CN106929398A - Full-automatic caprophyl separator - Google Patents

Abstract

The present invention provides a kind of full-automatic caprophyl separator, including sealing switch board, and inside is provided with automatic controller；At least one excrement collector, is provided with the outlet of caprophyl liquid；Liquid feeding agitating unit, for filling dilution to the excrement in excrement collector and stirring；Multistage filtering unit, including the filter that multiple is sequentially connected, are equipped with filter membrane in each filter, the flow direction of the mesh number of the filter membrane in multiple filters along excrement liquid in multistage filtering unit increases successively；At least one caprophyl collection, is provided with caprophyl liquid import；The excrement collector, liquid feeding agitating unit, multistage filtering unit and caprophyl collection are each provided in sealing switch board.In the application, whole caprophyl processing procedure is all to be completed in switch board is sealed, do not opened to the outside world, and is disposable path, so as to exogenous infection can be avoided, the caprophyl transplanting liquid for meeting clinical treatment requirement is ultimately generated, to ensure the therapeutic effect to patient, beneficial to the development application of FMT.

Description

Full-automatic caprophyl separator

Technical field

The present invention relates to a kind of medical equipment, more particularly to a kind of full-automatic caprophyl separator for caprophyl transplanting.

Background technology

The structural imbalance of gut flora is the key factor for inducing various chronic diseases, and recent domestic research finds：It is logical Cross " caprophyl transplanting " (fecal microbiota transplantation, FMT), i.e., with the gut flora from Healthy People, Recover the balance of Bacterial community in chronic patient body, rebuild the intestinal microecology with normal configuration, flora function can be promoted Rehabilitation, so as to reach the therapeutic effect of enteron aisle and parenterally disease.So far, have both at home and abroad using the success of caprophyl implantation method Cure or alleviate the diseases related clinical reports of intestines and stomach such as Clestridium difficile infection (CDI), IBD； 2013, be indexed to FMT in the standard care guide of recurrent CDI by U.S. FDA.Although the clinical effect of the treatment of " caprophyl transplanting " Fruit significantly, but its promotion and application in medical domain still has the problems to have to be solved, such as the core of caprophyl transplanting Link --- caprophyl processing procedure, clinically only uses screen pack or membrane filtration, and whole process to open to the outside world, it is easy to make at present Into exogenous infection, cause patient to occur infection, or even the severe complication such as septicopyemia after treating, so not only to patient with Carry out risk, also limit FMT and carry out in clinical application.

The content of the invention

The shortcoming of prior art in view of the above, the technical problem to be solved in the present invention is to provide one kind to be prevented effectively from The full-automatic caprophyl separator of exogenous infection phenomenon.

To achieve the above object, the present invention provides a kind of full-automatic caprophyl separator, including following part：

Sealing switch board, inside is provided with automatic controller；

At least one excrement collector, is provided with the outlet of caprophyl liquid, the excrement for holding healthy human body；

Liquid feeding agitating unit, for filling dilution to the excrement in excrement collector and stirring, obtains excrement liquid；

Multistage filtering unit, including the filter that multiple is sequentially connected, are equipped with filter membrane, multiple mistakes in each filter Flow direction of the mesh number of the filter membrane in filter along excrement liquid in multistage filtering unit increases successively；

At least one caprophyl collection, is provided with caprophyl liquid import, for holding caprophyl transplanting liquid；

The excrement collector, liquid feeding agitating unit, multistage filtering unit and caprophyl collection are each provided at sealing control In cabinet, the caprophyl liquid import of the outlet of the caprophyl liquid of the excrement collector, multistage filtering unit and caprophyl collection phase successively Even.

Further, the excrement collector include be provided with the box body of inner chamber, the lid being covered at the upper end open of inner chamber, And screen holder in the lumen is set, and dilution filler is offered on the lid, inner chamber is separated into phase by the screen holder Intercommunicated stirring hybrid chamber, secondary filter chamber and filtrate chamber, are installed with the stirring in stirring hybrid chamber on the lid Sampling spoon, the screen holder is provided with positioned at the screen pack stirred between hybrid chamber and secondary filter chamber and positioned at two Secondary filter net between secondary filter chamber and filtrate chamber, the mesh number of the mesh number less than secondary filter net of a screen pack, institute The outlet of caprophyl liquid is stated to be opened on box body and be connected with filtrate chamber.

