CN209178118U - A kind of energy-saving and environment-friendly apparatus for treating sewage - Google Patents
A kind of energy-saving and environment-friendly apparatus for treating sewage Download PDFInfo
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- CN209178118U CN209178118U CN201821931635.3U CN201821931635U CN209178118U CN 209178118 U CN209178118 U CN 209178118U CN 201821931635 U CN201821931635 U CN 201821931635U CN 209178118 U CN209178118 U CN 209178118U
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Abstract
The utility model provides a kind of energy-saving and environment-friendly apparatus for treating sewage, including apparatus for treating sewage shell, settlement of sewage group, by-pass filtration case, auxiliary Inlet and outlet water mechanism and secondary filtration case, the settlement of sewage group is set on the inner wall of apparatus for treating sewage shell, and the water inlet of the settlement of sewage group is exported by piping connection pending water, the by-pass filtration case is located at below the water outlet of settlement of sewage group, and the by-pass filtration case, auxiliary Inlet and outlet water mechanism and secondary filtration case pass sequentially through pipeline connection；The auxiliary Inlet and outlet water mechanism is set as including support base, water tank, auxiliary Inlet and outlet water main body and driving main body；The auxiliary Inlet and outlet water main body is set as including pressing plate, push rod, horizontal slide plate and bull stick.The utility model uses the apparatus for treating sewage, simple and practical, can be suitable for the good filtration treatment of pending water in the case of different quality, to effectively improve applicability.
Description
Technical field
The utility model relates to technical field of sewage treatment equipment more particularly to a kind of energy-saving and environment-friendly apparatus for treating sewage.
Background technique
City sanitary sewage and industrial wastewater etc. can be effectively treated in sewage disposal device, direct to avoid sewage and pollutant
Discharge the influence to ecological environment etc..But not only structure is complicated, operating difficulties for existing sewage disposal device, but also often
The processing that only can be carried out single sewage keeps its applicability poor, therefore, it is necessary to deficiency existing for existing sewage disposal device into
Row improves.
Summary of the invention
The main purpose of the utility model is that solving problems of the prior art, a kind of simple and practical, energy is provided
Good filtration treatment enough suitable for pending water in the case of different quality, to effectively improve the energy-saving and environment-friendly dirt of applicability
Hydrotreater.
In order to solve the above technical problems, the technical solution adopted in the utility model is: a kind of energy-saving and environment-friendly sewage treatment
Device, wherein the energy-saving and environment-friendly apparatus for treating sewage includes apparatus for treating sewage shell, settlement of sewage group, by-pass filtration case, auxiliary
Inlet and outlet water mechanism and secondary filtration case, the settlement of sewage group are set on the inner wall of apparatus for treating sewage shell, and the sewage is heavy
The water inlet of shallow lake group is exported by piping connection pending water, and the by-pass filtration case is located under the water outlet of settlement of sewage group
Side, the by-pass filtration case, auxiliary Inlet and outlet water mechanism and secondary filtration case pass sequentially through pipeline connection；
The auxiliary Inlet and outlet water mechanism is set as including support base, water tank, auxiliary Inlet and outlet water main body and driving main body, institute
The bottom that support base is fixed on apparatus for treating sewage shell is stated, and water tank is set on the support base, the water tank passes through pipeline
Be connected to by-pass filtration case and secondary filtration case, and in the water tank setting auxiliary Inlet and outlet water main body output end, it is described assist into
It is discharged the input terminal connection driving main body of main body, the driving main body is set on support base；
The auxiliary Inlet and outlet water main body is set as including pressing plate, push rod, horizontal slide plate and bull stick, and the pressing plate, which matches, to be set
It is placed in the inner cavity of water tank, and the lower end of the upper surface connection push rod of the pressing plate, the upper end of the push rod passes through water tank cover
And horizontal slide plate is vertically connected, sliding slot is opened up along its axis direction in the horizontal slide plate, the output end of the bull stick matches
It is slideably positioned in sliding slot, and the input terminal connection driving main body of the bull stick.
Further, the settlement of sewage group is set as three group precipitation casees being from top to bottom successively slidably connected, three groups of institutes
The side wall upper part for stating settling tank is respectively provided with sewage inlet, and the corresponding setting sewage water outlet of lower sidewall of three group precipitation casees
Mouthful, valve is respectively provided on the sewage inlet and sewage outlet.
