CN206128018U - Reticular fiber concrete structure's supplementary dissipation structure - Google Patents
Reticular fiber concrete structure's supplementary dissipation structure Download PDFInfo
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- CN206128018U CN206128018U CN201621168115.2U CN201621168115U CN206128018U CN 206128018 U CN206128018 U CN 206128018U CN 201621168115 U CN201621168115 U CN 201621168115U CN 206128018 U CN206128018 U CN 206128018U
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Abstract
The utility model discloses a reticular fiber concrete structure's supplementary dissipation structure, it includes that bottom sprag subassembly and top supporting subassembly two parts constitute, the bottom sprag subassembly includes bottom bearing pad dish, the last top surface of bottom bearing pad dish is fixed with the lower part and supports the steel pipe, the top that the steel pipe was supported to the lower part is fixed with screw machine tool top, the lifting pin top on screw machine tool top is fixed with top supporting rod, the last equidistant processing of top supporting rod has a plurality of cooperation pinholes. This monomer pillar can highly carry out the coarse adjusting and fine control strutting, and then has improved control range, has improved the regulation precision simultaneously, has guaranteed regulation efficiency.
Description
Technical field
This utility model is related to Hydraulic and Hydro-Power Engineering flood-discharge energy-dissipating antivibration area, is related to a kind of reticular fiber concrete
Its supplementary devices of structure.
Background technology
In Hydraulic and Hydro-Power Engineering, hydraulic structure is built so that the upstream and downstream formation height of water, very big so as to have
Energy, leads off to most of potential energy during downstream and is necessarily converted into kinetic energy, it is necessary to properly processed.Downstream river certainly will otherwise be caused
Bed is seriously washed away, or even causes bank slope to cave in and dam.So, the reasonable selection of energy dissipation measure and design, to hinge
Arrangement, dam safety and quantities are all significant.
Stiling basin is the main body of energy dissipation by hydraulic jump work, and its supplementary devices are arranged in stiling basin, can strengthen effect of energy dissipation, is shortened
Pond is long, reduces construction costs.The main task of energy dissipation measure is to try to consumption of energy in current internal drag and external drag,
The effect of its erosion damage is limited to greatest extent, or takes the measure of control current current to be chosen from outlet structure escape works so as to
Wash away riverbed but the safety of building and neighbouring bank slope will not be affected.At present conventional form of energy dissipater has：Choose streaming energy dissipating, bottom
Four kinds of modes such as streaming energy dissipating, the energy dissipating of surface current formula and Dissipation Energy in Solid Bucket.Flip trajectory bucket is choosing using outlet structure escape works exit
Stream bucket lip, torrent is let out by under and is thrown in the air, later falls into the riverbed farther out from building, the energy dissipating side being mutually connected with downstream current
Formula.But flip trajectory bucket washes away seriously to downstream, and deposit is more, tail water fluctuation and atomization are all larger.
Utility model content
To solve above-mentioned technical problem, this utility model is directed to high dam flood discharge feature, it is proposed that one kind can improve energy dissipating
Rate, protection force reduction pool bottom, reduction flood discharge water smoke produce, reduce the auxiliary energy dissipating of the reticular fiber xoncrete structure of release flood vibration
Work.
In order to solve above-mentioned technical problem, the utility model proposes technical scheme below：A kind of reticular fiber concrete knot
The auxiliary energy-dissipating structure of structure, equidistant equation of equal altitude is provided with three-level network structure above the stiling basin in earial drainage weir downstream, is formed
Space structure reticular fiber concrete dislocation arrangement staggeredly, makes water impact network structure, reaches the effect of multistage auxiliary energy dissipating
Really；The reticular fiber xoncrete structure is constituted by plane reticular fiber concrete and its four armored concrete buttresses, etc.
It is high away from be arranged in force reduction pool bottom top.
The three-level network structure is made up of first order network structure, second level network structure and third level network structure；
The first order network structure is made up of first order plane mesh structure and its first order buttress of erection, the second level network
Structure is made up of second level plane mesh structure and its second level buttress of erection, and the third level network structure is put down by the third level
Face network structure and its third level buttress of erection are constituted；The first order buttress, second level buttress, the height of third level buttress
Successively decrease by gradient, respectively floodwater releasing port and 3/4,1/2, the 1/4 of force reduction pool bottom height.
The first order plane mesh structure, second level plane mesh structure, third level plane mesh structure are by high-strength
The plane mesh structure that the fiber concrete of degree is poured, its thickness is depending on project scale and flood discharge；The first order
Buttress, second level buttress, third level buttress are by the cube column structure of high reinforced steel bar strength concreting, its size
Size is depending on work arrangement and flood discharge.
The first order plane mesh structure, second level plane mesh structure, third level plane mesh structure respectively with
First order buttress, second level buttress, the top of third level buttress are connected, three-level buttress height is different and form three-dimensional mistake
Bit space is arranged.
