CN212232398U

CN212232398U - Gardenia intelligent sprinkling irrigation system

Info

Publication number: CN212232398U
Application number: CN201921938848.3U
Authority: CN
Inventors: 唐少聪; 唐金华; 陈露; 黄仁术
Original assignee: Lu'an Yu'an Tianyuan Traditional Chinese Medicinal Materials Plantation Professional Cooperative
Current assignee: Lu'an Yu'an Tianyuan Traditional Chinese Medicinal Materials Plantation Professional Cooperative
Priority date: 2019-11-10
Filing date: 2019-11-10
Publication date: 2020-12-29
Anticipated expiration: 2029-11-10

Abstract

The utility model discloses an intelligent spray irrigation system for gardenia jasminoides, which comprises a planting chamber, a reservoir, a water pump and a water tower, wherein the planting chamber consists of a shed frame and is a sunlight greenhouse; the water storage tank, the water pump and the water tower are arranged outside the planting chamber, and the water storage tank further comprises an atomization sprinkling irrigation module, a data acquisition module, a sprinkling irrigation control module and a monitoring module, wherein the atomization sprinkling irrigation module is arranged inside the planting chamber; the data acquisition module is arranged inside and outside the planting room; the sprinkling irrigation control module is also arranged inside the planting room; the utility model discloses a plant the indoor portion of room, including planting the indoor portion of room, the control module sets up in the outside control chamber of planting the room, through atomizing sprinkling irrigation module, data acquisition module, sprinkling irrigation control module and monitoring module's mutually supporting effect, carries out the science to the water gardenia who plants indoor portion and irrigates, and accurate reasonable manages planting the room, reduces the amount of manual labor, improves the efficiency of sprinkling irrigation, realizes new breakthrough for the yield-increasing benefit of water gardenia.

Description

Gardenia intelligent sprinkling irrigation system

Technical Field

The utility model relates to a traditional chinese medicine preparation equipment field especially relates to a water gardenia intelligence sprinkler irrigation system.

Background

Cape jasmine fruit, another name: gardenia jasminoides of sparrow tongue; belonging to the phylum of angiosperms. The plant height can reach 2 m, the roots are light yellow, the branches are multiple, the plants are smooth, and the branches and tips are soft. Most provinces in the south of the Yangtze river of China are distributed and artificially cultivated, mainly produced in Jiangxi, Hunan, Hubei, Zhejiang, Fujian, Sichuan and other provinces, but the production area is mainly in the state of the province in the south of the Yangtze river.

During the growth process of gardenia jasminoides requires a large amount of water to ensure the normal growth of gardenia jasminoides. In general plantation, the sprinkling irrigation work is carried out manually by the staff in the garden, so not only a large amount of labor is consumed, but also the sprinkling irrigation efficiency is very low.

SUMMERY OF THE UTILITY MODEL

Based on the technical problem that the background art exists, the utility model provides a water gardenia intelligence sprinkling irrigation system, through atomizing sprinkling irrigation module, data acquisition module, sprinkling irrigation control module and monitoring module's mutually supporting effect, carry out the science to planting indoor portion's water gardenia and irrigate, accurate reasonable manages planting the room, reduces the amount of manual labor, improves the efficiency of sprinkling irrigation, realizes new breakthrough for the yield increasing benefit of water gardenia.

The utility model provides an intelligent spray irrigation system for gardenia jasminoides, which comprises a planting chamber, a reservoir, a water pump and a water tower, wherein the planting chamber is composed of a shed frame and is a sunlight greenhouse; the water storage tank, the water pump and the water tower are arranged outside the planting chamber, and the water storage tank further comprises an atomization sprinkling irrigation module, a data acquisition module, a sprinkling irrigation control module and a monitoring module, wherein the atomization sprinkling irrigation module is arranged inside the planting chamber; the data acquisition module is arranged inside and outside the planting room; the sprinkling irrigation control module is also arranged inside the planting room; the monitoring module is arranged in a control room outside the planting room.

The atomization sprinkling irrigation module comprises an atomization nozzle, a header pipe and a branch pipe, wherein the branch pipe is arranged in the shed frame, and the branch pipe is fixedly connected with the shed frame along the ground; the main pipe is erected in the air along the planting room and is fixedly connected with the shed frame; the atomizing spray head is hung on the main pipe, the main pipe is connected with the water storage tank and the water tower, and the atomizing spray head is hung on the main pipe in an inverted mode and communicated with the main pipe.

The main pipe, the support and the shed frame of the planting room are tightly bound through iron wires; the distance between the main pipes is 1.5 m; the distance between the atomizing nozzles is 1 meter.

