CN109368912A

CN109368912A - Composite rotating bio-disc processing unit

Info

Publication number: CN109368912A
Application number: CN201811230834.6A
Authority: CN
Inventors: 董巍
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-22
Filing date: 2018-10-22
Publication date: 2019-02-22

Abstract

The invention discloses composite rotating bio-disc processing units, its structure includes quantitative dosing case, biological rotating disk, inside groove, drain pipe, body, the bottom end of quantitative dosing case and the top of body are mutually welded, biological rotating disk is located at the centre of inner tank interior, biological rotating disk is located at the lower section of quantitative dosing case, the left end of drain pipe and the right end of body mutually weld, inside groove is set to the middle part of body, and the two is integrated, body includes waste residue collecting tank fixed mechanism, drawing mechanism, flow mechanism, waste residue collecting mechanism, quantitative drawing liquid mechanism, power mechanism, shell, the structure that the present invention passes through its equipment of improvement, the power that flowing generates when can be added by sewage, to carry out quantitative addition biological flocculant, pass through again without staff and adds biological flocculant manually, simultaneously can the additive amount to flocculant precisely controlled System, and can the impurity to sewage surface emersion after degradation carry out storage waste residue collect.

Description

Composite rotating bio-disc processing unit

Technical field

The present invention relates to field of sewage treatment equipment, particularly with regard to a kind of composite rotating bio-disc processing unit.

Background technique

It is exactly the new old generation for passing through microorganism that composite rotating bio-disc processing unit, which is practical using microorganism treating sewage, It thanks to activity, the organic matter in sewage is decomposed, to achieve the purpose that purify sewage, which can effectively be carried out sewage Processing, while not influencing water quality.

But prior art apparatus for treating sewage needs to be added cesspool on biological wadding when carrying out biodegrade Solidifying agent, method generally require staff and observe the amount of liquid of inside groove using being added manually, extremely inconvenience and are not easy Additive amount is controlled, the very few influence degradation effect of flocculant is made, it is excessive and flocculant is caused to waste, and sewage into The impurity of row degradation rear surface emersion is also not easy to carry out salvaging processing.

Summary of the invention

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: at composite rotating bio-disc Manage device, structure includes quantitative dosing case, biological rotating disk, inside groove, drain pipe, body, the bottom end of the quantitative dosing case with The top of body is mutually welded, and the biological rotating disk is located at the centre of inner tank interior, and the biological rotating disk is located at quantitative dosing case Lower section, the left end of the drain pipe are mutually welded with the right end of body, and the inside groove is set to the middle part of body, and the two is integrated Change structure, the body includes waste residue collecting tank fixed mechanism, drawing mechanism, flow mechanism, waste residue collecting mechanism, quantitative drawing liquid Mechanism, power mechanism, shell, the waste residue collecting tank fixed mechanism are vertically embedded on the top of shell, the drawing mechanism Top is vertically embedded on the top of flow mechanism, and the right end of the flow mechanism is mutually welded with the right end of shell, and the waste residue is received The right end of collecting mechanism is equipped with the left end of flow mechanism, and the two is integrated, the top of the quantitative drawing liquid mechanism with The top of shell is mutually welded, and the middle part of the power mechanism is flexibly connected with the left end of quantitative drawing liquid mechanism.

As advanced optimizing for the technical program, the waste residue collecting tank fixed mechanism include pull ring, pulling block, fixture block, Ball, connecting rod, the pull ring is set to the upper part of pulling block, and the two is integrated, and the pulling block is vertically embedded into The top of shell, the fixture block is set to the middle part of pulling block, and the two is integrated, and the ball, which is fitted around, to be connected The top of bar is vertically embedded at the top of the connecting rod at the top of pulling block, and the ball is set to the bottom of pulling block, the connection The bottom end of bar and the top of waste residue collecting mechanism are mutually welded.

As advanced optimizing for the technical program, the drawing mechanism include suction disc, spring, extract slot, the push plate of T word, Shifting block, the top of the suction disc and the bottom end of T word push plate are mutually welded, and the ring spring is around being mounted in T word push plate, the T word The straight-bar of push plate is vertically embedded at the middle part for extracting groove top end, and the tip of the shifting block and the top activity of T word push plate cooperate, institute State the underface that spring is located at shifting block.

