CN207836538U - Aquatic bird healthy aquaculture intelligent environment control system based on artificial intelligence - Google Patents
Aquatic bird healthy aquaculture intelligent environment control system based on artificial intelligence Download PDFInfo
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- CN207836538U CN207836538U CN201820157020.3U CN201820157020U CN207836538U CN 207836538 U CN207836538 U CN 207836538U CN 201820157020 U CN201820157020 U CN 201820157020U CN 207836538 U CN207836538 U CN 207836538U
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- aquatic bird
- aquaculture pond
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- microprocessor
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
Abstract
The utility model discloses a kind of aquatic bird healthy aquaculture intelligent environment control system based on artificial intelligence, including aquatic bird aquaculture pond；Aquatic bird aquaculture pond is provided with water inlet pipe and float switch, and water inlet pipe is provided with electromagnetic water inlet valve, and aquatic bird aquaculture pond is provided with the first water outlet, which is provided with electromagnetic outlet valve；Electromagnetic outlet valve is connected to separate tank, and the side wall of separate tank is provided with the second water outlet, and the second water outlet is provided with filter, and filter is connected to water plant aquaculture pond；The bottom opening of separate tank is simultaneously slided equipped with flashboard, and flashboard is connected with driving mechanism, methane-generating pit is provided with below separate tank；The pH value sensor for further including timer and being set in aquatic bird aquaculture pond, the timer, pH value sensor, electromagnetic water inlet valve, float switch, electromagnetic outlet valve, motor are connected with control circuit.The utility model can replace the sewage in aquatic bird aquaculture pond automatically, and cultivation water plant is respectively used to after sewage is detached and generates biogas, reduces pollution.
Description
Technical field
The utility model is related to agricultural breeding fields, and in particular to a kind of aquatic bird healthy aquaculture environment based on artificial intelligence
Intelligence control system.
Background technology
Society is due to the development of production technology now, and aquatic bird is all using large-scale cultivation, still, China's aquatic bird aquaculture
Totally cause anxiety, culturist's prevention and cure of pollution are clouding of consciousness.
First, scale, it is intensive be aquatic bird aquaculture industry structural adjustment important means, but since industry size is big,
Distributed areas are concentrated, and the discharge of aquatic bird breeding pollution object is concentrated, and discharge capacity increases, these pollutants are directly discharged to ring without processing
In border, serious pollution is caused to waters, soil and air, destroys the ecological balance, according to investigations, aquatic bird farm of China generally divides
Cloth is in the big city suburbs of population Relatively centralized, in addition, convenient for cultivation work, farm is generally all close apart from water head site,
This constitutes safely threat to water source environment and urbanite water consumption, secondly farm's environmental management low SI, aquatic bird culturist's ring
Border protective awareness is weak, and according to statistics, most of cultivation staff is no at present does environmental impact assessment consciousness for farm,
The scale livestock farming in 90% or more the whole nation lacks necessary Solid Waste Treatment and sewage treatment facility, and again, government is energetically
Develop livestock and poultry breeding industry, using scale, it is intensive as structural adjustment and realize the heavy approach that increases of industry, economic development again
Meanwhile environmental problem is but ignored, cultivation prevention and cure of pollution detailed rules and regulations are not included in the planning of government always.
If produced pollution owner aquatic bird excrement, urine, feed residue in aquatic bird breeding process, ensilage
It is lost in and the corpse etc. of aquatic bird animal, it is aquatic bird excreta that wherein effect on environment is maximum, by certain working process,
Can aquatic bird excreta as the raw material of methane-generating pit or be put into and improve soil with organic matter content in farmland, the product in farmland
It can be used for feeding aquatic bird again.
The defect of aquatic bird in the prior art cultivation is：Lack the intelligence control system for adjusting aquatic bird cultivation pool environment, water
Fowl cultivation is serious to water body, soil and atmosphere pollution, does not meet low-carbon economy intension, the pollution generated in breeding process is to aquatic bird
Own health also constitutes harm.
Aquatic bird aquaculture pond in the prior art is manually replaced, and the degree of automation is poor.
Utility model content
In view of at least one defect of the prior art, the purpose of this utility model is to provide a kind of based on artificial intelligence
Aquatic bird healthy aquaculture intelligent environment control system can replace the sewage in aquatic bird aquaculture pond, be used respectively after sewage is detached automatically
In cultivation water plant and biogas is generated, reduces the pollution to river, air, high degree of automation.
