CN105597406B

CN105597406B - A kind of equipment for separating liquid from solid and sewage disposal system and method

Info

Publication number: CN105597406B
Application number: CN201410662902.1A
Authority: CN
Inventors: 陈锦奎
Original assignee: Zhejiang Sanlong Environmental Protection Technology Co ltd
Current assignee: Zhejiang Sanlong Environmental Protection Technology Co ltd
Priority date: 2014-11-19
Filing date: 2014-11-19
Publication date: 2017-10-31
Anticipated expiration: 2034-11-19
Also published as: CN105597406A

Abstract

A kind of equipment for separating liquid from solid and sewage disposal system and method, it has a housing；An at least filter element, its axle is connected to the housing, and the filter element has UNICOM in one group of first through hole of the filter element both sides；And a stereoplasm gathering element, its axle is connected to the housing, and the stereoplasm gathering element extends to the adjacent position of the filter element；Wherein, when the filter element does cycle rotary motion, it is able to drive the stereoplasm gathering element to do synchronous reciprocating motion.The equipment for separating liquid from solid is particularly suitable for using in less space, to cause the sewage produced by such as dining room, the place in restaurant Deng compare little places, can also be subsequently processed, so that, it is to avoid the sewage that these places are produced is directly discharged to municipal sewer.

Description

A kind of equipment for separating liquid from solid and sewage disposal system and method

Technical field

The present invention relates to a kind of material disconnecting gear, more particularly to a kind of equipment for separating liquid from solid and sewage disposal system and side Method, wherein the equipment for separating liquid from solid is particularly suitable for using in less space, to cause the smaller field such as dining room, restaurant Sewage produced by the place on ground, can also be subsequently processed, so that, it is to avoid the sewage that these places are produced is directly discharged to Municipal sewer.

Background technology

Along with the continuous growth of urban population quantity, the increase of the size of population drastically in city in unit area, together When, the sewage (such as kitchen waste water) in city is also in increase increasingly.In these sewage, typically solid-state and liquid Mixture, if sewage is directly discharged in the sewer of municipal, liquid easily flows away along sewer, and solid Matter is then easily deposited upon in sewer, and such case once occurs, the problem of being easy for occurring a lot, for example：Firstth, What the alluvial of solid matter was easiest to cause is to cause the blocking of sewer, and because solid matter is by the disintegrating slag of many materials Formed, be difficult to be dredged after sewer is blocked；Secondth, the solid matter largely deposited is also easy to grow substantial amounts of thin Bacterium, and can very likely bring more serious hygienic issues；If the 3rd, this sewage is located in large-scale wastewater treatment plant Reason, can not only increase the difficulty of sewage disposal, but also be likely to decrease the service life and sewage of sewage disposal system and be located Effect after reason.

Therefore, it is necessary to its processing for carrying out early stage before by these sewage discharges to municipal sewer.At this During individual, most important is exactly the separation of solid and liquid processing for being carried out to sewage early stage, and according to difference the need for, can also be Follow-up to carry out grease separating treatment, the sewage discharge after being then processed again is into municipal sewer, in this way, it is possible to have Effect ground is solved the problem of above-mentioned be mentioned.

Traditional, the first realizes that the method that separation of solid and liquid is carried out to sewage is the precipitation method, and this method is by sewage discharge Into a sedimentation basin, the density by solid matter and liquid is remote, and solid matter is deposited to the bottom of sedimentation basin, Then the liquid separated is excluded into sedimentation basin, and solid matter is collected, then carried out at sewage next time Reason.This method, although can realize the separation of solid and liquid work of basic sewage, still, there is many ask in this precipitation method Topic, for example：Firstth, sedimentation basin needs to take more space, is unsuitable for using in city again；Secondth, the efficiency of sedimentation basin is low Under, and also need to manually be collected the solid matter after precipitation, cause the cost for carrying out separation of solid and liquid to sewage higher； 3rd, sedimentation basin selects open mode to be designed, and when being handled, smell is easily dispersed into external environment condition In, so that can be polluted to external environment condition.

The method that second of realization carries out separation of solid and liquid to sewage is extruded type, and this method is to pass through treatment sewage The equipment of one separation of solid and liquid, extruding can be passed through by this equipment by the solid matter and liquid in treatment sewage Method separate, and solid matter and liquid are collected in different collection vessels respectively, complete consolidating for early stage Liquid separating treatment.However, the original driving force ratio needed for this method is larger, and efficiency is low, and separation of solid and liquid is carried out to sewage Cost it is high；Most of all, it is larger using the volume ratio of the equipment for separating liquid from solid of extruded type, it is unsuitable in the less field in place Ground is used, such as dining room or restaurant.This results in the sewage produced by the place in dining room or restaurant Deng compare little places, it is impossible to To timely handling, so, this sewage is merely able to be directly discharged in municipal sewer.

The content of the invention

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator can separate the solid matter in treatment sewage with liquid, so that, convenient use.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator is particularly suitable for using in less space, with produced by causing such as dining room, the place in restaurant Deng compare little places Sewage, can also be subsequently processed so that, it is to avoid these places produce sewage be directly discharged to municipal sewer.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator provides a filter element and a stereoplasm gathering element, passes through the filter element and the stereoplasm gathering element Cooperate, can be easily to carrying out separation of solid and liquid by the sewage of the filter element.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the filtering Element can drive the stereoplasm gathering element synchronous axial system during rotation, so that, it will be separated by the filter element The solid matter gone out is collected into a stereoplasm collection vessel.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator provides an auxiliary dynamic element, and it is arranged on the filter element, and the auxiliary dynamic element can make the stereoplasm Gathering element is slowly back to initial position, to avoid the equipment for separating liquid from solid from producing noise when carrying out sewage disposal.

It is described auxiliary dynamic it is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method Element has one or more projections, when driving the stereoplasm gathering element to rotate, produce the stereoplasm gathering element Shake, so that, realization shakes off the solid matter being collected on the stereoplasm gathering element into the stereoplasm collection vessel.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator provides a pair of fixation retaining components, and it is used for the swing offset for preventing that the stereoplasm gathering element is undue, so that, really Protect reliability of the equipment for separating liquid from solid during use.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator provides a reset assembly, and it is used to make the stereoplasm gathering element for producing displacement due to rotation to be back to initially Position, so that, convenient use.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the filtering Element is only needed the need for the driving of a drive device of smaller power can just meet use.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, due to described The power of drive device is smaller, so, will not be because of the driving when carrying out sewage disposal by the equipment for separating liquid from solid The operating of device and produce noise, do not interfere with the surrounding environment of the equipment for separating liquid from solid yet.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator is designed using enclosed mode, is leaked to reducing the peculiar smell when equipment for separating liquid from solid carries out sewage disposal In external environment condition, so that, it is advantageously ensured that placing the health in the space of the equipment for separating liquid from solid.

It is an object of the present invention to provide a kind of equipment for separating liquid from solid and sewage disposal system and method, the solid-liquid Separator is suitable to subsequently preparing a sewage disposal system, so that sewage to be further processed.

In order to achieve the above object, the present invention provides a kind of equipment for separating liquid from solid, and it includes：

One housing；

An at least filter element, its axle is connected to the housing, and the filter element has UNICOM in the filter element One group of first through hole of both sides；And

One stereoplasm gathering element, its axle is connected to the housing, and the stereoplasm gathering element extends to the filter element Adjacent position；Wherein, when the filter element does cycle rotary motion, it is able to drive the stereoplasm gathering element to do synchronization Reciprocating motion.

According to the example of the present invention, the housing includes one group of panel, one separation of solid and liquid chamber of formation, institute per the panel Stating filter element, axle is connected to the panel to form the separation of solid and liquid chamber respectively with the stereoplasm gathering element；Wherein, institute Filter element is stated to be able to do cycle rotary motion in the separation of solid and liquid intracavitary.

According to the example of the present invention, there is the filter element axle to connect side, and the stereoplasm gathering element has an axle Connect side；Wherein, to connect the level height of side high higher than the level that the axle of the stereoplasm gathering element connects side for the axle of the filter element Degree.

According to the present invention an example, per the first through hole be selected from trapezoidal, square, inverted trapezoidal and other polygonal one Kind.

According to the example of the present invention, the equipment for separating liquid from solid also includes an auxiliary dynamic element, and it is by optionally with one Body or the mode of installation are arranged on the filter element；Wherein, the lower surface of the stereoplasm gathering element be able to it is described auxiliary dynamic Element is contacted.

According to the example of the present invention, one end of the auxiliary dynamic element extends and is connected to the filter element.

According to the example of the present invention, the two ends of the auxiliary dynamic element each extend over and are connected to the filter element.

According to the example of the present invention, the auxiliary dynamic element has one or more projections, wherein the stereoplasm collects member Part is able to contact with each projection.

According to the example of the present invention, the equipment for separating liquid from solid also includes a pair of fixation retaining components, and it is by symmetrically The housing is arranged on, wherein the stereoplasm gathering element is able to be contacted with per the fixed retaining component.

According to the example of the present invention, connect side with the axle of the stereoplasm gathering element per the fixed retaining component and be in greatly Cause same vertical direction.

According to the example of the present invention, include a retaining element and an elasticity member respectively per the fixed retaining component Part；Wherein, the housing is optionally arranged in the way of installing or weld per the retaining element, per the elasticity member Part is individually configured in per the retaining element, and the stereoplasm gathering element be able to per the resilient element contacts.

