CN207348079U - Cofferdam shielding with floating energy-dissipation structure - Google Patents
Cofferdam shielding with floating energy-dissipation structure Download PDFInfo
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- CN207348079U CN207348079U CN201721363714.4U CN201721363714U CN207348079U CN 207348079 U CN207348079 U CN 207348079U CN 201721363714 U CN201721363714 U CN 201721363714U CN 207348079 U CN207348079 U CN 207348079U
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- cofferdam
- dissipation structure
- shielding
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Abstract
The utility model discloses the cofferdam shielding with floating energy-dissipation structure, including the energy-dissipation structure on the cofferdam outer wall, the floating structure bubbled through the water column and the connection structure for connecting the energy-dissipation structure and the floating structure, the floating structure includes floating unit, and the floating unit includes at least two floating bodies and the wave damping absorber structure between two neighboring floating body；The wave damping absorber structure includes connecting the first elastomeric element of the two neighboring floating body and the wave absorption net perpendicular to horizontal plane；The energy-dissipation structure is circular ring shape, the supporting floating body of circular ring shape is equipped with the lower section of the energy-dissipation structure, the energy-dissipation structure is socketed with the cofferdam outer wall and the energy-dissipation structure can move up and down along the outer wall in the cofferdam.Connection structure only transmits the axle power in level so that energy-dissipation structure will not be to tangential motion, but realizes wave absorption along the up and down motion in cofferdam by it so that structure stress is simpler, and stability is lifted.
Description
Technical field
Boat structure wave protection works technical field is the utility model is related to, in particular to floating energy-dissipation structure
Cofferdam shielding.
Background technology
With the fast continual development of national coastal area economy, in order to connect each estuary, across each straits, connection
Engineering is got in touch with many island etc., and the Oversea bridge built is more and more.In the construction of deep-water bridge, what is built first is cofferdam
Structure, secondly the water body in cofferdam structure is removed, bridge pier structure is then built in anhydrous condition.And repairing in Oversea bridge
During building, maximum to hazard of bridge is not wind-force and rainwater, but the wave to come head-on.Particularly in bridge lower junction
During structure cofferdam construction, because lower part pile foundation and not completing, the huge load that wave is brought can not be born, if without anti-
Shield, then can seriously affect the construction of bridge structure, even result in collapsing for structure, therefore the protection of wave becomes Oversea bridge
A major issue urgently to be resolved hurrily in design and work progress.
Breakwater is a kind of common seashore, ocean engineering building, for blocking the transmission of Wave energy, while is also tieed up
The waters for having held structure rear defence region is steady.Traditional fixed breakwater, is mostly coastal waters breakwater, sea is fixed on basis
Bottom, high to foundation requirement, with the increase of the depth of water, cost can also increase, and not be suitable for deep water sea area.
In bridge pier process of construction, wave stroke that cofferdam is come head-on, according to the research experiment table of Wave Theory
Bright, the energy of wave concentrates on water surface top layer.Under Wave Load, cofferdam structure there are some potential safety problems, once
Cofferdam structure is destroyed, and Bridge Pier Construction falls short of success for lack of final effort before being not only allowed to, and causes very big economic loss, can also be produced certain
Casualties.And existing breakwater structure does not obtain good application during cofferdam construction, therefore, this practicality is new
Type is intended to optimize for breakwater common at present, proposes a kind of available for reasonable during sea-spanning bridge con struction
Structure design, makes this kind of breakwater have more preferable mobility, detachability and anti-ripple performance, completion is built easy to deep-water pier
Movement afterwards makes it have more rational cost with arranging again, can largely apply among the design and construction of Oversea bridge.
Utility model content
The main purpose of the utility model is that the shielding for bridge pier cofferdam is provided, it is of the prior art to solve
Existing for shielding the problem of poor practicability.
