CN208327654U

CN208327654U - A kind of refuse compaction equipment drainage

Info

Publication number: CN208327654U
Application number: CN201820670083.9U
Authority: CN
Inventors: 薛富强
Original assignee: Henan Qianjing Environmental Protection Equipment Co ltd
Current assignee: Henan Qianjing Environmental Protection Equipment Co ltd
Priority date: 2018-05-07
Filing date: 2018-05-07
Publication date: 2019-01-04
Anticipated expiration: 2028-05-07

Abstract

The utility model belongs to the field of sewage treatment, and discloses a sewage discharge system for garbage compression equipment. There is a sludge thickness detection device, a sewage outlet at the bottom, and a cleaning device inside; a filter plate with a cylindrical structure is arranged in the filter tank, the top of the filter plate is connected with a top plate, and the bottom end is connected with a bottom plate; A power supply is provided, a rotating electrode is connected below the power supply, and the rotating electrode is arranged in the electrolytic cell; The utility model has the advantages of simple structure and high sewage treatment efficiency.

Description

A kind of refuse compaction equipment drainage

Technical field

The utility model belongs to sewage treatment field, and in particular to a kind of refuse compaction equipment drainage.

Background technique

Increasingly developed with environmental protection work, people require higher and higher, garbage transfer to the protection of living environment Station is a kind of common refuse transfer equipment, is generally disposed in foundation pit, when transfer rubbish, by hydraulic pressure lifting device by dustbin It rises and completes producing for rubbish.The equipment is hidden in underground, and appearance combines together with city integrated greening；Without dirty, odorless, solution The problem of open-air refuse depot stink of having determined disturbs residents, the secondary dirt for preventing the mosquitos and flies bred after rubbish corruption and picking up rubbish personnel Dye；It is suitble to the transfer transport of any Environmental-protection transporting vehicle.

But inevitably there is sewage in rubbish, in rubbish storage, compression process, sewage can be flowed into rubbish Turn device bottom, can not only generate stench, can also corrode garbage box, influences the normal operation of underearth garbage storeroom.Simultaneously in rubbish In the process of rubbish transhipment, sewage flows out wantonly also to pollute the environment.

Utility model content

The purpose of this utility model is to provide a kind of structures, and refuse compaction equipment simple, that sewage treating efficiency is high is arranged Dirty system.

To achieve the above objectives, the present invention adopts the following technical solutions: a kind of refuse compaction equipment drainage, Sedimentation basin, filtering ponds, electrolytic cell and sterilization pool including passing sequentially through pipeline connection；It is provided with water inlet pipe on sedimentation basin, intakes One end of pipe extend into sedimentation basin lower part at the top of sedimentation basin, and water inlet pipe side is provided with sedimentation basin water inlet；The side of sedimentation basin Wall is equipped with sludge thickness detection apparatus, and bottom end is equipped with sewage draining exit, and inside is equipped with sewage disposal apparatus；Tubular structure is equipped in filtering ponds Filter plate, filter plate side wall is waveform, and filter plate top is connected with top plate, and bottom end is connected with bottom plate；It is connected on top plate Bearing is connected with filtering ponds water inlet on bearing, and bottom plate is connected with shaft；The top of filtering ponds and side wall are flexibly connected；Electrolysis Pond top surface is provided with power supply, and rotation electrode is connected with below power supply, and rotation electrode is set in electrolytic cell；Sterilization pool includes that setting exists The gas sterilizing unit of bottom surface and the water quality detecting device of side wall；Gas sterilizing unit includes air inlet pipe and is arranged in air inlet pipe Gas-guide tube, the top surface of gas-guide tube is evenly equipped with stomata.

Further, sewage disposal apparatus includes that sequentially connected gear-box, rotating bar and bar of removing contamination, gear-box are set from top to bottom Set the bottom end that sedimentation basin is arranged in bar of removing contamination on the top of sedimentation basin.

Further, shaft and bearing are arranged on the central axis of filter device.

Further, rotation electrode includes interlock spaced rotation negative electrode and rotation positive electrode.

Further, sterilization pool further includes the gas collector that top is arranged in.

Further, multiple gas-guide tubes are evenly equipped in air inlet pipe.

Further, sedimentation basin, filtering ponds, electrolytic cell and sterilization pool top are respectively equipped with a manhole.

