CN105652903A - Water and fertilizer integrated intelligent irrigation control method and system based on UIs - Google Patents

Abstract

A method and system for intelligent irrigation control of water and fertilizer integration based on a UI interface. The host end obtains control mode information, and loads a corresponding self-control UI interface or manual control UI interface according to the control mode information; The UI interface or the manual control UI interface obtains control information, and sends the control information to the slave terminal; the control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; through the manual The control information acquired by the control UI interface includes: valve selection information and the opening and closing information of the valve; the slave end receives the control information, and controls the opening or closing of the corresponding valve at the execution end according to the control information to control The working status of the execution terminal. Since the control information is obtained through the UI interface, the above-mentioned intelligent irrigation control method and system based on the UI interface have a high degree of visualization.

Description

Water and fertilizer integrated intelligent irrigation control method and system based on UI interface

technical field

The invention relates to the field of intelligent agricultural control, in particular to a method and system for intelligent irrigation control of water and fertilizer integration based on a UI interface.

Background technique

With the increasing contradiction between supply and demand of water resources, all countries attach great importance to the development of water-saving agriculture. In addition to widely adopting advanced water-saving irrigation technologies such as sprinkler irrigation and micro-irrigation, developed countries also apply advanced automatic control technology to implement precise irrigation, based on the actual water demand of crops, and using information technology as a means to improve irrigation accuracy and implement rationally. The irrigation system improves water use efficiency. Intelligent automatic control of irrigation can improve the level of irrigation management and change the arbitrariness of human operations. At the same time, intelligent control of irrigation can reduce irrigation labor, reduce management costs, and significantly improve efficiency. Therefore, it is one of the necessary measures to effectively solve the problem of irrigation water saving to promote the implementation of automatic control irrigation, change the extensive irrigation methods that are currently widespread, and improve the utilization rate of irrigation water. However, at present, the integrated irrigation control of water and fertilizer cannot be fully visualized.

Contents of the invention

Based on this, it is necessary to provide a highly visualized UI interface-based intelligent irrigation control method and system for water and fertilizer integration.

A method for intelligent irrigation control of water and fertilizer integration based on a UI interface, comprising steps:

The host terminal obtains the control mode information, and loads the corresponding self-control UI interface or manual control UI interface according to the control mode information;

The host end obtains control information through the self-control UI interface or the manual control UI interface, and sends the control information to the slave end; the control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; the control information obtained through the manual UI interface includes: valve selection information and opening and closing information of the valve;

The slave end receives the control information, and controls the opening or closing of the corresponding valve of the execution end according to the control information, so as to control the working state of the execution end.

A UI interface-based integrated water and fertilizer intelligent irrigation control system, including:

The interface loading module is used for the host to obtain the control mode information, and loads the corresponding self-control UI interface or manual control UI interface according to the control mode information;

An information acquisition module, configured for the host terminal to obtain control information through the self-control UI interface or the manual control UI interface, and send the control information to the slave terminal; the control information obtained through the self-control UI interface includes : valve information, irrigation time and end time; the control information obtained through the manual control UI interface includes: valve selection information and opening and closing information of the valve;

The control execution module is used for the slave end to receive the control information, and control the opening or closing of the corresponding valve of the execution end according to the control information, so as to control the working state of the execution end.

In the aforementioned UI interface-based water and fertilizer integrated intelligent irrigation control method and system, the host end obtains control mode information, and loads a corresponding self-control UI interface or manual control UI interface according to the control mode information; The interface or the manual control UI interface obtains control information, and sends the control information to the slave terminal; the control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; through the manual control The control information acquired by the UI interface includes: valve selection information and the opening and closing information of the valve; the slave end receives the control information, and controls the opening or closing of the corresponding valve at the execution end according to the control information to control the valve. Describe the working status of the execution end. Since the control information is obtained through the UI interface, the above-mentioned intelligent irrigation control method and system based on the UI interface have a high degree of visualization.

