CN204174020U - A kind of portable sewage continuous processor - Google Patents
A kind of portable sewage continuous processor Download PDFInfo
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- CN204174020U CN204174020U CN201420652674.5U CN201420652674U CN204174020U CN 204174020 U CN204174020 U CN 204174020U CN 201420652674 U CN201420652674 U CN 201420652674U CN 204174020 U CN204174020 U CN 204174020U
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- water tank
- foul water
- pipeline
- pneumavalve
- vacuum pump
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Abstract
A kind of portable sewage continuous processor, comprise cabinet, and the equipment be installed in described cabinet, described equipment comprises the generator providing energy, solid refuse separator tank, independently first, second foul water tank, water ring vacuum pump, hybrid reaction chamber, solid-liquid separating machine, and flocculation agent dissolves case, described solid refuse separator tank passes through pipeline, and be installed on first on described pipeline, second pneumavalve is connected to described first, second foul water tank, described first, second foul water tank is respectively by pipeline, and be installed on the 3rd on described pipeline, 4th pneumavalve, motorized valve is connected to described hybrid reaction chamber, described hybrid reaction chamber is connected to described solid-liquid separating machine by pipeline, described first, second foul water tank is respectively by tracheae, and be installed on the 6th on described tracheae, 7th pneumavalve, first, second motorized valve is connected to described water ring vacuum pump, the portable sewage continuous processor of the utility model can realize continuous sewage treatment.
Description
Technical field
The utility model relates to field of environment protection equipment, espespecially a kind of portable sewage continuous processor.
Background technology
Existing portable sewage treating machine is all indirect type process, and namely when foul water tank takes out sewage, the treatment step such as flocculation, solid-liquid separation of follow-up sewage needs to stop, and when taking out full etc. foul water tank, restarts the sewage treatment step such as follow-up flocculation, solid-liquid separation; After treatment when continuous flocculation, solid-liquid separation step, need again the soil pick-up operation stopping foul water tank, cause sewage treating efficiency low.It, because being that foul water tank needs to carry out negative-pressure operation when soil pick-up, cannot continue liquid to discharge to subsequent processing operations program.
Summary of the invention
The purpose of this utility model is to provide a kind of without the need to pause, sustainable portable sewage continuous processor of disposing of sewage.
For this reason, the utility model provides a kind of portable sewage continuous processor, comprise cabinet, and the equipment be installed in described cabinet, described equipment comprises the generator providing energy, solid refuse separator tank, independently first, second foul water tank, water ring vacuum pump, hybrid reaction chamber, solid-liquid separating machine, and flocculation agent dissolves case, described water ring vacuum pump vacuumizes generation negative pressure to described foul water tank, described solid refuse separator tank passes through pipeline, and be installed on first on described pipeline, second pneumavalve is connected to described first, second foul water tank, described first, second foul water tank is respectively by pipeline, and be installed on the 3rd on described pipeline, 4th pneumavalve, motorized valve is connected to described hybrid reaction chamber, described hybrid reaction chamber is connected to described solid-liquid separating machine by pipeline, described first, second foul water tank is respectively by tracheae, and be installed on the 6th on described tracheae, 7th pneumavalve, first, second motorized valve is connected to described water ring vacuum pump.
Described solid refuse separator tank is connected with sewage inlet and solid refuse outlet, and described solid-liquid separating machine is provided with solid slag outlet and liquid exit.
Each foul water tank top is respectively equipped with first, second service hatch and first, second fluid level controller.
Described flocculation agent dissolves case and comprises first, second flocculation agent dissolving case, and first, second flocculation agent described dissolves case and is connected on described hybrid reaction chamber respectively by pipeline and first, second flocculation agent pump be installed on described pipeline.
Tracheae between described water ring vacuum pump and first, second foul water tank described is also provided with the 3rd magnetic valve controlling first, second magnetic valve described being positioned at described water ring vacuum pump side.
Described water ring vacuum pump is also provided with and connects extraneous pneumatic outlet by tracheae, and described pneumatic outlet is provided with ozonizer.
