TWM648864U - Integrated system for monitoring greenhouse, farmland and ditch - Google Patents

Abstract

An integrated system for monitoring greenhouse, farmland and ditch is connected to a greenhouse monitoring module, a farmland monitoring module and a ditch monitoring module for control them. The integrated system comprises a server with a control module, which is connected to the greenhouse monitoring module, the farmland monitoring module and the ditch monitoring module respectively. The control module comprises a control panel to switch between a greenhouse monitoring interface, a farmland monitoring interface and a ditch monitoring interface. The server is capable of controlling the greenhouse monitoring module, the farmland monitoring module,and the ditch monitoring module according to the input instruction of the greenhouse monitoring interface, the farmland monitoring interface and the ditch monitoring interface, so as to monitor and control a greenhouse, a farmland and a ditch.

Description

Greenhouse farmland and Shuizhen integrated monitoring system

This creation is about a monitoring system, especially an integrated monitoring system that can integrate greenhouses, farmland and watersheds.

In the past agricultural era, self-sufficiency was achieved through artificial cultivation. However, as times change, artificial planting and maintenance require high labor costs and are time-consuming. In addition, with the gradual commercialization of agriculture, when a larger area of land is required for planting, the cost will also increase significantly. In addition, with the development of economy and science and technology, the living standards of the people have improved. In addition to basic crop demand, the demand for some ornamental flowers with high economic value has also increased.

In order to ensure the quality and yield of the planting process, crops and ornamental flowers of high economic value have requirements for the environmental conditions (i.e., light hours, temperature, water volume, soil acidity and alkali) required for the breeding and cultivation process. Furthermore, different varieties of crops and flowers require different cultivation environmental conditions. If suitable environmental conditions for breeding and cultivation can be selected for each variety, the yield rate of crop harvests can be greatly increased. In addition, the above-mentioned various crops or plants can be planted in farmland or greenhouses respectively according to their required cultivation environment, and the required water sources can be provided through water tanks.

In addition, during the breeding and cultivation process, if remote monitoring can be used, Users can immediately know the current environmental conditions of the farmland or greenhouse through the operation interface, and even when facing emergencies, they can immediately know and take contingency measures.

In the conventional technology, the monitoring of greenhouses, farmland and watersheds are independent systems to solve their respective problems and needs. However, as today's agricultural planting technology focuses on greenhouse and farmland cultivation, the requirements for greenhouse monitoring, farmland monitoring and watershed monitoring are becoming higher and higher. If each uses monitoring systems with different functions, in addition to the high construction costs of each system, the information transmission, display and control of each monitoring system often cause quite inconvenient situations and problems in system information integration.

Therefore, it is necessary to provide a system that can integrate greenhouse monitoring, farmland monitoring, and watershed monitoring to solve the problems of conventional construction costs and inconvenient operation of respective monitoring systems.

In view of this, this invention provides a greenhouse farmland and watershed integrated monitoring system to solve the above-mentioned conventional problems.

This invention provides a greenhouse farmland and watershed integrated monitoring system to connect and control a greenhouse monitoring module, a farmland monitoring module and a watershed monitoring module. The system includes a server, which has a control module that can be connected to the greenhouse monitoring module, farmland monitoring module and water monitoring module respectively. The control module further includes a control panel for a user to switch between a greenhouse monitoring interface, a farmland monitoring interface and a watershed monitoring interface. The server can control the greenhouse monitoring module, farmland monitoring module and water monitoring module respectively in the greenhouse monitoring interface, farmland monitoring interface and water monitoring interface according to the user input instructions.

Among them, the server controls the greenhouse monitoring module to measure a temperature value and a humidity value of a greenhouse environment based on the input of the greenhouse monitoring interface of the control module.

Among them, the server controls the farmland monitoring module to measure the sunshine intensity value of a farmland based on the input from the farmland monitoring interface of the control module.

Among them, the server controls the water monitoring module to measure the water level and height value of a water based on the input of the water monitoring interface of the control module.

The system further includes a database connection server for storing the values received by the control module from the greenhouse monitoring module, the farmland monitoring module and the water town monitoring module.

