CN106550857A - Long-range irrigation system and its irrigation method - Google Patents
Long-range irrigation system and its irrigation method Download PDFInfo
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- CN106550857A CN106550857A CN201510616163.7A CN201510616163A CN106550857A CN 106550857 A CN106550857 A CN 106550857A CN 201510616163 A CN201510616163 A CN 201510616163A CN 106550857 A CN106550857 A CN 106550857A
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- long
- range
- wireless communication
- irrigation system
- liquid
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G25/00—Watering gardens, fields, sports grounds or the like
- A01G25/16—Control of watering
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G25/00—Watering gardens, fields, sports grounds or the like
- A01G25/16—Control of watering
- A01G25/167—Control by humidity of the soil itself or of devices simulating soil or of the atmosphere; Soil humidity sensors
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Water Supply & Treatment (AREA)
- Environmental Sciences (AREA)
- Soil Sciences (AREA)
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The present invention relates to a kind of long-range irrigation system and its irrigation method, long-range irrigation system includes：Liquid storage container；Water head；Pump, including input and output end, the input connect the liquid in the liquid storage container, and the output end connects the water head；Wireless communication module, is communicated with intelligent terminal；Controller, is got in touch with the wireless communication module, is controlled the pump for the pouring work head and is supplied liquid；Battery, is that the long-range irrigation system is powered.The invention has the beneficial effects as follows：By configuring battery for long-range irrigation system so that long-range irrigation system arrangement installs easy, user friendly operation.
Description
Technical field
The present invention relates to a kind of long-range irrigation system, further relates to a kind of long-range irrigation method.
Background technology
The neglected problem for being to perplex many people of plant when outgoing in man, when outgoing time is longer,
Plant probably due to water shortage and it is withered；The busy people of work has no time to attend to the plant in family at ordinary times, when plant is long
Between cannot look after, as water shortage or lack nutrition and wither.
Long-range irrigation system can make the pouring of user remotely control plant, solve when user goes out and can also pour
Fill the problem of plant in family.Long-range irrigation system of the prior art connects water tap by water pipe,
Or by mains-supplied, watering appliance arrangement is installed inconvenient, brings inconvenience to user.
The content of the invention
To overcome the defect of prior art, problem to be solved by this invention to be to provide a kind of arrangement and install easy
Long-range irrigation system, and its long-range irrigation method.
The present invention solves the technical scheme that adopted of prior art problem：
A kind of long-range irrigation system, including：Liquid storage container；Water head；Pump, including input and output end,
The input connects the liquid storage container, and the output end connects the water head；Wireless communication module,
Transmitting/receiving wireless signal；Controller, is got in touch with the wireless communication module, controls the pump for the pouring work
Liquid is supplied as head；Battery, is that the long-range irrigation system is powered.
Preferably, including solar energy module, collect solar energy and by the power storage of conversion in the battery.
Preferably, the liquid storage container includes 2 with upper cavity, stores two or more liquid.
Preferably, the liquid of the cavity storage includes water or nutrient solution, and the controller controls the pumping
Take the liquid in one of them described cavity.
Preferably, the wireless communication module includes wifi module, or cellular network module, or bluetooth module,
Or zigbee modules.
Preferably, the wireless communication module is communicated with intelligent terminal, can be by being applied to the intelligence eventually
The application program at end arranges pouring program.
Preferably, the wireless communication module receives the preferred pouring program arranged according to weather condition.
Preferably, the moisture or nutrient or air content of soil including Soil K+adsorption module, are detected,
The Soil K+adsorption module sends detection data, the intelligent terminal for reception detection data by transmitting terminal.
Preferably, the moisture or nutrient or air content of soil including Soil K+adsorption module, are detected,
The Soil K+adsorption module sends detection data by transmitting terminal, and the wireless communication module receives detection data,
The controller controls the execution of pouring action according to the detection data that the wireless communication module is received.
Preferably, the liquid level of the liquid storage container including liquid level detector, is monitored, when liquid level is less than predetermined value
When send cue.
Preferably, the water head, the pump, the wireless communication module and the controller are located at same
In main body, the main body is work head assembly.
Preferably, the battery is located in same main body with the liquid storage container, component based on the main body,
The work head assembly is electrically connected with described matrix component.
Preferably, the work head assembly includes the upper lid of the liquid storage container.
Preferably, the capacity of the liquid storage container is 0.2L-10L.