Description of drawings

Fig. 1 is a flow chart of an embodiment of an integrated water and fertilizer intelligent irrigation control method based on a UI interface;

Fig. 2 is the flow chart of another kind of embodiment based on the water and fertilizer integrated intelligent irrigation control method of UI interface;

Fig. 3 is the structural diagram of the water and fertilizer integrated intelligent irrigation control system based on the UI interface of an embodiment;

Fig. 4 is a structural diagram of another embodiment of an intelligent water and fertilizer integrated irrigation control system based on a UI interface.

detailed description

In order to facilitate the understanding of the present invention, the present invention will be described more fully below with reference to the associated drawings. Preferred embodiments of the invention are shown in the accompanying drawings. However, the present invention can be embodied in many different forms and is not limited to the embodiments described herein. On the contrary, these embodiments are provided to make the understanding of the disclosure of the present invention more thorough and comprehensive.

Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the technical field of the invention. The terms used herein in the description of the present invention are for the purpose of describing specific embodiments only, and are not intended to limit the present invention. As used herein, the term "or/and" includes any and all combinations of one or more of the associated listed items.

As shown in Figure 1, it is a UI interface-based intelligent irrigation control method for water and fertilizer in an embodiment of the present invention, including steps:

S130. The host terminal acquires control mode information, and loads a corresponding self-control UI interface or manual control UI interface according to the control mode information.

The host end is the main control end, and the control information on the execution end can be added, modified or deleted on the host end.

The control mode information may be character information. The control mode information may also be the coordinate information of the mouse click, the control mode is determined according to the coordinate information of the mouse click, and the UI interface corresponding to the control mode is loaded. Specifically, the control mode selected by the user is determined by comparing the coordinate information of the mouse click with the preset coordinate information.

In this embodiment, the control modes include an automatic control mode and a manual control mode, and the corresponding UI interfaces are an automatic control UI interface and a manual control UI interface.

S150. The host terminal acquires control information through the self-control UI interface or the manual control UI interface, and sends the control information to the slave terminal.

The user inputs control information in the UI interface, and the master side obtains the control information and sends the control information to the slave side.

Specifically, both the host end and the slave end are provided with radio frequency modules. The host end sends the control information to the slave end through the radio frequency module; the slave end receives the control information through the radio frequency module.

The control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; the control information obtained through the manual control UI interface includes: valve selection information and valve opening and closing information.

The valve selection information may be the information (valve information) of the valve displayed corresponding to the coordinates of the mouse click, or the valve information input manually.

In order to facilitate the user to know the opening and closing state of the valve, the manual control UI interface also includes display information of the current opening and closing state of the valve. Specifically, the displayed information may be displayed in different colors of the valve.

S170, the slave end receives the control information, and controls the opening or closing of the corresponding valve of the execution end according to the control information, so as to control the working state of the execution end.

In this way, the start or end of irrigation is controlled.

In the aforementioned UI interface-based water and fertilizer integrated intelligent irrigation control method, the host end obtains control mode information, and loads a corresponding self-control UI interface or manual control UI interface according to the control mode information; the host end uses the self-control UI interface or the The manual control UI interface obtains control information, and sends the control information to the slave terminal; the control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; the control information obtained through the manual control UI interface The control information includes: valve selection information and the opening and closing information of the valve; the slave end receives the control information, and controls the opening or closing of the corresponding valve at the execution end according to the control information, so as to control the work of the execution end state. Since the control information is obtained through the UI interface, the above-mentioned intelligent irrigation control method for water and fertilizer integration based on the UI interface has a high degree of visualization.

In one embodiment, step S170 includes S171 and S173.

S171: When the control mode is the self-control mode, the slave terminal receives the valve information, irrigation time and end time, and decodes the valve information, irrigation time and end time into corresponding execution terminal The valve executes a self-control command for valve switch control, and sends a corresponding logic control sequence to the execution end at a set time according to the self-control command.

Wherein, the automatic control command includes valve information, opening and closing information and setting time corresponding to the valve information and irrigation time or end time. The valve information includes the unique identification of the valve, which can be name or number.

The logic control sequence is the opening and closing signals of the valves arranged in a preset order according to the valve information. The opening and closing information may be represented by an opening and closing signal. The opening and closing signal can be 0 or 1, and the opening and closing of the valve is represented by 0 or 1.

S173. When the control mode is the manual control mode, the slave terminal receives the valve selection information and the valve opening and closing information, and stores the valve selection information and the valve opening and closing information Decode the manual control command for the valve switch control of the valve at the corresponding execution end, and send the manual control command to the corresponding logic control sequence to the execution end in real time. Wherein, the manual control command includes: valve information and opening and closing information corresponding to the valve selection information and the opening and closing information.

