CN201567629U - Integral sewage treatment device for civil use - Google Patents

Abstract

The utility model discloses an integral sewage treatment device for civil use. An outlet at the lower end extending into a water storage tank of a floor drain arranged on the ground is communicated with an automatic doser positioned in the water storage tank; the automatic doser is communicated with the inlet of a filtering and deodorizing device arranged in the water storage tank; the filtering and deodorizing device is communicated with the inner cavity of the water storage tank; a flushing device is arranged on the inside bottom surface of the water storage tank; a blowdown pipe is communicated with a blowdown manifold and connected with an outfall of a water closet; the blowdown pipe is connected with the lower end of an overflow pipe; the inlet at the upper end of the overflow pipe is lower than the top surface of the water storage tank and communicated with the inner cavity of the water storage tank; the blowdown pipe is communicated with an emptying device; the water inlet of the emptying device is communicated with the inner cavity of the water storage tank; the outlet of a suction pump at the inside lower part of the water storage tank is connected with the lower end of a water inlet pipe; a tap-water pipe is communicated with a water source switcher; the other end of the water source switcher and the upper end of the water inlet pipe are jointly communicated with a reservoir; and water level detectors are respectively arranged in the water storage tank and the reservoir in a matched manner. The utility model can intelligently store, save and drain water, automatically cleans fouling deposits, removes odor in time, and is convenient in use.

Description

A kind of integrated domestic sewage processor

Technical field

The utility model relates to toilet water-saving device, particularly a kind of integrated domestic sewage processor.

Background technology

Former discharge structure is made of horizontal manifold system, and promptly when leading to soil stack, each outfall is an independently horizontal arm all, and passes floor and be in down in the space, first floor room.The problem of bringing therefrom is:

1, because horizontal arm is too much, several contacts being arranged again on each arm, is the assembly unit pipeline, a non-complete closed conduit.Have 8-10 joint breakthrough in the washroom, each contact all is the hidden danger point of a leakage, and simultaneously the top layer waterproof is easily made destruction, the aging breakage of pipeline and seepage, and therefore the probability that causes stack drain system to leak is bigger.

2, to keep in repair the drainage system of this layer, must go to keep in repair, cause inconvenient maintenance to following one deck.

3, the water-sealing stinking-proof performance of floor drain is unreliable, and on the one hand water can natural evaporation and water seal was lost efficacy, and water seal depth is limited on the other hand, and pressure is limited, and under the influence of extraneous blast, the malleation in the pipeline is excessive, can the bursting water seal, and foul smell " is forced open the door ".

4, pipeline water crook resistance of water drainage is big, easily causes hair mud to assemble, and the horizontal segment dirt is residual simultaneously.Impulsive force is more little in the pipeline, and is residual many more, and stifled possibility is big more, maintenance difficult after the fault.

The utility model content

The purpose of this utility model is to provide a kind of integrated domestic sewage processor, can effectively realize part waste water is carried out cycling and reutilization, can intelligent retaining, water saving, draining and Automatic Cycle clean deposition dirt, in time remove stink, and easy to use.

The purpose of this utility model is achieved in that a kind of integrated domestic sewage processor, underground in the resident family room is being provided with storage tank, its upper end import of floor drain that is arranged at ground is exposed on the ground, and its lower end outlet is stretched in the storage tank by the storage tank roof and is communicated with the automatic chemical feeding device that is positioned at storage tank; Automatic chemical feeding device is communicated with filtration deodorization device import in being arranged at storage tank by pipeline, and the filtration deodorization device is communicated with the storage tank inner chamber by its outlet; The flusher that is communicated with the storage tank inner chamber is being set on the storage tank inner bottom surface; Row's blow-off pipe is communicated with dirty total pipeline, blow-off pipe is connected with the outfall of defecation device by the defecation pipeline, blow-off pipe is connected with the bleed off pipe lower end that is provided with in storage tank, the upper end import of this bleed off pipe is communicated with the storage tank inner chamber and is lower than the storage tank end face, and blow-off pipe also be arranged on storage tank in emptier be communicated with, the water inlet of emptier is communicated with the storage tank inner chamber, its outlet of suction pump that is arranged on bottom in the storage tank is connected with the water inlet pipe lower end, running water pipe is communicated with the water source switch, and the water source switch other end and water inlet pipe upper end are communicated with the water storage box of defecation device jointly; In storage tank and water storage box, be equipped with water level detector respectively;

Described filtration deodorization device is made of the filter pipe and the cartridge filter of both ends open, filter pipe one end stretches in the cartridge filter also affixed by the both sides end wall of its periphery wall and cartridge filter through filter cylinder one end nozzle, the uniform respectively through hole that is being provided with of the perisporium of its tube wall of the filter pipe of filtering container and cartridge filter, be equipped with active carbon in the cavity that forms between filter pipe tube wall and cartridge filter barrel, the import of filter pipe is communicated with floor drain, automatic chemical feeding device by pipeline;

Described emptier is by vacuum pump, exhaust tube and valve cylinder constitute, valve cylinder is made of interior valve cylinder and the cooperation of outer valve cylinder, the aspirating hole that is provided with on the outer valve cylinder roof is connected by exhaust tube with the vacuum pump air inlet port, valve cylinder in being equipped with in the valve cylinder outside, the upper end of guide pillar is fixed on the outer valve cylinder inner roof wall, inner column pore and the guide pillar that vertically is provided with of interior valve cylinder is slidingly matched, interior valve cylinder lower end is being provided with valve plug, valve opening and last water hole are being set on the outer valve cylinder diapire, valve plug matches with valve opening, valve opening is communicated with blow-off pipe by sewer pipe, also is being provided with on the outer valve cylinder diapire and is going up the water hole;

Described flusher is made of the scavenging pump that is positioned at storage tank, jet pipe and Venturi tube, and the scavenging pump outlet is connected with the large port of Venturi tube by pipeline, and the Venturi tube portlet is connected with jet pipe one end;

Described automatic chemical feeding device is by the tubulose drug reservoir and cross water pipe and cooperate and constitute, in the solid sterilizing slow-releasing agent is housed its lower end of tubulose drug reservoir passed the water pipe tube wall stretched in the water pipe with water pipe is affixed is communicated with; Be positioned at the uniform through hole that is provided with on its tube wall of tubulose drug reservoir of water pipe, the delivery port of crossing water pipe is communicated with floor drain by water inlet pipe by outlet pipe is connected, crosses water pipe with the filtration deodorization device water inlet;

Described water source switch is by electromagnetic valve, the hand switch valve, main line and looped pipeline road are formed, main line is communicated with running water pipe, serial connection is being communicated with electromagnetic valve on the main line, serial connection is being communicated with manually switch valve on the looped pipeline road, the looped pipeline road is in parallel with main line and is communicated with, the main line other end stretches in the water storage box by a water water inlet that is provided with on the water storage box tank wall, import is respectively by being provided with the secondary water inlet on the water storage box tank wall and delivery port stretches in the water storage box on water inlet pipe upper end outlet and the cleaning hose, water inlet pipe and its height in water storage box of cleaning hose upper end are lower than the delivery port of the upper end of main line, the water inlet pipe lower port is communicated with suction pump, and the cleaning hose lower end is communicated with the just mouth that dashes of defecation device;

Described suction pump, scavenging pump, vacuum pump, electromagnetic valve are connected by the output of lead and controller respectively, lay respectively at the interior water level detector of storage tank and water storage box and are connected by the input of lead and controller respectively.

