CN201793435U - Environment-friendly water-saving excrement treatment device for vehicles - Google Patents

Abstract

The utility model relates to an environment-friendly water-saving excrement treatment device for vehicles, which comprises a frame fixed onto a vehicle body. An automatic high-efficiency solid-liquid separating device, a solid mixture drying and collecting device, a sewage purification treatment reclaimed water circulating device and a foul air collecting and purifying device are arranged in the frame, and the automatic high-efficiency solid-liquid separating device, the solid mixture drying and collecting device and the sewage purification treatment reclaimed water circulating device are respectively connected with each other by gas pipelines and liquid pipelines for centralized collecting and treating excrement, separating solid excrement from liquid excrement, drying and collecting separated solid excrement, performing filtration, decolorizing, odor removal, sedimentation and purification on sewage into reclaimed water, and conveying the reclaimed water into a reclaimed water tank for storage and use. The environment-friendly water-saving excrement treatment device is particularly applicable to special environments of mobile facilities such as automobiles, trains, airplanes, ships and the like, and has the advantage that after human excrement is treated by the device, dry excrement can be used as organic fertilizer for crops, reclaimed water can be recycled, and air emission does not pollute environment.

Description

Automobile-used environment-friendly water-saving fecal treatment device using

Technical field

The utility model relates to a kind of defecate collection treatment unit, particularly relates to a kind of centralized processor---the automobile-used environment-friendly water-saving fecal treatment device using that can realize solid-liquid separation, sewage disposal, middle water cycle, foul smell collection and purification, the dry collection of slop automatically.

Environment for human survival is because multiple artificial source of pollution, make original eubiosis be subjected to serious destruction, and recently, the most direct source of pollution are exactly human oneself movement-ight soil, in order to improve environment, people have designed the facility of various ways, but all be the centralized collection device of ight soil, will deliver to night soil plant at last and handle again; At present on MOVING STRUCTUREs such as vehicle and aircraft, people are still these movements directly are discharged on the roadbed with high aerial, not having a kind of is to adopt effective and feasible integrated, blocking and standardized fecal treatment device using, reaches collection, processing and the discharge equipment of compliance with environmental protection requirements.

The purpose of this utility model provides a kind of automobile-used environment-friendly water-saving fecal treatment device using, it is installed on vehicle or the aircraft, by automatic control, the movements such as ight soil that people are discharged carry out solid-liquid separation, mixture is dry to be collected, the sewage disposal cycling and reutilization, foul smell collection and purification etc., thus remedied the deficiency that exists in the currently available products.

The utility model is to realize by following mode: a kind of automobile-used environment-friendly water-saving fecal treatment device using, it includes the frame that is fixed on the car body, in frame, be provided with water circle device in automatical and efficient equipment for separating liquid from solid, the dry collection device of solid mixt, the sewage purification processing, foul smell collection and purification device, during dry collection device of described automatical and efficient equipment for separating liquid from solid, solid mixt and sewage purification are handled between the water circle device respectively by gas pipeline and liquid pipe connection.

Described automatical and efficient equipment for separating liquid from solid is by sending valve to constitute under automatical and efficient solid-liquid separator, excrement access port, pulsation gas blowout device, solid mixt holder, the solid mixt, described excrement access port is connected with automatical and efficient solid-liquid separator with fluid pipeline by gas pipeline respectively with pulsation gas blowout device, the upper end of described solid mixt holder is connected with the lower end of automatical and efficient solid-liquid separator, the exit, lower end of sending valve to be arranged on the solid mixt holder under the described solid mixt.

Described automatical and efficient solid-liquid separator is made of solid-liquid separator shell, excrement chamber, soil chamber, solid-liquid separation net, described excrement chamber, soil chamber, solid-liquid separation net are arranged in the solid-liquid separator shell, and the top in described excrement chamber is that to mix movement chamber, bottom be that the top of solid-state movement chamber, described soil chamber is that foul smell chamber, bottom are soil chamber.

The described solid-liquid separation net that is arranged in the solid-liquid separator shell is the 40-50 degree with the angle of horizontal plane, is provided with the sealing rib more than one time at the lower end of solid-liquid separation net.

