CN207498215U - A kind of purifying processing device of municipal sewage pipe network - Google Patents
A kind of purifying processing device of municipal sewage pipe network Download PDFInfo
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- CN207498215U CN207498215U CN201721266740.5U CN201721266740U CN207498215U CN 207498215 U CN207498215 U CN 207498215U CN 201721266740 U CN201721266740 U CN 201721266740U CN 207498215 U CN207498215 U CN 207498215U
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- babinet
- sludge
- pipe
- tank
- telescopic rod
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Abstract
The utility model discloses a kind of purifying processing devices of municipal sewage pipe network, including settling tank and sludge-tank, being horizontally disposed in the sludge-tank has filter plate, enters mud pipe and return duct are provided on the sludge-tank, the enters mud pipe is arranged in sludge-tank longitudinal direction side, the sludge box positioned at enters mud pipe lower part is provided on the filter plate, the sludge box includes mutually isolated the first babinet and the second babinet positioned at the first babinet cross side, first babinet and the second babinet top are disposed as opening and its bottom end is fixedly installed sieve plate, sludge pipe is both provided on first babinet and the second babinet, valve is provided on the sludge pipe, the sludge box is equipped with the first driving mechanism that it is driven to slide laterally；By the way that the first babinet and the second babinet is set alternately to graft clay, ensure that sludge-tank can be with continuous work, so as to improve the working efficiency of purifying processing device.
Description
Technical field
The utility model is related to dirty water decontamination handles technical field, more specifically, it relates to a kind of municipal sewage pipe network
Purifying processing device.
Background technology
As Chinese Urbanization develops, the construction of municipal sewage pipe network is also increasing, the sewage in these sewage networks
It is mainly derived from kitchen, lavatory flushing, shower, laundry water etc., and contains a large amount of organic nitrogen, ammonia nitrogen and miscellaneous in sewage
Matter.For some large size cities, usually the sewage of sewage network is flow at one and is focused on.
Patent announcement number is to disclose a kind of sewage purification of municipal sewage pipe network in the Chinese patent of CN106746187A
Processing unit, including settling tank and crush cell, settling tank is arranged on crush cell bottom and is connected by connecting pipe, settling tank bottom
Portion is provided with sludge pipe, and sludge pipe is equipped with sludge pump, and sludge pipe is connected to sludge-tank by sludge pump, is equipped at the top of sludge-tank
Hydraulic cylinder, hydraulic cylinder bottom are provided with the pressing plate for being secured to connection, and filter plate is equipped in sludge-tank, dirt is equipped on the left of filter plate
Mud collecting pipe, filter plate bottom are equipped with sewage backflow pond, biodegradable pond are connected on the right side of settling tank；Sewage transport to crush cell into
It goes and enters settling tank after crushing, the sludge in settling tank is transported to sludge-tank, and after pressing plate squeezes, sewage backflow to sewage returns
It after flowing pond, then is transported in biodegradable pond and is handled, recycling is carried out to sewage and is disinfected, reduce dirt of the sewage to environment
Dye.
But, however it remains problems with：Sludge in sludge-tank needs to arrange by sludge collecting pipe after being squeezed by pressing plate
Go out, and the discharge of sludge is slower, causes the time that sludge is discharged to needs longer, during discharge sludge in settling tank not
The sludge of processing cannot be discharged into sludge-tank and be handled, and sludge-tank cannot work during causing to discharge sludge, so as to
Lead to the reduction of purifying processing device working efficiency.
Utility model content
The purpose of this utility model is to provide a kind of purifying processing device of municipal sewage pipe network, by setting the first babinet
Alternately graft clay with the second babinet, ensure that sludge-tank can be with continuous work, so as to improve the working efficiency of purifying processing device.
