Summary of the invention
The technical problem to be solved by the present invention is to provide one kind for the above-mentioned prior art to hang on the car body, and
And with the solid content in effectively catching fecal sewage and solid content can be reduced in real time to originally just sewage is handled
Change, the hanging fecal sewage equipment for separating liquid from solid of Harmless processing.
The present invention solves the above problems used technical solution are as follows: a kind of hanging fecal sewage equipment for separating liquid from solid,
It is characterized in that: including cabinet, solid-liquid rabbling mechanism and conveying mechanism;
The solid that there is the first cavity for fecal sewage to be separated by solid-liquid separation in the cabinet, be used to convey separation
Second cavity of object and third cavity for collecting isolated sewage;
It is provided with feed inlet and exhaust outlet on first cavity, is provided with slag notch on second cavity, described
One cavity and the second cavity are connected, and biologic packing material is filled in first cavity, and the solid-liquid rabbling mechanism corresponds to institute
State the setting of the first cavity, the excrement that the solid-liquid rabbling mechanism can be stirred the biologic packing material and input from the feed inlet
Just sewage and the solid content isolated is sent to second cavity, the conveying mechanism is arranged corresponding to second cavity
The intracorporal solid content of the second chamber to be exported from the slag notch;
The bottom of first cavity offers sieve pore so that sewage of the fecal sewage after being separated by solid-liquid separation flow to the
In three cavitys, the leakage fluid dram for sewage to be discharged to cabinet is provided on the third cavity.
It further include the dredging machine having for dredging sieve pore in order to avoid sieve pore is in use there is a situation where blocking
Structure, the dredging mechanism include gas path control valve group, air inlet pipe, unclog the pipe and nozzle;
The nozzle and the unclog the pipe are arranged in the third cavity, and the nozzle is arranged under the sieve pore
Side, the unclog the pipe are connected with the nozzle, and the unclog the pipe passes in the cavity wall of the third cavity described
Air inlet is formed in the cavity wall of third cavity;
There is gas source interface for connecting external air source in the gas path control valve group, the air inlet pipe respectively with it is described
Air inlet is connected with the air outlet of gas circuit control valve group.
Preferably, the recoil air inlet that can be connected with external air source is also provided on the third cavity.
In order to facilitate cleaning case, the water inlet that can be connected with external water source is also provided on the cabinet.
Preferably, the solid-liquid rabbling mechanism includes first motor, is sequentially connected with the first motor and is located at described
Intracorporal first transmission shaft of first chamber and multiple stirring blades on first transmission shaft are connected to, first transmission shaft
Both ends support respectively to be connected in the cavity wall of first cavity.
Easily, the side of the cabinet is connected with a mounting plate, and the first motor is mounted on the mounting plate.
Preferably, the conveying mechanism includes the second motor, connect with second motor drive and be located at described second
Conveying blade chamber intracorporal second driving shaft and be connected on the second driving shaft in the shape of a spiral, the second driving shaft
Both ends support be connected in the cavity wall of second cavity respectively.
Easily, the side of the cabinet is connected with a mounting plate, and second motor is mounted on the mounting plate.
Structure simply, is provided with a partition in the cabinet, tool is U-shaped there are two being arranged in an axially parallel mode on the partition
Groove, so that the section of the partition connects U-shaped, the side wall of the outer edge of the partition and the cabinet in two side by side
Be connected so that the cabinet is divided into upper alveolus and lower alveolus, the partition by epicoele differentiation be divided into first cavity and
The top of second cavity, first cavity and the second cavity is interconnected, and the lower alveolus then constitutes the third cavity.
It for convenience on the car body by cabinet suspension, further include having suspension supporting frame, the suspension supporting frame includes two
It is arranged in parallel and the support frame that can be socketed in outside the cabinet, the reinforcing rib that is connected between two support frames and is separately connected
Hangers on the support frame upper surface.