The upper end of described solid-liquid separator shell is provided with the excrement access port, the effluent cycle access tube, and the pulsed gas inlet, the foul smell spillway is provided with solid mixt relief outlet and sewage outlet in the lower end of solid-liquid separator shell.

The dry collection device of described solid mixt is made of variable-frequency motor and transmission rig, the dry handling machinery of spiral, efficient pulse microwave drying heater, screw lift, solids bin, described variable-frequency motor and transmission rig, the dry handling machinery of spiral, screw lift, solids bin are separately fixed on the frame, the dry handling machinery of described spiral is horizontally set on frame bottom centre, and described screw lift is vertically set on a side of solids bin.

The dry handling machinery of described spiral is made of tubular drier enclosure, dry helical feed core and axle, the dry handling machinery front end of spiral is provided with the solid mixt access port, its rear end is provided with dry back mixture outlet, there is efficient pulse microwave drying heater in the bottom surface and the outside, two sides at the tubular drier enclosure, in outside, efficient pulse microwave drying heater both sides with above the dry handling machinery shell of tubular heat insulation benzene plate is installed, the dry handling machinery of spiral is incubated with heat insulation; Described screw lift is made of screw lift housing and lifting mechanism helix core and axle, lifting mechanism helix core and axle are installed in the screw lift housing, the screw lift inlet that is arranged on the bottom links to each other with the dry handling machinery outlet of spiral, and the screw lift outlet that is arranged on top links to each other with solids bin inlet.

The solid mixt access port of the dry handling machinery of described spiral, drying composite outlet send valve and screw lift inlet to be connected respectively with under the solid mixt.

The dry handling machinery of described spiral is provided with the foul smell collector in the upper end that exports a side near drying composite, described foul smell collector is that number row ventilating pit is being arranged on the dry handling machinery of spiral top, every row's ventilating pit quantity is 8-12, be provided with foul smell collector shell above ventilating pit, foul smell is collected shell and is provided with the foul smell vent pipe.

Described foul smell collection and purification device is made of foul smell cleaner, induced draft fan and gas discharge pipe, they to movement carry out foul smell that solid-liquid separation, mixture drying, sewage purification process produce after filtration with purifying treatment after, discharge from the gas discharge pipe that is arranged on the frame bottom.

Water circle device used magnetic valve, middle water tank, water drain valve to constitute by sewage purification device, flocculation agent holder and middle water vacuum primingpump, sewage (waste water) recirculating pump, electromagnetism charging point, circulation flushing magnetic valve, sewage access magnetic valve, middle water during described sewage purification was handled, and sewage purification device, flocculation agent holder and electromagnetism charging point, sewage (waste water) recirculating pump, middle water vacuum primingpump, middle water tank are connected with frame respectively.

Described automatic control system adopts existing technique device, by the accumulation electrical source system, industry programmable logic controller PLC, LG lcd touch controller and data cable constitute, and be provided with pulsation gas blowout device transmitter respectively in automatical and efficient solid-liquid separator excrement access port side, be provided with the thing quantity sensor above the solid mixt holder, the dry handling machinery outlet of spiral side is provided with the solid humidity sensor, solid mixt access port side is provided with dry start sensor, water pressure exhaust sensor during middle top, water tank side is provided with, top, sewage purification device side is provided with senior middle school water sensor, bottom, sewage purification device side is provided with minimum middle water sensor, be provided with solid-liquid separation foul smell transmitter in automatical and efficient solid-liquid separator and the foul smell collection and purification device, be provided with dry foul smell transmitter in dry handling machinery of spiral and the foul smell collection and purification device, be provided with sewage purification foul smell transmitter in sewage purification device and the foul smell collection and purification device, realize controlling automatically work by the dialogue of the information acquisition of each position transmitter and industrial programmable logic controller PLC is controlled.

1. prepare before using: complete machine fixed vehicle bottom outside, power supply is connected with the vehicle external source, the excrement access port is connected with the vehicle w.c.pan, each sewage access port is connected with the vehicle outfall, LG lcd touch controller and data cable are connected and fixed, Controlling System is carried out initialize, artificial input service instruction, use outlet to be connected in middle water with each water pipeline of vehicle, water tank water drain valve in closing, insert standby water from the sewage access port, filter through sewage purification device, send into middle water tank by vacuum primingpump, reach working order when the tank pressure exhaust sensor was closed during central cistern water level rose to, pulsation gas blowout device startup work.

