CN109678263A - A kind of rotary air bubble generator of automated machine, sewage purifier - Google Patents
A kind of rotary air bubble generator of automated machine, sewage purifier Download PDFInfo
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- CN109678263A CN109678263A CN201910072018.5A CN201910072018A CN109678263A CN 109678263 A CN109678263 A CN 109678263A CN 201910072018 A CN201910072018 A CN 201910072018A CN 109678263 A CN109678263 A CN 109678263A
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- container
- motor
- rotor
- blade
- cavity
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F7/00—Aeration of stretches of water
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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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
Abstract
A kind of rotary air bubble generator of automated machine, sewage purifier include rotor (1), container (2), lid (3), bearing (4), motor (5), rivet (6)；It further include control module, power supply, switch, solenoid valve, water inlet line (12), admission line (11), sensor (10).Sewage purifier has the rotary air bubble generator of a kind of automated machine, sewage purifier.Service life of the invention is high, advantageously reduces that local temperature, low energy consumption, structure is simple.
Description
Technical field
The present invention relates to air bubble generators, and in particular to a kind of rotary air bubble generator of automated machine, sewage purification
Equipment.
Background technique
Commonly used equipment during bubble generator is sewage treatment, chemical substance produces, drug produces, the most common bubble hair
Raw device is broadly divided into pore type, mechanical, and existing machinery formula bubble generator generally utilizes mechanical rotation reinforcing body structural impact
The mode of cutting bubble carrys out bubble disintegration, to reduce the fineness of bubble；There is the big, outlet that consumes energy in existing machinery formula bubble generator
Hole is easy to produce air band and reduces bubble generation efficiency, is easy to produce vacuum bubbles reduction mechanical life, localized hyperthermia, bubble merging
The technical issues of, there are rooms for improvement；The fluctuation of speed control of motor needs additional circuit goods mechanical device, the revolving speed of motor
Fluctuation is easy to cause bearing vibration to damage electrical machinery life, and the fluctuation of speed of motor causes to generate heat, and increases energy consumption.
Summary of the invention
In order to solve the above problem, the present invention devises a kind of rotary air bubble generator of automated machine, sewage purification is set
Standby, particular technique content is as follows.
1, a kind of machinery rotating type air bubble generator, it is characterised in that: include rotor (1), container (2), lid (3), axis
Hold (4), motor (5), rivet (6)；
Rotor (1) includes interconnecting piece (1-1), back-off container (1-2), waist mouth (1-3), venthole (1-4), air inlet openings
(1-8), driving blade group (1-5)；
In rotor (1): interconnecting piece (1-1) is cylinder, has connecting hole (1-7) on interconnecting piece (1-1), interconnecting piece (1-
1) axis of axis and connecting hole (1-7) intersects vertically, and the interconnecting piece upper end (1-1) has motor connecting structure；
In rotor (1): back-off container (1-2) is cylinder, has cylindrical cavity (1-6) in back-off container (1-2), circle
Cylindrical cavity (1-6) is coaxial with back-off container (1-2), is buckled to the upper end closed of container (1-2)；
In rotor (1): waist mouth (1-3) be it is pyramidal, waist mouth (1-3) have pyramidal cavity, waist mouth (1-3) it is pyramidal
The axis of cavity is overlapped with the axis of Yao Kou (1-3), the big end of the opening of the pyramidal cavity of waist mouth (1-3) and back-off container
The lower end (1-2) communicates；
In rotor (1): air inlet openings (1-8) be it is cylindric, air inlet openings (1-8) have cylindrical cavity, air inlet openings
The axis of (1-8) is coaxial with the cylindrical cavity of air inlet openings (1-8), the cylindrical cavity and Yao Kou (1- of air inlet openings (1-8)
3) end that the opening of pyramidal cavity is small communicates；
In rotor (1): driving blade group (1-5) is made of blade (1-5-3-1) and lower blade (1-5-3-2), upper leaf
Piece and lower blade are arc；Blade (1-5-3-1) is parallel with lower blade (1-5-3-2), the inside of blade (1-5-3-1)
It is connected with the outer wall of back-off container (1-2), the inside of lower blade (1-5-3-2) is connected with the outer wall of back-off container (1-2), upper leaf
Be between the outside of piece (1-5-3-1) and the outside of lower blade (1-5-3-2) it is open, the head end of blade (1-5-3-1) arrives
Be buckled to container (1-2) upper end distance greater than blade (1-5-3-1) tail end to be buckled to container (1-2) upper end away from
