Networking joint control plant growth lamp illumination system and method

Abstract

The invention discloses a networking joint control plant growth lamp illumination system and method, and relates to the technical field of plant growth lamp control, and the method comprises the steps: connecting all plant growth lamps to an output port of an LED controller, and connecting the LED controller to a local area network; editing an illumination program, exporting a DAT file, and storing the DAT file in an SD card; an SD card is inserted into the LED controller, and the normal starting of the LED controller is confirmed through an LCD screen after the LED controller is powered on; basic parameters of the LED controller are set, and the model of the DMX chip, the number of lamp channels and related parameters of the DMX chip are configured; and performing local area network joint control configuration, sending a UDP instruction, and adjusting parameters and states of a plant growth lamp so as to simulate different illumination periods. The plant growth lamp is accurately controlled through the LED controller, timing and encryption setting is provided, an illumination program is automatically adjusted according to the plant growth cycle, and a safety mechanism guarantee is provided.

Description

Technical Field

[0001] The present invention relates to the technical field of plant growth lamp control, and in particular to a networked joint-control plant growth lamp lighting system and method. Background Art

[0002] With the modernization of agriculture and the development of indoor planting technology, plant growth lights are increasingly used in agricultural production and horticulture. Plant growth lights simulate natural lighting conditions to provide plants with the light energy required for photosynthesis, thereby promoting plant growth and development. In order to meet the diverse needs of different plants for light intensity, color and cycle at different growth stages, plant growth light lighting systems need to have precise light control and flexible operation functions.

[0003] In recent years, with the continuous advancement of electronic technology and network communication technology, plant growth lamps have gradually replaced traditional lighting equipment with their advantages such as high efficiency, energy saving and long life; traditional plant growth lamp systems often lack precise control of brightness, color and working mode. They may only provide simple switching operations or fixed light intensity and color, and cannot be dynamically adjusted according to the specific needs of different plants. Secondly, traditional technologies usually do not have remote management and control capabilities. Users need to manually operate each lamp to adjust the lighting parameters, which is time-consuming and laborious in large-scale planting environments. Moreover, in scenarios where multiple plant growth lamps are used at the same time, it is difficult for traditional systems to achieve synchronous control between multiple lamps. Different lamps may have inconsistent lighting due to the lack of a unified control mechanism. This will cause uneven lighting received by plants in the same growth area, affecting the overall growth effect. Summary of the invention

[0004] The object of the present invention is to provide a networked joint-controlled plant growth lamp lighting system and method to solve the problems raised in the prior art.

[0005] To achieve the above object, the present invention provides the following technical solution: a method for lighting a networked plant growth lamp, the method comprising the steps of:

[0006] S1. Connect all plant growth lights to the output port of the LED controller, and connect the LED controller to the local area network and set a static IP address;

[0007] S2. Edit the lighting program suitable for plant growth through LED editing software, export it as a DAT file, and store the DAT file on the SD card;

[0008] S3. Insert the SD card into the LED controller. After powering on, check the LCD screen to confirm that the LED controller starts normally and displays the device model and version number, and check whether the SD card is loaded successfully.

[0009] S4. Use the buttons on the LED controller to set the basic parameters of the LED controller and configure the DMX chip model, number of light channels and related parameters of the DMX chip;

[0010] S5. Configure LAN joint control, configure UDP communication, and send UDP instructions through UDP protocol to adjust the switching time, brightness and color of the plant growth lamp to simulate different light cycles.

[0011] According to the above scheme, in the LED programming software, after editing the lighting program suitable for plant growth, enter the encryption setting interface, select "controller encryption" in the encryption dialog box, set the password, and select the encryption method that limits the number of power-on times;

[0012] After the settings are completed, each time the LED controller is powered on, the power-on times will be recorded to ensure that the device can only be used within the authorized times;

[0013] After the first encryption, there is no need to decrypt. You can choose to perform a second encryption to extend the number of uses, provide a longer usage cycle for the device, and prevent unauthorized operations;

[0014] After completing the settings, export the encrypted lighting program as a DAT file and store the DAT file on the SD card.