The utility model replaces original horizontal manifold system mainly in order to the toilet drainage system with an integrated device.In airtight system, arrange various flowing lines, thoroughly eliminated " leakage " point; Reach the requirement that discharge pipe line lays with layer, maintenance is convenient, eliminated the hidden danger of line clogging, utilize the different in kind of the washing and the upstream and downstream water of flushing the toilet simultaneously, the mode of dividing the matter step emission is carried out in employing to waste water, with the assorted draining of high-quality (as wash one's face, foot-washing water, the waste water that water for bathing and washing etc. can be easier to filter) reclaimed second use and flushed the toilet, and the mode of taking intelligent water-saving is to reach the purpose of water saving.Therefore, the utility model can effectively be realized part waste water is carried out cycling and reutilization, can intelligent retaining, water saving, draining and Automatic Cycle clean deposition dirt, in time remove stink, and easy to use.

Description of drawings

Fig. 1 is a general structure schematic diagram of the present utility model;

Fig. 2 is that the master of the utility model filtration deodorization device looks the sectional structure schematic diagram;

Fig. 3 be the utility model filtration deodorization device overlook the sectional structure schematic diagram;

Fig. 4 is the sectional structure schematic diagram of the utility model floor drain;

Fig. 5 is the external structure schematic diagram of the utility model floor drain;

Fig. 6 is the claval sectional structure schematic diagram of the utility model water level detector;

Fig. 7 is the claval Facad structure schematic diagram of the utility model water level detector;

Fig. 8 is the circuit catenation principle structural representation of inner fixed value resistance of the utility model water level detector and water-level detecting alloy lamellar body;

Fig. 9 is the theory structure schematic diagram that the inner equivalent circuit of the utility model water level detector connects;

Figure 10 is the valve plug and the closed mutually sectional structure schematic diagram of valve opening of the utility model valve cylinder;

Figure 11 is that the utility model makes the valve plug of valve cylinder and the sectional structure schematic diagram that valve opening is separated because of suction function in the valve cylinder;

Figure 12 is the structural representation of the utility model flusher;

Figure 13 is the sectional structure schematic diagram of the utility model Venturi tube;

Figure 14 is the sectional structure schematic diagram of the utility model automatic chemical feeding device;

Figure 15 is the syndeton schematic diagram of the utility model water source switch;

Figure 16 is that the utility model connects tube coupling and the sectional structure schematic diagram that matches communicating pipe and be connected;

Figure 17 is a workflow block diagram of the present utility model.

The specific embodiment

A kind of integrated domestic sewage processor, as shown in Figure 1, underground in the resident family room is being provided with storage tank 1, its upper end import of floor drain that is arranged at ground is exposed on the ground, and its lower end outlet is stretched in the storage tank 1 by storage tank 1 roof and is communicated with the automatic chemical feeding device 19 that is positioned at storage tank 1; Automatic chemical feeding device 19 is communicated with filtration deodorization device 2 imports in being arranged at storage tank 1 by pipeline, and filtration deodorization device 2 passes through its outlet and is communicated with storage tank 1 inner chamber; The flusher that is communicated with storage tank 1 inner chamber is being set on storage tank 1 inner bottom surface; Blow-off pipe 16 is communicated with blowdown main road 10, blow-off pipe 16 is connected with the outfall of defecation device 7 by defecation pipeline 17, blow-off pipe 16 is connected with bleed off pipe 15 lower ends that are provided with in storage tank 1, the upper end import of this bleed off pipe 15 is communicated with storage tank 1 inner chamber and is lower than storage tank 1 end face, and blow-off pipe 16 also be arranged on storage tank 1 in emptier be communicated with, the water inlet of emptier is communicated with storage tank 1 inner chamber, suction pump 18 its outlets that are arranged on bottom in the storage tank 1 are connected with water inlet pipe 29 lower ends, running water pipe 4 is communicated with water source switch 6, and water source switch 6 other ends and water inlet pipe 29 upper ends are communicated with the water storage box 701 of defecation device 7 jointly; In storage tank 1 and water storage box 701, be equipped with water level detector 26 and 27 respectively;

As Fig. 2, shown in Figure 3, described filtration deodorization device 2 is made of the filter pipe 34 and the cartridge filter 33 of both ends open, filter pipe 34 1 ends stretch in the cartridge filter 33 also affixed by the both sides end wall of its periphery wall and cartridge filter 33 through filter cylinder 33 1 end nozzles, the uniform respectively through hole 30 that is being provided with of the perisporium of the tube wall of filter pipe 34 and cartridge filter 33, be equipped with active carbon 31 in the cavity that forms between filter pipe 34 tube walls and cartridge filter 33 barrels, the import of filter pipe 34 is communicated with floor drain, automatic chemical feeding device 19 by pipeline; When water passes through from the cartridge filter 33 of this device, owing to the adsorption filtration effect of active carbon is purified, absorb peculiar smell or stink in the water, be positioned on the end wall on cartridge filter 33 delivery ports through hole 32 is being set, help in the storage tank 1 stink or peculiar smell and adsorbed by active carbon 31.