From；The head end of lower blade (1-5-3-2) is greater than the tail end of lower blade (1-5-3-2) to the distance of the upper end of back-off container (1-2)
To the distance of the upper end of back-off container (1-2)；The outer rim camber line of lower blade (1-5-3-2) and the outer rim of blade (1-5-3-1)
Camber line is coplanar；The length of the outer rim camber line of blade (1-5-3-1) is 1/6th of circle where foreign aid's camber line；Driving blade group
The quantity of (1-5) is 3 (1-5-1,1-5-2,1-5-3), and 3 driving blade groups (1-5-1,1-5-2,1-5-3) are to be buckled to container
The axis of (1-2) is center line circumferentially array distribution；
In rotor (1): venthole (1-4) penetrates the wall of back-off container (1-2), and the inner end of venthole (1-4) and back-off are held
The cylindrical cavity (1-6) of device (1-2) communicates；The outer end spatial position of venthole (1-4) is located at the upper of driving blade group (1-5)
The centre of the tail end of the lower blade (1-5-3-2) of the tail end and driving blade group (1-5) of blade (1-5-3-1), venthole (1-4)
Quantity be 3, the corresponding venthole (1-4) of each driving blade group (1-5), 3 ventholes (1-4) are to be buckled to container (1-
2) axis is center line circumferentially array distribution；
Container (2) include cavity, make unrestrained cylinder (2-1), air inlet pipe (2-2), water-permeable passage (2-3), support portion (2-4),
Container foot (2-5)；
In container (2): cavity is pyramidal cavity, and upward, lower end is downward for big end；
In container (2): making unrestrained cylinder (2-1) and be located in cavity, make unrestrained cylinder (2-1) as cylindrical shape, make unrestrained cylinder (2-1)
Inner wall on have 3 recess cambered surfaces (2-1-1), 3 recess cambered surfaces (2-1-1) are centered on the axis for making unrestrained cylinder (2-1)
Line circumferentially array distribution, the surface of recess cambered surface (2-1-1), which is arrived, makes the distance of unrestrained cylinder (2-1) axis greater than making unrestrained cylinder
Do not have the place of recess cambered surface (2-1-1) on the inner wall of (2-1) to the distance for making unrestrained cylinder (2-1) axis；Be recessed cambered surface (2-
First end and second end 1-1) is to make the inner section circle of unrestrained cylinder (2-1) in the span for the inner section circle for making unrestrained cylinder (2-1)
1/6th；Unrestrained cylinder (2-1) outer wall is made in the first end connection of support portion (2-4), and the second end of support portion (2-4), which connects, to be held
Chamber side plays support and makes unrestrained cylinder (2-1)；It makes that unrestrained cylinder (2-1) is coaxial with cavity, makes the upper end unrestrained cylinder (2-1)
Level height of the level height lower than the big end of cavity；
In container (2): water-permeable passage (2-3), which is located at, to be made between the lower end and cavity bottom of unrestrained cylinder (2-1), in cavity
Water energy, which is enough entered by water-permeable passage (2-3), makes unrestrained cylinder (2-1)；
In container (2): air inlet pipe (2-2) is coaxial with unrestrained cylinder (2-1) is made, and air inlet pipe (2-2) passes through cavity bottom by outside
Portion interface, which enters, makes in unrestrained cylinder (2-1)；
In container (2): container foot (2-5) is located at lower vessel portion, plays a supportive role, and facilitates placement；
Lid (3) includes ontology, motor support portion (3-1), motor axis hole (3-2), escape pipe (3-3), motor shaft waterproof
Column (3-4)；
In lid (3): ontology be it is discoid, motor support portion (3-1) be cylindrical shape, be used to support motor；
In lid (3): motor support portion (3-1) is located above ontology, and motor support portion (3-1) is coaxial with ontology, motor
The overall diameter of support portion (3-1) is less than the overall diameter of ontology；
In lid (3): the anti-water column of motor shaft (3-4) is located at below ontology, and the anti-water column of motor shaft (3-4) is coaxial with ontology；
In lid (3): the interior diameter of motor axis hole (3-2) is less than the overall diameter of motor support portion (3-1)；Motor axis hole
(3-2) is coaxial with motor shaft anti-water column (3-4), and motor axis hole (3-2) first end is communicated with motor support portion (3-1), motor shaft
Hole (3-2) second end is located on the lower surface the anti-water column of motor shaft (3-4)；
In lid (3): escape pipe (3-3) is located above ontology, and the lumen of escape pipe (3-3) penetrates ontology；Escape pipe (3-
3) lumen open is located at the lower surface of ontology；
Bearing (4) is used to connect the interconnecting piece (1-1) and lid of rotor (1)；Motor (5) is mounted on the motor of lid (3)
On support portion (3-1), the interconnecting piece of rotor (1) passes through lid (3) and is connected with motor axis hole (3-2), and lid (3) is mounted on container
(2) upper end；The air inlet pipe (2-2) of container (2) protrudes into the cylindrical cavity (1-6) of the back-off container (1-2) of rotor (1)；
