CN206491178U - Batch production fish pond intelligence control system based on Internet of Things - Google Patents
Batch production fish pond intelligence control system based on Internet of Things Download PDFInfo
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- CN206491178U CN206491178U CN201720177016.9U CN201720177016U CN206491178U CN 206491178 U CN206491178 U CN 206491178U CN 201720177016 U CN201720177016 U CN 201720177016U CN 206491178 U CN206491178 U CN 206491178U
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- fish pond
- microprocessor
- sensor
- control
- oxygen
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Abstract
The utility model discloses a kind of batch production fish pond intelligence control system based on Internet of Things.Fish pond including rectangle or circle, dissolved oxygen sensor is provided with fish pond, lip in fish pond is provided with illuminance sensor, illuminance sensor is upward, oxygen supplementing device is additionally provided with fish pond, pool wall in fish pond is embedded with light compensating apparatus, the dissolved oxygen sensor and illuminance sensor are connected with control circuit, control circuit controls oxygen supplementing device to give fish pond oxygenating according to the output signal of dissolved oxygen sensor, and control circuit gives fish pond light filling always according to the output signal control light compensating apparatus of illuminance sensor.The utility model can be in automatic detection fish pond concentration of oxygen gas and illuminance, and control oxygen supplementing device and light compensating apparatus to work according to concentration of oxygen gas and illuminance, promote the growth of aquatic products in fish pond, improve output of aquatic products.
Description
Technical field
The utility model is related to technical field of aquaculture, more particularly to a kind of batch production fish pond intelligence based on Internet of Things
Control system.
Background technology
Aquaculture substantial connection, in order to improve the living standard of the people, improves aquatic products to the production and living of national economy
The production and living for promoting people are had great benefit by the productivity ratio of cultivation.
Culture fishery had obtained quick development in modern age as a kind of conventional industries, and in society, economy and people
Its consequence is shown in life, in nearest 30 years, increases most fast in the production of global animal food, and China is to water
The contributing ratio of production for producing cultured product is maximum, and China Water product cultured output accounts for the 2/3 of world's aquaculture yield.China
Facility condition of the culture fishery especially used in industrial aquaculture process is perfect not enough, and mechanization, automaticity are inadequate
It is high.
Fish pond can be used for the various fishes of artificial feeding, shrimp, finless eel and mud, crab etc. aquatic products, how control fish pond
Various water environments, be to promote the various aquatic products in fish pond to mushroom out the necessary condition of breeding, be also to improve aquatic products
Concentration of oxygen gas, illumination, temperature, Ph values, chlorinty in the technological means that yield must be taken, fish pond etc., all have a strong impact on
The speed of growth of aquatic products, during the water environment degradation of fish pond, or even jeopardizes the existence of aquatic products, a large amount of dead of aquatic products is caused
Die；
Therefore the water environment in fish pond is reasonably controlled, the production for promoting aquatic products is that essential fish pond safeguards normal
Know, how intelligent management is carried out to fish pond in addition, reduce the labor intensity of poultry feeders, the every of water environment in fish pond is joined
Number is put together by Internet of Things, is carried out Centralized Monitoring management by the computer at Internet of Things center, can be improved poultry feeders
Labor productivity.
Utility model content
In view of at least one defect of prior art, the purpose of this utility model is to provide a kind of work based on Internet of Things
Factory's fish pond intelligence control system, concentration of oxygen gas and illuminance that can be in automatic detection fish pond, and according to concentration of oxygen gas
Oxygen supplementing device and light compensating apparatus work are controlled with illuminance, promotes the growth of aquatic products in fish pond, improves output of aquatic products.
A kind of batch production fish pond intelligence control system based on Internet of Things, its key is：Fish including rectangle or circle
The pool, is provided with dissolved oxygen sensor in fish pond, and the lip in fish pond is provided with illuminance sensor, illuminance sensor
Upward, oxygen supplementing device is additionally provided with fish pond, the pool wall in fish pond is embedded with light compensating apparatus, the dissolved oxygen sensor and light
Illuminance transducer is connected with control circuit, and control circuit controls oxygen supplementing device to fish pond according to the output signal of dissolved oxygen sensor
Oxygenating, control circuit gives fish pond light filling always according to the output signal control light compensating apparatus of illuminance sensor.
