CN107649273A - A kind of sewage-treatment plant - Google Patents
A kind of sewage-treatment plant Download PDFInfo
- Publication number
- CN107649273A CN107649273A CN201710728930.2A CN201710728930A CN107649273A CN 107649273 A CN107649273 A CN 107649273A CN 201710728930 A CN201710728930 A CN 201710728930A CN 107649273 A CN107649273 A CN 107649273A
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- China
- Prior art keywords
- cavity
- rotary shaft
- tail end
- matrix
- extension
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C21/00—Disintegrating plant with or without drying of the material
Abstract
The invention discloses a kind of sewage-treatment plant, fragmentation case including matrix and installed in baseline top, the back taper chamber for extending set downwards is provided with matrix top surface, the phase break-through of back taper bottom of chamber portion is provided with the first cavity that both sides extension to the left and right is set, the second cavity is provided with matrix below first cavity, second cavity inner bottom wall is provided with the dispensing port of break-through matrix bottom surface, the 3rd cavity is provided with matrix between first cavity and the second cavity, the cavity for extending set up and down is provided with matrix on the left of 3rd cavity, extension tail end is set with extension tail end phase break-through on the left of the first cavity at the top of cavity, extension tail end in cavity bottom is set with the second cavity phase break-through, the 4th cavity is provided with matrix on the right side of 3rd cavity；The present invention is simple in construction, easy to operate, can automatically control fragmentation and alum launches work, improve and launch operating efficiency and quality.
Description
Technical field
The present invention relates to technical field of sewage, specifically a kind of sewage-treatment plant.
Background technology
Can produce large amount of sewage in industrial production and resident's daily life, if these sewage it is untreated be discharged directly into it is small
Water quality and environmental landscape can be had a strong impact in small stream, river course, it is therefore desirable to by sewage centralized collection into cesspool, by heavy
Form sediment, add a series of programs such as alum, chlorination, be finally discharged into river course.Alum is launched into sewage disposal pond before, it is necessary to big
The alum of block carries out fragmentation processing, preferably to play the adsorption function of alum, but lacks alum at present and blends, launches one
Equipment, still substantially by manpower carry out operation, alum size is uneven, launch area it is small, launch uneven, labor intensity
Greatly, waste time and energy.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of sewage-treatment plant, and it can solve the problem that above-mentioned present technology
The problem of middle.
The present invention is achieved through the following technical solutions：The present invention a kind of sewage-treatment plant, including matrix with
And the fragmentation case at the top of described matrix, described matrix top surface is interior to be provided with the back taper chamber for extending set downwards, the back taper
The phase break-through of bottom of chamber portion is provided with both sides to the left and right and extended the first cavity set, is provided with the described matrix below first cavity
Second cavity, the second cavity inner bottom wall are provided with the dispensing port of break-through described matrix bottom surface, first cavity and described the
Be provided with the 3rd cavity in described matrix between two cavitys, be provided with to extend up and down in the described matrix on the left of the 3rd cavity and set
The cavity put, the cavity top extension tail end and the extension tail end phase break-through of first cavity left side are set, the cavity bottom
Extension tail end in portion's is set with the second cavity phase break-through, and the 4th cavity is provided with the described matrix on the right side of the 3rd cavity,
4th cavity is located at the top position of extension on the right side of second cavity, and being provided with alum in second cavity launches dress
Put, be provided with storage tank in the alum delivery device inner top surface, set in second cavity on the left of the alum delivery device
There is a stage clip, be provided with second cavity on the right side of the alum delivery device and repeat push-pull device at fixed, set in the 3rd cavity
There are the first rotary shaft for extending set up and down, the 3rd cavity and described first described in the first rotary shaft top extension break-through
Described matrix and rotatable engagement between cavity are connected, and extension tail end is reached in first cavity at the top of first rotary shaft
And tail end is fixedly installed rotating disk, the 3rd cavity described in the first rotary shaft bottom extension break-through and second cavity
Between described matrix and rotatable engagement connect, the first rotary shaft bottom extension tail end reaches in the storage tank and tail end
It is fixedly installed anti-alluvial flabellum, the first cone is fixedly installed on the first rotary shaft outer surface in the 3rd cavity and is turned
Take turns, be provided with the described matrix between the 3rd cavity and the 4th cavity to bore runner and institute with described first respectively
The conduction device of repetition push-pull device at fixed mating connection is stated, the fragmentation box top is provided with closure, and described matrix bottom is fixed
Support foot is provided with, the supporting foot plate surface is fixedly installed hassock.