The actuator is used to control the opening and closing of the valve. In this embodiment, the execution end controls the opening and closing signals at different positions in the logic sequence according to the logic control sequence to control the opening or closing of the valve corresponding to the corresponding position.

When the control mode is the self-control mode, the slave terminal may generate multiple self-control commands according to the control information. If one piece of control information includes at least two set time points of irrigation time and end time, at least two self-control commands will be generated. Among them, one self-control command corresponds to the irrigation time and the valve information that needs to be opened or closed at this time and the opening and closing information; the other self-control control command corresponds to the end time and the valve information that needs to be opened or closed at this time and the opening and closing information.

Further, the control information can also include the irrigation cycle, so that one piece of control information will correspond to multiple self-control control commands, and a corresponding self-control control command will be generated for the irrigation time and end time in each irrigation cycle to achieve periodic irrigation. Effect.

When necessary, a manual control command can also be generated according to the control information through the manual UI interface, so as to control the opening and closing of the valve to control irrigation.

Referring to Fig. 2, in one of the embodiments, before step S130, also includes the steps:

S110, the host side acquires account information, and judges the validity of the account information until it is determined that the account information is legal.

In this way, it can be guaranteed to a certain extent that the use of increased control information is for legitimate users, and the security of the intelligent irrigation control method for water and fertilizer integration based on the UI interface is improved.

In one of the embodiments, before the step S130 and after the step S110, further steps are included:

S120. The host side acquires the current time, and acquires account level information according to the account information, and determines the account information to release corresponding permissions according to the current time and the account level information.

Specifically, the account level information includes: the valve that the user has the authority to control and the time that the user has the authority to control. In this way, the security of the intelligent irrigation control method for water and fertilizer integration based on the UI interface can be further improved.

Further, step S130 is specifically:

The host terminal obtains the corresponding authority and control mode information of the account information, and loads the corresponding automatic UI interface or manual UI interface according to the corresponding authority of the account information and the control mode information.

It should be noted that different permissions mean different objects displayed on the interface that can be controlled. For example, users with different permissions can control different valves, so the valves displayed on the manual control UI interface are different.

As shown in Figure 3, it is an integrated intelligent irrigation control system for water and fertilizer based on the UI interface of an embodiment of the present invention, including:

The interface loading module 130 is used for the host to obtain control mode information, and load a corresponding self-control UI interface or manual control UI interface according to the control mode information.

The host end is the main control end, and the control information on the execution end can be added, modified or deleted on the host end.

The control mode information may be character information. The control mode information may also be the coordinate information of the mouse click, the control mode is determined according to the coordinate information of the mouse click, and the UI interface corresponding to the control mode is loaded. Specifically, the control mode selected by the user is determined by comparing the coordinate information of the mouse click with the preset coordinate information.

In this embodiment, the control modes include an automatic control mode and a manual control mode, and the corresponding UI interfaces are respectively an automatic control UI interface and a manual control UI interface.

The information obtaining module 150 is used for the master end to obtain control information through the self-control UI interface or the manual control UI interface, and send the control information to the slave end.

The user inputs control information in the UI interface, and the master side obtains the control information and sends the control information to the slave side.

Specifically, both the host end and the slave end are provided with radio frequency modules. The host end sends the control information to the slave end through the radio frequency module; the slave end receives the control information through the radio frequency module.

The control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; the control information obtained through the manual control UI interface includes: valve selection information and valve opening and closing information. The valve selection information may be the information (valve information) of the valve displayed corresponding to the coordinates of the mouse click, or the valve information input manually.

In order to facilitate the user to know the opening and closing state of the valve, the manual control UI interface also includes display information of the current opening and closing state of the valve. Specifically, the displayed information may be displayed in different colors of the valve.

Control execution module 170, the slave end receives the control information, and controls the opening or closing of the corresponding valve of the execution end according to the control information, so as to control the working state of the execution end.

In this way, the start or end of irrigation is controlled.

The above UI interface-based water and fertilizer integrated intelligent irrigation control system, the interface loading module is used for the host to obtain control mode information, and loads the corresponding self-control UI interface or manual control UI interface according to the control mode information; the information acquisition module uses Obtain control information at the host terminal through the self-control UI interface or the manual control UI interface, and send the control information to the slave terminal; the control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; the control information obtained through the manual control UI interface includes: valve selection information and the opening and closing information of the valve; a control execution module, used for the slave terminal to receive the control information, and according to the The control information controls the opening or closing of the corresponding valve at the execution end, so as to control the working state of the execution end. Since the control information is obtained through the UI interface, the above-mentioned intelligent irrigation control system for water and fertilizer integration based on the UI interface has a high degree of visualization.

