CN209211590U - Multi-pipeline is straight directly to go out the dirty drop well device of formula energy dissipating section - Google Patents
Multi-pipeline is straight directly to go out the dirty drop well device of formula energy dissipating section Download PDFInfo
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- CN209211590U CN209211590U CN201821722373.XU CN201821722373U CN209211590U CN 209211590 U CN209211590 U CN 209211590U CN 201821722373 U CN201821722373 U CN 201821722373U CN 209211590 U CN209211590 U CN 209211590U
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Abstract
The utility model discloses a kind of straight straight formula energy dissipatings out of multi-pipeline to cut dirty drop well device, including well room, and well room is interior equipped with partition, and drop room is surrounded between partition and the outer wall that drops, surrounds between partition and maintenance outer wall and overhauls room；Drop room includes drop area and waterpower energy dissipating area；Partition is equipped with the first drop energy dissipating platform towards the side wall in drop area, and drop outer wall is equipped with the second drop energy dissipating platform towards the side wall in drop area, and the first drop energy dissipating platform and the second drop energy dissipating platform are arranged alternately along vertical direction；Partition is equipped with overflow apopore, and the elevation of bottom of overflow apopore is concordant with the elevation of top in waterpower energy dissipating area；Drop outer wall positioned at drop area is equipped with the water inlet pipe that at least one is connected with the area that drops, at least one second drop energy dissipating platform is equipped at intervals between all water inlet pipes and waterpower energy dissipating area；It overhauls outer wall and is equipped with outlet pipe, the axis of outlet pipe and all water inlet pipes is respectively positioned on the middle vertical plane of partition.
Description
Technical field
The utility model belongs to municipal drainage structures technical field, specifically directly goes out formula energy dissipating for a kind of multi-pipeline is straight
Cut dirty drop well device.
Background technique
Municipal drainage pipe network is collected with branch pipe mostly, main pipe conveying, the arrangement form that inspection shaft is mutually connected.City row
When waterpipe is due to the main pipe that topographical elevation difference differs greatly or the branch pipe access depth of burying is too deep, it may appear that biggish to fall water
Head.Water flow in pipeline flow velocity is more than erosive velocity in order to prevent, frequently with the mode for setting drop well, to improve the waterpower item of pipeline
Part.The 4.4.1 articles regulation in " Code for design of outdoor sewerage engineering " (GB50014-2006) (2016 editions): the position of inspection shaft should be
Locate at a certain distance at pipeline intersection, turning, caliber or gradient change, at drop and on straight line pipeline section.4.5.1
When item provides that pipeline drop head is 1.0m-2.0m, drop well is preferably set；When the head that drops is greater than 2.0m, drop well should be set.Pipeline
Turning should not set drop well.Summing up the reason of should not setting drop well at pipeline turning is: standard collective drawings " brick drainage inspection well
And drop well " way of (05SS907-6) can not prevent lateral intake from washing away to inspection shaft.Therefore, existing drop well
Effect is only confined in the energy dissipating effect of the straight straight formula out of single pipeline.In addition, at present substantially also without drop well to water quality
The relevant research of clean-up effect and application.
The Chinese patent of Publication No. CN106088296B discloses a kind of big flow, height falls difference draining drop well, specifically
, which is mainly made of well body, partition wall, drop room, maintenance room, water inlet pipe and outlet pipe, and well body is divided by partition wall falls
Water chamber and maintenance room two parts, drop room includes the well room in the portion that is disposed thereon and the waterpower energy dissipating floor of lower part, well room and waterpower
The direct vertical connection of energy dissipating layer, water inlet pipe are connected to well room top, and grid energy dissipating layer, the grid energy dissipating are equipped in the well room
Layer includes being provided with multiple beam groups being equally spaced on the vertical direction lower than water inlet pipe, and two adjacent studs beam groups are in sky
Between it is upper in being criss-cross arranged, it is indoor and by water hole set by partition wall lower part and well room lower part that the outlet pipe is set to maintenance
Connection, and outlet pipe inner chamber bottom surface and waterpower energy dissipating layer top surface, on same absolute altitude, the top of the partition wall is equipped with connection well room
With the gas vent of maintenance room.Although the drop well has the function of energy dissipating to a certain extent, it is only by grid energy dissipating
Layer realizes energy dissipating, is unable to satisfy the drop energy dissipating requirement mostly with water inlet pipe, and without water quality purification function.
