CN208617669U - A kind of anticlogging septic tank - Google Patents
A kind of anticlogging septic tank Download PDFInfo
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- CN208617669U CN208617669U CN201821270905.0U CN201821270905U CN208617669U CN 208617669 U CN208617669 U CN 208617669U CN 201821270905 U CN201821270905 U CN 201821270905U CN 208617669 U CN208617669 U CN 208617669U
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- anticlogging
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Abstract
The utility model provides a kind of anticlogging septic tank, belongs to technical field of sewage treatment equipment.This septic tank includes main body, partition one and partition two are provided in main body, body lumen is divided into level-one cell cavity by partition one and partition two, second level cell cavity and three-level cell cavity, the soil pipe one of the bottom of connection level-one cell cavity and the top of second level cell cavity is fixedly installed on partition one, the soil pipe two of the bottom of connection second level cell cavity and the top of three-level cell cavity is fixedly installed on partition two, it is rotatably connected between partition one and partition two through level-one cell cavity, the shaft of second level cell cavity and three-level cell cavity, batch mixing oar one is fixedly installed in shaft, batch mixing oar two and batch mixing oar three, batch mixing oar one is located at the lower section of excrement entrance, batch mixing oar two is located at the lower section of the discharge end of soil pipe one, batch mixing oar three is located at the lower section of the discharge end of soil pipe two.The utility model has many advantages, such as that excrement can be stirred, and prevents blocking.
Description
Technical field
The utility model belongs to technical field of sewage treatment equipment, is related to a kind of anticlogging septic tank.
Background technique
Three-level septic tank is made of three ponds being connected, centre by manure through pipe connection, mainly using anaerobic fermentation, in
Layer crosses excrement and parasitic ovum specific gravity is greater than the principle for generally mixing with liquor ratio weight and being easy to precipitate.Excrement is by entering first into excrement mouth
Pond, excrement starts fermentation and decomposes, can be divided into three layers naturally because of specific gravity difference liquid manure in pond, and upper layer is paste excrement skin, and lower layer is block
Shape or shape excrement slag, middle layer are more clear liquid manure.
In order to enable excrement is new and old to replace, second level pond is entered by low-level culture pool, three-level pond is entered by second level pond, connects level-one
Pond connect the bottom of low-level culture pool and the top in second level pond with the soil pipe in second level pond, and the soil pipe connected between second level pond and three-level pond connects
The bottom in second level pond and the top in three-level pond are connect, still, particle and excrement slag is formed in bottom after excrement layering, is easy to make soil pipe
At blocking, making can not intercommunication between at different levels.
Utility model content
The purpose of this utility model is aiming at the above problems existing in the prior art, to provide a kind of anticloggingization excrement
Pond, technical problem to be solved in the utility model are how to improve the reliability of septic tank, effectively prevent the blocking of excrement slag each
Channel.
The purpose of this utility model can be realized by the following technical scheme: a kind of anticlogging septic tank, feature exist
In this septic tank includes main body, and partition one and partition two are provided in the main body, and partition one and partition two divide body lumen
It is divided into level-one cell cavity, second level cell cavity and three-level cell cavity, the bottom and two of connection level-one cell cavity is fixedly installed on the partition one
The soil pipe one at the top of grade cell cavity is fixedly installed the bottom of connection second level cell cavity and the top of three-level cell cavity on the partition two
Soil pipe two, the excrement entrance of connection level-one cell cavity and the faeces outlet for being connected to three-level cell cavity are provided in the main body, it is described
The shaft through level-one cell cavity, second level cell cavity and three-level cell cavity is rotatably connected between partition one and partition two, in the shaft
It is fixedly installed batch mixing oar one, batch mixing oar two and batch mixing oar three, the batch mixing oar one is located at the lower section of excrement entrance, the mixing
Paddle two is located at the lower section of the discharge end of soil pipe one, and the batch mixing oar three is located at the lower section of the discharge end of soil pipe two.