As Fig. 4, shown in Fig. 5 (and in conjunction with Fig. 1), described receipts water floor drain 3,301 and floor drain 9 by the end cap 36 that is provided with leaking hole 37, covering tube 41, water seal tube 38, be arranged on the interior envelope tube 401 in the water seal tube 38, the receipts water pipe 35 that is connected with covering tube 41 upper port, tube-shaped joint 44, and filtering screen 43 constitutes, wherein, the nozzle that downward opening covering tube 41 its end faces are provided with and with end cap 36 lower surface Joints, annular base plate 40 is being set in the covering tube 41, downward opening interior envelope tube 401 is being set, water seal tube 38 perisporiums on the middle pit of the stomach 402 of annular base plate 40, cooperate between covering tube 41 perisporiums and the annular base plate 40 and constitute tubular housing; Water seal tube 38 is stretched out at envelope tube 401 roofs were offered in receipts water pipe 35 bodys passed the through hole and the middle pit of the stomach 402 downwards, and its upper end is fixed in the through hole that is provided with on covering tube 41 roofs, and its lower end is being provided with water bending pipe 42; Filtering screen 43 its openings that are fixed in water seal tube 28 lower ends are fixed on the tubular configured joint 44, the bayonet lock 45 that is provided with on tubular configured joint 44 its bodies is stuck in the bayonet socket 46 of water seal tube 38 lower ends setting movingly, tubular configured joint 44 is cooperated with water seal tube 38 lower ends install, the water bending pipe 42 of receiving the setting of water pipe 35 lower ends is housed in the filtering screen 43.These receipts water floor drain is different from general floor drain, and the water seal depth of common floor drain has only 50mm, very easily evaporation.After the water evaporation in the water seal, promptly lost isolated function, the foul smell in the blowdown main road 10 has polluted room air, and provides airborne approach to pandemic by in the floor drain inlet chamber.Floor drain of the present utility model has outside the function of common floor drain, and dark 1 times than common ground floor of water seal is provided with water bending pipe 42 simultaneously, prevents the return or back foul by the recycle-water under arranging.Water seal tube 38 bottoms affixed filtering screen 43, make from receiving water pipe 35 and filter the first time before the recycle-water (promptly depositing of washroom being changed the waste water that utilizes again) that water bending pipe 42 comes out reclaims, prevent that the dirt in the secondary water from entering 1 li blocking pipe of storage tank.

As Fig. 6, Fig. 7, shown in Fig. 8 and Fig. 9 (and in conjunction with Fig. 1), described water level detector 26,27 its structures are the vertical uniform fixed value resistance of setting in the clava 50 that is made of the polymeric hardener agent, the water-level detecting alloy lamellar body and the voltage detection alloy lamellar body that are made of Pb and Sn vertically are being set on clava 50 surfaces, wherein, the water-level detecting alloy that is positioned at lowest part survey lamellar body 52 and voltage detection alloy lamellar body 47 respectively by lead direct with 5 corresponding connections of controller, remaining each water-level detecting alloy lamellar body is connected with each fixed value resistance by lead respectively, and each fixed value resistance other end is connected jointly on same the parallel conducting wire and by this parallel conducting wire correspondence and is connected on the controller 5, contact by lead between remaining voltage detection alloy lamellar body, and voltage detection alloy lamellar body topmost is again by lead and controller 5 corresponding connections.

The sealing inserts that itself clava of water level detector of the present utility model adopts is that the polymeric hardener agent is solidified probe to concentrate; as the carrier of setting as fixed value resistance in the clava and alloy lamellar body; adopt the alloy lamellar body as surveying the contact; integrated { the function: water-level detecting (2 line) of five lines; shielding (1 line); earth leakage protective is surveyed (2 line) }; the top is directly exported with controller 5 and is connected; realize that water-level detecting automatically performs and defencive function; the alloy probe is made of Pb and Sn (alloy of lead and tin) first; solved the etching problem of water to the alloy sheet body; second bar-shaped object is laid fixing than rope form object easily; and be difficult for sliding transfer, accuracy that can the guaranteed water level feedback information.

Because several discrete fixed value resistances are being set in its clava of water level detector, these fixed value resistances are connected with water-level detecting alloy lamellar body by lead respectively again, when the water in the storage tank 1 covers the alloy lamellar body of each gear, can produce the water body resistance of a definite resistance, the water body resistance that the resistance of this water body resistance, water cover is corresponding with corresponding water level, so can accurately survey water level information.

This water level detector adopts integrated interface, and an EBI can be realized whole wiring.Inner several the discrete fixed value resistances that contains of probe of the present utility model itself, generally can be set at ten, as Fig. 6, shown in Figure 8, fixed value resistance 480,481,482,483,484,485,486,487,488,489 vertically are embedded in the clava successively, and respectively by circuit with as the water-level detecting alloy lamellar body 490 of each gear, 491,492,493,494,495,496,497,498,499 corresponding connections, each fixed value resistance other end is connected jointly on same the parallel conducting wire and by this parallel conducting wire correspondence and is connected on the controller 5, be connected (being water-level detecting 2 lines) on the controller 5 as 52 of the water-level detecting alloy lamellar bodies of public detection contact by the direct correspondence of lead, and 52 of water-level detecting alloy lamellar bodies are by water body and fixed value resistance 480,481,482,483,484,485,486,487,488,489 are conducted, and make to be submerged in the following fixed value resistance parallel connection of water level; And also be arranged on the claval surface of this probe as the alloy lamellar body 510,511,512,513 of each gear of measuring step voltage; as the voltage alloy lamellar body 47 of public detection contact by lead directly with controller 5 corresponding connections; all the other current potentials are surveyed between the alloy lamellar body and are contacted by lead, and current potential is topmost surveyed the alloy lamellar body again by lead and controller 5 corresponding connections (being that earth leakage protective is surveyed 2 lines).Under anhydrous condition, water-level detecting alloy lamellar body and voltage alloy lamellar body all are in vacant state in the storage tank 1.Be not contact between water-level detecting alloy lamellar body and the water body and between voltage alloy lamellar body and the water body, claval sectional view of this probe as shown in Figure 8 and equivalent circuit diagram shown in Figure 9, at this moment, the B terminal potential is zero, and each output end value of the information acquisition module 55 of controller 5 is zero; When water level covers the alloy lamellar body 52 that is connected in positive electrode and first grade of alloy lamellar body 490, alloy lamellar body 52 and first grade of water-level detecting alloy lamellar body 490 of being connected in positive electrode conduct electricity by water body, A, the equivalent resistance 53 that the B two ends form is corresponding first grade of fixed value resistance 480 resistance and actual water level water body resistance sum, when water covers second grade of water-level detecting alloy lamellar body 491, be connected in the alloy lamellar body 52 of positive electrode, first grade of water-level detecting alloy lamellar body 490 and second grade of water-level detecting alloy lamellar body 491 conduct electricity by water body, then conduct electricity and in parallel by water body with first grade of fixed value resistance 480 and second grade of fixed value resistance 481 that first grade of water-level detecting alloy lamellar body 490 and second grade of water-level detecting alloy lamellar body 491 are connected respectively, the parallel resistance resistance that obtains the thus water body resistance sum that is superimposed with at this water level in parallel again is its equivalent resistance 53; When water covers the water-level detecting alloy lamellar body on third gear water-level detecting alloy lamellar body 492 and its top, its principle is same as above, the equivalent resistance that is its corresponding gear is that the corresponding following fixed value resistance of the water level water body resistance sum that the parallel resistor resistance is added at this water level by the water body conduction that is submerged in is its equivalent resistance 53, equivalent resistance 53 carries out dividing potential drop to its total voltage jointly with below-center offset fixed value resistance 54, transform the corresponding altitude information that obtains first grade of water level of current potential height that gets with corresponding gear resistance, the mode that the following fixed value resistance of water level contacts by water body makes the resistance that is submerged under the water level parallel with one another by water body, rising along with water level, because the quantity increase in parallel of the fixed value resistance after the parallel connection is superimposed with the resistance of equivalent water level water body resistance again, causing its all-in resistance is that the two ends pressure drop of equivalent resistance 53 progressively reduces, make B point current potential raise, after the allocation process of information acquisition module 55 inside (ten grades), send identification control module 58 to and compare computing, routine processes, the corresponding again display board 57 that exports to demonstrates relevant information, closes vacuum pump 13 by control circuit and executive circuit simultaneously, suction pump 18, scavenging pump 22 and electromagnetic valve 90 close down action.