Summary of the invention
In view of this, the purpose of this utility model is to provide a kind of straight straight formula energy dissipatings out of multi-pipeline to cut dirty drop well dress
It sets, it can be achieved that mostly being acted on the drop energy dissipating of water inlet line in the same direction.
In order to achieve the above objectives, the utility model provides the following technical solutions:
A kind of multi-pipeline is straight directly to go out the dirty drop well device of formula energy dissipating section, including well room, is equipped with partition, institute in the well room
Stating well room includes surrounding one week well room outer wall, and the well room outer wall is divided into drop outer wall with the partition and maintenance is outer
Wall surrounds drop room between the partition and the drop outer wall, maintenance room is surrounded between the partition and the maintenance outer wall；
The drop room includes superposed drop area and the waterpower energy dissipating area positioned at lower part；
The first drop energy dissipating is equipped at intervals with along vertically downward direction on side wall of the partition towards the drop area
Platform, the drop outer wall along vertically downward direction are equipped at intervals with the second drop energy dissipating on the side wall towards the drop area
Platform, the first drop energy dissipating platform and the second drop energy dissipating platform are arranged alternately along vertical direction, and described first falls
The sum of the quantity of water energy dissipating platform and the second drop energy dissipating platform is more than or equal to 3；The first drop energy dissipating platform falls with described
It is equipped with first between water outer wall and goes out water space, is equipped between the second drop energy dissipating platform and the partition between the second water outlet
Gap, and on view direction straight down, the second drop energy dissipating platform is completely covered described first and goes out where water space
Region, the first drop energy dissipating platform are completely covered described second and go out water space region；
The partition is equipped with overflow apopore, and the overflow apopore is located at all the first drop energy dissipating platforms
Lower section, and the elevation of bottom of the overflow apopore is concordant with the elevation of top in waterpower energy dissipating area；
The drop outer wall positioned at the drop area is equipped with the water inlet pipe that at least one is connected with the drop area,
All water inlet pipes are spaced setting along the vertical direction, and the axis of all water inlet pipes is respectively positioned in the partition
On vertical plane；It is flat that at least one described second drop energy dissipating is equipped at intervals between all water inlet pipes and waterpower energy dissipating area
Platform；
The maintenance outer wall is equipped with outlet pipe, and the axis of the outlet pipe is located on the middle vertical plane of the partition；And institute
The elevation of top for stating outlet pipe is not higher than the elevation of top of a water inlet pipe positioned at bottom.
Further, the upper table of all first drop energy dissipating platforms and all the second drop energy dissipating platforms
It is all provided with fluted on face, filling is equipped with cobble buffer layer in the groove.
Further, the bottom in waterpower energy dissipating area is equipped with bottom cobble buffer layer.
Further, between the partition and the top surface of the well room be equipped with gap, and the height of the partition be equal to be located at
The center absolute altitude of the water inlet pipe of the top.
Further, the top of the well room and the maintenance room are correspondingly provided with inspection manhole, and the maintenance interior is equipped with
Ladder.
Further, the shape that the well room outer wall surrounds is rectangular, and in the partition and the well room outer wall wherein
Two outside wall parallels；The drop outer wall includes the water inlet mounting wall parallel with the partition；The maintenance outer wall includes and institute
State the parallel water outlet mounting wall of partition；The outlet pipe is arranged on the water outlet mounting wall；All water inlet pipes are pacified
On the water inlet mounting wall.
Further, the shape that the well room outer wall surrounds be circle, the partition be the well room outer wall string, it is described every
Plate face is drop room to the side in the center of circle, and the partition is maintenance room backwards to the side in the center of circle.