This invention provides another greenhouse farmland and watershed integrated monitoring system for monitoring a greenhouse, a farmland and a watershed. The system includes a server and further includes a greenhouse monitoring device, a farmland monitoring device and a control module. The greenhouse monitoring device is used to measure a temperature value and a humidity value in the greenhouse. The farmland monitoring device is used to measure the daily sunshine intensity of farmland. The water level monitoring device is used to measure the water level and height of the water level. The control module is connected to a greenhouse monitoring device, a farmland monitoring device, and a watershed monitoring device. The control module includes a control panel for a user to switch between a greenhouse monitoring interface, a farmland monitoring interface, and a watershed monitoring interface. The greenhouse monitoring interface The farmland monitoring interface and the water monitoring interface are used for users to control the greenhouse monitoring device, the farmland monitoring device and the water monitoring device respectively.

Among them, the greenhouse monitoring device includes a temperature and humidity sensing module. The server controls the temperature and humidity sensing module of the greenhouse monitoring module to measure the temperature value and humidity value of the greenhouse according to the input of the greenhouse monitoring interface of the control module.

Among them, the farmland monitoring device includes a sunshine monitoring module, and the server controls the sunshine monitoring module of the farmland monitoring module to measure the sunshine intensity value of the farmland according to the input of the farmland monitoring interface of the control module.

Among them, the Shuizhen monitoring device includes a water level height sensing device, and the server The input of the water level monitoring interface of the control module controls the water level height sensing device of the water level monitoring module to measure the water level height value of the water level.

Among them, the system further includes a database connection server for storing values received by the control module from the greenhouse monitoring device, the farmland monitoring device and the watershed monitoring device.

In summary, the greenhouse farmland and watershed integrated monitoring system of this invention provides a system that can automatically integrate and monitor the environmental parameters of greenhouses, farmland, and watersheds. Users can directly use the same system for operation without having to switch to different operating devices. Compared with the conventional technology, the system of this invention can provide users with a clearer interface display and more convenient operation, and can also save the cost of purchasing independent systems.

1, 2: Greenhouse farmland and water town integrated monitoring system

10:Server

101:Control module

20:Greenhouse monitoring module

30:Farmland monitoring module

40: Shuizhen monitoring module

50:Database

60:Server

601:Greenhouse monitoring device

602:Farmland monitoring device

603: Shuizhen monitoring device

604:Control module

6041:Control Panel

61:Information

Figure 1 is a schematic diagram of a greenhouse farmland and watershed integrated monitoring system according to a specific embodiment of the present invention.

Figure 2 is a schematic diagram of a greenhouse farmland and watershed integrated monitoring system according to another specific embodiment of the present invention.

In order to make the advantages, spirit and characteristics of this invention more easily and clearly understood, specific embodiments will be described and discussed in detail with reference to the attached drawings. It should be noted that these specific embodiments are only representative specific embodiments of the present invention, and the specific methods, devices, conditions, materials, etc. exemplified therein are not intended to limit the present invention or the corresponding specific embodiments. In addition, each element in the figure is only used to express its relative position and is not drawn according to its actual proportion. The step numbers of this creation are only to distinguish different steps, and do not represent the sequence of the steps, which are explained in advance.

Please refer to Figure 1. Figure 1 is a schematic diagram of a greenhouse farmland and watershed integrated monitoring system according to a specific embodiment of the present invention. As shown in Figure 1, the greenhouse farmland and watershed integrated monitoring system 1 of this specific embodiment is connected to the greenhouse monitoring module 20, the farmland monitoring module 30 and the watershed monitoring module 40, and the greenhouse monitoring module 20, farmland monitoring module The group 30 and the water monitoring module 40 can detect or control the environment of greenhouses, farmland, and water respectively. The greenhouse farmland and Shuizhen integrated monitoring system 1 includes a server 10, where the server 10 further includes a control module 101, which can be connected to the greenhouse monitoring module 20, the farmland monitoring module 30 and the Shuizhen monitoring module 40 respectively. The control module 101 may further include a control panel 1010 for the user to operate to switch to the greenhouse monitoring interface, farmland monitoring interface and water monitoring interface, and the server will switch to the greenhouse monitoring interface, farmland monitoring interface and water monitoring interface according to the user's operation. The instructions input by the interface operation further control the greenhouse monitoring module 20, the farmland monitoring module 30 and the watershed monitoring module 40 to monitor the environment of the greenhouse, farmland or watershed. In practice, the control module 101 is a programmable logic controller (PLC). PLC is used in electronic devices for automatic control. It can load input control instructions into the memory and execute them, thereby controlling the The command is sent to the greenhouse monitoring module 20, the farmland monitoring module 30 and the water monitoring module 40), thereby controlling the above modules to perform environmental monitoring.

