CN209066281U - A kind of main rope of suspension bridge bearing transfer - Google Patents
A kind of main rope of suspension bridge bearing transfer Download PDFInfo
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- CN209066281U CN209066281U CN201821524632.8U CN201821524632U CN209066281U CN 209066281 U CN209066281 U CN 209066281U CN 201821524632 U CN201821524632 U CN 201821524632U CN 209066281 U CN209066281 U CN 209066281U
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Abstract
The utility model discloses a kind of main rope of suspension bridge to support transfer, the bearing transfer is mainly made of the pedestal of the groove body of arrangement main rope of suspension bridge and bearing groove body, the bottom of the groove body is with swingable Standard on pedestal, in the extended structure of main rope of suspension bridge, the groove body of bearing main push-towing rope can generate corresponding wobbling action along the extending direction of main push-towing rope on pedestal, the bearing transfer is mounted between the main cable saddle of suspension bridge and scattered cable saddle, as being supported to the main rope of suspension bridge between main cable saddle and scattered cable saddle and guide steering.The utility model can form bearing transfer that is stable, reliably supporting steering to the main push-towing rope between main cable saddle of suspension bridge and scattered cable saddle, and then the main push-towing rope line style between main cable saddle of suspension bridge and scattered cable saddle is made to move towards the main push-towing rope Alignment Design theory and technology requirement for being effectively satisfied with suspension bridge, so that main rope of suspension bridge is realized stress according to design theory as much as possible.
Description
Technical field
The utility model relates to the bearing transfers of main rope of suspension bridge.
Background technique
In Suspension bridge structure, determine suspension bridge Cheng Qiao and Construction State key problem in technology be determining main push-towing rope at bridge when line
The line style arrangement of type, i.e. main push-towing rope when at bridge directly determine suspension bridge at bridge structure.The main push-towing rope of suspension bridge is in Cheng Qiao
When arrangement, need to support main push-towing rope and guide steering, usually the bearing of main push-towing rope is turned to be by suspension bridge main cable saddle and
It dissipates cable saddle and realizes.
However, with the technical requirements of the suspension bridge setting of bridge span structure novelty and main push-towing rope stress, the main cable saddle of suspension bridge
Main push-towing rope between scattered cable saddle also needs to support steering, this especially dissipates rope point in the theory of main push-towing rope and is lower than bridge floor and suspension bridge side
Across being become apparent when being provided with hoist cable and longer beam-ends non-stayed cable segment.Currently, for the master between main cable saddle of suspension bridge and scattered cable saddle
Cable bearing turns to no effective bearing transfer, is usually all the voluntarily Zhi Chengzhuan by means of main cable saddle and scattered cable saddle
It is realized to performance, still, when there is effect on building in region or has absolute altitude skill between the main cable saddle and scattered cable saddle of suspension bridge
When art requires, the theory of especially aforementioned main push-towing rope dissipates rope point lower than bridge floor and suspension bridge end bay is provided with hoist cable and beam-ends cordless
When area head, the voluntarily bearing steering for relying solely on main cable saddle and scattered cable saddle is to be difficult to meet main rope of suspension bridge line style by design reason
By and reliably arrange, and then will affect the stress of main rope of suspension bridge.
Utility model content
The technical purpose of the utility model is: particularity and existing main rope of suspension bridge line style for above-mentioned Suspension bridge structure
The deficiency of the bearing steering technique of arrangement, the main push-towing rope between main cable saddle of suspension bridge and scattered cable saddle can be formed surely by providing one kind
Bearing transfer that is fixed, reliably supporting steering, the bearing transfer can make between main cable saddle of suspension bridge and scattered cable saddle
Main push-towing rope line style trend effectively be satisfied with suspension bridge main push-towing rope Alignment Design theory and technology requirement.
The utility model realizes that technical solution used by its technical purpose is: a kind of main rope of suspension bridge bearing steering dress
It sets, the bearing transfer is mainly made of the pedestal of the groove body of arrangement main rope of suspension bridge and bearing groove body, the slot
The bottom of type body on pedestal, in the extended structure of main rope of suspension bridge, supports the groove body of main push-towing rope with swingable Standard
Corresponding wobbling action can be generated along the extending direction of main push-towing rope on pedestal, the bearing transfer is mounted on suspension bridge
Main cable saddle and scattered cable saddle between, as being supported to the main rope of suspension bridge between main cable saddle and scattered cable saddle and guide steering.