According to the example of the present invention, the equipment for separating liquid from solid also includes a drive component, and it is coupled to the filtering Element, to drive the filter element to do cycle rotary motion.

According to the example of the present invention, the equipment for separating liquid from solid also includes an input duct and a Drainage pipe；Its In, the passage of the input duct and the Drainage pipe is able to difference UNICOM in the separation of solid and liquid chamber.

According to the example of the present invention, the input duct is arranged on the top of the housing；Correspondingly, the discharge opeing Pipeline is arranged on the housing underground part.

According to the example of the present invention, the bottom of the separation of solid and liquid chamber is curved, and the half of the separation of solid and liquid chamber It is identical that footpath substantially connects the distance between side and free side with the axle of the filter element.

According to the example of the present invention, the equipment for separating liquid from solid also includes a stereoplasm collection vessel, and it is configured in institute Housing is stated, and it is corresponding with the stereoplasm gathering element.

According to the example of the present invention, the Drainage pipe includes a valve, and the valve has a closing position and one Non-close position；Wherein when the valve is located at the closing position with non-close position respectively, the discharging tube is changed UNICOM's state of the passage in road and the separation of solid and liquid chamber.

According to the example of the present invention, the equipment for separating liquid from solid also includes a filtering medium element, and there is one group second to lead to for it Hole, UNICOM is distinguished per second through hole in the passage and the separation of solid and liquid chamber of the Drainage pipe.

According to the example of the present invention, the equipment for separating liquid from solid is suitable to prepare a sewage disposal system.

The present invention also provides a kind of sewage disposal system, and it includes：

One equipment for separating liquid from solid, it includes：

One housing；

One stereoplasm gathering element, its axle is connected to the housing, and the stereoplasm gathering element extends to the filter element Adjacent position；Wherein, when the filter element does cycle rotary motion, it is able to drive the stereoplasm gathering element to do synchronization Reciprocating motion；And

One fluid raises equipment, and it includes a push lifting device, and the push lifting device further comprises：

One dividing cell, it has a branch chamber；

An at least inlet channel, it extends to the housing, and parallel connection passes through the cavity volume of the housing；And

An at least drainage pipeline, UNICOM is distinguished in the shunting per the inlet channel with the passage per the drainage pipeline Chamber；Wherein, when changing the pressure of unit space of the branch chamber, per the inlet channel with leading to per the drainage pipeline Road be able to respectively selectively UNICOM in the branch chamber；Wherein, extend per the inlet channel, parallel connection passes through the housing Cavity volume.

According to the example of the present invention, in addition to an oily-water seperating equipment, wherein the fluid raises equipment and the oil Water separation device is optionally set with layer or staggered floor.

According to the example of the present invention, in addition to a captation, it is used to store treatment sewage, wherein described catchment Device UNICOM is in the equipment for separating liquid from solid.

According to the example of the present invention, the fluid push lifting device includes an isolation element, and the isolation element is arranged on The branch chamber, and the track motion along branch chamber formation is able to, so that, change the unit space of the branch chamber Pressure.

According to the example of the present invention, the fluid, which raises equipment, also includes a drive device, and the drive device enters one Step includes a driving element and an actuated element is coupled to the driving element；Wherein described isolation element is engaged in the biography Dynamic element, when the driving element drives the actuated element to rotate, the isolation element is able to along the branch chamber shape Into track move reciprocatingly.

According to the example of the present invention, the quantity of the inlet channel and the drainage pipeline is respectively one, wherein institute The passage for stating inlet channel and the drainage pipeline distinguishes UNICOM in the branch chamber of the homonymy of the isolation element.

According to the example of the present invention, the quantity of the inlet channel and the drainage pipeline is respectively two；It is described every The branch chamber is separated into one first, second Diverging area from element, one of them described inlet channel and a row Waterpipe distinguishes UNICOM in first, second Diverging area.

According to the example of the present invention, per the inlet channel with stopping respectively including rotatable one per the drainage pipeline Valve is returned, for selectively closing off the passage per the inlet channel with every drainage pipeline；Wherein per the water inlet pipe Road has opposite rotation direction with the check-valves per the drainage pipeline.

According to the example of the present invention, the push lifting device further comprises that ring is located at a sealing member of the isolation element Part.

According to the example of the present invention, passage and the top of the branch chamber per the drainage pipeline are connected.

According to the example of the present invention, the size of the inlet channel is more than or equal to the size of the drainage pipeline.

According to the example of the present invention, the equipment for separating liquid from solid also includes an input duct and a Drainage pipe；Its In, the passage of the input duct and the Drainage pipe is able to respectively that UNICOM is in the separation of solid and liquid chamber, and the discharge opeing Pipeline is integrally formed with the inlet channel.

The present invention also provides a kind of manufacture method of equipment for separating liquid from solid, and wherein methods described comprises the following steps：

(a) housing is provided；

(b) axle connects a filter element in the housing, wherein the filter element has UNICOM in the filter element One group of first through hole of both sides；

(c) axle connects a stereoplasm gathering element in the housing, wherein the stereoplasm gathering element extends to the filtering The adjacent position of element；Wherein, when the filter element does cycle rotary motion, it is able to drive the stereoplasm gathering element to do Synchronous reciprocating motion, so that the equipment for separating liquid from solid is made.

Brief description of the drawings

Fig. 1 is the schematic perspective view of the preferred embodiment of the present invention.

Fig. 2 is sectional views of the Fig. 1 along line A-A.

Fig. 3 and Fig. 4 are the different conditions schematic diagram of valve and Drainage pipe respectively.

Fig. 5 is the relation schematic diagram of filtering medium element and Drainage pipe.

Fig. 6 to Figure 10 is the use state schematic diagram of the above-mentioned preferred embodiment of the present invention respectively.

Figure 11 is a variant embodiment schematic diagram of the above-mentioned preferred embodiment of the present invention.

Figure 12 and Figure 13 are the schematic diagram of sewage disposal system prepared by equipment for separating liquid from solid respectively.

Figure 14 to Figure 19 is the schematic diagram that fluid raises equipment respectively.

Figure 20 is the preparation flow schematic diagram of the equipment for separating liquid from solid according to the present invention.

Embodiment

Describe to be used to disclose the present invention below so that those skilled in the art can realize the present invention.It is excellent in describing below Embodiment is selected to be only used as citing, it may occur to persons skilled in the art that other obvious modifications.Define in the following description General principle of the invention can apply to other embodiments, deformation program, improvement project, equivalent and do not carry on the back From the other technologies scheme of the spirit and scope of the present invention.

It is the equipment for separating liquid from solid 10 of the preferred embodiment of the present invention, it can with reference to Fig. 1 to Figure 10 of accompanying drawing of the present invention For subsequently preparing a sewage disposal system 100, wherein, the equipment for separating liquid from solid 10 includes a housing 11, at least one Filter element 12, a stereoplasm gathering element 13 and other necessary components.

In this embodiment in accordance with the invention, it is connected per the filter element 12 with the stereoplasm gathering element 13 difference axle In the housing 11, and when doing the rotary motion in cycle per the filter element 12, the stereoplasm can be driven to receive simultaneously Collection element 13 moves reciprocatingly, so that, realize and the separation of solid and liquid for the treatment of sewage is handled.

In some embodiments of the invention, the housing 11 is connected to per the axle of filter element 12, wherein per described Filter element 12 also has UNICOM in one group of first through hole 121 per the both sides of filter element 12；Correspondingly, the stereoplasm is received The collection axle of element 13 is connected to the housing 11, wherein, the stereoplasm gathering element 13 can extend to the phase of filter element 11 Adjacent position, it is described by acting on per the filter element 12 when doing the rotary motion in cycle per the filter element 12 The free side of stereoplasm gathering element 13, and drive the stereoplasm gathering element 13 to move reciprocatingly.

Specifically, the housing 11 is formed by one group of panel 111, and one separation of solid and liquid of formation per the panel 111 Chamber 112, wherein, it is provided per the filter element 12, and axle is connected to the housing 11.Preferably, per the filter element 12 axles are connected to the panel 111 for the both sides to form the separation of solid and liquid chamber 112.

I other words, the housing 11 has the separation of solid and liquid chamber 112, thinks the rotation in the cycle per the filter element 12 Transhipment is dynamic to provide enough spaces.

Further, per the filter element 12 have an axle connect side 122, a free side 123, a upper surface 124 and A lower surface 125, wherein, the sidepiece for being connected to the housing 11 per the axle of filter element 12 is defined as the axle and connects side 122, connect the relative side in side 122 with the axle and be defined as the free side 123；Correspondingly, exist per the filter element 12 It is defined as the upper surface 124 towards the side of the stereoplasm gathering element 13 during rotation, it is relative with the upper surface 124 Side is defined as the lower surface 125.

Accordingly, the stereoplasm gathering element 13 have an axle connect side 131, a free side 132, a upper surface 133 and A lower surface 134, wherein, the sidepiece that the axle of stereoplasm gathering element 13 is connected to the housing 11 is defined as the axle and connects side 131, connect the relative side in side 131 with the axle and be defined as the free side 132；Correspondingly, the stereoplasm gathering element 13 The sidepiece of the direction of motion is defined as the upper surface 132, and the side relative with the upper surface 133 is defined as the following table Face 134.