Described mute power generator provides power supply for equipment; Described air compressor provides power for the described first to the 7th pneumavalve; Described water ring vacuum pump is used for vacuumizing, and makes described foul water tank produce negative pressure soil pick-up; Described fluid level controller is for monitoring the liquid level of foul water tank and coordinating the motorized valve control discharge of sewage.
Described electric appliance control box for controlling the work of each pneumavalve, magnetic valve, described electric appliance control box arrange and switching push button to control the work of each valve.
Relative to prior art, the portable sewage continuous processor of the utility model is provided with independently first, second foul water tank, a foul water tank is when carrying out vacuumizing soil pick-up operation, sewage in it can inject in described hybrid reaction chamber and carry out sewage disposal by another foul water tank insusceptibly, avoids in prior art to vacuumize soil pick-up and sewage disposal can not be carried out simultaneously and cause the defect of inefficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of the portable sewage continuous processor of the utility model.
Embodiment
Refer to shown in Fig. 1, the portable sewage continuous processor of the utility model comprises cabinet 1 and is installed on the equipment in described cabinet 1, described equipment comprises mute power generator 2, solid refuse separator tank 11, first, second foul water tank 31 of providing energy, 32, water ring vacuum pump 10, hybrid reaction chamber 13, solid-liquid separating machine 12, first, second flocculation agent dissolve case 61,62, ozonizer 17, electric appliance control box 15 and air compressor 25.
Described solid refuse separator tank 11 is connected with sewage inlet 18 and solid refuse outlet 19.Described solid refuse separator tank 11 is connected to first, second foul water tank 61,62 respectively by pipeline, and the pipeline of first, second foul water tank 31,32 described in described solid refuse separator tank 11 connects is separately installed with first, second pneumavalve 81,82.
Each foul water tank 31,32 top is respectively equipped with first, second service hatch 41,42 and first, second fluid level controller 51,52.First, second foul water tank 31 described, 32 respectively by pipeline and be installed on the 3rd on described pipeline, the 4th pneumavalve 83,84 are connected to described hybrid reaction chamber 13, the pipeline being positioned at described hybrid reaction chamber 13 side is provided with motorized valve 14, simultaneously, described hybrid reaction chamber 13 and described foul water tank 31, the pipeline between 32 is provided with the discharge outlet 22 having installed the 5th pneumavalve 85.
Described hybrid reaction chamber 13 is provided with pipe blow-through and cleaning discharge port 24 thereof, described pipe blow-through is provided with manually-operated gate 16.Described hybrid reaction chamber 13 is connected to described solid-liquid separating machine 12 by pipeline, and described solid-liquid separating machine 12 is provided with solid slag outlet 20 and liquid exit 21.
First, second flocculation agent described dissolves case 61,62 and is connected on described hybrid reaction chamber 13 respectively by pipeline and first, second flocculation agent pump 71,72 be installed on described pipeline.
First, second foul water tank 31 described, 32 respectively by tracheae, be installed on the 6th on tracheae, the 7th pneumavalve 86,87 and first, second magnetic valve 91,92 are connected to described water ring vacuum pump 10, described tracheae is positioned at described water ring vacuum pump 10 side and is also provided with the 3rd magnetic valve 93 controlling first, second magnetic valve 91,92 described.Described water ring vacuum pump 10 is also provided with and connects extraneous pneumatic outlet 23 by tracheae, and described pneumatic outlet 23 is connected with described ozonizer 17.Described water ring vacuum pump 10 is provided with scatterer 26.
Described mute power generator 2 provides power supply for equipment; Described air compressor 25 provides power for the described first to the 7th pneumavalve 81-87; Described water ring vacuum pump 10, for vacuumizing, makes described foul water tank 31,32 produce negative pressure soil pick-up; Described fluid level controller 51,52 for monitoring foul water tank 31, the liquid level of 32; Described motorized valve 14 is for controlling the discharge of sewage flowing into described hybrid reaction chamber 13.