The utility model has the beneficial effects that:
The multi-pipeline of the utility model is straight directly to go out the dirty drop well device of formula energy dissipating section, passes through the first drop being staggered
Energy dissipating platform and the second drop energy dissipating platform, and in the vertical direction, make the first drop energy dissipating platform that the second water outlet be completely covered
Gap, make the second drop energy dissipating platform be completely covered first go out water space, in this way, axis be located at partition perpendicular bisector direction mostly with
Water inlet pipe water can directly be fallen on the second drop energy dissipating platform, and through the first drop energy dissipating platform and the second drop energy dissipating
Regular flow direction after platform rectification；Drop between adjacent the first drop energy dissipating platform and the second drop energy dissipating platform is smaller, energy
Enough make water flow carry out energy dissipating step by step to slow down；In summary, the multi-pipeline of the utility model is straight directly goes out the dirty drop well of formula energy dissipating section
Device realizes various flow rate, falls poor model, it can be achieved that in the same direction mostly the effectively integrating in same energy dissipating space with water inlet line
The energy dissipating effect enclosed.
By the way that groove is arranged on the first drop energy dissipating platform and the second drop energy dissipating platform and is laid with cobble in groove
Buffer layer, in this way, cobble buffer layer can water preferably to different directions water inlet pipe carry out energy dissipating, meanwhile, cobble buffer layer
On be attached with biomembrane, the oxidable organic matter of biomembrane plays the role of preliminary purification water quality.
Detailed description of the invention
In order to keep the purpose of this utility model, technical scheme and beneficial effects clearer, the utility model provides as follows
Attached drawing is illustrated:
Fig. 1 is the structural schematic diagram that the straight straight formula energy dissipating out of the utility model multi-pipeline cuts dirty drop well Installation practice 1；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the right view of Fig. 1；
Fig. 4 is the A-A cross-sectional view of Fig. 1；
Fig. 5 is the structural schematic diagram that the straight straight formula energy dissipating out of the utility model multi-pipeline cuts dirty drop well Installation practice 1.
Description of symbols:
1- inspection manhole；2- ladder；3- well room；3a- drop outer wall；3b- overhauls outer wall；4- water inlet pipe；5- cobble buffering
Layer；The drop energy dissipating platform of 6a- first；The drop energy dissipating platform of 6b- second；9- overflow apopore；11- outlet pipe；12- first is discharged
Gap；13- second goes out water space；14- partition；The bottom 17- cobble buffer layer；18- waterpower energy dissipating area.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments, so that those skilled in the art
The utility model can be better understood and can be practiced, but illustrated embodiment is not as the restriction to the utility model.
Embodiment 1
As shown in Figure 1, cutting the structure of dirty drop well Installation practice 1 for the straight straight formula energy dissipating out of the utility model multi-pipeline
Schematic diagram.The multi-pipeline of the present embodiment is straight directly to go out the dirty drop well device of formula energy dissipating section, including well room 3, is equipped with partition in well room 3
14, well room 3 includes surrounding one week well room outer wall, and well room outer wall is divided into drop outer wall 3a and maintenance outer wall by partition 14
3b surrounds drop room, maintenance room is surrounded between partition 14 and maintenance outer wall 3b between partition 14 and drop outer wall 3a.
The drop room of the present embodiment includes superposed drop area and the waterpower energy dissipating area 18 positioned at lower part.14 face of partition
The first drop energy dissipating platform 6a is equipped at intervals with along vertically downward direction on the side wall in drop area, and drop outer wall 3a is towards falling
Be equipped at intervals with the second drop energy dissipating platform 6b along vertically downward direction on the side wall in pool, the first drop energy dissipating platform 6a and
Second drop energy dissipating platform 6b is arranged alternately along vertical direction, the first drop energy dissipating platform 6a and the second drop energy dissipating platform 6b
Longitudinal pitch it is equal.The sum of the quantity of first drop energy dissipating platform 6a and the second drop energy dissipating platform 6b are more than or equal to 3, this reality
The the first drop energy dissipating platform 6a for applying example is set as 4, and the second drop energy dissipating platform 6b is set as 4.First drop energy dissipating platform 6a
It is equipped with first between drop outer wall 3a and goes out water space 12, the second water outlet is equipped between the second drop energy dissipating platform 6b and partition 14
Gap 13, and on view direction straight down, the second drop energy dissipating platform 6b is completely covered first and goes out water space location
Domain, the first drop energy dissipating platform 6a is completely covered second and goes out water space region, in this way, 4 inflow direction of all water inlet pipes is equal
It can fall on the drop of the first drop energy dissipating platform 6a or second energy dissipating platform 6b, realize the technical purpose of drop energy dissipating.
