WO2019000655A1

WO2019000655A1 - Method and system for displaying greenhouse plants

Info

Publication number: WO2019000655A1
Application number: PCT/CN2017/102349
Authority: WO
Inventors: 朱炯
Original assignee: 深圳前海弘稼科技有限公司
Priority date: 2017-06-30
Filing date: 2017-09-19
Publication date: 2019-01-03
Also published as: CN107295305A

Abstract

The present invention provides a method and a system for displaying greenhouse plants. The method for displaying greenhouse plants comprises: performing image recognition in a greenhouse, so as to identify information about various crops in the greenhouse; dividing a planting area inside the greenhouse into a plurality of sub-planting areas according to the information about various crops, and identifying the plurality of sub-planting areas; receiving a request instruction for viewing a target sub-planting area; acquiring, according to the viewing request instruction, environmental information of the target sub-planting area; and displaying the environmental information of the target sub-planting area. The present invention enables users to view current environmental conditions, so as to adopt corresponding control measures, thereby ensuring an enjoyable planting experience and increasing the intelligent control level of greenhouses.

Description

Display method and display system for greenhouse planting

The present application claims priority to Chinese Patent Application No. 200910525434.7, entitled "Display Method and Display System for Greenhouse Planting", which is filed on June 30, 2017, the entire contents of which are incorporated by reference. In this application.

Technical field

The invention relates to the field of greenhouse planting technology, in particular to a display method and a display system for greenhouse planting.

Background technique

In the related art, when the greenhouse environment abnormality or pests and diseases are detected, the warning is often sent by sending the warning information, or the smart greenhouse is equipped with a monitoring device such as a camera, and the user can view the growth state of the crop through the monitoring screen. However, on the one hand, the method of sending the warning information to the control center or the associated device is not intuitive, and the user easily ignores the warning information; on the other hand, the monitoring application continuously pushes various prompt information, but cannot directly reflect the severity, the user needs After comparing with the preset warning threshold, the severity is known. On the other hand, observing the monitoring screen requires the user to view the monitoring screen for a long time, in order to understand the overall growth of the crop and the pest and disease situation, and the observation time is long and inaccurate.

Summary of the invention

The present invention aims to solve at least one of the technical problems existing in the prior art or related art.

To this end, one aspect of the present invention is to provide a display method for greenhouse cultivation.

Another aspect of the invention resides in a display system for greenhouse planting.

In view of this, according to an aspect of the present invention, a display method for greenhouse planting is provided, comprising: performing image recognition on a greenhouse, identifying a plurality of crop information in the greenhouse; and planting the planting area in the greenhouse according to the plurality of crop information. Divided into multiple sub-planting areas and multiple sub-planting areas Identifying; receiving a request request instruction for the target sub-planting area; obtaining environmental information of the target sub-planting area according to the viewing request instruction; and displaying environmental information of the target sub-planting area.

The display method of greenhouse planting provided by the invention provides image recognition of the whole greenhouse, identifies different crops planted, and divides the planting area in the greenhouse into a plurality of sub-planting areas according to various crop information, and can display crop information and Different sub-planting areas, and for different sub-planting areas, the display can be demarcated and/or display different colors. The sub-planting areas are then identified based on the crops in different sub-planting areas, such as the spinach growing area, the lettuce growing area, the colored pepper growing area, etc., so that all sub-planting areas are differentiated. Obtaining the environmental information of the target sub-planting area and the crop information of the target sub-planting area, and acquiring the virtual environment information and the virtual crop in the form of an image when receiving a request request instruction of the target sub-planting area by the user The information is loaded and displayed on the real-time video screen. For example, when the user chooses to view the spinach planting area, the virtual environment information of the spinach planting area and the growth information of the spinach are displayed on the screen, that is, the virtual (Augmented Reality Technology) technology is combined with the AR (Augmented Reality Technology) technology. The environmental information is loaded onto the actual video information, thereby enabling the user to visually view the current environmental conditions, thereby adopting corresponding control measures, thereby improving the fun of planting and the intelligent control level of the greenhouse.

According to the above display method of greenhouse cultivation according to the present invention, the following technical features can also be provided:

In the above technical solution, preferably, while displaying the environmental information of the target sub-planting area, the method further includes: acquiring crop information in the target sub-planting area; and displaying virtual image information of the crop information in the target sub-planting area.

In the above technical solution, preferably, the step of displaying the environmental information of the target planting area and the crop information corresponding to the target sub-planting area comprises: determining whether the parameter of the environmental information of the target sub-planting area is within a preset parameter range; When the parameter of the environmental information of the sub-planting area is in the preset parameter range, the scene information corresponding to the preset parameter range is displayed.