Further, the settlement of sewage group is set as including level-one settling tank and two groups of two-stage precipitation casees, the level-one
Settling tank is set on the inner wall of apparatus for treating sewage shell, and the level-one settling tank lower sidewall two groups of sewage of corresponding setting go out
The mouth of a river, the corresponding bottom for being slidably connected to level-one settling tank of two-stage precipitation case described in two groups, and two groups of two-stage precipitation case sides
Sewage outlet is arranged in wall lower part, and the level-one settling tank and two groups of two-stage precipitation case side wall upper parts are respectively provided with sewage inlet,
Valve is respectively provided on the sewage inlet and sewage outlet.
Further, the inner cavity of the settling tank, level-one settling tank and two groups of two-stage precipitation casees is from top to bottom successively set
Set adsorption of sediment net, primary filter, secondary filter and ceramic filtering grain.
Further, two groups of guide sleeves are also set up on the support base, are matched in guide sleeve described in two groups and are worn push rod
Upper end.
Further, the driving main body may be configured as including driving handle, driving gear, transition gear and driven tooth
The output end of wheel, the driving handle is arranged on support base by bearing rotation, and the output end key connection of the driving handle
Fixed driving gear, successively external toothing is driven from the bottom to top for the driving gear, transition gear and driven gear, the transition tooth
Wheel passes through support shaft with driven gear and is rotatably dispose on support base, the hinged bull stick of output end of the driven gear support shaft
Input terminal.
Further, the driving main body may be configured as driving motor, and the output end of the motor shaft of the driving motor is logical
It crosses shaft coupling and connects a shaft, the input terminal of the hinged bull stick of the output end of the shaft.
Further, the inner cavity of the by-pass filtration case from top to bottom sets gradually quartz layer, active carbon layer and reverse osmosis
Film layer.
Further, the inner cavity of the secondary filtration case from top to bottom sets gradually quartz layer, active carbon layer, reverse osmosis membrane
Layer and PP cotton filter layer.
The utility model has the advantages and positive effects of:
(1) pass through settlement of sewage group, by-pass filtration case, the cooperation for assisting Inlet and outlet water mechanism and secondary filtration box structure, energy
Enough good filtration treatments realized to pending water pollution of the sewage direct emission to environment is effectively reduced, and assist disengaging
The design of water dispenser structure can then assist so that the pending water in by-pass filtration case flows into secondary filtration case, to guarantee wait locate
Manage the smooth circulation of water.
(2) bar rotation is driven by driving main body, so that the output end of bull stick is slided along the sliding slot of horizontal slide plate, thus
Drive horizontal slide plate move up and down, and connect since horizontal slide plate is vertical with push rod, push rod is connected with pressing plate, then make pressing plate
It moves up and down in water tank inner cavity, to assist realizing the suction and extrusion to pending water.
(3) it is slidably connected by three group precipitation casees, sewage inlet thereon, two groups of sewage outlets and valve
Cooperation, enables to the settlement of sewage group according to the water quality situation of pending water, and selection carries out level-one by three group precipitation casees simultaneously
Precipitation process or two group precipitation casees match progress two-stage precipitation process or three group precipitation casees match progress three-level and sink
Shallow lake processing, to effectively provide the applicability of the settlement of sewage group.
(4) pass through being slidably connected of level-one settling tank and two groups of two-stage precipitation casees, sewage inlet and sewage outlet
Cooperation is, it can be achieved that two-stage precipitation process to pending water, and due to being provided with two groups of two-stage precipitation casees, make it possible to simultaneously into
The two-stage precipitation of row pending water filters, to further improve the filter efficiency of the apparatus for treating sewage.
Detailed description of the invention
Fig. 1 is the schematic cross-sectional view of the utility model embodiment one and embodiment three.
Fig. 2 is the backsight structural representation (rear panel that apparatus for treating sewage shell is not shown) of Fig. 1.
Fig. 3 is the step structure schematic diagram of settlement of sewage group part in the utility model embodiment one.
Fig. 4 is the structural schematic diagram that Inlet and outlet water mechanism section is assisted in the utility model.
Fig. 5 is the schematic cross-sectional view that Inlet and outlet water mechanism section is assisted in the utility model.
Fig. 6 is the backsight structural representation of the utility model embodiment two.
Fig. 7 is the structural schematic diagram of settlement of sewage group part in the utility model embodiment two.
Fig. 8 is the backsight structural representation that Inlet and outlet water mechanism section is assisted in the utility model embodiment four.
Fig. 9 is the backsight structural representation that Inlet and outlet water mechanism section is assisted in the utility model embodiment five.
