CN210580373U - Automatic remote control irrigation equipment in gardens - Google Patents
Automatic remote control irrigation equipment in gardens Download PDFInfo
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- CN210580373U CN210580373U CN201920932374.5U CN201920932374U CN210580373U CN 210580373 U CN210580373 U CN 210580373U CN 201920932374 U CN201920932374 U CN 201920932374U CN 210580373 U CN210580373 U CN 210580373U
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Abstract
The utility model discloses an automatic remote control irrigation equipment in gardens belongs to modernized agricultural technical field. The data monitoring and collecting unit comprises an illumination sensor, an air humidity sensor, a soil pH sensor, a temperature sensor and monitoring cameras, and is connected with the CPU one by one; the data transmission processing unit comprises a memory, a CPU, an LED display screen, a signal receiver, a data transmission end and a power supply, wherein the CPU is respectively connected with the memory, the display screen, the data transmission end and the signal receiver; the automatic control unit comprises a protective tube, an irrigation system, a manual main switch, a manual unit and an automatic unit, wherein the automatic unit comprises a remote control switch, a timing switch, a temperature control switch, a light control switch and a soil humidity control switch. The utility model discloses a with all kinds of sensors, data transmission processing system and automated control system's coupling, realized landscape irrigation's on-the-spot control, online remote control and automated control's integration.
Description
Technical Field
The invention relates to the technical field of modern agriculture, in particular to an automatic remote control irrigation device for gardens.
Background
In the prior art, in order to meet the requirement of plant growth in the garden, a corresponding irrigation system needs to be equipped, the irrigation system is usually a ditch arranged in a plant growth area or a manually field-controlled sprinkling irrigation/drip irrigation system, which causes uneven irrigation, scientific automatic control cannot be performed according to environmental factors such as soil humidity and temperature, and online remote control cannot be realized.
By applying the automatic remote control irrigation device for gardens, the technical problems that the traditional garden irrigation system cannot carry out remote control, scientific automatic control cannot be carried out according to real-time field environmental factors, time consumption in gardens is avoided, and the like are solved, and automatic control watering can be carried out scientifically according to factors such as actual temperature, soil humidity, watering time and the like of the gardens in real time; the irrigation system can be remotely controlled on line; the technical effect of on-line monitoring of garden site environment and plant growth in real time can be achieved through a mobile phone and a computer.
Disclosure of Invention
The invention aims to solve the problems, and provides an automatic remote control irrigation device for gardens, which integrates field control, online remote control and automatic control of garden irrigation by coupling various sensors, a data transmission processing system and an automatic control system, scientifically performs irrigation according to monitoring information such as soil humidity and temperature, and can also perform real-time online monitoring of garden field environment and plant growth by using APP (application) at a mobile phone and a computer terminal.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows.
An automatic remote control irrigation equipment for gardens is characterized in that.
The device comprises a data monitoring and collecting unit, a light sensor, an air humidity sensor, a soil pH sensor, a temperature sensor and a monitoring camera, and is connected with a CPU one by one.
And the data transmission processing unit comprises a memory, a CPU, an LED display screen, a signal receiver, a data transmission end and a power supply, wherein the CPU is respectively connected with the memory, the display screen, the data transmission end and the signal receiver.
The automatic control unit comprises a protective tube, an irrigation system, a manual main switch, a manual unit and an automatic unit, wherein the automatic unit comprises a remote control switch, a timing switch, a temperature control switch, a light control switch and a soil humidity control switch.
The data monitoring and acquiring unit monitors the illumination intensity, temperature, air humidity, soil pH and the real-time growth state of plants in the garden and acquires data signals; the data transmission processing unit is used for storing, wirelessly transmitting, receiving and processing the garden data monitored in real time; the automatic control unit can control the irrigation system according to soil humidity, air temperature, illumination intensity and a set time range, can also realize on-site irrigation control by directly connecting an on-site manual main switch with the irrigation system, can also realize the on-site irrigation control by directly connecting the manual main switch with the automatic unit and a remote control switch with the irrigation system, and can realize the control of remote control irrigation under the action of a control signal of a user, thereby realizing the integration of on-site control, on-line remote control and automatic control of garden irrigation.