In the technical solution, when the environmental information of the target sub-planting area and the corresponding crop information are displayed, it is determined whether the parameter of the environmental information of the target sub-planting area is within a preset parameter range of a certain scene, that is, the target sub-planting area is determined. The scene information of the environment information is displayed, and when the corresponding scene is judged, the crop information and the scene are displayed. For example, if the parameter of the environment information is in a suitable scene, the scene of the wind and the sun is displayed on the screen, if the environment information When the parameter is in a scene with too high humidity, the scene of the fog is displayed on the screen, if the parameters of the environment information are When the temperature is too high, the scene of the raging fire is displayed. The combination of plant monitoring and virtual reality technology enables users to understand the situation of greenhouse planting areas more clearly and fully.

In any one of the above technical solutions, preferably, the method further includes: acquiring environmental information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period; comparing environmental information of the current period with environmental information of the previous period, And the crop information of the current cycle and the crop information of the previous cycle; when the difference between the environmental information of the current cycle and the environmental information of the previous cycle is greater than the first preset value, and the crop information of the current cycle and the crop information of the previous cycle When the difference is greater than the second preset value, the environmental information of the previous cycle and the crop information of the previous cycle are updated according to the environmental information of the current cycle and the crop information of the current cycle; and the environmental information of the current cycle and the environmental information of the previous cycle If the difference is less than the first preset value, or the difference between the crop information of the current period and the crop information of the previous period is less than the second preset value, the environmental information of the previous cycle and the crop information of the previous cycle are not updated.

In the technical solution, the environmental information of the plurality of sub-planting areas and the crop information in the plurality of sub-planting areas are periodically acquired, and if the difference between the environmental information of the current period and the environmental information of the previous period is greater than the first preset value, and the current period When the difference between the crop information and the crop information of the previous cycle is greater than the second preset value, that is, the environmental information and the crop information change greatly, the environmental information of the previous cycle and the crop information of the previous cycle are updated, such as setting one minute to obtain Once the environmental information and crop information are obtained, the environmental information of each planting area and the crop information corresponding to the planting area are obtained every minute, that is, the images of the plurality of sub-planting areas and the crops therein are updated. And if the environmental information changes greatly, the environmental information or the crop information is not pushed periodically, and the direct update is selected. And when the change is not big, it will not be updated to avoid traffic consumption.

In any one of the above aspects, preferably, the method further includes: detecting pest and disease information of the crops in the plurality of sub-planting areas; receiving a request request instruction for the target sub-planting area; and displaying virtual image information of the pest information of the target sub-planting area.

In the technical solution, the information on the pests and diseases of the crops in the plurality of sub-planting areas is detected, and when the request for the target sub-planting area is received, the environmental information of the target sub-planting area and the crop information in the target sub-planting area are displayed. The display of pest and disease information is also carried out. The specific pest image can be simulated and highlighted in the target planting area to achieve the purpose of visually prompting the user's pest and disease information.

In any of the above technical solutions, preferably, the environmental information includes environmental temperature information and environmental humidity information, and the crop information includes crop height and growth state information.

In the technical solution, the environmental information of the planting area includes environmental temperature information and environmental humidity information, and the crop information includes crop height and growth state information, such as crop plant growth, crop plant growth and wilting, etc., thereby facilitating the user to view the overall planting area. Happening.

According to another aspect of the present invention, a display system for greenhouse planting is provided, comprising: an identification unit for performing image recognition on a greenhouse, identifying a plurality of crop information in the greenhouse; and an identification unit for using the plurality of crops The information divides the planting area in the greenhouse into a plurality of sub-planting areas, and identifies the plurality of sub-planting areas; the receiving unit is configured to receive a viewing request instruction for the target sub-planting area; and the obtaining unit is configured to obtain according to the viewing request instruction Environmental information of the target sub-planting area; a display unit for displaying environmental information of the target sub-planting area.

The display system of the greenhouse planting provided by the invention provides the identification unit to image recognition of the whole greenhouse, and recognizes that different crops planted divide the planting area in the greenhouse into a plurality of sub-planting areas according to various crop information, and the crop information can be displayed at this time. And different sub-planting areas, and the display of different sub-planting areas can be delineated and/or display different colors. The identification unit then identifies the sub-planting areas based on the crops in different sub-planting areas, such as the spinach growing area, the lettuce growing area, the colored pepper growing area, etc., so that all the sub-planting areas are differentiated. When the receiving unit receives the viewing request instruction of the target sub-planting area, the acquiring unit acquires the environmental information of the target sub-planting area and the crop information of the target sub-planting area, and is in the form of an image through the display unit. The virtual environment information and the virtual crop information are loaded on the real-time video screen for display. For example, when the user selects to view the spinach planting area, the virtual environment information of the spinach planting area and the growth information of the spinach are displayed on the screen, that is, combined with the AR technology. The virtual environment information is loaded onto the actual video information, thereby enabling the user to visually view the current environmental conditions, thereby adopting corresponding control measures, thereby improving the fun of planting and the intelligent control level of the greenhouse.