Preferably, the water head is 5cm-100cm apart from the height of working face.
Preferably, the capacity of the battery is 0.5Ah-10Ah.
Preferably, the output voltage of the battery is 4V-120V.
Preferably, the liquid storage container forms the platform that can place plant, and the water head can be to placing
Plant on the platform is poured.
A kind of method for carrying out long-range pouring using the long-range irrigation system, including step：The channel radio
News module receives working signal；The controller detects the working signal that the wireless communication module is received；Institute
State the controller control pumping and take the liquid in the liquid storage container；Liquid is supplied the pouring by the pump
Head, performs the water head and pours work；Powered for the long-range irrigation system using the battery.
Preferably, solar energy is collected using solar energy module, convert the solar into electric energy, and electric energy is deposited
Storage is in the battery.
Preferably, 2 are arranged with upper cavity in liquid storage container, stores two or more liquid.
Preferably, water, or nutrient solution, or agricultural chemicals are stored in the cavity, controls the pumping and take
Liquid in one of them described cavity.
Preferably, the wireless communication module adopts wifi module, or cellular network module, or bluetooth module,
Or zigbee modules.
Preferably, the wireless communication module is communicated with intelligent terminal, is received by being applied to intelligent terminal
The pouring program that application program is arranged.
Preferably, the wireless communication module receives the preferred pouring program arranged according to weather condition.
Preferably, the moisture or nutrient or air content of soil are detected using Soil K+adsorption module,
Detection data, intelligent terminal for reception detection data are sent by the transmitting terminal of the Soil K+adsorption module.
Preferably, the moisture or nutrient or air content of soil are detected using Soil K+adsorption module,
Detection data is sent by the transmitting terminal of the Soil K+adsorption module, the wireless communication module receives detection number
According to the controller controls the execution of pouring action according to the detection data that the wireless communication module is received.
Preferably, the liquid level of the liquid storage container is monitored using liquid level detector, when liquid level is less than predetermined value
Send cue.
Preferably, the water head, the pump, the wireless communication module and the controller are arranged on
In same main body, the main body is work head assembly.
Preferably, the battery and the liquid storage container are arranged in same main body, based on the main body
Component, the work head assembly is electrically connected with described matrix component.
Preferably, the upper lid of the liquid storage container is set on the work head assembly.
Preferably, the capacity of the liquid storage container is set to into 0.2L-10L.
Preferably, the height by the water head apart from working face is set to 5cm-100cm.
Preferably, the capacity of the battery is set to into 0.5Ah-10Ah.
Preferably, by the output voltage setting of the battery be 4V-120V.
Preferably, will be arranged to place the platform of plant above the liquid storage container, make the pouring
Head is poured to the plant placed on the platform.
Compared with prior art, the invention has the beneficial effects as follows：By configuring battery for long-range irrigation system,
So that long-range irrigation system arrangement installs easy, user friendly operation.
Description of the drawings
The purpose of invention described above, technical scheme and beneficial effect can be realized by accompanying drawings below：
Fig. 1 is the long-range irrigation system structure chart of the first embodiment of the present invention.
Fig. 2 is the long-range irrigation system structure decomposition figure of the first embodiment of the present invention.
Fig. 3 is the long-range irrigation system operating diagram of the first embodiment of the present invention.
Fig. 4 is the first work that long-range pouring is carried out using the long-range irrigation system of the first embodiment of the present invention
The flow chart of pattern.
1st, long-range irrigation system 3, liquid storage container 5, water head
7th, battery 9, solar panels 11, dividing plate
13rd, the first cavity 15, the second cavity 17, input pipe
19th, input pipe 21, Soil K+adsorption device 23, work head assembly
25th, upper lid
Specific embodiment
Long-range irrigation system 1 structure charts of the Fig. 1 for the first embodiment of the present invention.Long-range irrigation system 1 is wrapped
Include liquid storage container 3；Water head 5；Pump (not shown), including input and output end, input connection storage
Liquid container 3, output end connection water head 5；Wireless communication module (not shown), transmitting/receiving wireless signal；Control
Device (not shown) processed, is got in touch with wireless communication module, and controlling pump supplies liquid for water head；Also include battery
7, it is that long-range irrigation system 1 is powered.Wherein, liquid storage container 3 is used for the liquid for storing irrigating plant.Pumping
The liquid in liquid storage container 3 is taken, and liquid is supplied to into water head 5.Water head 5 sprays liquid, pours
Plant.Wireless communication module receives working signal, or the status signal for sending long-range irrigation system 1.Control
Device processed is got in touch with wireless communication module, and controls long-range irrigation system execution pouring work.Battery 7 is long-range
Irrigation system 1 is powered.When pouring to plant, wireless communication module receives working signal, controller inspection
Working signal is measured, controlling pump extracts the liquid in liquid storage container 3, the liquid spray that pumping is taken by water head 5
Go out irrigating plant.In the present embodiment, long-range irrigation system 1 is powered by battery 7.User can as needed by
Long-range irrigation system 1 is placed on each place.