Excrement has excrement entrance to enter level-one cell cavity, and when entrance, excrement hits batch mixing oar one, can drive to a certain extent
Rotate shaft, when excrement enters second level cell cavity by level-one cell cavity, excrement can cause to hit to batch mixing oar two, so as to drive
Shaft is rotated, similarly, when excrement enters three-level cell cavity, can also shaft be driven to rotate, the rotation of shaft can make batch mixing oar
One, batch mixing oar two and batch mixing oar three rotate, and are stirred to the excrement in level-one cell cavity, second level cell cavity and three-level cell cavity, a side
Face prevents excrement, excrement slag to be bonded in main body and each position wall surface, and it is more efficient and thorough to decompose manure fermentation, another party
Face can prevent the excrement slag of bottom and excrement particles from resulting in blockage to soil pipe one and soil pipe two, and the rotation of shaft is to pass through excrement
Flow driving, and same shaft connects batch mixing oar one, batch mixing oar two and batch mixing oar three simultaneously, make shaft speed and
The probability of rotation is higher.
In a kind of above-mentioned anticlogging septic tank, this septic tank further includes one for level-one cell cavity, second level pond
The cleaning plant that chamber and three-level cell cavity are dredged.
In a kind of above-mentioned anticlogging septic tank, the cleaning plant include supervisor be connected to be responsible for manifold one,
Manifold two and manifold three, the manifold one, manifold two and manifold three are connected with level-one cell cavity, second level cell cavity and three-level cell cavity respectively
It is logical, a piston is slidably connected in the supervisor, one end of the supervisor is provided with a water receiving pipe, and the water receiving pipe goes out to be provided with
One check valve, a push rod is connected on the piston, and the push rod stretches out except the other end of supervisor.
Water receiving pipe connects water source, repeatedly pull push rod, makes piston sliding in supervisor, so that clean water high pressure is sent into
In level-one cell cavity, second level cell cavity and three-level cell cavity, inlet valve is closed, the waste water after making cleaning is discharged from faeces outlet, thus right
Level-one cell cavity, second level cell cavity and three-level cell cavity are cleaned.
In a kind of above-mentioned anticlogging septic tank, the excrement inlet is provided with inlet valve.
In a kind of above-mentioned anticlogging septic tank, the manifold one connects the cleaning for protruding into low-level culture pool bottom of chamber portion
Guan Yi, the manifold two connect the cleaning pipe two for protruding into second level cell cavity bottom, and the manifold three connects one and protrudes into three-level
The cleaning pipe three of cell cavity bottom.
In a kind of above-mentioned anticlogging septic tank, being fixedly installed on the push rod can be threaded in supervisor's
The sealing cover of end.
In a kind of above-mentioned anticlogging septic tank, be provided in the main body respectively with manifold one, manifold two and discrimination
The corresponding three piece-root graftings pipe of pipe three is distinguished between the adapter tube and manifold one, between adapter tube and manifold two, between adapter tube and manifold three
It is connected by a pipe connecting structure.
In a kind of above-mentioned anticlogging septic tank, the pipe connecting structure includes being arranged in one outer end of manifold, manifold
Screw thread one at three outer end of two outer ends and manifold, this pipe connecting structure further include be arranged in adapter tube outer end at screw thread two, can
The attaching nut cooperated with screw thread one and screw thread two, the outer end of the manifold one, manifold two and manifold three all have an annular
Boss has the annular groove cooperated with boss on the outer end face of the adapter tube, and the inner end of the adapter tube, which is arranged with, is resisted against connection spiral shell
Clip one between female and main body, the inner end of the manifold one, manifold two and manifold three, which is arranged with, is resisted against attaching nut and master
Clip two between pipe.
Boss and annular groove cooperate, and increase contact area, make the connection sealing of adapter tube with manifold one, manifold two and manifold three
More preferably, by attaching nut, manifold one, manifold two, manifold three and adapter tube are connected, makes to connect spiral shell by clip one and clip two
Mother is positioned, and at the same time, compresses the contact site between boss and annular groove, realize sealing, thus improve bonding strength and
The reliability of connection.
In a kind of above-mentioned anticlogging septic tank, watch window is provided in the main body.
In a kind of above-mentioned anticlogging septic tank, the main body includes upper semi-body and lower semi-body, the upper semi-body and
It is detachably connected between lower semi-body.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the main body of this septic tank.