The greenhouse-displayed display system according to the present invention may further have the following technical features:

In the above technical solution, preferably, the acquiring unit is further configured to acquire crop information in the target sub-planting area; and the display unit is further configured to display crop information in the target sub-planting area.

In the above technical solution, preferably, the display unit includes: a determining unit, configured to determine the mesh Whether the parameter of the environment information of the target planting area is in the preset parameter range; the display unit is specifically configured to display the scene information corresponding to the preset parameter range when the parameter of the environment information of the target planting area is in the preset parameter range.

In the technical solution, when the environmental information of the target sub-planting area and the corresponding crop information are displayed, the determining unit determines whether the parameter of the environmental information of the target sub-planting area is within a preset parameter range of a certain scene, that is, determining the target sub-planting The scene in which the parameter of the environmental information of the area is located. When the corresponding scene is determined, the display unit displays the crop information and the scene. For example, if the parameter of the environment information is in a suitable scene, the wind and the scene are displayed on the screen. If the parameter of the environmental information is in a scene with too high humidity, the scene with the mist is displayed on the screen, and if the parameter of the environmental information is in a scene with too high temperature, a scene of raging fire is displayed. The combination of plant monitoring and virtual reality technology enables users to understand the situation of greenhouse planting areas more clearly and fully.

In any one of the above aspects, preferably, the acquiring unit is configured to acquire environmental information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period; and the system for displaying the greenhouse planting, further comprising: a comparing unit, It is used to compare the environmental information of the current cycle with the environmental information of the previous cycle, and the crop information of the current cycle and the crop information of the previous cycle; the update unit is used for the difference between the environmental information of the current cycle and the environmental information of the previous cycle. When the difference between the crop information of the current period and the crop information of the previous period is greater than the second preset value, the environment of the current period and the crop information of the current period are updated. Environmental information and crop information of the previous cycle; and when the difference between the environmental information of the current cycle and the environmental information of the previous cycle is less than the first preset value, or the difference between the crop information of the current cycle and the crop information of the previous cycle is less than When the preset value is two, the environmental information of the previous cycle and the crop information of the previous cycle are not updated.

In the technical solution, the acquiring unit periodically acquires the environmental information of the plurality of sub-planting areas and the crop information in the plurality of sub-planting areas, and if the comparing unit compares the difference between the environmental information of the current period and the environmental information of the previous period is greater than the first pre-preparation The set value, and the difference between the crop information of the current period and the crop information of the previous period is greater than the second preset value, that is, when the environmental information and the crop information change greatly, the environmental information of the previous cycle and the previous cycle are updated by the update unit. Crop information, such as setting a minute to get environmental information and crop information, then get the environmental information of each planting area and the crop information corresponding to the planting area every minute, that is, update multiple sub-planting areas and their operations. An image of the object. And if the environmental information changes greatly, the environmental information or the crop information is not pushed periodically, and the direct update is selected. And when the change is not big, it will not be updated to avoid traffic consumption.

In any one of the above aspects, preferably, the method further includes: a detecting unit, configured to detect pest and disease information of the crops in the plurality of sub-planting areas; a receiving unit, configured to receive a viewing request instruction for the target sub-planting area; and a display unit, Virtual image information for displaying pest and disease information of the target sub-planting area.

In the technical solution, the detecting unit detects the pest information of the crops in the plurality of sub-planting areas, and when the receiving unit receives the viewing request instruction for the target sub-planting area, the display unit displays the environmental information of the target sub-planting area and the target sub-planting area. The information of the crops is also displayed at the same time as the pest and disease information. The specific pest image can be simulated and highlighted in the target planting area to achieve the purpose of visually prompting the user's pest and disease information.

Additional aspects and advantages of the invention will be apparent from the description of the invention.

DRAWINGS

The above and/or additional aspects and advantages of the present invention will become apparent and readily understood from

1 is a flow chart showing a method of displaying a greenhouse planting according to an embodiment of the present invention;

2 is a flow chart showing a display method of greenhouse cultivation according to another embodiment of the present invention;

3 is a schematic flow chart showing a display method of greenhouse cultivation according to still another embodiment of the present invention;

4 is a flow chart showing a display method of greenhouse cultivation according to still another embodiment of the present invention. Figure

Figure 5 shows a schematic block diagram of a greenhouse planted display system in accordance with one embodiment of the present invention;

Figure 6 is a schematic block diagram showing a display system for greenhouse cultivation according to another embodiment of the present invention;

Figure 7 is a schematic block diagram showing a display system for greenhouse cultivation according to still another embodiment of the present invention;

Figure 8 is a schematic block diagram showing a display system for greenhouse cultivation according to still another embodiment of the present invention;

Figure 9 shows a schematic block diagram of a computer device in accordance with one embodiment of the present invention.