In order to achieve the above object, the utility model adopts the following technical scheme that, a kind of aquatic bird based on artificial intelligence is strong
Health breeding environment intelligence control system, including aquatic bird aquaculture pond, separate tank, methane-generating pit and water plant aquaculture pond；
Float switch is provided in aquatic bird aquaculture pond, the water inlet pipe of aquatic bird aquaculture pond is provided with electromagnetic water inlet valve, and aquatic bird is supported
The first water outlet is arranged in the bottom for growing pond, and the first water outlet is connected to the top of separate tank, first outlet pipe through the first outlet pipe
On be provided with electromagnetic outlet valve, first water outlet is higher than separate tank；
The side wall of the separate tank is provided with the second water outlet, and the second water outlet is connected to water plant aquaculture pond through the second outlet pipe
Top, filter is provided on second outlet pipe, the second water outlet is higher than water plant aquaculture pond, and water plant aquaculture pond is provided with
Overflow port；
The bottom of the separate tank is provided with the funnel of taper, and methane-generating pit, funnel and biogas are provided with below separate tank
The feed inlet in pond is connected；Funnel is equipped with flashboard, and flashboard is connected with driving mechanism, and driving mechanism is connected with motor, and motor is through driving
Mechanism drives flashboard to horizontally slip, and flashboard, which horizontally slips, opens or closes funnel；
The pH value sensor for further including timer and being set in aquatic bird aquaculture pond, the timer, pH value sensor, electricity
Magnetic inlet valve, float switch, electromagnetic outlet valve, motor are connected with control circuit；
Control circuit is discharged according to the signaling switch electromagnetic outlet valve of timer or pH value sensor in aquatic bird aquaculture pond
Waste water；Control circuit also delays time to control electromagnetic water inlet valve is opened for aquatic bird aquaculture pond and fills into Xin Shui, and control circuit is also according to floating ball
The signal-off electromagnetic water inlet valve of switch；Solid waste is put into natural pond by control circuit also delays time to control motor positive and inverse opening and closing flashboard
Gas pond.
The utility model aquatic bird aquaculture pond position is higher than separate tank, and separate tank position is higher than water plant aquaculture pond, opens electromagnetism
After outlet valve, sewage is detached and is purified flowing through separate tank and water plant aquaculture pond from by way of flowing.Water is not needed
Pump.Save equipment and the energy.
Separate tank is used to detach the solid waste and liquid wastes in sewage.
The funnel of separate tank is higher than methane-generating pit, and funnel is tightly connected with feed inlet, and solid waste directly falls after opening flashboard
Enter used for methane tank in generation biogas.
Filter of the liquid wastes through separate tank flows into water plant aquaculture pond and is purified and absorbs in sewage, most afterwards through overflow
Mouth outflow.
The utility model detects sewage quality using pH value detection and timing detection two ways；PH value sensor is for examining
The pH value of aquatic bird aquaculture pond sewage is surveyed, when the aquatic bird excrement in aquatic bird aquaculture pond, urine increase, PH changes；It sends
Signal is to control circuit, and when more than the given threshold of control circuit, water is changed in control circuit control electromagnetic outlet valve opening and closing.
Sewage of the timer for periodically replacing aquatic bird aquaculture pond；When setting time reaches, switching signal is sent to control
Water is changed in circuit processed, control circuit control electromagnetic outlet valve opening and closing.
Above two detection control mode user can select as needed.
After having changed sewage, control circuit controls electromagnetic outlet valve and closes, then controls electromagnetic water inlet valve and be opened for aquatic bird cultivation
Pond fills into Xin Shui, and when the water surface rises the position for reaching float switch, float switch sends out signal, and control circuit is also according to floating ball
The signal-off electromagnetic water inlet valve of switch.
Having changed sewage can have been changed by time control, such as half an hour, then control circuit is delayed to 45 minutes and beats again
Open electromagnetic water inlet valve.
When aquatic bird excrement, urine, feed residual stream are through separate tank, due to the filtering of filter, liquid wastes flow into
Water plant aquaculture pond, water plant aquaculture pond are then exhausted from for cultivating water plant, fishes and shrimps, liquid wastes after the purification of water plant aquaculture pond, water plant,
Fishes and shrimps can be used for cultivating aquatic bird.
