CN208603804U - A kind of sewage bactericidal unit - Google Patents
A kind of sewage bactericidal unit Download PDFInfo
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- CN208603804U CN208603804U CN201820192326.2U CN201820192326U CN208603804U CN 208603804 U CN208603804 U CN 208603804U CN 201820192326 U CN201820192326 U CN 201820192326U CN 208603804 U CN208603804 U CN 208603804U
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- sewage
- bolt
- pipe
- purification pot
- liquid pumping
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Abstract
The utility model discloses a kind of sewage bactericidal units, including purification pot, top cover, speed regulating motor, shaft, shield, impeller, liquid pumping pipe, end cap, cylinder, piston, check valve, inlet tube, sparge pipe, liquid separation mechanism, retainer, high ozone ultraviolet radiator, in sewage inlet tube and check valve input liquid pumping pipe, piston is pushed quickly to move to right with exhaust hood, to which the sewage in liquid pumping pipe through sparge pipe and is pressed into liquid separation mechanism, sewage is atomized by setting in liquid separation atomizer within the organization to be sprayed, subsequent speed regulating motor drives the impeller high-speed rotation being connected with shield by shaft, sewage secondary after atomization is atomized and is thrown away along impeller, high ozone ultraviolet radiator comes into full contact with the sewage particulate after atomization and sterilizes.The apparatus structure is simple, can be sterilized automatically to sewage, without using chemical agent, avoids the secondary pollution of water body, and be atomized design twice using sewage, effectively improves sterilization effect.
Description
Technical field
The utility model relates to a kind of mechanical device more particularly to a kind of sewage bactericidal units.
Background technique
It is discharged into the process that a certain water body or the water quality requirement reused purify it to reach sewage and is referred to as
Sewage treatment.Sewage treatment is widely used in building, agricultural, traffic, the energy, petrochemical industry, environmental protection, urban landscape, medical treatment, food and drink
Etc. every field, also come into the daily life of common people more and more.Due to thin containing more nocuousness in sanitary sewage
Therefore bacterium generally requires to carry out sterilization treatment in sewage treatment, sewage treatment plant uses chemical agent to carry out sewage more at present
Sterilizing, not only dosing is big, but also medicament residual easily leads to the secondary pollution of water body.In view of disadvantages described above, it is really necessary to set
Count a kind of sewage bactericidal unit.
Utility model content
Technical problem to be solved by the utility model is to provide a kind of sewage bactericidal units, come the useization solved
Learn the problem of sterilizing leads to secondary pollution of water.
In order to solve the above technical problems, the technical solution of the utility model is: a kind of sewage bactericidal unit, including purification
Tank, speed regulating motor, shaft, shield, impeller, liquid pumping pipe, end cap, cylinder, piston, check valve, inlet tube, sparge pipe, divides top cover
Liquid mechanism, retainer, high ozone ultraviolet radiator, the top cover are located at the top of purification pot, and the top cover passes through with purification pot
Bolt is connected, and the speed regulating motor is located at top cover upper end, and the speed regulating motor is connected with top cover by bolt, and described turns
Axis runs through top cover, and the shaft is rotatedly connected with top cover, and the shield is located at shaft lower end, and the shield and shaft are logical
It crosses bolt to be connected, the impeller is located at shield lower end, and the impeller is weldingly connected with shield, and the liquid pumping pipe right end is stretched
Enter on the inside of purification pot, the end cap is located on the left of liquid pumping pipe, and the end cap is connected with liquid pumping pipe by bolt, the gas
Cylinder is located on the left of end cap, and the cylinder is connected with end cap by bolt, and the piston is located on the right side of cylinder and is located at pump liquid
On the inside of pipe, the piston is connected with cylinder by bolt, and the piston can horizontally slip along liquid pumping pipe, and described is unidirectional
Valve is located at liquid pumping pipe outer upper end, and the check valve is connected with liquid pumping pipe by bolt, and the inlet tube is located at check valve
Upper end, the inlet tube are connected with check valve by bolt, and the sparge pipe is located on the right side of liquid pumping pipe and is located at purification pot
Inside, the sparge pipe are connected with liquid pumping pipe by bolt, and the liquid separation mechanism is located at the top of sparge pipe, the liquid separation
Mechanism is connected with sparge pipe by bolt, and the retainer is located on the inside of purification pot and is run through by sparge pipe, the holding
Frame is weldingly connected with purification pot, and the high ozone ultraviolet radiator is located on the inside of purification pot, the high ozone ultraviolet radiator with
Purification pot is connected by bolt.