Detailed ways

The present invention will be further described in detail below with reference to the drawings and specific embodiments. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict.

In the following description, numerous specific details are set forth in order to facilitate a full understanding of the invention, but the invention may be practiced in other embodiments than described herein. Limitations of the embodiments.

An embodiment of the first aspect of the present invention provides a display method for greenhouse planting, and FIG. 1 is a flow chart showing a method for displaying greenhouse cultivation according to an embodiment of the present invention. Wherein the method comprises:

Step 102: Perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

Step 104: Divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

Step 106: Receive a view request instruction for a target sub-planting area;

Step 108: Acquire environmental information of the target sub-planting area according to the viewing request instruction;

Step 110: Display environmental information of the target sub-planting area.

The display method of greenhouse planting provided by the invention provides image recognition of the whole greenhouse, identifies different crops planted, and divides the planting area in the greenhouse into a plurality of sub-planting areas according to various crop information, and can display crop information and Different sub-planting areas, and for no The display of the same planting area may define a dividing line and/or display a different color. The sub-planting areas are then identified based on the crops in different sub-planting areas, such as the spinach growing area, the lettuce growing area, the colored pepper growing area, etc., so that all sub-planting areas are differentiated. Obtaining the environmental information of the target sub-planting area and the crop information of the target sub-planting area, and acquiring the virtual environment information and the virtual crop in the form of an image when receiving a request request instruction of the target sub-planting area by the user The information is loaded and displayed on the real-time video screen. For example, when the user chooses to view the spinach planting area, the virtual environment information of the spinach planting area and the growth information of the spinach are displayed on the screen, that is, the virtual environment information is loaded into the actual combination with the AR technology. In the video information, the user can intuitively view the current environmental conditions, thereby adopting corresponding control measures, thereby improving the fun of planting and the intelligent control level of the greenhouse.

Fig. 2 is a flow chart showing a display method of greenhouse cultivation according to another embodiment of the present invention. Wherein the method comprises:

Step 202: Perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

Step 204: Divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

Step 206: Receive a view request instruction for the target sub-planting area;

Step 208: Acquire environmental information of the target sub-planting area according to the viewing request instruction;

Step 210: Determine whether the parameter of the environment information of the target sub-planting area is within a preset parameter range;

Step 212: Display the scene information corresponding to the preset parameter range when the parameter of the environment information of the target sub-planting area is in the preset parameter range.

In this embodiment, when the environmental information of the target sub-planting area and the corresponding crop information are displayed, it is determined whether the parameter of the environmental information of the target sub-planting area is within a preset parameter range of a certain scene, that is, the target sub-planting area is determined. The scene information of the environment information is displayed, and when the corresponding scene is judged, the crop information and the scene are displayed. For example, if the parameter of the environment information is in a suitable scene, the scene of the wind and the sun is displayed on the screen, if the environment information When the parameter is in a scene with too high humidity, the scene with misty haze is displayed on the screen. If the parameter of the environmental information is in a scene with too high temperature, a scene of raging fire is displayed. The combination of plant monitoring and virtual reality technology enables users to understand the situation of greenhouse planting areas more clearly and fully.

Fig. 3 is a flow chart showing a display method of greenhouse cultivation according to still another embodiment of the present invention. Wherein the method comprises:

Step 302: Perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

Step 304: Divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

Step 306: Acquire environmental information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period;

Step 308: Compare whether the difference between the environment information of the current period and the environment information of the previous period is greater than a first preset value, and whether the difference between the crop information of the current period and the crop information of the previous period is greater than a second preset value;

Step 310: When the difference between the environment information of the current period and the environment information of the previous period is greater than the first preset value, and the difference between the crop information of the current period and the crop information of the previous period is greater than the second preset value, according to the current Periodic environmental information and crop information of the current cycle, updating the environmental information of the previous cycle and the crop information of the previous cycle;

Step 312: When the difference between the environmental information of the current period and the environmental information of the previous period is less than the first preset value, or the difference between the crop information of the current period and the crop information of the previous period is less than the second preset value, the update is not updated. Environmental information from the previous cycle and crop information from the previous cycle;

Step 314: Receive a view request instruction for the target sub-planting area;

Step 316: Acquire environmental information of the target sub-planting area according to the viewing request instruction;

Step 318: Determine whether the parameter of the environment information of the target sub-planting area is within a preset parameter range;

Step 320: When the parameter of the environment information of the target sub-planting area is in the preset parameter range, the scene information corresponding to the preset parameter range is displayed, and the virtual image information of the crop information in the target sub-planting area is simultaneously displayed.