Fig. 2 is the sectional view of this septic tank.
Fig. 3 is the enlarged drawing for applying part A in 2.
In figure, 1, main body;11, partition one;12, partition two;13, level-one cell cavity;14, second level cell cavity;15, three-level cell cavity;
16, excrement entrance;17, faeces outlet;21, soil pipe one;22, soil pipe two;31, shaft;32, batch mixing oar one;33, batch mixing oar two;
34, batch mixing oar three;41, it is responsible for;42, manifold one;43, manifold two;44, manifold three;45, it takes over;51, piston;52, water receiving pipe;
53, check valve;54. push rod;55, cleaning pipe one;56, cleaning pipe two;57, cleaning pipe three;61, screw thread one;62, screw thread two;63,
Attaching nut;64, boss;65, annular groove;66, clip one;67, clip two;7, watch window;8, sealing cover.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As depicted in figs. 1 and 2, this septic tank includes main body 1, and partition 1 and partition 2 12, partition are provided in main body 1
1 and partition 2 12 1 inner cavity of main body is divided into level-one cell cavity 13, second level cell cavity 14 and three-level cell cavity 15, it is solid on partition 1
Surely it is provided with the soil pipe 1 of the bottom of connection level-one cell cavity 13 and the top of second level cell cavity 14, is fixedly installed on partition 2 12
It is connected to the soil pipe 2 22 of the bottom of second level cell cavity 14 and the top of three-level cell cavity 15, connection level-one cell cavity 13 is provided in main body 1
Excrement entrance 16 and the faeces outlet 17 for being connected to three-level cell cavity 15, be rotatably connected to and run through between partition 1 and partition 2 12
The shaft 31 of level-one cell cavity 13, second level cell cavity 14 and three-level cell cavity 15 is fixedly installed batch mixing oar 1, batch mixing oar in shaft 31
2 33 and batch mixing oar 3 34, batch mixing oar 1 be located at the lower section of excrement entrance 16, batch mixing oar 2 33 is located at the discharging of soil pipe 1
The lower section at end, batch mixing oar 3 34 are located at the lower section of the discharge end of soil pipe 2 22.
Excrement has excrement entrance 16 to enter level-one cell cavity 13, and when entrance, excrement hits batch mixing oar 1, can be in certain journey
Shaft 31 is driven to rotate on degree, when excrement enters second level cell cavity 14 by level-one cell cavity 13, excrement can cause batch mixing oar 2 33
It hits, so as to drive shaft 31 to rotate, similarly, when excrement enters three-level cell cavity 15, shaft 31 can also be driven to rotate, turned
The rotation of axis 31 can be such that batch mixing oar 1, batch mixing oar 2 33 and batch mixing oar 3 34 rotates, to level-one cell cavity 13, second level cell cavity
14 and three-level cell cavity 15 in excrement be stirred, on the one hand prevent excrement, excrement slag to be bonded in main body 1 and each position wall surface,
And it is more efficiently and thorough to decompose manure fermentation, the excrement slag and excrement particles that on the other hand can prevent bottom are to soil pipe 1
It results in blockage with soil pipe 2 22, the rotation of shaft 31 is the flow driving by excrement, and same shaft 31 connects mix simultaneously
Expect that paddle 1, batch mixing oar 2 33 and batch mixing oar 3 34, the probability of the speed and rotation that make shaft 31 are higher.
As shown in Figures 2 and 3, this septic tank further includes one for level-one cell cavity 13, second level cell cavity 14 and three-level pond
The cleaning plant that chamber 15 is dredged.Cleaning plant includes manifold 1, manifold 2 43 and the discrimination be responsible for 41 be connected to supervisor 41
Pipe 3 44, manifold 1, manifold 2 43 and manifold 3 44 are connected with level-one cell cavity 13, second level cell cavity 14 and three-level cell cavity 15 respectively
It is logical, a piston 51 is slidably connected in supervisor 41, the one end for being responsible for 41 is provided with a water receiving pipe 52, and water receiving pipe 52, which goes out, is provided with one
Check valve 53, a push rod 54 is connected on piston 51, and push rod 54 stretches out except the other end of supervisor 41.