Meanwhile, as the voltage detection alloy lamellar body 47 of public detection contact and as the voltage detection alloy lamellar body 510 of each gear of measuring step voltage, 511,512,513 (4 gears of operated by rotary motion), the public alloy lamellar body 47 of measuring the water level step voltage when the conduct that is covered by water along with the rising of water level compares processing with the first grade of voltage detection alloy lamellar body 510 that was not had by water body by the relevant voltage input port 56 that the step voltage signal in the middle of water body conduction and then a measurement of the corresponding generation water body enters identification control computing module 58, if voltage detection alloy lamellar body 47 and the second grade of voltage detection alloy lamellar body 511 that was not had by water body be by the water body conduction, and then one of corresponding generation is measured step voltage in the middle of the water body and is entered and discern the relevant voltage input port 56 of controlling computing module 58 and compare processing; When if water body did not have third gear voltage detection alloy lamellar body 512, principle is same as above, and voltage detection alloy lamellar body 52 enters the relevant voltage input port 56 that identification controls computing module 58 by circuit and compares computing, processing with being flooded by water body and should produce a step voltage signal from the voltage detection alloy lamellar body 47 of the voltage detection alloy lamellar body (the voltage detection alloy lamellar body of that gear of most significant end in the middle of promptly being flooded by water body) of that nearest gear of liquid level and least significant end by the water body conductive phase.Because vacuum pump 13, suction pump 18 and scavenging pump 22 long period of soaking are in water, then can in the water body of conduction, produce alternating current if electric leakage takes place these electric pumps, the voltage magnitude of this alternating current is at different water levels and conducts electricity the step voltage that produces by water body at voltage detection alloy lamellar body 47 and between the voltage detection alloy lamellar body that topmost contact with water body, compare among corresponding step voltage being inputed to the voltage input end 56 of identification control computing module 58, computing determines whether closing vacuum pump 13 by control circuit and executive circuit by the result behind the sequential operation, devices such as suction pump 18 and scavenging pump 22 close down action.

For another example shown in Fig. 9 (and in conjunction with Fig. 1), described suction pump 18, scavenging pump 22, vacuum pump 13, electromagnetic valve 90 are connected by the output of lead and controller 5 respectively, lay respectively at that water level detectors 26,27 are connected by the input of lead and controller 5 respectively in storage tank 1 and the water storage box 701.

Controller 5 of the present utility model comprises peripheral module and formations such as control circuit, driving executive circuit and display screen such as the information acquisition module 55 that contains digital to analog converter, identification control computing module 58, is actually a single-chip microcomputer.Information acquisition module 55 corresponding ports and divider resistance together just are being connected in parallel on power supply by lead, on the negative pole, divider resistance forms by being in series as the equivalent resistance 53 of the variable resistance of upper offset with as below-center offset fixed value resistance 54, Node B between equivalent resistance 53 and the resistance 54 is connected by lead with information acquisition module 55 its current potential inputs by lead, and in information acquisition module 55 allocation process after its corresponding output export in the middle of the identification control computing module 58, compare with the numerical value that configures in advance in it, logical operation, simultaneously, the signal value of step voltage then also compares logical operation by the voltage input end mouth 56 of identification control computing module 58, then, with display screen 57 that the corresponding ports of control computing module 58 connect on demonstrate corresponding numerical information and information, and by the corresponding control circuit that connects with it, the executive circuit that is connected with control circuit is to vacuum pump 13, the program of action is closed down in execution such as suction pump 18 and scavenging pump 22 and electromagnetic valve 90.

In addition, the identification of this controller 5 control computing module 58 matches with electromagnetic wave induction module 101 by circuit and is connected, and electromagnetic wave induction module 101 is connected with electromagnetic receiving device 100 with lead again.Be that the shielding harness (shielding 1 line) of handling contiguous Electromagnetic Interference-be made of electromagnetic wave induction module 101 and electromagnetic receiving device 100 also is being set in the utility model, when this shielding harness receives the electromagnetic field of influential controller 5 operate as normal, immediately signal is reached this controller 5, controller 5 make then can stop after computing is judged controlled device 5 connect the part parts of control or all parts (such as closing vacuum pump 13, suction pump 18, scavenging pump 22 and electromagnetic valve 90 etc.), with the accuracy of guarantee information data transmission with avoid the circuit execution error program that misleads.

As Figure 10, shown in Figure 11 (and in conjunction with Fig. 1), described emptier is by vacuum pump 13, exhaust tube 28 and valve cylinder constitute, valve cylinder is made of interior valve cylinder 63 and 60 cooperations of outer valve cylinder, the aspirating hole 61 that is provided with on outer valve cylinder 60 roofs is connected by exhaust tube 28 with vacuum pump 13 air inlet ports, valve cylinder 63 in being equipped with in the valve cylinder 60 outside, the upper end 62 of guide pillar 64 is fixed on outer valve cylinder 60 inner roof walls, the interior valve cylinder 63 inner column pores that vertically are provided with 65 are slidingly matched with guide pillar 64, interior valve cylinder 63 lower ends are being provided with valve plug 68, on outer valve cylinder 60 diapires valve opening 69 and last water hole 66 are being set, valve plug 68 matches with valve opening 69, valve opening 69 is communicated with blow-off pipe 16 by sewer pipe 67, also is being provided with on outer valve cylinder 60 diapires and is going up water hole 66; This automatic emptier is to utilize vacuum and floating drum principle to make emptier action reach the purpose of storage tank 1 recycle-water or emptied of water.Its course of work is as follows: vacuum pump 13 is extracted the air in the valve cylinder out from aspirating hole 61, the water inlet of inlet opening, outer valve cylinder 60 bottom, when water inlet reach a certain height, in buoyancy is enough to lift during valve cylinder 63, interior valve cylinder 63 inner cores begin to rise along guide pillar 64 is upwards sliding, open outer valve cylinder 13 bottom valve opening 68 (outfall) drainings; When reserve-water-level in the storage tank 1 is lower than the valve cylinder bottom, surplus water in the valve cylinder flows out, interior valve cylinder 63 relies on deadweight to descend, when interior valve cylinder 63 is fallen the bottom, stop up outfall, the casing draining stops, and perhaps described emptier is dredge pump, the pump drainage pipe formation that is connected, and the outlet of pump drainage pipe is connected with blow-off pipe 16 imports;