Further, the liquid feeding agitating unit includes that manipulator moving up and down, the stirring for setting on a robotic arm are electric Machine and liquid feeding pin, when manipulator declines, the output shaft of the stirring motor is coaxially connected with stirring sampling spoon, the liquid feeding pin It is inserted in the dilution filler on lid.

Preferably, the upper end of the screen holder is provided with dilution diversion division, and the top of the dilution diversion division forms dilute Release liquid diversion cavity, one end of the dilution diversion cavity is extended at dilution filler, the other end extends to stirring hybrid chamber Place.

Further, the multistage filtering unit is three-stage filtration unit, including three filters, three filters difference It is the first filter, the second filter and the 3rd filter, the outlet of caprophyl liquid, the first filter, of the excrement collector The caprophyl liquid import of tow filtrator, the 3rd filter and caprophyl collection is sequentially connected by pipeline.

Preferably, pipe with filter and two neighboring filter is exported for connecting the caprophyl liquid of excrement collector Peristaltic pump is provided with road.

Further, the filter includes being provided with the upper lid of inlet and being provided with the lower cover of liquid outlet, in the upper lid Be provided with the admission chamber being connected with inlet, be provided with the sap cavity that goes out being connected with liquid outlet in lower cover, the upper lid and lower cover it Between geometrical clamp hold and the separation admission chamber and go out the film supporting plate of sap cavity, the film supporting plate is provided with multiple through holes, the feed liquor Chamber is connected with sap cavity is gone out by multiple through holes；The filter membrane is supported on the upper surface of film supporting plate.

Preferably, the periphery of the upper lid and lower cover is coated with compression outsourcing circle.

Preferably, the material for compressing outsourcing circle is plastics, and compresses processing mode fixed packet of the outsourcing circle to be molded Overlay on the periphery of lid and lower cover.

Further, refrigerating fan is provided with the sealing switch board, the inwall for sealing switch board is provided with and refrigeration wind The airduct that the air outlet of fan is connected, offers multiple exhaust vents on airduct.

As described above, full-automatic caprophyl separator of the present invention, has the advantages that：

The application completes dilution and stirring to healthy human body excrement and the multistage to excrement liquid in switch board is sealed Essence filtering, so as to effectively filter out the compositions such as the parasite in excrement, parasitic ovum and various cells, is separated with high-efficient automatic The intestinal microflora gone out in healthy human body excrement, its treatment fluid is used for the treatment of " caprophyl transplanting " in clinic.Due to whole Caprophyl processing procedure is all to be completed in switch board is sealed, do not opened to the outside world, and is disposable path, so as to can avoid exogenous Infection, ultimately generates the caprophyl transplanting liquid for meeting clinical treatment requirement, to ensure the therapeutic effect to patient, beneficial to opening for FMT Exhibition application.

Brief description of the drawings

Fig. 1 is structural representation of the invention.

Fig. 2 is the structural representation of excrement collector in the present invention.

Fig. 3 is the structural representation of filter in the present invention.

Fig. 4 is the top view of film supporting plate in Fig. 3.

Fig. 5 is the upward view of film supporting plate in Fig. 3.

Component label instructions

1 excrement collector

11 box bodys

111 stirring hybrid chambers

112 secondary filter chambers

113 filtrate chambers

114 caprophyl liquid are exported

115 dilution diversion cavities

116 installing locating slots

12 lids

121 dilution fillers

13 screen holders

131 dilution diversion divisions

132 guide faces

133 supporting parts

134 first separating parts

135 second separating parts

14 stirring sampling spoons

141 connectors

142 agitating shafts

143 stirring sampling units

15 screen packs

16 secondary filter nets

2 liquid feeding agitating units

21 manipulators

22 stirring motors

23 liquid feeding pins

3 filters

31 filter membranes

Covered on 32

321 inlets

322 admission chambers

323 locating slots

33 lower covers

331 liquid outlets

332 go out sap cavity

333 location divisions

34 film supporting plates

341 through holes

342 upper grooves

343 low grooves

35 compress outsourcing circle

36 first filters

37 second filters

38 the 3rd filters

4 caprophyl collections

5 pipelines

6 peristaltic pumps

61 first peristaltic pumps

62 second peristaltic pumps

63 the 3rd peristaltic pumps

7 sealing rings

Specific embodiment

Embodiments of the present invention are illustrated by particular specific embodiment below, those skilled in the art can be by this explanation Content disclosed by book understands other advantages of the invention and effect easily.

