CN209596636U - A kind of pipeline desilts mechanism - Google Patents
A kind of pipeline desilts mechanism Download PDFInfo
- Publication number
- CN209596636U CN209596636U CN201920143055.6U CN201920143055U CN209596636U CN 209596636 U CN209596636 U CN 209596636U CN 201920143055 U CN201920143055 U CN 201920143055U CN 209596636 U CN209596636 U CN 209596636U
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- China
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- mud
- wirerope
- cesspool
- supporting block
- pulley
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Abstract
The utility model discloses a kind of pipelines to desilt mechanism, including cesspool, dredging tube road, mud-scraping mechanism, right pulley, the first wirerope, hoist engine, left chain wheel, the second wirerope, pulley yoke, clump weight, hoist engine pulls mud-scraping mechanism to move to right by the first wirerope, Po Ni mechanism work in supporting block is set, when encountering sludge, due to discontinuity, with the Forward of mud-scraping mechanism, pivoted housing can rotate along shaft, break sludge so that harrow nail be driven to rotate while moving；When backhaul, hoist engine is rotated backward, and configuration block pulls mud-scraping mechanism to move to left by the second wirerope, to break to sludge, the sludge after breaking can be discharged through dredging tube road.Right pulley is used for the deflecting of the first wirerope, and left chain wheel and pulley yoke are used for the deflecting of the second wirerope.The apparatus structure is simple, can break to the sludge in dredging tube road, effectively mention and desilt efficiency.
Description
Technical field
The utility model relates to a kind of mechanical devices more particularly to a kind of pipeline to desilt mechanism.
Background technique
So-called sewage treatment refers to reach sewage and being discharged into a certain water body or the water quality requirement reused and carry out to it
The process of purification.Due to containing fine sand, mud granule in sewage, when sewage is in precipitation process, these fine sands, mud granule are heavy
Shallow lake collects in cesspool bottom, draws sludge using sludge machine in the prior art, inhales mud principle are as follows: by being laid at sludge-tank bottom
Dredging tube, then dredging tube is docked with dredge pump, dredge pump can be drawn sludge by dredging tube, due to the sludge in sewage
It would also adhere to the inner wall in dredging tube road, over time, dredging tube road caused to block, cause sludge to be drawn unsmooth, it has to logical
It crosses and manually removes sludge in pipeline, not only inefficiency, but also operating difficulties.In view of the above drawbacks, it is really necessary to design
A kind of pipeline desilts mechanism.
Utility model content
Technical problem to be solved by the utility model is to provide a kind of pipelines to desilt mechanism, to solve manually
The problem of removing sludge inefficiency in pipeline.
In order to solve the above technical problems, the technical solution of the utility model is: a kind of pipeline desilts mechanism, including sewage
The bottom of cesspool is arranged in pond, dredging tube road, the dredging tube road, further includes mud-scraping mechanism, right pulley, the first steel wire
Rope, hoist engine, left chain wheel, the second wirerope, pulley yoke, clump weight, the mud-scraping mechanism are arranged inside dredging tube road, institute
The right pulley stated is located at cesspool bottom right, and the right pulley is connected with cesspool by bolt, first wirerope
Left end be located on the right side of mud-scraping mechanism, first wirerope is connected with mud-scraping mechanism buckle, and the hoist engine is positioned at dirty
On the right side of sink top, the hoist engine is connected with cesspool by bolt, and the right end of first wirerope bypasses right pulley
It is connected with hoist engine by bolt, the left chain wheel is located at cesspool bottom left, and the left chain wheel passes through with cesspool
Bolt is connected, and the right end of second wirerope is located on the left of mud-scraping mechanism, second wirerope and mud-scraping mechanism card
Button is connected, and the pulley yoke is located at cesspool top left side, and the pulley yoke is connected with cesspool by bolt, and described the
The left end of two wirerope bypasses left chain wheel and pulley yoke respectively and is connected with clump weight buckle.
The utility model further improves as follows:
Further, the mud-scraping mechanism further includes supporting block, idler wheel, Po Ni mechanism, pull ring, and the idler wheel is located at
On the outside of supporting block and it is located on the inside of dredging tube road, the idler wheel is weldingly connected with supporting block, and the Po Ni mechanism is located at branch
On the outside of bracer, the Po Ni mechanism is connected with supporting block screw thread, and the pull ring quantity is 2, along supporting block front-rear direction
It is arranged symmetrically.
Further, the quantity of the idler wheel is 3, is evenly arranged along supporting block circumferencial direction, is arranged in supporting block
Idler wheel for being oriented to so that the stable no impact of supporting block.