The utility model further improves as follows:
Further, the purification pot is additionally provided with apocenosis mouth, and the apocenosis mouth is located at purification pot lower end, the row
Liquid mouth is weldingly connected with purification pot, and apocenosis mouth setting is in purification pot bottom, for sewage to be discharged.
Further, the purification pot is additionally provided with installing port, and the installing port is located on the left of purification pot, the peace
Dress mouth is weldingly connected with purification pot.
Further, the liquid pumping pipe is additionally provided with flange, and the flange is located on the outside of liquid pumping pipe, the flange with
Liquid pumping pipe is weldingly connected and is connected in installing port by bolt.
Further, the end cap is additionally provided with auxiliary sewage pipe, and the auxiliary sewage pipe is located on the left of end cap, described
Auxiliary sewage pipe be connected with end cap screw thread, auxiliary sewage pipe, will when mobile on the left of cylinder band piston for assisting blowdown
Sewage in liquid pumping pipe is excluded through auxiliary sewage pipe.
Further, the liquid separation mechanism is additionally provided with the atomizer that water tank, flow distribution plate, quantity are no less than 2, described
Water tank be located at sparge pipe top, the water tank is connected with sparge pipe by bolt, and the flow distribution plate is located at water tank upper end,
The flow distribution plate is connected with water tank by bolt, and the atomizer is located at flow distribution plate upper end, the atomizer with
Flow distribution plate screw thread is connected.
Compared with prior art, the sewage bactericidal unit, when work, in sewage inlet tube and check valve input liquid pumping pipe,
Piston is pushed quickly to move to right with exhaust hood, thus by the sewage in liquid pumping pipe through in sparge pipe and indentation liquid separation mechanism, setting exists
Sewage is atomized by liquid separation atomizer within the organization to be sprayed, and subsequent speed regulating motor drives the impeller being connected with shield high by shaft
Speed rotation, the sewage secondary after atomization is atomized and is thrown away along impeller, and high ozone ultraviolet radiator is filled with the sewage particulate after atomization
Tap touching sterilizes.The apparatus structure is simple, can be sterilized automatically to sewage, without using chemical agent, avoid water body
Secondary pollution, and design is atomized using sewage twice, effectively improves sterilization effect.
Detailed description of the invention
Fig. 1 shows the utility model main view
Fig. 2 shows the utility model liquid separation mechanism structure schematic diagrames
In figure: purification pot 1, speed regulating motor 3, shaft 4, shield 5, impeller 6, liquid pumping pipe 7, end cap 8, cylinder 9, is lived at top cover 2
Fill in 10, check valve 11, inlet tube 12, sparge pipe 13, liquid separation mechanism 14, retainer 15, high ozone ultraviolet radiator 16, apocenosis mouth
101, installing port 102, flange 701, auxiliary sewage pipe 801, water tank 1401, flow distribution plate 1402, atomizer 1403.