The data acquisition module comprises a flow sensor, a pressure sensor, a water level controller, an air temperature sensor and a relative humidity sensor, wherein the flow sensor and the pressure sensor are arranged on a main pipe and a branch pipe which are connected with the water outlets of the water reservoir and the water tower; the water level controller is arranged in the water storage tank and the water tower; the air temperature sensor and the relative humidity sensor are arranged inside the planting chamber.

The sprinkling irrigation control module comprises a computer, a PLC, an electromagnetic valve and operation software, wherein the computer is arranged outside the planting room, and the operation software is installed in the computer; the PLC is connected with a computer; the solenoid valve is installed in the delivery port department of cistern and water tower, and the solenoid valve is connected with PLC.

The monitoring module comprises a wireless network camera, a wireless AP (access point) and a switch, the wireless network camera is installed at the top of the planting room and is used for monitoring and recording activities and production planting conditions inside the planting room; the wireless AP and the switch are both arranged in a control room outside the planting room, and the wireless AP is wirelessly connected with the wireless network camera; the switch is connected with the computer and is in wireless connection with the wireless AP.

The utility model provides a pair of water gardenia intelligence sprinkler irrigation system's advantage lies in: the intelligent spray irrigation system for gardenia jasminoides is provided in the structure of the utility model, has high control efficiency, accurately and reasonably dispatches the planting room, and is beneficial to improving the operation management level inside the planting room; the irrigation in the planting room is controlled and observed by arranging the computer, so that the high intelligence of the sprinkling irrigation system is realized, the labor intensity of planting personnel is reduced, and the planting efficiency of the gardenia jasminoides is improved; the flow sensor and the water level sensor of the data acquisition module are arranged, so that the speed of water flowing out of the water storage tank or the water tower and the water level of the water storage tank or the water tower can be conveniently monitored, the sprinkling irrigation process can be conveniently monitored in time, and the stored water in the water tower can be supplemented in time; the solenoid valve of the spray irrigation control module is arranged, the PLC can be controlled through operation software in the computer, and the PLC controls the on-off of the solenoid valve to be closed, so that whether water flows out of the water storage tank and the water tower is controlled remotely, and the irrigation condition of the gardenia jasminoides ellis in the planting room is controlled; through setting up monitoring module, receive the video recording that the wireless network camera was shot through wireless AP and switch in the inside of control room, then look over on the supervisory control computer to this comes the planting and the growth condition of monitoring planting indoor water gardenia.

Drawings

Fig. 1 is a top view of a planting room of an intelligent spray irrigation system for gardenia jasminoides ellis of the present invention;

fig. 2 is a side view of a planting room of the intelligent gardenia jasminoides sprinkler irrigation system provided by the utility model;

FIG. 3 is a schematic diagram of a monitoring module;

the automatic sprinkling irrigation system comprises a planting room 1, a planting room 11, a shed frame 2, a water storage tank 3, a water tower 4, an atomizing sprinkling irrigation module 41, an atomizing sprayer 42, a header pipe 43, branch pipes 5, a data acquisition module 51, a flow sensor 52, a pressure sensor 53, a water level controller 54, an air temperature sensor 55, a relative humidity sensor 6, a sprinkling irrigation control module 61, a computer 62, an electromagnetic valve 7, a monitoring module 71, a wireless network camera 72, a wireless AP 73 and a switch.

Detailed Description

As shown in fig. 1, fig. 1 is the utility model discloses a water gardenia intelligence sprinkling irrigation system, through atomizing sprinkling irrigation module, data acquisition module, sprinkling irrigation control module and monitoring module's mutually supporting effect, scientifically irrigate planting indoor portion's water gardenia, accurate reasonable manages planting the room, reduces the amount of manual labor, improves the efficiency of sprinkling irrigation, realizes new breakthrough for the yield increasing benefit of water gardenia.