2, solid-liquid separation: A goes to toilet the back excrement through access port, working sensor once inserts signal to the PLC input, and movement enters automatical and efficient solid-liquid separator, moves down into the solid-liquid separation net, enter soil chamber behind the sewage process solid-liquid separation net, flow to sewage purification device by the road; Particulate matter moves down in the solid mixt holder accumulates; After input inserts signal, the work of PLC time delay command pulsation gas blowout device, quantitatively pulsed gas is oppositely sent into separator through the soil chamber top, falls in the solid mixt holder after the particle movement that sticks to the web-roll core surface is blown off and accumulates, and so far a working process finishes.Other sewage of B enter with automatical and efficient solid-liquid separator top sewage access port by the road, and sewage water filtration is after soil chamber flows to sewage purification device, and the particle foreign material move down in the solid mixt holder and accumulate, and finish the solid-liquid separation process.Lived by following sealing rib shelves when the sewage that C is detained when the solid-liquid separation net moves down, and flow to soil chamber.

3, solids is dry collects: the A drying, when the movement in the solid mixt holder reaches a certain amount of, the thing quantity sensor sends signal to PLC, send valve to open under the PLC instruction, send valve to move down into the dry handling machinery of spiral under the mixture warp, enter heating chamber, dry start sensor sends signal to PLC, PLC at first instructs efficient pulse microwave drying heater to start heating, and the mixture that enters the dry handling machinery of spiral is heated intensification; PLC instruction variable-frequency motor is pressed setup parameter and is driven the screw rod rotation, promote just in heated mixture reach, in moving process mixture be rapidly heated, heat, drying, when the solid humidity sensor that is advanced to the exit, as reaching setting humidity, efficient pulse microwave drying heater, variable-frequency motor and actuator controller are by existing program run; PLC is according to the humidity of spiral dryer outlet mixture, and the control of conversion motor speed is consistent with setting humidity to guarantee exit mixture humidity automatically.B collects, and dried mixture drying heater outlet enters screw lift, falls in the container of solids bin, so far finishes primary drying, collection process.C collection and confinement of gases, discharging produce a large amount of dirty gas in said process, through the dry handling machinery of spiral top foul smell overfolw hole, collect and enter the foul smell cleaner.

4. water treatment circulation during sewage purification is handled: A purifies, and water one-way valve, middle water vacuum primingpump, pipeline enter middle water tank in the middle water warp after the purification; Flocculation agent holder and electromagnetism charging point regularly add flocculation agent in the soil chamber of water treating device in sewage purification, make sewage accelerate decomposition, precipitation, middle water net filtration after filtration upwards enters middle water cavity, when the middle water after the filtration surpasses high level sensor, transmitter sends signal to PLC, water vacuum primingpump startup work in the PLC instruction is sent in the middle water tank the middle water after purifying and the pressure of maintenance regulation; When central water was lower than the minimum level transmitter, transmitter sent signal to PLC, and the water vacuum primingpump is shut down in the PLC instruction; When central tank pressure surpassed setting pressure, middle water tank level pressure exhaust transmitter sent signal to PLC, and the water vacuum primingpump is shut down in the PLC instruction, and grey water system is remained in the pressure range of setting; Water cycle among the B, the back user that goes to toilet sends flushes instructions to PLC, water uses magnetic valve work setting-up time in the PLC instruction, close after finishing the flushing of carrying out a closet, movement according to above-mentioned circular order carry out solid-liquid separation, dryly collect, the sewage purification work of treatment; The sewage water filtration core is wanted blockage phenomenon in the middle water treating device sewage purification device after repeatedly working, the PLC setting program, and after hour filtration was for several times finished in setting, the work of middle water scouring electromagnetic valve is oppositely carried out quantitative counterflush to crossing filter core, and was unobstructed with the assurance filter screen; So far middle water is reused and is finished circulation.In the middle of the water yield be higher than high level sensor, simultaneously in tank pressure in the pressure range of setting the time, middle water self-priming air pump inoperative, excessive middle water is discharged downwards with vapor pipe in parallel through spillway.The C gas delivery produces a large amount of dirty gases in said process, spillway is collected, handled through the sewage purification device upper end.