In one embodiment, the control execution module 170 includes a self-control execution unit 171 and a manual control execution unit 173 .

The self-control execution unit 171 is configured to receive the valve information, irrigation time and end time at the slave end when the control mode is the self-control mode, and decode the valve information, irrigation time and end time into Carry out an automatic control command for valve switch control on the valve at the corresponding execution end, and send a corresponding logic control sequence to the execution end at a set time according to the automatic control command.

Wherein, the automatic control command includes at least valve information, opening and closing information and setting time corresponding to the valve information and irrigation time or end time. The valve information includes the unique identification of the valve, which can be name or number.

The logic control sequence is the opening and closing signals of the valves arranged in a preset order according to the valve information. The opening and closing information may be represented by an opening and closing signal. The opening and closing signal can be 0 or 1, and the opening and closing of the valve is represented by 0 or 1.

The manual control execution unit 173 is used to receive the valve selection information and the opening and closing information of the valve from the slave terminal when the control mode is the manual control mode, and transfer the valve selection information and the valve opening and closing information The opening and closing information of the valve is decoded into a manual control command for the valve at the corresponding execution end to perform valve switch control, and the manual control command is sent to the corresponding logic control sequence in real time to the execution. The manual control command includes: valve information and opening and closing information corresponding to the valve selection information and the opening and closing information.

The actuator is used to control the opening and closing of the valve. In this embodiment, the execution end control execution module 190 controls the opening and closing signals at different positions in the logic sequence according to the logic control sequence to control the opening or closing of the valve corresponding to the corresponding position.

When the control mode is the self-control mode, the slave terminal may generate multiple self-control commands according to the control information. If one piece of control information includes at least two set time points of irrigation time and end time, at least two self-control commands will be generated. Among them, one self-control command corresponds to the irrigation time and the valve information that needs to be opened or closed at this time and the opening and closing information; the other self-control control command corresponds to the end time and the valve information that needs to be opened or closed at this time and the opening and closing information.

Further, the control information can also include the irrigation cycle, so that one piece of control information will correspond to multiple self-control control commands, and a corresponding self-control control command will be generated for the irrigation time and end time in each irrigation cycle to achieve periodic irrigation. Effect.

When necessary, a manual control command can also be generated according to the control information through the manual UI interface, so as to control the opening and closing of the valve to control irrigation.

Referring to Figure 4, in one of the embodiments, it also includes:

The legitimacy judgment module 110 is used for the host to acquire account information, and judge the legitimacy of the account information until it is judged that the account information is legal.

In this way, it can be guaranteed to a certain extent that the use of increased control information is for legitimate users, and the security of the integrated water and fertilizer intelligent irrigation control system based on the UI interface is improved.

In one of the embodiments, it also includes:

The authority control module 120 is used for the host end to obtain the current time, obtain account level information according to the account information, and determine the corresponding authority of the account information according to the current time and the account level information.

Specifically, the account level information includes: the valve that the user has the authority to control and the time that the user has the authority to control. In this way, the security of the integrated water and fertilizer intelligent irrigation control system based on the UI interface can be further improved.

Further, the interface loading module 130 is also used for the host to obtain the corresponding authority and control mode information of the account information, and load the corresponding automatic UI according to the corresponding authority of the account information and the control mode information. interface or manual UI interface.

It should be noted that different permissions mean different objects displayed on the interface that can be controlled. For example, users with different permissions can control different valves, so the valves displayed on the manual control UI interface are different.

The above examples only express several implementations of the present invention, and the description thereof is relatively specific and detailed, but should not be construed as limiting the patent scope of the present invention. It should be noted that, for those skilled in the art, many modifications and improvements can be made without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be based on the appended claims.

