Track strengthening system, including crossbeam 70 between the sleeper for being threaded through rail 91 and are used for support rail 91；Support body 10,
One end of crossbeam 70 is set；Bracket 20 is arranged on support body 10 and is used for support crossbeam 70；Position-limited rack 30, setting are being propped up
On frame body 10 and 30 side of position-limited rack is used for and 70 end abutment of crossbeam；Pulling apparatus 40 is connect with the other end of crossbeam 70, and
For being pulled to crossbeam 70；It with coaster 50, connect, and is used for 70 other end of crossbeam (one end i.e. far from support body 10)
It is slided on working face 90.
Large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model exempts to resist traversing anchoring wire road hardened system, and existing
Technology is compared, and by the setting of support body 10, bracket 20, position-limited rack 30, pulling apparatus 40 and coaster 50, is resisted instead of traditional
Stake is moved, track can be avoided by the traction action for shoring effect and pulling apparatus 40 of position-limited rack 30 when carrying out jacking construction
Circuit traversing, since without presetting anti-shifting stake, cast-in-situ reinforced concrete structure is exempted to resist traversing support frame to replace, evaded cast-in-place structural
The characteristics of long construction period, shortens the construction cross events with railway, greatly accelerates construction speed, meanwhile, cast in place reinforced bar
Concrete structure is replaced by circulation materials such as disk button bracket and I-steel, greatly reduces construction cost.Support frame is mainly by line
The rail of road reinforcing crossmember transmitting and the gravity of train, are conducive to the stabilization of holding system, and coaster 50 is arranged again, can subtract
Few friction, reduces resistance when jacking construction, so that can control the traversing of track circuit more conveniently in jack-in process.
In addition, all fixture components are all disposed within outside working face, concealed work is few, is more advantageous to quality control and on-site maintenance
Adjustment.
The utility model is more convenient by using construction, more efficiently exempts to resist traversing stake support frame " disk button bracket+top
Stull " forms one kind and exempts to resist traversing anchoring wire road strengthening construction system.Specifically, exempt to resist traversing stake track strengthening, refer specifically to
Cancellation resists traversing stake and crown beam, replaces to set up in original position and exempts to resist traversing stake support frame " disk button bracket+top I-shaped
Steel stull ", the pre-buried limit pull ring in frame structure top tail portion, pulls route during jacking, avoids track from occurring traversing, sliding simultaneously
Vehicle auxiliary, reduces the friction to frame structure top, reduces the resistance of jacking.
Further, also referring to Fig. 1, Fig. 3 and Fig. 5, as large-span oblique crossing Frame Bridge provided by the utility model
Undercrossing tunnel exempts from a kind of specific embodiment for resisting traversing anchoring wire road hardened system, and pulling apparatus 40 includes: to be embedded in working face
The drawstring 42 and setting that embedded fixing component 41, one end and the connection of crossbeam 70 and the other end on 90 are connect with embedded fixing component 41 exist
Chain block 43 on drawstring 42 and for tightening drawstring 42.
Further, also referring to Fig. 1, Fig. 3 and Fig. 5, as large-span oblique crossing Frame Bridge provided by the utility model
Undercrossing tunnel exempts from a kind of specific embodiment for resisting traversing anchoring wire road hardened system, 70 one end of crossbeam be equipped with for drawstring 42
The drawstring hole 71 of connection, 71 periphery of drawstring hole are equipped with stiffening plate.
Further, also referring to Fig. 1 and Fig. 2, as being worn under large-span oblique crossing Frame Bridge provided by the utility model
Railway exempts from a kind of specific embodiment for resisting traversing anchoring wire road hardened system, and crossbeam 70 is equipped with rail locating part 72, rail limit
Position part 72 is abutted with 91 side of rail, in order to push rail 91 mobile using crossbeam 70.Rail locating part 72 and rail 91 it
Between can pass through the cushion blocks such as batten.
Also referring to Fig. 1, Fig. 2 and Fig. 5 to Fig. 7, now to a kind of undercrossing tunnel jacking construction provided by the utility model
Track strengthening auxiliary jacking jigger (i.e. coaster 50) is illustrated.The undercrossing tunnel jacking construction track strengthening assists jacking
Jigger including the sliding seat 51 for sliding on working face 90 and is arranged on sliding seat 51 and for one with crossbeam 70
The supporter 52 of end connection.