Its solid waste stays in separate tank, and control circuit controls motor positive and inverse, and flashboard or so is driven by driving mechanism
Sliding, flashboard, which horizontally slips, opens or closes the bottom discharge solid waste of separate tank, by solid waste put into it is used for methane tank in
Generate biogas.
Control circuit can be analog circuit, such as comparator and multiple time relays, and comparator is for acquiring timing
Device or pH value sensor control signal, first time relay control electromagnetic water inlet valve either on or off, second time relay
Device controls electromagnetic water inlet valve and opens, it is automatically closed for float switch and electromagnetic water inlet valve series control, the third time relay
Control motor positive and inverse, second time relay, the third time relay delay time be above first time after
Electric appliance, but its is complicated, intelligence degree is relatively low.
The utility model is preferentially controlled using microprocessor.
The control circuit includes microprocessor, the timer, pH value sensor, float switch, electromagnetic water inlet valve with
And electromagnetic outlet valve is connected with microprocessor, microprocessor is connected to the motor through motor-drive circuit；
Microprocessor is connected with manual switch SB, and microprocessor selects to receive according to the instruction of manual switch SB
The signal of timer or pH value sensor.
By foregoing circuit structure setting, microprocessor receives the instruction of manual switch SB, according to the needs of user,
It either obtains the signal of timer or obtains the signal of pH value sensor, timer gives microprocessor switching signal, pH value to pass
Sensor gives microprocessor analogue signal, microprocessor to be provided with pH value control threshold；Two kinds of control modes can be selected by user.
Microprocessor first controls electromagnetic outlet valve and opens sewage effluent, is delayed after a period of time, closes electromagnetic outlet valve, then
It opens electromagnetic water inlet valve and fills into Xin Shui, when new water reaches setting position, float switch is to microprocessor signals, microprocessor control
Electromagnetic water inlet valve processed is closed；Microprocessor is rotated forward using motor-drive circuit control motor, is opened flashboard and is discharged solid waste,
Delays time to control motor reversal closes flashboard.
The microprocessor is also associated with WIFI module and camera, and microprocessor obtains aquatic bird aquaculture pond by camera
Video capture picture monitoring computer is sent to by WIFI module.Monitoring computer is equipped with the WIFI matched with WIFI module and fills
It sets.
It is arranged by above structure, microprocessor captures monitoring picture by camera and is sent to monitoring by WIFI module
Computer monitors aquatic bird aquaculture pond in real time convenient for being located at indoor user by monitoring computer.Camera can be mounted on by holder
On aquatic bird aquaculture pond.
The microprocessor is also associated with artificial intelligence control module, and the artificial intelligence control module is speech recognition mould
Block, sound identification module are used to receive the voice switch instruction of user；Microprocessor receives the instruction of artificial intelligent control module
The switch of the control switch of electromagnetic outlet valve, the opening of electromagnetic water inlet valve, flashboard.
Indoor user is additionally provided with artificial intelligence control module, and the artificial intelligence control module is speech recognition mould
Block, user is by sending phonetic order, such as " opening drain valve ", " closing drain valve ", " opening inlet valve ", " unlatching lock
The switch of the voice command controls electromagnetic outlet valve switch such as plate ", " closing flashboard ", electromagnetic water inlet valve opening, flashboard.
Wherein instruction of the phonetic order prior to timer and pH value sensor.
It is to receive phonetic order, or receive that microprocessor, which can also connect voice switching switch for controlling microprocessor,
The instruction of timer and pH value sensor.
At least one piece of demarcation strip is provided in the water plant aquaculture pond, demarcation strip separates water plant aquaculture pond in "S" shape
Runner, the second outlet pipe are connected to the entrance of runner, and the overflow port is arranged in the outlet of runner.
It is arranged by above structure, liquid wastes flow through the runner of serpentine, after gradually purifying, are flowed out from overflow port.
The overflow port is provided with strainer.
Strainer prevents fishes and shrimps from flowing away from overflow port.
The driving mechanism is rack and pinion mechanism, and rack and the flashboard of rack and pinion mechanism are connected, and the motor is percutaneous
Gear rotation with driving rack and pinion mechanism.
Above-mentioned driving mechanism structure is simple, and motor and rack and pinion mechanism are installed on the ground through rack.