The utility model obtains the oxygen in fish pond by setting dissolved oxygen sensor in fish pond by dissolved oxygen sensor
Gas solubility, when the concentration of oxygen gas in fish pond is less than setting value, control circuit control oxygen supplementing device works to be mended in fish pond
Oxygen；Conversely, when the concentration of oxygen gas in fish pond is higher than setting oxygen dissolving value, control circuit control oxygen supplementing device power-off stops work
Make.
The utility model also sets illuminance sensor by the lip in fish pond, is detected by illuminance sensor
Outside intensity of illumination, when outside intensity of illumination is relatively low, it is fish pond to control to be embedded at the light compensating apparatus on the pool wall in fish pond
The certain illumination of supplement；Promote the growth of aquatic products, while can also promote the growth of planktonic organism in fish pond, feedwater by light filling
Product supplements nutriment.
Set by above-mentioned position, light compensating apparatus is different from the light compensating apparatus for being arranged on outside only to light filling in fish pond
It is that will not weaken illuminance because of the reflection of fish pond, illuminance sensor is arranged at lip and upward in addition, no
It can be influenceed by light compensating apparatus.
The control circuit includes microprocessor, and microprocessor is provided with dissolved oxygen signal receiving end, and microprocessor passes through molten
Oxygen signal receiving terminal connects dissolved oxygen sensor, and microprocessor controls oxygen supplementing device to give according to the output signal of dissolved oxygen sensor
Fish pond oxygenating；Microprocessor is provided with luminance signal receiving terminal, and microprocessor is connected with illuminance by luminance signal receiving terminal
Sensor, microprocessor gives fish pond light filling always according to the output signal control light compensating apparatus of illuminance sensor.
Microprocessor connects dissolved oxygen sensor by dissolved oxygen signal receiving end, when the output signal of dissolved oxygen sensor is small
When oxygen dissolving value is set, control oxygen supplementing device gives fish pond oxygenating；When the output signal of dissolved oxygen sensor is more than setting oxygen dissolving value
When, control oxygen supplementing device stops oxygenating.
Microprocessor is connected with illuminance sensor by luminance signal receiving terminal, when the output signal of illuminance sensor
During less than setting illumination value, microprocessor control light compensating apparatus gives fish pond light filling.When the output signal of illuminance sensor is more than
When setting illumination value, microprocessor control light compensating apparatus stops giving fish pond light filling.
Temperature sensor, Ph values sensor, residual chlorine sensor are additionally provided with the fish pond；
The microprocessor is additionally provided with temperature signal receiving terminal, and microprocessor connects temperature by temperature signal receiving terminal
Sensor, the microprocessor is additionally provided with temperature control end, and microprocessor connects heater by temperature control end；
The microprocessor is additionally provided with Ph value signal receiving terminals, and microprocessor connects Ph values by Ph value signals receiving terminal
Sensor；The microprocessor is additionally provided with Ph value control ends, and microprocessor changes water installations by the connection of Ph values control end；
The microprocessor is additionally provided with chlorine residue signal receiving end, and microprocessor connects chlorine residue by chlorine residue signal receiving end
Sensor；The microprocessor is additionally provided with chlorine residue control end, and microprocessor connects dechlorination device by chlorine residue control end；
The microprocessor is also associated with video collector, and the video that microprocessor gathers fish pond by video collector is believed
Number；
The microprocessor is additionally provided with wireless signal connection end group, and microprocessor is connected by wireless signal connection end group
There is wireless connection unit, microprocessor is connected with center host by wireless connection unit.
Microprocessor passes to center host after receiving the temperature signal of temperature sensor, center host according to
Need control heater that heating is heated or stopped to fish pond.Monitoring personnel can set temperature limit by center host.
Microprocessor gathers the Ph values in fish pond by Ph values sensor and passes to center host, center host
Give fish pond change new water as desired by water installations are changed；Adjust the Ph values of water in fish pond.
Microprocessor obtains the chlorine content in fish pond by residual chlorine sensor and passes to center host, Surveillance center master
Machine controls dechlorination device to work as needed.
Microprocessor gathers the vision signal in fish pond by video collector and passes to monitoring by wireless connection unit
Central host, is easy to supervisor to monitor.
The dechlorination device is same device with oxygen supplementing device.
Dechlorination device can be saved using the dechlorination device as oxygen supplementing device.