Net used by the first order plane mesh structure, second level plane mesh structure, third level plane mesh structure
Shape fiber concrete is the enhanced concrete of steel fiber.
The steel fiber adopts one kind with 0.9 ㎜ steel wires, and mesh size is the mesh grid of 10 ㎜ × 10 ㎜.
This utility model has the advantages that：
1st, current hard hit plane mesh structure, by multiple impact most of energy is eliminated, and stiling basin tail bank is eliminated
Remaining part energy；
2nd, the network structure of multistage contour equidistant poor arrangement changes former water (flow) direction, reduces flow rate of water flow, disappears step by step
Except flow energy, water flow stationary flowing in stiling basin is made, improve energy dissipation rate, protection force reduction pool bottom, reduce flood discharge so as to reach
The purpose that water smoke is produced；
3rd, current eliminate energy because of the network structure of per grade of contour equidistant poor arrangement of impact, clash into the energy of force reduction pool bottom
Measure less, the vibration produced to stiling basin and downstream so as to reduce because the impulsive force to base plate is little；
4th, compared to the stiling basin and its supplementary devices of horizontal layout, the energy dissipating construction of this utility model neutral body arrangement
More stable, energy dissipating vibration-isolating effect is more preferable.
Description of the drawings
With reference to the accompanying drawings and examples the utility model is described in further detail.
Fig. 1 arranges three-dimensional sketch for the energy dissipater of this utility model embodiment.
Fig. 2 arranges front view for the energy dissipater of this utility model embodiment.
Fig. 3 is overlooking the structure diagram of the present utility model.
Fig. 4 is the 1st grade of plane mesh structure schematic diagram of the present utility model.
In figure：First order plane mesh structure 1, first order buttress 2, second level plane mesh structure 3, second level buttress 4,
Third level plane mesh structure 5, third level buttress 6, let out groove section 7, energy dissipation tank 8, bucket lip 9.
Specific embodiment
Embodiment of the present utility model is described further below in conjunction with the accompanying drawings.
Such as Fig. 1-4, a kind of auxiliary energy-dissipating structure of reticular fiber xoncrete structure, on the stiling basin 8 in the downstream of earial drainage weir 7
The equidistant equation of equal altitude in side is provided with three-level network structure, forms space structure reticular fiber concrete dislocation arrangement staggeredly, makes
Water impact network structure, reaches the effect of multistage auxiliary energy dissipating；The reticular fiber xoncrete structure is fine by plane reticular
Dimension concrete and its four armored concrete buttress compositions, contour equidistant placement is in force reduction pool bottom top.
Further, the three-level network structure is netted by first order network structure, second level network structure and the third level
Structure composition；The first order network structure is made up of first order plane mesh structure 1 and its first order buttress 2 for setting up, institute
State second level network structure to be made up of second level plane mesh structure 3 and its second level buttress 4 for setting up, the third level network
Structure is made up of third level plane mesh structure 5 and its third level buttress 6 for setting up；The first order buttress 2, second level buttress
4th, the height of third level buttress 6 successively decreases by gradient, respectively floodwater releasing port and 3/4,1/2, the 1/4 of force reduction pool bottom height.
Further, the first order plane mesh structure 1, second level plane mesh structure 3, third level plane reticular knot
Structure 5 is the plane mesh structure poured by the fiber concrete of high intensity, and its thickness is depending on project scale and flood discharge；
The first order buttress 2, second level buttress 4, third level buttress 6 are by cube scapus of high reinforced steel bar strength concreting
Shape structure, its size dimension is depending on work arrangement and flood discharge.
Further, the first order plane mesh structure 1, second level plane mesh structure 3, third level plane reticular knot
Structure 5 is respectively connected with the top of first order buttress 2, second level buttress 4, third level buttress 6, and the three-level buttress height is different
And form three-dimensional dislocation space arrangement.
Further, the first order plane mesh structure 1, second level plane mesh structure 3, third level plane reticular knot
Reticular fiber concrete used by structure 5 is the enhanced concrete of steel fiber.
Further, the steel fiber adopts one kind with 0.9 ㎜ steel wires, and mesh size is the braiding of 10 ㎜ × 10 ㎜
Net.