It should be clear that structure, ratio, size depicted in this specification institute accompanying drawings etc., is only used to coordinate specification to be taken off The content shown, so that those skilled in the art understands and reads, is not limited to enforceable qualifications of the invention, therefore Do not have technical essential meaning, the modification of any structure, the change of proportionate relationship or the adjustment of size are not influenceing the present invention Under the effect that can be generated and the purpose to be reached, all should still fall obtain the model that can cover in disclosed technology contents In enclosing.Meanwhile, in this specification it is cited such as " on ", D score, "left", "right", the term of " centre ", be merely convenient to chat That states understands, and is not used to limit enforceable scope of the invention, and being altered or modified for its relativeness is changing skill without essence Held in art, when being also considered as enforceable category of the invention.

As shown in figure 1, the application provides a kind of full-automatic caprophyl separator, including following part：

Sealing switch board, inside is provided with automatic controller, for manipulator in controller unit 21, motor, refrigerating fan etc. The auto-action of equipment, to realize Automated condtrol；

At least one excrement collector 1, is provided with caprophyl liquid outlet 114, the excrement for holding healthy human body；

Liquid feeding agitating unit 2, for filling dilution to the excrement in excrement collector 1 and stirring, obtains excrement liquid；

Filter membrane 31 is equipped with multistage filtering unit, including the filter 3 that multiple is sequentially connected, each filter 3, it is many Flow direction of the mesh number of the filter membrane 31 in individual filter 3 along excrement liquid in multistage filtering unit increases successively；

At least one caprophyl collection 4, is provided with caprophyl liquid import, for holding caprophyl transplanting liquid；

The excrement collector 1, liquid feeding agitating unit 2, multistage filtering unit and caprophyl collection 4 are each provided at sealing control In cabinet processed, the outlet 114, multistage filtering unit of caprophyl liquid and the caprophyl liquid import of caprophyl collection 4 of the excrement collector 1 It is sequentially connected.

In the application, the automatic controller is connected with external computer, completes various by external computer controller unit Action；Or, automatic controller is connected with the display touch-screen on sealing switch board, by showing touch-screen control Instrument completes various actions.The excrement collector 1 of healthy human body excrement is placed with to be placed in sealing switch board, and liquid feeding is stirred Unit 2, multistage filtering unit and caprophyl collection 4 are arranged in sealing switch board, therefore can be complete in switch board is sealed The dilution and stirring of paired healthy human body excrement and the multi-level oil filtering to excrement liquid, so that in effectively filtering out excrement The compositions such as parasite, parasitic ovum and various cells, the enteric microorganism in healthy human body excrement is isolated with high-efficient automatic Flora, ultimately generates the caprophyl transplanting liquid for meeting clinical treatment requirement, for the treatment of " caprophyl transplanting " in clinic.Due to whole Caprophyl processing procedure is all to be completed in switch board is sealed, do not opened to the outside world, and is disposable path, so as to can avoid exogenous Infection, to ensure the therapeutic effect to patient, beneficial to the development application of FMT.In addition, the full-automatic caprophyl that the application is related to is separated Instrument can simultaneously process 60 stool samples per hour, and efficiency is very high.

Further, refrigerating fan is provided with the sealing switch board, refrigerating fan is built-in with clarifier, seals switch board Inwall be provided with the airduct being connected with the air outlet of refrigerating fan, multiple exhaust vents are offered on airduct, reduced with this The temperature of switch board is sealed, the temperature in sealing switch board is maintained in the range of 2 DEG C -8 DEG C, and also maintained in sealing switch board Purification of air degree so that improve caprophyl transplanting liquid in effectively intestinal microflora survival rate.