Preferably technical scheme, the interior fragmentation chamber, the fragmentation intracavitary or so that is provided with of the fragmentation case are provided with rotation relatively
Turn smashing device, the left and right sides fragmentation case inner roof wall rotated between smashing device is provided with adding mouth.
Preferably technical scheme, the conduction device include driver and are connected to be arranged on the driver
The left and right sides and the second rotary shaft set that extends respectively to driver side described in long distance, described the on the left of the driver
Inwall and rotatable engagement connection, the drive on the right side of 3rd cavity described in driver side extension break-through described in two rotary shaft long distances
Extension tail end in driver side described in the second rotary shaft long distance on the left of dynamic device reaches in the 3rd cavity and tail end is consolidated
Surely the second cone runner of the connection that coincide with the described first cone runner is provided with, second rotary shaft on the right side of the driver is remote
Connected away from the 4th cavity inner left wall described in the driver side extension break-through and rotatable engagement, on the right side of the driver
Extension tail end in driver side described in the second rotary shaft long distance is reached in the 4th cavity and tail end is fixedly installed the
Third hand tap runner.
Preferably technical scheme, the storage tank inner bottom wall are provided with the dispensing of alum delivery device bottom surface described in break-through
Hole.
Preferably technical scheme, the push-pull device at fixed that repeats includes the 3rd rotary shaft set that extends up and down, described
The alum delivery device described in extension break-through between the 4th cavity and second cavity and rotation at the top of 3rd rotary shaft
Turn to be connected, at the top of the 3rd rotary shaft extension tail end reach in the 4th cavity and tail end be fixedly installed with it is described
4th cone runner of the identical connection of third hand tap runner, the 3rd rotary shaft bottom extension tail end and the second cavity inner bottom wall
Rotatable engagement connects, and is fixedly installed in the 3rd rotary shaft in second cavity and alum delivery device right side
The deflecting wheel that outer face is connected.
Preferably technical scheme, the cavity inner left wall are provided with fragmentation tooth.
The beneficial effects of the invention are as follows：
1. by setting stage clip in the second cavity on the left of alum delivery device, weight is set in the second cavity on the right side of alum delivery device
Multiple push-pull device at fixed, sets the first rotary shaft for extending set up and down in the 3rd cavity, extension break-through the 3rd at the top of the first rotary shaft
Matrix between cavity and the first cavity and rotatable engagement connects, at the top of the first rotary shaft extension tail end reach in the first cavity and
Rotating disk, matrix and rotation between the cavity of the first rotary shaft bottom extension break-through the 3rd and the second cavity is fixedly installed in tail end
It is connected, the first rotary shaft bottom extension tail end is reached in storage tank and anti-alluvial flabellum, the 3rd cavity is fixedly installed in tail end
The cone of fixed setting first runner on the first interior rotary shaft outer surface, set in the matrix between the 3rd cavity and the 4th cavity to
Respectively with first cone runner and repeat push-pull device at fixed be connected conduction device, so as to realize automatically control drive dispensing and
Fragmentation works, and improves operating efficiency.