During the equipment for separating liquid from solid 10 is by use, when treatment sewage is led to the separation of solid and liquid chamber When in 112, driving rotates per the filter element 12, and now, the liquid in treatment sewage can be by every The first through hole 121, is filtered to described per the filter element 12 from the upper surface 124 per the filter element 12 Lower surface, and be collected into again in the separation of solid and liquid chamber 112；Meanwhile, the solid matter in treatment sewage then can not By every first through hole 121, and the upper surface 124 per the filter element 12 is retained in, and passes through every institute The rotary motion of filter element 12 is stated, the solid of the upper surface 124 of every filter element 12 can will be retained in Matter is slipped on the stereoplasm gathering element 13 according to gravity principle.

The stereoplasm gathering element 13 can synchronously do relative by the rotary motion in the cycle per the filter element 12 In the reciprocating motion of the housing 11.Specifically, in the initial position of the equipment for separating liquid from solid 10, the stereoplasm collects member The axle that the free side 132 of part 13 is adjacent to per the filter element 12 connects side 122, also, per the filter element 12 axle connects the level height that the level height of side 122 connects side 131 higher than the axle of the stereoplasm gathering element 13. When the rotary motion in cycle is done by driving per the filter element 12, the upper surface 124 and institute per the filter element 12 Free side 132 described in stereoplasm gathering element 13 is stated to contact, and with the rotary motion per the filter element 12, per the mistake The upper surface 124 of filtering element 12 and the contact position of the free side 132 of the stereoplasm gathering element 13 are continuous Change, specifically, the upper surface 124 and the free side of the stereoplasm gathering element 13 per the filter element 12 132 contact position, side 122 is connect to the free side per the filter element 12 from the axle per the filter element 12 123 movements, to drive the stereoplasm gathering element 13 to move.And in this process, be retained in per the filter element 12 The upper surface 124 on solid matter be transferred to the upper surface 133 of the stereoplasm gathering element 13.

With per the filter element 12 continuous motion, per the filter element 12 the free side 123 with it is described The lower surface 134 of stereoplasm gathering element 13 is contacted, and is continued to press on the stereoplasm gathering element 13 and moved, so that so that The gradient of the stereoplasm gathering element 13 constantly increases, so that the upper surface in the stereoplasm gathering element 13 133 can slide according to gravity principle.And after, the stereoplasm gathering element 13 can automatically return back to initial position, with It is convenient for the processing of next step.So, the separation of solid and liquid to treatment sewage once is completed.

It is noted that being selected from trapezoidal, square, inverted trapezoidal and other polygonal one kind per the described first logical 121 holes. Preferably, it is in inverted trapezoidal per the first through hole 121, that is to say, that neighbouring per the filter element per the first through hole 121 The diameter of 12 upper surface 124 is more than the diameter of the neighbouring lower surface 125, so, can prevent in treatment sewage The solid-state of smaller particle incomparably flowed out with the liquid filtered, it is thus possible to improve the equipment for separating liquid from solid 10 pairs for the treatment of sewages carry out the cost of separation of solid and liquid.

Also it is worth one, the size and dimension per the first through hole 121 can need to come according to different uses Design, it is thus possible to enable the equipment for separating liquid from solid 10 to realize different purposes.

In addition, the quantity of the filter element 12 is unrestricted, it can need to be designed according to different uses, excellent Selection of land, the quantity of the filter element 12 is one or two, so that, it is ensured that the equipment for separating liquid from solid 10 is in the process used In reliability and stability.

In other embodiments of the present invention, the equipment for separating liquid from solid 10 also includes an auxiliary dynamic element 14, and it is set On the filter element 12, during doing the rotary motion in cycle in the filter element 12, the stereoplasm is aided in receive Collection element 13 returns back to initial position.Preferably, the auxiliary dynamic element 14 is arranged on the following table of the filter element 12 Face 125.

It is noted that in certain embodiments, one end of the auxiliary dynamic element 14 extends and is fixed on the filtering The lower surface 125 of element 12；In other embodiment, the two ends of the auxiliary dynamic element 14 each extend over and are fixed on The lower surface 125 of the filter element 12.The auxiliary dynamic element 14 is in arc substantially, and the auxiliary dynamic element 14 Arc is directed away from the direction of the filter element 12.

It will also be appreciated that the auxiliary dynamic element 14 can be welded on the filter element 12, it can also pass through Screw or other equivalent embodiments are installed on the filter element 12 so that, it is ensured that the filter element 12 with The relation of the auxiliary dynamic element 14 is stable, with stability of the equipment for separating liquid from solid 10 during use and reliable Property.

In the other embodiment of the present invention, the auxiliary dynamic element 14 has one or more projections 141, with institute State during stereoplasm gathering element 13 returns back to initial position, the stereoplasm gathering element 13 with per the interval of projection 141 Property contact so that so that the stereoplasm gathering element 13 produces the phenomenon of shake so that, realize and the stereoplasm collected into member Solid matter on part 13 is slipped from the upper surface 133 of the stereoplasm gathering element 13.

The equipment for separating liquid from solid 10 also includes fixing retaining component 15 a pair, and it is symmetrically disposed on the housing 11 On, it is preferable that the panel for the both sides to form the separation of solid and liquid chamber 112 is arranged on per the fixed retaining component 15 On 111.Preferably, side 131 is connect with the axle of the stereoplasm gathering element 13 per the fixed retaining component 16 to be in substantially Same vertical direction, so, the undue of the stereoplasm gathering element 13 can not only be prevented per the fixed retaining component 15 Displacement, moreover, per the fixed retaining component 15 the stereoplasm gathering element 13 can also be aided in return back to initial position.

Include a retaining element 151 and a flexible member 152 respectively per the fixed retaining component 15, wherein described solid Determine element 151 to be optionally arranged in the way of installing or weld on the housing 11, distinguish per the flexible member 152 It is configured in per the retaining element 151.So as to when the stereoplasm gathering element 13 is driven by the filter element 12 and do past When moving again, the stereoplasm gathering element 13 is able to contact the flexible member 152, and the overstocked flexible member 152 is produced Elastic deformation, now, and the flexible member 152 is able to store elastic potential energy according to elastic deformation, with subsequently aid in it is described solid Matter gathering element 13 returns back to initial position.

The equipment for separating liquid from solid 10 also includes a drive component 16, an input duct 17 and a Drainage pipe 18.

Specifically, the drive component 16 is provided and is arranged on the outside of the housing 11, and the driving group Part 16 is coupled to the filter element 12, so that the drive component 16 can drive the filter element 12 to do the rotation in cycle Motion, so that so that complete the solid-liquid point to the treatment sewage in the separation of solid and liquid chamber 112 by the filter element 12 From processing.

The passage of the input duct 17 and the Drainage pipe 18 is able to UNICOM in the separation of solid and liquid chamber 121 respectively, So as to, treatment sewage is able to be guided to the separation of solid and liquid chamber 112 by the passage of the input duct 17, then by The mutual cooperation of the filter element 12 and the stereoplasm gathering element 13 is by the solid matter and liquid object in treatment sewage Matter is separated, then, then by the liquid after being filtered by the Drainage pipe 18 from the separation of solid and liquid chamber 121 Export.

It is noted that the input duct 17 is arranged on the top of the housing 11, to enable treatment sewage The space of the separation of solid and liquid chamber 112 is enough substantially filled by the input duct 17；Correspondingly, the Drainage pipe 18 is set In the bottom of the housing 11, to enable the sewage in the separation of solid and liquid chamber 112 to pass through the logical of the Drainage pipe 18 Road is expelled to the external environment condition of the equipment for separating liquid from solid 10.

Further, the equipment for separating liquid from solid 10 also includes a stereoplasm collection vessel 19, the stereoplasm collection vessel 19 The housing 11 is configured in, wherein the stereoplasm collection vessel 19 can be by the panel 11 and the separation of solid and liquid chamber 112 It is integrally formed, can also separates, be filled with the cavity volume in the stereoplasm collection vessel 19 by solid matter with the housing 11 Afterwards, easily cleared up, so that, convenient use.

It is noted that the shape of the separation of solid and liquid chamber 112 is unrestricted, it can be square or circular etc. a variety of Shape.Preferably, the bottom of the separation of solid and liquid chamber 112 is configured to circle, and the radius of the separation of solid and liquid chamber 112 Length suitable for the filter element 12, that is to say, that the axle of the separation of solid and liquid chamber 112 and the filter element 12 connects Side 122 is roughly the same with the distance between the free side 123, so, when the filter element 12 is from the separation of solid and liquid chamber When rotation passes through in 112, the solid matter in the treatment sewage in the separation of solid and liquid chamber 112 be able to can be filtered To the upper surface 124 of the filter element 12.

As an example, as shown in Figure 3 and Figure 4, the Drainage pipe 18 has a valve 181, and it is able to close institute State the passage of Drainage pipe 18.Specifically, the valve 181 has a closing position and non-close position, and when described When valve 18 is in closing position or non-close position, the reservation to the treatment sewage in the separation of solid and liquid chamber 112 is achieved And discharge.

More specifically, when the valve 181 is in closing position, treatment sewage is preserved in the separation of solid and liquid , now, can be by the rotary motion in the cycle of the filter element 12, by the solid matter in treatment sewage in chamber 112 Filter and be collected into the stereoplasm collection vessel 19, and liquid is still retained in the separation of solid and liquid chamber 112.Value Obtain one to be mentioned that, according to different use needs, multiple times of filtration can be carried out to treatment sewage by the filter element 12, To be able to relatively pure liquid.The valve 181 can be subsequently adjusted to non-close position, by the solid-liquid point From the external environment condition that the liquid in chamber 112 is expelled to the equipment for separating liquid from solid 10.So as to complete once to pending dirt The separation of solid and liquid processing of water.

