Summary of the invention
The technical problem to be solved is to provide one to be suspended on car body for above-mentioned prior art, and
And can in real time the most just sewage be processed, carry out decrement with the solid content in effectively catching fecal sewage and to solid content
The hanging fecal sewage equipment for separating liquid from solid that change, Harmless process.
The present invention solves the technical scheme that the problems referred to above are used: a kind of hanging fecal sewage equipment for separating liquid from solid, its
It is characterised by: include casing, solid-liquid rabbling mechanism and conveying mechanism;
Have in described casing for fecal sewage being carried out the first cavity of solid-liquid separation, being used for carrying the solid of separation
Second cavity of thing and for collecting the 3rd cavity of the sewage of separation;
It is provided with charging aperture and air vent on described first cavity, described second cavity is provided with slag notch, described
One cavity and the second cavity are connected, and are filled with biologic packing material in described first cavity, and described solid-liquid rabbling mechanism corresponds to institute
Stating the first cavity to arrange, described solid-liquid rabbling mechanism can stir the excrement mixing described biologic packing material and inputting from described charging aperture
Just sewage isolated solid content is sent to described second cavity, described conveying mechanism is arranged corresponding to described second cavity
So that the solid content in the second cavity is exported from described slag notch;
The bottom of described first cavity offers sieve aperture so that fecal sewage sewage after solid-liquid separation flow to
In three cavitys, described 3rd cavity is provided with the leakage fluid dram for sewage is discharged casing.
In use there is the situation of blocking in order to avoid sieve aperture, also include the dredging machine for dredging sieve aperture
Structure, described dredging mechanism includes gas path control valve group, air inlet pipe, dredging pipeline and nozzle;
Described nozzle and described dredging pipeline are arranged in described 3rd cavity, and described nozzle is arranged under described sieve aperture
Side, described dredging pipeline is connected with described nozzle, and described dredging pipeline passes in the cavity wall of described 3rd cavity with described
Air inlet is formed in the cavity wall of the 3rd cavity;
Having the gas source interface for connecting external air source in described gas path control valve group, described air inlet pipe is respectively with described
Air inlet is connected with the air outlet of gas path control valve group.
Preferably, described 3rd cavity is further opened with the recoil air inlet being connected with external air source.
Clean casing for convenience, described casing is further opened with the water inlet being connected with external water source.
Preferably, described solid-liquid rabbling mechanism includes that the first motor is connected with described first motor-driven and is positioned at described
The first power transmission shaft in first cavity and be connected to multiple stirring vanes on described first power transmission shaft, described first power transmission shaft
Two ends support in the cavity wall being connected to described first cavity respectively.
Easily, the side of described casing connects has an installing plate, described first motor to be arranged on described installing plate.
Preferably, described conveying mechanism includes that the second motor is connected with described second motor-driven and is positioned at described second
Second driving shaft in cavity and be connected to the conveying blade on described second driving shaft in the shape of a spiral, described second driving shaft
Two ends support respectively in the cavity wall being connected to described second cavity.
Easily, the side of described casing connects has an installing plate, described second motor to be arranged on described installing plate.
Simple in construction ground, be provided with a dividing plate in described casing, described dividing plate has two be arranged in an axially parallel mode U-shaped
Groove so that the cross section of described dividing plate be two connect side by side U-shaped, the sidewall of the outward flange of described dividing plate and described casing
Be connected described casing is divided into upper alveolus and lower alveolus, described dividing plate by described epicoele distinguish be divided into described first cavity and
Second cavity, described first cavity and the connection with each other over of the second cavity, described lower alveolus then constitutes described 3rd cavity.
Being suspended on car body by casing for convenience, also include suspension supporting frame, described suspension supporting frame includes two
It is arranged in parallel and the carriage outside described casing, the reinforcement being connected between two carriages can be socketed in and connect respectively
Hangers on described carriage upper surface.