5, foul smell collection and purification: in solid-liquid separation, dry collection, sewage purification treating processes, will produce a large amount of dirty gas, foul smell collection and purification device access port links to each other with foul smell spillway in automatical and efficient solid-liquid separator, sewage purification device, the dry handling machinery of spiral respectively by the road, be connected in series foul smell transmitter and induced draft fan in each pipeline respectively, the gas that enters foul smell collection and purification device is after the Purified core deodorizing, removing ammonia, join with the sewage purification device overflow pipe, enter atmosphere, finish foul smell collection and purification discharge process.

The beneficial effect of the utility model environment-friendly automatic water saving defecate collection device is to adopt computer automatic control system, and movements such as the ight soil of human body discharging, sewage are carried out centralized collection and processing, and movement is carried out solid, liquid to be separated; Enter drying, collection to separating the solid-state movement in back; To sewage filter, remove look, taste removal, precipitation purifies becomes middle water, water tank stores and utilizes in sending into; The harmful foul smell that produces in the said process is collected, filtration, deodorizing, removed processing such as ammonia.The intensive environment of personnel such as that the environment-friendly water-saving fecal treatment device using can be widely used in is civilian, military, high building, school, be particularly useful in the particular surroundings of mobile equipments such as automobile, train, aircraft, steamer, maximum characteristics of the present utility model are, the human faecal mass movement is through behind the said process, dry movement becomes the organic fertilizer of farm crop, but middle water recycling, gaseous emission is free from environmental pollution.

Description of drawings

Fig. 1 is the utility model one-piece construction schematic perspective view.

Fig. 2 a is an equipment for separating liquid from solid structural upright synoptic diagram in the utility model.

Fig. 2 b is the back apparent direction perspective view of Fig. 2-a.

Fig. 3 a is an automatical and efficient solid-liquid separator internal structure synoptic diagram in the utility model.

Fig. 3 b is the structural representation of automatical and efficient solid-liquid separator shell in the utility model.

Fig. 3 c is the structural representation of Fig. 3-a backsight solid-liquid separator shell.

Fig. 4 a is the dry collection device structural representation of solids in the utility model.

Fig. 4 b is the plan structure synoptic diagram of Fig. 4-a.

Fig. 4 c is the side-looking structural representation of Fig. 4-a.

Fig. 5 is a foul smell collection and purification apparatus structure synoptic diagram in the utility model.

Fig. 6 a is a water circle device synoptic diagram during sewage purification is handled in the utility model.

Fig. 6 b is the schematic rear view of Fig. 6-a

Fig. 7 a is a sewage purification device internal structure synoptic diagram in the utility model.

Fig. 7 b is a sewage purification device external structure synoptic diagram in the utility model.

Fig. 8 is the utility model mid frame and insulation benzene plate structure synoptic diagram.

