CN207614421U - A kind of center-transmission single-pipe suction dredger - Google Patents
A kind of center-transmission single-pipe suction dredger Download PDFInfo
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- CN207614421U CN207614421U CN201721646544.0U CN201721646544U CN207614421U CN 207614421 U CN207614421 U CN 207614421U CN 201721646544 U CN201721646544 U CN 201721646544U CN 207614421 U CN207614421 U CN 207614421U
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- sedimentation basin
- skimming
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- dredging tube
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Abstract
The utility model is related to a kind of suction dredge more particularly to a kind of center-transmission single-pipe suction dredgers.Including sedimentation basin, it is equipped in the sedimentation basin and inhales mud transmission component, the suction mud transmission component drives skimming component to be rotated along sedimentation basin inner wall, the inner wall of the sedimentation basin is equipped with and the skimming component deslagging component that mutually activity touches, the inner wall of the sedimentation basin is equipped with intake chamber skimming component, the deslagging component is located at the outer wall of intake chamber skimming component, and the intake chamber skimming component, deslagging component are connected with external deslagging component respectively.A kind of center-transmission single-pipe suction dredger is simple in structure, easy to operate, improves performance.
Description
Technical field
The utility model is related to a kind of suction dredge more particularly to a kind of center-transmission single-pipe suction dredgers.
Background technology
The effect of secondary sedimentation tank is to make activated sludge sewage detaches with treated, and it is a degree of so that sludge is obtained
Concentration.Precipitation form in secondary settling tank is more complex, and precipitation initial stage is flocculation sediment, and mid-term is that stratification precipitates, and stage is pressure
Shrink mark forms sediment, i.e. sludge condensation.
The structure type of secondary settling tank：
The structure type of secondary settling tank is the same with primary sedimentation tank, can be divided into horizontal sedimentation tank, vertical sedimentation tank and radial-flow sedimentation tank.
Domestic existing municipal sewage plant's secondary settling tank overwhelming majority uses radial-flow, some medium and small treatment plants also to use flat flow,
And vertical-flow secondary settling tank is still rare.The construction and arrangement form and advection primary sedimentation tank of Flat Flow Final Settling Basin are essentially the same, only
Technological parameter is different.The horizontal erosive velocity of advection primary sedimentation tank is 50m/s, and the horizontal erosive velocity of secondary settling tank is 20m/s；When
When horizontal flow velocity is more than the scraper plate speed of travel of 20m/s or suction dredge more than 20m/s, the sludge to avale will be disturbed and be floated again
It rises.In addition to technological parameter difference, Radial Flow Secondary Sedimentation Tank and radial-flow primary sedimentation tank structural form are also substantially similar.It should be emphasized that
, the sludge discharge way and primary sedimentation tank difference of secondary settling tank be larger.Primary sedimentation tank be typically all first with mud scraper by sludge scraping to bucket,
It is intermittently or serially excluded again.And secondary settling tank is generally directly continuously excluded sludge with suction dredge.This is primarily due to activity
The easy anaerobism of sludge floats, and should be separated from secondary settling tank as soon as possible in time.In addition, aeration tank itself also requires continuously
Supplement returned sludge.Advection secondary settling tank generally uses purlin vehicle type suction dredge, Radial Flow Secondary Sedimentation Tank generally to use swinging suction dredge.
Common sludge discharge way has static pressure spoil disposal, air lift spoil disposal, siphon spoil disposal or direct pumping.It is external occur at present a kind of periphery into
The advantages of rectangular Radial Flow Secondary Sedimentation Tank of water peripheral effluent, although which takes up little area, but still there are following deficiencies：
1. because each single pond is limited by geometric dimension, therefore total number of divisions is more；
2. because total number of divisions is more, therefore water inlet water outlet gate and mud valve quantity are more；Increase equipment
Maintenance capacity, operational administrative are complicated；
3. effluent weir load is higher, effluent quality is influenced.
The type selecting of secondary settling tank：
In view of secondary settling tank and one of the important structures of Sewage Biological Treatment, operation quality directly affects water outlet water
Matter.Therefore, the design of secondary settling tank has a great impact to sewage disposal.Although rectangle sedimentation tank has many good qualities, and at present
There is new improvement pond type, it is contemplated that the large-scale sewage treatment plant of most domestic at present, primary sedimentation tank and secondary settling tank all use
Circle, without using compact rectangle sedimentation tank is taken up an area, reason removes round pool structure reasonable stress, easy for construction and section
It saves outside construction investment, mainly considers that the suction dredge of circular settling tank is easy to make, reliable for operation and maintenance load is few, pipe
Reason experience is ripe.