As another example, as shown in figure 5, the equipment for separating liquid from solid 10 also includes a filtering medium element 101, it is set Put at the passage of the Drainage pipe 18, and the filtering medium element 101 has one group of second through hole 1011, wherein per described Passage of second through hole 1011 respectively with the Drainage pipe 18 is connected.In this way, the input duct 17 is passed through The treatment sewage that is guided in the separation of solid and liquid chamber 112 of passage in liquid can pass sequentially through per described the The passage of two through holes 1011 and the Drainage pipe 18 is expelled to the external environment condition of the equipment for separating liquid from solid 10, and solid matter Then it is retained in the separation of solid and liquid chamber 112, then passes through the filter element 12 and the stereoplasm gathering element 13 again Cooperate, solid matter is cleared up into the stereoplasm collection vessel 19.

By such mode, the speed and efficiency that separation of solid and liquid is carried out to treatment sewage can be further improved.

It will also be appreciated that the size and dimension of second through hole 1011 is able to be needed to carry out according to different uses Adjust, and the filtering medium element 101 is removably disposed, so, when every second through hole of the filtering medium element 101 After 1011 block, easily it can be cleared up, to ensure the equipment for separating liquid from solid 10 in use Reliability and stability.

As shown in Fig. 6 to Figure 10, during the equipment for separating liquid from solid 10 is by use, treatment sewage can pass through The pipeline of the input duct 17 is led in the separation of solid and liquid chamber 112, in certain embodiments, pending dirt now Water is all retained in the separation of solid and liquid intracavitary, and in further embodiments, the liquid part in treatment sewage By the outside for being expelled to the equipment for separating liquid from solid 10 by the passage of the Drainage pipe 18 per second through hole 1011 Environment.

Drive the filter element 12 to do the rotary motion in unidirectional cycle by the drive component 16, and will be located at The solid matter in treatment sewage in the separation of solid and liquid chamber 112 is filtered to the upper surface of the filter element 12 124, now, liquid is able to by being filtered again into the separation of solid and liquid chamber 112 per the first through hole 121；And And, with the rotation of the filter element 12, consolidating for the upper surface 124 for being retained in the filter element 12 can be caused State material is slipped on the stereoplasm gathering element 13 according to gravity principle.

It is noted that in the position of meeting accident of the equipment for separating liquid from solid 10, the stereoplasm gathering element 13 it is described The axle that free side 132 is adjacent to the filter element 12 connects side 122, in addition, being arranged on per the first through hole 121 described Between the free side 123 of the contact position and the filter element 12 of stereoplasm gathering element 13 and the filter element 12 Region, to ensure to be retained on the upper surface 124 of the filter element 12 by filtering per the first through hole 121 On solid matter, the upper surface 133 that the stereoplasm gathering element 13 can be transferred to.

When the filter element 12 is done the rotary motion in cycle by driving, the upper surface 124 per the filter element 12 Contacted with the free side 132 of the stereoplasm gathering element 13, and with the rotary motion of the filter element 12, it is described The upper surface 124 of filter element 12 and the contact position of the free side 132 of the stereoplasm gathering element 13 are continuous Change, that is to say, that the free side of the upper surface 124 of the filter element 12 and the stereoplasm gathering element 13 132 contact position, side 122 is connect to the free side 123 of the filter element 12 from the axle of the filter element 12 It is mobile, pass through such mode, on the one hand, by the filter element 12 the stereoplasm gathering element 13 can be driven to move, On the other hand, constantly the solid matter being retained on the upper surface 124 of the filter element 12 can also be shifted Onto the upper surface 133 of the stereoplasm gathering element 13.

With the continuous motion of the filter element 12, the free side 123 of the filter element 12 start with it is described The lower surface 124 of stereoplasm gathering element 13 is contacted, now, and the deviation post of the stereoplasm gathering element 13 is in maximum It is worth, also, the solid matter being transferred on the stereoplasm gathering element 13 can be slipped according to gravity principle, and be collected into In the stereoplasm collection vessel 19.In this process, the stereoplasm gathering element 13 is contacted with per the flexible member 152, And can extrude being produced per the flexible member 152, so that its flexible deformation, thus it is possible, on the one hand, per the flexible member 152 can prevent the process excursions of the stereoplasm gathering element 13；On the other hand, the stereoplasm can also be subsequently being aided in collect Element 13 returns back to initial position.

With the further motion of the filter element 12, the lower surface 134 of the stereoplasm gathering element 13 starts Contacted with the auxiliary dynamic element 14, now, the stereoplasm gathering element 13 can automatically return back to initial bit according to gravity principle Put, also, because the auxiliary dynamic element 14 is set in arc substantially so that the stereoplasm gathering element 13 can be returned slowly Initial position is arrived again, without producing noise, so that, it is to avoid outside environment is impacted.

It is noted that in this process, because the auxiliary dynamic element 14 has one or more projections 141, it can cause the stereoplasm gathering element 13 during stereoplasm gathering element 13 returns back to initial position described in support The phenomenon of shake is produced, so that, the solid matter being bonded on the stereoplasm gathering element 13 is shaken off to the stereoplasm and collected In container 19.So, the separation of solid and liquid processing for the treatment of sewage being pointed in the separation of solid and liquid chamber 112 can be completed.

Further, as shown in figure 11, the equipment for separating liquid from solid 10 can also include a reset assembly 102, and it is carried For and be arranged between the housing 11 and the stereoplasm gathering element 13.Wherein, the reset assembly 102 enables to described Stereoplasm gathering element 13 is maintained at initial position, and after the position of the stereoplasm gathering element 13 shifts, it is described Reset assembly 102 can make the stereoplasm gathering element 13 automatically return back to initial position.

Preferably, the reset assembly 102 may be implemented as one group of torsion spring, the two ends of wherein torsion spring are contacted respectively The surface of the housing 11 and the stereoplasm gathering element 13, after the position of the stereoplasm gathering element 13 shifts, Can drive torsion spring produce elastic deformation, with storage energy, and when the filter element 12 no longer with the stereoplasm gathering element After 13 contacts, the stereoplasm gathering element 13 can be returned to initial position by the elastic deformation of torsion spring, so that, conveniently make With.

Correspondingly, the equipment for separating liquid from solid 10 can be used for preparing a sewage disposal system 100 follow-up, wherein described Sewage disposal system 100 includes an equipment for separating liquid from solid 10, a fluid and raises equipment 20 and other necessary components.

Certainly, the sewage disposal system 100 can also include a captation 30 and an oily-water seperating equipment 40 etc..

It is noted that as shown in Figure 12 and Figure 13, in this preferred embodiment of the present invention, the captation 30th, the equipment for separating liquid from solid 10, the fluid raise the elements such as equipment 20, the oily-water seperating equipment 40 and can set with layer Put, can also staggered floor set, to expand the use scope of the sewage disposal system 100.

Specifically, as shown in figure 14, it is an embodiment that the fluid raises equipment 20, it is used for by institute State the liquid after equipment for separating liquid from solid 10 is filtered to raise to external environment condition, correspondingly, the fluid raises equipment at least Including a drive device 10, a push lifting device 20, in addition, the fluid, which raises equipment, may also include other necessary components, Such as electricity getting device (accompanying drawing is not shown).

In this embodiment, the push lifting device 20 includes a dividing cell 21, and the dividing cell 21 can enter one Step forms a branch chamber 211, and the liquid that the fluid raises equipment is entered for of short duration storage, and by changing Pressure inside the branch chamber 211, it is possible to achieve：(1), outside liquid enters the branch chamber 211；(2) institute The liquid stated in branch chamber 211 is raised to external environment condition.

The push lifting device 20 also include an inlet channel 22 and a drainage pipeline 23, wherein the inlet channel 22 with The passage of the drainage pipeline 23 distinguishes UNICOM in the branch chamber 211 of the dividing cell 21, so that so that liquid It can be entered from the passage of the inlet channel 22 in the branch chamber 211, and the liquid in the branch chamber 211 It can be raised by the passage of the drainage pipeline 23 to external environment condition, so that, form fluid and raise system.Specifically, When the pressure in the branch chamber 211 is less than outside pressure, outside liquid can pass through the inlet channel 22 Passage enter the branch chamber 211；Correspondingly, when the pressure in the branch chamber 211 is more than outside pressure, liquid Material can be raised to external environment condition by the passage of the drainage pipeline 23.

It is noted that the passage of the inlet channel 22 is connected with the passage of the Drainage pipe 18, to cause Liquid can be entered in the branch chamber 211 by the passage of the inlet channel 22.Preferably, the inlet channel 22 be same pipeline with the Drainage pipe 18.

It is noted that the size of the inlet channel 22 and the drainage pipeline 23 can be consistent, it can also differ Cause, so, the fluid can be caused to raise equipment and can be adapted to use under different occasions or environment.Especially, at this In some embodiments of invention, the size of the drainage pipeline 23 is less than the size of the inlet channel 22, for example, the water inlet The size of pipeline 22 can be set to 80mm, and the size of the drainage pipeline 23 can be set to 65mm, so, outside Liquid the time used in the branch chamber 211 is entered less than the shunting by the passage of the inlet channel 22 Liquid in chamber 211 is raised to time used in external environment condition, its advantage by the passage of the drainage pipeline 23 It is, liquid can carry out preliminary separation in the branch chamber 211 so that the less material of liquid Midst density Positioned at the top area of liquid, so that, undue secondary mixing can be subsequently being prevented, thus, be conducive to raising to have The fluid raises the efficiency during sewage disposal system progress liquid processing of equipment.