Undercrossing tunnel jacking construction track strengthening provided by the utility model assists jacking jigger, with prior art phase
Than crossbeam 80 is propped up by supporter 52, separates crossbeam 80 and rail 91 with lower box structure, sliding seat 51 is recycled to make cross
One end of beam 80 can be slided, and replace sliding friction by rolling friction, can reduce crossbeam and rail and lower box structure contain and
It rubs between the soil body, convenient for other constructing operations such as drawings.
Further, also referring to Fig. 5 to Fig. 7, as undercrossing tunnel jacking construction route provided by the utility model
A kind of specific embodiment of auxiliary jacking jigger is reinforced, sliding seat 51 includes: pedestal 511, for being connect with supporter 52,
And it is internal equipped with cavity；It with scroll wheel 512, is rotatably arranged in cavity, and protrudes from 511 lower part of pedestal, in working face
It is rolled on 90.
Further, referring to Figure 6 together and Fig. 7, as undercrossing tunnel jacking construction route provided by the utility model
A kind of specific embodiment of auxiliary jacking jigger is reinforced, is equipped with several scroll wheels 512 being disposed in parallel relation to one another in cavity.
Further, referring to Fig. 7, as undercrossing tunnel jacking construction track strengthening auxiliary top provided by the utility model
Into a kind of specific embodiment of jigger, cavity is equipped on the side wall on the direction vertical with the rotation axis of scroll wheel 512
Notch 513.
Further, referring to Fig. 7, as undercrossing tunnel jacking construction track strengthening auxiliary top provided by the utility model
Into a kind of specific embodiment of jigger, supporter 52 is equipped with the height adjustment mechanism for adjusting 52 height of supporter.
Supporter 52 includes jack or several cushion blocks successively stacked.
Further, referring to Figure 6 together and Fig. 7, as undercrossing tunnel jacking construction route provided by the utility model
A kind of specific embodiment of auxiliary jacking jigger is reinforced, sliding seat 51 and supporter 52 are rotatablely connected.Specifically, sliding seat
51 are equipped with shrinkage pool 514, and supporter 52 is equipped with and the protrusion 515 for being placed in shrinkage pool.
Further, also referring to Fig. 1, Fig. 2 and Fig. 5 to Fig. 7, as undercrossing tunnel jacking provided by the utility model
Construction line reinforces a kind of specific embodiment of auxiliary jacking jigger, further includes: limit base 53 is arranged on supporter 52
And it is connected for being limited with the one end of crossbeam 70.
Further, also referring to Fig. 5 to Fig. 7, as undercrossing tunnel jacking construction route provided by the utility model
A kind of specific embodiment of auxiliary jacking jigger is reinforced, limit base 53 includes: bottom plate 531, and lower part is used for and supporter 52
It connects and top is used for support crossbeam 70；With limit plate 532, the position that 70 two sides of crossbeam are corresponded on bottom plate 531 is set, is used for
Crossbeam 70 is limited.
Further, also referring to Fig. 5 to Fig. 7, as undercrossing tunnel jacking construction route provided by the utility model
Reinforce a kind of specific embodiment of auxiliary jacking jigger, limit base 53 further include: fastener 533 is arranged in limit plate 532
On, and for holding out against crossbeam 70.
Further, also referring to Fig. 5 to Fig. 7, as being worn under large-span oblique crossing Frame Bridge provided by the utility model
Railway exempts from a kind of specific embodiment for resisting traversing anchoring wire road hardened system, and limit base 53 includes: bottom plate 531, lower part be used for
Supporter 52 connects and top is used for support crossbeam 70；The portion that 70 two sides of crossbeam are corresponded on bottom plate 531 is arranged in limit plate 532
Position, for being limited to crossbeam 70；With fastener 533, it is arranged on limit plate 532, and for holding out against crossbeam 70.
Also referring to Fig. 1 to Fig. 4, now a kind of undercrossing tunnel frame core-tube system track strengthening disk provided by the utility model is buckled
Formula support frame (i.e. support frame) is illustrated.The undercrossing tunnel frame core-tube system track strengthening disk button support frame, including support body,
Bracket on support body and for support crossbeam is set and setting is on support body and position-limited rack side is used for and beam-end
The position-limited rack of abutting.