Such as Fig. 1, in the present embodiment, long-range irrigation system 1 includes solar energy module, and collection solar energy simultaneously will
The power storage of conversion is in battery 7.Solar energy module includes solar panels 9, is arranged on long-range pouring and is
The top of system 1, for collecting solar energy, and converts solar energy into electric energy, and the power storage of conversion is to electricity
In pond 7, it is that long-range irrigation system 1 is powered.Solar energy is eco-friendly power source, collect solar energy and by conversion
Power storage is in battery 7, it is to avoid the trouble changed battery 7 or charge to battery 7, more avoids use
The head of a household goes out the problem for causing 7 electricity of battery to exhaust the time.
Such as Fig. 2, in the present embodiment, liquid storage container 3 includes 2 with upper cavity, stores two or more liquid.
Specifically, liquid storage container 3 includes 2 cavitys, stores 2 kinds of liquid.In the present embodiment, cavity storage
Liquid includes water or nutrient solution, and controller controlling pump extracts the liquid in one of cavity.Specifically, 2
Store water and nutrient solution in individual cavity respectively, user can control as needed 1 watering pours water of long-range irrigation system or
Person's nutrient solution.As Fig. 2, liquid storage container 3 include a dividing plate 11, two parts are divided the container into, form only
The first vertical cavity 13 and the second cavity 15, store water in the first cavity 13, store in the second cavity 15
Nutrient solution.Pump has two input pipes 17,19, is respectively protruding in two cavitys.When user is needed for plant
During watering pours water, the first signal of watering pours water is sent to long-range irrigation system 1, wireless communication module receives the
One signal, controller detect corresponding signal, and controlling pump extracts the liquid in the first cavity 13, and export to
Water head 5, makes water head 5 to plant watering.When user need for irrigating plant nutrient solution when, to long-range
Irrigation system 1 sends the secondary signal of nutrient solution, and wireless communication module receives secondary signal, controls
Device detects corresponding signal, and controlling pump extracts the liquid in the second cavity 15, and exports to water head 5, makes
Water head 5 is to irrigating plant nutrient solution.Different cavitys are set in liquid storage container 3 so that long-range to pour
System 1 not only can be irrigating plant water, it is to avoid plant withers because of water shortage, can also seek for irrigating plant
Nutrient solution, agricultural chemicals etc., so as to preferably take care of plant.User can select to pour different liquid as needed,
1 multifunction of long-range irrigation system is made, the different demands of user are preferably met.
In the present embodiment, wireless communication module includes wifi module, or cellular network module, or bluetooth module,
Or zigbee modules.Wifi module can make equipment utilization wifi link internet, realize the long-range of equipment
Manipulation.Cellular network module includes gsm module, 3G network module etc., it is not necessary to rely on wifi environment,
Do not limited by distance, good stability.Bluetooth module is used for bluetooth, it is adaptable to which short-distance wireless leads to
Letter.Zigbee is the radio network technique of a kind of short distance, low rate, can realize simple and reliable, price
Cheap, low in energy consumption wireless connection is monitored and controlled.Wifi module is embedded in long-range irrigation system 1, or
Any one in cellular network module, or bluetooth module, or zigbee modules, can realize to remotely pouring
The controlled in wireless of fill system 1.In the present embodiment, wireless communication module is wifi module, will remotely pour and be
System 1 is placed in the environment with wifi, long-range irrigation system 1 is accessed internet using wifi, is made
Long-range irrigation system 1 can receive working signal by internet, or send long-range pouring system by internet
The status signal of system 1, realizes the controlled in wireless to long-range irrigation system 1.Present family mostly has wifi
Network, therefore, simple, economical and efficient is arranged using the long-range irrigation system of wifi module.Wifi modules
Telecommunication is supported, facilitates user long-range irrigation system 1 to be controlled when outgoing.