Among the figure, 1 frame, 2 automatical and efficient equipment for separating liquid from solid, the dry collection device of 3 solid mixts, water circle device during 4 sewage purifications are handled, 5 foul smell collection and purification devices, 6 automatic control systems, 7 automatical and efficient solid-liquid separators, 8 excrement access ports, 9 pulsation gas blowout devices, 10 thing quantity sensors, 11 pulsation gas blowout device transmitters, 12 solid mixt holders, send valve under 13 solid mixts, 14 solid-liquid separator shells, 15 excrement chambeies, 16 soil chamber, 17 solid-liquid separation nets, 18 times sealing ribs, 19 effluent cycle access tubes, 20 pulsed gas inlet, 21 solid mixt relief outlets, 22 sewage outlet, 23 foul smell spillways, 25 variable-frequency motors, 26 transmission rigs, 27 heat insulation benzene plates, the dry handling machinery of 28 spirals, 29 efficient pulse microwave drying heaters, 30 screw lifts, 31 solids bins, 32 tubular drier enclosures, 33 dry helical feed cores and axle, 34 solid mixt access ports, 35 dry back mixture outlets, 36 screw lifts inlet, 37 screw lift housings, the outlet of 38 screw lifts, 39 solids bins inlet, 40 foul smell collectors, 41 foul smell vent pipes, 42 foul smell collector shells, 43 ventilating pits, 44 solid humidity sensors, 45 dry start sensors, 46 foul smell cleaners, 47 induced draft fans, 48 gas discharge pipes, 49 dry foul smell transmitters, 50 solid-liquid separation foul smell transmitters, 51 sewage purification foul smell transmitters, 52 sewage purification devices, 53 flocculation agent holders, water vacuum primingpump in 54,55 sewage (waste water) recirculating pumps, 56 electromagnetism charging points, 57 circulation flushing magnetic valves, 58 sewage insert magnetic valve, water uses magnetic valve in 59, tank pressure exhaust sensor in 60, water tank in 61,62 water drain valves, 63 sewage purification device housings, 64 back flushing inlet tubes, 65 flocculation agent filler pipes, 66 senior middle school water sensors, 67 minimum middle water sensors, water discharger in 68,69 refilter effluent outfall, 70 sewage access tubes, 71 filter water outlet pipe in the back, 72 filtering nets, 73 counterflush heads, 74 foul smell relief outlets, 75 get bin gate, 76 rubber pads, warming plate around 77,78 lifting mechanism helix core and axle.

Embodiment

Below in conjunction with accompanying drawing the utility model is described further.

As shown in Figure 1, the automobile-used environment-friendly water-saving fecal treatment device using that the utility model relates to, the beneficial effect of the utility model environment-friendly automatic water saving defecate collection device is to adopt computer automatic control system, movements such as the ight soil of human body discharging, sewage are carried out centralized collection and processing, and movement is carried out solid, liquid to be separated; Enter drying, collection to separating the solid-state movement in back; To sewage filter, remove look, taste removal, precipitation purifies becomes middle water, water tank stores and utilizes in sending into; The harmful foul smell that produces in the said process is collected, filtration, deodorizing, removed processing such as ammonia.The intensive environment of personnel such as that the environment-friendly water-saving fecal treatment device using can be widely used in is civilian, military, high building, school, be particularly useful in the particular surroundings of mobile equipments such as automobile, train, aircraft, steamer, maximum characteristics of the present utility model are, the human faecal mass movement is through behind the said process, dry movement becomes the organic fertilizer of farm crop, but middle water recycling, gaseous emission is free from environmental pollution.

It includes the frame 1 that is fixed on the car body, in frame 1, be provided with water circle device 4 in automatical and efficient equipment for separating liquid from solid 2, the dry collection device 3 of solid mixt, the sewage purification processing, foul smell collection and purification device 5, automatic control system 6, during the dry collection device 3 of described automatical and efficient equipment for separating liquid from solid 2, solid mixt, sewage purification are handled between water circle device and the 4 foul smell collection and purification devices 5 respectively by gas pipeline and liquid pipe connection.

As shown in Fig. 2 a and Fig. 2 b, described automatical and efficient equipment for separating liquid from solid 2 is by automatical and efficient solid-liquid separator 7, excrement access port 8, pulsation gas blowout device 9, solid mixt holder 12, send valve 13 to constitute under the solid mixt, described excrement access port 8 is connected with automatical and efficient solid-liquid separator 7 with fluid pipeline by gas pipeline respectively with pulsation gas blowout device 9, the upper end of described solid mixt holder 12 is connected with the lower end of automatical and efficient solid-liquid separator 7, the exit, lower end of sending valve 13 to be arranged on solid mixt holder 12 under the described solid mixt.

As shown in Fig. 3 a, described automatical and efficient solid-liquid separator 7 is made of solid-liquid separator shell 14, excrement chamber 15, soil chamber 16, solid-liquid separation net 17, described excrement chamber 15, soil chamber 16, solid-liquid separation net 17 are arranged in the solid-liquid separator shell 14, and the top in described excrement chamber 15 is that to mix movement chamber, bottom be that the top of solid-state movement chamber, described soil chamber 16 is that foul smell chamber, bottom are soil chamber.