As advanced optimizing for the technical program, the flow mechanism include welded plate, unidirectional valve ball, pipeline, fixture block, The top of one-way slabs, the welded plate is mutually welded with the inner wall of bottom end and pipeline, and the unidirectional valve ball is located at the left end of welded plate, And the two is connected by spring, and the unidirectional valve ball insertion is mounted on the middle part of pipeline, the bottom of the pipeline and interior of shell End is mutually welded, and bottom end and the bottom end inside pipeline of the fixture block are mutually welded, and the one-way slabs is set to the top of fixture block, and two Person's activity cooperation, the top of the one-way slabs is mutually welded with the top of pipeline.

As advanced optimizing for the technical program, the waste residue collecting mechanism includes being tightly connected plate, connection strut, filter Net, the bottom end for being tightly connected plate are mutually welded with the top for connecting strut, and the strainer is located at the underface for being tightly connected plate, The top of the strainer is mutually welded with the bottom end for connecting strut, and the strainer is vertically embedded into the bottom of shell, and the two is living It mutually welds the bottom end of dynamic touching, the top for being tightly connected plate and connecting rod.

As advanced optimizing for the technical program, the quantitative drawing liquid mechanism includes filling mechanism, liquid feeding driving mechanism, The top of the filling mechanism and the top of shell are mutually welded, the top of the liquid feeding driving mechanism and the right side of filling mechanism bottom end It mutually welds part.

As advanced optimizing for the technical program, the filling mechanism includes connection ring, drug slot, extrusion ball, connecting tube Road, spout, the top of the connection ring are mutually welded with the bottom end of drug slot, and the top of the drug slot is mutually welded with the top of interior of shell Connect, the upper and lower ends of the extrusion ball are set to connecting pipe and the two is integrated, the bottom end of the connecting pipe with It mutually welds on the top of spout.

As advanced optimizing for the technical program, the liquid feeding driving mechanism includes stripper plate, active valve block, linking Bar, the left end of the stripper plate are mutually welded with the right end of active valve block, and the right end of the joining rod and the middle part of active valve block are living Dynamic connection, the stripper plate are located at the right of joining rod.

As advanced optimizing for the technical program, the power mechanism includes floating block connecting rod, floating block, rotating wheel, axis The heart, gravity lead, sewage conduct, outlet of sewer, one end of the floating block connecting rod are mutually welded with the head end of floating block, the other end with The outer ring of rotating wheel is mutually welded, and the axle center is set to the axle center of rotating wheel, and the two is integrated, the gravity lead Set on rotating wheel close to the part of outer ring, and the two is integrated, and the sewage conduct is L-type structure, and left end It is mutually welded with the left end of shell, the bottom end of the sewage conduct is mutually welded with the top of outlet of sewer, the bottom of the outlet of sewer It holds and is mutually welded with the bottom end of shell.

Beneficial effect

Composite rotating bio-disc processing unit of the present invention adds sewage by quantitative dosing case for body, including making it Biodegrade is carried out in slot, for sewage when entering quantitative dosing case, water flow will drive the floating block on power mechanism, make its band Turn driving wheel is rotated, so that the joining rod on rotating wheel be made to be rotated around rotating wheel, makes joining rod promotion activity The movement repeatedly that valve block is controlled, squeezes stripper plate to extrusion ball repeatedly, shrinks extrusion ball, pass through connecting pipe It is come on spout from biological flocculant is extracted in drug slot, is added to flocculant among sewage, is quantified with reaching according to water flow While adding the effect of drug, while rotating rotation, it is able to drive shifting block and is rotated, cooperate it with T word push plate, It allows T word push plate to carry out upper and lower reciprocating motion, drives suction disc to be extracted repeatedly, make the degradation impurity of sewage surface by suction It comes in pipeline, is collected via the waste residue of strainer in the sewage discharge meeting inside groove for again collecting waste residue, while useless needing to clear up When slag collecting tank, fixture block can be made to rotate by the pulling block on rotation waste residue collecting tank fixed mechanism, be removed from card slot, Strainer can be extracted by pull ring out of shell, be cleared up.