In the present embodiment, wireless communication module is communicated with intelligent terminal, is received by being applied to intelligent terminal
The pouring program that application program is arranged.Specifically, in the present embodiment, intelligent terminal is mobile phone, application program
For mobile phone A PP.User is sent by mobile phone and pours instruction, is controlled the long-range execution of irrigation system 1 and is poured work,
And the state of long-range irrigation system 1 is checked by mobile phone.Mobile phone A PP provides the user operation interface, can set
Put the pouring program of long-range irrigation system 1.User can be arranged by APP and pour parameter, and pouring parameter includes
Perform once duration of pouring action etc..User can control to pour by APP manually, i.e., user is recognizing
Send using APP during to need to pour plant and pour instruction.User can also be arranged in APP certainly
Dynamic pouring program, i.e. user pre-set and perform the parameters such as time of pouring action, frequency, APP with
Time that family is specified, sent with specified frequency and pour instruction.Preferred pouring program can also be stored in APP,
Different pouring frequencies etc. are arranged according to the difference in season for example.User easily can be controlled far using mobile phone
Journey irrigation system 1, mobile phone A PP provide the user good operation interface, arrange pouring program for user,
Provide the user good operating experience.
In the present embodiment, wireless communication module receives the preferred pouring program arranged according to weather condition.Hand
Machine APP arranges preferred pouring program according to weather condition, such as gas epidemic disaster etc., automatically.Heat
When being dried, frequency of watering is high；When heat is moist, the frequency of nutrient solution is high；During cold weather,
Frequency of watering is low, and the frequency of nutrient solution is low.Long-range irrigation system 1 receives the automatic-watering of mobile phone A PP
Instruction, pours a certain amount of particular liquid with specific frequency.Long-range irrigation system 1 is held according to weather condition
Row automatic-watering, the user for alloing work busy are no longer worried about for irrigating plant, and enable plant health
Ground growth.
Such as Fig. 3, in the present embodiment, long-range irrigation system 1 includes Soil K+adsorption module, detects the water of soil
Divide or nutrient or air content, Soil K+adsorption module sends detection data, intelligence by transmitting terminal
Terminal receives detection data.Such as Fig. 3, Soil K+adsorption module include inserting the Soil K+adsorption device in plant soil
21, detect the parameters such as the moisture of soil, nutrient, air content.Soil K+adsorption module is launched by transmitting terminal
Detection data.In the present embodiment, mobile phone receives detection data, and user can check soil by mobile phone A PP
Moisture, nutrient, the parameter such as air content.When certain parameter of soil occurs abnormal, APP will send and carry
Show information, remind user to be poured manually, or adjustment pouring program.
In the present embodiment, long-range irrigation system 1 includes liquid level detector (not shown), monitors liquid storage container 3
Liquid level, when liquid level be less than predetermined value when send cue.In the present embodiment, liquid level detector include with
Infrared transmitter and infrared remote receiver that controller is electrically connected with.Infrared remote receiver is fixedly installed on the input of pump
On pipe 17,19, at minimum liquid level.Infrared transmitter can be swum in liquid storage container cavity.Work as chamber
When liquid level in body is reduced at minimum liquid level, infrared remote receiver receives the infrared letter that infrared transmitter sends
Number, to controller output state abnormal signal, controller judges that the liquid level in cavity is less than predetermined value, passes through
Wireless communication module sends cue to user mobile phone, reminds the timely adding liquid of user, it is to avoid due to liquid
Body exhausts and causes the long-range irrigation system 1 cannot normal work.
Such as Fig. 2, in the present embodiment, water head 5, pump, wireless communication module and controller are located at same main body
Interior, the main body is work head assembly 23.In the present embodiment, long-range irrigation system 1 includes work head assembly 23,
Work head assembly 23 includes water head 5, pump, wireless communication module and controller.When system works, work
Head assembly 23 is fixed on above liquid storage container 3, and the input pipe 17,19 of pump is stretched in 3 cavity of liquid storage container.
When needing to 3 adding liquid of liquid storage container, work head assembly 23 is unloaded from liquid storage container 3, can be to storage
Adding liquid in the cavity of liquid container 3.Water head 5, pump, wireless communication module and controller are arranged on
In same main body, 1 compact conformation of long-range irrigation system is made, it is easy to operate.