In figure: apparatus for treating sewage shell 10, settlement of sewage group 20, settling tank 201, adsorption of sediment net 2011, primary filter
2012, secondary filter 2013, ceramic filtering grain 2014, sewage inlet 202, sewage outlet 203, valve 204, by-pass filtration case
30, auxiliary Inlet and outlet water mechanism 40, support base 401, water tank 402, auxiliary Inlet and outlet water main body 403, pressing plate 4031, push rod 4032,
Horizontal slide plate 4033, bull stick 4034, driving main body 404, driving handle 4041, driving gear 4042, transition gear 4043 are driven
Gear 4044, guide sleeve 405, secondary filtration case 50.
Specific embodiment
In order to better understand the utility model, the utility model is carried out into one with attached drawing combined with specific embodiments below
The description of step.
Embodiment one
A kind of energy-saving and environment-friendly apparatus for treating sewage, including apparatus for treating sewage shell 10, settlement of sewage group 20, by-pass filtration case
30, Inlet and outlet water mechanism 40 and secondary filtration case 50, settlement of sewage group 20 is assisted to be set on the inner wall of apparatus for treating sewage shell 10,
And the water inlet of the settlement of sewage group 20 is exported by piping connection pending water, by-pass filtration case 30 is located at settlement of sewage group 20
Water outlet below, by-pass filtration case 30, auxiliary Inlet and outlet water mechanism 40 and secondary filtration case 50 pass sequentially through pipeline connection, pass through
Settlement of sewage group 20, by-pass filtration case 30, the cooperation for assisting Inlet and outlet water mechanism 40 and 50 structure of secondary filtration case, can be realized pair
The good filtration treatment of pending water pollution of the sewage direct emission to environment is effectively reduced, and assists Inlet and outlet water mechanism 40
Design, then can assist so that pending water in by-pass filtration case 30 flows into secondary filtration case 50, to guarantee to be processed
The smooth circulation of water.
Specifically, the water inlet of settlement of sewage group 20, settlement of sewage group 20 water outlet, auxiliary Inlet and outlet water mechanism 40 into
Valve 204 is respectively provided on the mouth of a river and water outlet, concrete specification model of the valve 204 etc. need to be according to the specific of the apparatus for treating sewage
The type selectings such as specifications parameter determine that calculation for condenser selection uses state of the art, therefore is no longer described in detail.
Auxiliary Inlet and outlet water mechanism 40 is set as including support base 401, water tank 402, auxiliary Inlet and outlet water main body 403 and driving
Main body 404, support base 401 are fixed on the bottom of apparatus for treating sewage shell 10, and water tank 402 is arranged on the support base 401, storage
Water pot 402 is by pipeline connection by-pass filtration case 30 and secondary filtration case 50, and setting auxiliary Inlet and outlet water master in the water tank 402
The output end of body 403, the input terminal connection driving main body 404 of auxiliary Inlet and outlet water main body 403, driving main body 404 are set to support
On seat 401, acted upwards in water tank 402 by driving main body 404 with dynamic auxiliary Inlet and outlet water main body 403, so that one
Water in grade Rose Box 30 after filtering is pumped into water tank 402, and when by-pass filtration case 30 carries out pending water filtering, then
By driving main body 404 with dynamic auxiliary Inlet and outlet water main body 403 downward actuation in water tank 402, by the hydraulic pressure in water tank 402
It is purified into secondary filtration case 50, to complete the filtration treatment of entire pending water.
Specifically, support base 401 can be bolted to connection in the bottom of apparatus for treating sewage shell 10, and the support base
It can be bolted to connection water tank 402 on 401, inlet and outlet, water tank are opened up on the side wall of water tank 402
Valve 204 is set in 402 inlet and outlet, and concrete specification model of the valve 204 etc. need to be according to the apparatus for treating sewage
The type selectings such as concrete specification parameter determine that calculation for condenser selection uses state of the art, therefore is no longer described in detail.
Auxiliary Inlet and outlet water main body 403 is set as including pressing plate 4031, push rod 4032, horizontal slide plate 4033 and bull stick 4034,
Pressing plate 4031 matches the inner cavity for being set to water tank 402, and the lower end of the upper surface connection push rod 4032 of the pressing plate 4031, pushes away
The upper end of bar 4032 passes through 402 cover of water tank and vertically connects horizontal slide plate 4033, along its axis side in horizontal slide plate 4033
To sliding slot is opened up, the output end of bull stick 4034, which matches, to be slideably positioned in sliding slot, and the input terminal of the bull stick 4034 is connected and driven
Dynamic main body 404 drives bull stick 4034 to rotate, so that the output end of bull stick 4034 is along horizontal slide plate 4033 by driving main body 404
Sliding slot sliding, thus drive horizontal slide plate 4033 move up and down, and connect since horizontal slide plate 4033 is vertical with push rod 4032,
Push rod 4032 is connected with pressing plate 4031, then pressing plate 4031 is made to move up and down in 402 inner cavity of water tank, is realized and is treated with auxiliary
Handle the suction and extrusion of water.