To achieve these goals, the utility model provide firstly a kind of shielding for bridge pier cofferdam, including
Energy-dissipation structure on the cofferdam outer wall, the floating structure bubbled through the water column and connect the energy-dissipation structure and the floating
The connection structure of structure, the floating structure include floating unit, and the floating unit includes at least two floating bodies and is located at
Wave damping absorber structure between two neighboring floating body；The wave damping absorber structure includes connecting the two neighboring floating body
First elastomeric element and the wave absorption net perpendicular to horizontal plane；The wave absorption net includes folded frame and is filled in the Folding frame
Three-dimensional porous Web materials in frame, are equipped with the shaft being distributed along folding line at the folding of the folded frame.
The structure of the floating structure of the first shielding of the utility model is simple, and first is used between adjacent floating bodies
Elastomeric element connects, when receiving the load action of exterior wave, the relative movement of generation all directions between floating body, and the
The tensioning campaign of one elastomeric element will not lose its original anti-wave energy because of structure change, meanwhile, the first elastomeric element sheet
The presence of body has no effect on the anti-ripple effect of floating body.Wave can pass through adjacent floating bodies between gap, based on this, this reality
There is collapsible wave absorption net with new shielding, due to being brought using accordion structure, wave from any one direction,
The energy of wave can be effectively consumed, while the first elastomeric element and collapsible wave absorption web frame occur under Wave Load
Deformation, further eliminates Wave energy.The hole for the wave absorption net being made of three-dimensional porous Web materials is more, can be more effectively
Broken wave, reaches preferable anti-ripple effect.As it can be seen that the utility model has the advantages of simple structure, there is good anti-ripple performance, use
When floating structure be positioned on the water surface, it is easy to use.
Further, the floating structure includes at least two floating units, and two neighboring floating unit passes through connection pair
Two floating bodies answered realize connection.Thus, anti-ripple performance is more preferable.
Further, the floating unit for annular, and with the same central shaft in the cofferdam.Thus, anti-ripple performance is more preferable.
Further, the floating body is tubular or column.Thus, easily obtain and anti-ripple performance is good.
Further, the floating body includes the floating area on top and the weighted areas of lower part.Counterweight is equipped with floating body body
Area so that floating body has certain draft, the draft of floating body can be adjusted according to the increase and decrease of counterweight, one
The structure for determining the floating body under draft compares the floating body of no counterweight, its stability is more preferably under Wave Load.
Further, the wave damping absorber structure includes two wave absorption nets being parallel to each other.It is as a result, larger
Wave continues to fold the elimination of wave absorption web frame by second row by the energy not consumed also after first row folded net.
Further, in the connection structure the second elastomeric element is equipped with the floating structure.Thus, the second bullet
Property component is equivalent to the second energy-dissipation structure, and under the wave action, the second elastomeric element compresses, and floating body and wave absorption net are inside
Mobile, preferably energy consumption, can extend when spring-compressed is to equilbrium position, while floating body and the collapsible outside sidesway of wave absorption net
Dynamic, the wave head-on made is moved toward one another with floating body and wave absorption net so that and wave breaking occurs in transmittance process for wave,
So as to organize the transmission of wave.In such a case it is possible to which the distance between peripheral floating body and cofferdam are diminished, so connection is tied
Structure can also diminish, its stability can be lifted.
Further, the connection structure is at least two and is evenly distributed.Thus, the transmission of stress and power is more equal
It is even.
Further, the connection structure is connected by the floating body with the floating structure, the connection structure
End is equipped with three ports, and one of port is connected with the inner side of the floating body, two other port and the floating body
Outside connection.Thus, structure is more stable.
Further, the energy-dissipation structure is bearing, and the setting height(from bottom) of the bearing is higher than horizontal plane.Thus, by bearing
Inner ring is connected with cofferdam outer wall, outer ring is connected with the floating body, when being subject to wave load, by outer ring relative to inner ring
Rotate to consume the energy of wave.
To achieve these goals, secondly the utility model provides a kind of cofferdam shielding of tangential motion energy consumption,
Including the energy-dissipation structure on the cofferdam outer wall, the floating structure bubbled through the water column and the connection energy-dissipation structure and described
The connection structure of floating structure, the energy-dissipation structure include energy consumption unit, and the energy consumption unit includes hollow bar shaped housing, institute
Stating housing has mounting surface matched with the cofferdam outer wall and an energy consumption face opposite with the mounting surface, on the energy consumption face
Equipped with through hole, energy consumption body is equipped with the housing；The energy consumption body include two groups respectively with the bar shaped housing axial direction both ends
The 3rd elastomeric element and the moving parts between two group of the 3rd elastomeric element of connection；Under the moving parts
Portion is equipped with vertical roller, and top is equipped with transverse-roller and vertical roller；The connection structure pass through the through hole after with the shifting
Dynamic component connects.