Undercrossing tunnel frame core-tube system track strengthening disk button support frame provided by the utility model, by support body, bracket and
The cooperation of position-limited rack, so that crossbeam 70 can be abutted directly with position-limited rack during 70 inserting process of crossbeam and jacking construction,
When single crossbeam 70 is larger by jacking force, the jacking force can be transmitted on entire support body by position-limited rack, be utilized
Entire support body resists shearing force, and support frame is avoided to collapse because of local deformation.
Further, also referring to Fig. 1 to Fig. 4, add as undercrossing tunnel frame core-tube system route provided by the utility model
Gu a kind of specific embodiment of disk button support frame, position-limited rack 30 be equipped with top plate 31, top plate be equipped with for crossbeam 70
First card slot 32 of clamping.
Further, also referring to Fig. 1 to Fig. 4, add as undercrossing tunnel frame core-tube system route provided by the utility model
Gu a kind of specific embodiment of disk button support frame, bracket 20 and/or position-limited rack 30 are equipped with the U for connecting with crossbeam 70
Shape bolt assembly 60.It can also be connected using U bolt component 60 between stringer 80 and crossbeam 70.
Further, referring to Fig. 3, as undercrossing tunnel frame core-tube system track strengthening disk button branch provided by the utility model
A kind of specific embodiment of support, bracket 20 and/position-limited rack 30 are equipped with the second card for being clamped with U bolt component 60
Slot 61.
Further, also referring to Fig. 1 to Fig. 4, add as undercrossing tunnel frame core-tube system route provided by the utility model
Gu a kind of specific embodiment of disk button support frame, support body includes: that disk buckles bracket 11, is arranged on working face 90；Bearing
Beam 12 is arranged and buckles 11 top of bracket in disk, for connecting with bracket 20 and position-limited rack 30；Bearing diagonal 13 is arranged on working face,
And it is abutted with the other side of position-limited rack 30.Backbar 12 is vertical with crossbeam 70, and bracket 20 and position-limited rack 30 hang down with backbar 12
It is direct-connected to connect.
Further, referring to Fig. 2, as undercrossing tunnel frame core-tube system track strengthening disk button branch provided by the utility model
A kind of specific embodiment of support, bearing diagonal 13 are equipped with the telescoping mechanism for adjusting 13 length of bearing diagonal.Specifically, it stretches
Contracting mechanism may include the oil cylinder 15 being arranged on bearing diagonal 13.
Further, also referring to Fig. 1 to Fig. 4 as undercrossing tunnel frame core-tube system track strengthening provided by the utility model
A kind of specific embodiment of disk button support frame, bearing diagonal 13 are equipped with jack, and position-limited rack 30 is equipped with for inserting with jack
The plug 33 connect.
Further, also referring to Fig. 1 to Fig. 4, add as undercrossing tunnel frame core-tube system route provided by the utility model
Gu a kind of specific embodiment of disk button support frame, support body further include: stand connection 14, pre-buried work after curing
On face 90, and for buckleing bracket 11 with disk and bearing diagonal 13 is connect.Stand connection can be foundation bolt.
Further, also referring to Fig. 1 to Fig. 4, add as undercrossing tunnel frame core-tube system route provided by the utility model
Gu a kind of specific embodiment of disk button support frame, bracket 20 are fixedly connected with support body 10, position-limited rack 30 and bracket 20 are logical
Cross the connection of split bolt 62.