In the application, the structure of the excrement collector 1 is：As shown in Fig. 2 excrement collector 1 includes being provided with inner chamber Box body 11, the lid 12 being covered at the upper end open of inner chamber and screen holder 13 in the lumen is set, opened up on the lid 12 There is dilution filler 121, inner chamber is separated into interconnected stirring hybrid chamber 111, secondary filter chamber by the screen holder 13 112 and filtrate chamber 113, and secondary filter chamber 112 is located between stirring hybrid chamber 111 and filtrate chamber 113, it is solid on the lid 12 The stirring sampling spoon 14 in stirring hybrid chamber 111 is provided with, the screen holder 13 is provided with positioned at stirring hybrid chamber 111 and two A screen pack 15 between secondary filter chamber 112 and the secondary filter between secondary filter chamber 112 and filtrate chamber 113 Net 16, the mesh number of the mesh number less than secondary filter net 16 of a screen pack 15, the caprophyl liquid outlet 114 is opened in box body It is connected on 11 and with filtrate chamber 113.When gathering the excrement of healthy human body, lid 12 is opened, adopted using stirring sampling spoon 14 The excrement of the appropriate healthy human body of collection, then lid 12 is covered, then excrement of the sampling spoon 14 together with collection is stirred as box In the stirring hybrid chamber 111 of body 11；Fill dilution toward stirring hybrid chamber 111, diluting excrement；Rotate stirring sampling spoon 14th, to stir and fully dilute excrement, excrement liquid is obtained.Excrement liquid in stirring hybrid chamber 111 is entered by a screen pack 15 In entering secondary filter chamber 112, therefore screen pack 15 realizes a coarse filtration to excrement liquid, can tentatively filter out excrement liquid The larger impurity of middle particle；Excrement liquid in secondary filter chamber 112 is entered in filtrate chamber 113 by secondary filter net 16, therefore two Secondary screen pack 16 realizes the secondary coarse filtration to excrement liquid, and particle is less miscellaneous in again can tentatively filtering out excrement liquid Matter.Therefore, mesh number is smaller, aperture is a larger screen pack 15 and mesh number be slightly larger, aperture less two by setting for the present invention Secondary screen pack 16 is used to filter excrement liquid, so in ensureing to filter out excrement liquid the impurity such as parasite, parasitic ovum premise Under, can guarantee that the effective intestinal microflora in excrement liquid is not filtered, so that the quality and effect of caprophyl treatment are improved, Beneficial to FMT applications clinically.Further, since the netted hole aperture of a screen pack 15 is larger in the application, therefore one Secondary screen pack 15 will not be plugged, and be conducive to improving filter efficiency.

Further, the stirring sampling spoon 14 includes the connector 141 mutually fixed with lid 12, is fixed on connector The agitating shaft 142 of 141 lower ends and the stirring sampling unit 143 of the lower end of agitating shaft 142 is located at, the upper surface of the connector 141 It is provided with rotatable interface.In the present embodiment, the rotatable interface is a cross bath, for (as electric in stirred with slewing Machine 22) docking, after dilution has been filled, open slewing, then slewing band movement connector 141 rotates together, revolves Turning device drives agitating shaft 142 and stirring sampling unit 143 to rotate together, to be sufficiently stirred for and dilutes excrement, obtains excrement liquid.Separately Outward, the shape of the stirring sampling unit 143 has various, can be in spoon shape, pyriform, spade etc., the stirring sampling unit shown in Fig. 2 143 resemble a pear in shape.

Further, as shown in figure 1, the liquid feeding agitating unit 2 includes manipulator moving up and down 21, is located at machinery Stirring motor 22 and liquid feeding pin 23 on hand 21, when manipulator 21 declines, output shaft and the stirring of the stirring motor 22 are adopted The rotatable interface of sample spoon 14 is connected, liquid feeding pin 23 is inserted in the dilution filler 121 on lid 12, therefore, stirring motor 22 output shaft is coaxially connected with stirring sampling spoon 14, stirring sampling spoon 14 can be driven to rotate；Liquid feeding pin 23 can mix toward stirring Dilution is filled in chamber 111.