[0015] According to the above scheme, the DAT file is in FAT32 or FAT16 format and is sorted alphabetically according to the file name in the SD card; the SD card supports up to 64 DAT files;

[0016] When the timed playback function is required, add a *.tab file to the SD card. The *.tab file includes timer settings, timed tasks, and switch times. After the LED controller is powered on, it automatically reads and executes the timed tasks in the file. The format is year, month, day, hour, minute, and second. The year is entered in the last two digits.

[0017] According to the above scheme, the LED controller includes "MENU", "-", "+" and "OK" buttons; press the "MENU" button to switch the menu function, press the "-" or "+" button to switch the parameter setting, long press the "-" or "+" button to accelerate the switching of parameter settings, and press the "OK" button to save the parameters or enter the submenu;

[0018] The LED controller has eight output ports and can control up to 8192 pixels; each port can control a maximum of 1024 pixels; it can also be set to one, two or four output ports, each port can control up to 2048 pixels, and the remaining ports are used as backups for the used ports; the QED3110 chip can only select eight output ports, and the D986X chip can only select eight or one output ports.

[0019] According to the above solution, when the LED controller firmware version needs to be upgraded, the updated firmware version needs to be placed in the SD card, the SD card is inserted into the LED controller, the "MENU" button of the LED controller is pressed and powered on, the LED controller automatically upgrades the firmware, and automatically restarts after the upgrade is complete, and the version number will also change.

[0020] According to the above scheme, the basic parameters of the LED controller include playback file, playback mode, playback speed, playback brightness, network parameters, port output mode, DMX address and number of pixel channels;

[0021] The setting range of the playback speed is 1-100 frames per second; the setting range of the playback brightness is 0-63;

[0022] The play modes include loop play and single file play;

[0023] The network parameters include IP address and working mode; the working mode includes Net2 Input and Net2Send Sync; when multiple LED controllers are needed, configure the IP address of each LED controller, and select one of the LED controllers to have a working mode of Net2 Send Sync, and the working modes of the other LED controllers to be Net2 Input. The LED controller with the working mode of Net2 Send Sync is the master controller, and the other LED controllers are slave controllers.

[0024] The port output mode includes 245 or 485; the 245 refers to RS-245, and the 485 refers to RS-485; RS-245 is usually associated with low-speed serial communication, and RS-485 is a widely used differential serial communication standard that supports long-distance transmission and communication between multiple devices;

[0025] The DMX address includes setting the address and setting the RGB or RGBW color mode of the DMX channel;

[0026] The DMX address setting range is 1-512. When the number of color components is 4, each LED controller occupies 8 channels. When the number of color components is less than 4, each LED controller occupies 7 channels. The default starting address is 1, that is, it occupies channels 1-7. If the starting channel address is 2, it occupies channels 2-8, and so on.

[0027] The 8 channels are channel 1 to channel 8;

[0028] When the number of color components is less than 4, 7 channels are occupied, and each channel controls are:

[0029] Channel 1 controls the brightness. The channel value ranges from 0 to 255, corresponding to different brightness levels, ranging from 0 for dark to 63 for brightest. The corresponding relationship of the brightness value is: when the channel value is 0-3, it is dark; when the channel value is 4-7, the brightness level is 1; when the channel value is 8-11, the brightness level is 2; and so on, when the channel value is 252-255, the brightness level is 63;

[0030] Channel 2 controls the brightness of the red component; Channel 3 controls the brightness of the green component; Channel 4 controls the brightness of the blue component;

[0031] Channel 5 controls the DAT file number. The channel value ranges from 0 to 255, corresponding to different files. When the channel value is 0 to 3, it corresponds to the first file; when the channel value is 4 to 7, it corresponds to the second file; when the channel value is 8 to 11, it corresponds to the third file; and so on, when the channel value is 252 to 255, it corresponds to the 63rd file.