The described angle that is arranged on solid-liquid separation net 17 and horizontal plane in the solid-liquid separator shell 14 is the 40-50 degree, is provided with more than one sealing rib 18 down at the lower end of solid-liquid separation net 17.

As shown in Fig. 3 b and Fig. 3 c, be provided with excrement access port 8 in the upper end of solid-liquid separator shell 14, effluent cycle access tube 19, pulsed gas inlet 20, foul smell spillway 23 is provided with solid mixt relief outlet 21 and sewage outlet 22 in the lower end of solid-liquid separator shell 14.

As shown in Fig. 4 a, the dry collection device 3 of described solid mixt is made of variable-frequency motor 25 and transmission rig 26, the dry handling machinery 28 of spiral, efficient pulse microwave drying heater 29, screw lift 30, solids bin 31, described variable-frequency motor 25 and transmission rig 26, the dry handling machinery 28 of spiral, screw lift 30, solids bin 31 are separately fixed on the frame 1, the dry handling machinery 28 of described spiral is horizontally set on frame 1 bottom centre, and described screw lift 30 is vertically set on a side of solids bin 31.

As shown in Fig. 4 b and Fig. 4 c, the dry handling machinery 28 of described spiral is made of tubular drier enclosure 32, dry helical feed core and axle 33, dry handling machinery 28 front ends of spiral are provided with solid mixt access port 34, its rear end is provided with drying composite outlet 35, there is efficient pulse microwave drying heater 29 in the bottom surface and the outside, two sides at tubular drier enclosure 32, in outside, efficient pulse microwave drying heater 29 both sides with above the dry handling machinery shell 32 of tubular heat insulation benzene plate 27 is installed, the dry handling machinery 28 of spiral is incubated with heat insulation; Described screw lift 30 is made of screw lift housing 37 and lifting mechanism helix core and axle 78, lifting mechanism helix core and axle 78 are installed in the screw lift housing 37, the screw lift inlet 36 that is arranged on the bottom links to each other with drying composite outlet 35, and the screw lift outlet 38 that is arranged on top links to each other with solids bin inlet 39.

The solid mixt access port 34 of the dry handling machinery 28 of described spiral, drying composite outlet 35 send valve 13 and screw lift inlet 36 to be connected respectively with under the solid mixt.

Be provided with foul smell collector 40 in the upper end that exports a side near drying composite, described foul smell collector 40 is that number row ventilating pit 43 is being arranged on the dry handling machinery of spiral 28 tops, every row's ventilating pit 43 quantity are 8-12, be provided with foul smell collector shell 42 above ventilating pit 43, foul smell is collected shell 42 and is provided with foul smell vent pipe 41.

As shown in Figure 5, described foul smell collection and purification device 5 is made of foul smell cleaner 46, induced draft fan 47 and gas discharge pipe 48, they to movement carry out foul smell that solid-liquid separation, mixture drying, sewage purification process produce after filtration with purifying treatment after, discharge from the gas discharge pipe 48 that is arranged on frame 1 bottom.

Shown in Fig. 6 a and Fig. 6 b, water circle device 4 used magnetic valve 59, middle water tank 61, water drain valve 62 to constitute by sewage purification device 52, flocculation agent holder 53 and middle water vacuum primingpump 54, sewage (waste water) recirculating pump 55, electromagnetism charging point 56, circulation flushing magnetic valve 57, sewage access magnetic valve 58, middle water during described sewage purification was handled, and sewage purification device 52, flocculation agent holder 53 and electromagnetism charging point 56, sewage (waste water) recirculating pump 55, middle water vacuum primingpump 54, middle water tank 61 are connected with frame 1 respectively.