Rotor (1) and back-off container (1-2) to make unrestrained cylinder (2-1) coaxial；
The driving blade group (1-5) of rotor (1) makes unrestrained cylinder (2-1) inside, rotor (1) positioned at back-off container (1-2)
Driving blade group (1-5) lower blade (1-5-3-2) outer rim camber line and container (2) make unrestrained cylinder (2-1) do not have it is recessed
The distance for falling into the place of cambered surface (2-1-1) is less than the thickness of lower blade (1-5-3-2)；Motor (5) is for driving rotor (1) at the uniform velocity
Rotation；
It further include control module, power supply, switch, solenoid valve, water inlet line (12), admission line (11), sensor (10)；
The air inlet pipe (2-2) of admission line (11) and container (2) communicates；
Water inlet line (12) is mutually common to container (2) as container (2) plus water；
Solenoid valve is located on the pipeline path of water inlet line (12), for controlling the cut-off of water inlet line (12) or open-minded；
It is connected between power supply and motor (5) by the electric energy transmission channel switched, power supply provides electricity to motor by switch
Energy；
Power supply is connected with control module, and power supply provides electric energy to control module；
Power supply is connected with solenoid valve, and power supply provides electric energy to solenoid valve；
Sensor (10) is mounted on container (2) inside, and sensor (10) is used to obtain the altitude information of liquid level (9)；
Between sensor (10) and control module there is information to connect, sensor (10) provides liquid level (9) to control module
Altitude information；
There is control connection, control module can control cutting for the energy-transmission channel of switch between control module and switch
Only or be connected；
There is control connection between control module and solenoid valve, control module can control the cut-off or conducting of solenoid valve,
To control the cut-off or open-minded of water inlet line (12)；
When control module makes unrestrained cylinder (2-1) lower than container (2) from the altitude information that sensor (10) obtain liquid level (9)
Upper end when, control module control switch energy-transmission channel conducting, to keep solenoid valve open-minded, to make water inlet line
(12) open-minded, so that water enters container (2) inside from water inlet line (12), realize moisturizing.
2, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: rotor (1) is metal
Material.
3, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: rotor (1) is organic
Material texture.
4, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: rotor (1) is single
Unitary elements.
5, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: rotor (1) is by multiple
Element composition.
6, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: be changed to roll by bearing 4
Pearl bearing.
7, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: cancel rivet 6 and use
It welds bearing 4 and motor axis connection.
8, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: motor is direct current
Machine.
9, a kind of machinery rotating type air bubble generator as described in technology contents 1, it is characterised in that: motor is alternating current
Machine.
10, sewage purifier, it is characterised in that: there is a kind of machinery rotating type bubble generation described in technology contents 1
Device.
Technical principle and its utility model has the advantages that
When rotor rotates, driving blade group (1-5) rotates shape between blade (1-5-3-1) and lower blade (1-5-3-2)
At water flow, the venthole (1-4) of rotor out (1) is caused to impact, the unrestrained cylinder surface (2-1) is made with recessed due to container (2)
It falls into cambered surface (2-1-1), causes the pressure cycle in the liquid driven channel of driving blade group (1-5) to change, and then cause to drive
Cyclic fluctuation is presented in the water flow of blade group (1-5) driving, and stomata nearby is not allowed to be also easy to produce air band, conducive to improving efficiency；By
In not needing rotor speed change, so the bulk life time of device can be improved in electrical machinery life；Due to there is no solid structure to produce bubble
Raw impact, advantageously reduces local temperature；Due to not having solid structure to generate impact to bubble, there is no bubble eruption impact is rotten
Solid structure is lost, so the service life of the invention is higher.
Service life of the invention is high, advantageously reduces that local temperature, low energy consumption, structure is simple.
The invention new approaches.
Detailed description of the invention
Fig. 1 is the structure chart of the rotor of embodiment 1.
Fig. 2 is the structure chart of the container of embodiment 1.
Fig. 3 is the structure chart of the lid of embodiment 1.
Fig. 4 is the structure chart of the bearing of embodiment 1.
Fig. 5 is the schematic diagram of the motor of embodiment 1.
