CN209267365U - Water power is automatically separated through type generator - Google Patents

Water power is automatically separated through type generator Download PDF

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Publication number
CN209267365U
CN209267365U CN201920149390.7U CN201920149390U CN209267365U CN 209267365 U CN209267365 U CN 209267365U CN 201920149390 U CN201920149390 U CN 201920149390U CN 209267365 U CN209267365 U CN 209267365U
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China
Prior art keywords
bearing
stainless steel
buckle
lower casing
steel shaft
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CN201920149390.7U
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Chinese (zh)
Inventor
林美辉
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Xiamen Landi Intelligent Technology Co Ltd
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Xiamen Landi Intelligent Technology Co Ltd
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/20—Hydro energy

Abstract

Water power is automatically separated through type generator, and the utility model relates to technical field of motors；Impeller is nested and fixed in the upper end of stainless steel shaft, impeller is arranged in upper shell, lower position on stainless steel shaft positioned at upper shell is arranged with magnet ring, and magnet ring is set in the inner ring for the stator being fixed in lower casing, lower casing is fixed on the lower part of shell, the lower end of stainless steel shaft is plugged with lower bearing, and lower bearing is embedded in the lower bearing caulking groove opened up in bottom in lower casing；The upper cap of lower bearing is equipped with lower buckle, and lower buckle is set on stainless steel shaft using circular hole thereon, and the socle on lower buckle passes through after being opened in the lower casing cross bore of lower casing bottom wall, is fastened on the bottom of lower casing；Lower casing cross bore is set to the periphery of lower bearing caulking groove.Water generator structure is directly crossed using intermediate, not in contact with casting glue, and the coating on magnet ring, drinking water ensure that water quality quality, security performance are higher not by secondary pollution.