Compared with the prior art, the advantages of the present invention are as follows: the hanging fecal sewage equipment for separating liquid from solid knot in the present invention
Structure is simple and is suitble to miniaturization production, and the bottom that can be suspended on compartment when in use uses, and saves installation space, maintenance side
Just it and is easily managed, has a wide range of application.The hanging fecal sewage equipment for separating liquid from solid can in real time to the fecal sewage of collection into
Row processing, using the organic matter in the biological flora degradation fecal sewage in biologic packing material, to realize the decrement of fecal sewage
Change, nuisanceless disposal, alleviates the subsequent processing load of fecal sewage.
Specific embodiment
The present invention will be described in further detail below with reference to the embodiments of the drawings.
As shown in Figures 1 to 9, the hanging fecal sewage equipment for separating liquid from solid in the present embodiment, including cabinet 1, solid-liquid stir
Mix mechanism, conveying mechanism, dredging mechanism and suspension supporting frame.
Cabinet 1 is a closed container, a partition 100 is provided in the cabinet 1, there are two axial parallel for the tool of partition 100
And the groove that section is U-shaped, the i.e. global sections of the partition 100 in two connect side by side it is U-shaped.For the convenience of description, two
Groove, which is divided into, is defined as the first groove 110 and the second groove 120.The arc radius of the first groove 110 is greater than the in the present embodiment
The arc radius of two grooves 120.The outer edge of the partition 100 is connected with the side wall of cabinet 1 respectively, to cabinet 1 be divided being
Upper alveolus and lower alveolus.And epicoele differentiation is then accordingly divided into first by the first groove 110 and the second groove 120 on partition 100
Cavity 101 and the second cavity 102, the space of the first groove 110 and its top then constitutes the first cavity 101 in the present embodiment, and
The space of two grooves 120 and its top then constitutes the second cavity 102, the top of such first cavity 101 and the second cavity 102
It is then interconnected, lower alveolus then constitutes third cavity 103.
Wherein the first cavity 101 is used to carry out the separation of solid and liquid work of fecal sewage, which is provided with charging
Mouthfuls 11 and exhaust outlet 12, easily, the feed inlet 11 and exhaust outlet 12 are arranged at the top of the first cavity 101, the i.e. charging
Mouth 11 and exhaust outlet 12 correspond to the top that the first cavity 101 is provided with cabinet 1.It is filled with biologic packing material in first cavity 101,
There is the microbial flora of organic matter in the fecal sewage that can degrade, to realize the decrement to fecal sewage in the biologic packing material
Change, harmless treatment.The bottom of first cavity 101 offers sieve pore 14 so that sewage of the fecal sewage after being separated by solid-liquid separation
It flow in third cavity 103, i.e. the bottom that is provided with the first groove 110 in partition 100 of sieve pore 14.The sieve pore 14 is provided with separate
One end of feed inlet 11, so that fecal sewage and biologic packing material are sufficiently mixed.
From feed inlet 11 input fecal sewage can under the action of solid-liquid rabbling mechanism with the life in the first cavity 101
Object filler is sufficiently mixed, to realize the separation of solid and liquid work of fecal sewage.The exhaust gas generated in separation of solid and liquid process is certainly
Exhaust outlet 12 is discharged, and the sewage generated in separation of solid and liquid process is then flowed into third cavity 103 from sieve pore 14.Correspondingly,
Third cavity 103 is then provided with for will be dirty for being collected and being discharged the work of the sewage of separation, on the third cavity 103
The leakage fluid dram 15 of cabinet 1 is discharged in water, which is provided with 1 side wall of cabinet close to the position of bottom, and the leakage fluid dram 15
On cabinet 1 on the side wall of one end of sieve pore 14.Then case is discharged from leakage fluid dram 15 in the sewage collected in third cavity 103
Body 1.
In the present embodiment, correspond to upper alveolus and lower alveolus, cabinet 1 divides for upper box 1 and lower box 1, section of upper box 1
Face is in " Π " shape, and the section of lower box 1 is in inverted trapezoidal.That is the sidewall slope setting of lower box 1, facilitates sewage to flow down.
Second cavity 102 is used to carry out by the solid content row in the fecal sewage in the first cavity 101 by separation of solid and liquid
The work of cabinet 1 out is provided with slag notch 13 on the second cavity 102, and the setting of slag notch 13 is slagged tap on cabinet 1 in the present embodiment
Bottom on the side wall of one end and close to the second cavity 102 is arranged, then solid content can slag tap certainly under the action of conveying mechanism
Cabinets 1 are discharged in mouth 13.