Advantageous effect:The utility model provides a kind of aquatic bird healthy aquaculture ambient intelligence control system based on artificial intelligence
System, can replace the sewage in aquatic bird aquaculture pond automatically, and cultivation water plant is respectively used to after sewage is detached and generates biogas, reduction pair
The pollution in river, air, high degree of automation.
Description of the drawings
Fig. 1 is the structure chart of the utility model.
Fig. 2 is the vertical view of water plant aquaculture pond；
Fig. 3 is the circuit module figure of the utility model；
Fig. 4 is the circuit diagram of microprocessor；
Fig. 5 is the circuit diagram of motor drive module；
Fig. 6 is the circuit diagram of WIFI module；
Fig. 7 is the circuit diagram of sound identification module.
Specific implementation mode
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
As shown in Fig. 1-Fig. 7, the utility model provides a kind of aquatic bird healthy aquaculture ambient intelligence based on artificial intelligence
Control system, including aquatic bird aquaculture pond 1, separate tank 2, methane-generating pit 3 and water plant aquaculture pond 4；
Float switch 12 is provided in aquatic bird aquaculture pond 1, the water inlet pipe 11 of aquatic bird aquaculture pond 1 is provided with electromagnetic water inlet valve
13, the bottom of aquatic bird aquaculture pond 1 is arranged the first water outlet 1a, the first water outlet 1a and is connected to separate tank 2 through the first outlet pipe 15
Top, electromagnetic outlet valve 14 is provided on first outlet pipe 15, and the first water outlet 1a is higher than separate tank 2；
The side wall of the separate tank 2 is provided with the second water outlet 2a, the second water outlet 2a and is connected to water through the second outlet pipe 27
The top of careless aquaculture pond 4 is provided with filter 21 on second outlet pipe 27, and the second water outlet 2a is higher than water plant aquaculture pond 4,
Water plant aquaculture pond 4 is provided with overflow port 4a；
The bottom of the separate tank 2 is provided with the funnel 2b of taper, and methane-generating pit 3, funnel 2b are provided with below separate tank 2
It is connected with the feed inlet 31 of methane-generating pit 3；Funnel 2b is equipped with flashboard 22, and flashboard 22 is connected with driving mechanism 24, and driving mechanism 24 connects
It is connected to motor 23, motor 23 drives flashboard 22 to horizontally slip through driving mechanism 24, and flashboard 22, which horizontally slips, opens or closes funnel
2b；
The pH value sensor 6 for further including timer 5 and being set in aquatic bird aquaculture pond 1, the timer 5, pH value sensing
Device 6, electromagnetic water inlet valve 13, float switch 12, electromagnetic outlet valve 14, motor 23 are connected with control circuit；
Aquatic bird aquaculture pond 1 is discharged according to the signaling switch electromagnetic outlet valve 14 of timer 5 or pH value sensor 6 in control circuit
Interior waste water；Control circuit also delays time to control electromagnetic water inlet valve 13 is opened for aquatic bird aquaculture pond 1 and fills into Xin Shui, control circuit also root
According to the signal-off electromagnetic water inlet valve 13 of float switch 12；Control circuit also 23 positive and negative rotation of delays time to control motor opening and closing flashboard 22 will
Solid waste puts into methane-generating pit 3.
1 position of the utility model aquatic bird aquaculture pond is higher than separate tank 2, and 2 position of separate tank is higher than water plant aquaculture pond 4, opens
After electromagnetic outlet valve 14, sewage is detached and is purified flowing through separate tank 2 and water plant aquaculture pond 4 from by way of flowing.No
Need water pump.Save equipment and the energy.
Separate tank 2 is used to detach the solid waste and liquid wastes in sewage.
The funnel 2b of separate tank 2 is higher than methane-generating pit 3, and funnel 2b is tightly connected with feed inlet 31, opens solid after flashboard 22
Waste directly falls into methane-generating pit 3 for generating biogas.
Filter 21 of the liquid wastes through separate tank 2 flows into water plant aquaculture pond 4 and is purified and absorbs in sewage, most passes through afterwards
Overflow port 4a outflows.
The utility model detects sewage quality using pH value detection and timing detection two ways；PH value sensor 6 is used for
The pH value of 1 sewage of aquatic bird aquaculture pond is detected, when the aquatic bird excrement in aquatic bird aquaculture pond 1, urine increase, PH increases；It sends
Signal is to control circuit, and when more than the given threshold of control circuit, water is changed in the control circuit control opening and closing of electromagnetic outlet valve 14.