For the prior art, structure of the present invention by its equipment of improvement, stream when can be added by sewage The raw power of movable property passes through again without staff to carry out quantitative addition biological flocculant and adds biological flocculant manually, together When the additive amount of flocculant can be precisely controlled, and the impurity of sewage surface emersion after degradation can be stored Waste residue is collected.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of composite rotating bio-disc processing unit of the present invention.

Fig. 2 is the detailed construction schematic diagram of quantitative dosing case of the present invention.

Fig. 3 is the dynamic structure schematic diagram of quantitative dosing case of the present invention.

Fig. 4 is the structural schematic diagram that waste residue collecting tank fixed mechanism of the present invention is extracted out from equipment.

In figure: the fixed machine of quantitative dosing case -1, biological rotating disk -2, inside groove -3, drain pipe -4, body -5, waste residue collecting tank Structure -101, drawing mechanism -102, flow mechanism -103, waste residue collecting mechanism -104, quantitative drawing liquid mechanism -105, power mechanism - 106, -107 pull ring -1011 of shell, pulling block -1012, fixture block -1013, ball -1014, connecting rod -1015, suction disc -1021, bullet Spring -1022 extracts slot -1023, T word push plate -1024, shifting block -1025, welded plate -1031, unidirectional valve ball -1032, pipeline - 1033, fixture block -1034, one-way slabs -1035, sealed connection plate -1041, connection strut -1042, strainer -1043, filling mechanism - 1051, liquid feeding driving mechanism -1052, connection ring -10511, drug slot -10512, extrusion ball -10513, connecting pipe -10514, spray Mouthfuls -10515, stripper plate -10521, active valve block -10522, joining rod -10523, floating block connecting rod -1061, floating block -1062, Rotating wheel -1063, axle center -1064, gravity lead -1065, sewage conduct -1066, outlet of sewer -1067.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.