Fig. 6 is the schematic diagram of the assembly of embodiment 1.Wherein 6 be the rivet for connecting bearing (4) and rotor (1).
Fig. 7 is a kind of schematic diagram of the mechanical structure of machinery rotating type air bubble generator of embodiment 1.
Fig. 8 is the whole schematic diagram of embodiment 1.
Specific embodiment
Embodiment 1, such as Fig. 1-8, a kind of machinery rotating type air bubble generator, it is characterised in that: include rotor (1), container
(2), lid (3), bearing (4), motor (5), rivet (6)；
Rotor (1) includes interconnecting piece (1-1), back-off container (1-2), waist mouth (1-3), venthole (1-4), air inlet openings
(1-8), driving blade group (1-5)；
In rotor (1): interconnecting piece (1-1) is cylinder, has connecting hole (1-7) on interconnecting piece (1-1), interconnecting piece (1-
1) axis of axis and connecting hole (1-7) intersects vertically, and the interconnecting piece upper end (1-1) has motor connecting structure；
In rotor (1): back-off container (1-2) is cylinder, has cylindrical cavity (1-6) in back-off container (1-2), circle
Cylindrical cavity (1-6) is coaxial with back-off container (1-2), is buckled to the upper end closed of container (1-2)；
In rotor (1): waist mouth (1-3) be it is pyramidal, waist mouth (1-3) have pyramidal cavity, waist mouth (1-3) it is pyramidal
The axis of cavity is overlapped with the axis of Yao Kou (1-3), the big end of the opening of the pyramidal cavity of waist mouth (1-3) and back-off container
The lower end (1-2) communicates；
In rotor (1): air inlet openings (1-8) be it is cylindric, air inlet openings (1-8) have cylindrical cavity, air inlet openings
The axis of (1-8) is coaxial with the cylindrical cavity of air inlet openings (1-8), the cylindrical cavity and Yao Kou (1- of air inlet openings (1-8)
3) end that the opening of pyramidal cavity is small communicates；
In rotor (1): driving blade group (1-5) is made of blade (1-5-3-1) and lower blade (1-5-3-2), upper leaf
Piece and lower blade are arc；Blade (1-5-3-1) is parallel with lower blade (1-5-3-2), the inside of blade (1-5-3-1)
It is connected with the outer wall of back-off container (1-2), the inside of lower blade (1-5-3-2) is connected with the outer wall of back-off container (1-2), upper leaf
Be between the outside of piece (1-5-3-1) and the outside of lower blade (1-5-3-2) it is open, the head end of blade (1-5-3-1) arrives
Be buckled to container (1-2) upper end distance greater than blade (1-5-3-1) tail end to be buckled to container (1-2) upper end away from
From；The head end of lower blade (1-5-3-2) is greater than the tail end of lower blade (1-5-3-2) to the distance of the upper end of back-off container (1-2)
To the distance of the upper end of back-off container (1-2)；The outer rim camber line of lower blade (1-5-3-2) and the outer rim of blade (1-5-3-1)
Camber line is coplanar；The length of the outer rim camber line of blade (1-5-3-1) is 1/6th of circle where foreign aid's camber line；Driving blade group
The quantity of (1-5) is 3 (1-5-1,1-5-2,1-5-3), and 3 driving blade groups (1-5-1,1-5-2,1-5-3) are to be buckled to container
The axis of (1-2) is center line circumferentially array distribution；
In rotor (1): venthole (1-4) penetrates the wall of back-off container (1-2), and the inner end of venthole (1-4) and back-off are held
The cylindrical cavity (1-6) of device (1-2) communicates；The outer end spatial position of venthole (1-4) is located at the upper of driving blade group (1-5)
The centre of the tail end of the lower blade (1-5-3-2) of the tail end and driving blade group (1-5) of blade (1-5-3-1), venthole (1-4)
Quantity be 3, the corresponding venthole (1-4) of each driving blade group (1-5), 3 ventholes (1-4) are to be buckled to container (1-
2) axis is center line circumferentially array distribution；
Container (2) include cavity, make unrestrained cylinder (2-1), air inlet pipe (2-2), water-permeable passage (2-3), support portion (2-4),
Container foot (2-5)；
In container (2): cavity is pyramidal cavity, and upward, lower end is downward for big end；
In container (2): making unrestrained cylinder (2-1) and be located in cavity, make unrestrained cylinder (2-1) as cylindrical shape, make unrestrained cylinder (2-1)
Inner wall on have 3 recess cambered surfaces (2-1-1), 3 recess cambered surfaces (2-1-1) are centered on the axis for making unrestrained cylinder (2-1)
Line circumferentially array distribution, the surface of recess cambered surface (2-1-1), which is arrived, makes the distance of unrestrained cylinder (2-1) axis greater than making unrestrained cylinder
Do not have the place of recess cambered surface (2-1-1) on the inner wall of (2-1) to the distance for making unrestrained cylinder (2-1) axis；Be recessed cambered surface (2-
First end and second end 1-1) is to make the inner section circle of unrestrained cylinder (2-1) in the span for the inner section circle for making unrestrained cylinder (2-1)