The above-mentioned technical purpose of the utility model technical scheme is that：
A kind of purifying processing device of municipal sewage pipe network, including settling tank and sludge-tank, level is set in the sludge-tank
Filter plate is equipped with, enters mud pipe and return duct are provided on the sludge-tank, the enters mud pipe is arranged in sludge-tank longitudinal direction side, institute
The sludge box being provided on filter plate positioned at enters mud pipe lower part is stated, the sludge box includes the first mutually isolated babinet and is located at
Second babinet of the first babinet cross side, first babinet and the second babinet top are disposed as opening and its bottom end is fixed and set
Sieve plate is equipped with, sludge pipe is both provided on first babinet and the second babinet, valve, the dirt are provided on the sludge pipe
Mud box is equipped with the first driving mechanism that it is driven to slide laterally.
By using above-mentioned technical proposal, from enters mud pipe enter sludge-tank sludge fall into the first babinet after, filter press
Structure compresses sludge, and sludge is stayed in the first babinet, and water passes through drainpipe after flowing into gathering ground by sieve plate and filter plate
Discharge, after the first babinet fills sludge, the first driving mechanism, which drives the first babinet and the second babinet to slide laterally, makes the second babinet
Behind enters mud pipe lower part, after opening sludge-tank, the valve for opening sludge pipe on the first babinet discharges sludge, discharges sludge
Sludge is collected by the second babinet in the process, sludge-tank can continuous work, improve working efficiency.
Preferably, first driving mechanism includes the first hydraulic cylinder being fixed on sludge-tank cross side,
The first telescopic rod that the first hydraulic cylinder is arranged is horizontally disposed with and the sludge box is connected with the first telescopic rod.
By using above-mentioned technical proposal, the first telescopic rod is driven to stretch by first hydraulic cylinder, so as to drive the first case
Body and the second box body-sliding.
Preferably, the sludge pipe is arranged in sludge box both lateral sides, be provided in the sludge-tank both lateral sides with
The sludge out pipe that sludge pipe correspondence is inserted into for it.
It, can be by the first babinet or second after the first babinet or the second babinet fill sludge by using above-mentioned technical proposal
Babinet slide laterally by sludge pipe be inserted into sludge out pipe in after, open valve sludge can be discharged, without artificially opening sludge-tank
After discharge sludge, it is convenient and efficient.
Preferably, the sludge pipe is located at sludge box bottom, and the sludge out pipe height is higher than the sludge pipe height, described
First babinet is slided up and down with the first telescopic rod and is connect, and second babinet is slided up and down with the first babinet to be connect, and described first
Babinet and the second babinet are equipped with the second driving mechanism that it is driven to slide up and down, and the first babinet is provided on the filter plate
Limit that the first babinet moves up and when the second babinet is located at enters mud pipe lower part limits the second babinet and moves up during positioned at enters mud pipe lower part
Limit assembly.
By using above-mentioned technical proposal, sludge pipe is located at sludge box bottom, convenient for dirty in the first babinet and the second babinet
The discharge of mud；Sludge out pipe height is higher than sludge pipe height, prevents the sludge in the first babinet or the second babinet from being arranged by sludge out pipe
When going out, the raw water on filter plate is discharged by sludge out pipe；After first babinet fills sludge, first hydraulic cylinder pushes the
One babinet and the second babinet are slid laterally when the second babinet being made to be located at enters mud pipe lower part carry out splicing, the second driving mechanism driving the
One babinet moves up, and limiting the second babinet by limit assembly moves up, moved on on the first babinet sludge pipe and sludge out pipe to it is corresponding when the
One the first babinet of Driven by Hydraulic Cylinder is slid laterally after the sludge pipe on the first babinet is made to be inserted into sludge out pipe, is opened on the first babinet
Valve by the first babinet sludge discharge, ensure sludge-tank it is continuous type simultaneously, prevent unprocessed in sludge-tank
Water discharged by sludge out pipe.
Preferably, arranged symmetrically fluted in the filter plate both lateral sides, second driving mechanism includes fixation and sets
The second hydraulic cylinder in groove is put, the second telescopic rod that the second hydraulic cylinder is arranged is straight up and the second telescopic rod is complete
Less than filter plate upper surface during contraction, the second telescopic rod direction corresponding with second babinet the during the first babinet splicing
Two babinets, when the second babinet splicing, the second telescopic rod corresponding with first babinet was directed toward the first babinet.