Cable slot on the groove body is wide structure alongst.
One of preferably, the bearing transfer is steel pin oscillating axle type cable saddle structure, mainly by cable saddle sheet
Body, the top deck being arranged in cable saddle body bottom portion board embedding slot, is arranged in one top board embedding slot of pedestal pedestal one
Bottom deck and more tapered steel pin banks being movably linked together bottom deck and top deck on the cable saddle ontology
Cable slot is offered, on the basis of the pedestal one is anchored between the main cable saddle of suspension bridge and scattered cable saddle.Further, the rope
Cable slot on saddle ontology is the U-shaped structure for being matched with main rope of suspension bridge cross-sectional profiles, and the cable groove top portion of the cable saddle ontology is set
It is equipped with compressing structure.
One of preferably, the bearing transfer is pin shaft swing type noose structure, mainly by noose ontology,
Pedestal two and pin shaft composition, the bottom of the noose ontology and the top of the pedestal two offer respectively pin hole and they
Pin hole is corresponding in the axial direction to be overlapped, and the pin shaft is axially installed on the axial direction at two top of the noose body bottom portion and the pedestal
It links together in the up-down direction in the corresponding pin hole being overlapped, by the noose ontology and the pedestal two, the pedestal two
It is equipped with position limiting structure between the pin shaft, offers cable slot on the noose ontology, the pedestal two is anchored at suspension bridge
On the basis of between main cable saddle and scattered cable saddle.Further, the noose ontology is mainly by body upper half and body lower half with more
Root bolt connects be composed in the up-down direction, offered respectively in the body upper half and the body lower half be matched with it is outstanding
The type groove of cable bridge main push-towing rope cross-sectional profiles, the cable slot on the noose ontology is the hole for being matched with main rope of suspension bridge cross-sectional profiles
Type structure.There are two otic placodes raising upward, being intervally arranged at the top of the pedestal two, offered respectively on the two otic placodes
The axial corresponding pin hole being overlapped；Assembly of the bottom mating of the noose ontology between two otic placodes at two top of pedestal
Space, the bottom of the noose ontology offer the pin hole of coincidence corresponding with the pin hole axial direction on the two top otic placode of pedestal,
The bottom of the noose ontology is inserted into the assembly space between two otic placodes at two top of pedestal, and the noose sheet
Pin hole axially corresponding coincidence on two top otic placode of the pin hole of body bottom and the pedestal；The pin shaft is axially installed on the rope
It covers in the corresponding coincidence pin hole of axial direction between two top of body bottom portion and the pedestal, the pin of the pin shaft and the noose ontology
It is locked and is assembled with pin joint between hole, the outer of two two, the top otic placode of pedestal is extended in the both ends end of the pin shaft respectively
Side is equipped with position limiting structure between any otic placode of the pedestal two and the corresponding position of the pin shaft.Further, the limit
Bit architecture is mainly made of the fixed lockplate on the corresponding otic placode of limiting slot and the pedestal two that concaves of the diameter on the pin shaft,
The limiting slot is provided with the pin shaft and extends position on the outside of any otic placode of the pedestal two, and the lockplate is fixed on pair
It answers on the pedestal otic placode of the limiting slot on the pin shaft, the lockplate can extend into the limiting slot of the pin shaft, and prolong
Fit clearance is kept between the side of the lockplate put in the pin shaft limiting slot and the slot bottom of the pin shaft limiting slot, institute
Stating fit clearance allows the amplitude of circuit oscillation corresponding to the pin shaft.Further, the locking on two otic placode of pedestal
Plate is horizontally disposed.