The energy-dissipation structure of second of shielding of the utility model is by moving parts along axial reciprocal of bar shaped housing
Movement is consumed energy to realize, the roller of the moving parts lower part causes moving parts under external force load action and spring occurs together
Move back and forth, portion sets transverse-roller on the moving part so that side of the moving parts in moving process and in bar shaped housing
Wall will not produce larger frictional force, and easy to the energy consumption of structure, portion sets vertical roller also to cause move portion on the moving part
Part is unlikely to that sliding friction occurs with the roof in bar shaped housing under external force.As it can be seen that the utility model is simple in structure, have compared with
Good anti-ripple performance.
Further, the energy-dissipation structure includes at least two sequentially connected energy consumption units, and the energy-dissipation structure is circle
Annular and internal diameter is matched with the outside diameter in the cofferdam；The connection is equipped between each energy consumption unit and the floating structure to tie
Structure.
Further, the 3rd elastomeric element described in every group includes two springs.Thus, the movement of moving parts is more steady
It is fixed.
Further, the connection structure and the central shaft in the cofferdam are non-coplanar.Thus, connection structure is with respect to cofferdam shape
Into certain tangential angle, the wave force to come head-on can be changed into tangential force and pass to energy-consuming device, then energy consumption dress
Put and energy dissipating is carried out by spring, can preferably play the effect of energy-consuming device.
Further, in the connection structure the second elastomeric element is equipped with the floating structure.Thus, the second bullet
Property component is equivalent to the second energy-dissipation structure, and under the wave action, the second elastomeric element compresses, and floating body and wave absorption net are inside
Mobile, preferably energy consumption, can extend when spring-compressed is to equilbrium position, while floating body and the collapsible outside sidesway of wave absorption net
Dynamic, the wave head-on made is moved toward one another with floating body and wave absorption net so that and wave breaking occurs in transmittance process for wave,
So as to organize the transmission of wave.In such a case it is possible to which the distance between peripheral floating body and cofferdam are diminished, so connection is tied
Structure can also diminish, its stability can be lifted.
Further, the floating structure includes floating unit, and the floating unit includes at least two floating bodies and position
Wave damping absorber structure between two neighboring floating body；The wave damping absorber structure includes connecting the two neighboring floating body
The first elastomeric element and the wave absorption net perpendicular to horizontal plane；The wave absorption net includes folded frame and is filled in the folding
Three-dimensional porous Web materials in frame, are equipped with the shaft being distributed along folding line at the folding of the folded frame.Thus, float
The structure of structure is simple, has a good anti-ripple performance, and floating structure is positioned on the water surface during use, easy to use.
Further, the floating structure includes at least two floating units, and two neighboring floating unit passes through connection pair
Two floating bodies answered realize connection.Thus, anti-ripple performance is more preferable.
Further, the connection structure is connected by the floating body with the floating structure, the connection structure
End is equipped with three ports, and one of port is connected with the inner side of the floating body, two other port and the floating body
Outside connection.Thus, structure is more stable.
To achieve these goals, the utility model additionally provides a kind of anti-ripple dress in cofferdam with floating energy-dissipation structure
Put, including energy-dissipation structure on the cofferdam outer wall, the floating structure bubbled through the water column and the connection energy-dissipation structure and
The connection structure of the floating structure, the floating structure include floating unit, and the floating unit includes at least two floatings
Body and the wave damping absorber structure between two neighboring floating body；The wave damping absorber structure includes connecting described two neighboring
First elastomeric element of floating body and the wave absorption net perpendicular to horizontal plane；The energy-dissipation structure is circular ring shape, in the energy consumption knot
The lower section of structure is equipped with the supporting floating body of circular ring shape, and the energy-dissipation structure is socketed with the cofferdam outer wall and the energy-dissipation structure can edge
The outer wall in the cofferdam moves up and down.