Referring to fig. 1, fig. 2 and fig. 3, the intelligent spray irrigation system for cape jasmine fruits provided by the present invention comprises a planting room 1, a reservoir 2, a water pump and a water tower 3, wherein the planting room 1 is composed of a shed frame 11, and the planting room 1 is a sunlight greenhouse; the water storage tank 2, the water pump and the water tower 3 are arranged outside the planting chamber 1, the water storage tank 2, the water pump and the water tower 3 are mutually matched to irrigate the gardenia jasminoides ellis in the planting chamber 1, the water-spraying device further comprises an atomization spray irrigation module 4, a data acquisition module 5, a spray irrigation control module 6 and a monitoring module 7, the atomization spray irrigation module 4 is arranged inside the planting chamber 1, and the atomization spray irrigation module 4 is used for irrigating the gardenia jasminoides jasminoidellis in the planting chamber 1; the data acquisition module 5 is arranged inside and outside the planting chamber 1, and the data acquisition module 5 is used for monitoring the environment in the planting chamber 1, the water level of the external reservoir 2 and the like; the sprinkling irrigation control module 6 is also arranged inside the planting room 1, and the sprinkling irrigation control module 6 is used for controlling sprinkling irrigation work inside the planting room 1; the monitoring module 7 is arranged in a control room outside the planting room 1, and the monitoring module 7 is used for monitoring the production condition inside the planting room 1.

The atomization sprinkling irrigation module 4 comprises an atomization nozzle 41, a header pipe 42 and a branch pipe 43, wherein the branch pipe 43 is arranged inside the shed frame 11, and the branch pipe 43 is fixedly connected with the shed frame 11 along the ground; the main pipe 42 is erected in the air along the planting room 1, and the main pipe 42 is fixedly connected with the shed frame 11; the atomizer 41 is suspended on a header pipe 42, the header pipe 42 is connected with the water reservoir 2 and the water tower 3, and the atomizer 41 is suspended on the header pipe 42 and communicated with the header pipe 42.

The header pipe 42 and the bracket are tightly bound with the shed frame 11 of the planting room 1 through iron wires; the distance between the header pipes 42 is 1.5 meters; the distance between the atomizer nozzles 41 is 1 meter.

The data acquisition module 5 comprises a flow sensor 51, a pressure sensor 52, a water level controller 53, an air temperature sensor 54 and a relative humidity sensor 55, wherein the flow sensor 51 and the pressure sensor 52 are both arranged on the main pipe 42 and the branch pipe 43 connected with the water outlet of the water reservoir 2 and the water tower 3, the flow sensor 51 is used for measuring the water flow of the main pipe 42 and the branch pipe 43, and the pressure sensor 52 is used for measuring the pressure of the main pipe 42 and the branch pipe 43; the water level controller 53 is installed in the reservoir 2 and the water tower 3, and the water level controller 53 is used for converting water level signals in the reservoir 2 and the water tower 3 into electric signals and transmitting the electric signals to the water pump so as to control the on-off of the water pump; the air temperature sensor 54 and the relative humidity sensor 55 are installed inside the planting chamber 1, and the air temperature sensor 54 and the relative humidity sensor 55 are respectively used for detecting the temperature and the humidity inside the planting chamber 1.

The sprinkling irrigation control module 6 comprises a computer 61, a PLC, an electromagnetic valve 62 and operation software, wherein the computer 61 is arranged outside the planting room 1, and the operation software is installed in the computer 61; the PLC is connected with a computer 61; the electromagnetic valve 62 is installed at the water outlet of the water storage tank 2 and the water tower 3, and the electromagnetic valve 62 is connected with the PLC. PLC can be controlled through operation software in the computer 61, and then the switch of the solenoid valve 62 is controlled to be closed through the PLC, so that whether water in the water storage tank 2 and the water tower 3 flows out or not is controlled remotely, and the irrigation condition of the water gardenia inside the planting chamber 1 is controlled.

The monitoring module 7 comprises a wireless network camera 71, a wireless AP72 and a switch 73, the wireless network camera 71 is installed at the top of the planting room 1, and the wireless network camera 71 is used for monitoring and recording the activities and the production planting conditions inside the planting room 1; the wireless AP72, the switch 73 and the computer 61 are all arranged in a control room outside the planting room 1, and the wireless AP72 is wirelessly connected with the wireless network camera 71; the switch 73 is connected to the computer 61, and the switch 73 is wirelessly connected to the wireless AP 72. The video images shot by the wireless network camera 71 are received in the control room through the wireless AP72 and the switch 73, and then the video images are viewed on the computer 61, so that the planting and growing conditions of the gardenia jasminoides inside the planting room 1 are monitored.