The partition 14 of the present embodiment is equipped with overflow apopore 9, and it is flat that overflow apopore 9 is located at the first all drop energy dissipatings
The lower section of platform 6a, and the elevation of bottom of overflow apopore 9 is concordant with the elevation of top in waterpower energy dissipating area 18.Positioned at falling for drop area
Water outer wall 3a is equipped with the water inlet pipe 4 that at least one is connected with the area that drops, and all water inlet pipes 4 are spaced set along the vertical direction
It sets, and the axis of all water inlet pipes is respectively positioned on the middle vertical plane of partition 14；Between all water inlet pipes 4 and waterpower energy dissipating area 18
It is equipped at intervals at least one second drop energy dissipating platform 6b.It overhauls outer wall 3b and is equipped with outlet pipe 11, the axis position of outlet pipe 11
In on the middle vertical plane of partition 14；And the elevation of top of outlet pipe 11 is not higher than the top mark of a water inlet pipe 4 positioned at bottom
It is high.The axis of water inlet pipe 4 and outlet pipe 11 is arranged on the middle vertical plane of partition 14, so, it can be achieved that mostly with water inlet pipe 4 with
Straight directly formula drop energy dissipating effect out between outlet pipe 11.Specifically, the water inlet pipe 4 of the present embodiment is set as 3, and along perpendicular
Histogram is arranged to interval.
The shape that the well room outer wall of the present embodiment surrounds is rectangular, and the two of them outer wall in partition 14 and well room outer wall
In parallel；The outer wall 3a that drops includes the water inlet mounting wall parallel with partition 14；Overhauling outer wall 3b includes the water outlet parallel with partition 14
Mounting wall；The setting of outlet pipe 11 is on water outlet mounting wall；All water inlet pipes 4 are installed in on water mounting wall.
The first drop energy dissipating platform 6a of the present embodiment is hanging towards the one side edge of water inlet mounting wall and flat with partition 14
Row forms first and goes out water space, the first drop energy dissipating between the hanging side and water inlet mounting wall of the first drop energy dissipating platform 6a
Airtight connection is integrated between other sides of platform 6a and the side wall in the area that drops.Second drop energy dissipating platform 6b is towards partition
One side edge is hanging and parallel with partition 14, is formed between the second water outlet between the hanging side and partition of the second drop energy dissipating platform
Gap, airtight connection is integrated between other sides of the second drop energy dissipating platform 6b and the side wall in the area that drops.The of the present embodiment
The hanging side of one drop energy dissipating platform 6a is dropped with second, and the hanging side of energy dissipating platform 6b is parallel to be parallel to each other, and first falls
The hanging side of water energy dissipating platform 6a is parallel with partition 14.
The upper surface of the first all drop energy dissipating platform 6a of the present embodiment and the second all drop energy dissipating platform 6b
On be all provided with fluted, filling is equipped with cobble buffer layer 5 in groove.The bottom in the waterpower energy dissipating area 18 of the present embodiment is equipped with bottom ovum
Stone buffer layer 17.By the way that groove is arranged on the first drop energy dissipating platform and the second drop energy dissipating platform and is laid with ovum in groove
Stone buffer layer, in this way, cobble buffer layer can water preferably to different directions water inlet pipe carry out energy dissipating, meanwhile, cobble buffering
It is attached with biomembrane on layer, the oxidable organic matter of biomembrane plays the role of preliminary purification water quality.
Further, gap is equipped between partition 14 and the top surface of well room 3, and the height of partition 14 is equal to positioned at the top
The center absolute altitude of water inlet pipe 4.The top and maintenance room of the well room 3 of the present embodiment are correspondingly provided with inspection manhole 1, and overhaul interior and set
There is ladder 2.