The water installations of changing include being arranged at electromagnetic water inlet valve and the electromagnetism water outlet for being arranged at fish pond bottom at the top of fish pond
Valve；Electromagnetic water inlet valve is connected with water inlet pipe；Electromagnetic outlet valve is connected with outlet pipe, microprocessor control electromagnetic water inlet valve and electromagnetism
The switch of outlet valve；The entrance of electromagnetic outlet valve is provided with filter screen.
Above-mentioned setting is easy to adjust the Ph values of water in fish pond, supplements new water by electromagnetic water inlet valve, passes through electromagnetic outlet valve
Old water is bled off, the Ph values of water in the water in fish pond, regulation fish pond are changed.Filter screen prevents aquatic products in fish pond from electromagnetic outlet valve
Outflow.
The oxygen supplementing device includes the pillar being arranged in fish pond, and the lower end of pillar is fixed on the bottom of pond in fish pond, pillar
Fish pond is stretched out in upper end, and the upper end of pillar is provided with through hole, is rotated in through hole and is provided with rotating shaft, and rotating shaft two ends are divided after protruding through
Bull stick is not fixed with, and rotating shaft is vertical with bull stick, and the middle part of rotating shaft and bull stick is connected, the two ends of bull stick are fixed with the cylinder that draws water, and draw
Water drum is vertical with bull stick, and the oxygen supplementing device is additionally provided with motor, and motor passes through gear reduction drive shaft
Rotation, rotating shaft drives the cylinder that draws water to draw and shed again after the water in fish pond in fish pond to fish pond oxygenating by bull stick；
Circuit is controlled to control the rotation of motor.
Above-mentioned oxygen supplementing device it is simple in construction, drawn and shed again in fish pond after the water in fish pond by the cylinder that draws water, water
Air is brought into fish pond, the bubble produced during water is shed in addition can also bring substantial amounts of oxygen into, described simple in construction, and not
It is easily damaged；
When the water dissolving chlorine in fish pond is excessive, is shed in fish pond, passed through again after the water in fish pond by drawing
Sunlight, wind discharge the excessive chlorine dissolved in water, can reduce the content of chlorine residue in fish pond, promote the growth of aquatic products；
The water of flowing is formed in fish pond additionally by oxygen supplementing device, the growth of aquatic products and water plant is also beneficial to.
The light compensating apparatus includes sealed shell, and the forward end seal of shell sets light transmission piece, light transmission piece towards in fish pond,
It is provided with shell behind light compensating lamp, light compensating lamp and is provided with lampshade, light compensating lamp and lampshade is towards light transmission piece；Control
Circuit controls the power on/off of light compensating lamp.
Above-mentioned light compensating apparatus it is simple in construction, lampshade reflects the light of light compensating lamp in fish pond, in fish pond supplement
Illumination.The growth of aquatic products and water plant can be promoted.
The control circuit includes the first integrated transporting discharging, and the signal output part of dissolved oxygen sensor connects the first integrated transporting discharging
Inverting input, the in-phase input end of the first integrated transporting discharging is connected with the first reference circuit, and the output end of the first integrated transporting discharging connects
Connect first switch pipe Q1 base stage, first switch pipe Q1 controls the coil power on/off of the first relay, the first relay it is normally opened
The switch of switch control oxygen supplementing device；
The control circuit includes the second integrated transporting discharging, and the signal output part of illuminance sensor connects the second integrated transporting discharging
Inverting input, the in-phase input end of the second integrated transporting discharging is connected with the second reference circuit, the output end of the second integrated transporting discharging
Connect second switch pipe Q2 base stage, the coil power on/off of second switch pipe Q2 control the second relays of control, the second relay
Normal open switch control light compensating apparatus switch.
First reference circuit includes adjustable resistance R2, adjustable resistance R2 head end connection power supply, adjustable resistance R2 tail end
With connecting, adjustable resistance R2 adjustable output end connects the first integrated transporting discharging homophase input as the output end of the first reference circuit
End；
Second reference circuit includes adjustable resistance R4, adjustable resistance R4 head end connection power supply, adjustable resistance R4 tail end
With connecting, adjustable resistance R4 adjustable output end connects the second integrated transporting discharging homophase input as the output end of the second reference circuit
End.
The output signal of the signal output part of dissolved oxygen sensor is less than the setting value of the first adjustable output end of reference circuit
When, the output end control oxygen supplementing device of the first integrated transporting discharging is powered, and the output signal of the signal output part of dissolved oxygen sensor is high
When the setting value of the first adjustable output end of reference circuit, the output end control oxygen supplementing device power-off of the first integrated transporting discharging.