Practical content
The utility model mainly solves the deficiencies in the prior art, provides a kind of further promotion disposed of in its entirety effect
A kind of center-transmission single-pipe suction dredger of fruit.
The above-mentioned technical problem of the utility model is mainly to be addressed by following technical proposals：
A kind of center-transmission single-pipe suction dredger, including sedimentation basin are equipped in the sedimentation basin and inhale mud transmission component, described
Suction mud transmission component drive skimming component to be rotated along sedimentation basin inner wall, the inner wall of the sedimentation basin is equipped with and skimming group
The inner wall of the part deslagging component that mutually activity touches, the sedimentation basin is equipped with intake chamber skimming component, and the deslagging component is set
In the outer wall of intake chamber skimming component, the intake chamber skimming component, deslagging component are connected with external deslagging component respectively；
The suction mud transmission component includes center rotating cage and transmission device, and the top of the center rotating cage is equipped with revolution
Supporting table, newel is equipped in the center rotating cage, and the revolving support platform and center rotating cage are carried out along newel respectively
Rotation, the actuator drives revolving support platform drive center rotating cage to be rotated, the center rotating cage synchronous drive
It is located at the sludge pipe of center rotating cage bottom, the bottom end of the sludge pipe is equipped with the dredging tube being connected with sludge pipe, described
Dredging tube is rotated along sedimentation basin, and the sludge pipe is connected with sludge pipe；
The outer wall of the sludge pipe is equipped with the English truss extended to sedimentation basin inner wall；
The skimming component includes being less than sedimentation basin with the mutually fixed skimming transverse slat of English truss, the skimming transverse slat
Horizontal plane, the outer end of the skimming transverse slat is equipped with the skimming operation panel of the horizontal plane higher than sedimentation basin, skimming behaviour
Make to scrape slag rake, the horizontal plane for scraping slag rake fitting sedimentation basin equipped with what is extended downwardly in the inner end of plate；
The deslagging component includes the slag-drip opening for being located at horizontal plane, and the slag rake of scraping is touched with slag-drip opening in movable
It connects, the bottom of the slag-drip opening is equipped with slag bucket, and the bottom of the slag bucket is connected with external deslagging component；
The intake chamber skimming component includes the intake chamber being connected with sedimentation basin, and the outer wall of the intake chamber is equipped with
Effluent trough, the height of the intake chamber are more than the height of effluent trough, and the outer wall of the effluent trough is equipped with overfall board group part,
The overfall board group part includes triangle weir plate, and the outside of the triangle weir plate is equipped with retaining ring, the triangle weir plate
Lead-over groove is formed between retaining ring, the triangle weir plate is connected with effluent trough, and the height of the retaining ring is more than triangle
The height of weir plate；
The external deslagging component includes the external ash pit for being located at sedimentation basin excircle, in the external ash pit
Equipped with the external scum pipe being connected to outward.
Preferably, the dredging tube extends out to the inner wall of sedimentation basin, the length of the dredging tube, which is less than, sinks
The radius in shallow lake pond, the dredging tube are equipped with continuously distributed mud-suction hole, and the bottom of the dredging tube is equipped with along sedimentation basin
Bottom of pond carries out the cleaning shoe of fitting rotation, and the dredging tube is with sludge pipe in rigid connection；
The top of the center rotating cage is in gun iron link with revolving support platform, and the diameter of the sludge pipe is in
The diameter of heart rotating cage, the inner wall of the center rotating cage are equipped with and are rotated along newel, the bottom of the newel with it is heavy
The bottom in shallow lake pond is fixed；
The blow-down pipe for extending upwardly to and being connected with sedimentation basin is equipped in the sludge pipe；
The height of the English truss is gradually expanded from outer end to inner end, is equipped with and matches in the outer end of the English truss
Pouring weight；
Positioning is adjusted by drag-line respectively between the dredging tube and center rotating cage, between dredging tube and center rotating cage；
The top of the triangle weir plate is equipped with continuously distributed water outlet tooth.
Preferably, the stitching portion of the sludge pipe and dredging tube is equipped with auxiliary scraper plate, assist scraper plate one
End is distributed with dredging tube in 120 degree of angles, and the other end of the auxiliary scraper plate is fixed with sludge pipe, and the cleaning shoe is rubber
Glue part, the rectangular distribution in cross section of the dredging tube, the dredging tube is in diagonal support positioning；
Pass through respectively between the top of the sludge pipe and the outer wall of newel, between the bottom of sludge pipe and sedimentation basin bottom of pond
Water stop rubber circle movable sealing.