1/6th；Unrestrained cylinder (2-1) outer wall is made in the first end connection of support portion (2-4), and the second end of support portion (2-4), which connects, to be held
Chamber side plays support and makes unrestrained cylinder (2-1)；It makes that unrestrained cylinder (2-1) is coaxial with cavity, makes the upper end unrestrained cylinder (2-1)
Level height of the level height lower than the big end of cavity；
In container (2): water-permeable passage (2-3), which is located at, to be made between the lower end and cavity bottom of unrestrained cylinder (2-1), in cavity
Water energy, which is enough entered by water-permeable passage (2-3), makes unrestrained cylinder (2-1)；
In container (2): air inlet pipe (2-2) is coaxial with unrestrained cylinder (2-1) is made, and air inlet pipe (2-2) passes through cavity bottom by outside
Portion interface, which enters, makes in unrestrained cylinder (2-1)；
In container (2): container foot (2-5) is located at lower vessel portion, plays a supportive role, and facilitates placement；
Lid (3) includes ontology, motor support portion (3-1), motor axis hole (3-2), escape pipe (3-3), motor shaft waterproof
Column (3-4)；
In lid (3): ontology be it is discoid, motor support portion (3-1) be cylindrical shape, be used to support motor；
In lid (3): motor support portion (3-1) is located above ontology, and motor support portion (3-1) is coaxial with ontology, motor
The overall diameter of support portion (3-1) is less than the overall diameter of ontology；
In lid (3): the anti-water column of motor shaft (3-4) is located at below ontology, and the anti-water column of motor shaft (3-4) is coaxial with ontology；
In lid (3): the interior diameter of motor axis hole (3-2) is less than the overall diameter of motor support portion (3-1)；Motor axis hole
(3-2) is coaxial with motor shaft anti-water column (3-4), and motor axis hole (3-2) first end is communicated with motor support portion (3-1), motor shaft
Hole (3-2) second end is located on the lower surface the anti-water column of motor shaft (3-4)；
In lid (3): escape pipe (3-3) is located above ontology, and the lumen of escape pipe (3-3) penetrates ontology；Escape pipe (3-
3) lumen open is located at the lower surface of ontology；
Bearing (4) is used to connect the interconnecting piece (1-1) and lid of rotor (1)；Motor (5) is mounted on the motor of lid (3)
On support portion (3-1), the interconnecting piece of rotor (1) passes through lid (3) and is connected with motor axis hole (3-2), and lid (3) is mounted on container
(2) upper end；The air inlet pipe (2-2) of container (2) protrudes into the cylindrical cavity (1-6) of the back-off container (1-2) of rotor (1)；
Rotor (1) and back-off container (1-2) to make unrestrained cylinder (2-1) coaxial；
The driving blade group (1-5) of rotor (1) makes unrestrained cylinder (2-1) inside, rotor (1) positioned at back-off container (1-2)
Driving blade group (1-5) lower blade (1-5-3-2) outer rim camber line and container (2) make unrestrained cylinder (2-1) do not have it is recessed
The distance for falling into the place of cambered surface (2-1-1) is less than the thickness of lower blade (1-5-3-2)；Motor (5) is for driving rotor (1) at the uniform velocity
Rotation；
It further include control module, power supply, switch, solenoid valve, water inlet line (12), admission line (11), sensor (10)；
The air inlet pipe (2-2) of admission line (11) and container (2) communicates；
Water inlet line (12) is mutually common to container (2) as container (2) plus water；
Solenoid valve is located on the pipeline path of water inlet line (12), for controlling the cut-off of water inlet line (12) or open-minded；
It is connected between power supply and motor (5) by the electric energy transmission channel switched, power supply provides electricity to motor by switch
Energy；
Power supply is connected with control module, and power supply provides electric energy to control module；
Power supply is connected with solenoid valve, and power supply provides electric energy to solenoid valve；
Sensor (10) is mounted on container (2) inside, and sensor (10) is used to obtain the altitude information of liquid level (9)；
Between sensor (10) and control module there is information to connect, sensor (10) provides liquid level (9) to control module
Altitude information；
There is control connection, control module can control cutting for the energy-transmission channel of switch between control module and switch
Only or be connected；
There is control connection between control module and solenoid valve, control module can control the cut-off or conducting of solenoid valve,
To control the cut-off or open-minded of water inlet line (12)；
When control module makes unrestrained cylinder (2-1) lower than container (2) from the altitude information that sensor (10) obtain liquid level (9)
Upper end when, control module control switch energy-transmission channel conducting, to keep solenoid valve open-minded, to make water inlet line
(12) open-minded, so that water enters container (2) inside from water inlet line (12), realize moisturizing.