Compared with prior art, it is an advantage of the current invention that: the hanging fecal sewage equipment for separating liquid from solid knot in the present invention
Structure is simple and applicable miniaturization produces, and the bottom that can be suspended on compartment in use uses, and saves installing space, maintenance side
Just and be easily managed, applied range.The fecal sewage collected can be entered by this hanging fecal sewage equipment for separating liquid from solid in real time
Row processes, and utilizes the Organic substance in the biological flora degraded fecal sewage in biologic packing material, thus realizes the decrement of fecal sewage
Change, nuisanceless disposal, alleviate the process load that fecal sewage is follow-up.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
As shown in Figures 1 to 9, the hanging fecal sewage equipment for separating liquid from solid in the present embodiment, stirs including casing 1, solid-liquid
Mix mechanism, conveying mechanism, dredging mechanism and suspension supporting frame.
Casing 1 is the container of a closing, is provided with a dividing plate 100 in this casing 1, dividing plate 100 have two axially in parallel
And the groove that cross section is U-shaped, the i.e. global sections of this dividing plate 100 be two connect side by side U-shaped.Describe for convenience, two
Groove is divided into and is defined as the first groove 110 and the second groove 120.In the present embodiment, the arc radius of the first groove 110 is more than the
The arc radius of two grooves 120.The outward flange of this dividing plate 100 sidewall with casing 1 respectively is connected, thus is divided into by casing 1
Upper alveolus and lower alveolus.Epicoele is then distinguished and is divided into first by the first groove 110 and the second groove 120 on dividing plate 100 accordingly
Cavity 101 and the second cavity 102, in the present embodiment, the space of the first groove 110 and top thereof then constitutes the first cavity 101, the
The space of two grooves 120 and top thereof then constitutes the second cavity 102, so this first cavity 101 and top of the second cavity 102
Then being interconnected, lower alveolus then constitutes the 3rd cavity 103.
Wherein the first cavity 101 is for carrying out the solid-liquid separation work of fecal sewage, and this first cavity 101 is provided with charging
Mouth 11 and air vent 12, easily, this charging aperture 11 and air vent 12 are arranged at the top of the first cavity 101, i.e. this charging
Mouth 11 and air vent 12 are opened in the top of casing 1 corresponding to the first cavity 101.It is filled with biologic packing material in first cavity 101,
This biologic packing material has organic microorganism species in fecal sewage of can degrading, in order to realize the decrement to fecal sewage
Change, harmless treatment.The bottom of the first cavity 101 offers sieve aperture 14 so that fecal sewage sewage after solid-liquid separation
It flow in the 3rd cavity 103, the bottom of the first groove 110 during i.e. sieve aperture 14 is opened in dividing plate 100.This sieve aperture 14 be opened in away from
One end of charging aperture 11, in order to fecal sewage and biologic packing material are sufficiently mixed.
From charging aperture 11 input fecal sewage can under the effect of solid-liquid rabbling mechanism with the life in the first cavity 101
Thing filler is sufficiently mixed, thus realizes the solid-liquid separation work of fecal sewage.The waste gas produced during solid-liquid separation is certainly
Air vent 12 is discharged, and the sewage produced during solid-liquid separation is then flowed in the 3rd cavity 103 from sieve aperture 14.Correspondingly,
3rd cavity 103 then for being collected and discharge the work of the sewage of separation, the 3rd cavity 103 is provided with for by dirt
Water discharges the leakage fluid dram 15 of casing 1, and this leakage fluid dram 15 is opened in casing 1 sidewall near the position of bottom, and this leakage fluid dram 15
It is positioned on casing 1 on the sidewall of one end of sieve aperture 14.The sewage collected in 3rd cavity 103 then discharges case from leakage fluid dram 15
Body 1.
In the present embodiment, corresponding to upper alveolus and lower alveolus, casing 1 is divided into upper box 1 and lower box 1, cutting of upper box 1
Face is in " Π " shape, and the cross section of lower box 1 is inverted trapezoidal.The i.e. sidewall slope of lower box 1 is arranged, and facilitates sewage dirty.