When the output signal of illuminance sensor signal output part is less than the setting value of the second adjustable output end of reference circuit,
The output end control light compensating apparatus of second integrated transporting discharging is powered, and the output signal of the signal output part of illuminance sensor is higher than the
During the setting value of the two adjustable output ends of reference circuit, the output end control light compensating apparatus power-off of the second integrated transporting discharging.
The above-mentioned another structure for being set to control circuit, the simulation circuit structure is simple, and with low cost, poultry feeders can
To select as needed.
Remarkable result is：The utility model provides a kind of batch production fish pond intelligence control system based on Internet of Things, energy
Concentration of oxygen gas and illuminance in enough automatic detection fish ponds, and oxygen supplementing device and benefit are controlled according to concentration of oxygen gas and illuminance
Electro-optical device works, and promotes the growth of aquatic products in fish pond, improves output of aquatic products.
Brief description of the drawings
Fig. 1 is control circuit module structure chart of the present utility model；
Fig. 2 is structure chart of the present utility model；
Fig. 3 is Fig. 2 A-A sectional views；
Fig. 4 is the circuit diagram of control circuit another specific embodiment.
Embodiment
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
As Figure 1-Figure 4, a kind of batch production fish pond intelligence control system based on Internet of Things, including rectangle or circle
Fish pond 1, is provided with dissolved oxygen sensor 2 in fish pond 1, and the lip in fish pond 1 is provided with illuminance sensor 3, illumination
Spend sensor 3 upward, oxygen supplementing device 4 is additionally provided with fish pond 1, the pool wall in fish pond 1 is embedded with light compensating apparatus 5, described molten
Solution lambda sensor 2 and illuminance sensor 3 are connected with control circuit, control circuit according to the output signal of dissolved oxygen sensor 2
Control oxygen supplementing device 4 to the oxygenating of fish pond 1, control circuit is given always according to the output signal control light compensating apparatus 5 of illuminance sensor 3
The light filling of fish pond 1.
The dissolved oxygen sensor 2 uses JG-D0-485 dissolved oxygen sensors, can export analog signal, can also pass through
Data protocol output digit signals；The illuminance sensor 3 uses NHZD10 illuminance sensors, can export mould simulation letter
Number, it can also pass through data protocol output digit signals.
The utility model is obtained in fish pond 1 by setting dissolved oxygen sensor 2 in fish pond 1 by dissolved oxygen sensor 2
Concentration of oxygen gas, when the concentration of oxygen gas in fish pond 1 less than setting oxygen dissolving value when, control circuit control oxygen supplementing device 4 work
To oxygenating in fish pond 1；Conversely, when the concentration of oxygen gas in fish pond 1 is higher than setting oxygen dissolving value, control circuit control oxygen supplementing device
4 power-off are stopped.
The utility model also sets illuminance sensor 3 by the lip in fish pond 1, passes through illuminance sensor 3
Intensity of illumination outside detection, when outside intensity of illumination is relatively low, control is embedded at the light compensating apparatus 5 on the pool wall in fish pond 1
Certain illumination is supplemented for fish pond 1；Promote the growth of aquatic products, while can also promote planktonic organism in fish pond 1 by light filling
Growth, nutriment is supplemented to aquatic products.
Set by above-mentioned position, light compensating apparatus 5 is different from the light compensating apparatus for being arranged on outside to light filling in fish pond 1
, illuminance will not be weakened because of the reflection of the water surface of fish pond 1, illuminance sensor 3 is arranged at lip and court in addition
On, it will not be influenceed by light compensating apparatus 5.
The control circuit includes microprocessor 6, and microprocessor 6 is provided with dissolved oxygen signal receiving end, and microprocessor 6 passes through
Dissolved oxygen signal receiving end connects dissolved oxygen sensor 2, and microprocessor 6 controls oxygenating according to the output signal of dissolved oxygen sensor 2
Device 4 gives the oxygenating of fish pond 1；Microprocessor 6 is provided with luminance signal receiving terminal, and microprocessor 6 is connected by luminance signal receiving terminal
Illuminance sensor 3 is connected to, microprocessor 6 gives fish pond 1 always according to the output signal control light compensating apparatus 5 of illuminance sensor 3
Light filling.