Description

Water power is automatically separated through type generator
Technical field
The utility model relates to technical field of motors, and in particular to water power is automatically separated through type generator.
Background technique
With development in science and technology, healthy drinking water is advocated in raising of the people to quality of the life.Hydroelectric generator is widely used in In terms of the household electrical appliances such as shower, tap, night landscape, direct drinking illumination and machinery production.It is well known that hydroelectric generation conduct can be again The purpose of raw clean energy resource is to save electric power resource, and existing market minisize hydroelectric generator cannot not only ensure water quality quality, Encapsulating (micro- poison such as epoxy resin) measure and water is taken to insulate at enameled wire, water will directly flow through casting glue thus, lead to cleaning Water is contaminated, influences quality of drinking water, long-time service is not conducive to good health, it would be highly desirable to be improved.
Utility model content
The purpose of this utility model is that in view of the drawbacks of the prior art and insufficient, provide that a kind of structure is simple, and design is closed Reason, water power easy to use are automatically separated through type generator, water generator structure are directly crossed using intermediate, not in contact with encapsulating Glue, and the coating on magnet ring, drinking water ensure that water quality quality, security performance are higher not by secondary pollution.
In order to achieve the above purposes, the technical solution adopted by the utility model is: it include intake end cover, impeller, it is upper buckle, Upper shell, upper bearing (metal), magnet ring, axle sleeve, stainless steel shaft, stator, lower buckle, lower bearing, lower casing；
Opened up at the top of above-mentioned intake end cover it is fluted, offered up and down in the intake end cover in groove it is several tiltedly Hole；Intake end cover is fixed on the upper end of shell；
The middle part of above-mentioned upper buckle and lower buckle up and down through offering circular hole, the outer wall of upper buckle and lower buckle to Under integrally formed with socle, the lower end of socle is inwardly integrally formed with button foot；
Bottom is run through up and down in above-mentioned upper shell offers shell cross bore, upper outer in the middle part of upper shell cross bore Perforated peripheral in shell offers upper bearing (metal) caulking groove, and upper bearing (metal) is embedded in upper bearing (metal) caulking groove, and upper bearing sleeve is located at stainless steel The external wall of upper portion of axis；The upper cap of upper bearing (metal) is equipped with upper buckle, and upper buckle is set on stainless steel shaft using circular hole thereon, After socle on upper buckle passes through upper shell cross bore, it is fastened on the bottom of shell；
Impeller is nested and fixed in the upper end of above-mentioned stainless steel shaft, and impeller is equipped with several 30 ° of impeller blades, and impeller setting exists In upper shell, the lower position on above-mentioned stainless steel shaft positioned at upper shell is arranged with magnet ring, and magnet ring is set to and is fixed on down In the inner ring of stator in shell, lower casing is fixed on the lower part of shell, and the lower end of above-mentioned stainless steel shaft is plugged with lower bearing, Lower bearing is embedded in the lower bearing caulking groove opened up in bottom in lower casing；The upper cap of lower bearing is equipped with lower buckle, and lower card Discount interest is set on stainless steel shaft with circular hole thereon, and the socle on lower buckle, which passes through to run through, is opened in the lower outer of lower casing bottom wall After shell cross bore, it is fastened on the bottom of lower casing；The lower casing cross bore is set to the periphery of lower bearing caulking groove；
Said stator is made of circular ring shape tube body, multipole contour body and coil；Magnet ring is set in circular ring shape tube body, annulus Angularly integrally formed with several multipole contour bodies on the top perimeter wall of shape tube body, winding is wired on each multipole contour body Circle, wherein the lead in three coils is after the bottom wall of lower casing, dew is located at the downside of lower casing.
Further, the outer wall of the intake end cover is embedded with upper seal.
Further, the lower part of the upper bearing (metal) is equipped with mesoporous washer, and mesoporous washer is set on stainless steel shaft, and embedding It is located in upper bearing (metal) caulking groove.
Further, it is located at magnet ring interior location on the stainless steel shaft, is arranged with axle sleeve.