By using above-mentioned technical proposal, after the first babinet fills sludge, first hydraulic cylinder pushes the first babinet and second
Babinet slide laterally make the second babinet be located at enters mud pipe lower part carry out splicing when, second hydraulic cylinder be arranged telescopic rod stretch out driving
It is corresponding with sludge out pipe that sludge pipe is moved on on first babinet.
Preferably, the limit assembly includes the guide rail that is fixed on filter plate and laterally sets, first babinet and
With being caught in guide rail and slide back and forth the limited block connecting with it on second babinet, the first babinet during the first babinet splicing
On limited block and guide rail coordinate and the limited block on the second babinet is detached with guide rail, the second babinet during the second babinet splicing
On limited block and guide rail coordinate and the limited block on the first babinet is detached with guide rail.
By using above-mentioned technical proposal, after the first babinet fills sludge, what the first babinet and the second babinet slid laterally
In the process, the limited block on the first babinet is detached with guide rail, and the limited block on the second babinet is inserted into guide rail, and second hydraulic cylinder is driven
When dynamic first babinet moves up, guide rail prevents the second babinet from moving up, and the second babinet is avoided to move up and blocks enters mud pipe.
Preferably, the sludge out pipe is round table-like, and the port diameter of the one end of the sludge out pipe far from sludge box is than another
End is big.
By using above-mentioned technical proposal, sludge when preventing the sludge from discharging in sludge out pipe is flowed back in sludge-tank.
Preferably, the second hydraulic cylinder upper level is provided with the sealing plate in groove, the sealing plate and mistake
Filter plate is fixedly connected, and sealing plate is stretched out on the second telescopic rod top and it is provided with sealing ring between sealing plate.
By using above-mentioned technical proposal, prevent water from entering groove and second hydraulic cylinder normal work is impacted.
Preferably, the second telescopic rod top, which is fixed with when horizontally disposed and the second telescopic rod is shunk completely, is located at groove
Interior support plate.
By using above-mentioned technical proposal, increase the second telescopic rod and the contact area of the first babinet or the second babinet, from
It is and more steady when moving up and down the first babinet or the second babinet.
In conclusion the utility model has the advantages that：
1st, by the way that the first babinet and the second babinet is set alternately to graft clay, ensure that sludge-tank can be with continuous work, so as to improve
The working efficiency of purifying processing device；
2nd, by sludge out pipe of the setting higher than sludge pipe, being lifted the first babinet and the second babinet by second hydraulic cylinder makes
After sludge pipe is aligned with sludge out pipe, drive the first babinet and the second box body-sliding that sludge pipe is inserted into mud extraction by first hydraulic cylinder
Guan Zhong, the mud in the first babinet and the second babinet can be discharged by opening valve, convenient and efficient.
Description of the drawings
Fig. 1 is the overall structure diagram of the present embodiment；
Fig. 2 is the structure diagram inside sludge-tank in the present embodiment；
Fig. 3 is enlarged diagram at A in Fig. 2；
Fig. 4 is the structure diagram of second hydraulic cylinder and filter plate in the present embodiment.