Such as Fig. 2, in the present embodiment, work head assembly 23 includes the upper lid 25 of liquid storage container 3.Work head group
Part 23 includes the upper lid 25 of liquid storage container, and when system works, it is empty that upper lid 25 forms closing with liquid storage container 3
Between.Controller and wireless communication module are sealed in lid 25.Upper lid 25 forms closing with liquid storage container 3
Space, it is to avoid due to liquid evaporation caused by the user for a long time weather such as outgoing or high temperature drying.
In the present embodiment, the capacity of liquid storage container 3 is 0.2L-10L.Specifically, in the present embodiment, liquid storage
The capacity of container 3 is 5L.It is right in the case where short-term is outgoing that the capacity of liquid storage container 3 can either meet user
The irrigation amount of plant, also makes the volume of long-range irrigation system 1 excessively not huge, more light.
In the present embodiment, water head 5 is 5cm-100cm apart from the height of working face.Specifically, this reality
Shi Zhong, water head 5 are 50cm apart from the height of working face.Water head 5 apart from working face height not
Can only realize that the cover type to small potted plant plant is poured, can also be poured onto the cauline leaf and root of big plant,
Good treatment effect can be played to plant.
In the present embodiment, the capacity of battery 7 is 0.5Ah-10Ah.Specifically, in the present embodiment, battery 7
Capacity be 3Ah.When long-range irrigation system 1 is in off working state, power consumption is few, and the capacity of battery 7 can
Meet the working time of long-range irrigation system 1, also so that the volume of battery 7 is not excessively huge, make remotely to pour
Fill system 1 is more light.
In the present embodiment, the output voltage of battery 7 is 4V-120V.Specifically, in the present embodiment, battery
Voltage be 20V.20V output voltages disclosure satisfy that long-range irrigation system 1 pair performs the power supply electricity for pouring work
The requirement of pressure, enables a system to stablize, effectively works.
In another embodiment of the present invention, long-range irrigation system 1 and first embodiment medium-long range irrigation system 1
Primary structure it is basically identical, difference is to include Soil K+adsorption module, detect soil moisture or support
Divide or air content, Soil K+adsorption module sends detection data by transmitting terminal, wireless communication module connects
Detection data is received, controller controls the execution of pouring action according to the detection data that wireless communication module is received.
Soil K+adsorption module includes inserting the Soil K+adsorption device 21 in plant soil, detect the moisture of soil, nutrient,
The parameters such as air content.Soil K+adsorption module launches detection data by transmitting terminal.In the present embodiment, wirelessly
Communication module receives detection data, the data that wireless communication module is received by controller and preset standard value
It is compared, long-range irrigation system 1 is controlled according to result of the comparison and performs pouring action.If comparing discovery soil
The moisture value of earth is not up to standard value, then controlling pump extracts the liquid in the first cavity 13, is irrigating plant water.
If compare finding that the nutritive value of soil is not up to standard value, controlling pump extracts the liquid in the second cavity 15,
For irrigating plant nutrient solution.In the present embodiment, detection number of the long-range irrigation system 1 according to Soil K+adsorption module
Work is poured according to performing automatically, it is more intelligent.
In another embodiment of the present invention, long-range irrigation system 1 and first embodiment medium-long range irrigation system 1
Primary structure it is basically identical, difference is that battery 7 is located in same main body with liquid storage container 3, the main body
Based on component, work head assembly 23 is electrically connected with matrix component.In the present embodiment, long-range irrigation system
1 includes matrix component, and matrix component includes liquid storage container and battery.When system works, work head assembly 23
It is electrically connected with matrix component, battery is powered for controller and wireless communication module etc..Battery is held with liquid storage
Device is arranged in same main body, facilitates the mobile placement of long-range irrigation system 1.
In another embodiment of the present invention, long-range irrigation system 1 and first embodiment medium-long range irrigation system 1
Primary structure it is basically identical, difference is that liquid storage container is formed and can place the platform of plant, water head energy
Enough plants to being placed on platform are poured.Size of the liquid storage container on length and width direction is long-range
In the size of short transverse, a platform is formed at the top of liquid storage container, and plant can be placed on platform, pour
Fill head to pour the plant being placed on platform.The structure of the present embodiment medium-long range irrigation system is outstanding
Which is adapted to pour multiple small potted plant plants, when user goes out for a long time, the plant that will can need to pour
It is placed on the platform on liquid storage container top, water head can be poured to multiple small potted plant plants simultaneously.