Microprocessor 6 connects dissolved oxygen sensor 2 by dissolved oxygen signal receiving end, when the output of dissolved oxygen sensor 2 is believed
Number be less than setting oxygen dissolving value when, control oxygen supplementing device 4 give the oxygenating of fish pond 1；When the output signal of dissolved oxygen sensor 2 is more than setting
During oxygen dissolving value, control oxygen supplementing device 4 stops oxygenating.
Microprocessor 6 is connected with illuminance sensor 3 by luminance signal receiving terminal, when the output of illuminance sensor 3
When signal is less than setting illumination value, the control light compensating apparatus 5 of microprocessor 6 gives the light filling of fish pond 1.When the output of illuminance sensor 3
When signal is more than setting illumination value, the control light compensating apparatus 5 of microprocessor 6 stops giving the light filling of fish pond 1.
Temperature sensor 7, Ph values sensor 8, residual chlorine sensor 9 are additionally provided with the fish pond 1；
The microprocessor 6 is additionally provided with temperature signal receiving terminal, and microprocessor 6 connects temperature by temperature signal receiving terminal
Sensor 7 is spent, the microprocessor 6 is additionally provided with temperature control end, and microprocessor 6 connects heater by temperature control end
10；
The microprocessor 6 is additionally provided with Ph value signal receiving terminals, and microprocessor 6 connects Ph by Ph value signals receiving terminal
It is worth sensor 8；The microprocessor 6 is additionally provided with Ph value control ends, and microprocessor 6 changes water installations by the connection of Ph values control end
11；
The microprocessor 6 is additionally provided with chlorine residue signal receiving end, and microprocessor 6 connects remaining by chlorine residue signal receiving end
Chlorine sensor 9；The microprocessor 6 is additionally provided with chlorine residue control end, and microprocessor 6 passes through chlorine residue control end connection dechlorination dress
Put；
The microprocessor 6 is also associated with video collector 13, and microprocessor 6 gathers fish pond 1 by video collector 13
Vision signal；
The microprocessor 6 is additionally provided with wireless signal connection end group, and microprocessor 6 is connected by wireless signal connection end group
Wireless connection unit 14 is connected to, microprocessor 6 is connected with center host 12 by wireless connection unit 14.
Microprocessor 6 passes to center host 12, center host after receiving the temperature signal of temperature sensor 7
12 control heater 10 that heating is heated or stopped to fish pond 1 as needed.Monitoring personnel can be set by center host 12
Put temperature limit.
Microprocessor 6 gathers the Ph values in fish pond 1 by Ph values sensor 8 and passes to center host 12, in monitoring
Heart main frame 12 changes to new water as desired by changing water installations 11 to fish pond 1；Adjust the Ph values of water in fish pond 1.
Microprocessor 6 obtains the chlorine content in fish pond 1 by residual chlorine sensor 9 and passes to center host 12, monitors
The control dechlorination device work as needed of central host 12.
Microprocessor 6 gathers the vision signal in fish pond 1 by video collector 13 and passed to by wireless connection unit
Center host 12, is easy to supervisor to monitor.
The dechlorination device is same device with oxygen supplementing device 4.
Dechlorination device can be saved using the dechlorination device as oxygen supplementing device 4.
The water installations 11 of changing include the electromagnetic water inlet valve 11a for being arranged at the top of fish pond 1 and the electricity for being arranged at the bottom of fish pond 1
Magnetic outlet valve 11b；Electromagnetic water inlet valve 11a is connected with water inlet pipe 11c；Electromagnetic outlet valve 11b is connected with outlet pipe 11d, microprocessor
Device 6 controls electromagnetic water inlet valve 11a and electromagnetic outlet valve 11b switch；Electromagnetic outlet valve 11b entrance is provided with filter screen.
Above-mentioned setting is easy to adjust the Ph values of water in fish pond 1, supplements new water by electromagnetic water inlet valve 11a, is gone out by electromagnetism
Water valve 11b bleeds off old water, changes the Ph values of water in the water in fish pond 1, regulation fish pond 1.Filter screen prevent aquatic products in fish pond 1 from
Electromagnetic outlet valve 11b flows out.