Operation principle：
Central transmission drives English truss, dredging tube to be rotated in pond by center rotating cage, and dredging tube is suspended to three
It is connected under the truss of angle and with sludge pipe, by the water-head inside and outside pond when rotation, bottom of pond activated sludge is sucked into sludge pipe, discharge
Outside pond.Skimming component in surface scrapes the collection of liquid level dross into the deslagging bucket of pool side outside discharge pond.
Therefore, a kind of center-transmission single-pipe suction dredger of the utility model, it is simple in structure, it is easy to operate, improve usability
Energy.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model；
Fig. 3 is the structural schematic diagram that mud transmission component is inhaled in the utility model；
Fig. 4 is A-A schematic cross-sectional views in Fig. 3；
Fig. 5 is the enlarged structure schematic diagram in the portions B in Fig. 3；
Fig. 6 is the enlarged structure schematic diagram in the portions C in Fig. 3；
Fig. 7 is the side structure schematic view of Fig. 3；
Fig. 8 is the structural schematic diagram of the utility model intermediate cam truss；
Fig. 9 is the structural schematic diagram of deslagging component in the utility model, intake chamber skimming component；
Figure 10 is the structural schematic diagram of the utility model intermediate cam weir plate and retaining ring；
Figure 11 is the structural schematic diagram of center rotating cage and newel in the utility model；
Figure 12 is the structural schematic diagram of the utility model intermediate cam weir plate；
Figure 13 is the overlooking structure diagram of the utility model.
Specific implementation mode
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
Embodiment 1：As shown, a kind of center-transmission single-pipe suction dredger, including sedimentation basin 1, set in the sedimentation basin 1
Have and inhale mud transmission component, the suction mud transmission component drives skimming component 3 to be rotated along 1 inner wall of sedimentation basin, and described is heavy
The inner wall in shallow lake pond 1 is equipped with the deslagging component 4 touched with the 3 phase activity of skimming component, and the inner wall of the sedimentation basin 1 is equipped with intake chamber
Skimming component 5, the deslagging component 4 are located at the outer wall of intake chamber skimming component 5, the intake chamber skimming component 5, deslagging
Component 4 is connected with external deslagging component respectively；
The suction mud transmission component includes center rotating cage 7 and transmission device 8, and the top of the center rotating cage 7 is equipped with
Revolving support platform 9, is equipped with newel 10 in the center rotating cage 7, the revolving support platform 9 and center rotating cage 7 edge respectively
Newel 10 is rotated, and the transmission device 8 driving revolving support platform 9 drives center rotating cage 7 to be rotated, in described
7 synchronous drive of heart rotating cage is located at the sludge pipe 11 of 7 bottom of center rotating cage, and the bottom end of the sludge pipe 11 is equipped with and sludge pipe 11
The dredging tube 12 being connected, the dredging tube 12 are rotated along sedimentation basin 1, and the sludge pipe 11 is connected with sludge pipe 13
It is logical；
The outer wall of the sludge pipe 11 is equipped with the English truss 14 extended to 1 inner wall of sedimentation basin；
The skimming component 3 include with 14 mutually fixed skimming transverse slat 15 of English truss, the skimming transverse slat 15 is low
In the horizontal plane of sedimentation basin 1, the outer end of the skimming transverse slat 15 is equipped with the skimming operation panel of the horizontal plane higher than sedimentation basin 1
16, be equipped in the inner end of the skimming operation panel 16 extend downwardly scrape slag rake 17, described scrapes 17 fitting sedimentation basins 1 of slag rake
Horizontal plane；
The deslagging component 4 includes the slag-drip opening 18 for being located at horizontal plane, and described scrapes slag rake 17 with slag-drip opening 18 in work
Dynamic formula touches, and the bottom of the slag-drip opening 18 is equipped with slag bucket 19, and the bottom of the slag bucket 19 is connected with external deslagging component
It is logical；
The intake chamber skimming component 5 includes the intake chamber 20 being connected with sedimentation basin 1, the intake chamber 20 it is outer
Wall is equipped with effluent trough 21, and the height of the intake chamber 20 is more than the height of effluent trough 21, and the outer wall of the effluent trough 21 is set
There is overfall board group part, the overfall board group part includes triangle weir plate 22, and the outside of the triangle weir plate 22 is equipped with gear
Hydrosphere 23 forms lead-over groove 24, the triangle weir plate 22 and 21 phase of effluent trough between the triangle weir plate 22 and retaining ring 23
Connection, the height of the retaining ring 23 are more than the height of triangle weir plate 22；
The external deslagging component includes the external ash pit 25 for being located at 1 excircle of sedimentation basin, the external deslagging
The external scum pipe 26 being connected to outward is equipped in slot 25.