Compared with prior art, the utility model has following technical effect that

(1) the utility model includes sedimentation basin, filtering ponds, electrolytic cell and sterilization pool, and structure is simple, and it is net to can be realized sewage Change, reaches discharge standard, reduce environmental pollution；

(2) the precipitating water inlet pipe side of sedimentation basin is equipped with sedimentation basin water inlet, changes the direction that sewage flows into, can prevent Short stream is conducive to the precipitating of solid, while sludge thickness detection apparatus is provided on side wall, and inside is equipped with sewage disposal apparatus, works as dirt When mud deposits to certain altitude, sludge thickness detection apparatus issues signal, and sewage disposal apparatus receives signal, starts turning, and clears up bottom Portion's sludge, sludge are discharged from sewage draining exit；

(3) it is connected with shaft on the filter device of filtering ponds and bearing can make filter plate along center axis thereof, Centrifugal force is formed, sewage water filtration speed is accelerated, filter plate is wavy, increases the surface area of filter plate, increases sewage and mistake The contact surface of filter plate, further increases filter effect；Top plate is connected on filter device can prevent sewage in rotation process Spillage；The top of filtering ponds and side wall are flexibly connected, and when the filter residue on filter plate gathers a certain amount of, open filtering ponds top End, replaces new filter plate；

(4) the rotation negative electrode in electrolytic cell and rotation positive electrode are staggeredly spaced setting, improve electrolytic efficiency, while itself Rotation can make sewage be uniformly mixed, further increase the efficiency of electrolysis；

(5) sterilization pool using gas sterilizes, and compared with sterilised liq, the contact surface for sterilizing bubble and sewage is bigger, disinfection It is more efficient, at the same the top of sterilization pool be equipped with gas collector, can by extra sterilizing gas collect recycle, save at This；The side wall of sterilization pool is provided with water quality detecting device, can detecte whether the sewage handled well reaches discharge standard；

(6) sedimentation basin, filtering ponds, electrolytic cell and sterilization pool top are respectively equipped with a manhole, can be to this blowdown system System is inspected periodically, and guarantees the normal operation of this drainage.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is sewage disposal apparatus structural schematic diagram；

Fig. 3 is the structural schematic diagram of filter device；

Fig. 4 is the top view of gas sterilizing unit；

Wherein, 1- sedimentation basin, 2- filtering ponds, 3- electrolytic cell, 4- sterilization pool, 5- manhole, 6- pipeline, 7- water inlet pipe, 8- Sludge thickness detection apparatus, 9- filtering ponds water inlet, 10- top plate, 11- shaft, 12- bottom plate, 13- filter plate, 14- power supply, 15- Negative electrode is rotated, 16- rotates positive electrode, 17- gas collector, 18- water quality detecting device, 19- gas sterilizing unit, 20- Sewage disposal apparatus, 21- sewage draining exit, 701- sedimentation basin water inlet, 1001- bearing, 1901- air inlet pipe, 1902- gas-guide tube, 1903- gas Hole, 2001- gear-box, 2001- rotating bar, 2003- remove contamination bar.

Specific embodiment

A kind of refuse compaction equipment drainage, as shown in Figure 1-3, include the sedimentation basin for passing sequentially through the connection of pipeline 6 1, filtering ponds 2, electrolytic cell 3 and sterilization pool 4；Water inlet pipe 7 is provided on sedimentation basin 1, one end of water inlet pipe 7 is at the top of sedimentation basin 1 It is extend into 1 lower part of sedimentation basin, 7 side of water inlet pipe is evenly equipped with multiple sedimentation basin water inlets 701；The side wall of sedimentation basin 1 is equipped with dirt Mud thickness detection apparatus 8, bottom end middle position are equipped with sewage draining exit 21, and inside is equipped with sewage disposal apparatus 20；Sewage disposal apparatus 20 include from The sequentially connected gear-box 2001 of top to bottm, rotating bar 2002 and four bars 2003 of removing contamination, gear-box 2001 are arranged in sedimentation basin 1 Top, the bottom end of sedimentation basin 1 is arranged in bar 2003 of removing contamination；The filter plate 13 of tubular structure, filter plate 13 are equipped in filtering ponds 2 Side wall is horizontal waveform, and 13 top of filter plate is connected with top plate 10, and bottom end is connected with bottom plate 12；Bearing is connected on top plate 10 1001, filtering ponds water inlet 9 is connected on bearing 1001, top plate 10 is connected to 1001 outside of bearing, and filtering ponds water inlet 9 connects In 1001 inside of bearing；Shaft 11 is connected with below bottom plate 12, shaft 11 and bearing 1001 are arranged in filter device On mandrel line；Filter plate 13 has two layers inside and outside, the size one of the size of outer filter plate 13 and the size of top plate 10 and bottom plate 12 It causes；The top of filtering ponds 2 and side wall are flexibly connected；3 top surface of electrolytic cell is provided with power supply 14, and power supply 14 is connected with electric rotating below Pole, rotation electrode include staggeredly spaced two rows of rotation negative electrodes 15 and two rows rotation positive electrodes 16, and rotation electrode is set to In electrolytic cell 3；Sterilization pool 4 includes that the gas sterilizing unit 19 of bottom end, the water quality detecting device 18 of side wall and top is arranged in Gas collector 17；Gas sterilizing unit 19 includes that air inlet pipe 1901 and uniformly distributed six being arranged in air inlet pipe 1901 lead The top surface of tracheae 1902, each gas-guide tube 1902 is evenly equipped with stomata 1903.