The oxygen supplementing device 4 includes the pillar 4a being arranged in fish pond 1, and pillar 4a lower end is fixed on the bottom of pond in fish pond 1,
Fish pond 1 is stretched out in pillar 4a upper end, and pillar 4a upper end is provided with through hole, is rotated in through hole and is provided with rotating shaft 4b, rotating shaft 4b
Bull stick 4c has been respectively fixedly connected in two ends after protruding through, rotating shaft 4b is vertical with bull stick 4c, and rotating shaft 4b and bull stick 4c middle part is connected,
Bull stick 4c two ends are fixed with a 4d that draws water, and a 4d that draws water is vertical with bull stick 4c, and the oxygen supplementing device 4 is additionally provided with driving electricity
Machine, motor is rotated by gear reduction drive shaft 4b, and rotating shaft 4b drives a 4d that draws water to draw fish by bull stick 4c
Shed again after water in the pool 1 interior to the oxygenating of fish pond 1 into fish pond 1；
Circuit is controlled to control the rotation of motor.
Above-mentioned oxygen supplementing device 4 it is simple in construction, shed again into fish pond 1 after the water in fish pond 1 is drawn by a 4d that draws water
Interior, water brings air in fish pond 1 into, and the bubble produced during water is shed in addition can also bring substantial amounts of oxygen into, described simple in construction,
And do not allow fragile；
When the water dissolving chlorine in fish pond 1 is excessive, is shed in fish pond 1, led to again after the water in fish pond 1 by drawing
Cross sunlight, wind to discharge the excessive chlorine dissolved in water, the content of chlorine residue in fish pond 1 can be reduced, promote the growth of aquatic products；
The water of flowing is formed in fish pond 1 additionally by oxygen supplementing device 4, the life of aquatic products and water plant is also beneficial to
It is long.
The light compensating apparatus 5 includes sealed shell 5a, and shell 5a forward end seal sets light transmission piece 5b, light transmission piece 5b courts
Into fish pond 1, it is provided with shell 5a behind light compensating lamp 5c, light compensating lamp 5c and is provided with lampshade 5d, light compensating lamp 5c and anti-
Light lampshade 5d is towards light transmission piece 5b；Control circuit control light compensating lamp 5c power on/off.
Above-mentioned light compensating apparatus it is simple in construction, lampshade 5d reflects light compensating lamp 5c light in fish pond 1, to fish pond 1
Interior supplementary light.The growth of aquatic products and water plant can be promoted.
The control circuit includes the first integrated transporting discharging, and the signal output part of dissolved oxygen sensor 2 connects the first integrated fortune
Inverting input is put, the in-phase input end of the first integrated transporting discharging is connected with the first reference circuit, the output end of the first integrated transporting discharging
Connect first switch pipe Q1 base stage, first switch pipe Q1 controls the coil power on/off of the first relay, the first relay it is normal
The switch of switch control oxygen supplementing device 4；
The control circuit includes the second integrated transporting discharging, and the signal output part of illuminance sensor 3 connects the second integrated fortune
The inverting input put, the in-phase input end of the second integrated transporting discharging is connected with the second reference circuit, the output of the second integrated transporting discharging
End connection second switch pipe Q2 base stage, the coil power on/off of second switch pipe Q2 control the second relays of control, the second relay
The normal open switch of device controls the switch of light compensating apparatus 5.
First reference circuit includes adjustable resistance R2, adjustable resistance R2 head end connection power supply, adjustable resistance R2 tail end
With connecting, adjustable resistance R2 adjustable output end connects the first integrated transporting discharging homophase input as the output end of the first reference circuit
End；
Second reference circuit includes adjustable resistance R4, adjustable resistance R4 head end connection power supply, adjustable resistance R4 tail end
With connecting, adjustable resistance R4 adjustable output end connects the second integrated transporting discharging homophase input as the output end of the second reference circuit
End.
The output signal of the signal output part of dissolved oxygen sensor 2 is less than the setting value of the first adjustable output end of reference circuit
When, the output end control oxygen supplementing device 4 of the first integrated transporting discharging is powered, the output signal of the signal output part of dissolved oxygen sensor 2
Higher than the first adjustable output end of reference circuit setting value when, the first integrated transporting discharging output end control oxygen supplementing device 4 power off.
The output signal of the signal output part of illuminance sensor 3 is less than the setting value of the second adjustable output end of reference circuit
When, the output end control light compensating apparatus 5 of the second integrated transporting discharging is powered, the output signal of the signal output part of illuminance sensor 3
Higher than the second adjustable output end of reference circuit setting value when, the second integrated transporting discharging output end control light compensating apparatus 5 power off.