Water receiving pipe 52 connects water source, repeatedly pull push rod 54, slides piston 51 in supervisor 41, thus by clean water
High pressure is sent into level-one cell cavity 13, second level cell cavity 14 and three-level cell cavity 15, and inlet valve is closed, and the waste water after making cleaning goes out from excrement
Mouth 17 is discharged, to clean to level-one cell cavity 13, second level cell cavity 14 and three-level cell cavity 15.
Inlet valve is provided at excrement entrance 16.
Manifold 1 connects the cleaning pipe 1 for protruding into 13 bottom of level-one cell cavity, and manifold 2 43 connects one and protrudes into two
The cleaning pipe 2 56 of 14 bottom of grade cell cavity, manifold 3 44 connect the cleaning pipe 3 57 for protruding into 15 bottom of three-level cell cavity.
The sealing cover 8 that can be threaded in the end of supervisor 41 is fixedly installed on push rod 54;It is provided in main body 1 point
Three piece-root graftings pipe 45 not corresponding with manifold 1, manifold 2 43 and manifold 3 44, between adapter tube 45 and manifold 1, adapter tube 45 with
It is connected respectively by a pipe connecting structure between manifold 2 43, between adapter tube 45 and manifold 3 44.
As shown in figure 3, pipe connecting structure includes being arranged in 3 44 outer end of one 42 outer end of manifold, 2 43 outer end of manifold and manifold
The screw thread 1 at place, this pipe connecting structure further include be arranged in screw thread 2 62 at 45 outer end of adapter tube, can with screw thread 1 and
The attaching nut 63 that screw thread 2 62 cooperates, the outer end of manifold 1, manifold 2 43 and manifold 3 44 all have the boss of an annular
64, there is the annular groove 65 cooperated with boss 64, the inner end of adapter tube 45, which is arranged with, is resisted against attaching nut on the outer end face of adapter tube 45
Clip 1 between 63 and main body 1, the inner end of manifold 1, manifold 2 43 and manifold 3 44, which is arranged with, is resisted against attaching nut
Clip 2 67 between 63 and supervisor 41.
Boss 64 and annular groove 65 cooperate, and increase contact area, make adapter tube 45 and manifold 1, manifold 2 43 and manifold 3 44
Connection sealing it is more preferable, by attaching nut 63, connect manifold 1, manifold 2 43, manifold 3 44 with adapter tube 45, pass through
Clip 1 and clip 2 67 position attaching nut 63, at the same time, make the contact site between boss 64 and annular groove 65
It compresses, sealing is realized, to improve the reliability of bonding strength and connection.
Watch window 7 is provided in main body 1;Main body 1 includes upper semi-body and lower semi-body, removable between upper semi-body and lower semi-body
Unload connection.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. a kind of anticlogging septic tank, which is characterized in that this septic tank includes main body (1), be provided in the main body (1) every
Main body (1) inner cavity is divided into level-one cell cavity (13), two by plate one (11) and partition two (12), partition one (11) and partition two (12)
Grade cell cavity (14) and three-level cell cavity (15) is fixedly installed the bottom and two for being connected to level-one cell cavity (13) on the partition one (11)
The soil pipe one (21) at the top of grade cell cavity (14) is fixedly installed the bottom of connection second level cell cavity (14) on the partition two (12)
With the soil pipe two (22) at the top of three-level cell cavity (15), the excrement that connection level-one cell cavity (13) is provided on the main body (1) enters
Mouthful (16) and the faeces outlet (17) for being connected to three-level cell cavity (15), are rotatablely connected between the partition one (11) and partition two (12)
There is the shaft (31) through level-one cell cavity (13), second level cell cavity (14) and three-level cell cavity (15), fixation is set on the shaft (31)
It is equipped with batch mixing oar one (32), batch mixing oar two (33) and batch mixing oar three (34), the batch mixing oar one (32) is located at excrement entrance (16)
Lower section, the batch mixing oar two (33) is located at the lower section of the discharge end of soil pipe one (21), and the batch mixing oar three (34) is located at soil pipe
The lower section of the discharge end of two (22).