2. include driver and be connected to be arranged at left and right sides of driver and respectively to long distance by conduction device
Extend the second rotary shaft set for driver side, the second rotary shaft long distance driver side extension break-through on the left of driver
Inwall and rotatable engagement connects on the right side of 3rd cavity, the second rotary shaft long distance driver side extension tail end on the left of driver is stretched
In to the 3rd cavity and tail end fixed setting and the first cone runner coincide the second cone runner of connection, the second rotation on the right side of driver
The cavity inner left wall of rotating shaft long distance driver side extension break-through the 4th and rotatable engagement connect, the second rotation on the right side of driver
Rotating shaft long distance driver side extension tail end reaches in the 4th cavity and tail end fixed setting third hand tap runner, automatic so as to realize
Control rotation disc spins, make the rotated disc spins of alum that enter in rotating disk and get rid of leading into cavity and the first cavity connecting place
Intracavitary, worked by the fragmentation tooth on cavity and then secondary fragmentation, meanwhile, the anti-alluvial flabellum automatically controlled in storage tank continues
Rotary work, meanwhile, automatically control the work of repetition push-pull device at fixed.
3. including the 3rd rotary shaft that extension is set up and down by repeating push-pull device at fixed, extension is worn at the top of the 3rd rotary shaft
Logical alum delivery device and rotatable engagement between 4th cavity and the second cavity connects, and extension tail end is stretched at the top of the 3rd rotary shaft
In to the 4th cavity and tail end fixed setting bores runner with the 4th of the identical connection of third hand tap runner, and the 3rd rotary shaft bottom is extended
Tail end is connected with the second cavity inner bottom wall rotatable engagement, fixed setting and alum dispensing dress in the 3rd rotary shaft in the second cavity
The deflecting wheel that right side outer face is connected is put, drives alum delivery device to repeat to move left and right so as to realize, realizes and uniformly throw
Put work.
4. the present invention is simple in construction, easy to operate, automatic control type rotating disc spins can be realized, are made bright into rotating disk
The rotated disc spins of alum are simultaneously got rid of in the cavity of cavity and the first cavity connecting place, by the fragmentation tooth on cavity and then secondary broken
Chemical industry is made, meanwhile, automatically control the anti-alluvial flabellum in storage tank and continue rotary work, meanwhile, automatically control repetition push-and-pull dress
Work is put, improves operating efficiency.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is a kind of sewage-treatment plant internal structure schematic diagram of the present invention；
Fig. 2 is the sectional view of " A-A " in Fig. 1 of the present invention；
Fig. 3 is the deflecting wheel of the invention at utmost outer surface of the rotating shaft center's line side of long distance the 3rd and alum delivery device
Right side outer face compresses structural representation during sliding connection；
Fig. 4 is the fragmentation case inside top figure of the present invention.
Embodiment
As Figure 1-Figure 4, a kind of sewage-treatment plant of the invention, including matrix 8 and pushed up installed in described matrix 8
The fragmentation case 9 in portion, the top surface of described matrix 8 is interior to be provided with the back taper chamber 81 for extending set downwards, the bottom phase break-through of back taper chamber 81
Extend the first cavity 82 set provided with both sides to the left and right, and the second chamber is provided with the described matrix 8 of the lower section of the first cavity 82
Body 83, the inner bottom wall of the second cavity 83 be provided with the bottom surface of break-through described matrix 8 dispensing port 84, first cavity 82 with it is described
The 3rd cavity 85 is provided with described matrix 8 between second cavity 83, is provided with the described matrix 8 in the left side of the 3rd cavity 85
The cavity 87 that extension is set up and down, the top extension tail end of cavity 87 and the left side extension tail end phase break-through of the first cavity 82
Set, the bottom extension tail end of cavity 87 is set with the phase break-through of the second cavity 83, and the inner left wall of cavity 87 is provided with