Specifically, the lower end of the solderable fixed push rod 4032 in the upper surface of pressing plate 4031；The upper end of push rod 4032 is solderable
Fixed horizontal slide plate 4033；The output end of bull stick 4034 is solderable to fix a finger, and finger, which matches, to be arranged in sliding slot, and should
A baffle is welded and fixed in one end that finger passes through sliding slot, and the diameter of baffle is greater than the width of sliding slot, effectively to avoid bull stick 4034
It is detached from from sliding slot.
Further, settlement of sewage group 20 is set as three group precipitation casees 201 being from top to bottom successively slidably connected, and three groups heavy
The side wall upper part of shallow lake case 201 is respectively provided with sewage inlet 202, and the corresponding setting sewage of lower sidewall of three group precipitation casees 201
It is respectively provided with valve 204 on water outlet 203, sewage inlet 202 and sewage outlet 203, is slided and is connected by three group precipitation casees 201
It connects, the cooperation of 202, two groups of sewage outlets 203 of sewage inlet and valve 204 thereon, enables to the settlement of sewage
Group 20 is according to the water quality situation of pending water, and selection carries out level-one precipitation process simultaneously by three group precipitation casees 201 or two groups are sunk
Shallow lake case 201 matches progress two-stage precipitation process or three group precipitation casees 201 match and carry out three-level precipitation process, to have
Effect provides the applicability of the settlement of sewage group 20.
Specifically, the settling tank 201 of the top can match structure setting in sewage treatment with sliding groove by movable block
On the inner wall of device shell 10, to facilitate position of the adjustment settlement of sewage group 20 on apparatus for treating sewage shell 10, and it is being adjusted to
Behind position, realize that position of the movable block on sliding groove is locked by lock-screw；
Concrete specification model of valve 204 etc. need to be determining according to type selectings such as the concrete specification parameters of the apparatus for treating sewage,
Calculation for condenser selection uses state of the art, therefore is no longer described in detail；
Triple valve, three group precipitation casees are set on pipeline between pending water outlet and the water inlet of settlement of sewage group 20
The design of sewage inlet 202 on 201 may make pending water to pass through the cooperation of pipeline and triple valve, respectively enters three groups and sinks
It is filtered processing simultaneously in shallow lake case 201, to improve the filter efficiency of the apparatus for treating sewage；
In addition, due to being slidably connected between three group precipitation casees 201, and every group precipitation case 201 is provided with two groups of sewage and goes out
The mouth of a river 203 then can realize two-stage precipitation process to pending water, three group precipitation casees 201 by the cooperation of two group precipitation casees 201
Cooperation realize to the three-level precipitation process of pending water, to improve the applicability of the apparatus for treating sewage.
Further, the inner cavity of settling tank 201 from top to bottom sets gradually adsorption of sediment net 2011, primary filter
2012, secondary filter 2013 and ceramic filtering grain 2014 pass through adsorption of sediment net 2011, primary filter 2012, secondary filter 2013
It is designed with the structure of ceramic filtering grain 2014, can be realized the precipitation process to pending water.
Further, the inner cavity of by-pass filtration case 30 from top to bottom sets gradually quartz layer, active carbon layer and reverse osmosis membrane
Layer can be realized the by-pass filtration processing to pending water by the cooperation of quartz layer, active carbon layer and reverse osmosis film layer.
Specifically, water outlet is arranged in the lower sidewall of by-pass filtration case 30, which is matched by pipeline and valve 204
Close the water inlet of connection water tank 402.
Further, the inner cavity of secondary filtration case 50 from top to bottom sets gradually quartz layer, active carbon layer, reverse osmosis film layer
It can be realized by the cooperation of quartz layer, active carbon layer, reverse osmosis film layer and PP cotton filter layer with PP cotton filter layer and treat place
Manage the secondary filtration processing of water.
Specifically, water inlet is arranged in the side wall upper part of secondary filtration case 50, which is matched by pipeline and valve 204
Close the water outlet of connection water tank 402.