Specific embodiment
As shown in Figure 1 and Figure 2, a kind of sewage bactericidal unit, including purification pot 1, top cover 2, speed regulating motor 3, shaft 4, shield
5, impeller 6, liquid pumping pipe 7, end cap 8, cylinder 9, piston 10, check valve 11, inlet tube 12, sparge pipe 13, liquid separation mechanism 14, holding
Frame 15, high ozone ultraviolet radiator 16, the top cover 2 are located at 1 top of purification pot, and the top cover 2 and purification pot 1 pass through bolt
It is connected, the speed regulating motor 3 is located at 2 upper end of top cover, and the speed regulating motor 3 is connected with top cover 2 by bolt, and described turns
Axis 4 runs through top cover 2, and the shaft 4 is rotatedly connected with top cover 2, and the shield 5 is located at 4 lower end of shaft, the shield 5
It is connected with shaft 4 by bolt, the impeller 6 is located at 5 lower end of shield, and the impeller 6 is weldingly connected with shield 5, described
7 right end of liquid pumping pipe protrude into the inside of purification pot 1, the end cap 8 is located at 7 left side of liquid pumping pipe, the end cap 8 and liquid pumping pipe 7
It is connected by bolt, the cylinder 9 is located at 8 left side of end cap, and the cylinder 9 is connected with end cap 8 by bolt, the work
Plug 10 is located at 9 right side of cylinder and is located at 7 inside of liquid pumping pipe, and the piston 10 is connected with cylinder 9 by bolt, the piston
10 can horizontally slip along liquid pumping pipe 7, and the check valve 11 is located at 7 outer upper end of liquid pumping pipe, the check valve 11 and pump
Liquid pipe 7 is connected by bolt, and the inlet tube 12 is located at 11 upper end of check valve, and the inlet tube 12 passes through with check valve 11
Bolt is connected, and the sparge pipe 13 is located at 7 right side of liquid pumping pipe and is located at 1 inside of purification pot, the sparge pipe 13 and pump liquid
Pipe 7 is connected by bolt, and the liquid separation mechanism 14 is located at 13 top of sparge pipe, and the liquid separation mechanism 14 and sparge pipe 13 are logical
It crosses bolt to be connected, the retainer 15 is located at 1 inside of purification pot and is run through by sparge pipe 13, the retainer 15 and purification
Tank 1 is weldingly connected, and the high ozone ultraviolet radiator 16 is located at the inside of purification pot 1, the high ozone ultraviolet radiator 16 and net
Change tank 1 to be connected by bolt, the purification pot 1 is additionally provided with apocenosis mouth 101, and the apocenosis mouth 101 is located under purification pot 1
End, the apocenosis mouth 101 are weldingly connected with purification pot 1, and apocenosis mouth 101 is arranged in 1 bottom of purification pot, for arranging sewage
Out, the purification pot 1 is additionally provided with installing port 102, and the installing port 102 is located at 1 left side of purification pot, the installing port
102 are weldingly connected with purification pot 1, and the liquid pumping pipe 7 is additionally provided with flange 701, and the flange 701 is located at 7 outside of liquid pumping pipe,
The flange 701 is weldingly connected with liquid pumping pipe 7 and is connected in installing port 102 by bolt, and the end cap 8 is additionally provided with auxiliary
Sewage pipe 801, the auxiliary sewage pipe 801 are located at 8 left side of end cap, the auxiliary sewage pipe 801 and 8 screw thread phase of end cap
Even, auxiliary sewage pipe 801 is for assisting blowdown, and when cylinder 9 on the left of piston 10 with moving, the sewage in liquid pumping pipe 7 is passed through
Sewage pipe 801 is assisted to exclude, the liquid separation mechanism 14 is additionally provided with the mist that water tank 1401, flow distribution plate 1402, quantity are no less than 2
Change spray head 1403, the water tank 1401 is located at 13 top of sparge pipe, and the water tank 1401 passes through bolt phase with sparge pipe 13
Even, the flow distribution plate 1402 is located at 1401 upper end of water tank, and the flow distribution plate 1402 is connected with water tank 1401 by bolt, institute
The atomizer 1403 stated is located at 1402 upper end of flow distribution plate, and the atomizer 1403 is connected with 1402 screw thread of flow distribution plate, should
Sewage bactericidal unit, when work, sewage inlet tube 12 and check valve 11 are inputted in liquid pumping pipe 7, push piston 10 fast with exhaust hood 9
Speed moves to right, thus by the sewage in liquid pumping pipe 7 through being arranged in liquid separation mechanism 14 in sparge pipe 13 and indentation liquid separation mechanism 14
Sewage is atomized by atomizer 1403 to be sprayed, and subsequent speed regulating motor 3 drives the impeller 6 being connected with shield 5 to turn at a high speed by shaft 4
It is dynamic, the sewage secondary after atomization is atomized and is thrown away along impeller 6, high ozone ultraviolet radiator 16 and the sewage particulate after atomization are abundant
Contact sterilizes.The apparatus structure is simple, can be sterilized automatically to sewage, without using chemical agent, avoid water body
Secondary pollution, and design is atomized using sewage twice, effectively improve sterilization effect.
The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned
Hair, without creative labor, the various transformation made are all fallen within the protection scope of the utility model.