It should be understood by those skilled in the art that the size of the inlet channel 22 and the drainage pipeline 23 is not The limitation to present disclosure and scope can be constituted, in order to meet the different use needs that equipment is raised to the fluid, The size of the inlet channel 22 might be less that the size of the drainage pipeline 23.

It is noted that in some embodiments of the invention, it is single that the inlet channel 22 is arranged on the shunting The top of member 21, so, can be automatically flowed through to and deposited according to gravity principle by the liquid of the passage of the inlet channel 22 Storage is in the branch chamber 211.Correspondingly, the drainage pipeline 23 is arranged on the top of the dividing cell 22, and adjoins The adjacent inlet channel 22 is set, so, when the pressure of the branch chamber 211 is changed, the liquid object of the branch chamber 211 Matter can be raised to the fluid external environment condition for raising equipment by the passage of the drainage pipeline 23, and density is small Material can be raised first, and efficiency of the equipment when carrying out raising liquid is raised to improve the fluid.

The push lifting device 20 also includes an isolation element 24, and it is used for the pressure for changing the branch chamber 211, such as gas Pressure and hydraulic pressure etc..Specifically, the isolation element 24 is arranged in the branch chamber 211, and can be along described point The track of the stream formation of chamber 211 moves reciprocatingly, and in some embodiments of the invention, the reciprocating motion of the isolation element 24 is Realized by the driving of the drive device 10.It is noted that isolating member with described by the drive device 10 Mechanical coupled modes between part 24, it can be ensured that the fluid raises stability of the equipment during use and can By property.

The inlet channel 22 includes a check-valves 25 respectively with the drainage pipeline 23, for closing the water inlet pipe The passage in road 22 and the drainage pipeline 23, wherein being rotatably arranged in the inlet channel 22 and institute per the check-valves 25 The inside of drainage pipeline 23 is stated, so that, with the pressure in the branch chamber 211 and the change of the relation of the pressure of external environment condition Change, the passage of the inlet channel 22 and the drainage pipeline 23 can realize selectivity by the open and close of the check-valves 25 Ground UNICOM in the branch chamber 211 of the dividing cell 21 so that, raise the mistake that equipment raises liquid in the fluid Cheng Zhong, it can be ensured that its efficiency.

The push lifting device 20 also includes the potted component 26 that ring is located at the perisporium of the isolation element 24, and described Potted component 26 can fit in the inwall of the branch chamber 211, so, when making the isolation element 24 along the branch chamber During the track motion of 211 formation, the operating efficiency that the fluid raises equipment can be improved.

It is noted that in some embodiments of the invention, as shown in figure 14, the isolation element 24 can be in institute Moved between the both ends for stating branch chamber 211, and in the other embodiment of the present invention, as shown in figure 15, the isolation Element 24 can also be moved between the top and bottom of the branch chamber 211, so that so that raise equipment with the fluid Sewage disposal system use in different environments, can be with for example, when the horizontal space for installing sewage disposal system is larger The mode for selecting the isolation element 24 to be moved between two sections of the branch chamber 211, equipment is raised to configure the fluid； Correspondingly, when the vertical space for installing sewage disposal system is larger, the isolation element 24 can be selected in the branch chamber The mode moved between 211 top and bottom, equipment is raised to configure the fluid, so that, the expansion fluid, which is raised, to be set Standby use scope.

It is another embodiment that the fluid raises equipment 20A with reference to Figure 16 to Figure 17 C of accompanying drawing of the present invention, its Including a drive device 10A, a push lifting device 20A and other necessary components.

The push lifting device 20A includes a dividing cell 21A, one branch chamber 211A of the dividing cell 21A formation, with The fluid, which is entered, in of short duration storage raises liquid in equipment, and in the other embodiment of the present invention, institute The mask work at initial stage, such as separation of solid and liquid, oil can also be carried out to entering its internal liquid by stating branch chamber 211A Water separation etc., and the less material of liquid Midst density can be located at the top area of liquid, so, by described in When liquid inside branch chamber 211A is raised to outside, the less material of density can be caused to be raised first to institute The external environment condition that fluid raises equipment is stated, so that, convenient use.

It is noted that by changing the pressure inside the branch chamber 211A, it is possible to achieve by the branch chamber Liquid inside 211A is raised to external environment condition.

The push lifting device 20A also includes an an at least inlet channel 22A and at least drainage pipeline 23A, wherein every institute State inlet channel 22A and distinguish UNICOM in the branch chamber of the dividing cell 21A with the passage per the drainage pipeline 23A 211A, so that so that liquid can be entered in the branch chamber 211A by the passage per the inlet channel 22A, And the liquid in the branch chamber 211A can be raised to external environment condition by the passage of the drainage pipeline 23A, So as to form fluid and raise system.Specifically, it is outside when the pressure of the branch chamber 211A is less than outside pressure Liquid enters the branch chamber 211A by the passage per the inlet channel 22A；Correspondingly, when the branch chamber When pressure in 211A is more than outside pressure, liquid can by per the drainage pipeline 23A by raised to External environment condition.

The push lifting device 20A also includes an isolation element 24A, and it is used for the pressure for changing the branch chamber 211A, example Such as air pressure and hydraulic pressure, specifically, the isolation element 24A are arranged in the branch chamber 211A, for by described in Branch chamber 211A is separated into one first, second Diverging area 2111A, 2112A, and the isolation element 24A can be along institute The track for stating branch chamber 211A formation moves reciprocatingly, with by changing described first, second Diverging area 2111A, 2112A Pressure raises liquid.It is noted that in some embodiments of the invention, the isolation element 24A's is reciprocal Realized during motion by the driving of the drive device 10A, also, member is isolated with described by the drive device 10A Mechanical coupled modes between part 24A, it can be ensured that the fluid raise stability of the equipment during use and Reliability.

It will also be appreciated that can also be by others side between the drive device 10A and the isolation element 24A Formula is coupled, for example, the drive device 10A can be realized by cam structure or four-bar mechanism, therefore, the driving Coupled modes between device 10A and the isolation element 24A, can not be used as the limitation to present disclosure and scope.

It is every for closing per the inlet channel 22A with including a check-valves 25A respectively per the drainage pipeline 23A The inlet channel 22A and the passage per the drainage pipeline 23A, wherein being rotatably arranged in often per the check-valves 25A The inlet channel 22A and the inside per the drainage pipeline 23A, so that, with the pressure in the branch chamber 211A and outside The change of the relation of the pressure of portion's environment, can be by institute with the passage per the drainage pipeline 23A per the inlet channel 22A The open and close for stating check-valves 25A realize that optionally UNICOM is in the branch chamber 211A of the dividing cell 21A, so that, The fluid is raised during equipment raises liquid, it can be ensured that its efficiency.

It is noted that being one way stop peturn valve per the check-valves 25A, with a non-close position and a closing position Moved between putting, and the check-valves 25A set in every inlet channel 22A in every drainage pipeline 23A with setting The check-valves 25A put rotation direction on the contrary, specifically, per the inlet channel 22A in the check-valves that sets 25A is rotated towards the branch chamber 211A directions, to enable the liquid of outside to pass through every inlet channel 22A's Passage enters the inside of the branch chamber 211A；Correspondingly, the check-valves 25A set in every drainage pipeline 23A Rotated towards the opposite directions of the branch chamber 211A, it is every to enable the liquid inside the branch chamber 211A to pass through The passage of the drainage pipeline 23A is raised to the fluid outside for raising equipment.

In the other embodiment of the present invention, the push lifting device 20A is also located at the isolation element 24A including ring Perisporium a potted component 26A, and the potted component 26A can fit in the inwall of the branch chamber 211A, so, When the track motion that the isolation element 24A is formed along the branch chamber 211A, the fluid can be improved and raise equipment Operating efficiency.

Shown in reference picture 16, the push lifting device 20A includes two inlet channel 22A and two drainpipes Road 23A, and an inlet channel 22A and a drainage pipeline 23A passage distinguish UNICOM in the branch chamber 211A the first Diverging area 2111A；Correspondingly, an inlet channel 22A and drainage pipeline 23A passage UNICOM is in the second Diverging area 2112A of the branch chamber 211A respectively.Especially, set respectively per the inlet channel 22A , so, can be former according to gravity by the liquid of the passage per the inlet channel 22A on the top of the dividing cell 22A Reason automatically flows through to and is stored in described first, second Diverging area 2111A, 2112A of the branch chamber 211A；Correspondingly, The top of the dividing cell 22A is arranged on per the drainage pipeline 23A, and adjoins every inlet channel 22A and is set, So, when the pressure in described first, second Diverging area 2111A, 2112A is changed, the liquid of the branch chamber 211A Material can be raised to the fluid external environment condition for raising equipment by the passage per the drainage pipeline 23A, and close The small material of degree can be raised first, and efficiency of the equipment when carrying out raising liquid is raised to improve the fluid.