As mentioned above, the greenhouse farmland and watershed integrated monitoring system 1 of this specific embodiment can switch to the greenhouse monitoring interface, farmland monitoring interface and watershed monitoring interface according to the user's current operation needs, and then control the greenhouse monitoring module 20, The farmland monitoring module 30 and the water monitoring module 40 will be individually described below on how to control the functions of the greenhouse monitoring module 20, the farmland monitoring module 30, and the water monitoring module 40.

In this specific embodiment, the greenhouse monitoring module 20 may include a temperature and humidity sensor disposed in a greenhouse, and the temperature and humidity values of the greenhouse are measured through the temperature and humidity sensor. And the measured greenhouse environment values (ie, temperature values and humidity values) are transmitted to the server 10 through remote data. When the user switches to the greenhouse monitoring interface through the control module 101, the greenhouse ambient temperature value will be displayed on the greenhouse monitoring interface. The user can manually input the temperature and humidity values required for the greenhouse environment into the greenhouse monitoring module 20 on the greenhouse monitoring interface. When the temperature in the greenhouse is higher or lower than the input temperature and humidity values, the greenhouse monitoring module 20. Control the temperature and humidity adjustment devices installed in the greenhouse, such as refrigeration fins, ventilation fans, humidifiers, etc., to adjust the temperature and humidity in the greenhouse to meet the above temperature and humidity values.

In addition, the farmland monitoring module 30 may include a sunshine meter installed in a farmland to measure the sunshine intensity of the farmland, and transmit the measured sunshine intensity value to the server 10 through remote data transmission. When the user switches to the farmland monitoring interface through the control module 101, the sunshine intensity will be displayed on the farmland monitoring interface. The user can manually input the sunshine intensity required by the farmland environment into the farmland monitoring module 30 on the farmland monitoring interface. When the measured sunshine intensity value is higher than the user's input value, the farmland monitoring module 30 can control the settings. The awning in the farmland is activated, so that the awning can be deployed to shade the farmland and reduce the intensity of sunlight in the farmland. On the contrary, when the measured sunshine intensity value is lower than the user's input value, the farmland monitoring module 30 controls the activation of the special lighting lamp for plants, so that the crops in the farmland receive the appropriate amount of sunshine and the frequency of sunshine to maintain the growth of the crops.

Furthermore, the water level monitoring module 40 includes a water level height detector, which can be used to measure the water level height of a water level, and transmit the measured value to the server 10 through remote data transmission. When the user switches to the Shuizhen monitoring interface through the control module 101, the water level height will be displayed on the Shuizhen monitoring interface. When farmland or greenhouse needs water for irrigation, the user can input operation instructions on the water monitoring interface, and the server can transmit the instructions to the water monitoring module 40. Shuizhen Supervisor After receiving the operation command, the control module 40 can further control the pumping motor switch to enable the pumping motor to introduce water into the farmland or greenhouse; or control the motor of the corresponding gate to start and operate to control the lifting and lowering of the gate to control the amount of water in the watershed.

In addition to inputting parameters through the control module 101, the greenhouse farmland and watershed integrated monitoring system 1 of this specific embodiment allows the greenhouse monitoring module 20, the farmland monitoring module 30 and the watershed monitoring module 40 to control the refrigeration elements in the greenhouse, In addition to ventilation fans, humidifiers, awnings in farmland, special lighting for plants, or pumping motors and gates in water tanks, when encountering an emergency, the user can also directly control the above units through the control panel 1010. To further control the environment of greenhouses, farmland and water towns.

The various parameters input by the aforementioned users to the greenhouse monitoring interface, farmland monitoring interface and water monitoring interface can be obtained from the analysis of the planting environment historical data of various plants in the database 50, and the planting environment historical data can be continuously updated so that The greenhouse farmland and Shuizhen integrated monitoring system 1 created by this invention can provide a more stable and more suitable environment for the growth of crops and flowers, and improve the production yield.