Embodiment two
Difference with embodiment one is that further, settlement of sewage group 20 is set as including level-one settling tank and two groups
Two-stage precipitation case, level-one settling tank are set on the inner wall of apparatus for treating sewage shell 10, and the level-one settling tank lower sidewall phase
It is correspondingly arranged two groups of sewage outlets 203, the corresponding bottom for being slidably connected to level-one settling tank of two groups of two-stage precipitation casees, and is somebody's turn to do
Sewage outlet 203 is arranged in two groups of two-stage precipitation case lower sidewalls, and level-one settling tank and two groups of two-stage precipitation case side wall upper parts are equal
Sewage inlet 202 is set, is respectively provided with valve 204 on sewage inlet 202 and sewage outlet 203, passes through level-one settling tank
Cooperation with being slidably connected of two groups of two-stage precipitation casees, sewage inlet 202 and sewage outlet 203 is, it can be achieved to be processed
The two-stage precipitation process of water, and due to being provided with two groups of two-stage precipitation casees, the second level for making it possible to carry out pending water simultaneously is heavy
It forms sediment and filters, to further improve the filter efficiency of the apparatus for treating sewage.
Further, the inner cavity of level-one settling tank and two groups of two-stage precipitation casees from top to bottom sets gradually adsorption of sediment net
2011, primary filter 2012, secondary filter 2013 and ceramic filtering grain 2014, by adsorption of sediment net 2011, primary filter 2012,
The design of the structure of secondary filter 2013 and ceramic filtering grain 2014, can be realized the precipitation process to pending water.
Embodiment three
Difference with embodiment one and embodiment two is, further, two groups of guide sleeves is also set up on support base 401
405, the upper end for wearing push rod 4032 is matched in two groups of guide sleeves 405, by the setting of guide sleeve 405, can assist realizing
The straight line of push rod 4032 moves up and down.
Specifically, guide sleeve 405 is solderable is fixed on support base 401.
Example IV
Difference with embodiment one to embodiment three is that further, driving main body 404 may be configured as including driving hand
The output end of handle 4041, driving gear 4042, transition gear 4043 and driven gear 4044, driving handle 4041 is turned by bearing
It is dynamic to be arranged on support base 401, and the output end of the driving handle 4041 is keyed fixed driving gear 4042, driving gear
4042, successively external toothing is driven from the bottom to top for transition gear 4043 and driven gear 4044, transition gear 4043 and driven gear
4044 are rotatably dispose on support base 401 by support shaft, the hinged bull stick 4034 of the output end of 4044 support shaft of driven gear
Input terminal, pass through rotate driving handle 4041, drive driving gear 4042 rotate, due to driving gear 4042, transition gear
4043 with driven gear 4044 successively external toothing be driven so that driven gear 4044 rotate, 4044 support shaft of driven gear
Output end on hinged bull stick 4034 input terminal, then will be rotated with bull stick 4034, to realize bull stick 4034, horizontal slide plate
4033, the movement of push rod 4032 and pressing plate 4031, manual actuation assist the structure of pending water disengaging, can effectively save the energy,
And guarantee circulation of the pending water between double-filtration case.
Specifically, transition gear 4043 and driven gear 4044, which are connected by key, is fixed in support shaft.
Embodiment five
Difference with example IV is that further, driving main body 404 may be configured as driving motor, driving motor
The output end of motor shaft connects a shaft by shaft coupling, and the input terminal of the hinged bull stick 4034 of the output end of shaft passes through driving
Motor drives bull stick 4034 to rotate, to assist realizing the dynamic of bull stick 4034, horizontal slide plate 4033, push rod 4032 and pressing plate 4031
Make, realizes filtering circulation of the pending water in double-filtration case.
Specifically, concrete model specification of driving motor etc. need to be according to type selectings such as the concrete specification parameters of the apparatus for treating sewage
It determines, calculation for condenser selection uses state of the art, therefore is no longer described in detail.