It is noted that it is the first pressure to define the pressure in the unit space in the first Diverging area 2111A 21111A, the pressure defined in the unit space in the second Diverging area 2112A is the second pressure 21121A, wherein working as institute When stating the track motion that isolation element 24A is formed along the branch chamber 211A, the first, second pressure 21111A, 21121A value is constantly changed, that is to say, that pressure in described first, second Diverging area 2111A, 2112A with it is outer The relation of the pressure in portion is constantly changed, so that, realize raising for liquid.

Reference picture 17A, Figure 17 B and Figure 17 C show the use schematic flow sheet that the fluid raises equipment, specifically Say, during the fluid raises equipment use：

The track formed along the branch chamber 211A as the isolation element 24A is from the second Diverging area 2112A When being moved to the first Diverging area 2111A directions, the first pressure 21111A in the first Diverging area 2111A More than the pressure that the fluid raises device external, now, it is arranged on UNICOM and enters in described in the first Diverging area 2111A The waterpipe 22A check-valves 25A is closed, and outside liquid cannot be introduced into the first Diverging area 2111A, Meanwhile, the check-valves 25A for being arranged on UNICOM in the drainage pipeline 23A of the first Diverging area 2111A is opened, The liquid of the first Diverging area 2111A is able to by UNICOM in the draining of the first Diverging area 2111A Pipeline 23A passage is raised the external environment condition of equipment by raising to the fluid.

At the same time, the second pressure 21121A in the second Diverging area 2111A is raised less than the fluid The pressure of device external, now, is arranged on described in the inlet channel 22A of the UNICOM in the second Diverging area 2112A Check-valves 25A is opened, and outside liquid is by UNICOM in the inlet channel of the second Diverging area 2112A 22A passage enters the second Diverging area 2112A, meanwhile, raised to UNICOM in the second Diverging area 2112A The liquid of passage of the drainage pipeline 23A close the check-valves 25A according to gravity principle so that, prevent liquid object Matter flows backwards.

Correspondingly, the track formed along the branch chamber 211A as the isolation element 24A is from first shunting zone Domain 2111A to the second Diverging area 2112A directions move when, second pressure in the second Diverging area 2112A Strong 21121A is more than the pressure that the fluid raises device external, now, is arranged on UNICOM in the second Diverging area 2112A The check-valves 25A of the inlet channel 22A be closed, outside liquid cannot be introduced into second shunting zone Domain 2112A, meanwhile, UNICOM is arranged in the drainage pipeline 23A of the second Diverging area 2112A check-valves 25A is opened, and the liquid of the second Diverging area 2112A is able to by UNICOM in the second Diverging area 2112A The passage of the drainage pipeline 23A raised to the fluid external environment condition for raising equipment.

At the same time, the first pressure 21111A in the first Diverging area 2111A is raised less than the fluid The pressure of device external, now, is arranged on described in the inlet channel 22A of the UNICOM in the first Diverging area 2111A Check-valves 25A is opened, and outside liquid is by UNICOM in the inlet channel of the first Diverging area 2111A 22A passage enters the first Diverging area 2111A, meanwhile, raised to UNICOM in the first Diverging area 2111A The liquid of passage of the drainage channel 23A close the check-valves 25A according to gravity principle so that, prevent liquid object Matter flows backwards.

That is, being arranged on the inlet channel 22A and the drainage pipeline 23A of the dividing cell 21A homonymies The internal check-valves 25A has different states, that is to say, that described in be arranged in the inlet channel 22A only When returning valve 25A in non-close position, the passage of the inlet channel 22A is connected with the branch chamber 211A；Correspondingly, if Put the check-valves 25A in the drainage pipeline 23A and be in detent position, the passage of the drainage pipeline 23A with it is described Branch chamber 211A not UNICOMs, so, when the track motion that the isolation element 24A is formed along the branch chamber 211A, institute The first pressure 21111A and the second pressure 21121A is stated to be constantly changing, so that so that liquid is by the fluid Equipment is raised continuously to raise to external environment condition.

It is noted that the movement velocity by controlling the isolation element 24A, can control to push away by the fluid The flow for the liquid that equipment is raised is risen, for example, the increase of the movement velocity with the isolation element 24A, is raised The flow of liquid correspondingly increases.It is thus possible to allow the fluid raise equipment be used in it is a variety of different Occasion, and the fluid raises the flow for the liquid that the flow of the liquid that equipment is raised is raised within the unit interval Configuration can be needed according to different uses, and suitable for adjustment, for example, the fluid raises the stream for the liquid that equipment is raised Amount can control 5 tons -90 tons/when, especially, in order to obtain more preferably using effect, the fluid raises what equipment was raised The flow of liquid can control 10 tons -50 tons/when.

The drive device 10A at least includes a driving element 11A, an actuated element 12A and other necessary components, Wherein described actuated element 12A is coupled to the driving element 11A, and the actuated element 22A and driving element 11A Motion it is synchronous, to cause the driving element 11A during work, to better control over the fortune of the actuated element 12A Dynamic state.

It is noted that for traditional fluid lifts mode, to the power requirement of the driving element 11A It is smaller, therefore, during the fluid raises equipment use, the sound that the driving element 11A is produced will not shadow The environment to surrounding is rung, so that, be conducive to convenient use.

As shown in figure 16, the driving element 11A is arranged on the end of the dividing cell 21A, the actuated element 12A Extend into the branch chamber 211A of the dividing cell 21A, so that the reciprocal fortune of the isolation element 24A can be driven It is dynamic.

As shown in figure 18, it is the partial schematic diagram of relation between the actuated element 12A and the isolation element 24A. The isolation element 24A and actuated element 12A has intermeshing helicitic texture, wherein as the actuated element 12A When being rotated to a direction, the isolation element 24A can be single along the track of branch chamber 211A formation from the shunting Moved to the other end first 21A one end；Correspondingly, when the actuated element 12A is rotated round about, the isolation element 24A can be moved to one end along track from the dividing cell 21A of the branch chamber 211A formation other end.By this The mode of sample, can be constantly changing described first, second Diverging area 2111A, 2112A first, second pressure 21111A, 21121A and external pressure relation, so that, institute will be entered by the passage per the inlet channel 22A by realizing Stating branch chamber 211A liquid can be raised to external environment condition by the passage per the drainage pipeline 23A.

It is another embodiment that the fluid raises equipment 20B, it includes with reference to shown in Figure 19 of accompanying drawing of the present invention One push lifting device 20B, a supercharging device 30B, wherein the push lifting device 20B includes a dividing cell 21B, the dividing cell There is 21B branch chamber a 211B, the increase device 30B to be increased or reduce the pressure inside the branch chamber 211B, So as to which realization raises equipment by the fluid and raises liquid.

According to this embodiment of the present invention, the push lifting device 20B also includes an inlet channel 22B and a drainpipe Road 22B, wherein the inlet channel 22B and drainage pipeline 23B passage distinguishes UNICOM in the branch chamber 211B, so that Obtaining liquid can enter in the branch chamber 211B by the passage of the inlet channel 22B, and pass through the draining Pipeline 23B passage is raised to external environment condition.

It is noted that the inlet channel 22B is arranged on the top of the dividing cell 21B, so that, liquid object Matter can be automatically entered in the branch chamber 211B according to gravity principle from the passage of the inlet channel 22B；Correspondingly, institute State the top that drainage pipeline 23B is provided and is arranged on the dividing cell 22B, so, the density positioned at liquid top Less material, such as grease will be raised to external environment condition first.Especially, the inlet channel 22B and the drainpipe Road 23B horizontal level is unrestricted, for example, the inlet channel 22 and drainage pipeline 23B can be arranged on described point Unit 21B one end is flowed, the two ends of the dividing cell 21B can also be separately positioned on.

The inlet channel 22B and drainage pipeline 23B includes a check-valves 25B respectively, for entering described in closing Waterpipe 22B and drainage pipeline 23B passage, wherein the check-valves 25B is rotatably arranged in the inlet channel 22B and the drainage pipeline 23B inside, so that, with the pressure in the branch chamber 211B and the pressure of external environment condition The change of relation, the inlet channel 22B and drainage pipeline 23B passage can by the check-valves 25B open and Close and realize that optionally UNICOM is in the branch chamber 211B of the dividing cell 21B, so that, raise equipment in the fluid and push away During rising liquid, it can be ensured that its efficiency.

It is noted that being one way stop peturn valve per the check-valves 25B, with a non-close position and a closing position Moved between putting, and set in the check-valves 25B set in the inlet channel 22B the and drainage pipeline 23B The rotation direction of the check-valves 25B is on the contrary, specifically, the check-valves 25B directions set in the inlet channel 22B The branch chamber 211B directions are rotated, to enable the liquid of outside to enter by the passage of the inlet channel 22B To the inside of the branch chamber 211B；Correspondingly, the check-valves 25B set in the drainage pipeline 23B is towards described point Flow the opposite directions of chamber 211B to rotate, to enable the liquid inside the branch chamber 211B to pass through the drainage pipeline 23B passage is raised the outside of equipment by raising to the fluid.

The captation 30 can focus on treatment sewage in the sewage disposal system 100, in order to by institute The channel lead of input duct 17 is stated into the equipment for separating liquid from solid 10, separation of solid and liquid processing is carried out；Wherein treatment sewage In liquid be able to enter the fluid by the passage of the Drainage pipe 18 and the inlet channel 22 to raise and set In standby 10 branch chamber 211, so that, then liquid is raised into the oily-water seperating equipment 40, carry out oil, moisture From work.It is noted that the oily-water seperating equipment 40 also includes an accumulator 41, the accumulator 41 is located at the oil The top of water separation device 40.In the oily-water seperating equipment 40, because the density of oil, water is different, oil water mixture is relied on Oil, the physical property of water are separated, and after completion is separated, oil level is in the upper strata of water, in order to be collected into the oil storage In room 41, the water after being separated is discharged into the exhaust system of city planting ductwork, so as to complete the processing procedure to treatment sewage.