In the device, the field control of the garden irrigation system is realized by closing the manual main switch and the manual unit; the manual main switch is connected with the automatic unit, and is directly connected with the irrigation system through the remote control switch according to a remote control signal sent by a user to realize the on-line remote control effect; through the connection of the remote control switch, the timing switch, the soil humidity control switch, the temperature control switch, the light control switch and the irrigation system, whether automatic irrigation and watering are needed or not can be judged in a set irrigation range according to the humidity and the temperature of soil in a garden, and the scientific automatic irrigation effect is achieved.
Preferably, probes of a soil pH meter, a soil humidity sensor, an illumination sensor, a temperature sensor and an air humidity sensor of the data monitoring and collecting unit are uniformly distributed according to the density, the type and the growth vigor of the nursery stocks in the garden.
Preferably, the probe of the soil pH meter and the probe of the soil humidity sensor are embedded into the soil to a depth of 5-30 cm.
Preferably, the monitoring cameras of the data monitoring and collecting unit are 360-degree annular cameras and are respectively arranged at the two ends, the inlet and the outlet and the middle part of the garden.
Preferably, the memory of data transmission processing unit is used for saving the gardens real-time data that data monitoring collection unit gathered to on going up the LED display screen with data after CPU's processing, and pass through data transmission end and upload to the network with data, pass through APP with user's computer end and cell-phone port and link to each other, realize the user to illumination intensity, temperature, air humidity, soil pH and the online monitoring of gardens real-time status in the gardens.
Preferably, data transmission processing unit's signal receiver links to each other with CPU, but the user passes through the APP of cell-phone end or computer end according to the demand and assigns control signal to the irrigation system in gardens, remote switch and the monitoring angle of surveillance camera head, uploads control signal to the network again, receives through signal receiver to feed back to CPU, CPU handles control signal and transmits to automated control unit.
Preferably, the automatic control unit is respectively connected with the automatic unit and the manual unit through a manual main switch; the automatic unit is respectively connected with the irrigation system, the timing switch, the soil humidity control switch, the temperature control switch and the light control switch through the remote control switch; the timing switch, the soil humidity control switch, the light control switch and the temperature control switch are connected in series into the circuit.
Preferably, when a user is located at a garden site, the automatic control unit can be manually transferred to the manual unit through a manual main switch to realize real-time on-site irrigation control of the plants in the garden.
Preferably, when the user is not in the garden site and the on-line remote control irrigation requirement does not exist, the remote control switch is connected with the timing switch, the temperature control switch, the soil humidity control switch, the light control switch and the irrigation system; the irrigation system consists of a submersible pump, a main pipe, branch pipes and sprinkling irrigation; the branch pipes are uniformly arranged according to the shape and size of the garden, the width of the ridges and the space, and the tail ends of the pipelines are connected with spray heads for sprinkling irrigation; the irrigation system can determine the irrigation time and duration within the irrigation time range set by the time switch according to the illumination range set by the temperature range light control switch set by the temperature control switch and the soil humidity range set by the soil humidity control switch.
Preferably, the time switch sets the irrigation time in the range of 8: 00-10: 30, the circuit is automatically switched on at 16:00-18:00 afternoon, otherwise, the circuit is switched off.
Preferably, the soil moisture control switch is set to close the circuit when the moisture content is less than 12%, otherwise the circuit is closed.
Preferably, the temperature of the temperature control switch is set to be less than 35 ℃ to switch on the circuit, otherwise, the circuit is switched off; and when the illumination intensity of the light-operated switch is set to be less than 10000lux, the circuit is switched on, and otherwise, the circuit is switched off.