The greenhouse farmland and watershed integrated monitoring system created by this invention provides another type of design, integrating the monitoring module into the greenhouse farmland and watershed integrated monitoring system, which will be described in detail below. Please refer to Figure 2. Figure 2 is a schematic diagram of a greenhouse farmland and watershed integrated monitoring system according to another specific embodiment of the present invention. As shown in Figure 2, this invention provides another greenhouse farmland and watershed integrated monitoring system 2 that can be used to monitor greenhouses, farmland and watersheds. The greenhouse farmland and watershed integrated monitoring system 2 of this specific embodiment includes a server 60 , where the server 60 further includes a greenhouse monitoring device 601 , a farmland monitoring device 602 , a watershed monitoring device 603 and a control module 604 . Among them, the control module 604 can be connected to the greenhouse monitoring device 601, the farmland monitoring device 602, and the water monitoring device respectively. 603. The greenhouse monitoring device 601 is used to measure a temperature value and a humidity value in the greenhouse. The farmland monitoring device 602 is used to measure the sunshine intensity value of the farmland. The water level monitoring device 603 measures the water level height value of the water level. The control module 604 further includes a control panel 6041 for the user to operate to switch to the greenhouse monitoring interface, farmland monitoring interface and water monitoring interface, and the server 60 will operate according to the user's control of the greenhouse monitoring interface, farmland monitoring interface and water monitoring interface. The instructions input through the interface operation further control the greenhouse monitoring device 601, the farmland monitoring device 602, and the watershed monitoring device 603 to monitor the environment of the greenhouse, farmland, or watershed. In practice, the control module 604 uses PLC as a controller for users to use, and can control the greenhouse monitoring device 601, farmland monitoring device 602, and water monitoring device 603 through remote transmission or wired transmission. However, the controller The selection is not limited to this. Any monitoring module that can integrate greenhouse monitoring devices, farmland monitoring devices, and watershed monitoring devices into one system and can be conveniently used by users is a technical means that can be adopted in this creation.

As mentioned above, the greenhouse farmland and watershed integrated monitoring system 2 of this specific embodiment can switch to the greenhouse monitoring interface, farmland monitoring interface and watershed monitoring interface according to the user's current operation needs, and then control the greenhouse monitoring device 601, The functions of the farmland monitoring device 602 and the watershed monitoring device 603 will be described individually below for the greenhouse monitoring device 601, the farmland monitoring device 602, and the watershed monitoring device 603.

In this specific embodiment, the greenhouse monitoring device 601 may include a temperature and humidity sensor, which measures the temperature value and humidity value in the greenhouse, and measures the measured greenhouse environment value (i.e., the temperature value and the humidity value). humidity value) is transmitted to the server 60. When the user switches to the greenhouse monitoring interface through the control panel 6041, the greenhouse ambient temperature value will be displayed on the greenhouse monitoring interface. The user can manually input the temperature and humidity values required for the greenhouse environment on the greenhouse monitoring interface, and further control the greenhouse monitoring device 601 through the control module 604. When the greenhouse When the internal temperature is higher or lower than the input temperature value and humidity value, the control module 604 controls the temperature and humidity adjustment device provided in the greenhouse in the greenhouse monitoring device 601, such as refrigeration fins, ventilation fans, humidifiers, etc., to adjust the temperature and humidity in the greenhouse. The temperature and humidity are consistent with the above temperature and humidity values.

In addition, the farmland monitoring device 602 includes a daylight meter, which is used to measure the sunshine intensity of the farmland and transmit the measured sunshine intensity value to the server 60 . When the user switches to the farmland monitoring interface through the control panel 6041, the sunshine intensity will be displayed on the farmland monitoring interface. The user can manually input the sunlight intensity required for the farmland environment on the farmland monitoring interface, and the control module 604 further controls the farmland monitoring device 602 . When the measured sunshine intensity value is higher than the user's input value, the control module 604 can control the farmland monitoring device 602 to start the awning set in the farmland, so that the awning can be deployed to shade the farmland to reduce the intensity of sunshine in the farmland. intensity. On the contrary, when the measured sunshine intensity value is lower than the user's input value, the control module 604 controls the plant-specific lighting in the farmland monitoring device 602 to start, so that the crops in the farmland receive the appropriate amount of sunshine and the sunshine frequency. Maintain crop growth.

Further, the water level monitoring device 603 includes a water level height detector, which can be used to measure the water level height of a water level and transmit the measured value to the server 60 . When the user switches to the Shuizhen monitoring interface through the control panel 6041, the water level height will be displayed on the Shuizhen monitoring interface. When farmland or greenhouse needs water for irrigation, the user can input operation instructions on the water monitoring interface, and the control module 604 can transmit the instructions to the water monitoring device 603. After receiving the operation command, the water tank monitoring device 603 can further control the pumping motor switch to enable the water pumping motor to introduce water into the farmland or greenhouse; or control the motor of the corresponding gate to start and operate to control the lifting and lowering of the gate to control the amount of water in the water tank.