Below say that introducing that the utility model moves in detail is the principle of work of sewage continuous processor:
1, described first foul water tank 31 takes out dirt: open first, 6th pneumavalve 81, 86, close second to the 4th, 7th pneumavalve 82-84, 87, open described water ring vacuum pump 10 extract the air in described first foul water tank 31 and make it produce negative pressure, sewage is under the effect of negative pressure, first described solid refuse separator tank 11 is entered via described sewage inlet 18, larger solid refuse carries out being separated and directly to discharge from described solid refuse outlet 19 in described solid refuse separator tank 11, sewage after described solid refuse separator tank 11 is separated then is inhaled in described first foul water tank 31.
2, the sewage in described first foul water tank 31 flows into hybrid reaction chamber 13, described second foul water tank 32 soil pick-up simultaneously: when the first fluid level controller 51 in described first foul water tank 31 detects that the discharge of sewage in described first foul water tank 31 reaches capacity, control unlatching the 7th, second pneumavalve 87, the soil pick-up operation of described second foul water tank 32 of 82 beginning, close the first, the 4th, the 6th pneumavalve 81 simultaneously, 84,86.Controlling unlatching first magnetic valve 91 is subsequently described first foul water tank 31 pressure release, and open the 3rd pneumavalve 83, and motorized valve 14, sewage in described first foul water tank 31 flows in described hybrid reaction chamber 13 via pipeline, start described first flocculation agent pump 71 to make the described first flocculation agent flocculation agent dissolved in case 61 inject described hybrid reaction chamber 13 fully to react with described sewage, sewage in described hybrid reaction chamber 13 flows in described solid-liquid separating machine 12 after reaction, solids after described solid-liquid separating machine 12 is separated is discharged from described solid slag outlet 20, described liquid is discharged from described liquid exit 21.Achieve carrying out continuously of sewage disposal.
3, the first foul water tank 31 soil pick-up is converted into from the second foul water tank 32 soil pick-up, sewage simultaneously in the second foul water tank 32 flows into described hybrid reaction chamber 13 and processes: when the sewage that described second fluid level controller 52 detects in the second soil pick-up case 32 is saturated, control unlatching first, the 6th pneumavalve 81,86 start described first soil pick-up case 31 soil pick-up operation, close described second, third, the 7th pneumavalve 82,83,87; Open the second magnetic valve 92 to be the second foul water tank 32 pressure release and to open described 4th pneumavalve 84 simultaneously to process so that the sewage in described second foul water tank 32 is entered in described hybrid reaction chamber 13, open the second flocculation agent pump 72 injects in described hybrid reaction chamber 13 by the flocculant solution that described second flocculation agent dissolves in case 62 simultaneously, now, dissolve case 62 can to the first flocculation agent to annotate liquid medicine.So, then achieve while described vacuum takes out dirt, the work of flocculation reaction in described hybrid reaction chamber 13 and solid-liquid separating machine 12 need not be stopped.Substantially increase efficiency.
The motorized valve 14 being positioned at described hybrid reaction chamber 13 is for controlling to enter the discharge of sewage of described hybrid reaction chamber 13, adaptive with the progress controlling each link.
Described electric appliance control box 15, for controlling the work of each pneumavalve, magnetic valve, when realizing, can be realized the on-off control of each step automatically by the mode of mcu programming; Also can be shown by the mode of sensor, and manually realize the switch of each pneumavalve, magnetic valve by the mode arranging switching push button.
Compared to prior art, the portable sewage continuous processor of the utility model is provided with independently first, second foul water tank 31,32, a foul water tank is when carrying out vacuumizing soil pick-up operation, sewage in it can inject in described hybrid reaction chamber 13 and carry out sewage disposal by another foul water tank insusceptibly, avoids in prior art to vacuumize soil pick-up and sewage disposal can not be carried out simultaneously and cause the defect of inefficiency.