[0032] Channel 6 controls the playback speed. The channel value ranges from 0 to 255. The speed value of the console is multiplied by the speed set on the LED controller and converted. If the channel value is 255, it indicates the maximum speed; if the channel value is 0, it indicates the minimum speed.

[0033] Channel 7 controls the direction, the channel value ranges from 0-255, channel value 0-127 indicates forward playback, channel value 128-255 indicates reverse playback;

[0034] The number of color components is 4, occupying 8 channels. The control of channels 1-4 is the same as when the number of color components is less than 4; channel 5 controls the brightness of the white component, channel 6 controls the DAT file number, channel 7 controls the playback speed, and channel 8 controls the direction;

[0035] The DMX chip related parameters include different DMX chip parameters according to different DMX chips, and the DMX chip parameters include the color, current and output format when powered on;

[0036] The number of pixel channels is the number of color components, the default is 3, i.e. RGB, and the setting range is 1-4;

[0037] After power-on, the first line of the LCD screen of the LED controller displays the LED controller model, and the second line displays the LED controller version number.

[0038] According to the above solution, the LED controller also includes setting Artnet protocol control, and the setting Artnet protocol control includes setting the starting space, setting the number of port-loaded channels, and setting the number of Artnet sub-controls;

[0039] The setting of the starting space indicates setting the starting address of the data packet in the Artnet network; the setting of the number of channels carried by the port indicates setting how many channels each port can control; the setting of the number of Artnet sub-controllers determines the number of Artnet sub-controllers, and each Artnet sub-controller receives the Artnet signal and distributes it to the plant growth lamp.

[0040] According to the above scheme, the LAN joint control configuration first sets the LAN synchronization, selects one of the LED controllers in the LAN and sets it to Net2 Send Sync, and sets the other LED controllers to Net2Input. The LED controller set to Net2 SendSync is the master controller, and the other LED controllers are slave controllers, ensuring that all LED controllers can work synchronously and realize coordinated operation of multiple LED controllers; sets the DXM address and DMX channel number of each LED controller to ensure that the addresses of all devices in the entire network are unique and correct; and connects the computer to this LAN to realize on-and-off control.

[0041] According to the above scheme, the configuration of UDP communication includes setting the UDP port, and the default port of the UDP port is 8216; the UDP instruction includes switching the playback file, adjusting the brightness, adjusting the color component and querying the current playback file number;

[0042] The switching of playback files sends a UDP command to switch to the specified program file; the adjustment of brightness and color components sends brightness and color parameters to adjust brightness, red, green, blue and white components; the query of the currently playing file number sends a UDP command to send 0xA80x30 query, and the LED controller will reply with the currently playing file number.

[0043] A networked joint-control plant growth lamp lighting system, the system comprising: an LED controller module, a DMX512 communication module, an intelligent control module and a control and operation interface module;

[0044] The LED controller module adjusts the brightness, color and working mode of the plant growth lamp according to the lighting program and remote control instructions set in the SD card, thereby realizing precise control of the plant growth lamp; the LED controller module is connected to the intelligent control module, and performs remote control and synchronous adjustment according to the UDP protocol;

[0045] The DMX512 communication module transmits data between the LED controller and the plant growth lamp through the DMX512 protocol to ensure that the lamp works according to the preset lighting program; by setting the DMX address and the number of channels, different channels can control different light colors or effects to meet various lighting requirements; it can complete the configuration of the Artnet protocol to achieve the coordinated work of multiple LED controllers and ensure the synchronization of the control of multiple plant growth lamps;

[0046] The intelligent control module remotely manages and adjusts the working state of the plant growth lamp through the local area network, and provides a network joint control function through the network interface; the intelligent control module sets the LED controller encryption management and stores it in the SD card, limits the number of power-on times and ensures the safe use of the LED controller module; edits the *.tab file, sets the scheduled task, and stores it in the SD card. The LED controller module completes the scheduled task by reading the *.tab file in the SD card;

[0047] The control and operation interface module displays the LED controller status, lighting program and parameters through the LCD display and user interface; and sets and adjusts the LED controller status, lighting program and parameters; the parameters include playback file, playback mode, playback speed, playback brightness, network parameters, port output mode, DMX address, and number of pixel channels.