In summary, the user can input values into the control panel 6041 through the control module. The group 604 automatically controls the greenhouse monitoring device 601, the farmland monitoring device 602, and the watershed monitoring device 603 to maintain the environment of the greenhouse, farmland, and watershed. It is also possible to input the environmental parameters of planting over the years or the planting environment parameters of each variety and store these parameter values in the database 61 to provide a more suitable growth environment for crops and flowers.

In summary, the greenhouse farmland and watershed integrated monitoring system of this invention provides a system that can automatically integrate and monitor the environmental parameters of greenhouses, farmland, and watersheds. Users can directly use the same system for operation without having to switch to different operating devices. Compared with the conventional technology, the system of this invention can provide users with a clearer interface display and more convenient operation, and can also save the cost of purchasing independent systems.

Through the above detailed description of the preferred embodiments, it is hoped that the characteristics and spirit of the present invention can be more clearly described, but the scope of the present invention is not limited by the above-mentioned preferred embodiments. On the contrary, the purpose is to cover various modifications and equivalent arrangements within the scope of the patent application for this invention. Therefore, the scope of the patentable scope of this invention should be interpreted in the broadest manner according to the above description, so that it covers all possible changes and equivalent arrangements.

1: Greenhouse farmland and Shuizhen integrated monitoring system

10:Server

101:Control module

1010:Control Panel

20:Greenhouse monitoring module

30:Farmland monitoring module

40: Shuizhen monitoring module

50:Database

Claims (10)

A greenhouse, farmland and watershed integrated monitoring system used to connect and control a greenhouse monitoring module, a farmland monitoring module and a watershed monitoring module. The system includes: A server has a control module respectively connected to the greenhouse monitoring module, the farmland monitoring module and the Shuizhen monitoring module. The control module further includes a control panel for a user to switch a greenhouse monitoring interface. , a farmland monitoring interface and a Shuizhen monitoring interface, the server is used to respectively control the greenhouse monitoring module, the farmland monitoring module and the inputs according to the greenhouse monitoring interface, the farmland monitoring interface and the Shuizhen monitoring interface. The Shuizhen monitoring module. For the system described in Item 1 of the patent application, the server controls the greenhouse monitoring module to measure a temperature value and a humidity value of a greenhouse environment based on the input of the greenhouse monitoring interface of the control module. For the system described in Item 1 of the patent application, the server controls the farmland monitoring module to measure the sunshine intensity value of a farmland based on the input of the farmland monitoring interface of the control module. For the system described in Item 1 of the patent application, the server controls the water monitoring module to measure a water level height value of a water based on the input of the water monitoring interface of the control module. The system as described in Item 1 of the patent application further includes a database connected to the server for storing the data received by the control module from the greenhouse monitoring module, the farmland monitoring module and the Shuizhen monitoring module. value. A greenhouse farmland and watershed integrated monitoring system for monitoring a greenhouse, a farmland and a watershed. The system includes: A server, further containing: A greenhouse monitoring device used to measure a temperature value and a humidity value of the greenhouse; A farmland monitoring device used to measure the daily sunshine intensity value of the farmland; A water tank monitoring device used to measure a water level height value of the water tank; and A control module is connected to the greenhouse monitoring device, the farmland monitoring device, and the watershed monitoring device. The control module includes a control panel for a user to switch between a greenhouse monitoring interface, a farmland monitoring interface, and a watershed. Monitoring interface, the greenhouse monitoring interface, the farmland monitoring interface and the water monitoring interface are used for the user to control the greenhouse monitoring device, the farmland monitoring device and the water monitoring device respectively. For the system described in Item 6 of the patent application, the greenhouse monitoring device includes a temperature and humidity sensing module, and the server controls the temperature of the greenhouse monitoring module based on the input of the greenhouse monitoring interface of the control module. The humidity sensing module measures the temperature value and the humidity value of the greenhouse. For the system described in Item 6 of the patent application, the farmland monitoring device includes a sunshine monitoring module, and the server controls the sunshine monitoring module of the farmland monitoring module based on the input of the farmland monitoring interface of the control module. The group measures the sunshine intensity value of the farmland. For example, in the system described in item 6 of the patent application, the water level monitoring device includes a water level height sensing device, and the server controls the water level monitoring module according to the input of the water level monitoring interface of the control module. The water level height sensing device measures the water level height value of the water tank. The system described in Item 6 of the patent application further includes a database connected to the server for storing the control module from the greenhouse monitoring device. The value received by the device, the farmland monitoring device and the Shuizhen monitoring device.

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