In this embodiment, the environmental information of the plurality of sub-planting areas and the crop information in the plurality of sub-planting areas are periodically acquired, and if the difference between the environmental information of the current period and the environmental information of the previous period is greater than the first preset value, and the current period When the difference between the crop information and the crop information of the previous cycle is greater than the second preset value, that is, the environmental information and the crop information change greatly, the environmental information of the previous cycle and the crop information of the previous cycle are updated, such as setting one minute to obtain An environmental information and crop information, Then, the environment information of each planting area and the crop information corresponding to the planting area are obtained every minute, that is, the images of the plurality of sub-planting areas and the crops therein are updated. And if the environmental information changes greatly, the environmental information or the crop information is not pushed periodically, and the direct update is selected. And when the change is not big, it will not be updated to avoid traffic consumption.

Fig. 4 is a flow chart showing a display method of greenhouse cultivation according to still another embodiment of the present invention. Wherein the method comprises:

Step 402: Perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

Step 404: Divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

Step 406: Acquire environmental information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period;

Step 408: Compare whether the difference between the environment information of the current period and the environment information of the previous period is greater than a first preset value, and whether the difference between the crop information of the current period and the crop information of the previous period is greater than a second preset value;

Step 410: When the difference between the environment information of the current period and the environment information of the previous period is greater than the first preset value, and the difference between the crop information of the current period and the crop information of the previous period is greater than the second preset value, according to the current Periodic environmental information and crop information of the current cycle, updating the environmental information of the previous cycle and the crop information of the previous cycle;

Step 412: When the difference between the environmental information of the current period and the environmental information of the previous period is less than the first preset value, or the difference between the crop information of the current period and the crop information of the previous period is less than the second preset value, the update is not updated. The environmental information of the previous cycle and the crop information of the previous cycle;

Step 414: detecting pest and disease information of crops in the plurality of sub-planting areas;

Step 416: Receive a view request instruction for the target sub-planting area;

Step 418: Acquire environmental information of the target sub-planting area and crop information corresponding to the target sub-planting area according to the viewing request instruction;

Step 420: Determine whether the parameter of the environment information of the target sub-planting area is within a preset parameter range;

Step 422: When the parameter of the environment information of the target sub-planting area is in the preset parameter range, the scene information corresponding to the preset parameter range and the virtual information of the crop information in the target sub-planting area are displayed. Image information and virtual image information of pest and disease information.

In this embodiment, the pest information of the crops in the plurality of sub-planting areas is detected, and when the request for the target sub-planting area is received, the environmental information of the target sub-planting area and the crop information in the target sub-planting area are displayed. The display of pest and disease information is also carried out. The specific pest image can be simulated and highlighted in the target planting area to achieve the purpose of visually prompting the user's pest and disease information.

In an embodiment of the present invention, preferably, the environmental information includes environmental temperature information and environmental humidity information, and the crop information includes crop height and growth state information.

In this embodiment, the environmental information of the planting area includes environmental temperature information and environmental humidity information, and the crop information includes crop height, growth state information, such as crop plant growth, crop plant growth and wilting, etc., thereby facilitating the user to view the overall planting area. Happening.

An embodiment of the second aspect of the invention provides a greenhouse planting display system, and FIG. 5 shows a schematic block diagram of a greenhouse planted display system 500 in accordance with one embodiment of the present invention. Wherein, the system 500 includes:

The identifying unit 502 is configured to perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

The marking unit 504 is configured to divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

The receiving unit 506 is configured to receive a viewing request instruction for the target sub-planting area;

The obtaining unit 508 is configured to acquire environment information of the target sub-planting area according to the viewing request instruction;

The display unit 510 is configured to display environment information of the target sub-planting area.

The display system 500 for greenhouse planting provided by the present invention, the identification unit 502 performs image recognition on the whole greenhouse, and recognizes that the different crops planted divide the planting area in the greenhouse into a plurality of sub-planting areas according to various crop information, and can display Crop information as well as different sub-planting areas, and the display of different sub-planting areas can be delineated and/or display different colors. The identification unit 504 then identifies the sub-planting areas based on the crops in different sub-planting areas, such as labeling the spinach growing area, the lettuce growing area, the colored pepper growing area, etc., so that all the sub-planting areas are differentiated. At the receiving unit 506, the user needs to check the target planting area. When the request instruction is received, the obtaining unit 508 acquires the environment information of the target sub-planting area and the crop information of the target sub-planting area, and loads the virtual environment information and the virtual crop information in the form of an image on the real-time video screen through the display unit 510. Displaying on the display, for example, when the user selects to view the spinach planting area, the virtual environment information of the spinach planting area and the growth information of the spinach are displayed on the screen, that is, the virtual environment information is loaded onto the actual video information in combination with the AR technology. It enables users to visually view the current environmental conditions and adopt corresponding control measures to enhance the fun of planting and the level of intelligent control of the greenhouse.