Fragmentation tooth 871, the described matrix 8 on the right side of the 3rd cavity 85 is interior to be provided with the 4th cavity 88, and the 4th cavity 88 is located at institute
The top position of the right side extension of the second cavity 83 is stated, alum delivery device 86, the alum are provided with second cavity 83
Storage tank 861 is provided with the inner top surface of delivery device 86, the inner bottom wall of storage tank 861 is provided with alum delivery device 86 described in break-through
The dispensing hole 862 of bottom surface, second cavity 83 in the left side of alum delivery device 86 is interior to be provided with stage clip 831, the alum
It is provided with second cavity 83 on the right side of delivery device 86 and repeats push-pull device at fixed, is provided with the 3rd cavity 85 and extends up and down
The first rotary shaft 851 set, the 3rd cavity 85 and first chamber described in the top extension break-through of the first rotary shaft 851
Described matrix 8 and rotatable engagement between body 82 connect, and the top extension tail end of the first rotary shaft 851 reaches first chamber
In body 82 and tail end is fixedly installed rotating disk 821, the 3rd cavity 85 described in the bottom extension break-through of the first rotary shaft 851
Described matrix 8 and rotatable engagement between second cavity 83 are connected, and the bottom extension tail end of the first rotary shaft 851 is stretched
To in the storage tank 861 and tail end is fixedly installed anti-alluvial flabellum 854, first rotation in the 3rd cavity 85
The first cone runner 853 is fixedly installed on the outer surface of axle 851, it is described between the 3rd cavity 85 and the 4th cavity 88
The conduction device to be connected respectively with the described first cone runner 853 and the repetition push-pull device at fixed, institute are provided with matrix 8
State the top of fragmentation case 9 and be provided with closure 92, the bottom of described matrix 8 is fixedly installed support foot 80, the bottom surface of support foot 80
It is fixedly installed hassock 801.
Valuably, fragmentation chamber 91 is provided with the fragmentation case 9, left and right is relative to provided with rotation fragmentation dress in the fragmentation chamber 91
94 are put, the left and right sides inner roof wall of fragmentation case 91 rotated between smashing device 94 is provided with adding mouth 93, so as to pass through
The rotation smashing device 94 of the control left and right sides rotates against, and realizes the bulk alum entered to added mouth 93 in fragmentation chamber 91
First fragmentation work is carried out, improves the fragmentation efficiency and efficiency of bulk alum.
Valuably, the conduction device includes driver 89 and is connected to be arranged on the left and right sides of driver 89
And the second rotary shaft 891 set that extends respectively to the side of driver described in long distance 89, described the of the left side of the driver 89
The right side inwall of 3rd cavity 85 described in the side extension break-through of driver 89 described in the long distance of two rotary shaft 891 and rotatable engagement company
Connect, the side extension tail end of driver 89 described in the long distance of the second rotary shaft 891 in the left side of the driver 89 reaches described the
In three cavitys 85 and tail end is fixedly installed the second cone runner 852 of the connection that coincide with the described first cone runner 853, the driving
Described in the long distance of second rotary shaft 891 on the right side of device 89 described in the side extension break-through of driver 89 in the left side of the 4th cavity 88
Wall and rotatable engagement connection, the side of driver 89 described in the long distance of the second rotary shaft 891 on the right side of driver 89 are extended
Tail end reaches in the 4th cavity 88 and tail end is fixedly installed third hand tap runner 881, so as to realize automatic control type rotating disk
821 rotations, the rotated disk 821 of alum for making to enter in rotating disk 821 rotate and got rid of into the connecting place of 87 and first cavity of cavity 82
Cavity 87 in, by the fragmentation tooth 871 on cavity 87 and then secondary fragmentation work, meanwhile, automatically control in storage tank 861
Anti- alluvial flabellum 854 continues rotary work, prevents alum to be excessively deposited in storage tank 861 and cause dispensing hole 862 to block, together
When, automatically control the work of repetition push-pull device at fixed.