Described automatic control system 6 adopts existing technique device, by the accumulation electrical source system, industry programmable logic controller PLC, LG lcd touch controller and data cable constitute, and be provided with pulsation gas blowout device transmitter 11 respectively in automatical and efficient solid-liquid separator 7 excrement access ports 8 sides, be provided with thing quantity sensor 10 above the solid mixt holder 12, the dry handling machinery of spiral exports 35 sides and is provided with solid humidity sensor 44, solid mixt access port 34 sides are provided with dry start sensor 45, water pressure exhaust sensor 60 during middle top, water tank 61 side is provided with, top, sewage purification device 52 side is provided with senior middle school water sensor 66, bottom, sewage purification device 52 side is provided with minimum middle water sensor 67, be provided with solid-liquid separation foul smell transmitter 50 in automatical and efficient solid-liquid separator 7 and the foul smell collection and purification device 5, be provided with dry foul smell transmitter 49 in dry handling machinery 28 of spiral and the foul smell collection and purification device 5, be provided with sewage purification foul smell transmitter 51 in sewage purification device 52 and the foul smell collection and purification device 5, realize controlling automatically work by the dialogue of the information acquisition of each position transmitter and industrial programmable logic controller PLC is controlled.

Shown in Fig. 7 a and Fig. 7 b, the inside of the sewage purification device housing 63 in the utility model is provided with filtering net 72, counterflush 73, back flushing inlet tube 64 and filters water outlet pipe 71 in the back.In sewage purification device housing 63 outsides, be provided with flocculation agent filler pipe 65, foul smell relief outlet 74, refilter effluent outfall 69, sewage access tube 70, filter water outlet pipe 71 and middle water discharger 68 in the back; And the upper and lower of sewage purification device housing 63 outsides be respectively arranged with senior middle school's water sensor 66 and minimum in water sensor 67.

As shown in Figure 8, the body skin of frame 1 is provided with gets bin gate 75, and warming plate 77 around being provided with around the frame 1 is provided with rubber pad 76 between the warming plate around the corner.

The above is preferred embodiment of the present utility model only, is not to be used to limit protection domain of the present utility model.

Claims (10)

1. automobile-used environment-friendly water-saving fecal treatment device using, it includes the frame that is fixed on the car body, it is characterized in that, in frame, be provided with the dry collection device of automatical and efficient equipment for separating liquid from solid, solid mixt, sewage purification handle in water circle device, foul smell collection and purification device, automatic control system, be connected with fluid pipeline with gas pipeline respectively between water circle device and foul smell collection and purification device during described automatical and efficient equipment for separating liquid from solid, the dry collection device of solid mixt, sewage purification are handled.

2. automobile-used environment-friendly water-saving fecal treatment device using according to claim 1, it is characterized in that, described automatical and efficient equipment for separating liquid from solid is by automatical and efficient solid-liquid separator, the excrement access port, pulsation gas blowout device, the solid mixt holder, send valve to constitute under the solid mixt, described excrement access port is connected with automatical and efficient solid-liquid separator with fluid pipeline by gas pipeline respectively with pulsation gas blowout device, the upper end of described solid mixt holder is connected with the lower end of automatical and efficient solid-liquid separator, the exit, lower end of sending valve to be arranged on the solid mixt holder under the described solid mixt.

3. automobile-used environment-friendly water-saving fecal treatment device using according to claim 2, it is characterized in that, described automatical and efficient solid-liquid separator is made of solid-liquid separator shell, excrement chamber, soil chamber, solid-liquid separation net, described excrement chamber, soil chamber, solid-liquid separation net are arranged in the solid-liquid separator shell, the top in described excrement chamber is that mixing movement chamber, bottom are solid-state movement chambeies, and the top of described soil chamber is that foul smell chamber, bottom are soil chamber; Be provided with the excrement access port in the upper end of solid-liquid separator shell, upper side at the solid-liquid separator shell is respectively equipped with foul smell spillway and effluent cycle access tube, be provided with the pulsed gas inlet in the another side, top of solid-liquid separator shell, be provided with sewage and solid mixt relief outlet in the lower end of solid-liquid separator shell.

4. automobile-used environment-friendly water-saving fecal treatment device using according to claim 3, it is characterized in that, the described solid-liquid separation net that is arranged in the solid-liquid separator shell is the 40-50 degree with the angle of horizontal plane, is provided with the sealing rib more than one time at the lower end of solid-liquid separation net.

5. automobile-used environment-friendly water-saving fecal treatment device using according to claim 3, it is characterized in that, described excrement access port is connected with excrement access port on the solid-liquid separator shell, and described pulsation gas blowout device is connected with pulsed gas inlet on the solid-liquid separator shell.