Further, the bottom of the lower bearing is equipped with gasket, and the gasket is embedded in lower bearing caulking groove.
Further, integrally formed with annulated column, the outer annular groove of annulated column is embedded for the bottom wall lower surface of the lower casing Equipped with lower seal.
Further, the lower end periphery of the circular ring shape tube body is integrally formed with annular steps.
Further, the bottom wall lower surface of the upper shell is integrally formed with No.1 welding bar ring and No. two welding bars The inside of No.1 welding bar ring is arranged in ring, No. two welding bar rings, and the lower end of No.1 welding bar ring is weldingly fixed on lower casing In upper end port, the lower end of No. two welding bar rings is weldingly fixed in the upper end port of circular ring shape tube body.
Further, the external packet of the magnet ring is equipped with protective case.
Further, the lower end of the socle is integrally formed with arc surface.
Further, the outside of the magnet ring is coated with coating.
After adopting the above structure, it is straight-through to have the beneficial effect that water power described in the utility model is automatically separated for the utility model Formula generator directly crosses water generator structure using intermediate, not in contact with casting glue, and the coating on magnet ring, drinking water is not by two Secondary pollution ensures water quality quality, and security performance is higher, and the utility model has structure simple, and setting is reasonable, and cost of manufacture is low etc. Advantage.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structure sectional view of the utility model.
Fig. 2 is sectional view along A-A in Fig. 1.
Fig. 3 is the structural schematic diagram of stator in the utility model.
Fig. 4 is the top view of stator in the utility model.
Fig. 5 is the exploded view of the utility model.
Fig. 6 is the connection schematic diagram of the utility model middle magnetic ring and stainless steel shaft.
Fig. 7 is the upper structural schematic diagram buckled in the utility model.
Fig. 8 is the structural schematic diagram of upper shell in the utility model.
Fig. 9 is the top view of upper shell in the utility model.
Figure 10 is B-B direction cross-sectional view in Fig. 9.
Figure 11 is the structural schematic diagram of lower casing in the utility model.
Figure 12 is the top view of lower casing in the utility model.
Figure 13 be in Figure 12 C-C to cross-sectional view.
Description of symbols:
Upper seal 1, inclined hole 2-1, intake end cover 2, groove 2-2, impeller 3, upper buckle 4, circular hole 4-1, socle 4-2, circle Cambered surface 4-2-1, button foot 4-3, upper shell 5, upper bearing (metal) caulking groove 5-1, upper shell cross bore 5-2, No.1 welding bar ring 5-3, No. two Welding bar ring 5-4, upper bearing (metal) 6, mesoporous washer 7, magnet ring 8, protective case 8-1, axle sleeve 9, stainless steel shaft 10, stator 11, circular ring shape Tube body 11-1, annular steps 11-1-1, multipole contour body 11-2, coil 11-3, lead 11-3-1, it is lower buckle 12, lower bearing 13, Gasket 14, lower casing 15, lower bearing caulking groove 15-1, lower casing cross bore 15-2, annulated column 15-3, outer annular groove 15-3-1, under Sealing ring 16.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.
Referring to as shown in Fig. 1-Figure 13, present embodiment the technical solution adopted is that: it includes intake end cover 2, leaf Wheel 3, it is upper buckle 4, upper shell 5, upper bearing (metal) 6, magnet ring 8, axle sleeve 9, stainless steel shaft 10, stator 11, it is lower buckle 12, lower bearing 13, Lower casing 15；
Upper seal 1 is embedded in the outer wall annular groove of above-mentioned intake end cover 2, the top of intake end cover 2 opens up fluted Inclined hole 2-1 there are three being opened up up and down in intake end cover 2 in 2-2, groove 2-2；Intake end cover 2 is fixed on shell 5 Upper end, and the bottom wall periphery of intake end cover 2 and the upper end port of upper shell 5 are welded and fixed；
The middle part of above-mentioned upper buckle 4 and lower buckle 12 is run through up and down offers circular hole 4-1, upper buckle 4 and lower buckle 12 Outer wall downwards integrally formed with socle 4-2, the lower end of socle 4-2 is integrally formed with arc surface 4-2-1, under socle 4-2 End is inwardly integrally formed with button foot 4-3；
Bottom is run through up and down in above-mentioned upper shell 5 offers shell cross bore 5-2, is located in upper shell cross bore 5-2 Perforated peripheral in the upper shell 5 in portion offers upper bearing (metal) caulking groove 5-1, and upper bearing (metal) 6 is embedded in upper bearing (metal) caulking groove 5-1, upper axis The lower part for holding 6 is equipped with mesoporous washer 7, and upper bearing (metal) 6 and mesoporous washer 7 are set on stainless steel shaft 10；The upper cap of upper bearing (metal) 6 Equipped with upper buckle 4, and upper buckle 4 is set on stainless steel shaft 10 using circular hole 4-1 thereon and (above buckles 4 and stainless steel shaft 10 Between be flexibly connected), it is upper buckle 4 on socle 4-2 pass through upper shell cross bore 5-2 after, be fastened on the bottom of shell 5；