Second cavity 102 is the solid content row in the fecal sewage of solid-liquid separation in carrying out the first cavity 101
Going out the work of casing 1, the second cavity 102 is provided with slag notch 13, in the present embodiment, slag notch 13 is arranged on casing 1 and slags tap
Arrange on the sidewall of one end and near the bottom of the second cavity 102, then solid content can be slagged tap under the effect of conveying mechanism certainly
Mouth 13 discharges casings 1.
Solid-liquid rabbling mechanism in the present embodiment includes first motor the 21, first power transmission shaft 22, multiple stirring vane 23.Case
Connecting on the side plate of body 1 one end and have installing plate 6 and a bearing rib, bearing rib is simultaneously connected with in the lower section of installing plate 6 to prop up
Support installing plate 6.First motor 21 is arranged on outside casing 1 and is arranged on installing plate 6.First power transmission shaft 22 passes with the first motor 21
It is dynamically connected with being rotated by the first motor 21, the first cavity 101 that the first power transmission shaft 22 correspondence is deep in casing 1
In.Specifically, the first power transmission shaft 22 stretches the top being located at the first groove 110, and the central axis of the first power transmission shaft 22 and
The axis of one groove 110 is parallel.The both sides of casing 1 are provided with bearing block, then corresponding to the installation site of the first power transmission shaft 22
The two ends of the first power transmission shaft 22 then support on the bearing block being arranged on casing 1 both sides, namely the two ends of the first power transmission shaft 22 are respectively
Support and be connected in the cavity wall of the first cavity 101.Multiple stirring vanes 23 are connected on the first power transmission shaft 22, these stirrings
Blade 23 stirs biologic packing material therein along with the rotation of the first power transmission shaft 22 can extend in the first groove 110 and feces is dirty
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 installing plate 6 outside body 1, second driving shaft 32 and the second motor 31 are in transmission connection to carry out turning under the driving of the second motor 31
Dynamic, in second driving shaft 32 then corresponding the second cavity 102 extending in casing 1.Specifically, second driving shaft 32 is stretched and is located at
In two grooves 120, and the axis of the central axis of second driving shaft 32 and the second groove 120 is parallel.The both sides pair of casing 1
Should be provided with bearing block in the installation site of second driving shaft 32, then the two ends of second driving shaft 32 then support and are arranged on casing 1
On the bearing block of both sides, namely the two ends of second driving shaft 32 support in the cavity wall being connected to the second cavity 102 respectively.Conveying leaf
Sheet 33 in the shape of a spiral and is integrally attached on second driving shaft 32.Second driving shaft 32 drives conveying blade 33 to rotate with by second
Solidfied material in cavity 102 pushes to slag notch 13 and discharges casing 1 from slag notch 13.
In use, sieve aperture 14 is susceptible to the situation of blocking, and dredging mechanism is then used for dredging sieve aperture 14.This dredging
Mechanism includes gas path control valve group 51, air inlet pipe 52, dredging pipeline 53 and nozzle 54.
Wherein nozzle 54 and dredging pipeline 53 are arranged in the 3rd cavity 103, and nozzle 54 is then correspondingly arranged at sieve aperture 14
Lower section, dredging pipeline 53 is connected with nozzle 54, and dredging pipeline 53 passes in the cavity wall of the 3rd cavity 103 with at the 3rd cavity
The bottom that air inlet 16, i.e. this air inlet 16 are formed at the sidewall of casing 1 is formed in the cavity wall of 103.In gas path control valve group 51
There is the gas source interface 511 for connecting external air source, the two ends of air inlet pipe 52 the most 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, dredging pipeline 53, the number of air inlet 16
Amount then keeps consistent with the quantity of nozzle 54.
Being further opened with the recoil air inlet 17 being connected with external air source on 3rd cavity 103, in the present embodiment, this is anti-
Rush in QI KOU 17 and be arranged on casing 1 on the sidewall of sieve aperture 14 one end, so when the dredging poor effect of dredging mechanism, then
Can be the intensity being strengthened gas backwash by recoil air inlet 17.
It is further opened with the water inlet 18 that can be connected with external water source on casing 1 and cleans casing 1 and interior each to facilitate
Mechanism part.