The dredging tube 12 extends out to the inner wall of sedimentation basin 1, and the length of the dredging tube 12 is less than sedimentation basin 1
Radius, the dredging tube 12 is equipped with continuously distributed mud-suction hole 27, and the bottom of the dredging tube 12 is equipped with along precipitating
1 bottom of pond of pond carries out the cleaning shoe 28 of fitting rotation, and the dredging tube 12 is with sludge pipe 11 in rigid connection；
The top of the center rotating cage 7 is in gun iron link, the diameter of the sludge pipe 11 with revolving support platform 9
In the diameter of center rotating cage 7, the inner wall of the center rotating cage 7 is equipped with to be rotated along newel 10, the newel 10
Bottom and the bottom of sedimentation basin 1 fix；
The blow-down pipe 29 for extending upwardly to and being connected with sedimentation basin 1 is equipped in the sludge pipe 13；
The height of the English truss 14 is gradually expanded from outer end to inner end, is set in the outer end of the English truss 14
There is clump weight 30；
It is adjusted respectively by drag-line 31 between the dredging tube 12 and center rotating cage 7, between dredging tube 12 and center rotating cage 7
Section positioning；
The top of the triangle weir plate 22 is equipped with continuously distributed water outlet tooth 32.
The stitching portion of the sludge pipe 11 and dredging tube is equipped with auxiliary scraper plate 33, one end of the auxiliary scraper plate 33 with
Dredging tube 12 is distributed in 120 degree of angles, and the other end of the auxiliary scraper plate 33 is fixed with sludge pipe 11, the cleaning shoe 28
For rubber parts, the rectangular distribution in cross section of the dredging tube 12, the dredging tube 12 is in diagonal support positioning；
Between the top and the outer wall of newel 10 of the sludge pipe 11, between 1 bottom of pond of the bottom of sludge pipe 11 and sedimentation basin
Pass through 34 movable sealing of water stop rubber circle respectively.
Claims (3)
1. a kind of center-transmission single-pipe suction dredger, it is characterised in that：Including sedimentation basin（1）, the sedimentation basin（1）In be equipped with inhale
Mud transmission component, the suction mud transmission component drive skimming component（3）Along sedimentation basin（1）Inner wall is rotated, and described is heavy
Shallow lake pond（1）Inner wall be equipped with and skimming component（3）The deslagging component that mutually activity touches（4）, the sedimentation basin（1）Inner wall set
There is intake chamber skimming component（5）, the deslagging component（4）It is located at intake chamber skimming component（5）Outer wall, the intake chamber
Skimming component（5）, deslagging component（4）It is connected respectively with external deslagging component；
The suction mud transmission component includes center rotating cage（7）And transmission device（8）, the center rotating cage（7）Top set
There is revolving support platform（9）, the center rotating cage（7）In be equipped with newel（10）, the revolving support platform（9）Turn with center
Cage（7）Respectively along newel（10）It is rotated, the transmission device（8）Drive revolving support platform（9）Drive center rotating cage
（7）It is rotated, the center rotating cage（7）Synchronous drive is located at center rotating cage（7）The sludge pipe of bottom（11）, the collection
Mud pipe（11）Bottom end be equipped with and sludge pipe（11）The dredging tube being connected（12）, the dredging tube（12）Along sedimentation basin（1）
It is rotated, the sludge pipe（11）With sludge pipe（13）It is connected；
The sludge pipe（11）Outer wall be equipped with to sedimentation basin（1）The English truss that inner wall is extended（14）；
The skimming component（3）Including with English truss（14）Mutually fixed skimming transverse slat（15）, the skimming transverse slat
（15）Less than sedimentation basin（1）Horizontal plane, the skimming transverse slat（15）Outer end be equipped be higher than sedimentation basin（1）Horizontal plane
Skimming operation panel（16）, the skimming operation panel（16）Inner end in be equipped with extend downwardly scrape slag rake（17）, described scrapes
Slag is harrowed（17）It is bonded sedimentation basin（1）Horizontal plane；
The deslagging component（4）Slag-drip opening including being located at horizontal plane（18）, described scrapes slag rake（17）With slag-drip opening（18）
It is touched in movable, the slag-drip opening（18）Bottom be equipped with slag bucket（19）, the slag bucket（19）Bottom arranged with external
Slag component is connected；
The intake chamber skimming component（5）Including with sedimentation basin（1）The intake chamber being connected（20）, the intake chamber（20）
Outer wall be equipped with effluent trough（21）, the intake chamber（20）Height be more than effluent trough（21）Height, the effluent trough
（21）Outer wall be equipped with overfall board group part, the overfall board group part includes triangle weir plate（22）, the triangle weir plate
（22）Outside be equipped with retaining ring（23）, the triangle weir plate（22）With retaining ring（23）Between form lead-over groove（24）, described
Triangle weir plate（22）With effluent trough（21）It is connected, the retaining ring（23）Height be more than triangle weir plate（22）Height
Degree；
The external deslagging component includes the external ash pit (25) for being located at sedimentation basin (1) excircle, the external deslagging
The external scum pipe (26) being connected to outward is equipped in slot (25).