Valuably, the push-pull device at fixed that repeats includes the 3rd rotary shaft 883 set that extends up and down, the 3rd rotary shaft
The alum delivery device 86 and rotation described in 883 top extension break-through between the 4th cavity 88 and second cavity 83
Be connected, the top extension tail end of the 3rd rotary shaft 883 is reached in the 4th cavity 88 and tail end be fixedly installed with
The third hand tap runner 881 coincide connection the 4th cone runner 882, the bottom extension tail end of the 3rd rotary shaft 883 with it is described
The inner bottom wall rotatable engagement of second cavity 83 connects, and is fixedly installed in the 3rd rotary shaft 883 in second cavity 83
The deflecting wheel 884 being connected with the right side outer face of alum delivery device 86, alum delivery device 86 is driven so as to realize
Repetition moves left and right, and realizes and uniformly launches work.
When needing to launch work, alum is poured into adding mouth 93 first, meanwhile, control the rotation fragmentation of the left and right sides
Device 94 rotates against and controlled driver 89 to rotate, and the added mouth 93 of alum enters in fragmentation chamber 91, makes the left and right sides
Rotate smashing device 94 and first fragmentation work is carried out to the part bulk alum entered in fragmentation chamber 91, meanwhile, through the left and right sides
The rotation fragmentation of smashing device 94 after alum and remaining alum through the left and right sides rotate smashing device 94 between space enter
Enter in back taper chamber 81, slid into the alum in back taper chamber 81 through the inclined-plane in back taper chamber 81 to the rotating disk in the first cavity 82
821 top surfaces, now, rotated because driver 89 controls, and drive the second rotary shaft 891 of the left and right sides to revolve by driver 89
Turn, drive the second cone runner 852 to rotate by second rotary shaft 891 in the left side of driver 89, and then driven by the second cone runner 852
The first rotary shaft 851 that first cone runner 853 and first is bored on runner 853 rotates, and now, is driven by the first rotary shaft 851
The rotating disk 821 at top and the anti-alluvial flabellum 854 of bottom rotate simultaneously, make the alum into the top surface of rotating disk 821 through rotation
The rotation of rotating disk 821 is dumped into the cavity 87 of the connecting place of 87 and first cavity of cavity 82, and makes to be thrown away by rotating disk 821 bright
Alum hits with the phase of fragmentation tooth 871 in the left end face of cavity 87, realizes secondary fragmentation work, now, the alum warp after shock
Cavity 87 enters in storage tank 861, and by the lasting rotation of anti-alluvial flabellum 854, the alum for making to enter in storage tank 861 stirs
It is broken uniform, meanwhile, alum is realized that automatic alum launches work by launching hole 862, meanwhile, by the second of the right side of driver 89
Rotary shaft 891 drives third hand tap runner 881 to rotate, and then drives the 4th cone runner 882 and the 4th to bore by third hand tap runner 881
The 3rd rotary shaft 883 on runner 882 rotates, and right by the deflecting wheel 884 in the 3rd rotary shaft 883 and alum delivery device 86
Side external surface top pressure is slidably matched rotation, make alum delivery device 86 pass through coordinate with deflecting wheel 884 and the top pressure of stage clip 831 it is real
Now repeat to horizontally slip, realize that improving the scope that alum is launched refers to uniformity, at utmost long distance the 3rd is revolved when deflecting wheel 884
When the outer surface of the center line side of rotating shaft 883 compresses sliding connection with the right side outer face of alum delivery device 86, now, make
Alum delivery device 86 at utmost overcomes the leftward position that the top pressure of stage clip 831 is at utmost slid into the second cavity 83.
The beneficial effects of the invention are as follows：
1. by setting stage clip in the second cavity on the left of alum delivery device, weight is set in the second cavity on the right side of alum delivery device
Multiple push-pull device at fixed, sets the first rotary shaft for extending set up and down in the 3rd cavity, extension break-through the 3rd at the top of the first rotary shaft
Matrix between cavity and the first cavity and rotatable engagement connects, at the top of the first rotary shaft extension tail end reach in the first cavity and
Rotating disk, matrix and rotation between the cavity of the first rotary shaft bottom extension break-through the 3rd and the second cavity is fixedly installed in tail end
It is connected, the first rotary shaft bottom extension tail end is reached in storage tank and anti-alluvial flabellum, the 3rd cavity is fixedly installed in tail end
The cone of fixed setting first runner on the first interior rotary shaft outer surface, set in the matrix between the 3rd cavity and the 4th cavity to
Respectively with first cone runner and repeat push-pull device at fixed be connected conduction device, so as to realize automatically control drive dispensing and
Fragmentation works, and improves operating efficiency.