Correspondingly, as shown in figure 20, the present invention also provides a kind of manufacture method of equipment for separating liquid from solid 10, wherein the side Method comprises the following steps：

(a) housing 11 is provided；

(b) axle connects a filter element 12 in the housing 11, wherein the filter element 12 has UNICOM in the mistake One group of first through hole 121 of the both sides of filtering element 12；

(c) axle connects a stereoplasm gathering element 13 in the housing 11, wherein the stereoplasm gathering element 13 extends to institute State the adjacent position of filter element 12；Wherein, when the filter element 12 does cycle rotary motion, it is able to drive the stereoplasm Gathering element 13 does synchronous reciprocating motion, so that the equipment for separating liquid from solid 10 is made.

Those skilled in the art would appreciate that the embodiment of the present invention shown in accompanying drawing and described above is only to this hair Bright example rather than limitation.

It can thus be seen that the object of the invention can be efficiently accomplished fully.For explaining function and structure principle of the present invention The embodiment is absolutely proved and described, and the present invention is not limited by based on the change on these embodiment basis. Therefore, the present invention includes covering all modifications within appended claims claimed range and spirit.

Claims

1. a kind of equipment for separating liquid from solid, it is characterised in that including：

One housing；

An at least filter element, its axle is connected to the housing, and the filter element has UNICOM in the filter element both sides One group of first through hole；And

One stereoplasm gathering element, its axle is connected to the housing, and it is adjacent that the stereoplasm gathering element extends to the filter element Position；Wherein, when the filter element does cycle rotary motion, it is able to drive the stereoplasm gathering element to do synchronous past Multiple motion；

Wherein described housing includes one group of panel, one separation of solid and liquid chamber of the panel formation, the filter element and the stereoplasm Axle is connected to the panel to form the separation of solid and liquid chamber to gathering element respectively；Wherein, the filter element is able to described Separation of solid and liquid intracavitary does cycle rotary motion；

There is wherein described filter element an axle to connect side, and there is the stereoplasm gathering element axle to connect side；Wherein, it is described to cross filtering element The axle of part connects the level height that the level height of side connects side higher than the axle of the stereoplasm gathering element.

2. equipment for separating liquid from solid as claimed in claim 1, it is characterised in that the equipment for separating liquid from solid also includes an auxiliary dynamic member Part, it is optionally arranged on the filter element by one or in the way of installing；Wherein, under the stereoplasm gathering element Surface is able to contact with the auxiliary dynamic element.

3. equipment for separating liquid from solid as claimed in claim 2, it is characterised in that the equipment for separating liquid from solid also includes a pair of fixations Retaining component, it is symmetrically disposed on the housing, wherein the stereoplasm gathering element is able to be contacted with the fixed retaining Component.

4. equipment for separating liquid from solid as claimed in claim 3, it is characterised in that the fixed retaining component includes one respectively to be fixed Element and a flexible member；Wherein, the retaining element is optionally arranged at the shell in the way of installing or weld Body, the flexible member is individually configured in the retaining element, and the stereoplasm gathering element is able to and the elasticity is first Part is contacted.

5. equipment for separating liquid from solid as claimed in claim 2, it is characterised in that the equipment for separating liquid from solid also includes a driving group Part, it is coupled to the filter element, to drive the filter element to do cycle rotary motion.

6. equipment for separating liquid from solid as claimed in claim 5, it is characterised in that the equipment for separating liquid from solid also includes a feed tube Road and a Drainage pipe；Wherein, the passage of the input duct and the Drainage pipe is able to difference UNICOM in the solid-liquid Disengagement chamber.

7. equipment for separating liquid from solid as claimed in claim 6, it is characterised in that the input duct is arranged on the housing Top；Correspondingly, the Drainage pipe is arranged on the bottom of the housing.

8. equipment for separating liquid from solid as claimed in claim 6, it is characterised in that the Drainage pipe includes a valve, the valve Door has a closing position and non-close position；Wherein when the valve is located at the closing position and non-close position respectively When, it is changed the passage of the Drainage pipe and UNICOM's state of the separation of solid and liquid chamber.

9. an equipment for separating liquid from solid, it is characterised in that including：

One housing；

Wherein described equipment for separating liquid from solid also includes an auxiliary dynamic element, and it is optionally arranged on by one or in the way of installing The filter element；Wherein, the lower surface of the stereoplasm gathering element is able to contact with the auxiliary dynamic element.

10. equipment for separating liquid from solid as claimed in claim 9, it is characterised in that the equipment for separating liquid from solid also includes consolidating for a pair Retaining component is determined, it is symmetrically disposed on the housing, wherein the stereoplasm gathering element is able to be contacted with the fixation and stopped Move back component.

11. equipment for separating liquid from solid as claimed in claim 10, it is characterised in that the fixed retaining component includes one and consolidated respectively Determine element and a flexible member；Wherein, the retaining element is optionally arranged at described in the way of installing or welding Housing, the flexible member is individually configured in the retaining element, and the stereoplasm gathering element is able to and the elasticity Element is contacted.

12. equipment for separating liquid from solid as claimed in claim 9, it is characterised in that the equipment for separating liquid from solid also includes a driving Component, it is coupled to the filter element, to drive the filter element to do cycle rotary motion.

13. equipment for separating liquid from solid as claimed in claim 12, it is characterised in that the equipment for separating liquid from solid also includes a feed liquor Pipeline, a Drainage pipe and one group of panel, the panel formation separation of solid and liquid chamber, wherein, the input duct and the row The passage in liquid pipe road is able to difference UNICOM in the separation of solid and liquid chamber.

14. equipment for separating liquid from solid as claimed in claim 13, it is characterised in that the input duct is arranged on the housing Top；Correspondingly, the Drainage pipe is arranged on the bottom of the housing.

15. equipment for separating liquid from solid as claimed in claim 13, it is characterised in that the Drainage pipe includes a valve, described Valve has a closing position and non-close position；Wherein when the valve is located at the closing position and non-close position respectively When, it is changed the passage of the Drainage pipe and UNICOM's state of the separation of solid and liquid chamber.

16. an equipment for separating liquid from solid, it is characterised in that including：

One housing；

17. equipment for separating liquid from solid as claimed in claim 16, it is characterised in that the equipment for separating liquid from solid also includes consolidating for a pair Retaining component is determined, it is symmetrically disposed on the housing, wherein the stereoplasm gathering element is able to be contacted with the fixation and stopped Move back component.

18. equipment for separating liquid from solid as claimed in claim 17, it is characterised in that the fixed retaining component includes one and consolidated respectively Determine element and a flexible member；Wherein, the retaining element is optionally arranged at described in the way of installing or welding Housing, the flexible member is individually configured in the retaining element, and the stereoplasm gathering element is able to and the elasticity Element is contacted.

19. equipment for separating liquid from solid as claimed in claim 16, it is characterised in that the equipment for separating liquid from solid also includes a driving Component, it is coupled to the filter element, to drive the filter element to do cycle rotary motion.

20. equipment for separating liquid from solid as claimed in claim 19, it is characterised in that the equipment for separating liquid from solid also includes a feed liquor Pipeline and a Drainage pipe；Wherein, the passage of the input duct and the Drainage pipe is able to difference UNICOM in described solid Liquid disengagement chamber.

21. equipment for separating liquid from solid as claimed in claim 20, it is characterised in that the input duct is arranged on the housing Top；Correspondingly, the Drainage pipe is arranged on the bottom of the housing.

22. equipment for separating liquid from solid as claimed in claim 20, it is characterised in that the Drainage pipe includes a valve, described Valve has a closing position and non-close position；Wherein when the valve is located at the closing position and non-close position respectively When, it is changed the passage of the Drainage pipe and UNICOM's state of the separation of solid and liquid chamber.

23. a kind of sewage disposal system, it is characterised in that including：

One equipment for separating liquid from solid, it includes：

One housing；

There is wherein described filter element an axle to connect side, and there is the stereoplasm gathering element axle to connect side；Wherein, it is described to cross filtering element The axle of part connects the level height that the level height of side connects side higher than the axle of the stereoplasm gathering element；And

One dividing cell, it has a branch chamber；

The passage of an at least drainage pipeline, the inlet channel and the drainage pipeline distinguishes UNICOM in the branch chamber；Its In, when changing the pressure of unit space of the branch chamber, the passage of the inlet channel and the drainage pipeline is divided Not optionally UNICOM in the branch chamber；Wherein, the inlet channel extension, parallel connection passes through the cavity volume of the housing.

24. sewage disposal system as claimed in claim 23, it is characterised in that also including an oily-water seperating equipment, wherein institute State fluid and raise equipment with the oily-water seperating equipment optionally with layer or staggered floor setting.

25. sewage disposal system as claimed in claim 24, it is characterised in that also including a captation, it is used to store Treatment sewage, wherein the captation UNICOM is in the equipment for separating liquid from solid.