Reference numeral：1st, settling tank；2nd, enters mud pipe；3rd, sludge-tank；31st, mud collection area；32nd, gathering ground；4th, biological degradation pond；
5th, sterilization pool；6th, pressure filtration mechanism；61st, pressing plate；62nd, press filtration hydraulic cylinder；7th, the first driving mechanism；71st, first hydraulic cylinder；72nd,
One telescopic rod；8th, the second driving mechanism；81st, second hydraulic cylinder；82nd, the second telescopic rod；9th, sludge box；91st, the first babinet；92、
Second babinet；10th, return duct；11st, sludge pump；12nd, filter plate；13rd, it is open；14th, sludge pipe；15th, valve；16th, sludge out pipe；
17th, groove；18th, guide rail；19th, limited block；20th, sealing plate；21st, sealing ring；22nd, support plate；23rd, water pump.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
A kind of purifying processing device of municipal sewage pipe network as depicted in figs. 1 and 2, including settling tank 1 and sludge-tank 3, sinks
Drop 1 bottom of pond is provided with the enters mud pipe 2 for connecting it with sludge-tank 3, and 1 right side of settling tank is provided with biological degradation pond 4, biology drop
4 right side of grade pond is provided with the sterilization pool 5 communicated therewith, and the return duct for connecting it with biological degradation pond 4 is provided on sludge-tank 3
10, enters mud pipe 2 is equipped with sludge pump 11, and return duct 10 is equipped with water pump 23, is provided in sludge-tank 3 and carries out press filtration to sludge
Pressure filtration mechanism 6；Water after the sedimentation of settling tank 1 is drained into biological degradation pond 4 and handles, the sludge in settling tank 1 by into
Mud pipe 2 is drained into sludge-tank 3, and after 6 compression of pressure filtration mechanism processing, the water for compressing out is drained into life by return duct 10
It is handled in object degradation pond 4, water after treatment is discharged into after sterilization pool 5 carries out disinfection and could discharge.
The filter plate for the gathering ground 32 for having the mud collection area 31 for being divided into top and lower part is horizontally disposed in sludge-tank 3
12, return duct 10 is arranged on gathering ground 32, and enters mud pipe 2 is arranged in 3 longitudinal direction side of sludge-tank, be provided on filter plate 12 positioned at into
The sludge box 9 of 2 lower part of mud pipe, sludge box 9 include mutually isolated the first babinet 91 and positioned at 91 cross side of the first babinet the
Two babinets 92, the first babinet 91 and 92 top of the second babinet are disposed as opening 13 and its bottom end is fixedly installed sieve plate（In figure
It is not shown）, sludge pipe 14 is both provided on the first babinet 91 and the second babinet 92, and valve 15, sludge are provided on sludge pipe 14
Case 9 is equipped with the first driving mechanism 7 that it is driven to slide laterally.
Pressure filtration mechanism 6 includes being horizontally set on the pressing plate 61 right over sludge box 9,61 size of pressing plate and the 13 size phases that are open
Adaptation, 3 upper end of sludge-tank are fixedly installed press filtration hydraulic cylinder 62, the telescopic rod that press filtration hydraulic cylinder 62 is arranged be vertically arranged and with pressure
Plate 61 is fixedly connected.
First driving mechanism 7 includes the first hydraulic cylinder 71 being fixed on 3 cross side of sludge-tank, the first hydraulic pressure
The first telescopic rod 72 that cylinder 71 is arranged is horizontally disposed and sludge box 9 is connected with the first telescopic rod 72；Enter from enters mud pipe 2 dirty
After the sludge of mud sump 3 is fallen into the first babinet 91, press filtration hydraulic cylinder 62 drives pressing plate 61 to compress sludge, and sludge stays in the
In one babinet 91, water is flowed into behind gathering ground 32 by sieve plate and filter plate 12 and is discharged by drainpipe, and the first babinet 91 fills dirt
After mud, first hydraulic cylinder 71, which starts, drives the first telescopic rod 72 to shrink, so as to drive the first babinet 91 and the second babinet 92 laterally
After slip makes the second babinet 92 be located at 2 lower part of enters mud pipe, after opening sludge-tank 3, the valve of sludge pipe 14 on the first babinet 91 is opened
Door 15 discharges sludge, sludge is collected by the second babinet 92 during discharging sludge, sludge-tank 3 can continuous work
Make, improve working efficiency.
Sludge pipe 14 is arranged in 9 both lateral sides of sludge box, is provided in 3 both lateral sides of sludge-tank corresponding with sludge pipe 14
For the sludge out pipe 16 of its insertion；It, can be by the first babinet 91 or the second case after first babinet 91 or the second babinet 92 fill sludge
Body 92 slides laterally sludge pipe 14 is inserted into sludge out pipe 16 after, open valve 15 sludge can be discharged, without artificially opening
Sludge is discharged after sludge-tank 3, it is convenient and efficient.