Shown in Figure 12 (and in conjunction with Fig. 1), described flusher is made of the scavenging pump 22 that is positioned at storage tank 1, jet pipe 21 and Venturi tube 70, scavenging pump 22 outlets are connected with the large port of Venturi tube 70 by pipeline 71, and Venturi tube 70 portlet are connected with jet pipe 21 1 ends;

As shown in figure 13, described Venturi tube 70 is made of outer tube 74 and core pipe 73, core pipe 73 ports of export are being provided with bell 77 its bores of being made of conical pipe 76 bore less than 73 other end imports 72 of core pipe, this bell 77 stretches in the outer tube 74, annular perisporium 75 its periphery walls that are provided with on core pipe 73 outer tube walls match affixed with outer tube 74 internal perisporiums, the through hole of offering on outer tube 74 tube walls 79 is positioned at conical pipe 76 perisporium peripheries, the affixed drainage tube 80 that is being communicated with on the through hole 79, drainage tube 80 will produce outside the jet pipe 21 by the underbalance effect that high-velocity flow produced by bell 77, water in the storage tank 1 is sucked in the jet pipe 21, make the state of jet pipe 21 maintenance high speed jets, water body in the storage tank 1 is washed the internal box wall of storage tank 1 in the mode of turbulent flow; The big opening end 72 of core pipe 73 is communicated with scavenging pump 22 outlets by pipeline 71 as the water inlet of Venturi tube 70, this bell 77 stretches in the outer tube 74 as the osculum end, and outer tube 74 its ports of export 78 that are communicated with core pipe 73 are connected as the delivery port and the jet pipe 21 of Venturi tube 70.This device is a kind of flusher that utilizes the research and development of venturi jet current principle, when fluid flows out Venturi tube 70, higher flow velocity produces strong disturbance to liquid on every side, thereby produce the water body turbulent flow, the internal box wall of storage tank 1 is scrubbed in impact, to stick together under the flushing of the dirt on the internal box wall, when fluid passes through the necking section (i.e. the bell 77 that is made of conical pipe 76) of core pipe 73, because the raising of flow velocity makes hydrodynamic improve, thereby the jet length that makes current is able to abundant prolongation, can make the fluid turbulence scope reach needed position in the storage tank 1 by jet pipe 21, and carry dirt with fast speeds and flow to vertical blowdown main road 10 and drain through blow-off pipe 16, to reach that storage tank 1 internal box wall wall cleans fully and the purpose of not staying the dead angle.

Shown in Figure 14 (and in conjunction with Fig. 1), described automatic chemical feeding device 19 is by tubulose drug reservoir 82 and cross water pipe 83 and cooperate and constitute, in solid shape sterilization slow-releasing agent 81 is housed tubulose drug reservoir 82 its lower ends passed water pipe 83 tube walls stretched in the water pipe 83 with 83 affixed connections of water pipe; The uniform through hole 84 that is provided with on tubulose drug reservoir 82 its tube walls that were positioned at water pipe 83, the delivery port 85 of crossing water pipe 83 is communicated with floor drain by water inlet pipe by outlet pipe 20 is connected, crosses water pipe 83 with filtration deodorization device 2 water inlet 86; These parts are for the graywater of collecting in the storage tank 1 is carried out the device that chemical disinfection is handled.Its operating principle is: medicament is collected water through in the through hole 84 it being washed away and then slowly discharging in storage tank 1 casing, progressively dissolve and bring into other position of storage tank 1 casing by current on solid shape sterilization slow-releasing agent 81 surfaces, the medicament dissolving finishes when lower floor, the upper strata medicament relies on gravity to fall into down one deck automatically, accept current scour and dissolve, reach the chemical disinfection effect that storage tank 1 is collected waste water, kill bacteria, guarantee the water safety of recycle-water, go round and begin again, finish until whole medicament dissolvings, add new medicament again.User's operation for convenience reduces unpack the repeatedly number of times of dosing of user, makes the user in 1 year or carry out feeding operations one time in time cycle of the shortest half a year as far as possible, and this automatic chemical feeding device once can be packed into and can be satisfied the solid slow-release medicament of 1 year sterilization consumption.Shown in Figure 15 (and in conjunction with Fig. 1), described water source switch 6 is by electromagnetic valve 90, hand switch valve 92, main line 89 and looped pipeline road 91 are formed, main line 89 is communicated with running water pipe 4, serial connection is being communicated with electromagnetic valve 90 on the main line 89, serial connection is being communicated with manually switch valve 92 on the looped pipeline road 91, looped pipeline road 91 is in parallel with main line 89 and is communicated with, main line 89 other ends stretch in the water storage box 701 by a water water inlet that is provided with on water storage box 701 tank walls, water inlet pipe 29 upper ends outlets and cleaning hose 88 upper end imports are respectively by being provided with the secondary water inlet on water storage box 701 tank walls and delivery port stretches in the water storage box 701, water inlet pipe 29 and its height in water storage box 701 of cleaning hose 88 upper ends are lower than the delivery port of the upper end 87 of main line 89, water inlet pipe 29 lower port are communicated with suction pump 18, and cleaning hose 88 lower ends are communicated with the just mouth that dashes of defecation device 7; When in the storage tank 1 water being arranged, suction pump 18 is got to the recycle-water in the storage tank 1 in the water storage box 701 of defecation device 7 by water inlet pipe 29, is used to flush the toilet.When not having water in the storage tank 1, the electromagnetic valve 90 that is driven by controller 5 controls is opened, and utilizes the water in the running water pipe 4 to flush the toilet.When not having electricity, electromagnetic valve 90 and suction pump 18 can not be worked, and open hand switch valve 92, utilize the water in the running water pipe 4 to enter through looped pipeline road 91 in the middle of the water storage box 701 of defecation device 7 with himself pressure, are used to flush the toilet.In the water storage box 701 of defecation device 7, because water inlet pipe 29 and cleaning hose 88 delivery ports are lower than the outlet of running water pipe 4, recycle-water then can not blow back in the running water pipe 4 like this, has effectively prevented to cause pollution to tap water because of recycle-water blows back into running water pipe 4.