Embodiment

Please refer to Fig. 1-Fig. 4, the present invention provides composite rotating bio-disc processing unit, structure include quantitative dosing case 1, Biological rotating disk 2, inside groove 3, drain pipe 4, body 5, the bottom end of the quantitative dosing case 1 are mutually welded with the top of body 5, the life Object turntable 2 is located at the centre inside inside groove 3, and the biological rotating disk 2 is located at the lower section of quantitative dosing case 1, a left side for the drain pipe 4 It holds and is mutually welded with the right end of body 5, the inside groove 3 is set to the middle part of body 5, and the two is integrated, the body 5 Including waste residue collecting tank fixed mechanism 101, drawing mechanism 102, flow mechanism 103, waste residue collecting mechanism 104, quantitative drawing liquid machine Structure 105, power mechanism 106, shell 107, the waste residue collecting tank fixed mechanism 101 are vertically embedded into the top of shell 107, institute The top for stating drawing mechanism 102 is vertically embedded into the top of flow mechanism 103, the right end and shell 107 of the flow mechanism 103 Right end mutually weld, the right end of the waste residue collecting mechanism 104 is equipped with the left end of flow mechanism 103, and the two is integration Structure, the top of the quantitative drawing liquid mechanism 105 and the top of shell 107 are mutually welded, the middle part of the power mechanism 106 with calmly The left end for measuring drawing liquid mechanism 105 is flexibly connected, and the waste residue collecting tank fixed mechanism 101 includes pull ring 1011, pulling block 1012, card Block 1013, ball 1014, connecting rod 1015, the pull ring 1011 is set to the upper part of pulling block 1012, and the two is integration Structure, the pulling block 1012 are vertically embedded on the top of shell 107, and the fixture block 1013 is set to the middle part of pulling block 1012, and The two is integrated, and the ball 1014 is fitted around at the top of connecting rod 1015, the top of the connecting rod 1015 It is vertically embedded at the top of pulling block 1012, the ball 1014 is set to the bottom of pulling block 1012, the bottom end of the connecting rod 1015 It is mutually welded with the top of waste residue collecting mechanism 104, the drawing mechanism 102 includes suction disc 1021, spring 1022, extracts slot 1023, T word push plate 1024, shifting block 1025, the top of the suction disc 1021 and the bottom end of T word push plate 1024 are mutually welded, the bullet Spring 1022 is fitted around in T word push plate 1024, and the straight-bar of the T word push plate 1024, which is vertically embedded into, is extracting 1023 top of slot Middle part, the tip of the shifting block 1025 and the top activity of T word push plate 1024 cooperate, and the spring 1022 is located at shifting block 1025 Underface, the flow mechanism 103 include welded plate 1031, unidirectional valve ball 1032, pipeline 1033, fixture block 1034, one-way slabs 1035, top and the bottom end and the inner wall of pipeline 1033 of the welded plate 1031 are mutually welded, and the unidirectional valve ball 1032 is located at weldering The left end of fishplate bar 1031, and the two is connected by spring, and the unidirectional valve ball 1032 is embedded in the middle part for being mounted on pipeline 1033, The pipeline 1033 is mutually welded with the bottom end inside shell 107, the bottom end and the bottom end inside pipeline 1033 of the fixture block 1034 It mutually welds, the one-way slabs 1035 is set to the top of fixture block 1034, and the two activity cooperates, the top of the one-way slabs 1035 It is mutually welded with the top of pipeline 1033, the waste residue collecting mechanism 104 includes being tightly connected plate 1041, connection strut 1042, filter Net 1043, the bottom end for being tightly connected plate 1041 are mutually welded with the top for connecting strut 1042, and the strainer 1043 is located at close The underface of connecting plate 1041 is sealed, the top of the strainer 1043 is mutually welded with the bottom end for connecting strut 1042, the strainer 104 It is vertically embedded into the bottom of shell 107, and the two activity is touched, the top for being tightly connected plate 1041 and connecting rod 1015 Bottom end mutually weld, the quantitative drawing liquid mechanism 105 includes filling mechanism 1051, liquid feeding driving mechanism 1052, the liquid filler The top of structure 1051 and the top of shell 107 are mutually welded, the top and 1051 bottom of filling mechanism of the liquid feeding driving mechanism 1052 The right part split-phase at end is welded, and the filling mechanism 1051 includes connection ring 10511, drug slot 10512, extrusion ball 10513, connecting tube Road 10514, spout 10515, the top of the connection ring 10511 are mutually welded with the bottom end of drug slot 10512, the drug slot 10512 Top mutually welded with the top inside shell 107, the upper and lower ends of the extrusion ball 10513 are set to connecting pipe 10514 simultaneously And the two is integrated, the bottom end of the connecting pipe 10514 is mutually welded with the top of spout 10515, and the liquid feeding drives Motivation structure 1052 includes stripper plate 10521, active valve block 10522, joining rod 10523, the left end of the stripper plate 10521 and work The right end of movable valve block 10522 mutually welds, and the right end of the joining rod 10523 is flexibly connected with the middle part of active valve block 10522, institute The right that stripper plate 10521 is located at joining rod 10523 is stated, the power mechanism 106 includes floating block connecting rod 1061, floating block 1062, rotating wheel 1063, axle center 1064, gravity lead 1065, sewage conduct 1066, outlet of sewer 1067, the floating block connection One end of bar 1061 and the head end of floating block 1062 mutually weld, and the outer ring of the other end and rotating wheel 1063 is mutually welded, the axle center 1064 are set to the axle center of rotating wheel 1063, and the two is integrated, and the gravity lead 1065 is set to rotating wheel 1063 Close to the part of outer ring, and the two is integrated, and the sewage conduct 1066 is L-type structure, and left end and shell 107 left end is mutually welded, and the bottom end of the sewage conduct 1066 is mutually welded with the top of outlet of sewer 1067, the outlet of sewer 1067 bottom end and the bottom end of shell 107 are mutually welded.