Sedimentation basin 1, filtering ponds 2, electrolytic cell 3 and 4 upper end of sterilization pool are respectively equipped with a manhole 5.

When beginning, sewage enters in sedimentation basin 1 from the sedimentation basin water inlet 701 of 7 side of water inlet pipe, through after a period of time Precipitating, sewage is simply divided into two layers, lower layer's sludge blanket, upper aqueous layer, when lower layer's sludge blanket reaches preset thickness, sludge Thickness detection apparatus 8 issues the signal of cleaning sludge, and sewage disposal apparatus 20 receives signal, starts turning, be deposited on 1 bottom of sedimentation basin Sludge be discharged under the action of removing contamination bar 2003 from sewage draining exit 21, the water layer on upper layer enters from pipeline 6 through filtering ponds water inlet 9 To the inside of filter plate 13；Start the shaft 11 in filtering ponds 2, filter device starts turning, and oettIed sewage is from filter plate 13 inside enters the outside of filter plate 13, filters out some fine particles that can not be precipitated, the filtrate on filter plate 13 When gathering a certain amount of, 2 top of filtering ponds is opened, replaces new filter plate 13, filtered sewage enters electricity through piping 6 Solve pond 3；Open the power supply 14 of electrolytic cell 3, rotation electrode starts the organic matter in electrolyzing sewage, while rotation electrode itself It starts turning, is uniformly mixed filtered sewage, accelerate electrolysis rate, the sewage after electrolysis enters sterilization pool 4；Disappear simultaneously Gas sterilizing unit 19 in malicious pond 4 is started to work, and sterilizing gas is sprayed from stomata 1903 through air inlet pipe 1901, gas-guide tube 1902 Out, sterilizing gas gradually sterilizes from top to bottom, and the gas collector 17 of upper end collects the sterilizing gas being more than, the water quality of side Whether 18 real-time monitoring water quality of detection device complies with standard, standard compliant water quality discharge；It is non-compliant, detect each ring Non-compliant water quality, is imported into the link to go wrong accordingly by section.

Claims

1. a waste compressing equipment sewage system, it is characterized in that: comprise sedimentation tank, filter tank, electrolysis tank and disinfection tank connected by pipeline successively;

The sedimentation tank is provided with a water inlet pipe, one end of the water inlet pipe extends from the top of the sedimentation tank to the lower part of the sedimentation tank, the side of the water inlet pipe is provided with a sedimentation tank water inlet; the side wall of the sedimentation tank is provided with a sludge thickness detection device, There is a sewage outlet at the bottom end, and a cleaning device is installed inside;

The filter tank is provided with a filter plate with a cylindrical structure, the side wall of the filter plate is wave-shaped, the top of the filter plate is connected with a top plate, and the bottom end is connected with a bottom plate; the top plate is connected with a bearing, and the bearing is connected with a filter tank water inlet , the bottom plate is connected with a rotating shaft; the top of the filter tank is movably connected with the side wall;

The top surface of the electrolytic cell is provided with a power source, a rotating electrode is connected below the power source, and the rotating electrode is arranged in the electrolytic cell;

The disinfection tank includes a gas disinfection device arranged on the bottom surface and a water quality detection device on the side wall; the gas disinfection device includes an air inlet pipe and an air guide pipe arranged on the air inlet pipe, and air holes are evenly distributed on the top surface of the air guide pipe.

2 . The sewage discharge system for garbage compression equipment according to claim 1 , wherein the cleaning device comprises a gear box, a rotating rod and a cleaning rod connected in sequence from top to bottom, and the gear box is arranged at the bottom of the sedimentation tank. 3 . At the top, the cleaning rod is arranged at the bottom of the sedimentation tank.

3 . The sewage discharge system for garbage compression equipment according to claim 2 , wherein the rotating shaft and the bearing are both arranged on the central axis of the filter device. 4 .

4 . The sewage discharge system for garbage compression equipment according to claim 3 , wherein the rotating electrodes comprise rotating cathode electrodes and rotating anode electrodes arranged at staggered intervals. 5 .

5 . The sewage system for garbage compression equipment according to claim 4 , wherein the disinfection tank further comprises a gas collection device arranged at the top. 6 .

6 . The sewage discharge system for garbage compression equipment according to claim 5 , wherein a plurality of air guide pipes are evenly distributed on the air inlet pipe. 7 .

7 . The sewage system for garbage compression equipment according to claim 6 , wherein the tops of the sedimentation tank, the filter tank, the electrolysis tank and the disinfection tank are respectively provided with an inspection hole. 8 .