As shown in Figure 1, on storage tank 1 sidewall connector is being set, be equipped with on this connector with match communicating pipe 24 be communicated be connected tube coupling 23.

As shown in figure 16, connecting tube coupling 23 is connected and composed by inner connection tube joint 94, outer connecting pipe joint 95 and annular deck 93,93 cooperations of annular deck are packed on the connector that is provided with on storage tank 1 tank wall, connecting tube coupling 95 1 ends is fixed on the annular deck 93, outer connecting pipe saves 95 other ends and stretches out storage tank 1 tank wall by connector, be arranged at inner connection tubes in the outer connecting pipe joint 95 and save 94 one end correspondences and be fixed on the centre bore 99 of annular deck 93, inner connection tube saves that to pass through the rectangular leg-of-mutton reinforcing rib in cross section 98 between 94 perisporiums and annular deck 93 end faces affixed; Communicating pipe 24 is by outer pillar 96 and be equipped with pillar 96 interior constituting interior communicating pipe 97 outside, and matching with inner connection tube joint 94 interior communicating pipe 97 is connected, and outer pillar 96 matches affixed with outer connecting pipe joint 95.These parts are optional features of the present utility model, because the utility model is the water saving fixtures of a personalizable design, along with the layout difference of bathroom ware, need by connect tube coupling 23 make not in storage tank 1 planar range or other position associated part by being communicated with communicating pipe 24 with storage tank 1 of the present utility model.In order to guarantee to connect sealing and the construction, easy for installation of tube coupling 23 and communicating pipe 24, therefore add this especially and connect tube coupling 23 and communicating pipe 24.This modular construction is made up of inside and outside bimetallic tube; be the topping of outer connecting pipe joint 95 for protection inner connection tube joint 94; and be the outside waterproof barrier of one deck; correspondingly; outer pillar 96 is the topping of interior communicating pipe 97 in the protection; also prevent the external force damage of internal communicating pipe 97,94 carriers of inner connection tube joint for the current transportation, its function is delivered in the storage tank 1 for the water that will receive the water floor drain or is communicated with other relevant sanitaryware.

As shown in Figure 1, described floor drain is for being provided with and ground receipts water floor drain 3,301; The floor drain 9 that is provided with in addition on the ground is connected with blow-off pipe 16 by vertical pipe 14.

As shown in Figure 1, described bleed off pipe 15 upper ends are being equipped with strainer 8, enter blow-off pipe 16 and cause its obstruction with the impurity that prevents the recycle-water in the storage tank 1.Blowdown main road 10 is communicated with storage tank 1 by respiratory siphon 25, make in the storage tank 1 for the peculiar smell of filtering or stink warp vertical blowdown main road 10 discharges in time outdoor.Blow-off pipe 16 is communicated with blowdown main road 10 by the drip pan 12 that storage tank 1 below is provided with, valve cylinder is arranged in the drip pan 12 (not expressing among Fig. 1), because valve cylinder is lower than storage tank 1 diapire, when the valve cylinder opening water discharge, can conveniently the remaining sewage exhaustion of storage tank 1 inwall will be washed.

Compare with original modular same-layer water draining and saving device, the utility model has solved following problem:

1, is provided with filtration deodorization device 2, solved the smelly problem of water quality in the storage tank 1;

2, original inorganization current are cleaned by the flusher realization is powerful comprehensively, solved storage tank 1 wallboard and sticked together the difficult problem of clearing up of dirt;

3, change original Weight type inductive probe into resistance measurement formula water level detector, solved the wiring etching problem of former probe first, second bar-shaped object is laid fixing than rope form object easily, be difficult for sliding transfer, accuracy that can the guaranteed water level feedback information, so this water level detector can be realized stepless Linear Control, Based Intelligent Control, convenient user's operation, can under the unmanned state of resident family, carry out regularly emptying by force by controller 5, avoid growing of microorganism, algae even algae fly, ensure the water quality safety of reusing sewage.

4, change hydrocone type initiated emptying device into contain vacuum float-type valve cylinder automatic emptier, change semiautomatic control into Automatic Control, and switch submersible pump of minimizing, reduce production costs by valve;

5, set up automatic chemical feeding device 19, change original manually dosing at any time into long-acting Automatic Dosing, make the user add 3-4 liquid disinfectant in every month and change the annual solid sterilizing slow-releasing agent efficiently that adds once into;

6, set up the respiratory siphon 25 that is communicated with storage tank 1 and blowdown main road 19, science is provided with respiratory siphon 25, can form directed air stream, makes storage tank 1 casing can carry out respiratory exchange, gas in storage tank 1 casing can in time be discharged, and solves the problem that foul smell can not in time be discharged;

7, double-sleeve type case seal of tube coupling-by the communicating pipe 24 that connects tube coupling 23 and cooperate with it is set, because along with the layout difference of bathroom ware, need finishes not connecting of the discharge pipe line in the storage tank planar range and water storage casing with extension device.Easy construction for install in the sealing that guarantees extension device and building site designs this connection pipe fitting.

Work disposal program of the present utility model program flow diagram as shown in figure 17.

This system is at resident family's blow-off pipe 16 and vertically between the blowdown main road 10, can collect the daily life sewage of (this layer) washroom resident family automatically, after concentrating receipts water, automatic fitration, Automatic Dosing, enter the interior storage tank 1 of the utility model, induction by water level detector, automatically be promoted in the water storage box 701 of defecation device 7 and be used for flushing the toilet, when water storage box 701 lacks of water, after water level detector 27 is passed to controller 5 to information, automatically the water in the running water pipe 4 is supplemented to water storage box 701.In addition, the utlity model has the function of automatic overflow, regularly cleaning (time is adjustable), timing emptying (time is adjustable).

Receive water, filter workflow: floor drain collect water-filtration deodorization device 2 filter-enter storage tank 1 (standby)-storage tank 1 water for flushing the toilet full-by bleed off pipe 15 overflows-drain through blow-off pipe 16.

Flushing, emptying workflow: full (when liquid level reaches 19cm and surpasses the setting-up time)-flusher of storage tank 1 water starts the action-emptier startup work (liquid level reaches 19cm and opens) of washing away storage tank 1 internal box wall and in time the water that has the suspension dirt in the storage tank 1 is discharged through blow-off pipe 16.