Figure 6 shows a schematic block diagram of a greenhouse grown display system 600 in accordance with another embodiment of the present invention. Wherein, the system 600 includes:

The identifying unit 602 is configured to perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

The marking unit 604 is configured to divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

The receiving unit 606 is configured to receive a viewing request instruction for the target sub-planting area;

The obtaining unit 608 is configured to acquire environment information of the target sub-planting area according to the viewing request instruction;

a display unit 610, configured to display environment information of the target sub-planting area;

The display unit 610 includes:

The determining unit 6102 is configured to determine whether the parameter of the environment information of the target sub-planting area is in a preset parameter range;

The display unit 610 yuan is specifically used to display the scene information corresponding to the preset parameter range when the parameter of the environment information of the target sub-planting area is in the preset parameter range.

In this embodiment, when the environmental information of the target sub-planting area and the corresponding crop information are displayed, the determining unit 6102 determines whether the parameter of the environmental information of the target sub-planting area is within a preset parameter range of a certain scene, that is, the target object is determined. The scene of the environment information of the planting area is in which scene, when the corresponding scene is judged, the display unit 610 displays the crop information and the scene. For example, if the parameter of the environment information is in a suitable scene, the wind and the sun are displayed on the screen. If the parameters of the environmental information are in a scene with excessive humidity, the scenes with misty haze are displayed on the screen. If the parameters of the environmental information are in a scene with too high temperature, a scene of raging fire is displayed. Realize The combination of plant monitoring and virtual reality technology enables users to more clearly and fully understand the conditions of greenhouse planting areas.

Figure 7 shows a schematic block diagram of a greenhouse grown display system 700 in accordance with yet another embodiment of the present invention. Wherein, the system 700 includes:

The identifying unit 702 is configured to perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

The marking unit 704 is configured to divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

The receiving unit 706 is configured to receive a viewing request instruction for the target sub-planting area;

The obtaining unit 708 is configured to acquire environment information of the target sub-planting area according to the viewing request instruction;

a display unit 710, configured to display environment information of the target sub-planting area;

The display unit 710 includes: a determining unit 7102, configured to determine whether a parameter of the environment information of the target sub-planting area is in a preset parameter range;

Displaying a single 710 yuan, specifically for displaying the scene information corresponding to the preset parameter range when the parameter of the environment information of the target sub-planting area is in the preset parameter range;

The obtaining unit 708 is configured to acquire environment information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period;

The greenhouse planting display system 700 further includes: a comparison unit 712, configured to compare the environmental information of the current cycle with the environmental information of the previous cycle, and the crop information of the current cycle and the crop information of the previous cycle;

The updating unit 714 is configured to: when the difference between the environment information of the current period and the environment information of the previous period is greater than the first preset value, and the difference between the crop information of the current period and the crop information of the previous period is greater than the second preset value Updating the environmental information of the previous cycle and the crop information of the previous cycle according to the environmental information of the current cycle and the crop information of the current cycle; and when the difference between the environmental information of the current cycle and the environmental information of the previous cycle is less than the first When the preset value, or the difference between the crop information of the current cycle and the crop information of the previous cycle is less than the second preset value, the environmental information of the previous cycle and the crop information of the previous cycle are not updated.

In this embodiment, the obtaining unit 708 periodically acquires environmental information of the plurality of sub-planting areas and The crop information in the plurality of sub-planting areas, if the comparing unit 712 compares the difference between the environmental information of the current period and the environmental information of the previous period is greater than the first preset value, and the crop information of the current period and the crop information of the previous period When the difference is greater than the second preset value, that is, the environmental information and the crop information change greatly, the update unit 714 updates the environmental information of the previous cycle and the crop information of the previous cycle, and if one minute is set, the environmental information and the crop information are acquired. Then, the environment information of each planting area and the crop information corresponding to the planting area are obtained every minute, that is, the images of the plurality of sub-planting areas and the crops therein are updated. And if the environmental information changes greatly, the environmental information or the crop information is not pushed periodically, and the direct update is selected. And when the change is not big, it will not be updated to avoid traffic consumption.