Suspension supporting frame can connect casing 1, thus casing 1 is conveniently suspended on the bottom in compartment.This suspension supporting frame
The carriage 71 be arrangeding in parallel including two and can be socketed in outside casing 1, a plurality of reinforcement being connected between two carriages 71
Muscle 72 and be connected to the hangers 73 on carriage 71 upper surface.After installation, reinforcement 72 is covered in casing 1 the most respectively
On each wallboard.Offer bolt hole on hangers 73, then use bolt through these bolts hole and then to be fixed on car bottom
On support, thus realize the connection of this hanging 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 casing 1 by charging aperture 11, and falls
On biologic packing material in first cavity 101, the first motor 21 starts driving the first power transmission shaft 22 and rotates, and then the first power transmission shaft 22
On stirring vane 23 then stir the biologic packing material in the first cavity 101 and the mixture of fecal sewage, to realize fecal sewage
With being sufficiently mixed of biologic packing material.The solid content that in fecal sewage, volume is bigger simultaneously is stirred blade 23 in whipping process and cuts
Cutting into pieces, in fecal sewage, degradable Organic substance microorganism species on biologic packing material carries out biodegradation, generation
Gas air vent 12 on the first cavity 101 is discharged outside casing 1.And eliminate major part solid content and labile organic compound and
Isolated sewage, then the sieve aperture 14 bottom the first groove 110 is flowed in the 3rd cavity 103, and sewage can be through the 3rd cavity
Leakage fluid dram 15 on 103 is discharged outside casing 1.
Along with fecal sewage constantly by biologic packing material filter retain, the material in dividing plate 100 first groove 110 the most long-pending more
Many, the solid content in separating in the first groove 110 then can climb over the first groove 110 and second in dividing plate 100 with stirring vane 23
The connecting portion of groove 120, enters in the second groove 120, i.e. enters in the second cavity 102.
Second motor 31 drives second driving shaft 32 to rotate, and then spiral conveying blade 33 turning along with second driving shaft 32
Move and rotate the solid content in propelling the second groove 120, and then by the solid content in the second groove 120 continuously from slagging tap
Mouth 13 is discharged outside casings 1, and is collected by the corollary equipment of hanging fecal sewage equipment for separating liquid from solid, to facilitate follow-up place
Reason, owing to the solid content discharged carried out microbial degradation, then significantly reduces follow-up process load.
During biologic packing material and the mixing of fecal sewage and separating treatment, sieve aperture 14 may be blocked by dirt.Then need by
Gas source interface 511 in gas path control valve group 51 is connected with external air source, utilize sequencing contro air inlet order gas passed through into
Trachea 52, dredging pipeline 53 input, and are sprayed to sieve aperture 14 at a high speed by nozzle 54, the dirt of blocking on reverse impact sieve aperture 14
Thing, eliminates the situation of sieve aperture 14 blocking.If the dirt on sieve aperture 14 is too much, the gas of dredging mechanism inversely dredges poor effect,
Then need to be connected recoil air inlet 17 with external air source, blown in the 3rd cavity 103 by recoil air inlet 17, add atmospheric
Backwashing strength to sieve aperture 14, to solve the stopping state of sieve aperture 14.
After hanging fecal sewage equipment for separating liquid from solid runs a period of time, casing 1, solid-liquid rabbling mechanism, conveying worm
Having dirt deposition on structure and dividing plate 100, biologic packing material also needs backwash and regeneration.The opportunity of turnaround of unit can be utilized, by casing 1
On rinse mouth be connected with external source, simultaneously the charging aperture 11 on closed box 1, slag notch 13, leakage fluid dram 15 and recoil into
QI KOU 17, fills clear water in casing 1 from rinse mouth and opens the first motor 21 and the work of the second reducing motor, making this hanging excrement
Just sewage solid-liquid separation device enters cleaning model, after cleaning, then opens the charging aperture 11 on casing 1, slag notch 13, row
Liquid mouth 15 and recoil air inlet 17, make the dirt in casing 1 discharge with water.