The part workflow of controller of the present utility model is as follows:

All anhydrous in the water storage box 701 of A, storage tank 1 and defecation device 7-electromagnetic valve 90 opens that valve-water filling-water completely stops in the water storage box 701 of defecation device 7.

The water storage box 701 of B, storage tank 1 anhydrous-defecation device 7 has water-holding state.

C, storage tank 1 have the water storage box 701 anhydrous-suction pump 18 work-water storage boxes 701 interior water of water-defecation device 7 completely to stop.

The control of F, water position status:

1., in the water storage box 701 of defecation device 7 water levels (being that the alloy lamellar body that distributes on the water level detector is divided into 0～10 grade) less than the 3rd grade-judge 10 grades of anhydrous in the water storage box 701-electromagnetic valve 90 or suction pump 18 work-full then water completely stop;

2., water level is in 10 gears-standby in the water storage box 701 of defecation device 7;

3., in the storage tank 1 water level (being that the alloy lamellar body that distributes on the water level detector is divided into 0～10 grade) be higher than 3 grades or 4 grades and be lower than 10 grades-judge water is arranged in the storage tank 1 and surpass set time-do not carry out circulation emptying action;

4., in the storage tank 1 water level (being that the alloy lamellar body that distributes on the water level detector is divided into 0～10 grade) be lower than 3 grades or 4 grades and surpass set time-executions circulation emptying moves.

Part operating principle of the present utility model is as follows:

1. anhydrous in storage tank 1; In the water storage box 701 when also anhydrous, show all not have and light that recognition function can start electromagnetic valve 90 and inject tap water in water storage box 701 with dot matrix post on the display screen 57 that controller 5 is connected, water stops after completely automatically, treats standby.

2. after water is flushed the toilet, when being similarly above-mentioned condition, can open electromagnetic valve 90 once more, treat to change duty behind storage tank 1 water storage, suction pump 18 is evacuated to water storage box 701 with the water in the storage tank 1.

3. the water source of collecting by a plurality of floor drains is flowed to house steward, import the filtering screen 43 that the ground floor lower end is provided with through house steward, the water of guard 43 filtrations is collected storage by storage tank 1 after filtration, when storage tank 1 water level reaches 19cm, the unnecessary water that covers 19cm turns to the inflow blowdown to drain from bleed off pipe 15, flows into the town drainage pipe.

4. storage tank 1 has storage of water and water level more than (3 retainings or 4 retainings), and after water storage box 701 was flushed the toilet, suction pump 18 stopped after water is full from 701 water fillings of trend water storage box.

Claims (10)

1. integrated domestic sewage processor, it is characterized in that: the underground in the resident family room is being provided with storage tank (1), its upper end import of floor drain that is arranged at ground is exposed on the ground, and its lower end outlet is stretched in the storage tank (1) by storage tank (1) roof and is communicated with the automatic chemical feeding device that is positioned at storage tank (1) (19); Automatic chemical feeding device (19) is communicated with by pipeline filtration deodorization device (2) import interior with being arranged at storage tank (1), and filtration deodorization device (2) is communicated with storage tank (1) inner chamber by its outlet; The flusher that is communicated with storage tank (1) inner chamber is being set on storage tank (1) inner bottom surface; Blow-off pipe (16) is communicated with blowdown main road (10), blow-off pipe (16) is connected with the outfall of defecation device (7) by defecation pipeline (17), blow-off pipe (16) is connected with bleed off pipe (15) lower end that is provided with in storage tank (1), the upper end import of this bleed off pipe (15) is communicated with storage tank (1) inner chamber and is lower than storage tank (1) end face, and also interior with being arranged on storage tank (1) emptier of blow-off pipe (16) is communicated with, the water inlet of emptier is communicated with storage tank (1) inner chamber, its outlet of suction pump (18) that is arranged on the interior bottom of storage tank (1) is connected with water inlet pipe (29) lower end, running water pipe (4) is communicated with water source switch (6), and water source switch (6) other end and water inlet pipe (29) upper end are communicated with the water storage box (701) of defecation device (7) jointly; In storage tank (1) and water storage box (701), be equipped with water level detector (26) and (27) respectively;

Described filtration deodorization device (2) is made of the filter pipe (34) and the cartridge filter (33) of both ends open, filter pipe (34) one ends stretch in the cartridge filter (33) also affixed by the both sides end wall of its periphery wall and cartridge filter (33) through filter cylinder (33) one end nozzles, the uniform respectively through hole (30) that is being provided with of the perisporium of the tube wall of filter pipe (34) and cartridge filter (33), be equipped with active carbon (31) in the cavity that forms between filter pipe (34) tube wall and cartridge filter (33) barrel, the import of filter pipe (34) is communicated with floor drain, automatic chemical feeding device (19) by pipeline;

Described emptier is by vacuum pump (13), exhaust tube (28) and valve cylinder constitute, valve cylinder cooperates formation by interior valve cylinder (63) and outer valve cylinder (60), the aspirating hole (61) that is provided with on outer valve cylinder (60) roof is connected by exhaust tube (28) with vacuum pump (13) air inlet port, valve cylinder (63) in being equipped with in the valve cylinder (60) outside, the upper end (62) of guide pillar (64) is fixed on outer valve cylinder (60) inner roof wall, the inner column pore (65) that vertically is provided with of interior valve cylinder (63) is slidingly matched with guide pillar (64), interior valve cylinder (63) lower end is being provided with valve plug (68), valve opening (69) and last water hole (66) are being set on outer valve cylinder (60) diapire, valve plug (68) matches with valve opening (69), valve opening (69) is communicated with blow-off pipe (16) by sewer pipe (67), also is being provided with on outer valve cylinder (60) diapire and is going up water hole (66);

Described flusher is made of the scavenging pump that is positioned at storage tank (1) (22), jet pipe (21) and Venturi tube (70), scavenging pump (22) outlet is connected with the large port of Venturi tube (70) by pipeline (71), and Venturi tube (70) portlet is connected with jet pipe (21) one ends;

Described automatic chemical feeding device (19) is by tubulose drug reservoir (82) and cross water pipe (83) and cooperate and constitute, in solid shape sterilization slow-releasing agent (81) is housed its lower end of tubulose drug reservoir (82) passed water pipe (83) tube wall stretched in the water pipe (83) with affixed connection of water pipe (83); Be positioned at the uniform through hole (84) that is provided with on its tube wall of tubulose drug reservoir (82) of water pipe (83), the delivery port (85) of crossing water pipe (83) is communicated with floor drain by water inlet pipe by outlet pipe (20) is connected, crosses water pipe (83) with filtration deodorization device (2) water inlet (86);