Such as Fig. 4, the long-range method poured is carried out using the long-range irrigation system 1 of the first embodiment of the present invention,
Or perhaps mode of operation, including：
Step S1：Battery 7 is system power supply.
Step S2：Wireless communication module receives working signal.
Step S3：The working signal that controller detection wireless communication module is received.
Step S4：Controller controlling pump extracts the liquid in liquid storage container 3.
Step S5：Liquid is supplied water head 5 by pump, is performed water head 5 and is poured work.
Specifically, battery 7 is system power supply, makes wireless communication module keep receiving the state of working signal,
Whether controller detection wireless communication module receives working signal.If controller detects working signal,
Controlling pump extracts the liquid in liquid storage container 3, and liquid is supplied water head 5 by pump, performs water head 5 and pours
Fill work.If controller is not detected by working signal, state is remained waiting for.
In this mode of operation, solar energy is collected using solar energy module, convert the solar into electric energy, and will
Power storage is in battery 7.Specifically, solar energy is collected using solar panels 9, and solar energy is changed
Into electric energy, by power storage in battery 7.
In this mode of operation, 2 are arranged in liquid storage container 3 with upper cavity, two or more liquid is stored.
Specifically, 2 cavitys of setting, respectively the first cavity 13 and the second cavity 15 in liquid storage container 3.
In this mode of operation, water, or nutrient solution, or agricultural chemicals are stored in cavity, controlling pump extracts wherein one
Liquid in individual cavity.Specifically, water is stored in the first cavity, in the second cavity store nutrient solution.
During watering pours water, wireless communication module receives the first signal, and controller detects corresponding signal, then controls pumping
The liquid in the first cavity 13 is taken, and is exported to water head 5, water head 5 is made to plant watering.Pour battalion
During nutrient solution, wireless communication module receives secondary signal, and controller detects corresponding signal, then controlling pump is extracted
Liquid in second cavity 15, and export to water head 5, water head 5 is made to irrigating plant nutrient solution.
In this mode of operation, wireless communication module adopts wifi module, or cellular network module, or bluetooth mould
Block, or zigbee modules.Specifically, wireless communication module adopts wifi module, by wireless communication module
Be placed in wifi environment, internet is accessed using wifi, working signal is received by internet.
In this mode of operation, wireless communication module is communicated with intelligent terminal, is received by being applied to intelligent terminal
Application program arrange pouring program.Specifically, wireless communication module and mobile communication, using mobile phone A PP
Pouring program is set.Wireless communication module receives the pouring instruction that mobile phone sends.Arrange in mobile phone A PP and pour
Fill parameter.Control manually to pour by APP, or automatic-watering program is set in APP, mobile phone is made pre-
Fix time, sent with preset frequency and pour instruction.
In this mode of operation, wireless communication module receives the preferred pouring program arranged according to weather condition.
When heat is dried, frequency of watering is high；When heat is moist, the frequency of nutrient solution is high；Weather
When cold, frequency of watering is low, and the frequency of nutrient solution is low.
In this mode of operation, the moisture or nutrient or air of soil are detected using Soil K+adsorption module
Content, sends detection data, intelligent terminal for reception detection data by the transmitting terminal of Soil K+adsorption module.Will
In the soil of the insertion plant of Soil K+adsorption device 21 of Soil K+adsorption module, the moisture of detection soil, nutrient, sky
The parameters such as Gas content.Detection data is launched by the transmitting terminal of Soil K+adsorption module.Mobile phone receives detection data,
The parameters such as the moisture of soil, nutrient, air content are checked by mobile phone A PP.When certain parameter of soil occurs
When abnormal, APP sends information, reminds user to be poured manually, or adjustment pouring program.
In this mode of operation, the liquid level of liquid storage container 3 is monitored using liquid level detector, when liquid level is less than predetermined
Cue is sent during value.Specifically, floatable infrared transmitter is put in 3 cavity of liquid storage container,
Infrared remote receiver is fixedly installed on the input pipe 17,19 of pump, at minimum liquid level.When in cavity
When liquid level is reduced at minimum liquid level, infrared remote receiver receives the infrared signal that infrared transmitter sends, to
Controller output state abnormal signal, controller judge that the liquid level in cavity is less than predetermined value, by channel radio
News module sends cue to user mobile phone, reminds the timely adding liquid of user.