The advantageous effects of the utility model are:
It is lower than 1. the utility model is directed to the scattered rope point of the particularity of Suspension bridge structure, the especially theory of main rope of suspension bridge
Suspension bridge structure particularity when bridge floor and suspension bridge end bay are provided with hoist cable and longer beam-ends non-stayed cable segment, in the master of suspension bridge
It is provided with that the region main push-towing rope can be formed between cable saddle and scattered cable saddle and stablizes, reliably supports the bearing transfer turned to, it should
Bearing transfer not only has the groove body of matching main rope of suspension bridge cross-sectional profiles, but also having can be in main cable saddle and scattered cable saddle
Between in region on the basis of fixed pedestal is installed, and groove body and pedestal are assemblied in one with the swingable activity of up and down direction
It rises, so as to the main push-towing rope line style for making the main push-towing rope line style between main cable saddle of suspension bridge and scattered cable saddle move towards effectively to be satisfied with suspension bridge
Design theory technical requirements, it is ensured that the main push-towing rope of suspension bridge realizes stress according to design theory as much as possible；
2. the cable slot structure of the utility model groove body is directed to the arrangement position of the utility model and designs, only to outstanding
Main push-towing rope between cable bridge main cable saddle and scattered cable saddle is supported and guides steering；
3. the utility model can be using the steel pin oscillating axle type cable saddle structure similar to main cable saddle of suspension bridge or scattered cable saddle
Molding, supporting rigidity and stability are good, and molding structure is easy design referring to the main structure of main cable saddle or scattered cable saddle, adds
Work molding；
4. the utility model can also use pin shaft swing type noose shaping structures, with good supporting rigidity
While with stability, structure is more simple, volume is more compact, has that convenient formation, manufacturing cost be low, requirements of installation space
The features such as small；In addition, position limiting structure used by the utility model while ensuring that structure is simple and convenient to operate, can make
Pin shaft is stablized in the amplitude for allowing circuit oscillation, is reliably flexibly swung.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the utility model.
Fig. 2 is the top view of Fig. 1.
Fig. 3 is another structural schematic diagram of the utility model.
Fig. 4 is the side view of Fig. 3.
Code name meaning in figure: 1-cable saddle ontology；2-pedestals one；3-top decks；4-bottom decks；5-taper steel pins；
6-noose ontologies；7-pedestals two；8-pin shafts；9-lockplates.
Specific embodiment
The utility model relates to the bearing transfers of main rope of suspension bridge, in Suspension bridge structure, especially suspension bridge master
The theory of cable dissipates rope point lower than bridge floor and suspension bridge end bay is provided with hoist cable and Suspension bridge structure when longer beam-ends non-stayed cable segment
In, the utility model is mounted between the main cable saddle of suspension bridge and scattered cable saddle, as to the suspension cable between main cable saddle and scattered cable saddle
Bridge main push-towing rope is supported and guides steering, is carried out specifically with agent technology content of multiple embodiments to the utility model below
It is bright.Wherein, embodiment 1 combines Figure of description-i.e. Fig. 1 and Fig. 2 to carry out in detail, specifically the content of the utility model
Bright, embodiment 2 combines Figure of description-i.e. Fig. 3 and Fig. 4 to carry out detailed, specific description to the content of the utility model.Herein
It should be strongly noted that the attached drawing of the utility model is schematically, in order to understand the technical purpose of the utility model
Simplified unnecessary details, to avoid the technical solution that the utility model contributes to the prior art has been obscured.
Embodiment 1
Referring to figure 1 and figure 2, the utility model is steel pin oscillating axle type cable saddle structure, mainly by 1 He of cable saddle ontology
Pedestal 1 forms, i.e., cable saddle ontology 1 is groove body.
Wherein, pedestal 1 by bottom plate and several anchor bolts etc. be anchored at suspension bridge main cable saddle and scattered cable saddle it
Between design basis on.Along transverse direction, (extending direction of the direction and main push-towing rope is in projection view angles in the middle part of the top surface of pedestal 1
In be substantially in criss-cross fashion) and offer one of board embedding slot, bottom deck 4 is embedded in the board embedding slot, under hold
Extend the board embedding slot of one 2 top surface of pedestal in the top of plate 4.The top surface of aforementioned bottom deck 4 is arc-shaped curved surface structure, is held under
It is spaced apart in the width center line of plate 4 and is equipped with multiple circular holes.
(extending direction of the direction and main push-towing rope is substantially heavy in projection view angles in a longitudinal direction at the top of cable saddle ontology 1
Close) and offer the streamlined cable slot that the arc-shaped curved surface in bottom surface changes, it is desirable that the cable slot at 1 top of cable saddle ontology is to be matched with suspension cable
The U-shaped structure of bridge main push-towing rope cross-sectional profiles, since the cable slot on cable saddle ontology 1 is used only as supporting and guiding the master of steering suspension bridge
Cable does not have other functions, thus require cable slot on cable saddle ontology 1 advantageously along length direction-i.e. longitudinal direction etc.