The principle of the present invention: adding sewage by quantitative dosing case 1 for body 5, it is made to carry out biological drop in inside groove 3 Solution, for sewage when entering quantitative dosing case 1, water flow will drive the floating block 1062 on power mechanism 106, it is made to drive rotation Wheel 1063 is rotated, so that the joining rod 1052 on rotating wheel 1063 be made to be rotated around rotating wheel 1063, makes to be connected The movement repeatedly that bar 1052 pushes active valve block 10522 to be controlled carries out stripper plate 10521 to extrusion ball 10513 repeatedly It squeezes, shrinks extrusion ball 10513, extract biological flocculant from drug slot 10512 by connecting pipe 10514 and come spout On 10515, it is added to flocculant among sewage, to achieve the effect that quantitatively to add drug according to water flow, while rotates and turning It while dynamic, be able to drive shifting block 1025 and rotated, cooperate it with T word push plate 1024, T word push plate 1024 is allowed to carry out Upper and lower reciprocating motion drives suction disc 1021 to be extracted repeatedly, the degradation impurity of sewage surface is made to be come pipeline by suction In 1033, collected via the waste residue of strainer 1043 in the sewage discharge meeting inside groove 3 for again collecting waste residue, while useless needing to clear up When slag collecting tank, fixture block 1013 can be made to rotate by the pulling block 1012 on rotation waste residue collecting tank fixed mechanism 101, from It is removed on card slot, strainer 1043 can be extracted by pull ring 1011 out of shell 107, be cleared up.

Problems solved by the invention is the prior art apparatus for treating sewage when carrying out biodegrade, is needed to cesspool It is added biological flocculant, the amount of liquid that method generally requires staff's observation inside groove uses to be added manually, pole It for inconvenience and is not easy to control additive amount, makes the very few influence degradation effect of flocculant, wave excessively is caused to flocculant Take, and sewage is also not easy to carry out salvaging processing in the impurity for carrying out degradation rear surface emersion, the present invention passes through above-mentioned component It is combined with each other, structure of the present invention by its equipment of improvement, the power that flowing generates when can be added by sewage, into Row quantitatively adds biological flocculant, passes through again without staff and adds biological flocculant manually, while can be to flocculant Additive amount is precisely controlled, and can the impurity to sewage surface emersion after degradation carry out storage waste residue collect.

The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. composite rotating bio-disc processing unit, structure includes quantitative dosing case (1), biological rotating disk (2), inside groove (3), drain (4), body (5) are managed, the bottom end of the quantitative dosing case (1) and the top of body (5) are mutually welded, it is characterised in that:

The biological rotating disk (2) is located at the internal centre of inside groove (3), and the biological rotating disk (2) is located under quantitative dosing case (1) Side, the left end of the drain pipe (4) and the right end of body (5) mutually weld, and the inside groove (3) is set to the middle part of body (5), and The two is integrated；

The body (5) includes waste residue collecting tank fixed mechanism (101), drawing mechanism (102), flow mechanism (103), waste residue receipts Collecting mechanism (104), quantitative drawing liquid mechanism (105), power mechanism (106), shell (107), the waste residue collecting tank fixed mechanism (101) it is vertically embedded into the top in shell (107), the top of the drawing mechanism (102) is vertically embedded into flow mechanism (103) Top, the right end of the right end and shell (107) of the flow mechanism (103) mutually welds, the waste residue collecting mechanism (104) Right end is equipped with the left end of flow mechanism (103), and the two is integrated, the top of quantitative drawing liquid mechanism (105) It is mutually welded with the top of shell (107), the left end activity of the middle part of the power mechanism (106) and quantitative drawing liquid mechanism (105) Connection.

2. composite rotating bio-disc processing unit according to claim 1, it is characterised in that: the waste residue collecting tank is fixed Mechanism (101) includes pull ring (1011), pulling block (1012), fixture block (1013), ball (1014), connecting rod (1015), the drawing Ring (1011) is set to the upper part of pulling block (1012), and the two is integrated, and the pulling block (1012) is vertically embedded into The top of shell (107), the fixture block (1013) is set to the middle part of pulling block (1012), and the two is integrated, described Ball (1014), which is fitted around, to be vertically embedded at the top of the top of connecting rod (1015), the connecting rod (1015) in pulling block (1012) top, the ball (1014) are set to the bottom of pulling block (1012), the bottom end of the connecting rod (1015) and waste residue It mutually welds on the top of collecting mechanism (104).