Also referring to Fig. 1 and Fig. 2, now a kind of large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model is exempted from
Traversing anchoring wire road reinforcing construction process is resisted to be illustrated.The large-span oblique crossing Frame Bridge undercrossing tunnel exempts from that traversing anchoring wire road is resisted to add
Gu construction technology, comprising the following steps:
B, curing face 70 is set on front side of rail 91；
C, support frame is set up on the working face 70 of 91 front side of rail；
D, crossbeam 70 is penetrated between the tie of rail 91 pillow, and the front end of crossbeam 70 is connect with support frame, rear end
Portion is connect with coaster 50；
F, 70 middle part of crossbeam is connect with rail 91, and the rear end of crossbeam 70 is connect with the front end of pulling apparatus 40, it will
Contain 92 with the frame structure to jacking and connect in the rear end of pulling apparatus 40；
G, carry out jacking construction, and with frame structure contain 92 jacking with driving pulling apparatus 40 to keep the straight of rail 91,
The traversing situation of Synchronous rail 91 drives pulling apparatus 40 to retract rail 91 if it is more than preset range that rail 91 is traversing,
Until completing the jacking construction in a stage；
H, step G is repeated until jacking construction is completed.Herein with the front in the direction of jacking.
Large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model exempts to resist traversing anchoring wire road reinforcing construction process, with
The prior art is compared, and is moved stake by will resist and is replaced with the support frame of more convenient construction and cooperate leading for coaster 50 and pulling apparatus 40
It is pulled in jacking construction and avoids track circuit traversing.Due to resisting traversing stake and crown beam without default, cast-in-situ reinforced concrete knot is evaded
The characteristics of structure long construction period, the setting of the fixture components such as support frame sets up, coaster 50 and pulling apparatus 40 only take up extremely short
Time can carry out simultaneously in other work with track strengthening, greatly shorten construction period, reduce construction cost.Meanwhile support frame
The gravity of the rail 91 and train that are mainly transmitted by crossbeam 70, is conducive to the stabilization of holding system, and setting auxiliary is slided again
Vehicle 50 can reduce friction, resistance when jacking construction be reduced, so that can control track more conveniently in jack-in process
Route it is traversing.In addition, all fixture components are all disposed within outside working face, concealed work is few, is more advantageous to quality control
System and on-site maintenance adjustment.
Further, exempt from that traversing anchoring wire road is resisted to add as large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model
Gu a kind of specific embodiment of construction technology, further comprising the steps of:
A, preparation of construction；
E, stringer 80 is set on crossbeam 70 and is connected firmly；
I, stringer 80, pulling apparatus 40, coaster 50, crossbeam 70 and support frame are removed；
Step A is before step B, and step E is between step D and step F, and step I is after step H.
Further, exempt from that traversing anchoring wire road is resisted to add as large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model
Gu a kind of specific embodiment of construction technology, support frame includes: support body 10；Bracket 20 is arranged on support body 10 and uses
In support crossbeam 70；With position-limited rack 30, it is arranged on support body 10 and 30 side of position-limited rack is used for and 70 end abutment of crossbeam.Step
The step of " penetrating crossbeam 70 between the sleeper of rail 91 " in rapid D specifically includes: a digging machine is arranged in the front side of rail 91
Position-limited rack 30 is held out against, crossbeam 70 is penetrated into rail 91 by another digging machine being arranged withstanding one end of crossbeam 70 in the rear side of rail 91
Lower part, until the end of crossbeam 70 is contacted with position-limited rack 30.
Further, exempt from that traversing anchoring wire road is resisted to add as large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model
Gu a kind of specific embodiment of construction technology, support body includes: that disk buckles bracket 11, is arranged on working face 90；Backbar 12,
It is arranged and buckles 11 top of bracket in disk, for is connect with bracket 20 and position-limited rack 30；With bearing diagonal 13, it is arranged on working face, and
It is abutted with the other side of position-limited rack 30；Bearing diagonal 13 is equipped with the telescoping mechanism for adjusting 13 length of bearing diagonal；Bracket 20 with
Support body 10 is fixedly connected, and position-limited rack 30 is connect with bracket 20 by split bolt 62.In step G, it is more than if rail 91 is traversing
Preset range then adjusts pulling apparatus 40, telescoping mechanism and split bolt 62, rail 91 is made to return to original position.
Further, exempt from that traversing anchoring wire road is resisted to add as large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model
Gu a kind of specific embodiment of construction technology, crossbeam 70 is equipped with the rail locating part 72 for abutting with 91 side of rail.
The step of " connecting at 70 middle part of crossbeam with rail 91 " in step F specifically includes: interlayer is set between crossbeam 70 and rail 91,
And it is stoppered with wooden wedge, then pass through rail locating part 72 for 91 side clamping of rail.