Wide structure；Certainly, the i.e. U-shaped mouth area in the top-of cable slot is provided with compressing structure, in the installation cooperation structure with main push-towing rope
In, for erection of main beam in the cable slot of cable saddle ontology 1, compressing structure blocks the cable slot of cable saddle ontology 1, realizes and limits to main push-towing rope.
Along transverse direction, (extending direction of the direction and main push-towing rope is in right-angled intersection in projection view angles substantially for the bottom of cable saddle ontology 1
Form) and offer one of board embedding slot, it is desirable that the board embedding slot of 1 bottom of cable saddle ontology is held with above-mentioned one top of pedestal
Plate embedding slot is corresponding；Top deck 3 is embedded in the board embedding slot of 1 bottom of cable saddle ontology, rope is extended in the lower part of top deck 3
The board embedding slot of 1 bottom surface of saddle ontology.The bottom surface of aforementioned top deck 3 is planar structure, is spaced in the width center line of top deck 3
Multiple circular holes are offered, multiple circular holes in 3 width center line of top deck and multiple circular holes in 4 width center line of bottom deck are in one by one
Corresponding relationship.The top deck 3 of 1 bottom of bottom deck 4 and cable saddle ontology at one 2 top of said base, passes through one-to-one circular hole
Interior assembled taper steel pin 5 links together in the up-down direction, i.e., bottom deck 4 and top deck 3 are by more taper steel pins 5
It is movably linked together；Every taper steel pin 5 is divided into cylindrical section and conical section in the longitudinal direction, and cylindrical section under being packed into for holding
In the correspondence circular hole of plate 4, conical section is for being packed into the correspondence circular hole of top deck 3.By aforementioned mounting structure, make cable saddle ontology
The arc top surface of the one 2 top bottom deck 4 of baseplane and pedestal of 1 bottom top deck 3 forms linear contact, realizes cable saddle ontology 1
Being actively coupled between pedestal 1, cable saddle ontology 1 can generate correspondence along the extending direction of main push-towing rope on pedestal 1
Wobbling action, cable saddle ontology 1 on pedestal 1 drift angle swing using the taper steel pin 5 between top deck 3 and bottom deck 4 as
Swinging axle.
On the basis of the utility model is mounted between the main cable saddle of suspension bridge and scattered cable saddle, it is used as to main cable saddle and scattered rope
Main rope of suspension bridge between saddle is supported and guides steering.
Embodiment 2
As shown in figure 3 and figure 4, the utility model is pin shaft swing type noose structure to ginseng, mainly by noose ontology 6, bottom
Seat 27 and pin shaft 8 form, and noose ontology 6 is groove body.
Wherein, pedestal 27 by bottom plate and several anchor bolts etc. be anchored at suspension bridge main cable saddle and scattered cable saddle it
Between design basis on.Along transverse direction, (extending direction of the direction and main push-towing rope is basic in projection view angles at pedestal 27 top
In criss-cross fashion) two otic placodes raising upward, being intervally arranged are provided with, axial direction is offered respectively on the two otic placodes
The corresponding pin hole being overlapped.
Noose ontology 6 is mainly connected in the up-down direction with more bolts by body upper half and body lower half and is composed,
In body upper half and body lower half in a longitudinal direction (extending direction of the direction and main push-towing rope essentially coincides in projection view angles)
And the streamlined type groove of arc-shaped curved surface variation is offered respectively, and the streamlined type groove matching in body upper half and body lower half
In main rope of suspension bridge cross-sectional profiles, body upper half and body lower half are connected after combining in the up-down direction with more bolts and are formed
Pass structure, the cable slot that is matched with main rope of suspension bridge cross-sectional profiles；Since the cable slot on noose ontology 6 is used only as bearing simultaneously
Guidance turns to the main push-towing rope of suspension bridge, does not have other functions, thus requires the cable slot on noose ontology 6 advantageously along length
Spend the i.e. longitudinal wide structure in direction-.The bottom of noose ontology 6 extends downwardly, and the bottom mating of noose ontology 6 is in pedestal 27
Assembly space between two otic placodes at top, the bottom of noose ontology 6 offer and the pin bore axis on 27 top otic placode of pedestal
To the corresponding pin hole being overlapped；The bottom of noose ontology 6 is inserted into the assembly space between two otic placodes at 27 top of pedestal,
And the axially corresponding coincidence of the pin hole on the 27 top otic placode of pin hole and pedestal of 6 bottom of noose ontology.