In conclusion, the intelligent gardenia sprinkler irrigation system provided by the structure of the utility model has high control efficiency, accurately and reasonably dispatches the planting room, and is beneficial to improving the operation management level in the planting room; the irrigation in the planting room is controlled and observed by arranging the computer, so that the high intelligence of the sprinkling irrigation system is realized, the labor intensity of planting personnel is reduced, and the planting efficiency of the gardenia jasminoides is improved; the flow sensor and the water level sensor of the data acquisition module are arranged, so that the speed of water flowing out of the water storage tank or the water tower and the water level of the water storage tank or the water tower can be conveniently monitored, the sprinkling irrigation process can be conveniently monitored in time, and the stored water in the water tower can be supplemented in time; the solenoid valve of the spray irrigation control module is arranged, the PLC can be controlled through operation software in the computer, and the PLC is used for controlling the on-off of the solenoid valve, so that whether water flows out of the water storage tank and the water tower or not is controlled remotely, and the irrigation condition of the gardenia jasminoides ellis in the planting room is controlled; through setting up monitoring module, receive the video recording that the wireless network camera was shot through wireless AP and switch in the inside of control room, then look over on the supervisory control computer to this comes the planting and the growth condition of monitoring planting indoor water gardenia.

The above, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is familiar with the technical scope of the present invention, according to the technical solution of the present invention and the utility model, the concept of which is equivalent to replace or change, should be covered in the protection scope of the present invention.

Claims

1. An intelligent gardenia jasminoides sprinkler irrigation system comprises a planting chamber (1), a reservoir (2), a water pump and a water tower (3), wherein the planting chamber (1) is composed of a shed frame (11), and the planting chamber (1) is a sunlight greenhouse; the water storage tank (2), the water pump and the water tower (3) are arranged outside the planting chamber (1), and the water planting device is characterized by further comprising an atomization sprinkling irrigation module (4), a data acquisition module (5), a sprinkling irrigation control module (6) and a monitoring module (7), wherein the atomization sprinkling irrigation module (4) is arranged inside the planting chamber (1); the data acquisition module (5) is arranged inside and outside the planting room (1); the sprinkling irrigation control module (6) is also arranged inside the planting room (1); the monitoring module (7) is arranged in a control room outside the planting room (1).

2. The intelligent gardenia sprinkler irrigation system as claimed in claim 1, characterized in that the atomizing sprinkler irrigation module (4) comprises an atomizing nozzle (41), a main pipe (42) and a branch pipe (43), the branch pipe (43) is arranged inside the shed frame (11), and the branch pipe (43) is fixedly connected with the shed frame (11) along the ground; the main pipe (42) is erected in the air along the planting room (1), and the main pipe (42) is fixedly connected with the shed frame (11); the atomizing spray head (41) is hung on the header pipe (42), the header pipe (42) is connected with the water storage tank (2) and the water tower (3), and the atomizing spray head (41) is hung on the header pipe (42) in an inverted mode and communicated with the header pipe (42).

3. The intelligent gardenia jasminoides ellis sprinkler irrigation system as claimed in claim 2, wherein the header pipe (42) and the support are tightly bound with the shed frame (11) of the planting room (1) through iron wires; the distance between the header pipes (42) is 1.5 meters; the distance between the atomizing nozzles (41) is 1 meter.

4. The intelligent gardenia sprinkler irrigation system of claim 1, characterized in that the data acquisition module (5) comprises a flow sensor (51), a pressure sensor (52), a water level controller (53), an air temperature sensor (54) and a relative humidity sensor (55), wherein the flow sensor (51) and the pressure sensor (52) are installed on a main pipe (42) and a branch pipe (43) which are connected with the water outlet of the water reservoir (2) and the water tower (3); the water level controller (53) is arranged in the water storage tank (2) and the water tower (3); the air temperature sensor (54) and the relative humidity sensor (55) are arranged inside the planting room (1).

5. The intelligent gardenia sprinkler irrigation system as claimed in claim 1, characterized in that the sprinkler irrigation control module (6) comprises a computer (61), a PLC, an electromagnetic valve (62) and operation software, wherein the computer (61) is arranged outside the planting room (1), and the operation software is installed in the computer (61); the PLC is connected with a computer (61); the electromagnetic valve (62) is arranged at the water outlets of the water storage tank (2) and the water tower (3), and the electromagnetic valve (62) is connected with the PLC.

6. The intelligent gardenia jasminoides ellis sprinkling irrigation system as claimed in claim 5, wherein the monitoring module (7) comprises a wireless network camera (71), a wireless AP (72) and a switch (73), the wireless network camera (71) is installed on the top of the planting room (1), and the wireless network camera (71) is used for monitoring and recording activities and production planting conditions inside the planting room (1); the wireless AP (72) and the switch (73) are both arranged in a control room outside the planting room (1), and the wireless AP (72) is wirelessly connected with the wireless network camera (71); the switch (73) is connected with the computer (61), and the switch (73) is wirelessly connected with the wireless AP (72).