Claims (10)

1. a kind of water and fertilizer integrated intelligent irrigation control method based on UI interface is characterized in that, comprises steps: The host terminal obtains the control mode information, and loads the corresponding self-control UI interface or manual control UI interface according to the control mode information; The host end obtains control information through the self-control UI interface or the manual control UI interface, and sends the control information to the slave end; the control information obtained through the self-control UI interface includes: valve information, irrigation time and end time; the control information obtained through the manual UI interface includes: valve selection information and opening and closing information of the valve; The slave end receives the control information, and controls the opening or closing of the corresponding valve of the execution end according to the control information, so as to control the working state of the execution end. 2. the integrated water and fertilizer intelligent irrigation control method based on UI interface according to claim 1, is characterized in that, The slave end receives the control information, and controls the opening or closing of the corresponding valve at the execution end according to the control information, including: When the control mode is the self-control mode, the slave terminal receives the valve information, irrigation time and end time, and decodes the valve information, irrigation time and end time into the corresponding execution end valve An automatic control command for valve switch control, and according to the automatic control command, send a corresponding logic control sequence to the execution end at a set time; When the control mode is the manual control mode, the slave terminal receives the valve selection information and the valve opening and closing information, and decodes the valve selection information and the valve opening and closing information into The valve at the corresponding execution end performs a manual control command for valve switch control, and sends the manual control command to a corresponding logic control sequence to the execution end in real time. 3 . The UI interface-based intelligent irrigation control method for water and fertilizer integration according to claim 1 , wherein the manual UI interface further includes display information of the current opening and closing state of the valve. 4 . 4. the integrated water and fertilizer intelligent irrigation control method based on the UI interface according to claim 1, characterized in that, the host end obtains the control mode information, and before the step of loading the corresponding UI interface according to the control mode information, Also includes steps: The host terminal obtains account information, and judges the legality of the account information until it is determined that the account information is legal; The host side obtains the current time, and obtains account level information according to the account information, and determines the authority corresponding to the account information according to the current time and the account level information. 5. the integrated water and fertilizer intelligent irrigation control method based on the UI interface according to claim 4, the host end obtains the control mode information, and the step of loading the corresponding UI interface according to the control mode information includes: The host terminal obtains the corresponding authority and control mode information of the account information, and loads the corresponding automatic UI interface or manual UI interface according to the corresponding authority of the account information and the control mode information. 6. The integrated water and fertilizer intelligent irrigation control method based on the UI interface according to claim 1, wherein the step of sending the control information to the slave terminal is: Send the control information to the slave terminal through the radio frequency module. 7. A water and fertilizer integrated intelligent irrigation control system based on a UI interface, characterized in that it comprises: The interface loading module is used for the host to obtain the control mode information, and loads the corresponding self-control UI interface or manual control UI interface according to the control mode information; An information acquisition module, configured for the host terminal to obtain control information through the self-control UI interface or the manual control UI interface, and send the control information to the slave terminal; the control information obtained through the self-control UI interface includes : valve information, irrigation time and end time; the control information obtained through the manual control UI interface includes: valve selection information and opening and closing information of the valve; The control execution module is used for the slave end to receive the control information, and control the opening or closing of the corresponding valve of the execution end according to the control information, so as to control the working state of the execution end. 8. The integrated water and fertilizer intelligent irrigation control system based on the UI interface according to claim 7, wherein the control execution module comprises: The self-control execution unit is used to receive the valve information, irrigation time and end time from the slave terminal when the control mode is the self-control mode, and decode the valve information, irrigation time and end time into corresponding The valve at the corresponding execution end executes a self-control command for valve switch control, and sends a corresponding logic control sequence to the execution end at a set time according to the self-control control command; a manual execution unit, configured to receive the valve selection information and the opening and closing information of the valve at the slave end when the control mode is the manual control mode, and convert the valve selection information and the The opening and closing information of the valve is decoded into a manual control command for the valve at the corresponding execution end to perform valve switch control, and the manual control command is sent to the corresponding logic control sequence in real time for the execution. 9. the water and fertilizer integrated intelligent irrigation control system based on UI interface according to claim 7, is characterized in that, also comprises: A legal judgment module, used for the host to obtain account information, and to judge the legality of the account information until it is judged that the account information is legal; The authority control module is used for the host terminal to obtain the current time, obtain account level information according to the account information, and determine the corresponding authority of the account information according to the current time and the account level information. 10. The integrated water and fertilizer intelligent irrigation control system based on the UI interface according to claim 9, wherein the interface loading module is also used for the host to obtain the corresponding authority and control mode information of the account information , and load a corresponding automatic UI interface or a manual UI interface according to the corresponding authority of the account information and the control mode information.