Solid-liquid rabbling mechanism in the present embodiment includes first motor 21, the first transmission shaft 22, multiple stirring blades 23.Case
A mounting plate 6 and bearing rib are connected on the side plate of 1 one end of body, bearing rib is connected to the lower section of mounting plate 6 simultaneously to prop up
Support mounting plate 6.The setting of first motor 21 is outer in cabinet 1 and is mounted on mounting plate 6.First transmission shaft 22 is passed with first motor 21
Dynamic connection is with being rotated by first motor 21, corresponding the first cavity 101 being deep into cabinet 1 of the first transmission shaft 22
In.Specifically, the first transmission shaft 22 stretches the top for being located at the first groove 110, and the central axis of the first transmission shaft 22 and
The axis of one groove 110 is parallel.The installation site that the two sides of cabinet 1 correspond to the first transmission shaft 22 is equipped with bearing block, then
The both ends of first transmission shaft 22 then support on the bearing block for being mounted on 1 two sides of cabinet namely the both ends of the first transmission shaft 22 difference
Support is connected in the cavity wall of the first cavity 101.Multiple stirring blades 23 are connected on the first transmission shaft 22, these stirrings
It is dirty that blade 23 stirs biologic packing material and excrement therein as the rotation of the first transmission shaft 22 can extend into the first groove 110
The mixture of water, so that biologic packing material and fecal sewage are sufficiently mixed.
Conveying mechanism includes the second motor 31, second driving shaft 32 and conveying blade 33.Second motor 31 is also mounted at case
On mounting plate 6 outside body 1, second driving shaft 32 and the transmission connection of the second motor 31 under the driving of the second motor 31 to be turned
Dynamic, second driving shaft 32 is then in corresponding the second cavity 102 extending into cabinet 1.Specifically, second driving shaft 32, which is stretched, is located at
In two grooves 120, and the central axis of second driving shaft 32 is parallel with the axis of the second groove 120.The two sides pair of cabinet 1
Bearing block should be installed in the installation site of second driving shaft 32, then the both ends of second driving shaft 32 then support and are mounted on cabinet 1
On the bearing block of the two sides namely both ends of second driving shaft 32 support respectively to be connected in the cavity wall of the second cavity 102.Convey leaf
Piece 33 in the shape of a spiral and is integrally attached on second driving shaft 32.Second driving shaft 32 drives the rotation of conveying blade 33 with by second
Solidfied material in cavity 102 pushes to slag notch 13 and cabinet 1 is discharged from slag notch 13.
In use, the case where sieve pore 14 is easy to happen blocking, dredging mechanism are then used to dredge sieve pore 14.The dredging
Mechanism includes gas path control valve group 51, air inlet pipe 52, unclog the pipe 53 and nozzle 54.
Wherein nozzle 54 and unclog the pipe 53 are arranged in third cavity 103, and nozzle 54 is then correspondingly arranged at sieve pore 14
Lower section, unclog the pipe 53 are connected with nozzle 54, and unclog the pipe 53 passes in the cavity wall of third cavity 103 in third cavity
The lower part that formation air inlet 16 in 103 cavity wall, the i.e. air inlet 16 are formed in the side wall of cabinet 1.In gas path control valve group 51
With the gas source interface 511 for connecting external air source, the both ends of air inlet pipe 52 then respectively with air inlet 16 and gas path control valve
The air outlet of group 51 is connected.The quantity of nozzle 54 is configured according to design requirement, the number of unclog the pipe 53, air inlet 16
The quantity then with nozzle 54 is measured to be consistent.
The recoil air inlet 17 that can be connected with external air source is also provided on third cavity 103, this in the present embodiment is anti-
It rushes in port 17 and cabinet 1 is set on the side wall of 14 one end of sieve pore, so when the dredging of dredging mechanism is ineffective, then
It can be the intensity that gas backwash is increased by recoil air inlet 17.
The water inlet 18 that can be connected with external water source is also provided on cabinet 1 with cabinet 1 easy to clean and its interior each
Mechanism part.