Impeller 3 is nested and fixed in the upper end of above-mentioned stainless steel shaft 10, and impeller 3 is equipped with several 30 ° of impeller blades, water flow punching After the cylindrical type hit among the blade to impeller 3 of impeller 3 shunts the impeller blade at 30 ° of angles of multidirectional impact, it is back to 3 bottom of impeller, Turbo-supercharging structure produced by having the connected i.e. water back pressure of arc side to flow back between several impeller blades, impeller 3 are arranged in upper shell 5 Interior, the lower position on above-mentioned stainless steel shaft 10 positioned at upper shell 5 is arranged with magnet ring 8, and the external packet of magnet ring 8 is equipped with protective case 8-1, protective case 8-1 could alternatively be coating, apply the outer surface for being set to magnet ring 8, are located at position in magnet ring 8 on stainless steel shaft 10 Place is set, axle sleeve 9 is arranged with, magnet ring 8 is set in the inner ring for the stator 11 being fixed in lower casing 15, and lower casing 15 is arranged upper The lower part of shell 5, the bottom wall lower surface of upper shell 5 is integrally formed with No.1 welding bar ring 5-3 and No. two welding bar ring 5-4, and two The inside of No.1 welding bar ring 5-3 is arranged in number welding bar ring 5-4, and the lower end of No.1 welding bar ring 5-3 is weldingly fixed on lower outer In the upper end port of shell 15, the lower end of No. two welding bar ring 5-4 is weldingly fixed in the upper end port of circular ring shape tube body 11-1；On The lower end for stating stainless steel shaft 10 is plugged with lower bearing 13, and the bottom of lower bearing 13 is equipped with gasket 14, and lower bearing 13 and gasket 14 are equal It is embedded in the lower bearing caulking groove 15-1 opened up in bottom in lower casing 15；The upper cap of lower bearing 13 is equipped with lower buckle 12, and Lower buckle 12 is set on stainless steel shaft 10 using circular hole 4-1 thereon, and the socle 4-2 on lower buckle 12 is passed through to run through and is opened in After the lower casing cross bore 15-2 of 15 bottom wall of lower casing, it is fastened on the bottom of lower casing 15；The bottom wall lower surface one of lower casing 15 It is body formed to have annulated column 15-3, lower seal 16 is embedded in the outer annular groove 15-3-1 of annulated column 15-3；The lower casing ten Word hole 15-2 is set to the periphery of lower bearing caulking groove 15-1；
Said stator 11 is made of circular ring shape tube body 11-1, multipole contour body 11-2 and coil 11-3；Circular ring shape tube body 11- 1 lower end periphery is integrally formed with annular steps 11-1-1, the bottom wall upper surface welding of annular steps 11-1-1 and lower casing 15 It is fixed；Magnet ring 8 is set in circular ring shape tube body 11-1, on the top perimeter wall of circular ring shape tube body 11-1 angularly integrally formed with It is arranged with coil 11-3 on several multipole contour body 11-2, each multipole contour body 11-2, wherein in three coil 11-3 After lead 11-3-1 passes through the bottom wall of lower casing 15, dew is located at the downside of lower casing 15.
The working principle of this specific embodiment:: water impacts impeller 3 from the three inclined hole 2-1 opened up on intake end cover 2 Upper multiple impeller blades in the setting of 30 ° of angles, impeller 3 rotate, to drive 8 high speed rotation of magnet ring to produce by stainless steel shaft 10 Magnetisation field, the coil 11-3 cutting magnetic field on stator 11 generate electricity, that is, generate electricity；At the same time, water flow is successively passed through in impeller 3 Cylindrical tap hole, after upper shell cross bore 5-2, behind the periphery of stator 8, pass through lower casing cross bore 15-2 and arrange Out.
After adopting the above structure, present embodiment has the beneficial effect that water power described in present embodiment is automatic Through type generator is separated, directly crosses water generator structure using intermediate, not in contact with casting glue, and the coating on magnet ring, it drinks Water by secondary pollution, does not ensure water quality quality, and security performance is higher, and the utility model has structure simple, and setting rationally, makes The advantages that at low cost.
The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model Spirit and scope should all cover in the scope of the claims of the utility model.