26. a kind of sewage disposal system, it is characterised in that including：

One equipment for separating liquid from solid, it includes：

One housing；

Wherein described equipment for separating liquid from solid also includes an auxiliary dynamic element, and it is optionally arranged on by one or in the way of installing The filter element；Wherein, the lower surface of the stereoplasm gathering element is able to contact with the auxiliary dynamic element；And

One dividing cell, it has a branch chamber；

The passage of an at least drainage pipeline, the inlet channel and the drainage pipeline distinguishes UNICOM in the branch chamber；Wherein, When changing the pressure of unit space of the branch chamber, the passage of the inlet channel and the drainage pipeline is selected respectively Ze Xingdi UNICOMs are in the branch chamber；Wherein, the inlet channel extension, parallel connection passes through the cavity volume of the housing.

27. sewage disposal system as claimed in claim 26, it is characterised in that also including an oily-water seperating equipment, wherein institute State fluid and raise equipment with the oily-water seperating equipment optionally with layer or staggered floor setting.

28. sewage disposal system as claimed in claim 27, it is characterised in that characterized in that, also include a captation, It is used to store treatment sewage, wherein the captation UNICOM is in the equipment for separating liquid from solid.

29. sewage disposal system as claimed in claim 26, it is characterised in that the housing includes one group of panel, the face Plate shape is into a separation of solid and liquid chamber, and axle is connected to form the separation of solid and liquid filter element respectively with the stereoplasm gathering element The panel of chamber；Wherein, the filter element is able to do cycle rotary motion in the separation of solid and liquid intracavitary.

30. sewage disposal system as claimed in claim 29, it is characterised in that there is the filter element axle to connect side, institute State stereoplasm gathering element and connect side with an axle；Wherein, the axle of the filter element connects the level height of side higher than stereoplasm receipts The axle of collection element connects the level height of side.

31. a kind of sewage disposal system, it is characterised in that including：One equipment for separating liquid from solid, it includes：

One housing；

One dividing cell, it has a branch chamber；

32. sewage disposal system as claimed in claim 31, it is characterised in that also including an oily-water seperating equipment, wherein institute State fluid and raise equipment with the oily-water seperating equipment optionally with layer or staggered floor setting.

33. sewage disposal system as claimed in claim 32, it is characterised in that characterized in that, also include a captation, It is used to store treatment sewage, wherein the captation UNICOM is in the equipment for separating liquid from solid.

34. the sewage disposal system as described in any in claim 31 to 33, it is characterised in that the filter element has one Axle connects side, and there is the stereoplasm gathering element axle to connect side；Wherein, the axle of the filter element connects the level height of side higher than institute The axle for stating stereoplasm gathering element connects the level height of side.

35. a kind of sewage disposal system, it is characterised in that including：

One equipment for separating liquid from solid, it includes：

One housing；

One stereoplasm gathering element, its axle is connected to the housing, and it is adjacent that the stereoplasm gathering element extends to the filter element Position；Wherein, when the filter element does cycle rotary motion, it is able to drive the stereoplasm gathering element to do synchronous past Multiple motion；And

One dividing cell, it has a branch chamber；

One isolation element, it is arranged at the branch chamber, to separate the branch chamber one first Diverging area of formation and one the Two Diverging areas；

Two inlet channels；And

Two drainage pipelines, one of them described inlet channel and a drainage pipeline are able to UNICOM in described first point respectively Region is flowed, the inlet channel and the other drainage pipeline in addition are able to UNICOM in second Diverging area respectively, Wherein described isolation element is able to the track motion along branch chamber formation, to change first Diverging area and described The pressure of second Diverging area so that the inlet channel and the drainage pipeline respectively selectively UNICOM in described first point Flow region or second Diverging area.

36. sewage disposal system as claimed in claim 35, it is characterised in that also including an oily-water seperating equipment, wherein institute State fluid and raise equipment with the oily-water seperating equipment optionally with layer or staggered floor setting.

37. sewage disposal system as claimed in claim 36, it is characterised in that also including a captation, it is used to store Treatment sewage, wherein the captation UNICOM is in the equipment for separating liquid from solid.

38. sewage disposal system as claimed in claim 35, it is characterised in that the housing includes one group of panel, the face Plate shape is into a separation of solid and liquid chamber, and axle is connected to form the separation of solid and liquid filter element respectively with the stereoplasm gathering element The panel of chamber；Wherein, the filter element is able to do cycle rotary motion in the separation of solid and liquid intracavitary.

39. sewage disposal system as claimed in claim 38, it is characterised in that there is the filter element axle to connect side, institute State stereoplasm gathering element and connect side with an axle；Wherein, the axle of the filter element connects the level height of side higher than stereoplasm receipts The axle of collection element connects the level height of side.

40. a kind of manufacture method of equipment for separating liquid from solid, it is characterised in that methods described comprises the following steps：

(a) housing is provided；

(b) axle connects a filter element in the housing, wherein the filter element has UNICOM in the filter element both sides One group of first through hole；

(c) axle connects a stereoplasm gathering element in the housing, wherein the stereoplasm gathering element extends to the filter element Adjacent position；Wherein, when the filter element does cycle rotary motion, it is able to drive the stereoplasm gathering element to do synchronization Reciprocating motion, so that the equipment for separating liquid from solid is made；

41. method as claimed in claim 40, it is characterised in that one end of the auxiliary dynamic element extends and is connected to the mistake Filtering element.

42. method as claimed in claim 40, it is characterised in that the equipment for separating liquid from solid also includes a pair of fixation retaining groups Part, it is symmetrically disposed on the housing, wherein the stereoplasm gathering element is able to be contacted with the fixed retaining component.

43. method as claimed in claim 42, it is characterised in that the fixed retaining component and the stereoplasm gathering element Axle connects side and is in substantially same vertical direction.

44. method as claimed in claim 42, it is characterised in that the fixed retaining component include respectively a retaining element with And a flexible member；Wherein, the retaining element is optionally arranged at the housing, institute in the way of installing or weld Flexible member is stated to be individually configured in the retaining element, and the stereoplasm gathering element is able to connect with the flexible member Touch.

45. method as claimed in claim 42, it is characterised in that the equipment for separating liquid from solid also includes a drive component, its The filter element is coupled to, to drive the filter element to do cycle rotary motion.

46. method as claimed in claim 45, it is characterised in that the equipment for separating liquid from solid also includes an input duct, one Drainage pipe and one group of panel, the panel formation separation of solid and liquid chamber, wherein, the input duct and the Drainage pipe Passage is able to difference UNICOM in the separation of solid and liquid chamber.

47. method as claimed in claim 46, it is characterised in that the input duct is arranged on the top of the housing； Correspondingly, the Drainage pipe is arranged on the bottom of the housing.

48. method as claimed in claim 46, it is characterised in that the Drainage pipe includes a valve, the valve has One closing position and non-close position；Wherein when the valve is located at the closing position with non-close position respectively, it is able to Change the passage of the Drainage pipe and UNICOM's state of the separation of solid and liquid chamber.

49. method as claimed in claim 46, it is characterised in that the equipment for separating liquid from solid also includes a filtering medium element, its With one group of second through hole, the second through hole difference UNICOM is in the passage and the separation of solid and liquid chamber of the Drainage pipe.

50. a kind of manufacture method of equipment for separating liquid from solid, it is characterised in that methods described comprises the following steps：

(a) housing is provided；

51. method as claimed in claim 50, it is characterised in that the equipment for separating liquid from solid also includes an auxiliary dynamic element, its Optionally the filter element is arranged on by one or in the way of installing；Wherein, the lower surface of the stereoplasm gathering element It is able to contact with the auxiliary dynamic element.

52. method as claimed in claim 51, it is characterised in that one end of the auxiliary dynamic element extends and is connected to the mistake Filtering element.

53. method as claimed in claim 51, it is characterised in that the equipment for separating liquid from solid also includes a pair of fixation retaining groups Part, it is symmetrically disposed on the housing, wherein the stereoplasm gathering element is able to be contacted with the fixed retaining component.

54. method as claimed in claim 53, it is characterised in that the fixed retaining component and the stereoplasm gathering element Axle connects side and is in substantially same vertical direction.

55. method as claimed in claim 53, it is characterised in that the fixed retaining component include respectively a retaining element with And a flexible member；Wherein, the retaining element is optionally arranged at the housing in the way of installing or weld, described Flexible member is individually configured in the retaining element, and the stereoplasm gathering element is able to and the resilient element contacts.

56. method as claimed in claim 53, it is characterised in that the equipment for separating liquid from solid also includes a drive component, its The filter element is coupled to, to drive the filter element to do cycle rotary motion.

57. method as claimed in claim 56, it is characterised in that the equipment for separating liquid from solid also includes an input duct, one Drainage pipe and one group of panel, the panel formation separation of solid and liquid chamber, wherein, the input duct and the Drainage pipe Passage is able to difference UNICOM in the separation of solid and liquid chamber.

58. method as claimed in claim 57, it is characterised in that the input duct is arranged on the top of the housing； Correspondingly, the Drainage pipe is arranged on the bottom of the housing.

59. method as claimed in claim 57, it is characterised in that the Drainage pipe includes a valve, the valve has One closing position and non-close position；Wherein when the valve is located at the closing position with non-close position respectively, it is able to Change the passage of the Drainage pipe and UNICOM's state of the separation of solid and liquid chamber.

60. method as claimed in claim 57, it is characterised in that the equipment for separating liquid from solid also includes a filtering medium element, its With one group of second through hole, the second through hole difference UNICOM is in the passage and the separation of solid and liquid chamber of the Drainage pipe.