Comprise the following steps during the present embodiment engineering design：
Step 1：Go to determine length L and floodwater releasing port of stiling basin 8 and stiling basin bottom according to water stream characteristics are let out under earial drainage weir 7
Height H of plate etc.；
Step 2：The height of three-level buttress is poured according to the height equation of equal altitude of stiling basin 8, the height of first order buttress 2 is arranged
For 3H/4, the height of second level buttress 4 is set to H/2, and the height of third level buttress 6 is set to H/4；
Step 3：According to cancellated four buttresses of length L equidistant placement three-level of stiling basin 8；
Step 4：The buttress of first order buttress 2, second level buttress 4, third level buttress 6 is determined according to the width of stiling basin 8
The plane sizes of spacing and plane mesh structure 1,3,5；
Step 5：：The high strength fibre concrete sample material and match ratio that the present embodiment is poured is as follows：
1 material
Reticular fiber：The net that the steel wire of the ㎜ of filament diameter 0.9 is compiled into, ㎜ × 10 ㎜ of mesh size 10, monofilament tension
Intensity is 400MPa；
Reinforcing bar：It is I level steel using a diameter of 6 and a diameter of 8 mild steel, 10 and 20 is II level steel；
Cement：The Portland cement of label 525；
Sand：In partially coarse sand.
2 coordinate when molding
Whole test specimen dry mortars or fines concrete, match ratio is 1：1：6, the ratio of mud is 0.38～0.45.Entirely
Portion test specimen Jing vibrates molding.
By above-mentioned description, those skilled in the art completely can be without departing from this utility model technological thought
In the range of, carry out various change and modification all within protection domain of the present utility model.It is of the present utility model most
Matters, belong to the common knowledge of those skilled in the art.
Claims (5)
1. a kind of auxiliary energy-dissipating structure of reticular fiber xoncrete structure, it is characterised in that：On earial drainage weir（7）The stiling basin in downstream
（8）The equidistant equation of equal altitude in top is provided with three-level network structure, forms space structure reticular fiber concrete dislocation cloth staggeredly
Put, make water impact network structure, reach the effect of multistage auxiliary energy dissipating；The reticular fiber xoncrete structure is by plane net
Shape fiber concrete and its four armored concrete buttress compositions, contour equidistant placement is in force reduction pool bottom top；
The three-level network structure is made up of first order network structure, second level network structure and third level network structure；It is described
First order network structure is by first order plane mesh structure（1）And its first order buttress for setting up（2）Composition, the second level net
Network structure is by second level plane mesh structure（3）And its second level buttress for setting up（4）Composition, the third level network structure by
Third level plane mesh structure（5）And its third level buttress for setting up（6）Composition；The first order buttress（2）, second level buttress
（4）, third level buttress（6）Height successively decrease by gradient, respectively 3/4,1/2, the 1/4 of floodwater releasing port and force reduction pool bottom height.
2. the auxiliary energy-dissipating structure of a kind of reticular fiber xoncrete structure according to claim 1, it is characterised in that：It is described
First order plane mesh structure（1）, second level plane mesh structure（3）, third level plane mesh structure（5）It is by high intensity
The plane mesh structure that fiber concrete is poured, its thickness is depending on project scale and flood discharge；The first order buttress
（2）, second level buttress（4）, third level buttress（6）Be by the cube column structure of high reinforced steel bar strength concreting,
Its size dimension is depending on work arrangement and flood discharge.
3. the auxiliary energy-dissipating structure of a kind of reticular fiber xoncrete structure according to claim 1, it is characterised in that：It is described
First order plane mesh structure（1）, second level plane mesh structure（3）, third level plane mesh structure（5）Respectively with first
Level buttress（2）, second level buttress（4）, third level buttress（6）Top be connected, three-level buttress height is different and form vertical
The dislocation space arrangement of body.
4. the auxiliary energy-dissipating structure of a kind of reticular fiber xoncrete structure according to claim 1, it is characterised in that：It is described
First order plane mesh structure（1）, second level plane mesh structure（3）, third level plane mesh structure（5）Netted fibre used
Dimension concrete is the enhanced concrete of steel fiber.
5. the auxiliary energy-dissipating structure of a kind of reticular fiber xoncrete structure according to claim 4, it is characterised in that：It is described
Steel fiber adopts one kind with 0.9 ㎜ steel wires, and mesh size is the mesh grid of 10 ㎜ × 10 ㎜.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621168115.2U CN206128018U (en) | 2016-11-02 | 2016-11-02 | Reticular fiber concrete structure's supplementary dissipation structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621168115.2U CN206128018U (en) | 2016-11-02 | 2016-11-02 | Reticular fiber concrete structure's supplementary dissipation structure |
Publications (1)
| Publication Number | Publication Date |
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| CN206128018U true CN206128018U (en) | 2017-04-26 |
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| CN201621168115.2U Expired - Fee Related CN206128018U (en) | 2016-11-02 | 2016-11-02 | Reticular fiber concrete structure's supplementary dissipation structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110029636A (en) * | 2019-04-15 | 2019-07-19 | 昆明理工大学 | A kind of discharge structure energy dissipator and its energy dissipating method |
-
2016
- 2016-11-02 CN CN201621168115.2U patent/CN206128018U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110029636A (en) * | 2019-04-15 | 2019-07-19 | 昆明理工大学 | A kind of discharge structure energy dissipator and its energy dissipating method |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170426 Termination date: 20171102 |