It is simple and practical using energy-saving and environment-friendly apparatus for treating sewage provided by the utility model, different quality can be suitable for
In the case of pending water good filtration treatment, to effectively improve applicability.The apparatus for treating sewage use process is as follows:
1, according to the water quality situation of pending water, so that pending water outlet is somebody's turn to do by pipeline connection settlement of sewage group 20
In the process, the pending water in settlement of sewage group automatically flows into next settling tank by gravity, so as to the effectively save energy,
When pending water water quality very poor (determines according to actual conditions), three-level precipitation process is carried out, using implementation
Settlement of sewage group 20 in example one, sliding adjusts the position between three group precipitation casees 201, so that being between three group precipitation casees 201
Stepped arrangement, i.e., from top to bottom one group of sewage outlet 203 of each group settling tank 201 is respectively positioned on the upper of lower section settling tank 201
Then pending water outlet is passed through 201 sewage inlet 202 of settling tank of pipeline connection the top, and opens its sewage by side
The left side sewage of two group precipitation case 201 of 202 valve 204 of water inlet, 203 valve 204 of left side sewage outlet and lower section is discharged
203 valves 204 of mouth, to guarantee that pending water is successively entered by the sewage inlet 202 of the top settling tank 201, finally by most
The sewage outlet 203 of lower section settling tank 201 is discharged, and flows into by-pass filtration case 30 and carries out primary filter；
When pending water water quality poor (determines according to actual conditions), two-stage precipitation process is carried out, reality can be used
Apply the settlement of sewage group 20 in example one, the position between sliding three group precipitation casees 201 of adjustment, so that between three group precipitation casees 201
It is ladder-like arranged, i.e., from top to bottom one group of sewage outlet 203 of each group settling tank 201 is respectively positioned on lower section settling tank 201
Then pending water outlet is passed through 201 sewage inlet 202 of settling tank of pipeline connection the top by top, and open its dirt
The right side sewage outlet of 202 valve 204 of water water inlet, 203 valve 204 of left side sewage outlet and lower section settling tank 201
203 valves 204, to guarantee that pending water is successively entered by the sewage inlet 202 of the top settling tank 201, finally by lower section
The sewage outlet 203 of settling tank 201 is discharged, and flows into by-pass filtration case 30 and carries out primary filter；Or use embodiment two
In settlement of sewage group 20, sliding adjustment two groups of two-stage precipitation casees in the position of level-one settling tank bottom so that level-one settling tank
Sewage outlet 203 be located at the tops of two groups of secondary filtration casees 50, pending water outlet is then passed through into pipeline connection level-one
The sewage inlet 202 of settling tank, and open its 202 valve 204 of sewage inlet, 203 valve 204 of two sides sewage outlet with
And 203 valve 204 of sewage outlet of two groups of two-stage precipitation casees, with guarantee pending water successively by the sewage of level-one settling tank into
The mouth of a river 202 enters, and is finally discharged by the sewage outlet 203 of two-stage precipitation case, flows into by-pass filtration case 30 and carries out primary mistake
Filter, the setting of two groups of two-stage precipitation casees improve the treatment effeciency to pending water；
When pending water water quality general (determines according to actual conditions), level-one precipitation process is carried out, reality can be used
The settlement of sewage group 20 in example one is applied, as described above, to be ladder-like arranged between three group precipitation casees 201, it then will be wait locate
Reason water out is connected to three group precipitation casees, 201 sewage inlet 202 with triple valve by pipeline, and opens three group precipitation casees 201
203 valve 204 of 202 valve 204 of sewage inlet and right side sewage outlet, to guarantee pending water successively by three group precipitation casees
201 sewage inlet 202 enters, and is finally discharged by the sewage outlet 203 of three group precipitation casees 201, flows into by-pass filtration case
Primary filter is carried out in 30；Or using the settlement of sewage group 20 in embodiment two, as described above, realizing level-one settling tank and two
Then pending water outlet is connected to the wastewater influent of two-stage precipitation case by the arrangement of group two-stage precipitation case by pipeline with two-port valve
Mouthfuls 202, and open its 203 valve 204 of 202 valve 204 of sewage inlet and sewage outlet, with guarantee pending water successively by
The sewage inlet 202 of two-stage precipitation case enters, and is finally discharged by the sewage outlet 203 of two-stage precipitation case, and two kinds of sewage are heavy
The fit structure of settling tank 201 in shallow lake group 20, can effectively improve the treatment effeciency to pending water；
2, the pending water after precipitation process successively passes through the quartz layer of 30 inner cavity of by-pass filtration case, active carbon layer and anti-
Osmotic membrane layer completes the by-pass filtration purification of pending water；
3, when through the purified water of by-pass filtration saving bit by bit more in 30 bottom cavity of by-pass filtration case in above-mentioned steps 2, for
For example IV, the water inlet valve 204 of water tank 402 is opened, manual rotate driving handle 4041 drives driving gear
4042 rotations, since successively external toothing is driven for driving gear 4042, transition gear 4043 and driven gear 4044, so that from
Moving gear 4044 rotates, the input terminal of hinged bull stick 4034 on the output end of 4044 support shaft of driven gear, then will be with bull stick