The axial axial direction being installed between 27 top of 6 bottom of noose ontology and pedestal of pin shaft 8 is corresponding to be overlapped in pin hole, pin
It is locked and is assembled with pin joint between axis 8 and the pin hole of noose ontology 6,27 top two of pedestal is extended in the both ends end of pin shaft 8 respectively
The outside of a otic placode, pin shaft 8 link together noose ontology 6 and pedestal 27 in the up-down direction.In aforementioned assembling structure,
Position limiting structure is equipped between any otic placode of pedestal 27 and the corresponding position of pin shaft 8, which be only capable of pin shaft 8
Allow rotation in the amplitude range of circuit oscillation.Aforementioned position limiting structure mainly by the diameter on 8 one end of pin shaft concave limiting slot and
Fixed lockplate 9 forms on the corresponding otic placode of pedestal 27；Limiting slot is provided with pin shaft 8 and extends on the outside of any otic placode of pedestal 27
Position, the radial direction of limiting slot, which opens up depth, should not influence the structural strength of pin shaft 8, usually in the initial state-i.e. noose sheet
Body 6 is not in swing state, it is desirable that the limiting slot on pin shaft 8 is upward and horizontal form；Lockplate 9 is fixed on corresponding pin shaft 8
Limiting slot 27 otic placode of pedestal on, the limiting slot on corresponding pin shaft 8, the lockplate 9 on 27 otic placode of pedestal is horizontally disposed, should
Lockplate 9 can extend into the limiting slot of pin shaft 8, and the side of the lockplate 9 extended into 8 limiting slot of pin shaft and pin shaft 8 limit
Position slot slot bottom between keep fit clearance, the fit clearance correspond to pin shaft 8 allow circuit oscillation amplitude (design value, depending on
Depending on design requirement).
On the basis of the utility model is mounted between the main cable saddle of suspension bridge and scattered cable saddle, it is used as to main cable saddle and scattered rope
Main rope of suspension bridge between saddle is supported and guides steering.
The above various embodiments is only to illustrate the utility model, rather than its limitations；Although referring to the various embodiments described above pair
The utility model is described in detail, those skilled in the art should understand that: the utility model still can be right
Specific technical solution in the various embodiments described above is modified or equivalent replacement of some of the technical features, and this
It modifies or replaces, the spirit and scope of it does not separate the essence of the corresponding technical solution the utility model.
Claims (9)
1. a kind of main rope of suspension bridge supports transfer, it is characterised in that: the bearing transfer is mainly by arrangement suspension bridge
The pedestal composition of the groove body of main push-towing rope and bearing groove body, the bottom of the groove body with swingable Standard on pedestal,
In the extended structure of main rope of suspension bridge, the groove body for supporting main push-towing rope can be generated on pedestal along the extending direction of main push-towing rope
Corresponding wobbling action, the bearing transfer are mounted between the main cable saddle of suspension bridge and scattered cable saddle, be used as to main cable saddle with
The main rope of suspension bridge dissipated between cable saddle is supported and guides steering.
2. main rope of suspension bridge supports transfer according to claim 1, it is characterised in that: the cable slot on the groove body is
Wide structure alongst.
3. main rope of suspension bridge according to claim 1 or claim 2 supports transfer, it is characterised in that: the bearing transfer
For steel pin oscillating axle type cable saddle structure, mainly by cable saddle ontology (1), pedestal one (2), be arranged in cable saddle ontology (1) bottom board
Top deck (3) in embedding slot is arranged in bottom deck (4) at the top of pedestal one (2) in board embedding slot and by bottom deck
(4) and more taper steel pins (5) composition that is movably linked together of top deck (3), cable is offered on the cable saddle ontology (1)
Slot, on the basis of the pedestal one (2) is anchored between the main cable saddle of suspension bridge and scattered cable saddle.
4. main rope of suspension bridge supports transfer according to claim 3, it is characterised in that: on the cable saddle ontology (1)
Cable slot is the U-shaped structure for being matched with main rope of suspension bridge cross-sectional profiles, and the cable groove top portion of the cable saddle ontology (1) is provided with compression
Structure.