Preferably, the automatic control unit is in an automatic unit state when the user is not in the garden site; when the automatic control unit needs on-line remote control irrigation, the remote control switch and the irrigation system can be directly closed to realize on-line real-time irrigation of gardens after receiving a CPU control signal sent by a user.
Due to the adoption of the technical scheme, the invention has the following beneficial effects.
The technical problems that the traditional garden irrigation system cannot be remotely controlled, scientific automatic control cannot be performed according to real-time field environment factors, time consumption in gardens is avoided, and the like are solved, and the purpose that watering can be scientifically controlled in an automatic mode according to factors such as actual temperature, soil humidity and watering time of gardens in real time is achieved; the irrigation system can be remotely controlled on line; the Internet of things can monitor the garden site environment and the plant growth in real time through the mobile phone and the computer end, and the technical effect of integrating field control, online remote control and automatic control of garden irrigation is achieved.
1. The system can monitor illumination, air humidity, soil pH and temperature in gardens and real-time growth conditions of plants in the gardens on line in real time according to data monitoring and collecting units such as various sensors, monitoring cameras and the like; and according to real-time environmental factors in gardens, realize irrigation system's remote control in gardens through the APP of cell-phone or computer end.
2. The invention can realize the automatic control of the on-off of the irrigation system according to the real-time temperature, illumination and soil humidity conditions in the garden within the set irrigation time range by the coupling of the timing switch, the remote control switch, the temperature control switch, the light control switch and the soil humidity control switch, can scientifically realize the automatic irrigation control of the garden, and can save water and water.
3. The LED display screen is arranged on the garden site, so that environmental factors and plant growth conditions in the garden can be monitored in real time. When a user is in a garden site, the irrigation control of the site can be realized through a manual main switch; irrigation system in the gardens is the sprinkling irrigation, and the arrangement of shower nozzle is according to the shape size of gardens and ridge width, interval evenly arranged, guarantees the even irrigation of gardens interior plant.
Drawings
Embodiments of the invention or prior art solutions will be briefly described in the following with reference to the accompanying drawings used in the description of the embodiments, it is obvious that the drawings in the following description are only some embodiments of the invention, and it is obvious for a person skilled in the art that other drawings can be obtained from these drawings without inventive effort.
Fig. 1 is a schematic view of the overall structure of the present invention.
Fig. 2 is a schematic diagram of the structure of the irrigation system of the present invention.
In the attached drawing, 1-illumination sensor, 2-air humidity sensor, 3-soil humidity sensor, 4-soil pH sensor, 5-temperature sensor, 6-monitoring camera, 7-memory, 8-CPU, 9-LED display screen, 10-signal receiver, 11-data transmission terminal, 12-power supply, 13-protective tube, 14-manual master switch, 15-automatic unit, 16-manual unit, 17-remote control switch, 18-timing switch, 19-soil humidity control switch, 20-temperature control switch, 21-light control switch, 22-irrigation system, 23-submersible pump, 24-master pipe, 25-branch pipe, 26-spray head, 27-water, 28-side slope, 29-soil covering protective layer, 30-garden irrigation field block
Detailed Description
An automatic remote control irrigation equipment for gardens is characterized in that.
The device comprises a data monitoring and collecting unit, a light sensor 1, an air humidity sensor 2, a soil humidity sensor 3, a soil pH sensor 4, a temperature sensor 5 and a monitoring camera 6, and is connected with a CPU8 one by one.
The data transmission processing unit comprises a memory 7, a CPU8, an LED display screen 9, a signal receiver 10, a data transmission end 11 and a power supply 12, wherein the CPU8 is respectively connected with the memory 7, the display screen 9, the data transmission end 11 and the signal receiver 10.
The automatic control unit comprises a protective tube 13, an irrigation system 22, a manual main switch 14, a manual unit 16 and an automatic unit assembly 15, wherein the automatic unit comprises a remote control switch 17, a timing switch 18, a temperature control switch 20, a light control switch 21 and a soil humidity control switch 19.