Preferably, as shown in Fig. 2 the upper end of the screen holder 13 is provided with dilution diversion division 131, the dilution water conservancy diversion The top in portion 131 forms dilution diversion cavity 115, and one end of the dilution diversion cavity 115 extends to dilution filler 121 Place, the other end are extended at stirring hybrid chamber 111.The dilution diversion division 131 is from top to bottom gradually reduced in an internal diameter Circular cone tubular, therefore, the inner surface of dilution diversion division 131 is the guide face 132 of an inside inclined downward.Dilution is by diluting Liquid filler 121 enters in dilution diversion cavity 115, and drops on the inner surface of dilution diversion division 131, therefore dilution can In stirring hybrid chamber 111 being flowed into along the inside lower section of guide face 132 of dilution diversion division 131.In addition, the screen holder 13 is wrapped Include supporting part 133, the first separating part 134 and the second separating part 135, the supporting part 133 is located at the lower end of box body 11, described the One separating part 134 is upwardly extended from the outer edge of supporting part 133 and leant with the lower surface of lid 12, for separating simultaneously Connection stirring hybrid chamber 111 and the secondary filter chamber 112；Second separating part 135 from the outer edge of supporting part 133 to Outer inclined upward extends and is simultaneously leaned on the contacted inner surfaces of box body 11, for separating and connects the secondary filter chamber 112 and filtrate Chamber 113；Screen pack 15 is fixed on the first separating part 134, therefore a screen pack 15 is located at the stirring He of hybrid chamber 111 The boundary of the second filter chamber；The secondary filter net 16 is fixed on the second separating part 135, therefore secondary filter net 16 is located at two Secondary filter chamber 112 and the boundary in filtrate chamber 113.Meanwhile, by supporting part 133, the first separating part 134, the second separating part 135, And the screen holder 13 that dilution diversion division 131 is constituted is integrated part.

Preferably, the lower end of the box body 11 is provided with installing locating slot 116, is easy to for box body 11 to be accurately fitted within sealing In switch board.Between the lid 12 and box body 11, sealing ring 7 is equipped between lid 12 and screen holder 13, to ensure sealing Property, prevent excrement liquid between lid 12 and screen holder 13, leaked out between lid 12 and box body 11.

Further, in the present embodiment, as shown in figure 1, the multistage filtering unit is three-stage filtration unit, including three Filter 3, three filters 3 are respectively the first filter 36, the second filter 37 and the 3rd mistake being sequentially connected by pipeline 5 Filter 38, the caprophyl liquid of the excrement collector 1 export the 114, first filter 36, the second filter 37, the 3rd filter 38, And the caprophyl liquid import of caprophyl collection 4 is sequentially connected by pipeline 5, the mesh of the filter membrane 31 in the first filter 36 The mesh number of the filter membrane 31 in the mesh number and the 3rd filter 38 of the filter membrane 31 in number, the second filter 37 gradually increases, To realize the essence filtering of refinement step by step to caprophyl liquid.

Preferably, 114 are exported with filter 3 and two neighboring filter for connecting the caprophyl liquid of excrement collector 1 Peristaltic pump 6 is provided with 3 pipeline 5, for driving flowing of the caprophyl liquid in pipeline 5.Correspondingly, peristaltic pump 6 also has three Individual, respectively the first peristaltic pump 61, the second peristaltic pump 62 and the 3rd peristaltic pump 63, the first peristaltic pump 61 are located at for connecting excrement In the caprophyl liquid outlet 114 of collector 1 and the pipeline 5 of the first filter 36, the second peristaltic pump 62 is located at for connecting the first mistake On the pipeline 5 of the filter 37 of filter 36 and second, the 3rd peristaltic pump 63 is located at for connecting the second filter 37 and the 3rd filtering On the pipeline 5 of device 38, three peristaltic pumps 6 are fixed in sealing switch board.Excrement collector 1, caprophyl collection 4, multiple mistakes Filter 3 and many pipelines of connection 5 are a whole set of disposable product structure.

Further, as shown in Figures 3 to 5, the filter 3 includes being provided with the upper lid 32 of inlet 321 and is provided with out It is provided with the lower cover 33 of liquid mouthful 331, the upper lid 32 in the admission chamber 322 being connected with inlet 321, lower cover 33 and is provided with and goes out What liquid mouthful 331 was connected goes out sap cavity 332, and geometrical clamp holds the separation admission chamber 322 between the upper lid 32 and lower cover 33 With the film supporting plate 34 for going out sap cavity 332, the film supporting plate 34 is provided with multiple through holes 341, the admission chamber 322 and goes out sap cavity 332 and leads to Multiple through holes 341 are crossed to be connected；The filter membrane 31 is supported on the upper surface of film supporting plate 34.Through higher level's coarse filtration or essence filtering Caprophyl liquid afterwards is flowed into the admission chamber 322 of upper lid 32 by the inlet 321 on upper lid 32, and caprophyl liquid is again by the essence of filter membrane 31 After filtering, by the multiple through holes 341 on film supporting plate 34 into going out in sap cavity 332 in lower cover 33, finally by lower cover 33 During liquid outlet 331 flows out to subordinate's essence filtering or flows into caprophyl collection 4.