Figure 8 shows a schematic block diagram of a greenhouse grown display system 800 in accordance with yet another embodiment of the present invention. Wherein, the system 800 includes:

The identifying unit 802 is configured to perform image recognition on the greenhouse to identify multiple crop information in the greenhouse;

The identification unit 804 is configured to divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

The receiving unit 806 is configured to receive a viewing request instruction for the target sub-planting area;

The obtaining unit 808 is configured to acquire environment information of the target sub-planting area according to the viewing request instruction;

a display unit 810, configured to display environment information of the target sub-planting area;

The display unit 810 includes: a determining unit 8102, configured to determine whether a parameter of the environment information of the target sub-planting area is in a preset parameter range;

The display unit 810 yuan is specifically used to display the scene information corresponding to the preset parameter range when the parameter of the environment information of the target sub-planting area is in the preset parameter range, and simultaneously display the virtual image information of the crop information in the target sub-planting area;

The obtaining unit 808 is configured to acquire environmental information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period;

The comparing unit 812 is configured to compare the environmental information of the current period with the environmental information of the previous period, and the crop information of the current period and the crop information of the previous period;

The updating unit 814 is configured to: when the environmental information of the current period is different from the environmental information of the previous cycle When the difference between the crop information of the current period and the crop information of the previous period is greater than the second preset value, the environment of the current period and the crop information of the current period are updated. Environmental information and crop information of the previous cycle; and when the difference between the environmental information of the current cycle and the environmental information of the previous cycle is less than the first preset value, or the difference between the crop information of the current cycle and the crop information of the previous cycle is less than When the preset value is two, the environmental information of the previous cycle and the crop information of the previous cycle are not updated;

The greenhouse planting display system 800 further includes: a detecting unit 816, configured to detect pest and disease information of crops in the plurality of sub-planting areas;

810 display unit for displaying virtual image information of pest information of the target sub-planting area.

In this embodiment, the detecting unit 816 detects the pest information of the crops in the plurality of sub-planting areas, and when the receiving unit 806 receives the viewing request instruction for the target sub-planting area, the display unit 810 displays the environmental information and the target of the target sub-planting area. The crop information in the sub-planting area is also displayed at the same time as the pest information, and the specific pest image can be simulated and highlighted in the target planting area to achieve the purpose of visually prompting the user's pest information.

In an embodiment of the third aspect of the invention, a computer device is presented, and Figure 9 shows a schematic block diagram of a computer device 900 in accordance with one embodiment of the present invention. The computer device 900 includes:

The memory 902, the processor 904, and a computer program stored on the memory 902 and operable on the processor 904, the processor 904 executing the computer program to implement the steps of the greenhouse planting display method according to any of the above.

The computer device 900 provided by the present invention, when the computer program executes the computer program, realizes image recognition of the entire greenhouse, identifies different crops planted, and divides the planting area in the greenhouse into a plurality of sub-planting areas according to various crop information. Crop information and different sub-planting areas can be displayed, and the boundaries can be delineated and/or displayed for different sub-planting areas different color. The sub-planting areas are then identified based on the crops in different sub-planting areas, such as the spinach growing area, the lettuce growing area, the colored pepper growing area, etc., so that all sub-planting areas are differentiated. Obtaining the environmental information of the target sub-planting area and the crop information of the target sub-planting area, and acquiring the virtual environment information and the virtual crop in the form of an image when receiving a request request instruction of the target sub-planting area by the user The information is loaded and displayed on the real-time video screen. For example, when the user chooses to view the spinach planting area, the virtual environment information of the spinach planting area and the growth information of the spinach are displayed on the screen, that is, the virtual environment information is loaded into the actual combination with the AR technology. In the video information, the user can intuitively view the current environmental conditions, thereby adopting corresponding control measures, thereby improving the fun of planting and the intelligent control level of the greenhouse.

An embodiment of the fourth aspect of the present invention provides a computer readable storage medium having stored thereon a computer program, the computer program being executed by a processor to implement the steps of the greenhouse planting display method according to any of the above.

The computer readable storage medium provided by the invention realizes image recognition of the entire greenhouse when the computer program is executed by the processor, identifies different crops planted, and divides the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information. Crop information and different sub-planting areas can be displayed at this time, and the display of different sub-planting areas can be delineated and/or displayed in different colors. The sub-planting areas are then identified based on the crops in different sub-planting areas, such as the spinach growing area, the lettuce growing area, the colored pepper growing area, etc., so that all sub-planting areas are differentiated. Obtaining the environmental information of the target sub-planting area and the crop information of the target sub-planting area, and acquiring the virtual environment information and the virtual crop in the form of an image when receiving a request request instruction of the target sub-planting area by the user The information is loaded and displayed on the real-time video screen. For example, when the user chooses to view the spinach planting area, the virtual environment information of the spinach planting area and the growth information of the spinach are displayed on the screen, that is, the virtual environment information is loaded into the actual combination with the AR technology. In the video information, the user can intuitively view the current environmental conditions, thereby adopting corresponding control measures, thereby improving the fun of planting and the intelligent control level of the greenhouse.