The data monitoring and acquiring unit monitors the illumination intensity, temperature, air humidity, soil pH and the real-time growth state of plants in the garden and acquires data signals; the data transmission processing unit is used for storing, wirelessly transmitting, receiving and processing the garden data monitored in real time; the automatic control unit can control the irrigation system 22 according to the set range of soil humidity, air temperature, illumination intensity and time, can realize on-site irrigation control through direct connection of the on-site manual main switch 14 and the irrigation system 22, can realize remote control irrigation control through closing of the manual main switch 14 and the automatic unit 15 and direct connection of the remote control switch 17 and the irrigation system 22, and realizes integration of on-site control, on-line remote control and automatic control of garden irrigation under the action of control signals of a user.
In the device, the field control of the garden irrigation system is realized by closing the manual main switch 14 and the manual unit 16; the manual main switch 14 is connected with the automatic unit 15, and is directly connected with the irrigation system 22 through the remote control switch 17 according to a remote control signal sent by a user to realize the on-line remote control effect; through the connection of the remote control switch 17, the timing switch 18, the soil humidity control switch 19, the temperature control switch 20, the photoswitch 21 and the irrigation system 22, whether automatic irrigation and watering are needed or not can be judged according to the humidity and the temperature of soil in gardens within a set irrigation range, and the scientific automatic irrigation effect is achieved.
The following further describes the embodiments of the present invention with reference to the drawings.
As shown in fig. 1, the illumination sensor 1, the air humidity sensor 2, the soil pH sensor 4, the soil humidity sensor 3, the temperature sensor 5 and the monitoring camera 6 in the data monitoring and collecting unit are connected in series with each other and are connected in series with the data transmission processing unit, i.e., the memory 7, the CPU8, the LED display screen 9, the signal receiver 10, the data transmission terminal 11 and the power supply 12. The data monitoring and collecting unit respectively monitors and collects the illumination intensity, the air humidity, the soil pH, the temperature, the online monitoring image and other data of the plants in the garden, the power supply 12 supplies power to the data monitoring and collecting unit, the data collected by the data monitoring and collecting unit are stored in the memory 7 and are calculated, converted and processed by the CPU8, and then the processed monitoring data are synchronously uploaded to the LED display screen 9 to complete the field data display function of the garden plant environment and the growth condition.
CPU8 handles the signal that data monitoring acquisition unit gathered and uploads to the network cloud end through data transmission end 11, and the user provides the APP of cell-phone or computer end and looks over data and vegetation situation in the gardens in real time. When the user has the demand of remote control irrigation, give control command data through the APP of cell-phone or computer end to upload to the high in the clouds, receive the signal at signal receiver 10 after, with control command data transmission to CPU8, CPU8 with control command data through manual master switch 14 to automatic unit 15, convey to remote switch 17 again, direct control remote switch 17 is closed with irrigation system 22, realizes online remote control function.
After irrigation is finished, a user can disconnect the remote control switch 17 from the irrigation system 22 at the APP and switch the connection to the circuits of the timing switch 18, the soil humidity control switch 19, the photoswitch 21 and the temperature control switch 20, and at this time, if the timing switch 18 is at 8:00-10 a.m.: 30, in the irrigation time range of 16:00-18:00 in the afternoon, the timing switch 18 is in a closed state; at this time, if the light control switch 21 detects that the illumination intensity is less than 10000lux, the light control switch is in a closed state, otherwise, the light control switch is in an open state; if the soil humidity control switch 19 detects that the humidity is more than 12%, the circuit is disconnected, the subsequent temperature control switch 20 cannot be connected to carry out irrigation no matter how much the detected temperature is, and if the soil humidity control switch 19 detects that the humidity is still less than 12%, the circuit is closed; finally, according to the temperature monitored by the temperature control switch 20 in real time, if the temperature in the garden is higher than 35 ℃, the temperature control switch 20 is automatically switched off, thereby preventing the temperature of the plant from being too hot and too cold due to irrigation when the temperature is too high, and influencing the growth of the plant, and if the temperature in the garden is lower than 35 ℃, the temperature control switch 20 is automatically switched on. Only when the irrigation time, the temperature, the illumination and the soil humidity are all in the set range, the circuit of the whole irrigation system 22 can form a closed passage, and the irrigation system 22 is controlled to carry out automatic irrigation according to the set illumination, the set temperature and the set soil humidity in the set irrigation time.