2. include driver and be connected to be arranged at left and right sides of driver and respectively to long distance by conduction device
Extend the second rotary shaft set for driver side, the second rotary shaft long distance driver side extension break-through on the left of driver
Inwall and rotatable engagement connects on the right side of 3rd cavity, the second rotary shaft long distance driver side extension tail end on the left of driver is stretched
In to the 3rd cavity and tail end fixed setting and the first cone runner coincide the second cone runner of connection, the second rotation on the right side of driver
The cavity inner left wall of rotating shaft long distance driver side extension break-through the 4th and rotatable engagement connect, the second rotation on the right side of driver
Rotating shaft long distance driver side extension tail end reaches in the 4th cavity and tail end fixed setting third hand tap runner, automatic so as to realize
Control rotation disc spins, make the rotated disc spins of alum that enter in rotating disk and get rid of leading into cavity and the first cavity connecting place
Intracavitary, worked by the fragmentation tooth on cavity and then secondary fragmentation, meanwhile, the anti-alluvial flabellum automatically controlled in storage tank continues
Rotary work, meanwhile, automatically control the work of repetition push-pull device at fixed.
3. including the 3rd rotary shaft that extension is set up and down by repeating push-pull device at fixed, extension is worn at the top of the 3rd rotary shaft
Logical alum delivery device and rotatable engagement between 4th cavity and the second cavity connects, and extension tail end is stretched at the top of the 3rd rotary shaft
In to the 4th cavity and tail end fixed setting bores runner with the 4th of the identical connection of third hand tap runner, and the 3rd rotary shaft bottom is extended
Tail end is connected with the second cavity inner bottom wall rotatable engagement, fixed setting and alum dispensing dress in the 3rd rotary shaft in the second cavity
The deflecting wheel that right side outer face is connected is put, drives alum delivery device to repeat to move left and right so as to realize, realizes and uniformly throw
Put work.
4. the present invention is simple in construction, easy to operate, automatic control type rotating disc spins can be realized, are made bright into rotating disk
The rotated disc spins of alum are simultaneously got rid of in the cavity of cavity and the first cavity connecting place, by the fragmentation tooth on cavity and then secondary broken
Chemical industry is made, meanwhile, automatically control the anti-alluvial flabellum in storage tank and continue rotary work, meanwhile, automatically control repetition push-and-pull dress
Work is put, improves operating efficiency.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of sewage-treatment plant, including matrix and the fragmentation case installed in baseline top, it is characterised in that：Matrix top surface
The interior back taper chamber provided with setting of extending downwards, the phase break-through of back taper bottom of chamber portion are provided with the first cavity that both sides extension to the left and right is set,
Be provided with the second cavity in matrix below first cavity, dispensing port of the second cavity inner bottom wall provided with break-through matrix bottom surface, first
Be provided with the 3rd cavity in matrix between cavity and the second cavity, setting of extending up and down is provided with the matrix on the left of the 3rd cavity
Cavity, cavity top extension tail end and the extension tail end phase break-through of the first cavity left side are set, cavity bottom extension tail end and second
The break-through of cavity phase is set, and the 4th cavity is provided with the matrix on the right side of the 3rd cavity, and the 4th cavity, which is located on the right side of the second cavity, to extend
The top position in portion, the second cavity is interior to be provided with alum delivery device, storage tank is provided with alum delivery device inner top surface, alum is thrown
Put and stage clip be provided with the second cavity on the left of device, be provided with the second cavity on the right side of alum delivery device and repeat push-pull device at fixed,
3rd cavity is interior to be provided with the first rotary shaft for extending set up and down, the cavity of the first rotary shaft top extension break-through the 3rd and first
Matrix and rotatable engagement between cavity are connected, and extension tail end is reached in the first cavity at the top of the first rotary shaft and tail end is fixed and set
Rotating disk is equipped with, the matrix between the cavity of the first rotary shaft bottom extension break-through the 3rd and the second cavity and rotatable engagement company
Connect, the first rotary shaft bottom extension tail end is reached in storage tank and tail end is fixedly installed anti-alluvial flabellum, in the 3rd cavity
The first cone runner is fixedly installed on first rotary shaft outer surface, be provided with the matrix between the 3rd cavity and the 4th cavity to
The conduction device being connected respectively with the first cone runner and repetition push-pull device at fixed, fragmentation box top is provided with closure, matrix
Bottom is fixedly installed support foot, and supporting foot plate surface is fixedly installed hassock.