Sludge out pipe 16 is round table-like, and the port diameter of the one end of sludge out pipe 16 far from sludge box 9 is bigger than the other end；Prevent dirt
Sludge when mud is discharged in sludge out pipe 16 is flowed back in sludge-tank 3.
Sludge pipe 14 is located at 9 bottom of sludge box, convenient for the discharge of sludge in the first babinet 91 and the second babinet 92；Sludge out pipe
16 height are higher than the height of sludge pipe 14, when preventing the sludge in the first babinet 91 or the second babinet 92 from being discharged by sludge out pipe 16,
Raw water on filter plate 12 is discharged by sludge out pipe 16；72 company of sliding up and down of first babinet 91 and the first telescopic rod
It connects, the second babinet 92 is slided up and down with the first babinet 91 and connect, and the first babinet 91 and the second babinet 92 are equipped with driving thereon
Second driving mechanism 8 of lower slider, limited when being provided with the first 91 splicing of babinet on filter plate 12 first babinet 91 move up and
The limit assembly that the second babinet 92 moves up is limited during the second 92 splicing of babinet.
Fluted 17 are symmetrical arranged in 12 both lateral sides of filter plate, the second driving mechanism 8 includes being fixed at groove 17
Interior second hydraulic cylinder 81, the second telescopic rod 82 that second hydraulic cylinder 81 is arranged is straight up and the second telescopic rod 82 is shunk completely
When less than 12 upper surface of filter plate, during the first 91 splicing of babinet with 92 second case of the corresponding direction of second telescopic rod 82 of the second babinet
Body 92 is directed toward the first babinet 91 during the second 92 splicing of babinet with 91 corresponding second telescopic rod 82 of the first babinet；First case
After body 91 fills sludge, first hydraulic cylinder 71, which pushes the first babinet 91 and the second babinet 92 to slide laterally, is located at the second babinet 92
When 2 lower part of enters mud pipe carries out splicing, telescopic rod stretching the first babinet 91 of driving that second hydraulic cylinder 81 is arranged moves up, and passes through limiting
Component limits the second babinet 92 and moves up, moved on on the first babinet 91 sludge pipe 14 and sludge out pipe 16 to it is corresponding when first hydraulic cylinder 71
After the first babinet 91 is driven to slide laterally in the insertion sludge out pipe 16 of sludge pipe 14 made on the first babinet 91, the first babinet 91 is opened
On valve 15 by the first babinet 91 sludge discharge, ensure sludge-tank 3 it is continuous type simultaneously, prevent in sludge-tank 3
Raw water is discharged by sludge out pipe 16.
As shown in Figures 2 and 3, limit assembly includes the guide rail 18 that is fixedly installed along 12 front-rear direction of filter plate, and described the
With being caught in guide rail 18 and slide back and forth the limited block 19 connecting, the first babinet 91 with it on one babinet 91 and the second babinet 92
Limited block 19 during splicing on the first babinet 91 coordinates with guide rail 18 and the limited block 19 on the second babinet 92 is detached with guide rail 18,
Limited block 19 during the second 92 splicing of babinet on the second babinet 92 coordinate with guide rail 18 and the limited block 19 on the first babinet 91 with
Guide rail 18 detaches；After first babinet 91 fills sludge, during the first babinet 91 and the second babinet 92 slide laterally, the first case
Limited block 19 on body 91 is detached with guide rail 18, and the limited block 19 on the second babinet 92 is inserted into guide rail 18, second hydraulic cylinder 81
When driving the first babinet 91 to move up, guide rail 18 prevents the second babinet 92 from moving up, and the second babinet 92 is avoided to move up and blocks enters mud pipe 2.
As shown in figure 4,81 upper level of second hydraulic cylinder is provided with the sealing plate 20 in groove 17, sealing plate 20 with
Filter plate 12 is fixedly connected, and sealing plate 20 is stretched out on 82 top of the second telescopic rod and it is provided with sealing ring between sealing plate 20
21；It prevents from water from entering groove 17 to impact the normal work of second hydraulic cylinder 81.