When the remote control switch 17 of the automatic unit 15 is connected with the time switch 18, the light control switch 21, the soil humidity control switch 19, the temperature control switch 20 and the irrigation system 22, comprehensive judgment can be performed according to the irrigation time set by the time switch 18 and the actual air temperature, illumination intensity and soil humidity conditions in the garden, and when the irrigation time, the illumination intensity, the air temperature and the soil humidity all accord with the irrigation conditions, namely the irrigation time is 8: 00-10: 30, 16:00-18:00 in the afternoon; the illumination intensity is less than 10000 lux; the irrigation temperature is less than 35 ℃; when the humidity of the irrigated soil is less than 12%, the timing switch 18, the light-operated switch 21, the temperature-controlled switch 20 and the soil humidity control switch 19 are closed to form a closed loop, and the irrigation system 22 is controlled to conduct automatic irrigation. And when the arbitrary factor of illumination intensity, soil moisture, temperature and irrigation time is not in the within range of setting for, the circuit all is in the off-state, and irrigation system 22 can not irrigate the operation, prevents that irrigation misoperation from causing the negative effects to the growth of plant in the gardens.
When the user is on site, if irrigation is required for the garden, the on-site irrigation operation can be realized by directly closing the manual main switch 14 and the irrigation system 22. In conclusion, the invention can realize the technical effect of integrating online remote control, field control and automatic control according to different requirements of users, and can carry out real-time online monitoring on garden field environment and plant growth by using the APP of a mobile phone and a computer terminal.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (10)
1. The utility model provides an automatic remote control irrigation equipment in gardens which characterized in that: comprises that
The data monitoring and collecting unit comprises an illumination sensor, an air humidity sensor, a soil pH sensor, a temperature sensor and monitoring cameras, and is connected with the CPU one by one;
the data transmission processing unit comprises a memory, a CPU, an LED display screen, a signal receiver, a data transmission end and a power supply, wherein the CPU is respectively connected with the memory, the display screen, the data transmission end and the signal receiver;
the automatic control unit comprises a protective tube, an irrigation system, a manual main switch, a manual unit and an automatic unit, wherein the automatic unit comprises a remote control switch, a timing switch, a temperature control switch, a light control switch and a soil humidity control switch;
the data monitoring and acquiring unit monitors the illumination intensity, temperature, air humidity, soil pH and the real-time growth state of plants in the garden and acquires data signals; the data transmission processing unit is used for storing, wirelessly transmitting, receiving and processing the garden data monitored in real time; the automatic control unit can control the irrigation system according to soil humidity, air temperature, illumination intensity and a set time range, can also realize on-site irrigation control by directly connecting an on-site manual main switch with the irrigation system, can also realize the on-site irrigation control by directly connecting the manual main switch with the automatic unit and a remote control switch with the irrigation system, and can realize the control of remote control irrigation under the action of a control signal of a user, thereby realizing the integration of on-site control, on-line remote control and automatic control of garden irrigation.
2. The automated remote irrigation system for gardens of claim 1, wherein: probes of a soil pH meter, a soil humidity sensor, an illumination sensor, a temperature sensor and an air humidity sensor of the data monitoring and collecting unit need to be uniformly distributed according to the density, the type and the growth vigor of seedlings in gardens, wherein the penetration depth of the probes of the soil pH meter and the soil humidity sensor is 5-30 cm.