A kind of 2. sewage-treatment plant according to claim 1, it is characterised in that：Fragmentation chamber is provided with the fragmentation case,
Described fragmentation intracavitary or so is relative to provided with rotation smashing device, the left and right sides fragmentation case rotated between smashing device
Inner roof wall is provided with adding mouth.
A kind of 3. sewage-treatment plant according to claim 1, it is characterised in that：The conduction device include driver with
And the second rotation for being arranged at left and right sides of the driver and extending respectively to driver side described in long distance and set that is connected
Rotating shaft, the 3rd cavity described in the extension break-through of driver side described in the second rotary shaft long distance on the left of the driver are right
Side inwall and rotatable engagement connect, extension tail end in driver side described in the second rotary shaft long distance on the left of the driver
Reach in the 3rd cavity and tail end is fixedly installed the second cone runner of the connection that coincide with the described first cone runner, the drive
4th cavity inner left wall and rotation described in the extension break-through of driver side described in the second rotary shaft long distance on the right side of dynamic device
Turn to be connected, extension tail end in driver side described in the second rotary shaft long distance on the right side of the driver reaches described the
In four cavitys and tail end is fixedly installed third hand tap runner.
A kind of 4. sewage-treatment plant according to claim 1, it is characterised in that：The storage tank inner bottom wall is provided with break-through
The dispensing hole of the alum delivery device bottom surface.
A kind of 5. sewage-treatment plant according to claim 2, it is characterised in that：The push-pull device at fixed that repeats is included up and down
Extend the 3rd rotary shaft set, at the top of the 3rd rotary shaft the 4th cavity and second cavity described in extension break-through it
Between the alum delivery device and rotatable engagement connect, extension tail end reaches the 4th cavity at the top of the 3rd rotary shaft
Interior and tail end is fixedly installed the 4th cone runner of the connection that coincide with the third hand tap runner, and the 3rd rotary shaft bottom is extended
Tail end is connected with the second cavity inner bottom wall rotatable engagement, is fixedly installed in the 3rd rotary shaft in second cavity
There is the deflecting wheel being connected with outer face on the right side of the alum delivery device.
A kind of 6. sewage-treatment plant according to claim 1, it is characterised in that：The cavity inner left wall is provided with fragmentation
Tooth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710728930.2A CN107649273A (en) | 2017-08-23 | 2017-08-23 | A kind of sewage-treatment plant |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710728930.2A CN107649273A (en) | 2017-08-23 | 2017-08-23 | A kind of sewage-treatment plant |
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|---|---|
| CN107649273A true CN107649273A (en) | 2018-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710728930.2A Pending CN107649273A (en) | 2017-08-23 | 2017-08-23 | A kind of sewage-treatment plant |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108554588A (en) * | 2018-03-24 | 2018-09-21 | 杨秋霞 | A kind of alum for sanitary wastewater processing is crushed and spreading integration apparatus |
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| CN205462642U (en) * | 2016-03-25 | 2016-08-17 | 江苏建筑职业技术学院 | Mineral substance fuel rubbing crusher |
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Application publication date: 20180202 |