Further, the Po Ni mechanism further includes shaft, pivoted housing, harrow nail, and the shaft is located on the outside of supporting block,
The shaft is connected with supporting block screw thread, and the shaft runs through pivoted housing, and the pivoted housing is connected with shaft clearance fit, institute
The harrow nail stated is located on the outside of pivoted housing, and the harrow nail is weldingly connected with pivoted housing.
Further, the supporting block is additionally provided with mud leakage hole, and the mud leakage hole is used through support block main body, mud leakage hole
Pass through supporting block in sludge.
Compared with prior art, which desilts mechanism, and when work, hoist engine pulls mud-scraping mechanism by the first wirerope
It moves to right, the Po Ni mechanism work in supporting block is set, when encountering sludge, due to discontinuity, with mud-scraping mechanism
Forward, pivoted housing can rotate along shaft, break sludge so that harrow nail be driven to rotate while moving；When backhaul, volume
The machine of raising rotates backward, and configuration block pulls mud-scraping mechanism to move to left by the second wirerope, to break to sludge, after breaking
Sludge can be discharged through dredging tube road.Right pulley is used for the deflecting of the first wirerope, and left chain wheel and pulley yoke are used for the second steel wire
The deflecting of rope.The apparatus structure is simple, can break to the sludge in dredging tube road, effectively mention and desilt efficiency.
Detailed description of the invention
Fig. 1 shows the utility model main view
Fig. 2 shows the utility model mud-scraping mechanism structural schematic diagrams
Fig. 3 shows the utility model and breaks mud mechanism structure schematic diagram
In figure: cesspool 1, dredging tube road 2, mud-scraping mechanism 3, right pulley 4, the first wirerope 5, hoist engine 6, left chain wheel 7,
Second wirerope 8, clump weight 10, supporting block 301, idler wheel 302, Po Ni mechanism 303, pull ring 304, shaft 305, turns pulley yoke 9
Cover 306, harrow nail 307, mud leakage hole 308.
Specific embodiment
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of pipeline desilts mechanism, including cesspool 1, dredging tube road 2, the dredging tube
The bottom of cesspool 1 is arranged in road 2, further includes mud-scraping mechanism 3, right pulley 4, the first wirerope 5, hoist engine 6, left chain wheel 7,
Two wirerope 8, pulley yoke 9, clump weight 10, the mud-scraping mechanism 3 are arranged inside dredging tube road 2, the right pulley 4
In 1 bottom right of cesspool, the right pulley 4 is connected with cesspool 1 by bolt, the left end position of first wirerope 5
In 3 right side of mud-scraping mechanism, first wirerope 5 is connected with the buckle of mud-scraping mechanism 3, and the hoist engine 6 is located at cesspool 1
Top right side, the hoist engine 6 are connected with cesspool 1 by bolt, and the right end of first wirerope 5 bypasses right pulley 4
It is connected with hoist engine 6 by bolt, the left chain wheel 7 is located at 1 bottom left of cesspool, the left chain wheel 7 and cesspool 1
It is connected by bolt, the right end of second wirerope 8 is located at the left side of mud-scraping mechanism 3, second wirerope 8 and scrapes mud
The buckle of mechanism 3 is connected, and the pulley yoke 9 is located at 1 top left side of cesspool, and the pulley yoke 9 and cesspool 1 pass through bolt
It is connected, the left end of second wirerope 8 bypasses left chain wheel 7 and pulley yoke 9 respectively and is connected with the buckle of clump weight 10, and described scrapes
Mud mechanism 3 further includes supporting block 301, idler wheel 302, Po Ni mechanism 303, pull ring 304, and the idler wheel 302 is located at supporting block 301
Outside and it is located at the inside of dredging tube road 2, the idler wheel 302 is weldingly connected with supporting block 301,303, the Po Ni mechanism
In 301 outside of supporting block, the Po Ni mechanism 303 is connected with 301 screw thread of supporting block, and the pull ring quantity is 2, along branch
301 front-rear direction of bracer is arranged symmetrically, and the quantity of the idler wheel 302 is 3, is evenly arranged along 301 circumferencial direction of supporting block, if
The idler wheel 302 in supporting block 301 is set for being oriented to, so that the stable no impact of supporting block 301, the Po Ni mechanism
303 further include shaft 305, pivoted housing 306, harrow nail 307, and the shaft 305 is located at 301 outside of supporting block, the shaft 305
It is connected with 301 screw thread of supporting block, the shaft 305 runs through pivoted housing, and the pivoted housing 306 is connected with 305 clearance fit of shaft,
The harrow nail 307 is located at 306 outside of pivoted housing, and the harrow nail 307 is weldingly connected with pivoted housing 306, and the supporting block 301 is also
Equipped with mud leakage hole 308, the mud leakage hole 308 runs through 301 main body of supporting block, and mud leakage hole 308 passes through supporting block for sludge
301, which desilts mechanism, and when work, hoist engine 6 pulls mud-scraping mechanism 3 to move to right by the first wirerope 5, and setting is supporting
Po Ni mechanism 303 on block 301 works, when encountering sludge, due to discontinuity, with the Forward of mud-scraping mechanism 3, pivoted housing
306 can rotate along shaft 305, break sludge so that harrow nail 307 be driven to rotate while moving；When backhaul, volume
It raises machine 6 to rotate backward, configuration block 10 pulls mud-scraping mechanism 3 to move to left by the second wirerope 5, to break sludge, breaks
Sludge after opening can be discharged through dredging tube road 2.Right pulley 4 is used for the deflecting of the first wirerope 5, and left chain wheel 7 and pulley yoke 9 are used
In the deflecting of the second wirerope 8.The apparatus structure is simple, can break to the sludge in dredging tube road, effectively mention and desilt efficiency.