Further, exempt from that traversing anchoring wire road is resisted to add as large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model
Gu a kind of specific embodiment of construction technology, in step G, if observe rail 91 it is traversing be more than preset range, and accelerate to drive
Dynamic pulling apparatus 40 pulls rail 91, when the discovery traversing sign not restored of rail 91, then suspends jacking construction, and
Continue that pulling apparatus 40 is driven to retract rail 91, is further continued for carrying out jacking construction.
Specifically, large-span oblique crossing Frame Bridge undercrossing tunnel provided by the utility model exempts to resist traversing anchoring wire road strengthening construction
A kind of specific embodiment of technique is as follows.
Preparation of construction:
1, frame structure is contained prefabricated, maintenance and is completed, and intensity arrived design requirement；The pile foundation engineerings such as fender pile, support stake are
It completes；The construction of roadbed grouting and reinforcing finishes, through examining bearing capacity to meet the requirements.
2, optical cable, cable are manually verified, and complete move change or poling protection.Apparent safety nameplate is set.
Security protection has worked in place.
3, to rail conditions, gauge, pillow away from, vehicle flowrate, cargo dead-weight, busy idle etc. sufficiently investigated, route adds
Gu scheme and consolidation time it has been determined that and sufficiently linked up with railway department, reach an agreement.
4, track strengthening material, machinery, personnel are in place.Scene carried out safely, confide a technological secret.What track strengthening used
Compliance inspection is carried out after the materials arrivals such as stringer, crossbeam, disk button steel pipe frame, is checked and accepted, it is qualified through detection.
Wear lateral I-steel:
1, crossbeam 70 uses I45 (Type B) I-steel, arranges perpendicular to line direction, is divided between existing line concrete crosstie
0.6m, crossbeam 70 are inserted between existing pillow, and the insertion of crossbeam 70 is using " inserting a method every six " circular insertion.70 spacing frame structure of crossbeam with
It is interior (to insert 5 by 5-0-5 arrangement and stay a hole), it (inserts 2 by 2-0-2 arrangement other than frame structure and stays a hole).I-shaped steel joint uses two
Block 20mm thick steel plate is arranged that M20mm high-strength bolt connects, connector interlaced arrangement, and connector to be avoided to be located at track by clamping plate shape
Underface.
2,70 supporting point of crossbeam in frame structure: end in place is supported on the I-steel at the top of steel pipe support, and jacking end is supported on
Frame structure top surface, between supported with coaster and sheeting caps；Frame structure 70 supporting point of outer crossbeam: it is supported in two sides line protection dowel crown beam
On.
3, penetrating for work steel is divided to two groups from route both ends while being carried out, and is manually opened between existing pillow using " inserting a method every six "
Then slot is inserted into using crane, artificial assistance.Slot bottom is located at track lower outer, buries short sleeper, supports lateral I-steel,
It is separated between I-steel and track using bamboo slab rubber, and urgent with wooden wedge.I-steel is inserted into one, in time later ballast aggregate, smashes
Gu closely knit, can carry out next work steel penetrates construction." the short lumps of wood+angle steel " limiting device is installed on the outside of track.
Set up stringer I-steel:
To increase rigidity and stability, in two sides, road shoulder sets 2 road length stringers altogether, wherein the every Shu Junwei 2 in two sides road shoulder position
× HN900 × 300 × 16 × 28 section longitudinal beams composition.Every beam stringer center tap uses interlaced arrangement form, and work steel connector is adopted
It is arranged with two blocks of 32mm thick steel plates by clamping plate shape, the connection of M30mm high-strength bolt.Stringer is located on crossbeam 70, is hung using crane
Dress, the mode of hand fit are in place, and stringer is connect with crossbeam 70 with U-typed card, and stringer both ends and midfeather use sleeper pile
Support.
Route resists traversing:
1, route holds anti-shifting stake and crown beam to cancel in place, and replacing is disk button steel pipe frame and top I-steel.Route
70 one end of reinforcing crossmember rides over frame structure top surface, and one end rides on the I-steel at the top of steel pipe frame.Disk button steel pipe frame and top work
Word steel carries out diagonal brace reinforcing, plays the role of a support route.