[0048] Compared with the prior art, the present invention has the following beneficial effects:

[0049] 1. The present invention uses an LED controller to accurately control plant growth lamps, provides timing and encryption settings, can automatically adjust the lighting program according to the plant growth cycle, and provides a safety mechanism guarantee;

[0050] 2. The present invention realizes remote control and adjustment of the parameter status of the plant growth lamp through UDP communication in the local area network;

[0051] 3. The present invention completes the synchronous control of multiple LED controllers and multiple plant growth lamps by setting up a local area network;

[0052] 4. The present invention intuitively displays the lighting program and parameter information and provides a user interface to facilitate user settings and adjustments. BRIEF DESCRIPTION OF THE DRAWINGS

[0053] Figure 1 A flowchart of the steps of a method for lighting a networked and controlled plant growth lamp according to the present invention;

[0054] Figure 2 The present invention is a schematic structural diagram of a networked joint-controlled plant growth lamp lighting system. DETAILED DESCRIPTION

[0055] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0056] Example: Figure 1-Figure 2 As shown, the present invention provides a technical solution, a method for lighting a networked plant growth lamp, the method comprising the steps of:

[0057] Connect all plant growth lights to the output port of the H807SA controller via DMX cables, connect the H807SA controller to the LAN switch via network cables, and set a static IP address for each H807SA controller, for example:

[0058] H807SA controller 1: 192.168.1.101; H807SA controller 2: 192.168.1.102; H807SA controller 3: 192.168.1.103;

[0059] Edit the lighting program suitable for plant growth through the LED editing software, enter the encryption setting in the LED editing software, select "controller encryption", set the password, and select the encryption method that limits the number of power-on times, for example, set it to 50 times; export it to a DAT file, and format the DAT file to FAT32 format, for example, the DAT file name is grow_light_morning.dat, grow_light_noon.dat and grow_light_evening.dat, and store it on the SD card;

[0060] If you need the timing function, you also need to create a *.tab file to set the timing task, such as turning on the light at 6 am and turning off the light at 8 pm every day;

[0061] If a new firmware version is available, put the update package into the SD card, press and hold the "MENU" button on the H807SA controller and then power it on. The controller will automatically upgrade the firmware and automatically restart after the upgrade is complete.

[0062] Insert the SD card containing the DAT file into the H807SA controller; after powering on, confirm that the H807SA controller starts normally through the LCD screen, and displays the device model and version number, and check whether the SD card is loaded successfully.

[0063] Use the buttons on the H807SA controller to set the basic parameters of the H807SA controller and configure the DMX chip model, number of light channels and related parameters of the DMX chip;

[0064] The setting range of the playback speed is 1-100 frames per second; the setting range of the playback brightness is 0-63;

[0065] The play modes include loop play and single file play;

[0066] The network parameters include an IP address and a working mode; the working modes include Net2 Input and Net2Send Sync; when multiple H807SA controllers are needed, configure the IP address of each H807SA controller, and select one of the H807SA controllers with a working mode of Net2 Send Sync, and the working modes of the other H807SA controllers are Net2Input, the H807SA controller with a working mode of Net2 Send Sync is the master, and the other H807SA controllers are slaves;

[0067] The port output mode includes 245 or 485; the 245 refers to RS-245, and the 485 refers to RS-485; RS-245 is usually associated with low-speed serial communication, and RS-485 is a widely used differential serial communication standard that supports long-distance transmission and communication between multiple devices;

[0068] The DMX address includes setting the address and setting the RGB or RGBW color mode of the DMX channel;

[0069] The DMX address setting range is 1-512. When the number of color components is 4, each H807SA controller occupies 8 channels. When the number of color components is less than 4, each H807SA controller occupies 7 channels. The default starting address is 1, which occupies channels 1-7. If the starting channel address is 2, it occupies channels 2-8, and so on.