The structure of the floating structure of the third shielding of the utility model is simple, and first is used between adjacent floating bodies
Elastomeric element connects, when receiving the load action of exterior wave, the relative movement of generation all directions between floating body, and the
The tensioning campaign of one elastomeric element will not lose its original anti-wave energy because of structure change, meanwhile, the first elastomeric element sheet
The presence of body has no effect on the anti-ripple effect of floating body.Due to the knot that equipped with supporting floating body, energy-dissipation structure need not be complicated
Structure, floating body is set in energy-dissipation structure lower part and floating body is placed on the water surface, in that case, energy-dissipation structure floats on water all the time
Face, is a kind of floating energy-dissipation structure, and connection structure tends to be horizontal, can only transmit the axle power in level so that energy consumption knot
Structure will not be to tangential motion, but realizes wave absorption along the up and down motion in cofferdam by it so that and structure stress is simpler,
Stability is lifted.As it can be seen that the utility model has the advantages of simple structure, there is good anti-ripple performance.
Further, the wave absorption net includes folded frame and is filled in three-dimensional porous netted in the folded frame
Material, is equipped with the shaft being distributed along folding line at the folding of the folded frame.Wave can be passed through between adjacent floating bodies
Gap, based on this, the shielding of the utility model has collapsible wave absorption net, and due to using accordion structure, wave is from appointing
One direction of meaning is brought, and can effectively consume the energy of wave, while the first elastomeric element and collapsible wave absorption web frame exist
Deform under Wave Load, further eliminate Wave energy.Meanwhile the wave absorption being made of three-dimensional porous Web materials
The hole of net is more, can more effectively crush wave, reaches preferable anti-ripple effect.
Further, the wave damping absorber structure includes two wave absorption nets being parallel to each other.Thus, anti-ripple performance is more
It is good.
Further, the floating structure includes at least two floating units, and two neighboring floating unit passes through connection pair
Two floating bodies answered realize connection.Thus, anti-ripple performance is more preferable.
Further, in the connection structure the second elastomeric element is equipped with the floating structure.Thus, the second bullet
Property component is equivalent to the second energy-dissipation structure, and under the wave action, the second elastomeric element compresses, and floating body and wave absorption net are inside
Mobile, preferably energy consumption, can extend when spring-compressed is to equilbrium position, while floating body and the collapsible outside sidesway of wave absorption net
Dynamic, the wave head-on made is moved toward one another with floating body and wave absorption net so that and wave breaking occurs in transmittance process for wave,
So as to organize the transmission of wave.In such a case it is possible to which the distance between peripheral floating body and cofferdam are diminished, so connection is tied
Structure can also diminish, its stability can be lifted.
Further, the connection structure is at least two and is evenly distributed.Thus, the transmission of stress and power is more equal
It is even.
Further, the connection structure is connected by the floating body with the floating structure, the connection structure
End is equipped with three ports, and one of port is connected with the inner side of the floating body, two other port and the floating body
Outside connection.Thus, structure is more stable.
Further, the connection structure and the central shaft in the cofferdam are non-coplanar.Thus, connection structure is with respect to cofferdam shape
Into certain tangential angle, the wave force to come head-on can be changed into tangential force and pass to energy-consuming device, then energy consumption dress
Put while carry out wave absorption by moving up and down and rotating, can preferably play the effect of energy-consuming device.
As it can be seen that the structure of three kinds of shieldings of the utility model is simple, consumption wave can be read soon and is transmitted through carrying out wave
Energy, the wave action that exterior cofferdam structure is subject to weaken so that cofferdam structure is comparatively safe, while can also reduce building for cofferdam
This is set as, ensures construction speed.It builds the influence from ground and the depth of water at the same time, builds rapidly, can be assembled, and it is easy to remove,
Cost is smaller by water depth effect.
The utility model is described further with reference to the accompanying drawings and detailed description.What the utility model added
Aspect and advantage will be set forth in part in the description, and partly will become apparent from the description below, or pass through this practicality
New practice is recognized.