Claims (11)

1. water power is automatically separated through type generator, it is characterised in that: it includes intake end cover (2), impeller (3), upper buckle (4), upper shell (5), upper bearing (metal) (6), magnet ring (8), axle sleeve (9), stainless steel shaft (10), stator (11), lower buckle (12), lower axle Hold (13), lower casing (15)；
It opens up fluted (2-2) at the top of above-mentioned intake end cover (2), is opened up and down in the intake end cover (2) in groove (2-2) Equipped with several inclined holes (2-1)；Intake end cover (2) is fixed on the upper end of shell (5)；
The middle part of above-mentioned upper buckle (4) and lower buckle (12) is run through up and down to be offered circular hole (4-1), upper buckle (4) and lower card The outer wall of (12) is detained downwards integrally formed with socle (4-2), the lower end of socle (4-2) is inwardly integrally formed with button foot (4- 3)；
The interior bottom of above-mentioned upper shell (5) is run through up and down offers shell cross bore (5-2), is located at upper shell cross bore (5-2) Perforated peripheral in the upper shell (5) at middle part offers upper bearing (metal) caulking groove (5-1), and upper bearing (metal) (6) is embedded in upper bearing (metal) caulking groove (5- 1) in, and upper bearing (metal) (6) is set in the external wall of upper portion of stainless steel shaft (10)；The upper cap of upper bearing (metal) (6) is equipped with upper buckle (4), And upper buckle (4) is set on stainless steel shaft (10) using circular hole (4-1) thereon, the socle (4-2) on upper buckle (4) passes through After upper shell cross bore (5-2), it is fastened on the bottom of shell (5)；
The upper end of above-mentioned stainless steel shaft (10) is nested and fixed impeller (3), and impeller (3) is equipped with several 30 ° of impeller blades, impeller (3) in upper shell (5), the lower position on above-mentioned stainless steel shaft (10) positioned at upper shell (5) is arranged with magnet ring for setting (8), and magnet ring (8) is set in the inner ring for the stator (11) being fixed in lower casing (15), and lower casing (15) is fixed on outer The lower end of the lower part of shell (5), above-mentioned stainless steel shaft (10) is plugged with lower bearing (13), and lower bearing (13) is embedded in lower casing (15) In the lower bearing caulking groove (15-1) opened up in interior bottom；The upper cap of lower bearing (13) is equipped with lower buckle (12), and lower buckle (12) it is set on stainless steel shaft (10) using circular hole (4-1) thereon, the socle (4-2) on lower buckle (12) is passed through to run through and be opened After the lower casing cross bore (15-2) of lower casing (15) bottom wall, it is fastened on the bottom of lower casing (15)；The lower casing Cross bore (15-2) is set to the periphery of lower bearing caulking groove (15-1)；
Said stator (11) is made of circular ring shape tube body (11-1), multipole contour body (11-2) and coil (11-3)；Magnet ring (8) is set It is placed in circular ring shape tube body (11-1), angularly integrally formed with several multipoles on the top perimeter wall of circular ring shape tube body (11-1) Contour body (11-2) is arranged with coil (11-3) on each multipole contour body (11-2), wherein in three coils (11-3) After lead (11-3-1) passes through the bottom wall of lower casing (15), dew is located at the downside of lower casing (15).
2. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the intake end cover (2) outer wall is embedded with upper seal (1).
3. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the upper bearing (metal) (6) Lower part be equipped with mesoporous washer (7), mesoporous washer (7) is set on stainless steel shaft (10), and is embedded at upper bearing (metal) caulking groove (5-1) In.
4. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the stainless steel shaft (10) it is located at magnet ring (8) interior location on, is arranged with axle sleeve (9).
5. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the lower bearing (13) Bottom be equipped with gasket (14), and the gasket (14) is embedded in lower bearing caulking groove (15-1).
6. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the lower casing (15) Bottom wall lower surface integrally formed with annulated column (15-3), is embedded with lower sealing in the outer annular groove (15-3-1) of annulated column (15-3) It encloses (16).
7. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the circular ring shape tube body The lower end periphery of (11-1) is integrally formed with annular steps (11-1-1).
8. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the upper shell (5) Bottom wall lower surface integrally formed with No.1 welding bar ring (5-3) and No. two welding bar rings (5-4), No. two welding bar rings (5-4) It is arranged in the inside of No.1 welding bar ring (5-3), the lower end of No.1 welding bar ring (5-3) is weldingly fixed on the upper of lower casing (15) It holds on port, the lower end of No. two welding bar rings (5-4) is weldingly fixed in the upper end port of circular ring shape tube body (11-1).
9. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the magnet ring (8) Outside packet is equipped with protective case (8-1).
10. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the socle (4-2) Lower end integrally formed with arc surface (4-2-1).
11. water power according to claim 1 is automatically separated through type generator, it is characterised in that: the magnet ring (8) Outside is coated with coating.
CN201920149390.7U 2019-01-29 2019-01-29 Water power is automatically separated through type generator Active CN209267365U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201920149390.7U CN209267365U (en) 2019-01-29 2019-01-29 Water power is automatically separated through type generator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201920149390.7U CN209267365U (en) 2019-01-29 2019-01-29 Water power is automatically separated through type generator

Publications (1)

Publication Number Publication Date
CN209267365U true CN209267365U (en) 2019-08-16

Family

ID=67584968

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201920149390.7U Active CN209267365U (en) 2019-01-29 2019-01-29 Water power is automatically separated through type generator

Country Status (1)

Country Link
CN (1) CN209267365U (en)

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