Embodiment 2, on the basis of embodiment 1, rotor (1) are metal material.
Embodiment 2, on the basis of embodiment 1, rotor (1) are organic material material.
Embodiment 3, on the basis of embodiment 1, rotor (1) are single unitary elements.
Embodiment 4, on the basis of embodiment 1, rotor (1) is made up of multiple elements.
Embodiment 5, on the basis of embodiment 1, container (2) are metal material.
Embodiment 6, on the basis of embodiment 1, container (2) are organic material material.
Embodiment 7, on the basis of embodiment 1, container (2) are single unitary elements.
Embodiment 8, on the basis of embodiment 1, container (2) is made up of multiple elements.
Embodiment 9, on the basis of embodiment 1, lid (3) are metal material.
Embodiment 10, on the basis of embodiment 1, lid (3) are organic material material.
Embodiment 11, on the basis of embodiment 1, lid (3) are single unitary elements.
Embodiment 12, on the basis of embodiment 1, lid (3) is made up of multiple elements.
Embodiment 13, on the basis of embodiment 1, is changed to ball bearing for bearing 4.
Embodiment 14, on the basis of embodiment 1, is changed to needle bearing for bearing 4.
Embodiment 15, on the basis of embodiment 1 cancels rivet 6 using welding for bearing 4 and motor axis connection.
Embodiment 16, on the basis of embodiment 1, motor is direct current generator.
Embodiment 17, on the basis of embodiment 1, motor is alternating current generator.
Embodiment 18, on the basis of embodiment 1, motor is stepper motor.
Claims (10)
1. a kind of rotary air bubble generator of automated machine, it is characterised in that: comprising rotor (1), container (2), lid (3),
Bearing (4), motor (5), rivet (6)；
Rotor (1) include interconnecting piece (1-1), back-off container (1-2), waist mouth (1-3), venthole (1-4), air inlet openings (1-8),
Driving blade group (1-5)；
In rotor (1): interconnecting piece (1-1) is cylinder, has connecting hole (1-7) on interconnecting piece (1-1), interconnecting piece (1-1)
The axis of axis and connecting hole (1-7) intersects vertically, and the interconnecting piece upper end (1-1) has motor connecting structure；
In rotor (1): back-off container (1-2) is cylinder, has cylindrical cavity (1-6) in back-off container (1-2), cylindrical
Cavity (1-6) is coaxial with back-off container (1-2), is buckled to the upper end closed of container (1-2)；
In rotor (1): waist mouth (1-3) be it is pyramidal, waist mouth (1-3) have pyramidal cavity, the pyramidal cavity of waist mouth (1-3)
Axis be overlapped with the axis of Yao Kou (1-3), the big end of opening of the pyramidal cavity of waist mouth (1-3) and back-off container (1-2)
Lower end communicates；
In rotor (1): air inlet openings (1-8) be it is cylindric, air inlet openings (1-8) have cylindrical cavity, air inlet openings (1-8)
Axis it is coaxial with the cylindrical cavity of air inlet openings (1-8), the cylindrical cavities of air inlet openings (1-8) and Yao Kou (1-3's)
The end that the opening of pyramidal cavity is small communicates；
In rotor (1): driving blade group (1-5) is made of blade (1-5-3-1) and lower blade (1-5-3-2), blade and
Lower blade is arc；Blade (1-5-3-1) is parallel with lower blade (1-5-3-2), the inside of blade (1-5-3-1) and fall
The outer wall for detaining container (1-2) is connected, and the inside of lower blade (1-5-3-2) is connected with the outer wall of back-off container (1-2), blade
Be between the outside of (1-5-3-1) and the outside of lower blade (1-5-3-2) it is open, the head end of blade (1-5-3-1) is to falling
The distance for detaining the upper end of container (1-2) is greater than the tail end of blade (1-5-3-1) to the distance of the upper end of back-off container (1-2)；
Tail end of the head end of lower blade (1-5-3-2) to the distance of the upper end of back-off container (1-2) greater than lower blade (1-5-3-2) is to
Detain the distance of the upper end of container (1-2)；The outer rim camber line of lower blade (1-5-3-2) and the outer rim camber line of blade (1-5-3-1)
It is coplanar；The length of the outer rim camber line of blade (1-5-3-1) is 1/6th of circle where foreign aid's camber line；Driving blade group (1-
5) quantity is 3 (1-5-1,1-5-2,1-5-3), and 3 driving blade groups (1-5-1,1-5-2,1-5-3) are to be buckled to container (1-
2) axis is center line circumferentially array distribution；
In rotor (1): venthole (1-4) penetrates the wall of back-off container (1-2), the inner end of venthole (1-4) and back-off container (1-
2) cylindrical cavity (1-6) communicates；The outer end spatial position of venthole (1-4) is located at the blade of driving blade group (1-5)