2. a kind of anticlogging septic tank according to claim 1, which is characterized in that this septic tank further include one for pair
The cleaning plant that level-one cell cavity (13), second level cell cavity (14) and three-level cell cavity (15) are dredged.
3. a kind of anticlogging septic tank according to claim 2, which is characterized in that the cleaning plant includes supervisor (41)
Be connected to supervisor (41) manifold one (42), manifold two (43) and manifold three (44), the manifold one (42), manifold two (43) and
Manifold three (44) is connected with level-one cell cavity (13), second level cell cavity (14) and three-level cell cavity (15) respectively, in the supervisor (41)
It slidably connects a piston (51), one end of the supervisor (41) is provided with a water receiving pipe (52), is set at the water receiving pipe (52)
It is equipped with a check valve (53), is connected with a push rod (54) on the piston (51), the push rod (54) stretches out the another of supervisor (41)
Except one end.
4. a kind of according to claim 1 or 2 or 3 anticlogging septic tanks, which is characterized in that at the excrement entrance (16)
It is provided with inlet valve.
5. a kind of anticlogging septic tank according to claim 3, which is characterized in that the manifold one (42) connects one and stretches
Enter the cleaning pipe one (55) of level-one cell cavity (13) bottom, the manifold two (43) connects one and protrudes into second level cell cavity (14) bottom
Cleaning pipe two (56), the manifold three (44) connect the cleaning pipe three (57) for protruding into three-level cell cavity (15) bottom.
6. a kind of anticlogging septic tank according to claim 3, which is characterized in that be fixedly installed on the push rod (54)
The sealing cover (8) of the end of supervisor (41) can be threaded in.
7. a kind of anticlogging septic tank according to claim 3, which is characterized in that be provided with difference on the main body (1)
Three piece-root graftings pipe (45) corresponding with manifold one (42), manifold two (43) and manifold three (44), the adapter tube (45) and manifold one
(42) knot is connect by a pipe respectively between, between adapter tube (45) and manifold two (43), between adapter tube (45) and manifold three (44)
Structure is connected.
8. a kind of anticlogging septic tank according to claim 7, which is characterized in that the pipe connecting structure includes that setting exists
Screw thread one (61) at manifold one (42) outer end, manifold two (43) outer end and manifold three (44) outer end, this pipe connecting structure also wrap
The attaching nut that includes the screw thread two (62) being arranged at adapter tube (45) outer end, can cooperate with screw thread one (61) and screw thread two (62)
(63), the outer end of the manifold one (42), manifold two (43) and manifold three (44) all has the boss (64) of an annular, described to connect
Managing has the annular groove (65) cooperated with boss (64) on the outer end face of (45), the inner end of the adapter tube (45) is arranged with the company of being resisted against
Clip one (66) between connected nut (63) and main body (1), the manifold one (42), manifold two (43) and manifold three (44) it is interior
End cap is equipped with the clip two (67) for being resisted against attaching nut (63) and being responsible between (41).
9. a kind of according to claim 1 or 2 or 3 or 5 or 6 or 7 anticlogging septic tanks, which is characterized in that the main body
(1) watch window (7) are provided on.
10. a kind of according to claim 1 or 2 or 3 or 5 or 6 or 7 anticlogging septic tanks, which is characterized in that the main body
(1) include upper semi-body and lower semi-body, be detachably connected between the upper semi-body and lower semi-body.
Priority Applications (1)
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CN201821270905.0U CN208617669U (en) | 2018-08-07 | 2018-08-07 | A kind of anticlogging septic tank |
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CN201821270905.0U CN208617669U (en) | 2018-08-07 | 2018-08-07 | A kind of anticlogging septic tank |
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CN208617669U true CN208617669U (en) | 2019-03-19 |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN112679062A (en) * | 2020-12-01 | 2021-04-20 | 泰山学院 | Rural household septic tank |
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2018
- 2018-08-07 CN CN201821270905.0U patent/CN208617669U/en active Active
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN112679062A (en) * | 2020-12-01 | 2021-04-20 | 泰山学院 | Rural household septic tank |
CN112679062B (en) * | 2020-12-01 | 2023-03-21 | 泰山学院 | Rural household septic tank |
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