Claims (8)
1. a portable sewage continuous processor, it is characterized in that: comprise cabinet, and the equipment be installed in described cabinet, described equipment comprises the generator providing energy, solid refuse separator tank, independently first, second foul water tank, water ring vacuum pump, hybrid reaction chamber, solid-liquid separating machine, and flocculation agent dissolves case, described water ring vacuum pump vacuumizes generation negative pressure to described foul water tank, described solid refuse separator tank passes through pipeline, and be installed on first on described pipeline, second pneumavalve is connected to described first, second foul water tank, described first, second foul water tank is respectively by pipeline, and be installed on the 3rd on described pipeline, 4th pneumavalve, motorized valve is connected to described hybrid reaction chamber, described hybrid reaction chamber is connected to described solid-liquid separating machine by pipeline, described first, second foul water tank is respectively by tracheae, and be installed on the 6th on described tracheae, 7th pneumavalve, first, second motorized valve is connected to described water ring vacuum pump.
2. portable sewage continuous processor as claimed in claim 1, is characterized in that: described solid refuse separator tank is connected with sewage inlet and solid refuse outlet, and described solid-liquid separating machine is provided with solid slag outlet and liquid exit.
3. portable sewage continuous processor as claimed in claim 1, is characterized in that: each foul water tank top is respectively equipped with first, second service hatch and first, second fluid level controller.
4. portable sewage continuous processor as claimed in claim 1, it is characterized in that: described flocculation agent dissolves case and comprises first, second flocculation agent dissolving case, and first, second flocculation agent described dissolves case and is connected on described hybrid reaction chamber respectively by pipeline and first, second flocculation agent pump be installed on described pipeline.
5. portable sewage continuous processor as claimed in claim 1, is characterized in that: the tracheae between described water ring vacuum pump and first, second foul water tank described is also provided with the 3rd magnetic valve controlling first, second magnetic valve described being positioned at described water ring vacuum pump side.
6. portable sewage continuous processor as claimed in claim 1, is characterized in that: described water ring vacuum pump is also provided with and connects extraneous pneumatic outlet by tracheae, and described pneumatic outlet is provided with ozonizer.
7. portable sewage continuous processor as claimed in claim 1, is characterized in that: described mute power generator provides power supply for equipment; Described air compressor provides power for the described first to the 7th pneumavalve; Described water ring vacuum pump is used for vacuumizing, and makes described foul water tank produce negative pressure soil pick-up; Described fluid level controller is for monitoring the liquid level of foul water tank and coordinating the motorized valve control discharge of sewage.
8. portable sewage continuous processor as claimed in claim 1, is characterized in that: described electric appliance control box is for controlling the work of each pneumavalve, magnetic valve, and described electric appliance control box arranges switching push button to control the work of each valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420652674.5U CN204174020U (en) | 2014-11-05 | 2014-11-05 | A kind of portable sewage continuous processor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420652674.5U CN204174020U (en) | 2014-11-05 | 2014-11-05 | A kind of portable sewage continuous processor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204174020U true CN204174020U (en) | 2015-02-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420652674.5U Active CN204174020U (en) | 2014-11-05 | 2014-11-05 | A kind of portable sewage continuous processor |
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| Country | Link |
|---|---|
| CN (1) | CN204174020U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106396334A (en) * | 2016-11-21 | 2017-02-15 | 深圳科恩环保设备股份有限公司 | Movable excrement harmless treatment equipment |
-
2014
- 2014-11-05 CN CN201420652674.5U patent/CN204174020U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106396334A (en) * | 2016-11-21 | 2017-02-15 | 深圳科恩环保设备股份有限公司 | Movable excrement harmless treatment equipment |
| CN106396334B (en) * | 2016-11-21 | 2023-10-31 | 深圳科恩环保设备股份有限公司 | Movable excrement harmless treatment equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Shenzhen Zhonghai Machinery Co., Ltd. Assignor: Luo Zhihao Contract record no.: 2017440020013 Denomination of utility model: Mobile sewage continuous processor Granted publication date: 20150225 License type: Exclusive License Record date: 20170228 |
|
| LICC | Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model |