In this mode of operation, water head, pump, wireless communication module and controller are arranged in same main body,
The main body is work head assembly 23.When system works, work head assembly 23 is fixed on liquid storage container 3
Side.During to 3 adding liquid of liquid storage container, work head assembly 23 is unloaded from liquid storage container 3.
The upper lid 25 of liquid storage container 3, in this mode of operation, is set on work head assembly 23.System works
When, make lid 25 form closing space with liquid storage container 3.
In this mode of operation, the capacity of liquid storage container is set to into 0.2L-10L.Specifically, by liquid storage container
Capacity be set to 5L.
In this mode of operation, height of the water head apart from working face is set to into 5cm-100cm.Specifically,
Height of the water head apart from working face is set to into 50cm.
In this mode of operation, the capacity of battery is set to into 0.5Ah-10Ah.Specifically, by the capacity of battery
It is set to 3Ah.
In this mode of operation, it is 4V-120V by the output voltage setting of battery.Specifically, by the defeated of battery
Go out voltage and be set to 20V.
The present invention another mode of operation in, using Soil K+adsorption module detect soil moisture or nutrient,
Or air content, detection data is sent by the transmitting terminal of Soil K+adsorption module, wireless communication module is received
Detection data, controller control the execution of pouring action according to the detection data that wireless communication module is received.
The Soil K+adsorption device 21 of Soil K+adsorption module is inserted in the soil of plant, detect the moisture of soil, nutrient,
The parameters such as air content.Detection data is launched by the transmitting terminal of Soil K+adsorption module.Wireless communication module connects
Detection data is received, the data that wireless communication module is received by controller are compared with preset standard value.
If compare finding that the moisture value of soil is not up to standard value, controlling pump extracts the liquid in the first cavity 13,
For irrigating plant water.If compare finding that the nutritive value of soil is not up to standard value, controlling pump extracts the second chamber
Liquid in body 15, is irrigating plant nutrient solution.
In another mode of operation of the present invention, battery 7 and liquid storage container 3 are arranged in same main body, should
Component based on main body, work head assembly 23 is electrically connected with matrix component.When system works, work head
Component 23 is electrically connected with matrix component, and battery 7 is powered for controller and wireless communication module etc..
In another mode of operation of the present invention, will be arranged to place the platform of plant above liquid storage container,
Water head is made to pour the plant being placed on platform.Specifically, it would be desirable to which the plant of pouring is placed on
On the platform on liquid storage container top, water head is poured to the plant being placed on platform.
The present invention is not limited to lifted specific embodiment, and the structure or method based on present inventive concept is belonged to
The scope of the present invention.
Claims (24)
1. a kind of long-range irrigation system, including：
Liquid storage container；
Water head；
Pump, including input and output end, the input connect the liquid storage container, and the output end connects institute
State water head；
Wireless communication module, transmitting/receiving wireless signal；
Controller, is got in touch with the wireless communication module, is controlled the pump for the pouring work head and is supplied liquid；
Characterized in that,
Including battery, it is that the long-range irrigation system is powered.
2. irrigation system as claimed in claim 1 long-range, it is characterised in that including solar energy module, collect too
Sun can and by conversion power storage in the battery.
3. irrigation system as claimed in claim 1 long-range, it is characterised in that the liquid storage container include 2 with
Upper cavity, stores two or more liquid.
4. irrigation system as claimed in claim 3 long-range, it is characterised in that the liquid of the cavity storage includes
Water or nutrient solution, the controller control the pumping and take the liquid in one of them described cavity.
5. irrigation system as claimed in claim 1 long-range, it is characterised in that the wireless communication module includes wifi
Module, or cellular network module, or bluetooth module, or zigbee modules.
6. irrigation system as claimed in claim 1 long-range, it is characterised in that the wireless communication module and intelligence
Terminal communication, receives the pouring program that the application program by being applied to intelligent terminal is arranged.
7. irrigation system as claimed in claim 6 long-range, it is characterised in that the wireless communication module receives root
According to the preferred pouring program that weather condition is arranged.
8. irrigation system as claimed in claim 6 long-range, it is characterised in that including Soil K+adsorption module, detection
The moisture or nutrient of soil or air content, the Soil K+adsorption module are sent by transmitting terminal and are examined
Survey data, the intelligent terminal for reception detection data.