Preferably, as shown in figure 3, the periphery of the upper lid 32 and lower cover 33 is coated with compression outsourcing circle 35, with this by Upper lid 32 and lower cover 33 are fixed, and then by filter membrane 31 and the fixed clamp of film supporting plate 34 between upper lid 32 and lower cover 33. Meanwhile, the material for compressing outsourcing circle 35 is plastics, and the processing mode for compressing outsourcing circle 35 to be molded is fixed and is coated on The periphery of lid 32 and lower cover 33, so as to the levels of planarity of filter membrane 31 and film supporting plate 34 can be ensured, improves the mistake to caprophyl liquid Filter effect.The sealing ring 7 being embedded in lid 32 is provided between the filter membrane 31 and upper lid 32, so as to admission chamber 322 can be prevented In caprophyl liquid leaked out at gap between filter membrane 31 and upper lid 32, improve the filter effect to caprophyl liquid.

Preferably, as shown in figure 3, the periphery of the lower end of upper lid 32 offers locating slot 323, the upper end of the lower cover 33 Periphery is provided with the location division 333 for upwardly extending, and the location division 333 is located in locating slot 323, by location division 333 and positioning The mutual cooperation of groove 323 can be easy to being mutually clamped, compressing connection for upper lid 32 and lower cover 33, to ensure upper lid 32 and lower cover 33 Installation accuracy, so as to ensure the installation accuracy of the filter membrane 31 and film supporting plate 34 being clamped between upper lid 32 and lower cover 33, that is, protects The levels of planarity of card filter membrane 31 and film supporting plate 34, improves the filter effect to caprophyl liquid.

Further, for the ease of the multiple through holes 341 on processing of films supporting plate 34, as shown in figure 4, the film supporting plate 34 Multiple is offered on upper surface and extends laterally (X to) i.e. in rectangular coordinate system and the upper groove 342 being downwardly concaved；Such as Fig. 5 institutes Show, multiple Longitudinal extendings (Y-direction i.e. in rectangular coordinate system) are offered on the lower surface of film supporting plate 34 and is extended at least up The low groove 343 of the lower end of upper groove 342.Such as：The thickness of film supporting plate 34 is 4mm, then the depth that upper groove 342 is downwardly concaved is 2.5mm, the upwardly recessed depth of low groove 343 is at least 1.5mm, preferably 2mm-3mm, therefore, one low groove 343 with it is many Road upper groove 342 has multiple cross sections, and this part constitutes a part for the multiple through hole 341, multiple tracks low groove 343 with The part of the connection that intersects of multiple tracks upper groove 342 multiple through holes 341 also just described in composition.Because upper groove 342 is with The processing of groove 343 is more convenient, therefore, the processing of multiple through holes 341 can be easy to be formed；In addition, having multiple tracks upper groove 342 Film supporting plate 34 upper surface still for smooth, and still there is more Area of bearing to filter membrane 31, and then filtering can be prevented Film 31 deforms in the presence of caprophyl liquid gravity, the service life of filter membrane 31 is improved with this, moreover it is possible to improve filter membrane 31 pairs of filter efficiencies of caprophyl liquid.

In sum, the present invention effectively overcomes various shortcoming of the prior art and has high industrial utilization.

The above-described embodiments merely illustrate the principles and effects of the present invention, not for the limitation present invention.It is any ripe The personage for knowing this technology all can carry out modifications and changes under without prejudice to spirit and scope of the invention to above-described embodiment.Cause This, those of ordinary skill in the art is complete with institute under technological thought without departing from disclosed spirit such as Into all equivalent modifications or change, should be covered by claim of the invention.

Claims (10)

1. a kind of full-automatic caprophyl separator, it is characterised in that：Including following part：

Sealing switch board, inside is provided with automatic controller；

At least one excrement collector (1), is provided with caprophyl liquid outlet (114), the excrement for holding healthy human body；

Liquid feeding agitating unit (2), for filling dilution to the excrement in excrement collector (1) and stirring, obtains excrement liquid；

Filter membrane (31) is equipped with multistage filtering unit, including the filter (3) that multiple is sequentially connected, each filter (3), Flow direction of the mesh number of the filter membrane (31) in multiple filters (3) along excrement liquid in multistage filtering unit increases successively；

At least one caprophyl collection (4), is provided with caprophyl liquid import, for holding caprophyl transplanting liquid；

The excrement collector (1), liquid feeding agitating unit (2), multistage filtering unit and caprophyl collection (4) are each provided at sealing In switch board, the excrement of caprophyl liquid outlet (114), multistage filtering unit and caprophyl collection (4) of the excrement collector (1) Bacterium solution import is sequentially connected.