The centre of the tail end of the lower blade (1-5-3-2) of the tail end and driving blade group (1-5) of (1-5-3-1), the number of venthole (1-4)
Amount is 3, and the corresponding venthole (1-4) of each driving blade group (1-5), 3 ventholes (1-4) are to be buckled to container (1-2)
Axis is center line circumferentially array distribution；
Container (2) includes cavity, makes unrestrained cylinder (2-1), air inlet pipe (2-2), water-permeable passage (2-3), support portion (2-4), container
Foot (2-5)；
In container (2): cavity is pyramidal cavity, and upward, lower end is downward for big end；
In container (2): making unrestrained cylinder (2-1) and be located in cavity, make unrestrained cylinder (2-1) as cylindrical shape, make the interior of unrestrained cylinder (2-1)
There are 3 recess cambered surfaces (2-1-1), 3 recess cambered surface (2-1-1) are in as center line using the axis for making unrestrained cylinder (2-1) on wall
Circumference array distribution, the surface of recess cambered surface (2-1-1) is greater than to the distance for making unrestrained cylinder (2-1) axis makes unrestrained cylinder (2-1)
Inner wall on do not have the place of recess cambered surface (2-1-1) to the distance for making unrestrained cylinder (2-1) axis；It is recessed cambered surface (2-1-1)
First end and second end make unrestrained cylinder (2-1) inner section circle span be make unrestrained cylinder (2-1) inner section justify six
/ mono-；Unrestrained cylinder (2-1) outer wall is made in the first end connection of support portion (2-4), and the second end of support portion (2-4) connects cavity side
Face plays support and makes unrestrained cylinder (2-1)；It makes that unrestrained cylinder (2-1) is coaxial with cavity, makes the level of the upper end unrestrained cylinder (2-1)
Level height of the height lower than the big end of cavity；
In container (2): water-permeable passage (2-3), which is located at, to be made between the lower end and cavity bottom of unrestrained cylinder (2-1), the water energy in cavity
Enough entered by water-permeable passage (2-3) and makes unrestrained cylinder (2-1)；
In container (2): air inlet pipe (2-2) is coaxial with unrestrained cylinder (2-1) is made, and air inlet pipe (2-2) passes through cavity bottom circle by outside
Face, which enters, makes in unrestrained cylinder (2-1)；
In container (2): container foot (2-5) is located at lower vessel portion, plays a supportive role, and facilitates placement；
Lid (3) includes ontology, motor support portion (3-1), motor axis hole (3-2), escape pipe (3-3), the anti-water column (3- of motor shaft
4)；
In lid (3): ontology be it is discoid, motor support portion (3-1) be cylindrical shape, be used to support motor；
In lid (3): motor support portion (3-1) is located above ontology, and motor support portion (3-1) is coaxial with ontology, motor support
The overall diameter in portion (3-1) is less than the overall diameter of ontology；
In lid (3): the anti-water column of motor shaft (3-4) is located at below ontology, and the anti-water column of motor shaft (3-4) is coaxial with ontology；
In lid (3): the interior diameter of motor axis hole (3-2) is less than the overall diameter of motor support portion (3-1)；Motor axis hole (3-2)
Coaxial with motor shaft anti-water column (3-4), motor axis hole (3-2) first end is communicated with motor support portion (3-1), motor axis hole (3-
2) second end is located on the lower surface the anti-water column of motor shaft (3-4)；
In lid (3): escape pipe (3-3) is located above ontology, and the lumen of escape pipe (3-3) penetrates ontology；Escape pipe (3-3)
Lumen open is located at the lower surface of ontology；
Bearing (4) is used to connect the interconnecting piece (1-1) and lid of rotor (1)；Motor (5) is mounted on the motor support of lid (3)
In portion (3-1), the interconnecting piece of rotor (1) passes through lid (3) and is connected with motor axis hole (3-2), and lid (3) is mounted on container (2)
Upper end；The air inlet pipe (2-2) of container (2) protrudes into the cylindrical cavity (1-6) of the back-off container (1-2) of rotor (1)；
Rotor (1) and back-off container (1-2) to make unrestrained cylinder (2-1) coaxial；
The driving blade group (1-5) of rotor (1) makes unrestrained cylinder (2-1) inside, the drive of rotor (1) positioned at back-off container (1-2)
The outer rim camber line of the lower blade (1-5-3-2) of movable vane piece group (1-5) and the unrestrained cylinder (2-1) of making of container (2) do not have recess arc
The distance in the place in face (2-1-1) is less than the thickness of lower blade (1-5-3-2)；Motor (5) is for driving rotor (1) at the uniform velocity to turn