4034 rotation so that the output end of bull stick 4034 along horizontal slide plate 4033 sliding slot slide, thus drive horizontal slide plate 4033 to
Upper movement, and connect since horizontal slide plate 4033 is vertical with push rod 4032, push rod 4032 is connected with pressing plate 4031, then to press
Plate 4031 is moved upwards in 402 inner cavity of water tank, at this point, since the pressure of 402 clip plate of water tank, 4031 lower section is less than the external world
Pressure, then the pending water in by-pass filtration case 30 after filtration, purification under atmospheric pressure, is extracted to water tank 402
It is interior, to complete the temporary storage to by-pass filtration purified water；For embodiment five, bull stick 4034 is driven by driving motor
Rotation, so that the output end of bull stick 4034 is slided along the sliding slot of horizontal slide plate 4033, to drive horizontal slide plate 4033 dynamic upwards
Make, and connect since horizontal slide plate 4033 is vertical with push rod 4032, push rod 4032 is connected with pressing plate 4031, then make pressing plate
4031 move upwards in 402 inner cavity of water tank, at this point, since the pressure of 402 clip plate of water tank, 4031 lower section is less than extraneous pressure
By force, then the pending water in by-pass filtration case 30 after filtration, purification under atmospheric pressure, is extracted in water tank 402,
To complete the temporary storage to by-pass filtration purified water；
4, after completing above-mentioned steps 3, the water inlet valve 204 of water tank 402 is closed, its outlet valve 204, hand are opened
It is dynamic to rotate backward driving handle 4041, drive driving gear 4042 to rotate, due to driving gear 4042, transition gear 4043 with from
Successively external toothing is driven moving gear 4044, so that driven gear 4044 rotates, the output end of 4044 support shaft of driven gear
The input terminal of upper hinged bull stick 4034, then will rotate with bull stick 4034, so that the output end of bull stick 4034 is along horizontal slide plate
4033 sliding slot sliding, so that 4033 downward actuation of horizontal slide plate is driven, and since horizontal slide plate 4033 is vertical with push rod 4032
Connection, push rod 4032 are connected with pressing plate 4031, then move downward pressing plate 4031 in 402 inner cavity of water tank, realize to storage
The extrusion of by-pass filtration purified water in water pot 402；For embodiment five, so that driving motor rotates backward, with band turn
Bar 4034 rotates, so that the output end of bull stick 4034 is slided along the sliding slot of horizontal slide plate 4033, to drive horizontal slide plate 4033
Downward actuation, and connect since horizontal slide plate 4033 is vertical with push rod 4032, push rod 4032 is connected with pressing plate 4031, then make
Pressing plate 4031 is moved downward in 402 inner cavity of water tank, realizes the extrusion to by-pass filtration purified water in water tank 402；
5, the by-pass filtration purified water in above-mentioned steps 4 is under the action of assisting Inlet and outlet water main body 403, into secondary filtration
The inner cavity of case 50, and successively secondary filtration purification is realized through quartz layer, active carbon layer, reverse osmosis film layer and PP cotton filter layer, most
It is discharged afterwards by the water outlet of secondary filtration case 50, to complete entire sewage disposal process；
6, repeat the above steps 1-5, completes the treatment process of different quality sewage.
The embodiments of the present invention are described in detail above, but the content is only the preferable of the utility model
Embodiment should not be considered as limiting the scope of the present invention.It is all to become according to equalization made by the scope of the utility model
Change and improve etc., it shall still fall within the scope of this patent.
Claims (8)
1. a kind of energy-saving and environment-friendly apparatus for treating sewage, it is characterised in that: the energy-saving and environment-friendly apparatus for treating sewage includes at sewage
Manage device shell (10), settlement of sewage group (20), by-pass filtration case (30), auxiliary Inlet and outlet water mechanism (40) and secondary filtration case
(50), the settlement of sewage group (20) is set on the inner wall of apparatus for treating sewage shell (10), and the settlement of sewage group (20)
Water inlet is exported by piping connection pending water, and the by-pass filtration case (30) is located under the water outlet of settlement of sewage group (20)
Side, the by-pass filtration case (30), auxiliary Inlet and outlet water mechanism (40) and secondary filtration case (50) pass sequentially through pipeline connection；
The auxiliary Inlet and outlet water mechanism (40) is set as including support base (401), water tank (402), auxiliary Inlet and outlet water main body
(403) and driving main body (404), the support base (401) are fixed on the bottom of apparatus for treating sewage shell (10), and the support base
(401) water tank (402) are set on, the water tank (402) passes through pipeline connection by-pass filtration case (30) and secondary filtration case
(50), the output end of auxiliary Inlet and outlet water main body (403), the auxiliary Inlet and outlet water main body (403) and in the water tank (402) are set
Input terminal connection driving main body (404), the driving main body (404) is set on support base (401)；
The auxiliary Inlet and outlet water main body (403) be set as include pressing plate (4031), push rod (4032), horizontal slide plate (4033) and turn
Bar (4034), the pressing plate (4031) matches the inner cavity for being set to water tank (402), and the upper surface of the pressing plate (4031) connects
The lower end of push rod (4032) is connect, the upper end of the push rod (4032) passes through water tank (402) cover and vertically connects horizontal slide plate
(4033), sliding slot is opened up along its axis direction in the horizontal slide plate (4033), the output end of the bull stick (4034) matches
It is slideably positioned in sliding slot, and input terminal connection driving main body (404) of the bull stick (4034).