The multi-pipeline of the present embodiment is straight directly to go out the dirty drop well device of formula energy dissipating section, is disappeared by the first drop being staggered
Energy platform and the second drop energy dissipating platform, and in the vertical direction, the first drop energy dissipating platform is completely covered between the second water outlet
Gap makes the second drop energy dissipating platform be completely covered first and goes out water space, in this way, axis is located at more follow-ups in partition perpendicular bisector direction
Water pipe water can directly be fallen on the second drop energy dissipating platform, and flat through the first drop energy dissipating platform and the second drop energy dissipating
Regular flow direction after platform rectification；Drop between adjacent the first drop energy dissipating platform and the second drop energy dissipating platform is smaller, can
Make water flow carry out energy dissipating step by step to slow down；In summary, the multi-pipeline of the utility model is straight directly goes out the dirty drop well dress of formula energy dissipating section
Mostly the effectively integrating in same energy dissipating space with water inlet line, it can be achieved that in the same direction is set, and realizes various flow rate, fall poor range
Energy dissipating effect.
Embodiment 2
As shown in figure 5, cutting the structure of dirty drop well Installation practice 1 for the straight straight formula energy dissipating out of the utility model multi-pipeline
Schematic diagram.The multi-pipeline of the present embodiment is straight directly to go out the dirty drop well device of formula energy dissipating section, including well room 3, is equipped with partition in well room 3
14, well room 3 includes surrounding one week well room outer wall, and well room outer wall is divided into drop outer wall 3a and maintenance outer wall by partition 14
3b surrounds drop room, maintenance room is surrounded between partition 14 and maintenance outer wall 3b between partition 14 and drop outer wall 3a.
The drop room of the present embodiment includes superposed drop area and the waterpower energy dissipating area 18 positioned at lower part.14 face of partition
The first drop energy dissipating platform 6a is equipped at intervals with along vertically downward direction on the side wall in drop area, and drop outer wall 3a is towards falling
Be equipped at intervals with the second drop energy dissipating platform 6b along vertically downward direction on the side wall in pool, the first drop energy dissipating platform 6a and
Second drop energy dissipating platform 6b is arranged alternately along vertical direction, the first drop energy dissipating platform 6a and the second drop energy dissipating platform 6b
Longitudinal pitch it is equal.The sum of the quantity of first drop energy dissipating platform 6a and the second drop energy dissipating platform 6b are more than or equal to 3, this reality
The the first drop energy dissipating platform 6a for applying example is set as 4, and the second drop energy dissipating platform 6b is set as 4.First drop energy dissipating platform 6a
It is equipped with first between drop outer wall 3a and goes out water space 12, the second water outlet is equipped between the second drop energy dissipating platform 6b and partition 14
Gap 13, and on view direction straight down, the second drop energy dissipating platform 6b is completely covered first and goes out water space location
Domain, the first drop energy dissipating platform 6a is completely covered second and goes out water space region, in this way, 4 inflow direction of all water inlet pipes is equal
It can fall on the drop of the first drop energy dissipating platform 6a or second energy dissipating platform 6b, realize the technical purpose of drop energy dissipating.
The partition 14 of the present embodiment is equipped with overflow apopore 9, and it is flat that overflow apopore 9 is located at the first all drop energy dissipatings
The lower section of platform 6a, and the elevation of bottom of overflow apopore 9 is concordant with the elevation of top in waterpower energy dissipating area 18.Positioned at falling for drop area
Water outer wall 3a is equipped with the water inlet pipe 4 that at least one is connected with the area that drops, and all water inlet pipes 4 are spaced set along the vertical direction
It sets, and the axis of all water inlet pipes is respectively positioned on the middle vertical plane of partition 14；Between all water inlet pipes 4 and waterpower energy dissipating area 18
It is equipped at intervals at least one second drop energy dissipating platform 6b.It overhauls outer wall 3b and is equipped with outlet pipe 11, the axis position of outlet pipe 11
In on the middle vertical plane of partition 14；And the elevation of top of outlet pipe 11 is not higher than the top mark of a water inlet pipe 4 positioned at bottom
It is high.The axis of water inlet pipe 4 and outlet pipe 11 is arranged on the middle vertical plane of partition 14, so, it can be achieved that mostly with water inlet pipe 4 with
Straight directly formula drop energy dissipating effect out between outlet pipe 11.Specifically, the water inlet pipe 4 of the present embodiment is set as 2, and along perpendicular
Histogram is arranged to interval.