Second telescopic rod, 82 top is fixed with when horizontally disposed and the second telescopic rod 82 is shunk completely in groove 17
Support plate 22；Increase the second telescopic rod 82 and the contact area of the first babinet 91 or the second babinet 92, so as to make the first babinet 91
Or second babinet 92 it is more steady when moving up and down.
Specific work process：After the sludge settled in settling tank 1 is drained into the first babinet 91 by enters mud pipe 2, pressing filtering liquid
Cylinder pressure 62 drives pressing plate 61 to compress the sludge in the first babinet 91, and water leads to after sieve plate and filter plate 12 are flowed into gathering ground 32
It crosses after return duct 10 is recovered to and handled in biological degradation pond 4, could be discharged after being sterilized by sterilization pool 5.
After first babinet 91 fills sludge, first hydraulic cylinder 71 drives the first babinet 91 and the second babinet 92 to slide laterally,
When sliding into the second babinet 92 and being located at 2 lower part of enters mud pipe, the limited block 19 on the second babinet 92 is inserted into guide rail 18, the first babinet
Limited block 19 on 91 is detached with guide rail 18, at this time the first babinet 91 be located at the second hydraulic cylinder 81 of corresponding side just on
Side, second hydraulic cylinder 81, which starts, drives the first babinet 91 to move up, and above moves on to sludge pipe 14 and sludge out pipe 16 on the first babinet 91
When corresponding, first hydraulic cylinder 71 drives the first babinet 91 and the second babinet 92 to slide laterally the sludge pipe made on the first babinet 91
After 14 are inserted into sludge out pipe 16, the sludge in the first babinet 91 is passed through 16 row of sludge out pipe by the valve 15 opened on the first babinet 91
Go out, after the sludge in the first babinet 91 is drained, first hydraulic cylinder 71 drives the slip of the first babinet 91 to make the row on the first babinet 91
After mud pipe 14 is detached with sludge out pipe 16, the retraction of second hydraulic cylinder 81 drives the first babinet 91 to move down on filter plate 12, the
Two babinets 92 are filled drives the first babinet 91 and the second babinet 92 to slide laterally after sludge by first hydraulic cylinder 71, so as to make the
One babinet 91 is grafted clay instead of the second babinet 92.
This specific embodiment is only explanation to the utility model, is not the limitation to the utility model, ability
Field technique personnel can as needed make the present embodiment the modification of no creative contribution after this specification is read, but
As long as it is all protected in the right of the utility model by Patent Law.
Claims (9)
1. a kind of purifying processing device of municipal sewage pipe network, including settling tank (1) and sludge-tank (3), in the sludge-tank (3)
It is horizontally disposed to have filter plate (12), enters mud pipe (2) and return duct (10) are provided on the sludge-tank (3), it is characterized in that：It is described
Enters mud pipe（2）It is arranged in sludge-tank (3) longitudinal direction side, the dirt positioned at enters mud pipe (2) lower part is provided on the filter plate (12)
Mud box (9), the sludge box (9) including mutually isolated the first babinet (91) and positioned at the first babinet (91) cross side second
Babinet (92), first babinet (91) and the second babinet (92) top are disposed as opening (13) and its bottom end is fixedly installed
Sludge pipe (14) is both provided on sieve plate, first babinet (91) and the second babinet (92), is set on the sludge pipe (14)
There is valve (15), the sludge box (9) is equipped with the first driving mechanism (7) that it is driven to slide laterally.
2. a kind of purifying processing device of municipal sewage pipe network according to claim 1, it is characterized in that：First driving
Mechanism (7) includes the first hydraulic cylinder (71) for including being fixed on sludge-tank (3) cross side, the first hydraulic cylinder (71)
The first telescopic rod (72) being arranged is horizontally disposed with and the sludge box (9) is connected with the first telescopic rod (72).
3. a kind of purifying processing device of municipal sewage pipe network according to claim 2, it is characterized in that：The sludge pipe
(14) be arranged in sludge box (9) both lateral sides, be provided in sludge-tank (3) both lateral sides it is corresponding with sludge pipe (14) with
For the sludge out pipe (16) of its insertion.