Sewage of the timer 5 for periodically replacing aquatic bird aquaculture pond 1；When setting time reaches, send switching signal to
Water is changed in control circuit, the control circuit control opening and closing of electromagnetic outlet valve 14.
Above two detection control mode user can select as needed.
After having changed sewage, control circuit controls electromagnetic outlet valve 14 and closes, then controls electromagnetic water inlet valve 13 and be opened for aquatic bird
Aquaculture pond 1 fills into Xin Shui, and when the water surface rises the position for reaching float switch 12, float switch 12 sends out signal, control circuit
Also according to the signal-off electromagnetic water inlet valve 13 of float switch 12.
Having changed sewage can have been changed by time control, such as half an hour, then control circuit is delayed to 45 minutes and beats again
Open electromagnetic water inlet valve 13.
When aquatic bird excrement, urine, feed residual stream are through separate tank 2, due to the filtering of filter 21, liquid waste stream
Entering water plant aquaculture pond 4, water plant aquaculture pond 4 is then exhausted from for cultivating water plant, fishes and shrimps, liquid wastes after the purification of water plant aquaculture pond 4,
Water plant, fishes and shrimps can be used for cultivating aquatic bird.
Its solid waste stays in separate tank 2, and control circuit controls 23 positive and negative rotation of motor, and flashboard is driven by driving mechanism 24
22 horizontally slip, and funnel 2b, which horizontally slips, opens or closes the bottom discharge solid waste of separate tank 2, and solid waste is put into natural pond
Gas pond 3 is for generating biogas.
As shown in Figure 1, in order to ensure not leak between funnel 2b and flashboard 22, it is additionally provided in the side wall of funnel 2b
" O " shape sealing ring 25, sealing ring 25 and funnel 2b are connected；Flashboard 22 skids off funnel 2b from left side in order to prevent, on flashboard 22
It is additionally provided with spacer pin 26, spacer pin 26 is threadedly coupled with flashboard 22.
Control circuit can be analog circuit, such as comparator and multiple time relays, and comparator is for acquiring timing
Device 5 or pH value sensor 6 control signal, and first time relay controls 13 either on or off of electromagnetic water inlet valve, second time
Relay controls electromagnetic water inlet valve 13 and opens, it is automatically closed for float switch 12 and 13 series control of electromagnetic water inlet valve, third
The time relay control 23 positive and negative rotation of motor, second time relay, the third time relay delay time be above
First time relay, but its is complicated, intelligence degree is relatively low.
The utility model is preferentially controlled using microprocessor 7.
The control circuit includes microprocessor 7, the timer 5, pH value sensor 6, float switch 12, electromagnetism water inlet
Valve 13 and electromagnetic outlet valve 14 are connected with microprocessor 7, and microprocessor 7 is connected through motor-drive circuit 8 with motor 23；
Microprocessor 7 is connected with manual switch SB, and microprocessor 7 connects according to the instruction of manual switch SB selection
Receive the signal of timer 5 or pH value sensor 6.
By foregoing circuit structure setting, microprocessor 7 receives the instruction of manual switch SB, according to the need of user
It wants, either obtain the signal of timer 5 or obtains the signal of pH value sensor 6, timer 5 gives the switch letter of microprocessor 7
Number, pH value sensor 6 gives 7 analog signal of microprocessor, microprocessor 7 to be provided with pH value control threshold；Two kinds of control modes can
To be selected by user.
Microprocessor 7 first controls electromagnetic outlet valve 14 and opens sewage effluent, is delayed after a period of time, closes electromagnetic outlet valve
14, then open electromagnetic water inlet valve 13 and fill into Xin Shui, when new water reaches setting position, float switch 12 gives 7 signal of microprocessor,
Microprocessor 7 controls electromagnetic water inlet valve 13 and closes；Microprocessor 7 controls motor 23 using motor-drive circuit 8 and rotates forward, and opens
Flashboard 22 discharges solid waste, and delays time to control motor 23 inverts, and closes flashboard 22.
The microprocessor 7 is also associated with WIFI module 9 and camera 10, and microprocessor 7 obtains water by camera 10
The video capture picture of fowl aquaculture pond 1 is sent to monitoring computer by WIFI module 9.Monitoring computer is equipped with matches with WIFI module 9
To WIFI devices.