The shape that the well room outer wall of the present embodiment surrounds is circle, and partition 14 is the string of well room outer wall, and partition 14 is towards circle
The side of the heart is drop room, and partition 14 is maintenance room backwards to the side in the center of circle.The first drop energy dissipating platform 6a at this time is towards remote
It is hanging and parallel with partition 14 from the one side edge of partition, outside the hanging side of the first drop energy dissipating platform 6a and the drop of arc
First is formed between wall goes out water space, airtight connection between other sides of the first drop energy dissipating platform 6a and the side wall in the area that drops
It is integrated.Second drop one side edge of the energy dissipating platform 6b towards partition is hanging and parallel with partition 14, and the second drop energy dissipating is flat
Second is formed between the hanging side of platform and partition goes out water space, the arc-shaped side edges of the second drop energy dissipating platform 6b and the area that drops
Airtight connection is integrated between curved wall.The hanging side of the first drop energy dissipating platform 6a of the present embodiment disappears with the second drop
The hanging side of energy platform 6b is parallel to each other in parallel, and the hanging side of the first drop energy dissipating platform 6a is parallel with partition 14.
The other structures of the present embodiment are same as Example 1, no longer tire out one by one and state.
Embodiment described above is only preferred embodiments for fully illustrating the utility model, the utility model
Protection scope it is without being limited thereto.Those skilled in the art made equivalent substitute or change on the basis of the utility model
It changes, both is within the protection scope of the present invention.The protection scope of the utility model is subject to claims.
Claims (7)
1. a kind of multi-pipeline is straight directly to be gone out formula energy dissipating and cuts dirty drop well device, including well room (3), be equipped in the well room (3) every
Plate (14), the well room (3) include surrounding one week well room outer wall, and the well room outer wall is divided into and falls by the partition (14)
Water outer wall (3a) and maintenance outer wall (3b), surrounded between the partition (14) and the drop outer wall (3a) drop room, it is described every
Maintenance room is surrounded between plate (14) and the maintenance outer wall (3b), it is characterised in that:
The drop room includes superposed drop area and the waterpower energy dissipating area (18) positioned at lower part；
The first drop energy dissipating is equipped at intervals with along vertically downward direction on side wall of the partition (14) towards the drop area
Platform (6a), drop outer wall (3a) along vertically downward direction are equipped at intervals with second on side wall towards the drop area
It drops energy dissipating platform (6b), first drop energy dissipating platform (6a) and the second drop energy dissipating platform (6b) are handed over along vertical direction
For setting, and the sum of first drop energy dissipating platform (6a) and the quantity of the second drop energy dissipating platform (6b) are more than or equal to 3；Institute
It states and goes out water space, the second drop energy dissipating equipped with first between the first drop energy dissipating platform (6a) and the drop outer wall (3a)
It is equipped with second between platform (6b) and the partition (14) and goes out water space, and on view direction straight down, described second
Drop energy dissipating platform (6b) is completely covered described first and goes out water space region, and first drop energy dissipating platform (6a) is complete
It covers described second and goes out water space region；
The partition (14) is equipped with overflow apopore (9), and the overflow apopore (9) is located at all first drops and disappears
The lower section of energy platform (6a), and the elevation of top of the elevation of bottom of the overflow apopore (9) and waterpower energy dissipating area (18)
Concordantly；
The drop outer wall (3a) positioned at the drop area is equipped with the water inlet pipe that at least one is connected with the drop area
(4), all water inlet pipes (4) are spaced setting along the vertical direction, and the axis of all water inlet pipes be respectively positioned on it is described
On the middle vertical plane of partition (14)；At least one is equipped at intervals between all water inlet pipes (4) and waterpower energy dissipating area (18)
A second drop energy dissipating platform (6b)；
The maintenance outer wall (3b) is equipped with outlet pipe (11), and the axis of the outlet pipe (11) is located in the partition (14)
On vertical plane；And the elevation of top of the outlet pipe (11) is not higher than the top mark of a water inlet pipe (4) positioned at bottom
It is high.