3. The automated remote irrigation system for gardens of claim 1, wherein: the monitoring camera of the data monitoring and collecting unit is a 360-degree annular camera which is respectively arranged at the two ends, the inlet and the outlet and the middle part of the garden.
4. The automated remote irrigation system for gardens of claim 1, wherein: the storage of data transmission processing unit is used for saving the gardens real-time data that data monitoring collection unit gathered to through CPU's processing back with data upload to the LED display screen on, and with data through data transmission end upload to the network, pass through APP with user's computer end and cell-phone port and link to each other, realize the user to illumination intensity, temperature, air humidity, soil pH and gardens real-time status's in the gardens on-line monitoring.
5. The automated remote irrigation system for gardens of claim 1, wherein: the signal receiver of data transmission processing unit links to each other with CPU, and the user passes through the APP of cell-phone end or computer end according to the demand and assigns control signal to the irrigation system of gardens, remote switch and the control angle of surveillance camera head, uploads control signal to the network again, receives through signal receiver to feed back to CPU, CPU handles control signal and transmits to automated control unit.
6. The automated remote irrigation system for gardens of claim 1, wherein: the automatic control unit is respectively connected with the automatic unit and the manual unit through a manual main switch; the automatic unit is respectively connected with the irrigation system, the timing switch, the soil humidity control switch, the temperature control switch and the light control switch through the remote control switch; the timing switch, the soil humidity control switch, the light control switch and the temperature control switch are connected in series into the circuit.
7. The automated remote irrigation system for gardens of claim 1, wherein: when a user is in a garden site, the automatic control unit can be manually transferred to the manual unit through the manual master switch to realize real-time on-site irrigation control of plants in the garden.
8. The automated remote irrigation system for gardens of claim 1, wherein: when the user is not in the garden site and the on-line remote control irrigation requirement does not exist, the remote control switch is connected with the timing switch, the temperature control switch, the soil humidity control switch, the light control switch and the irrigation system; the irrigation system consists of a submersible pump, a main pipe, branch pipes and sprinkling irrigation; the branch pipes are uniformly arranged according to the shape and size of the garden, the width of the ridges and the space, and the tail ends of the pipelines are connected with spray heads for sprinkling irrigation; the irrigation system can determine the irrigation time and duration within the irrigation time range set by the time switch according to the illumination range set by the temperature range light control switch set by the temperature control switch and the soil humidity range set by the soil humidity control switch.
9. The automated remote irrigation system for gardens of claim 1, wherein: the irrigation time range set by the time switch is 8:00-10 in the morning: 30, automatically switching on the circuit at 16:00-18:00 afternoon, otherwise, switching off the circuit; when the humidity of the soil humidity control switch is set to be less than 12%, the circuit is switched on, otherwise, the circuit is switched off; the temperature of the temperature control switch is set to be less than 35 ℃, the circuit is switched on, otherwise, the circuit is switched off; and when the illumination intensity of the light-operated switch is set to be less than 10000lux, the circuit is switched on, and otherwise, the circuit is switched off.
10. The automated remote irrigation system for gardens of claim 1, wherein: when the user is not in the garden site, the manual main switch is in an automatic unit state; when the automatic control unit needs on-line remote control irrigation, the remote control switch and the irrigation system can be directly closed to realize on-line real-time irrigation of gardens after receiving a CPU control signal sent by a user.
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| CN201920932374.5U CN210580373U (en) | 2019-06-20 | 2019-06-20 | Automatic remote control irrigation equipment in gardens |
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| CN201920932374.5U CN210580373U (en) | 2019-06-20 | 2019-06-20 | Automatic remote control irrigation equipment in gardens |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111665888A (en) * | 2020-07-21 | 2020-09-15 | 佛山双誉信息技术服务有限公司 | Garden planting plant physiological state monitoring system and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111665888A (en) * | 2020-07-21 | 2020-09-15 | 佛山双誉信息技术服务有限公司 | Garden planting plant physiological state monitoring system and method |
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