It is arranged by above structure, microprocessor 7 is captured monitoring picture by camera 10 and is sent to by WIFI module 9
Monitoring computer monitors aquatic bird aquaculture pond 1 in real time convenient for being located at indoor user by monitoring computer.Camera 10 can pass through holder
On aquatic bird aquaculture pond 1.
The camera 10 is USB camera, and the microprocessor 7 uses STM32F103 microcontrollers, the motor driving
The use L293D motor-drive circuits of circuit 8, the WIFI module 9 are using ESP-07WIFI modules, the sound identification module
LD3320 sound identification modules.
PH value sensor 6 is connect using analog interface or RS485 interfaces with microprocessor 7.
The microprocessor 7 is also associated with artificial intelligence control module 50, and the artificial intelligence control module 50 is voice
Identification module, sound identification module are used to receive the voice switch instruction of user；Microprocessor 7 receives artificial intelligent control module
The 50 instruction control switch of electromagnetic outlet valve 14, the switch of the opening of electromagnetic water inlet valve 13, flashboard 22.
Indoor user is additionally provided with artificial intelligence control module 50, and the artificial intelligence control module 50 is speech recognition
Module, user is by sending phonetic order, such as " opening drain valve ", " closing drain valve ", " opening inlet valve ", " unlatching lock
The switch of the switch of voice command controls electromagnetic outlet valve 14 such as plate ", " closing flashboard ", the opening of electromagnetic water inlet valve 13, flashboard 22.
Wherein instruction of the phonetic order prior to timer 5 and pH value sensor 6.
It is to receive phonetic order that microprocessor 7, which can also connect voice switching switch for controlling microprocessor 7, is still connect
Receive the instruction of timer 5 and pH value sensor 6.
At least one piece of demarcation strip 41, demarcation strip 41 is provided in the water plant aquaculture pond 4 to be separated into water plant aquaculture pond 4
The runner of serpentine, the second outlet pipe 27 are connected to the entrance of runner, and the overflow port 4a is arranged in the outlet of runner.
It is arranged by above structure, liquid wastes flow through the runner of serpentine, after gradually purifying, are flowed out from overflow port 4a.
The overflow port 4a is provided with strainer.
Strainer prevents fishes and shrimps from flowing away from overflow port 4a.
The driving mechanism 24 is rack and pinion mechanism, and rack and the flashboard 22 of rack and pinion mechanism are connected, the motor
23 are driven by belt the gear rotation of rack and pinion mechanism.
Above-mentioned driving mechanism structure is simple, and motor 23 and rack and pinion mechanism are installed on the ground through rack.
Finally it should be noted that be：Listed above is only specific embodiment of the utility model, certain this field
Technical staff can be modified to the utility model and modification, if these modifications and variations belong to the utility model right and want
Ask and its equivalent technologies within the scope of, be considered as the scope of protection of the utility model.
Claims (7)
1. a kind of aquatic bird healthy aquaculture intelligent environment control system based on artificial intelligence, it is characterised in that：It is cultivated including aquatic bird
Pond (1), separate tank (2), methane-generating pit (3) and water plant aquaculture pond (4)；
Float switch (12) is provided in aquatic bird aquaculture pond (1), the water inlet pipe (11) of aquatic bird aquaculture pond (1) is provided with electromagnetism water inlet
The first water outlet (1a) is arranged in the bottom of valve (13), aquatic bird aquaculture pond (1), and the first water outlet (1a) connects through the first outlet pipe (15)
Lead to the top of separate tank (2), electromagnetic outlet valve (14) is provided on first outlet pipe (15), first water outlet (1a) is high
In separate tank (2)；
The side wall of the separate tank (2) is provided with the second water outlet (2a), and the second water outlet (2a) connects through the second outlet pipe (27)
The top of water flowing grass aquaculture pond (4) is provided with filter (21) on second outlet pipe (27), and the second water outlet (2a) is higher than
Water plant aquaculture pond (4), water plant aquaculture pond (4) are provided with overflow port (4a)；
The bottom of the separate tank (2) is provided with the funnel (2b) of taper, and methane-generating pit (3) is provided with below separate tank (2), leakage
Bucket (2b) is connected with the feed inlet (31) of methane-generating pit (3)；Funnel (2b) is equipped with flashboard (22), and flashboard (22) is connected with driving mechanism
(24), driving mechanism (24) is connected with motor (23), and motor (23) drives flashboard (22) to horizontally slip through driving mechanism (24), lock
Plate (22), which horizontally slips, opens or closes funnel (2b)；
Further include timer (5) and the pH value sensor (6) being set in aquatic bird aquaculture pond (1), the timer (5), pH value
Sensor (6), electromagnetic water inlet valve (13), float switch (12), electromagnetic outlet valve (14), motor (23) are connected with control circuit；
Aquatic bird cultivation is discharged according to the signaling switch electromagnetic outlet valve (14) of timer (5) or pH value sensor (6) in control circuit
Waste water in pond (1)；Control circuit also delays time to control electromagnetic water inlet valve (13) is opened for aquatic bird aquaculture pond (1) and fills into Xin Shui, control
Signal-off electromagnetic water inlet valve (13) of the circuit processed also according to float switch (12)；Control circuit also delays time to control motor (23) is just
Solid waste is put into methane-generating pit (3) by reversion opening and closing flashboard (22).