Claims (6)
1. a kind of sewage bactericidal unit, it is characterised in that including purification pot, top cover, speed regulating motor, shaft, shield, impeller, pump liquid
Pipe, end cap, cylinder, piston, check valve, inlet tube, sparge pipe, liquid separation mechanism, retainer, high ozone ultraviolet radiator, it is described
Top cover is located at the top of purification pot, and the top cover is connected with purification pot by bolt, and the speed regulating motor is located at top cover upper end,
The speed regulating motor is connected with top cover by bolt, and the shaft runs through top cover, and the shaft is rotatedly connected with top cover,
The shield is located at shaft lower end, and the shield is connected with shaft by bolt, and the impeller is located at shield lower end, institute
The impeller stated is weldingly connected with shield, and the liquid pumping pipe right end protrudes on the inside of purification pot, and the end cap is located at a liquid pumping pipe left side
Side, the end cap are connected with liquid pumping pipe by bolt, and the cylinder is located on the left of end cap, and the cylinder passes through with end cap
Bolt is connected, and the piston is located on the right side of cylinder and is located on the inside of liquid pumping pipe, and the piston is connected with cylinder by bolt,
The piston can horizontally slip along liquid pumping pipe, and the check valve is located at liquid pumping pipe outer upper end, the check valve with
Liquid pumping pipe is connected by bolt, and the inlet tube is located at check valve upper end, and the inlet tube passes through bolt phase with check valve
Even, the sparge pipe is located on the right side of liquid pumping pipe and is located on the inside of purification pot, and the sparge pipe passes through bolt phase with liquid pumping pipe
Even, the liquid separation mechanism is located at the top of sparge pipe, and the liquid separation mechanism is connected with sparge pipe by bolt, the holding
Frame is located on the inside of purification pot and is run through by sparge pipe, and the retainer is weldingly connected with purification pot, and the high ozone is ultraviolet
On the inside of purification pot, the high ozone ultraviolet radiator is connected with purification pot by bolt line lamp position.
2. sewage bactericidal unit as described in claim 1, it is characterised in that the purification pot is additionally provided with apocenosis mouth, described
Apocenosis mouth is located at purification pot lower end, and the apocenosis mouth is weldingly connected with purification pot.
3. sewage bactericidal unit as described in claim 1, it is characterised in that the purification pot is additionally provided with installing port, described
Installing port is located on the left of purification pot, and the installing port is weldingly connected with purification pot.
4. sewage bactericidal unit as described in claim 1, it is characterised in that the liquid pumping pipe is additionally provided with flange, the method
Orchid is located on the outside of liquid pumping pipe, and the flange is weldingly connected with liquid pumping pipe and is connected in installing port by bolt.
5. sewage bactericidal unit as described in claim 1, it is characterised in that the end cap is additionally provided with auxiliary sewage pipe, described
Auxiliary sewage pipe be located on the left of end cap, the auxiliary sewage pipe is connected with end cap screw thread.
6. sewage bactericidal unit as described in claim 1, it is characterised in that the liquid separation mechanism is additionally provided with water tank, shunts
Plate, quantity are no less than 2 atomizers, and the water tank is located at sparge pipe top, and the water tank and sparge pipe pass through spiral shell
Bolt is connected, and the flow distribution plate is located at water tank upper end, and the flow distribution plate is connected with water tank by bolt, the atomizer
Positioned at flow distribution plate upper end, the atomizer is connected with flow distribution plate screw thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820192326.2U CN208603804U (en) | 2018-02-05 | 2018-02-05 | A kind of sewage bactericidal unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820192326.2U CN208603804U (en) | 2018-02-05 | 2018-02-05 | A kind of sewage bactericidal unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208603804U true CN208603804U (en) | 2019-03-15 |
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ID=65659366
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820192326.2U Active CN208603804U (en) | 2018-02-05 | 2018-02-05 | A kind of sewage bactericidal unit |
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| Country | Link |
|---|---|
| CN (1) | CN208603804U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108217913A (en) * | 2018-02-05 | 2018-06-29 | 苏州思上环保科技有限公司 | A kind of sewage bactericidal unit |
-
2018
- 2018-02-05 CN CN201820192326.2U patent/CN208603804U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108217913A (en) * | 2018-02-05 | 2018-06-29 | 苏州思上环保科技有限公司 | A kind of sewage bactericidal unit |
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