Brief description of the drawings
The attached drawing for forming the part of the utility model is used for aiding in understanding to the utility model, provided in attached drawing
Content and its related explanation in the utility model can be used for explaining the utility model, but not form to the utility model not
Work as restriction.In the accompanying drawings：
Fig. 1 is the top view of the shielding for bridge pier cofferdam of embodiment 1.
Fig. 2 is the front view of the shielding for bridge pier cofferdam of embodiment 1.
Fig. 3 is the Local map of the shielding for bridge pier cofferdam of embodiment 1.
Fig. 4 is the top view for the cofferdam shielding that the tangential motion of embodiment 2 is consumed energy.
Fig. 5 is the front view for the cofferdam shielding that the tangential motion of embodiment 2 is consumed energy.
Fig. 6 is the structure diagram of the moving parts for the cofferdam shielding that the tangential motion of embodiment 2 is consumed energy.
Fig. 7 is the top view of the cofferdam shielding with floating energy-dissipation structure of embodiment 3.
Fig. 8 is that (energy-dissipation structure is by partial cutaway for the front view of the cofferdam shielding with floating energy-dissipation structure of embodiment 3
Open).
Fig. 9 is the top view of the shielding for bridge pier cofferdam of embodiment 4.
Related mark in above-mentioned attached drawing for：
1：Cofferdam；
2：Energy-dissipation structure；
3：Floating structure；
4：Connection structure；
41：Second elastomeric element；
51：Floating body；
52：Wave damping absorber structure；
521：First elastomeric element；
522：Wave absorption net；
531：Three-dimensional porous Web materials；
532：Shaft；
511：Floating area；
512：Weighted areas；
6：Consume energy unit；
61：Housing；
611：Through hole；
62：3rd elastomeric element；
63：Moving parts；
632：Vertical roller；
631：Transverse-roller；
7：Supporting floating body；
8：Steel pipe.
Embodiment
Clear, complete explanation is carried out to the utility model below in conjunction with the accompanying drawings.Those of ordinary skill in the art based on
The utility model can be realized in the case of these explanations.It is before being illustrated with reference to attached drawing to the utility model, it is necessary to special
It is not pointed out that：
Technical solution and technical characteristic in the utility model provided in each several part including the description below,
In the case of not conflicting, these technical solutions and technical characteristic can be mutually combined.
In addition, involved in the description below to the utility model embodiment be generally only the utility model part reality
Example is applied, instead of all the embodiments.Therefore, do not had based on the embodiment in the utility model, those of ordinary skill in the art
All other embodiments obtained on the premise of creative work are made, should all belong to the model of the utility model protection
Enclose.
On term in the utility model and unit.The specification and claims of the utility model and related part
In term " comprising ", " having " and their any deformation, it is intended that cover non-exclusive include.
Embodiment 1
The shielding for bridge pier cofferdam as shown in Figs. 1-3, including the energy-dissipation structure on 1 outer wall of cofferdam
2nd, the floating structure 3 and the connection structure 4 of the connection energy-dissipation structure 2 and the floating structure 3 bubbled through the water column.
The floating structure 3 includes an annular shape and the floating unit with the cofferdam 1 with central shaft, the list that floats
Member includes at least 24 floating bodies 51 and the wave damping absorber structure 52 between two neighboring floating body 51；The damping
Wave absorption structure 52 includes connecting the first elastomeric element 521 of the two neighboring floating body 51 and the wave absorption net perpendicular to horizontal plane
522；The wave absorption net 522 includes folded frame and the three-dimensional porous Web materials 531 being filled in the folded frame,
The shaft 532 being distributed along folding line is equipped with the folding of the folded frame.First elastomeric element 521 is elastic threads.
The floating body 51 is tubular or column, and the floating body 51 includes the floating area 511 on top and the counterweight of lower part
Area 512, floating area 511 use the material lower than water density, and weighted areas 512 uses the material higher than water density.
Wave absorption net 522 between two neighboring floating body 51 for two and is parallel to each other.