2. the aquatic bird healthy aquaculture intelligent environment control system according to claim 1 based on artificial intelligence, feature exist
In：The control circuit includes microprocessor (7), the timer (5), pH value sensor (6), float switch (12), electromagnetism
Inlet valve (13) and electromagnetic outlet valve (14) are connected with microprocessor (7), and microprocessor (7) is through motor-drive circuit (8)
It is connected with motor (23)；
Microprocessor (7) is connected with manual switch SB, and microprocessor (7) connects according to the instruction of manual switch SB selection
Receive the signal of timer (5) or pH value sensor (6).
3. the aquatic bird healthy aquaculture intelligent environment control system according to claim 2 based on artificial intelligence, feature exist
In：The microprocessor (7) is also associated with WIFI module (9) and camera (10), and microprocessor (7) is obtained by camera (10)
The video capture picture of water intaking fowl aquaculture pond (1) is sent to monitoring computer by WIFI module (9).
4. the aquatic bird healthy aquaculture intelligent environment control system according to claim 3 based on artificial intelligence, feature exist
In：The microprocessor (7) is also associated with artificial intelligence control module (50), and the artificial intelligence control module (50) is voice
Identification module, sound identification module are used to receive the voice switch instruction of user；Microprocessor (7) receives artificial intelligence control mould
The switch of the instruction control electromagnetic outlet valve (14) of block (50), the opening of electromagnetic water inlet valve (13), motor (23) positive and negative rotation.
5. the aquatic bird healthy aquaculture intelligent environment control system according to claim 1 based on artificial intelligence, feature exist
In：At least one piece of demarcation strip (41) is provided in the water plant aquaculture pond (4), demarcation strip (41) separates water plant aquaculture pond (4)
Runner in "S" shape, the second outlet pipe (27) are connected to the entrance of runner, and the overflow port (4a) is arranged in the outlet of runner.
6. the aquatic bird healthy aquaculture intelligent environment control system according to claim 5 based on artificial intelligence, feature exist
In：The overflow port (4a) is provided with strainer.
7. the aquatic bird healthy aquaculture intelligent environment control system according to claim 1 based on artificial intelligence, feature exist
In：The driving mechanism (24) is rack and pinion mechanism, and rack and the flashboard (22) of rack and pinion mechanism are connected, the motor
(23) it is driven by belt the gear rotation of rack and pinion mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820157020.3U CN207836538U (en) | 2018-01-30 | 2018-01-30 | Aquatic bird healthy aquaculture intelligent environment control system based on artificial intelligence |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820157020.3U CN207836538U (en) | 2018-01-30 | 2018-01-30 | Aquatic bird healthy aquaculture intelligent environment control system based on artificial intelligence |
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| CN207836538U true CN207836538U (en) | 2018-09-11 |
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ID=63413468
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| CN201820157020.3U Expired - Fee Related CN207836538U (en) | 2018-01-30 | 2018-01-30 | Aquatic bird healthy aquaculture intelligent environment control system based on artificial intelligence |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111492997A (en) * | 2020-04-21 | 2020-08-07 | 杭州满元农业科技有限公司 | Ecological chicken breeding pen of intelligence |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111492997A (en) * | 2020-04-21 | 2020-08-07 | 杭州满元农业科技有限公司 | Ecological chicken breeding pen of intelligence |
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