[0070] The 8 channels are channel 1 to channel 8;

[0071] When the number of color components is less than 4, 7 channels are occupied, and each channel controls:

[0072] Channel 1 controls the brightness. The channel value ranges from 0 to 255, corresponding to different brightness levels, ranging from 0 for dark to 63 for brightest. The corresponding relationship of the brightness value is: when the channel value is 0-3, it is dark; when the channel value is 4-7, the brightness level is 1; when the channel value is 8-11, the brightness level is 2; and so on, when the channel value is 252-255, the brightness level is 63;

[0073] Channel 2 controls the brightness of the red component; Channel 3 controls the brightness of the green component; Channel 4 controls the brightness of the blue component;

[0074] Channel 5 controls the DAT file number. The channel value ranges from 0 to 255, corresponding to different files. When the channel value is 0 to 3, it corresponds to the first file; when the channel value is 4 to 7, it corresponds to the second file; when the channel value is 8 to 11, it corresponds to the third file; and so on, when the channel value is 252 to 255, it corresponds to the 63rd file.

[0075] Channel 6 controls the playback speed. The channel value ranges from 0 to 255. The speed value of the console is multiplied by the speed set on the H807SA controller and converted. If the channel value is 255, it indicates the maximum speed; if the channel value is 0, it indicates the minimum speed.

[0076] Channel 7 controls the direction, the channel value ranges from 0-255, channel value 0-127 indicates forward playback, channel value 128-255 indicates reverse playback;

[0077] The number of color components is 4, occupying 8 channels. The control of channels 1-4 is the same as when the number of color components is less than 4; channel 5 controls the brightness of the white component, channel 6 controls the DAT file number, channel 7 controls the playback speed, and channel 8 controls the direction;

[0078] For example, the parameter settings are:

[0079] Playback mode: set to loop playback to simulate natural lighting around the clock;

[0080] Playback speed: set to 50 frames per second;

[0081] Playback brightness: set to the maximum value of 63;

[0082] Network parameters: Make sure the IP address is set correctly and select Net2 Input as the working mode;

[0083] DMX address: set to 1, the number of color components is 3, the H807SA controller occupies 7 channels starting from channel 1;

[0084] Number of pixel channels: set to 3, i.e. RGB;

[0085] Setting Artnet protocol control, wherein the setting Artnet protocol control includes setting the starting space, setting the number of port-loaded channels, and setting the number of Artnet sub-controls;

[0086] The setting of the starting space indicates setting the starting address of the data packet in the Artnet network; the setting of the number of channels carried by the port indicates setting how many channels each port can control; the setting of the number of Artnet sub-controllers determines the number of Artnet sub-controllers, each of which receives the Artnet signal and distributes it to the plant growth lamp;

[0087] Configure LAN joint control, configure UDP communication, and send UDP commands through UDP protocol to adjust the switch time, brightness and color of the plant growth lamp to simulate different light cycles;

[0088] Select one H807SA controller as the master controller, set its working mode to "Net2 Send Sync", and other H807SA controllers to "Net2 Input";

[0089] Configure UDP communication and use the default port 8216;

[0090] Send UDP command: 0xA8 0x20 0x00; according to the command, switch to the first file grow_light_morning.dat;

[0091] Send UDP command: 0xA8 0x 3 / 4 0x3f 0x00 0x00 0x00 0x00 adjusts the brightness to the highest and the color to full white;

[0092] Send UDP command: 0xA80x30 to query the serial number of the currently playing file, and the H807SA controller will reply with the serial number of the currently playing file.