2, stent base carries out concrete hardening.Bracket is set up, and 6 rows are laterally arranged in frame body, and longitudinal length is the same as track strengthening width
Unanimously, lateral, longitudinal pitch is 0.6 meter, is highly calculated downwards by lateral I-steel, and deducting I-steel height is frame body height
Degree, cloth is away from 1.2 meters.
3, cradle top first places 15 I-shapeds by root in frame body jacking by 0.6 meter of frame body horizontal spacing along jacking direction
Steel.45b I-steel is placed along line direction "-" type in 15 I-steel top surfaces, and front and back setting is two rows of, and high infraversion malposition is made into L-type.
4, after I-steel installs, the crossbeam 70 of track strengthening is fixed on crown beam.Lateral I-steel and crown beam work
Each crosspoint of word steel is respectively adopted two U-typed card connections and is fixed.It is inserted with plank in U-typed card top surface backing plate gap
Tightly.While jacking, there is special messenger to observe the straight situation of crown beam I-steel, the elastic situation of butt joint is checked
And reinforcing.It notes abnormalities, processing in time or pause jacking.
5,5 tons of chain blocks, 20 wirerope are used uniformly every 3 meters of setting anchor bar pull rings in frame structure top plate tail portion
Track strengthening system is tensed, unified command, special messenger commander in jacking, with jacking with tension route.Contain and cross to reduce frame structure
The frictional force of beam 70 places coaster 50 between crossbeam 70 and frame structure contain top plate.
Jacking is tried to examine:
Crossbeam 70, stringer install, and steel pipe support and top I-steel install, and 70 both ends of track strengthening crossbeam are
It is firm to support, and pull ring route tenses, and operator in place, after everything in readiness, carries out examination jacking.While jacking, group
Special messenger's whole process observes the straight situation of track and the straight situation of cradle top I-steel, and rear is commanded to add for individual cucurbits
It is fast or slow down tension speed.Putting the extreme direction before jacking individually when discovery route has dimpling metaboly, illustrates that this cucurbit is drawn
Tight speed is not able to satisfy route and resists traversing requirement, to accelerate speed tension.Whole process, special messenger commander, by adjusting individual hands
The tension speed of cucurbit is drawn to guarantee that route is straight.When discovery is regulated the speed, bending deformation without diminution trend, also be used in a hurry
Intercom notifies the pause jacking of jacking construction backstage, ascertains the reason, again jacking.When carrying out vehicle, jacking is fixed tentatively, road is kept away under worker
Vehicle, the lower support timber wedge of crossbeam 70 are urgent.Each top journey terminates, and will check transverse and longitudinal beam, holder part, it is ensured that do not have
Bending deformation, it is working properly.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of large-span oblique crossing Frame Bridge undercrossing tunnel exempts to resist traversing anchoring wire road hardened system characterized by comprising
Crossbeam, for being threaded through between the sleeper of rail and for rail described in support；
One end of the crossbeam is arranged in support body；
Bracket is arranged on the support body and is used for support crossbeam；
Position-limited rack, is arranged on the support body and the position-limited rack side with the beam-end for abutting；
Draw-off mechanism is connect with the other end of the crossbeam, and for pulling to the crossbeam；With
Coaster is connect with the crossbeam other end, and for sliding on working face.
2. large-span oblique crossing Frame Bridge undercrossing tunnel as described in claim 1 exempts to resist traversing anchoring wire road hardened system, feature
It is, the draw-off mechanism includes:
Embedded fixing component is embedded on working face；
Drawstring, one end are connect with the crossbeam, and the other end is connect with the embedded fixing component；With
Chain block is arranged on the drawstring, for tightening the drawstring.
3. large-span oblique crossing Frame Bridge undercrossing tunnel as claimed in claim 2 exempts to resist traversing anchoring wire road hardened system, feature
Be: the one end of the beam portion is equipped with the drawstring hole for connecting with the drawstring, and drawstring hole periphery is equipped with stiffening plate.
4. large-span oblique crossing Frame Bridge undercrossing tunnel as described in claim 1 exempts to resist traversing anchoring wire road hardened system, feature
It is, the crossbeam is equipped with rail locating part, and the rail locating part is abutted with rail side.