9. irrigation system as claimed in claim 1 long-range, it is characterised in that including Soil K+adsorption module, detection
The moisture or nutrient of soil or air content, the Soil K+adsorption module are sent by transmitting terminal and are examined
Data are surveyed, the wireless communication module receives detection data, and the controller is according to the wireless communication module
The detection data for receiving controls the execution of pouring action.
10. irrigation system as claimed in claim 1 long-range, it is characterised in that including liquid level detector, monitor institute
The liquid level of liquid storage container is stated, and cue is sent when liquid level is less than predetermined value.
11. long-range irrigation systems as claimed in claim 1, it is characterised in that the water head, the pump, institute
State wireless communication module and the controller is located in same main body, the main body is work head assembly.
12. long-range irrigation systems as claimed in claim 11, it is characterised in that the battery is held with the liquid storage
Device is located in same main body, component based on the main body, and the work head assembly is electric with described matrix component
Property connection.
13. long-range irrigation systems as claimed in claim 11, it is characterised in that the work head assembly includes institute
State the upper lid of liquid storage container.
14. irrigation systems as claimed in claim 1 long-range, it is characterised in that the capacity of the liquid storage container is
0.2L-10L。
15. long-range irrigation systems as claimed in claim 1, it is characterised in that the water head is apart from working face
Height be 5cm-100cm.
16. irrigation systems as claimed in claim 1 long-range, it is characterised in that the capacity of the battery is
0.5Ah-10Ah。
17. irrigation systems as claimed in claim 1 long-range, it is characterised in that the output voltage of the battery is
4V-120V。
18. long-range irrigation systems as claimed in claim 1, it is characterised in that the liquid storage container is formed and can be put
The platform of plant is put, the water head can be poured to the plant placed on the platform.
A kind of 19. methods for carrying out long-range pouring using long-range irrigation system as claimed in claim 1, including step
Suddenly：
The wireless communication module receives working signal；
The controller detects the working signal that the wireless communication module is received；
The controller controls the pumping and takes the liquid in the liquid storage container；
Liquid is supplied the water head by the pump, is performed the water head and is poured work；Characterized in that,
Powered for the long-range irrigation system using the battery.
20. long-range irrigation systems as claimed in claim 19, it is characterised in that the wireless communication module and intelligence
Energy terminal communication, receives the pouring program that the application program by being applied to intelligent terminal is arranged.
21. long-range irrigation systems as claimed in claim 20, it is characterised in that the wireless communication module is received
According to the preferred pouring program that weather condition is arranged.
22. long-range irrigation systems as claimed in claim 20, it is characterised in that detected using Soil K+adsorption module
The moisture or nutrient of soil or air content, are sent by the transmitting terminal of the Soil K+adsorption module
Detection data, intelligent terminal for reception detection data.
23. long-range irrigation systems as claimed in claim 19, it is characterised in that detected using Soil K+adsorption module
The moisture or nutrient of soil or air content, are sent by the transmitting terminal of the Soil K+adsorption module
Detection data, the wireless communication module receive detection data, and the controller is according to the wireless telecommunications mould
The detection data that block is received controls the execution of pouring action.
24. long-range irrigation systems as claimed in claim 19, it is characterised in that monitor institute using liquid level detector
The liquid level of liquid storage container is stated, and cue is sent when liquid level is less than predetermined value.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510616163.7A CN106550857A (en) | 2015-09-24 | 2015-09-24 | Long-range irrigation system and its irrigation method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510616163.7A CN106550857A (en) | 2015-09-24 | 2015-09-24 | Long-range irrigation system and its irrigation method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106550857A true CN106550857A (en) | 2017-04-05 |
Family
ID=58415283
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510616163.7A Pending CN106550857A (en) | 2015-09-24 | 2015-09-24 | Long-range irrigation system and its irrigation method |
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| Country | Link |
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| CN (1) | CN106550857A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108925415A (en) * | 2018-06-28 | 2018-12-04 | 桂林航天工业学院 | A kind of solar energy potting Self-acting watering device and method |
| CN110268962A (en) * | 2019-07-26 | 2019-09-24 | 杭州梁永馨生物科技有限公司 | Intelligent irrigation equipment |
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| US3517684A (en) * | 1967-08-17 | 1970-06-30 | Bruce Mitchell | Automatic water sprinkler control system |
| CN201995407U (en) * | 2009-12-16 | 2011-10-05 | 西安圣华电子工程有限责任公司 | Smart metering type irrigation system |
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Application publication date: 20170405 |