2. a kind of center-transmission single-pipe suction dredger according to claim 1, it is characterised in that：The dredging tube (12) to
The outer inner wall for extending to sedimentation basin (1), the length of the dredging tube (12) are less than the radius of sedimentation basin (1), the suction mud
Manage (12) and be equipped with continuously distributed mud-suction hole (27), the bottom of the dredging tube (12) be equipped with along sedimentation basin (1) bottom of pond into
The cleaning shoe (28) of row fitting rotation, the dredging tube (12) is with sludge pipe (11) in rigid connection；
The top of the center rotating cage (7) is in gun iron link with revolving support platform (9), and the diameter of the sludge pipe (11) is big
Less than the diameter of center rotating cage (7), the inner wall of the center rotating cage (7) is equipped with to be rotated along newel (10), described
The bottom of newel (10) and the bottom of sedimentation basin (1) are fixed；
The blow-down pipe (29) for extending upwardly to and being connected with sedimentation basin (1) is equipped in the sludge pipe (13)；
The height of the English truss (14) is gradually expanded from outer end to inner end, is set in the outer end of the English truss (14)
There is clump weight (30)；
Pass through drag-line (31) respectively between the dredging tube (12) and center rotating cage (7), between dredging tube (12) and center rotating cage (7)
Positioning is adjusted；
The top of the triangle weir plate (22) is equipped with continuously distributed water outlet tooth (32).
3. a kind of center-transmission single-pipe suction dredger according to claim 2, it is characterised in that：The sludge pipe (11) with
The stitching portion of dredging tube is equipped with auxiliary scraper plate (33), and one end of the auxiliary scraper plate (33) is pressed from both sides with dredging tube (12) in 120 degree
Angle is distributed, and the other end and sludge pipe (11) of the auxiliary scraper plate (33) are fixed, and the cleaning shoe (28) is rubber parts, institute
The rectangular distribution in cross section for the dredging tube (12) stated, the dredging tube (12) is in diagonal support positioning；
Between the top and the outer wall of newel (10) of the sludge pipe (11), the bottom of sludge pipe (11) and sedimentation basin (1) pond
Pass through water stop rubber circle (34) movable sealing between bottom respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721646544.0U CN207614421U (en) | 2017-12-01 | 2017-12-01 | A kind of center-transmission single-pipe suction dredger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721646544.0U CN207614421U (en) | 2017-12-01 | 2017-12-01 | A kind of center-transmission single-pipe suction dredger |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207614421U true CN207614421U (en) | 2018-07-17 |
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ID=62825305
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721646544.0U Active CN207614421U (en) | 2017-12-01 | 2017-12-01 | A kind of center-transmission single-pipe suction dredger |
Country Status (1)
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| CN (1) | CN207614421U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107998698A (en) * | 2017-12-01 | 2018-05-08 | 浙江升蓝环保科技有限公司 | A kind of center-transmission single-pipe suction dredger and operating method |
| CN112870777A (en) * | 2021-02-07 | 2021-06-01 | 康健岚 | A skimming collection device for sewage treatment |
-
2017
- 2017-12-01 CN CN201721646544.0U patent/CN207614421U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107998698A (en) * | 2017-12-01 | 2018-05-08 | 浙江升蓝环保科技有限公司 | A kind of center-transmission single-pipe suction dredger and operating method |
| CN112870777A (en) * | 2021-02-07 | 2021-06-01 | 康健岚 | A skimming collection device for sewage treatment |
| CN112870777B (en) * | 2021-02-07 | 2022-08-19 | 广西建工科净源生态环保产业投资有限公司 | A skimming collection device for sewage treatment |
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