Suspension supporting frame can connect cabinet 1, to facilitate the bottom that cabinet 1 is suspended on to compartment.The suspension supporting frame
Including two support frames 71 that is arranged in parallel and can be socketed in outside cabinet 1, a plurality of reinforcement being connected between two support frames 71
Muscle 72 and the hangers 73 being connected on 71 upper surface of support frame.After installation, reinforcing rib 72 is then covered in cabinet 1 respectively
On each siding.Bolt hole is offered on hangers 73, then passes through these bolts hole using bolt and then is fixed on car bottom
On bracket, to realize the connection of hanging the fecal sewage equipment for separating liquid from solid and car body.
The carrying out practically process of hanging fecal sewage equipment for separating liquid from solid is as follows.
The fecal sewage collected by toilet waste collector is entered in the first cavity 101 in cabinet 1 by feed inlet 11, and is fallen in
On biologic packing material in first cavity 101, starting driving the first transmission shaft 22 rotation of first motor 21, and then the first transmission shaft 22
On stirring blade 23 then stir the mixture of biologic packing material and fecal sewage in the first cavity 101, to realize fecal sewage
With being sufficiently mixed for biologic packing material.The biggish solid content of volume is stirred blade 23 in whipping process and cuts in fecal sewage simultaneously
It cuts into pieces, degradable organic matter carries out biodegrade through the microbial flora on biologic packing material in fecal sewage, generation
Gas is discharged outside cabinet 1 through the exhaust outlet 12 on the first cavity 101.And eliminate most of solid content and labile organic compound and
The sewage isolated, the then sieve pore 14 through 110 bottom of the first groove are flowed into third cavity 103, and sewage can be through third cavity
Leakage fluid dram 15 on 103 is discharged except cabinet 1.
Retained as fecal sewage is constantly filtered by biologic packing material, the material in 100 first groove 110 of partition it is more long-pending more
More, the solid content in the first groove 110 in separation can then climb over the first groove 110 and second in partition 100 with stirring blade 23
The interconnecting piece of groove 120 enters in the second cavity 102 into the second groove 120.
Second motor 31 drives second driving shaft 32 to rotate, and then spiral conveying blade 33 turns with second driving shaft 32
It is dynamic and rotate the solid content promoted in the second groove 120, and then by the solid content in the second groove 120 continuously from slagging tap
Mouth 13 is discharged except cabinets 1, and is collected by the corollary equipment of hanging fecal sewage equipment for separating liquid from solid, to facilitate subsequent place
Reason, since the solid content of discharge carried out microbial degradation, then significantly reduces subsequent processing load.
During the mixing and separating treatment of biologic packing material and fecal sewage, sieve pore 14 may be blocked by dirt.Then need by
Gas source interface 511 in gas path control valve group 51 is connect with external air source, using timing control air inlet sequence by gas by into
Tracheae 52, unclog the pipe 53 input, and are sprayed by 54 high speed of nozzle to sieve pore 14, the dirt blocked on reverse impact sieve pore 14
Object eliminates the case where sieve pore 14 blocks.If the dirt on sieve pore 14 is excessive, the gas of dredging mechanism inversely dredge it is ineffective,
The air inlet 17 that then needs will to recoil is connect with external air source, and by recoiling, air inlet 17 is blown into third cavity 103, increases gas
To the backwashing strength of sieve pore 14, to solve the stopping state of sieve pore 14.
After hanging fecal sewage equipment for separating liquid from solid operation a period of time, cabinet 1, solid-liquid rabbling mechanism, screw conveyor
Dirt deposition is had on structure and partition 100, biologic packing material also needs backwash and regeneration.The opportunity that can use turnaround of unit, by cabinet 1
On rinse mouth connect with external source, while feed inlet 11 on closed box 1, slag notch 13, leakage fluid dram 15 and recoil into
Port 17 fills clear water into cabinet 1 from rinse mouth and opens first motor 21 and second reducing motors work, makes the hanging excrement
Just sewage solid-liquid separation device enters cleaning model, after cleaning, then opens feed inlet 11, the slag notch 13, row on cabinet 1
Liquid mouth 15 and recoil air inlet 17, are discharged the dirt in cabinet 1 with water.