2. energy-saving and environment-friendly apparatus for treating sewage according to claim 1, it is characterised in that: the settlement of sewage group (20) sets
Three group precipitation casees (201) being from top to bottom successively slidably connected are set to, the side wall upper part of settling tank described in three groups (201) is respectively provided with
Sewage inlet (202), and the corresponding setting sewage outlet (203) of lower sidewall of three group precipitation casees (201), the sewage
Valve (204) are respectively provided on water inlet (202) and sewage outlet (203).
3. energy-saving and environment-friendly apparatus for treating sewage according to claim 1, it is characterised in that: the settlement of sewage group (20) sets
It is set to including level-one settling tank and two groups of two-stage precipitation casees, the level-one settling tank is set to the interior of apparatus for treating sewage shell (10)
On wall, and the level-one settling tank lower sidewall two groups of sewage outlets (203) of corresponding setting, two-stage precipitation case phase described in two groups
The corresponding bottom for being slidably connected to level-one settling tank, and two groups of two-stage precipitation case lower sidewall settings sewage outlet (203),
The level-one settling tank and two groups of two-stage precipitation case side wall upper parts are respectively provided with sewage inlet (202), the sewage inlet
(202) and valve (204) are respectively provided on sewage outlet (203).
4. energy-saving and environment-friendly apparatus for treating sewage according to claim 1, it is characterised in that: on the support base (401) also
Two groups of guide sleeves (405) are set, and guide sleeve described in two groups matches the upper end for wearing push rod (4032) in (405).
5. energy-saving and environment-friendly apparatus for treating sewage according to claim 1, it is characterised in that: the driving main body (404) can
It is set as including driving handle (4041), driving gear (4042), transition gear (4043) and driven gear (4044), the drive
The output end of fixed handle (4041) is arranged on support base (401) by bearing rotation, and the output of the driving handle (4041)
End is keyed fixed driving gear (4042), the driving gear (4042), transition gear (4043) and driven gear (4044)
Successively external toothing is driven from the bottom to top, and the transition gear (4043) and driven gear (4044) are rotated by support shaft and are arranged
In on support base (401), the input terminal of the hinged bull stick of output end (4034) of driven gear (4044) support shaft.
6. energy-saving and environment-friendly apparatus for treating sewage according to claim 1, it is characterised in that: the driving main body (404) can
Be set as driving motor, the output end of the motor shaft of the driving motor connects a shaft by shaft coupling, the shaft it is defeated
The input terminal of the hinged bull stick of outlet (4034).
7. energy-saving and environment-friendly apparatus for treating sewage according to claim 1 to 6, it is characterised in that: the level-one mistake
The inner cavity of filter box (30) from top to bottom sets gradually quartz layer, active carbon layer and reverse osmosis film layer.
8. energy-saving and environment-friendly apparatus for treating sewage according to claim 1 to 6, it is characterised in that: the second level mistake
The inner cavity of filter box (50) from top to bottom sets gradually quartz layer, active carbon layer, reverse osmosis film layer and PP cotton filter layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821931635.3U CN209178118U (en) | 2018-11-22 | 2018-11-22 | A kind of energy-saving and environment-friendly apparatus for treating sewage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821931635.3U CN209178118U (en) | 2018-11-22 | 2018-11-22 | A kind of energy-saving and environment-friendly apparatus for treating sewage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209178118U true CN209178118U (en) | 2019-07-30 |
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ID=67373898
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821931635.3U Active CN209178118U (en) | 2018-11-22 | 2018-11-22 | A kind of energy-saving and environment-friendly apparatus for treating sewage |
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| Country | Link |
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| CN (1) | CN209178118U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114130522A (en) * | 2021-11-30 | 2022-03-04 | 朱思仪 | Sedimentation system for non-ferrous metal ore dressing and sedimentation method thereof |
-
2018
- 2018-11-22 CN CN201821931635.3U patent/CN209178118U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114130522A (en) * | 2021-11-30 | 2022-03-04 | 朱思仪 | Sedimentation system for non-ferrous metal ore dressing and sedimentation method thereof |
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