The second elastomeric element 41 is equipped with the connection structure 4 at the floating structure 3, the connection structure 4 is logical
The second elastomeric element 41 is crossed to be connected with the floating structure 3 to realize in the interconnection of the floating body 51.Second bullet
Property component 41 include three ports equipped with 4 end of connection structure, the inner side of one of port and the floating body 51
Connection, two other port is connected with the outside of the floating body 51.Three ports are formed by spring.
The connection structure 4 is six and is evenly distributed.The connection structure 4 and the central shaft in the cofferdam 1 be not common
Face.
The energy-dissipation structure 2 is bearing, and the setting height(from bottom) of the bearing is higher than horizontal plane.
Embodiment 2
Compared with Example 1, the difference that has of cofferdam shielding of the tangential motion energy consumption of the present embodiment is：As Fig. 4-
Shown in 6, the energy-dissipation structure 2 includes energy consumption unit 6, and the energy consumption unit 6 includes hollow bar shaped housing 61, the housing 61
With being equipped with the matched mounting surface of 1 outer wall of cofferdam and the energy consumption face opposite with the mounting surface, the energy consumption face
Through hole 611, energy consumption body is equipped with the housing 61；The energy consumption body include two groups respectively with the bar shaped housing 61 axial two
Hold the 3rd elastomeric element 62 of connection and the moving parts 63 between two group of the 3rd elastomeric element 62；The movement
The lower part of component 63 is equipped with vertical roller 632, and top is equipped with transverse-roller 631 and vertical roller 632；The connection structure 4 is worn
It is connected after crossing the through hole 611 with the moving parts 63.
The energy-dissipation structure 2 includes six sequentially connected energy consumption units 6, and the energy-dissipation structure 2 is circular ring shape and internal diameter
Matched with the outside diameter in the cofferdam 1；The connection structure 4 is equipped between each energy consumption unit 6 and the floating structure 3.
3rd elastomeric element 62 described in every group includes two springs.
The connection structure 4 and the central shaft in the cofferdam 1 are non-coplanar.
In the connection structure 4 the second elastomeric element 41 is equipped with the floating structure 3.
Embodiment 3
Compared with Example 1, the cofferdam shielding with floating energy-dissipation structure of the present embodiment with difference be：Such as
Shown in Fig. 7-8, the supporting floating body 7 of circular ring shape, the energy-dissipation structure 2 and the cofferdam 1 are equipped with the lower section of the energy-dissipation structure 2
Outer wall is socketed and the energy-dissipation structure 2 can move up and down along the outer wall in the cofferdam 1.
The energy-dissipation structure 2 of embodiment 1-3 realizes energy consumption by different motion modes.The energy-dissipation structure 2 of embodiment 1 is logical
The rotation of bearing outer ring is crossed to realize energy consumption, when use welds the inner ring of bearing and the outer wall in cofferdam 1；Embodiment 2
Energy-dissipation structure 2 realizes energy consumption by moving parts 63 along the axial reciprocating motion of housing 61, by energy-dissipation structure 2 during use
Wall and the outer wall in cofferdam 1 weld；The energy-dissipation structure 2 of embodiment 3 realizes consumption by it along the up and down motion of cofferdam outer wall
Can, this is mainly attributed to the supporting role of supporting floating body 7, in use, the supporting floating body 7 is socketed in the outer wall in cofferdam 1 first,
Then the energy-dissipation structure 2 is socketed in the outer wall in cofferdam 1 and it is supported the support of the buoyancy of floating body.Certainly, also may be used
The energy-dissipation structure 2 in embodiment 1-2 to be combined with supporting floating body 7, equivalent to the motion mode for adding energy consumption, further
Lifting energy consumption speed.
Embodiment 4
Compared with Example 1, the difference having for the shielding in bridge pier cofferdam of the present embodiment is：As shown in figure 9,
The floating structure 3 includes two floating units, and two neighboring floating unit connects corresponding two floatings by steel pipe 8
Body 51 connects to realize.
The related content of the utility model is illustrated above.Those of ordinary skill in the art are based on these explanations
In the case of can realize the utility model.The above based on the utility model, those of ordinary skill in the art are not having
All other embodiments obtained on the premise of creative work are made, should all belong to the model of the utility model protection
Enclose.