The above-mentioned another structure for being set to control circuit, the simulation circuit structure is simple, and with low cost, poultry feeders can
To select as needed.
The utility model provides a kind of batch production fish pond intelligence control system based on Internet of Things, being capable of automatic detection fish
Concentration of oxygen gas and illuminance in the pool, and control oxygen supplementing device and light compensating apparatus to work according to concentration of oxygen gas and illuminance,
Promote the growth of aquatic products in fish pond, improve output of aquatic products.
Finally it should be noted that be：Listed above is only specific embodiment of the utility model, the technology of this area
Personnel can be modified and modification to the utility model, if these modifications and variations belong to the utility model claim and
Within the scope of its equivalent technologies, protection domain of the present utility model is considered as.
Claims (8)
1. a kind of batch production fish pond intelligence control system based on Internet of Things, it is characterised in that：Fish pond including rectangle or circle
(1) dissolved oxygen sensor (2), is provided with fish pond (1), the lip in fish pond (1) is provided with illuminance sensor
(3), illuminance sensor (3) upward, is additionally provided with oxygen supplementing device (4), the pool wall in fish pond (1) is embedded with fish pond (1)
Light compensating apparatus (5), the dissolved oxygen sensor (2) and illuminance sensor (3) are connected with control circuit, and control circuit is according to molten
The output signal control oxygen supplementing device (4) of lambda sensor (2) is solved to fish pond (1) oxygenating, control circuit is sensed always according to illuminance
The output signal control light compensating apparatus (5) of device (3) gives fish pond (1) light filling.
2. the batch production fish pond intelligence control system according to claim 1 based on Internet of Things, it is characterised in that：The control
Circuit processed includes microprocessor (6), and microprocessor (6) is provided with dissolved oxygen signal receiving end, and microprocessor (6) passes through dissolved oxygen signal
Receiving terminal connection dissolved oxygen sensor (2), microprocessor (6) controls oxygenating to fill according to the output signal of dissolved oxygen sensor (2)
(4) are put to fish pond (1) oxygenating；Microprocessor (6) is provided with luminance signal receiving terminal, and microprocessor (6) is connect by luminance signal
Receiving end is connected with illuminance sensor (3), and microprocessor (6) controls light filling always according to the output signal of illuminance sensor (3)
Device (5) gives fish pond (1) light filling.
3. the batch production fish pond intelligence control system according to claim 2 based on Internet of Things, it is characterised in that：The fish
Temperature sensor (7), Ph values sensor (8), residual chlorine sensor (9) are additionally provided with the pool (1)；
The microprocessor (6) is additionally provided with temperature signal receiving terminal, and microprocessor (6) connects temperature by temperature signal receiving terminal
Sensor (7) is spent, the microprocessor (6) is additionally provided with temperature control end, and microprocessor (6) is added by the connection of temperature control end
Thermal (10)；
The microprocessor (6) is additionally provided with Ph value signal receiving terminals, and microprocessor (6) connects Ph by Ph value signals receiving terminal
It is worth sensor (8)；The microprocessor (6) is additionally provided with Ph value control ends, and microprocessor (6) is changed by the connection of Ph values control end
Water installations (11)；
The microprocessor (6) is additionally provided with chlorine residue signal receiving end, and microprocessor (6) connects remaining by chlorine residue signal receiving end
Chlorine sensor (9)；The microprocessor (6) is additionally provided with chlorine residue control end, and microprocessor (6) is removed by the connection of chlorine residue control end
Chlorine device；
The microprocessor (6) is also associated with video collector (13), and microprocessor (6) gathers fish by video collector (13)
The vision signal on the pool (1)；
The microprocessor (6) is additionally provided with wireless signal connection end group, and microprocessor (6) is connected by wireless signal connection end group
Wireless connection unit (14) is connected to, microprocessor (6) is connected with center host (12) by wireless connection unit (14).
4. the batch production fish pond intelligence control system according to claim 3 based on Internet of Things, it is characterised in that：It is described to remove
Chlorine device is same device with oxygen supplementing device (4).