6. automobile-used environment-friendly water-saving fecal treatment device using according to claim 1, it is characterized in that, the dry collection device of described solids is by the dry handling machinery of spiral, efficient pulse microwave drying heater, variable-frequency motor and transmission rig, the solids bin, screw lift constitutes, the dry handling machinery of described spiral, efficient pulse microwave drying heater, variable-frequency motor and transmission rig, the solids bin, screw lift is separately fixed on the frame, the dry handling machinery of described spiral is horizontally set on frame bottom centre, described screw lift is vertically set on a side of solid mixt case, the dry handling machinery of described spiral is by the tubular drier enclosure, helical feed core and axle constitute, the dry handling machinery front end of spiral is provided with the solid mixt access port, its rear end is provided with dry back mixture outlet, the bottom surface and the outside, two sides at the tubular drier enclosure are with efficient pulse microwave drying heater, below efficient pulse microwave drying heater and outside the both sides and above the dry handling machinery of tubular heat insulation benzene plate group is installed, the dry handling machinery of spiral is incubated with heat insulation; The dry handling machinery mixture of described spiral access port, drying composite outlet send valve and screw lift inlet to be connected respectively with under the solid mixt; Described screw lift is made of screw lift housing and lifting mechanism helix core and axle, lifting mechanism helix core and beam warp coaxial bearing are installed in the screw lift housing, the screw lift inlet that is arranged on the bottom links to each other with mixture outlet after the drying, and the screw lift outlet that is arranged on top links to each other with solids bin inlet.

7. automobile-used environment-friendly water-saving fecal treatment device using according to claim 6, it is characterized in that, be provided with the foul smell collector in the upper end that exports a side near drying composite, described foul smell collector be the dry handling machinery of spiral top regularly arranged number row ventilating pits, every row's ventilating pit quantity is 8-12, be provided with foul smell and collect shell above ventilating pit, foul smell is collected shell and is provided with the foul smell vent pipe.

8. automobile-used environment-friendly water-saving fecal treatment device using according to claim 1, it is characterized in that, water circle device used magnetic valve, middle water tank, water drain valve to constitute by sewage purification device, flocculation agent holder and electromagnetism charging point, sewage (waste water) recirculating pump, middle water vacuum primingpump, circulation flushing magnetic valve, middle water access magnetic valve, middle water during described sewage purification was handled, and sewage purification device, flocculation agent holder and electromagnetism charging point, sewage (waste water) recirculating pump, middle water vacuum primingpump, middle water tank are connected with frame respectively.

9. automobile-used environment-friendly water-saving fecal treatment device using according to claim 1, it is characterized in that, described foul smell collection and purification device is made of foul smell cleaner, induced draft fan and gas discharge pipe, they fix with frame respectively, the foul smell of carrying out solid-liquid separation, mixture drying, sewage purification process generation is discharged from the gas discharge pipe that is arranged on the frame bottom after collection, purifying treatment.

10. according to the described automobile-used environment-friendly water-saving fecal treatment device using of claim 1-9, it is characterized in that, described automatic control system adopts existing technique device, by the accumulation electrical source system, industry programmable logic controller PLC, LG lcd touch controller and data cable constitute, and be provided with pulsation gas blowout device transmitter respectively in solid-liquid separator excrement access port side, be provided with the thing quantity sensor above the solid mixt holder, mixture outlet side, dry back is provided with the solid humidity sensor, the dry handling machinery access port of spiral side is provided with dry start sensor, water pressure exhaust sensor during middle top, water tank side is provided with, top, sewage purification device side is provided with senior middle school water sensor, bottom, sewage purification device side is provided with minimum middle water sensor, be provided with solid-liquid separation foul smell transmitter in solid-liquid separator and the foul smell collection and purification device pipeline, be provided with dry foul smell transmitter in dry handling machinery of spiral and the foul smell collection and purification device pipeline, be provided with sewage purification foul smell transmitter in sewage purification device and the foul smell strainer pipeline, realize controlling automatically work by the dialogue of the information acquisition of each position transmitter and industrial programmable logic controller PLC is controlled.

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