2. multi-pipeline according to claim 1 is straight directly to go out the dirty drop well device of formula energy dissipating section, it is characterised in that: all
It is equipped on the upper surface of first drop energy dissipating platform (6a) and all second drops energy dissipating platform (6b) recessed
Slot, the interior filling of the groove are equipped with cobble buffer layer (5).
3. multi-pipeline according to claim 2 is straight directly to go out the dirty drop well device of formula energy dissipating section, it is characterised in that: the water
The bottom in power energy dissipating area (18) is equipped with bottom cobble buffer layer (17).
4. multi-pipeline according to claim 1 is straight directly to be gone out formula energy dissipating and cuts dirty drop well device, it is characterised in that: it is described every
Gap is equipped between plate (14) and the top surface of the well room (3), and the height of the partition (14) is equal to the institute positioned at the top
State the center absolute altitude of water inlet pipe (4).
5. multi-pipeline according to claim 1 is straight directly to go out the dirty drop well device of formula energy dissipating section, it is characterised in that: the well
The top of room (3) and the maintenance room are correspondingly provided with inspection manhole (1), and the maintenance is indoor equipped with ladder (2).
6. multi-pipeline according to claim 1-5 is straight directly to go out the dirty drop well device of formula energy dissipating section, feature exists
It is rectangular, and the two of them outer wall in the partition (14) and the well room outer wall in: the shape that the well room outer wall surrounds
In parallel；Drop outer wall (3a) includes the water inlet mounting wall parallel with the partition (14)；The maintenance outer wall (3b) includes
The water outlet mounting wall parallel with the partition (14)；The outlet pipe (11) is arranged on the water outlet mounting wall；All institutes
Water inlet pipe (4) is stated to be installed on the water inlet mounting wall.
7. multi-pipeline according to claim 1-5 is straight directly to go out the dirty drop well device of formula energy dissipating section, feature exists
In: the shape that the well room outer wall surrounds is circle, and the partition (14) is the string of the well room outer wall, partition (14) face
It is drop room to the side in the center of circle, the partition (14) is maintenance room backwards to the side in the center of circle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821722373.XU CN209211590U (en) | 2018-10-23 | 2018-10-23 | Multi-pipeline is straight directly to go out the dirty drop well device of formula energy dissipating section |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821722373.XU CN209211590U (en) | 2018-10-23 | 2018-10-23 | Multi-pipeline is straight directly to go out the dirty drop well device of formula energy dissipating section |
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| Publication Number | Publication Date |
|---|---|
| CN209211590U true CN209211590U (en) | 2019-08-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821722373.XU Expired - Fee Related CN209211590U (en) | 2018-10-23 | 2018-10-23 | Multi-pipeline is straight directly to go out the dirty drop well device of formula energy dissipating section |
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| CN (1) | CN209211590U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110924509A (en) * | 2019-11-11 | 2020-03-27 | 广东省建筑设计研究院 | Turn-back type ultra-deep inspection well |
| CN111005729A (en) * | 2019-11-29 | 2020-04-14 | 昆明理工大学 | Vertical stilling well auxiliary energy dissipation device |
| CN111472433A (en) * | 2020-05-12 | 2020-07-31 | 中韩杜科泵业(浙江)有限公司 | Integrated rainwater and sewage separation intercepting well |
-
2018
- 2018-10-23 CN CN201821722373.XU patent/CN209211590U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110924509A (en) * | 2019-11-11 | 2020-03-27 | 广东省建筑设计研究院 | Turn-back type ultra-deep inspection well |
| CN111005729A (en) * | 2019-11-29 | 2020-04-14 | 昆明理工大学 | Vertical stilling well auxiliary energy dissipation device |
| CN111472433A (en) * | 2020-05-12 | 2020-07-31 | 中韩杜科泵业(浙江)有限公司 | Integrated rainwater and sewage separation intercepting well |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20190806 Termination date: 20201023 |