2. full-automatic caprophyl separator according to claim 1, it is characterised in that：The excrement collector (1) is including setting The box body (11) that has inner chamber, the lid (12) being covered at the upper end open of inner chamber and screen holder (13) in the lumen is set, institute State and dilution filler (121) is offered on lid (12), inner chamber is separated into interconnected stirring by the screen holder (13) Hybrid chamber (111), secondary filter chamber (112) and filtrate chamber (113), are installed with positioned at stirring hybrid chamber on the lid (12) (111) the stirring sampling spoon (14) in, the screen holder (13) is provided with positioned at stirring hybrid chamber (111) and secondary filter chamber (112) screen pack (15) between and the secondary filter between secondary filter chamber (112) and filtrate chamber (113) Net (16), the mesh number of the mesh number less than secondary filter net (16) of a screen pack (15), caprophyl liquid outlet (114) is opened It is located on box body (11) and is connected with filtrate chamber (113).

3. full-automatic caprophyl separator according to claim 2, it is characterised in that：The liquid feeding agitating unit (2) includes Manipulator (21) moving up and down, the stirring motor (22) being located on manipulator (21) and liquid feeding pin (23), work as manipulator (21) when declining, the output shaft of the stirring motor (22) is coaxially connected with stirring sampling spoon (14), and the liquid feeding pin (23) is inserted In dilution filler (121) on lid (12).

4. full-automatic caprophyl separator according to claim 2, it is characterised in that：The upper end of the screen holder (13) is provided with Dilution diversion division (131), the top of the dilution diversion division (131) forms dilution diversion cavity (115), the dilution One end of diversion cavity (115) extends to dilution filler (121) place, the other end and extends to stirring hybrid chamber (111) place.

5. full-automatic caprophyl separator according to claim 1, it is characterised in that：The multistage filtering unit is three-level mistake Filter unit, including three filters (3), three filters (3) are respectively the first filter (36), the second filter (37) and the Three filters (38), caprophyl liquid outlet (114) of the excrement collector (1), the first filter (36), the second filter (37), the caprophyl liquid import of the 3rd filter (38) and caprophyl collection (4) is sequentially connected by pipeline (5).

6. full-automatic caprophyl separator according to claim 1 or 5, it is characterised in that：For connecting excrement collector (1) Caprophyl liquid outlet (114) and filter (3) and two neighboring filter (3) pipeline (5) on be provided with peristaltic pump (6)。

7. full-automatic caprophyl separator according to claim 1 or 5, it is characterised in that：The filter (3) is including being provided with The upper lid (32) of inlet (321) and the lower cover (33) of liquid outlet (331) is provided with, is provided with and inlet in the upper lid (32) (321) admission chamber (322) being connected, be provided with lower cover (33) be connected with liquid outlet (331) go out sap cavity (332), it is described Geometrical clamp holds the separation admission chamber (322) and goes out the film supporting plate of sap cavity (332) between upper lid (32) and lower cover (33) (34), the film supporting plate (34) is provided with multiple through holes (341), the admission chamber (322) and goes out sap cavity (332) by multiple through holes (341) it is connected；The filter membrane (31) is supported on the upper surface of film supporting plate (34).

8. full-automatic caprophyl separator according to claim 7, it is characterised in that：The upper lid (32) and lower cover (33) Periphery is coated with compression outsourcing circle (35).

9. full-automatic caprophyl separator according to claim 8, it is characterised in that：The material for compressing outsourcing circle (35) It is plastics, and the processing mode for compressing outsourcing circle (35) to be molded fixes the periphery for being coated on upper lid (32) and lower cover (33).

10. full-automatic caprophyl separator according to claim 1, it is characterised in that：System is provided with the sealing switch board Thermantidote, the inwall for sealing switch board is provided with the airduct being connected with the air outlet of refrigerating fan, and multiple is offered on airduct Exhaust vent.