5. the batch production fish pond intelligence control system according to claim 3 based on Internet of Things, it is characterised in that：It is described to change
Water installations (11) include being arranged at the electromagnetic water inlet valve (11a) at the top of fish pond (1) and are arranged at the electromagnetism water outlet of fish pond (1) bottom
Valve (11b)；Electromagnetic water inlet valve (11a) is connected with water inlet pipe (11c)；Electromagnetic outlet valve (11b) is connected with outlet pipe (11d), micro-
The switch of processor (6) control electromagnetic water inlet valve (11a) and electromagnetic outlet valve (11b)；The entrance of electromagnetic outlet valve (11b) is set
There is filter screen.
6. the batch production fish pond intelligence control system according to claim 1 based on Internet of Things, it is characterised in that：It is described to mend
Oxygen device (4) includes the pillar (4a) being arranged in fish pond (1), and the lower end of pillar (4a) is fixed on the bottom of pond of fish pond (1), pillar
Fish pond (1) is stretched out in the upper end of (4a), and the upper end of pillar (4a) is provided with through hole, is rotated in through hole and is provided with rotating shaft (4b), turned
Bull stick (4c) has been respectively fixedly connected in axle (4b) two ends after protruding through, rotating shaft (4b) is vertical with bull stick (4c), and rotating shaft (4b) is with turning
The middle part of bar (4c) is connected, and the two ends of bull stick (4c) are fixed with the cylinder that draws water (4d), and the cylinder that draws water (4d) is vertical with bull stick (4c), described
Oxygen supplementing device (4) is additionally provided with motor, and motor is rotated by gear reduction drive shaft (4b), rotating shaft (4b)
Drive the cylinder (4d) that draws water to draw by bull stick (4c) to shed again after the water in fish pond (1) into mending to fish pond (1) in fish pond (1)
Oxygen；
Circuit is controlled to control the rotation of motor.
7. the batch production fish pond intelligence control system according to claim 1 based on Internet of Things, it is characterised in that：It is described to mend
Electro-optical device (5) includes sealed shell (5a), and the forward end seal of shell (5a) sets light transmission piece (5b), and light transmission piece (5b) is towards fish
In the pool (1), it is provided with shell (5a) behind light compensating lamp (5c), light compensating lamp (5c) and is provided with lampshade (5d), light compensating lamp
(5c) and lampshade (5d) are towards light transmission piece (5b)；Control the power on/off of circuit control light compensating lamp (5c).
8. the batch production fish pond intelligence control system according to claim 1 based on Internet of Things, it is characterised in that：The control
Circuit processed includes the first integrated transporting discharging, and the signal output part of dissolved oxygen sensor (2) connects the first integrated transporting discharging inverting input,
The in-phase input end of first integrated transporting discharging is connected with the first reference circuit, the output end connection first switch pipe of the first integrated transporting discharging
Q1 base stage, first switch pipe Q1 controls the coil power on/off of the first relay, the normal open switch control oxygenating of the first relay
The switch of device (4)；
The control circuit includes the second integrated transporting discharging, and the signal output part of illuminance sensor (3) connects the second integrated transporting discharging
Inverting input, the in-phase input end of the second integrated transporting discharging is connected with the second reference circuit, the output end of the second integrated transporting discharging
Connect second switch pipe Q2 base stage, the coil power on/off of second switch pipe Q2 control the second relays of control, the second relay
Normal open switch control light compensating apparatus (5) switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720177016.9U CN206491178U (en) | 2017-02-24 | 2017-02-24 | Batch production fish pond intelligence control system based on Internet of Things |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720177016.9U CN206491178U (en) | 2017-02-24 | 2017-02-24 | Batch production fish pond intelligence control system based on Internet of Things |
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| CN206491178U true CN206491178U (en) | 2017-09-15 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109298156A (en) * | 2018-11-27 | 2019-02-01 | 昆山三泽仪器有限公司 | A kind of quality of river water multi-parameter on-line monitoring circulation device |
| CN109992024A (en) * | 2017-12-30 | 2019-07-09 | 武汉融创信息技术有限公司 | Intelligent aquaculture system |
-
2017
- 2017-02-24 CN CN201720177016.9U patent/CN206491178U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109992024A (en) * | 2017-12-30 | 2019-07-09 | 武汉融创信息技术有限公司 | Intelligent aquaculture system |
| CN109298156A (en) * | 2018-11-27 | 2019-02-01 | 昆山三泽仪器有限公司 | A kind of quality of river water multi-parameter on-line monitoring circulation device |
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