4. a kind of purifying processing device of municipal sewage pipe network according to claim 3, it is characterized in that：The sludge pipe
(14) positioned at sludge box (9) bottom, the sludge out pipe (16) is highly higher than the sludge pipe (14) height, first babinet
(91) it sliding up and down and connect with the first telescopic rod (72), second babinet (92) slides up and down with the first babinet (91) to be connect,
First babinet (91) and the second babinet (92) are equipped with the second driving mechanism (8) that it is driven to slide up and down, the mistake
The first babinet (91) is limited when being provided with the first babinet (91) on filter plate (12) positioned at enters mud pipe (2) lower part to move up and the second case
The limit assembly that the second babinet (92) moves up is limited when body (92) is positioned at enters mud pipe (2) lower part.
5. a kind of purifying processing device of municipal sewage pipe network according to claim 4, it is characterized in that：The filter plate
(12) fluted (17) are symmetrical arranged in both lateral sides, second driving mechanism (8) is including being fixed in groove (17)
Second hydraulic cylinder (81), the second telescopic rod (82) that the second hydraulic cylinder (81) is arranged is straight up and the second telescopic rod
(82) less than filter plate (12) upper surface when shrinking completely, when the first babinet (91) splicing, is right with second babinet (92)
The second telescopic rod (82) for answering is directed toward the second babinet (92), and when the second babinet (92) splicing is right with first babinet (91)
The second telescopic rod (82) answered is directed toward the first babinet (91).
6. a kind of purifying processing device of municipal sewage pipe network according to claim 4 or 5, it is characterized in that：The limiting
Component includes the guide rail (18) for being fixed on filter plate (12) and laterally setting, first babinet (91) and the second babinet (92)
On with being caught in guide rail (18) and slide back and forth the limited block (19) connecting with it, first during the first babinet (91) splicing
Limited block (19) on babinet (91) coordinates with guide rail (18) and the limited block (19) on the second babinet (92) divides with guide rail (18)
Limited block (19) during from, the second babinet (92) splicing on the second babinet (92) coordinates with guide rail (18) and the first babinet
(91) limited block (19) on is detached with guide rail (18).
7. a kind of purifying processing device of municipal sewage pipe network according to claim 3, it is characterized in that：The sludge out pipe
(16) it is round table-like, the port diameter of the one end of the sludge out pipe (16) far from sludge box (9) is bigger than the other end.
8. a kind of purifying processing device of municipal sewage pipe network according to claim 5, it is characterized in that：Second hydraulic pressure
Cylinder (81) upper level is provided with the sealing plate (20) in groove (17), and the sealing plate (20) is fixed with filter plate (12)
Connection, sealing plate (20) is stretched out on the second telescopic rod (82) top and it is provided with sealing ring between sealing plate (20)
(21)。
9. a kind of purifying processing device of municipal sewage pipe network according to claim 8, it is characterized in that：Described second is flexible
Bar (82) top is fixed with the support plate (22) being located at when horizontally disposed and the second telescopic rod (82) is shunk completely in groove (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721266740.5U CN207498215U (en) | 2017-09-28 | 2017-09-28 | A kind of purifying processing device of municipal sewage pipe network |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721266740.5U CN207498215U (en) | 2017-09-28 | 2017-09-28 | A kind of purifying processing device of municipal sewage pipe network |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207498215U true CN207498215U (en) | 2018-06-15 |
Family
ID=62499713
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721266740.5U Expired - Fee Related CN207498215U (en) | 2017-09-28 | 2017-09-28 | A kind of purifying processing device of municipal sewage pipe network |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207498215U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113952783A (en) * | 2021-11-17 | 2022-01-21 | 四川粮之髓食品有限公司 | Conveying device for vermicelli |
-
2017
- 2017-09-28 CN CN201721266740.5U patent/CN207498215U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113952783A (en) * | 2021-11-17 | 2022-01-21 | 四川粮之髓食品有限公司 | Conveying device for vermicelli |
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