Described water source switch (6) is by electromagnetic valve (90), hand switch valve (92), main line (89) and looped pipeline road (91) are formed, main line (89) is communicated with running water pipe (4), main line (89) is gone up serial connection and is being communicated with electromagnetic valve (90), looped pipeline road (91) is gone up serial connection and is being communicated with manually switch valve (92), looped pipeline road (91) is in parallel with main line (89) and is communicated with, main line (89) other end stretches in the water storage box (701) by a water water inlet that is provided with on water storage box (701) tank wall, import is respectively by being provided with the secondary water inlet on water storage box (701) tank wall and delivery port stretches in the water storage box (701) on water inlet pipe (29) upper end outlet and the cleaning hose (88), water inlet pipe (29) and its height in water storage box (701) of cleaning hose (88) upper end are lower than the delivery port of the upper end (87) of main line (89), water inlet pipe (29) lower port is communicated with suction pump (18), and cleaning hose (88) lower end is communicated with the just mouth that dashes of defecation device (7);

Described suction pump (18), scavenging pump (22), vacuum pump (13), electromagnetic valve (90) are connected by the output of lead and controller (5) respectively, lay respectively at storage tank (1) and the interior water level detector of water storage box (701) (26), (27) and are connected by the input of lead and controller (5) respectively.

2. integrated domestic sewage processor according to claim 1 is characterized in that: described floor drain is for being provided with and ground receipts water floor drain (3), (301); The floor drain (9) that is provided with in addition on the ground is connected with blow-off pipe (16) by vertical pipe (14).

3. integrated domestic sewage processor according to claim 2, it is characterized in that: described receipts water floor drain (3), (301) and floor drain (9) by the end cap that is provided with leaking hole (37) (36), covering tube (41), water seal tube (38), be arranged on the interior envelope tube (401) in the water seal tube (38), the receipts water pipe (35) that is connected with covering tube (41) upper port, tube-shaped joint (44), and filtering screen (43) constitutes, wherein, the nozzle that its end face of downward opening covering tube (41) is provided with and with end cap (36) lower surface Joint, annular base plate (40) is being set in the covering tube (41), downward opening interior envelope tube (401) is being set, water seal tube (38) perisporium on the middle pit of the stomach (402) of annular base plate (40), cooperate between covering tube (41) perisporium and the annular base plate (40) and constitute tubular housing; Envelope tube (401) roof was offered in receipts water pipe (35) body passed through hole and the middle pit of the stomach (402) are stretched out water seal tube (38) downwards, and its upper end is fixed in the through hole that is provided with on covering tube (41) roof, and its lower end is being provided with water bending pipe (42); Its opening of filtering screen (43) that is fixed in water seal tube (28) lower end is fixed on the tubular configured joint (44), the bayonet lock (45) that is provided with on its body of tubular configured joint (44) is stuck in the bayonet socket (46) of water seal tube (38) lower end setting movingly, tubular configured joint (44) is cooperated with water seal tube (38) lower end install, the water bending pipe (42) of receiving the setting of water pipe (35) lower end is housed in the filtering screen (43).

4. integrated domestic sewage processor according to claim 1, it is characterized in that: described water level detector (26), (27) its structure is the vertical uniform fixed value resistance of setting in the clava that is made of the polymeric hardener agent (50), the water-level detecting alloy lamellar body and the voltage detection alloy lamellar body that are made of Pb and Sn vertically are being set on clava (50) surface, wherein, the water-level detecting alloy that is positioned at lowest part survey lamellar body (52) and voltage detection alloy lamellar body (47) respectively by lead direct with corresponding connection of controller (5), remaining each water-level detecting alloy lamellar body is connected with each fixed value resistance by lead respectively, and each fixed value resistance other end is connected jointly on same the parallel conducting wire and by this parallel conducting wire correspondence and is connected on the controller (5), contact by lead between remaining voltage detection alloy lamellar body, and voltage detection alloy lamellar body topmost is again by lead and the corresponding connection of controller (5).

5. integrated domestic sewage processor according to claim 1, it is characterized in that: described Venturi tube (70) is made of outer tube (74) and core pipe (73), core pipe (73) port of export is being provided with its bore of bell (77) of being made of conical pipe (76) bore less than core pipe (73) other end import (72), this bell (77) stretches in the outer tube (74), its periphery wall of annular perisporium (75) that is provided with on core pipe (73) outer tube wall matches affixed with outer tube (74) internal perisporium, the through hole of offering on outer tube (74) tube wall (79) is positioned at conical pipe (76) perisporium periphery, and through hole (79) is gone up the affixed drainage tube (80) that is being communicated with; The big opening end (72) of core pipe (73) is communicated with scavenging pump (22) outlet by pipeline (71) as the water inlet of Venturi tube (70), this bell (77) stretches in the outer tube (74) as the osculum end, and its port of export of outer tube (74) (78) that is communicated with core pipe (73) is connected as the delivery port and the jet pipe (21) of Venturi tube (70).

6. integrated domestic sewage processor according to claim 1 is characterized in that: on storage tank (1) tank wall connector is being set, be equipped with on this connector with match communicating pipe (24) be communicated be connected tube coupling (23).

7. integrated domestic sewage processor according to claim 7, it is characterized in that: connect tube coupling (23) by inner connection tube joint (94), outer connecting pipe joint (95) and annular deck (93) connect and compose, annular deck (93) cooperation is packed on the connector that is provided with on storage tank (1) tank wall, connecting tube coupling (95) one ends is fixed on the annular deck (93), outer connecting pipe joint (95) other end stretches out storage tank (1) tank wall by connector, inner connection tube joint (94) the one end correspondence that is arranged in the outer connecting pipe joint (95) is fixed on the centre bore (99) of annular deck (93), and is affixed by the rectangular leg-of-mutton reinforcing rib in cross section (98) between inner connection tube joint (94) perisporium and annular deck (93) end face; Communicating pipe (24) is by outer pillar (96) and be equipped with the interior formation of interior communicating pipe (97) of pillar (96) outside, and matching with inner connection tube joint (94) interior communicating pipe (97) is connected, and outer pillar (96) matches affixed with outer connecting pipe joint (95).

8. integrated domestic sewage processor according to claim 1 is characterized in that: described bleed off pipe (15) upper end is being equipped with strainer (8).

9. integrated domestic sewage processor according to claim 1 is characterized in that: blowdown main road (10) are communicated with storage tank (1) by respiratory siphon (25).

10. integrated domestic sewage processor according to claim 1 is characterized in that: blow-off pipe (16) is communicated with blowdown main road (10) by the drip pan (12) that storage tank (1) below is provided with, and valve cylinder is arranged in the drip pan (12).

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