It is dynamic；
It further include control module, power supply, switch, solenoid valve, water inlet line (12), admission line (11), sensor (10)；
The air inlet pipe (2-2) of admission line (11) and container (2) communicates；
Water inlet line (12) is mutually common to container (2) as container (2) plus water；
Solenoid valve is located on the pipeline path of water inlet line (12), for controlling the cut-off of water inlet line (12) or open-minded；
It is connected between power supply and motor (5) by the electric energy transmission channel switched, power supply provides electric energy to motor by switch；
Power supply is connected with control module, and power supply provides electric energy to control module；
Power supply is connected with solenoid valve, and power supply provides electric energy to solenoid valve；
Sensor (10) is mounted on container (2) inside, and sensor (10) is used to obtain the altitude information of liquid level (9)；
Between sensor (10) and control module there is information to connect, sensor (10) provides the height of liquid level (9) to control module
Degree evidence；
Control module and switch between have control connection, control module can control the energy-transmission channel of switch cut-off or
Conducting；
There is control connection between control module and solenoid valve, control module can control the cut-off or conducting of solenoid valve, thus
Control the cut-off or open-minded of water inlet line (12)；
When control module makes the upper of unrestrained cylinder (2-1) lower than container (2) from the altitude information that sensor (10) obtain liquid level (9)
When end, the energy-transmission channel of control module control switch is connected, to keep solenoid valve open-minded, so that water inlet line (12) be made to open
It is logical, so that water enters container (2) inside from water inlet line (12), realize moisturizing.
2. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: rotor (1) is gold
Belong to material.
3. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: rotor (1) is to have
Machine Material texture.
4. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: rotor (1) is single
One unitary elements.
5. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: rotor (1) is by more
A element composition.
6. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: bearing 4 to be changed to
Ball bearing.
7. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: cancel rivet 6 and adopt
With welding by bearing 4 and motor axis connection.
8. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: motor is direct current
Machine.
9. a kind of rotary air bubble generator of automated machine as described in claim 1, it is characterised in that: motor is alternating current
Machine.
10. sewage purifier, it is characterised in that: have the rotary bubble of a kind of automated machine described in claim 1 to produce
Raw device.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910072018.5A CN109678263B (en) | 2019-01-25 | 2019-01-25 | Automatic change mechanical rotation type bubble generator, sewage purification equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910072018.5A CN109678263B (en) | 2019-01-25 | 2019-01-25 | Automatic change mechanical rotation type bubble generator, sewage purification equipment |
Publications (2)
| Publication Number | Publication Date |
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| CN109678263A true CN109678263A (en) | 2019-04-26 |
| CN109678263B CN109678263B (en) | 2021-06-15 |
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ID=66194699
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910072018.5A Active CN109678263B (en) | 2019-01-25 | 2019-01-25 | Automatic change mechanical rotation type bubble generator, sewage purification equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109626607A (en) * | 2019-01-25 | 2019-04-16 | 江苏师范大学 | A kind of rotary air bubble generator of automated machine, urban sewage purification system |
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| CN104631570A (en) * | 2015-01-09 | 2015-05-20 | 厦门绿延节水科技有限公司 | Bubbler |
| CN204676648U (en) * | 2015-03-09 | 2015-09-30 | 广东日正实业有限公司 | Pottery bubbler |
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| CN109626607B (en) * | 2019-01-25 | 2021-10-01 | 江苏师范大学 | Automatic change mechanical rotation type bubble generator, municipal sewage purification system |
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| Publication number | Publication date |
|---|---|
| CN109678263B (en) | 2021-06-15 |
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