5. main rope of suspension bridge according to claim 1 or claim 2 supports transfer, it is characterised in that: the bearing transfer
It for pin shaft swing type noose structure, is mainly made of noose ontology (6), pedestal two (7) and pin shaft (8), the noose ontology (6)
Bottom and the top of the pedestal two (7) offer pin hole respectively and their pin hole is corresponding in the axial direction is overlapped, the pin
Axis (8) is axially installed in the corresponding pin hole being overlapped of the axial direction at the top of noose ontology (6) bottom and the pedestal two (7),
The noose ontology (6) and the pedestal two (7) are linked together in the up-down direction, the pedestal two (7) and the pin
It is equipped with position limiting structure between axis (8), offers cable slot on the noose ontology (6), the pedestal two (7) is anchored at suspension bridge
On the basis of between main cable saddle and scattered cable saddle.
6. main rope of suspension bridge supports transfer according to claim 5, it is characterised in that: the noose ontology (6) is main
It is connected and is composed in the up-down direction with more bolts by body upper half and body lower half, the body upper half and the body
The type groove for being matched with main rope of suspension bridge cross-sectional profiles is offered in lower half respectively, the cable slot on the noose ontology (6) is
Pass structure assigned in main rope of suspension bridge cross-sectional profiles.
7. main rope of suspension bridge supports transfer according to claim 5, it is characterised in that: tool at the top of the pedestal two (7)
There are two otic placodes raising upward, being intervally arranged, offers the axial corresponding pin hole being overlapped on the two otic placodes respectively；It is described
Assembly space of the bottom mating of noose ontology (6) between two otic placodes at the top of the pedestal two (7), the noose ontology
(6) bottom offers and the pin hole of the axial corresponding coincidence of the pin hole at the top of the pedestal two (7) on otic placode, the noose ontology
(6) bottom is inserted into the assembly space between two otic placodes at the top of the pedestal two (7), and the noose ontology (6)
Pin hole axially corresponding coincidence at the top of the pin hole of bottom and the pedestal two (7) on otic placode；The pin shaft (8) is axially installed on institute
It states in the corresponding coincidence pin hole of axial direction between at the top of noose ontology (6) bottom and the pedestal two (7), the pin shaft (8) and institute
It states to lock between the pin hole of noose ontology (6) with pin joint and assemble, the pedestal is extended in the both ends end of the pin shaft (8) respectively
The outside of two otic placodes, sets between any otic placode of the pedestal two (7) and the corresponding position of the pin shaft (8) at the top of two (7)
There is position limiting structure.
8. main rope of suspension bridge supports transfer according to claim 7, it is characterised in that: the position limiting structure is mainly by institute
The diameter on pin shaft (8) is stated to concave fixed lockplate (9) composition on the corresponding otic placode of limiting slot and the pedestal two (7), it is described
Limiting slot is provided with the pin shaft (8) and extends position on the outside of any otic placode of pedestal two (7), and the lockplate (9) is solid
It is scheduled on pedestal two (7) otic placode of the limiting slot on the corresponding pin shaft (8), the lockplate (9) can extend into the pin
In the limiting slot of axis (8), and the side of the lockplate (9) extended into the pin shaft (8) limiting slot and the pin shaft (8) limit
Fit clearance is kept between the slot bottom of position slot, the fit clearance corresponds to the amplitude of the pin shaft (8) permission circuit oscillation.
9. main rope of suspension bridge supports transfer according to claim 8, it is characterised in that: on pedestal two (7) otic placode
Lockplate (9) it is horizontally disposed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821524632.8U CN209066281U (en) | 2018-09-18 | 2018-09-18 | A kind of main rope of suspension bridge bearing transfer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821524632.8U CN209066281U (en) | 2018-09-18 | 2018-09-18 | A kind of main rope of suspension bridge bearing transfer |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821524632.8U Active CN209066281U (en) | 2018-09-18 | 2018-09-18 | A kind of main rope of suspension bridge bearing transfer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111719427A (en) * | 2020-04-16 | 2020-09-29 | 德阳天元重工股份有限公司 | Cable clamp structure for double main cables and assembling method thereof |
-
2018
- 2018-09-18 CN CN201821524632.8U patent/CN209066281U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111719427A (en) * | 2020-04-16 | 2020-09-29 | 德阳天元重工股份有限公司 | Cable clamp structure for double main cables and assembling method thereof |
| CN111719427B (en) * | 2020-04-16 | 2022-07-26 | 德阳天元重工股份有限公司 | Cable clamp structure for double main cables and assembling method thereof |
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