In the description of the present specification, the description of the terms "one embodiment", "some embodiments", "specific embodiments" and the like means that the specific features, structures, materials or characteristics described in connection with the embodiments or examples are included in the present invention. At least one embodiment or example. In the present specification, the schematic representation of the above terms does not necessarily refer to the same embodiment or example. Moreover, the specific features described, The structures, materials or features may be combined in any suitable manner in any one or more embodiments or examples.

The above description is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes can be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and scope of the present invention are intended to be included within the scope of the present invention.

Claims

A display method for greenhouse planting, characterized in that it comprises:

Performing image recognition on the greenhouse to identify various crop information in the greenhouse;

Dividing the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identifying the plurality of sub-planting areas;

Receiving a view request instruction for the target sub-planting area;

Obtaining environment information of the target sub-planting area according to the viewing request instruction;

The environmental information of the target sub-planting area is displayed.
The display method of the greenhouse planting according to claim 1, wherein the displaying the environmental information of the target sub-planting area further comprises:

Obtaining crop information in the target sub-planting area;

Display virtual image information of the crop information.
The method for displaying the greenhouse planting according to claim 1, wherein the step of displaying the environmental information of the target sub-planting area comprises:

Determining whether the parameter of the environmental information of the target sub-planting area is within a preset parameter range;

When the parameter of the environment information of the target sub-planting area is in the preset parameter range, the scene information corresponding to the preset parameter range is displayed.
The method for displaying a greenhouse plant according to claim 2, further comprising:

Obtaining environmental information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period;

Comparing the environmental information of the current cycle with the environmental information of the previous cycle, and the crop information of the current cycle and the crop information of the previous cycle;

When the difference between the environment information of the current period and the environment information of the previous period is greater than the first preset value, and the difference between the crop information of the current period and the crop information of the previous period is greater than the second preset And the value, the environmental information of the previous cycle and the crop information of the previous cycle are updated according to the environmental information of the current cycle and the crop information of the current cycle;

When the difference between the environmental information of the current period and the environmental information of the previous period is less than the first preset value, or the difference between the crop information of the current period and the crop information of the previous period is smaller than the first When the preset value is two, the environmental information of the previous cycle and the crop information of the previous cycle are not updated.
The method for displaying a greenhouse plant according to claim 1, further comprising:

Detecting pest and disease information of crops in the plurality of sub-planting areas;

Receiving a view request instruction for the target sub-planting area;

Virtual image information of the pest information of the target sub-planting area is displayed.
A display system for greenhouse planting, comprising:

a recognition unit, configured to perform image recognition on the greenhouse, and identify various crop information in the greenhouse;

a marking unit, configured to divide the planting area in the greenhouse into a plurality of sub-planting areas according to the plurality of crop information, and identify the plurality of sub-planting areas;

a receiving unit, configured to receive a viewing request instruction for the target sub-planting area;

An obtaining unit, configured to acquire environment information of the target sub-planting area according to the viewing request instruction;

a display unit, configured to display environmental information of the target sub-planting area.
A greenhouse planting display system according to claim 6 wherein:

The obtaining unit is further configured to acquire crop information in the target sub-planting area;

The display unit is further configured to display virtual image information of the crop information.
The display system for greenhouse planting according to claim 6, wherein the display unit comprises:

a determining unit, configured to determine whether a parameter of the environmental information of the target sub-planting area is in a preset parameter range;

The display unit is configured to display scene information corresponding to the preset parameter range when a parameter of the environment information of the target sub-planting area is in the preset parameter range.
A display system for greenhouse planting according to claim 7, wherein

The acquiring unit is configured to acquire environmental information of the plurality of sub-planting areas and crop information in the plurality of sub-planting areas according to a preset period;

The greenhouse planting display system further includes:

a comparing unit, configured to compare the environmental information of the current cycle with the environmental letter of the previous cycle And the crop information of the current cycle and the crop information of the previous cycle;

And an updating unit, configured to: when the difference between the environment information of the current period and the environment information of the previous period is greater than a first preset value, and the difference between the crop information of the current period and the crop information of the previous period When the value is greater than the second preset value, updating the environmental information of the previous cycle and the crop information of the previous cycle according to the environmental information of the current cycle and the crop information of the current cycle;

When the difference between the environment information of the current period and the environmental information of the previous period is less than the first preset value, or the difference between the crop information of the current period and the crop information of the previous period is less than the second preset At the time of the value, the environmental information of the previous cycle and the crop information of the previous cycle are not updated.
The display system for greenhouse planting according to claim 6, further comprising:

a detecting unit, configured to detect pest and disease information of crops in the plurality of sub-planting areas;

The receiving unit is configured to receive a viewing request instruction for the target sub-planting area;

The display unit is configured to display virtual image information of the pest information of the target sub-planting area.