Claims (8)
1. the cofferdam shielding with floating energy-dissipation structure, including energy-dissipation structure (2) on the cofferdam (1) outer wall,
The floating structure (3) and the connection structure (4) of the connection energy-dissipation structure (2) and the floating structure (3) bubbled through the water column, its
It is characterized in that：The floating structure (3) includes floating unit, and the floating unit includes at least two floating bodies (51) and is located at
Wave damping absorber structure (52) between two neighboring floating body (51)；The wave damping absorber structure (52) includes connecting described adjacent
The first elastomeric element (521) and the wave absorption net (522) perpendicular to horizontal plane of two floating bodies (51)；The energy-dissipation structure (2)
For circular ring shape, be equipped with the supporting floating body (7) of circular ring shape in the lower section of the energy-dissipation structure (2), the energy-dissipation structure (2) with it is described
Cofferdam (1) outer wall is socketed and the energy-dissipation structure (2) can move up and down along the outer wall of the cofferdam (1).
2. there is the cofferdam shielding of floating energy-dissipation structure as claimed in claim 1, it is characterised in that：The wave absorption net
(522) folded frame and the three-dimensional porous Web materials (531) being filled in the folded frame are included, in the Folding frame
The shaft (532) being distributed along folding line is equipped with the folding of frame.
3. there is the cofferdam shielding of floating energy-dissipation structure as claimed in claim 1, it is characterised in that：The wave damping absorber
Structure (52) includes two wave absorption nets (522) being parallel to each other.
4. there is the cofferdam shielding of floating energy-dissipation structure as claimed in claim 1, it is characterised in that：The floating structure
(3) at least two floating units are included, two neighboring floating unit realizes connection by connecting corresponding two floating bodies (51).
5. there is the cofferdam shielding of floating energy-dissipation structure as claimed in claim 1, it is characterised in that：The connection structure
(4) on the second elastomeric element (41) is equipped with close to the floating structure (3) place.
6. there is the cofferdam shielding of floating energy-dissipation structure as claimed in claim 1, it is characterised in that：The connection structure
(4) at least two and to be evenly distributed.
7. there is the cofferdam shielding of floating energy-dissipation structure as claimed in claim 1, it is characterised in that：The connection structure
(4) it is connected by the floating body (51) with the floating structure (3), the end of the connection structure (4) is equipped with three ports,
One of port is connected with the inner side of the floating body (51), two other port on the outside of the floating body (51) with connecting
Connect.
8. there is the cofferdam shielding of floating energy-dissipation structure as claimed in claim 1, it is characterised in that：The connection structure
(4) it is non-coplanar with the central shaft of the cofferdam (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721363714.4U CN207348079U (en) | 2017-10-23 | 2017-10-23 | Cofferdam shielding with floating energy-dissipation structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721363714.4U CN207348079U (en) | 2017-10-23 | 2017-10-23 | Cofferdam shielding with floating energy-dissipation structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207348079U true CN207348079U (en) | 2018-05-11 |
Family
ID=62355296
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721363714.4U Expired - Fee Related CN207348079U (en) | 2017-10-23 | 2017-10-23 | Cofferdam shielding with floating energy-dissipation structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207348079U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113981884A (en) * | 2021-10-26 | 2022-01-28 | 中国长江三峡集团有限公司 | Floating type wave-absorbing anti-impact system and application method thereof |
| CN115369826A (en) * | 2022-09-21 | 2022-11-22 | 西南交通大学 | Pier protection device |
-
2017
- 2017-10-23 CN CN201721363714.4U patent/CN207348079U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113981884A (en) * | 2021-10-26 | 2022-01-28 | 中国长江三峡集团有限公司 | Floating type wave-absorbing anti-impact system and application method thereof |
| CN115369826A (en) * | 2022-09-21 | 2022-11-22 | 西南交通大学 | Pier protection device |
| CN115369826B (en) * | 2022-09-21 | 2023-11-21 | 西南交通大学 | Pier protection device |
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