5. large-span oblique crossing Frame Bridge undercrossing tunnel as described in claim 1 exempts to resist traversing anchoring wire road hardened system, feature
It is, the coaster includes:
Sliding seat, for being slided on working face；
Supporter is arranged on the sliding seat and for connecting with the one end of the crossbeam；With
Limit base is arranged on the supporter and for connecting with the limit of the one end of the crossbeam.
6. large-span oblique crossing Frame Bridge undercrossing tunnel as claimed in claim 5 exempts to resist traversing anchoring wire road hardened system, feature
It is, the sliding seat includes:
Pedestal, for being connect with the supporter, and it is internal equipped with cavity；With
Scroll wheel is rotatably arranged in the cavity, and protrudes from the pedestal lower part, for rolling on the working face；
The cavity is equipped with notch on the side wall on the direction vertical with the rotation axis of the scroll wheel；It is set on the supporter
There is the height adjustment mechanism for adjusting the supporter height；The sliding seat and the supporter are rotatablely connected.
7. large-span oblique crossing Frame Bridge undercrossing tunnel as claimed in claim 5 exempts to resist traversing anchoring wire road hardened system, feature
It is, the limit base includes:
Bottom plate, lower part is used to connect with the supporter and top is for crossbeam described in support；
The position that the crossbeam two sides are corresponded on the bottom plate is arranged in limit plate, for limiting to the crossbeam；With
Fastener is arranged on the limit plate, and for holding out against the crossbeam.
8. large-span oblique crossing Frame Bridge undercrossing tunnel as described in claim 1 exempts to resist traversing anchoring wire road hardened system, feature
Be: the position-limited rack is equipped with top plate, and the top plate is equipped with the first card slot for being clamped with the crossbeam；The bracket
And/or the position-limited rack is equipped with the U bolt component for connecting with the crossbeam；On the bracket and the/position-limited rack
Equipped with the second card slot for being clamped with the U bolt component；The bracket is fixedly connected with the support body, the limit
Frame is connect with the bracket by split bolt.
9. large-span oblique crossing Frame Bridge undercrossing tunnel as claimed in claim 1 or 8 exempts to resist traversing anchoring wire road hardened system, special
Sign is that the support body includes:
Disk buckles bracket, is arranged on working face；
Backbar is arranged and buckles frame upper in the disk, for connecting with the bracket and the position-limited rack；
Bearing diagonal, setting abut on the working face, and with the other side of the position-limited rack；And
Stand connection, on pre-buried working face after curing, and for buckleing bracket with the disk and the bearing diagonal is connect.
10. large-span oblique crossing Frame Bridge undercrossing tunnel as claimed in claim 9 exempts to resist traversing anchoring wire road hardened system, feature
Be: the bearing diagonal is equipped with the telescoping mechanism for adjusting the bearing diagonal length；The bearing diagonal is equipped with jack, institute
Position-limited rack is stated to be equipped with for the plug with the jack grafting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822168829.9U CN209537947U (en) | 2018-12-21 | 2018-12-21 | Large-span oblique crossing Frame Bridge undercrossing tunnel exempts to resist traversing anchoring wire road hardened system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822168829.9U CN209537947U (en) | 2018-12-21 | 2018-12-21 | Large-span oblique crossing Frame Bridge undercrossing tunnel exempts to resist traversing anchoring wire road hardened system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209537947U true CN209537947U (en) | 2019-10-25 |
Family
ID=68265435
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822168829.9U Expired - Fee Related CN209537947U (en) | 2018-12-21 | 2018-12-21 | Large-span oblique crossing Frame Bridge undercrossing tunnel exempts to resist traversing anchoring wire road hardened system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209537947U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111560800A (en) * | 2020-05-26 | 2020-08-21 | 中铁第六勘察设计院集团有限公司 | Railway station turnout reinforcing device and method |
-
2018
- 2018-12-21 CN CN201822168829.9U patent/CN209537947U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111560800A (en) * | 2020-05-26 | 2020-08-21 | 中铁第六勘察设计院集团有限公司 | Railway station turnout reinforcing device and method |
| CN111560800B (en) * | 2020-05-26 | 2021-08-13 | 中铁第六勘察设计院集团有限公司 | Railway station turnout strengthening method |
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