The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned
Hair, without creative labor, the various transformation made are all fallen within the protection scope of the utility model.
Claims (5)
1. a kind of pipeline desilts mechanism, including cesspool, dredging tube road, the bottom of cesspool is arranged in the dredging tube road,
Characterized by further comprising mud-scraping mechanism, right pulley, the first wirerope, hoist engine, left chain wheel, the second wirerope, pulley yoke, match
Pouring weight, the mud-scraping mechanism are arranged inside dredging tube road, and the right pulley is located at cesspool bottom right, the right side
Pulley is connected with cesspool by bolt, and the left end of first wirerope is located on the right side of mud-scraping mechanism, first steel wire
Rope is connected with mud-scraping mechanism buckle, and the hoist engine is located at cesspool top right side, and the hoist engine passes through with cesspool
Bolt is connected, and the right end of first wirerope is connected with hoist engine by bolt around right pulley, and the left chain wheel is located at
Cesspool bottom left, the left chain wheel are connected with cesspool by bolt, and the right end of second wirerope, which is located at, to be scraped
On the left of mud mechanism, second wirerope is connected with mud-scraping mechanism buckle, and the pulley yoke is located at cesspool top left side,
The pulley yoke is connected with cesspool by bolt, the left end of second wirerope bypass respectively left chain wheel and pulley yoke with
Clump weight buckle is connected.
2. pipeline as described in claim 1 desilts mechanism, it is characterised in that the mud-scraping mechanism further includes supporting block, rolling
Wheel, Po Ni mechanism, pull ring, the idler wheel are located on the outside of supporting block and are located on the inside of dredging tube road, the idler wheel and support
Block welding is connected, and the Po Ni mechanism is located on the outside of supporting block, and the Po Ni mechanism is connected with supporting block screw thread, described
Pull ring quantity is 2, is arranged symmetrically along supporting block front-rear direction.
3. pipeline as claimed in claim 2 desilts mechanism, it is characterised in that the quantity of the idler wheel is 3, along supporting block circle
Circumferential direction is evenly arranged.
4. pipeline as claimed in claim 2 desilts mechanism, it is characterised in that the Po Ni mechanism further include shaft, pivoted housing,
Harrow nail, the shaft are located on the outside of supporting block, and the shaft is connected with supporting block screw thread, and the shaft runs through pivoted housing,
The pivoted housing is connected with shaft clearance fit, and the harrow nail is located on the outside of pivoted housing, and the harrow nail is weldingly connected with pivoted housing.
5. pipeline as claimed in claim 2 desilts mechanism, it is characterised in that the supporting block is additionally provided with mud leakage hole, described
Mud leakage hole is through support block main body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920143055.6U CN209596636U (en) | 2019-01-28 | 2019-01-28 | A kind of pipeline desilts mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920143055.6U CN209596636U (en) | 2019-01-28 | 2019-01-28 | A kind of pipeline desilts mechanism |
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| Publication Number | Publication Date |
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| CN209596636U true CN209596636U (en) | 2019-11-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920143055.6U Active CN209596636U (en) | 2019-01-28 | 2019-01-28 | A kind of pipeline desilts mechanism |
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| CN (1) | CN209596636U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113151642A (en) * | 2021-04-29 | 2021-07-23 | 江苏新宏大集团有限公司 | Helical blade surface quenching device and method |
-
2019
- 2019-01-28 CN CN201920143055.6U patent/CN209596636U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113151642A (en) * | 2021-04-29 | 2021-07-23 | 江苏新宏大集团有限公司 | Helical blade surface quenching device and method |
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