3. composite rotating bio-disc processing unit according to claim 1, it is characterised in that: the drawing mechanism (102) Including suction disc (1021), spring (1022), extract slot (1023), T word push plate (1024), shifting block (1025), the suction disc (1021) top and the bottom end of T word push plate (1024) are mutually welded, and the spring (1022) is fitted around in T word push plate (1024) On, the straight-bar of the T word push plate (1024) is vertically embedded into the middle part for extracting slot (1023) top, the point of the shifting block (1025) End and the top activity of T word push plate (1024) cooperate, and the spring (1022) is located at the underface of shifting block (1025).

4. composite rotating bio-disc processing unit according to claim 1, it is characterised in that: the flow mechanism (103) Including welded plate (1031), unidirectional valve ball (1032), pipeline (1033), fixture block (1034), one-way slabs (1035), the welded plate (1031) top is mutually welded with bottom end and the inner wall of pipeline (1033), and the unidirectional valve ball (1032) is located at welded plate (1031) Left end, and the two is connected by spring, and unidirectional valve ball (1032) insertion is mounted on the middle part of pipeline (1033), described Pipeline (1033) bottom end internal with shell (107) is mutually welded, bottom end and pipeline (1033) inside of the fixture block (1034) Bottom end is mutually welded, and the one-way slabs (1035) is set to the top of fixture block (1034), and the two activity cooperates, the one-way slabs (1035) top and the top of pipeline (1033) are mutually welded.

5. composite rotating bio-disc processing unit according to claim 1 or 2, it is characterised in that: the waste residue collects machine Structure (104) includes being tightly connected plate (1041), connection strut (1042), strainer (1043), sealed connection plate (1041) Bottom end is mutually welded with the top for connecting strut (1042), and the strainer (1043) is located at the underface for being tightly connected plate (1041), The top of the strainer (1043) is mutually welded with the bottom end for connecting strut (1042), and the strainer (104) is vertically embedded into shell (107) bottom, and the two activity is touched, the top for being tightly connected plate (1041) and the bottom end phase of connecting rod (1015) Welding.

6. composite rotating bio-disc processing unit according to claim 1, it is characterised in that: the quantitative drawing liquid mechanism It (105) include filling mechanism (1051), liquid feeding driving mechanism (1052), the top of the filling mechanism (1051) and shell (107) top is mutually welded, the top of the liquid feeding driving mechanism (1052) and the right part split-phase of filling mechanism (1051) bottom end Welding.

7. composite rotating bio-disc processing unit according to claim 6, it is characterised in that: the filling mechanism (1051) It is described including connection ring (10511), drug slot (10512), extrusion ball (10513), connecting pipe (10514), spout (10515) The top of connection ring (10511) and the bottom end of drug slot (10512) are mutually welded, the top and shell (107) of the drug slot (10512) Internal top is mutually welded, and the upper and lower ends of the extrusion ball (10513) are set to connecting pipe (10514) and the two is integrated Change structure, the bottom end of the connecting pipe (10514) and the top of spout (10515) are mutually welded.

8. composite rotating bio-disc processing unit according to claim 6, it is characterised in that: the liquid feeding driving mechanism It (1052) include stripper plate (10521), active valve block (10522), joining rod (10523), the left end of the stripper plate (10521) It is mutually welded with the right end of active valve block (10522), the right end of the joining rod (10523) and the middle part of active valve block (10522) It is flexibly connected, the stripper plate (10521) is located at the right of joining rod (10523).

9. composite rotating bio-disc processing unit according to claim 1, it is characterised in that: the power mechanism (106) Including floating block connecting rod (1061), floating block (1062), rotating wheel (1063), axle center (1064), gravity lead (1065), sewage pipe Road (1066), outlet of sewer (1067), one end of the floating block connecting rod (1061) and the head end of floating block (1062) mutually weld, separately One end and the outer ring of rotating wheel (1063) are mutually welded, and the axle center (1064) is set to the axle center of rotating wheel (1063), and the two It is integrated, the gravity lead (1065) is set to rotating wheel (1063) close to the part of outer ring, and the two is integrated Change structure, the sewage conduct (1066) is L-type structure, and left end and the left end of shell (107) are mutually welded, the sewage pipe The bottom end in road (1066) and the top of outlet of sewer (1067) are mutually welded, the bottom end of the outlet of sewer (1067) and shell (107) it mutually welds bottom end.