[0093] The present invention provides another technical solution, a networked joint-controlled plant growth lamp lighting system, the system comprising: an LED controller module, a DMX512 communication module, an intelligent control module and a control and operation interface module;

[0094] The LED controller module adjusts the brightness, color and working mode of the plant growth lamp according to the lighting program and remote control instructions set in the SD card, thereby realizing precise control of the plant growth lamp; the LED controller module is connected to the intelligent control module, and performs remote control and synchronous adjustment according to the UDP protocol;

[0095] The DMX512 communication module transmits data between the LED controller and the plant growth lamp through the DMX512 protocol to ensure that the lamp works according to the preset lighting program; by setting the DMX address and the number of channels, different channels can control different light colors or effects to meet various lighting requirements; it can complete the configuration of the Artnet protocol to achieve the coordinated work of multiple LED controllers and ensure the synchronization of the control of multiple plant growth lamps;

[0096] The intelligent control module remotely manages and adjusts the working state of the plant growth lamp through the local area network, and provides a network joint control function through the network interface; the intelligent control module sets the LED controller encryption management and stores it in the SD card, limits the number of power-on times and ensures the safe use of the LED controller module; edits the *.tab file, sets the scheduled task, and stores it in the SD card. The LED controller module completes the scheduled task by reading the *.tab file in the SD card;

[0097] The control and operation interface module displays the LED controller status, lighting program and parameters through the LCD display and user interface; and sets and adjusts the LED controller status, lighting program and parameters; the parameters include playback file, playback mode, playback speed, playback brightness, network parameters, port output mode, DMX address, and number of pixel channels.

[0098] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and scope of the equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. A method for lighting a networked plant growth lamp, characterized in that: The method comprises the steps of: S1. Connect all plant growth lights to the output port of the LED controller, and connect the LED controller to the local area network and set a static IP address; S2. Edit the lighting program suitable for plant growth through LED editing software, export it as a DAT file, and store the DAT file on the SD card; S3. Insert the SD card into the LED controller. After powering on, check the LCD screen to confirm that the LED controller starts normally and displays the device model and version number, and check whether the SD card is loaded successfully. S4. Use the buttons on the LED controller to set the basic parameters of the LED controller and configure the DMX chip model, number of light channels and related parameters of the DMX chip; S5. Configure LAN joint control, configure UDP communication, and send UDP instructions through UDP protocol to adjust the switching time, brightness and color of the plant growth lamp to simulate different light cycles.

2. The method for lighting a networked and controlled plant growth lamp according to claim 1, characterized in that: In the LED programming software, after editing the lighting program suitable for plant growth, enter the encryption setting interface, select "controller encryption" in the encryption dialog box, set the password, and select the encryption method that limits the number of power-on times; After the settings are completed, each time the LED controller is powered on, the power-on times will be recorded to ensure that the device can only be used within the authorized times; After the first encryption, there is no need to decrypt. You can choose to perform a second encryption to extend the number of uses, provide a longer usage cycle for the device, and prevent unauthorized operations; After completing the settings, export the encrypted lighting program as a DAT file and store the DAT file on the SD card.

3. A method for lighting plant growth lamps by networked joint control according to claim 2, characterized in that: The DAT files are in FAT32 or FAT16 format and are sorted alphabetically according to the file names in the SD card; the SD card supports up to 64 DAT files; When the timed playback function is required, add a *.tab file to the SD card, wherein the *.tab file includes timer settings, timed tasks, and switch times; after the LED controller is powered on, it automatically reads the timed tasks in the file and executes them.

4. The method for lighting a networked and controlled plant growth lamp according to claim 1, characterized in that: The LED controller includes "MENU", "-", "+" and "OK" buttons; press the "MENU" button to switch menu functions, press the "-" or "+" button to switch parameter settings, long press the "-" or "+" button to accelerate the switching of parameter settings, and press the "OK" button to save parameters or enter a submenu.

5. The method for lighting a networked and controlled plant growth lamp according to claim 4, characterized in that: When the LED controller firmware version needs to be upgraded, you need to put the updated firmware version into the SD card, insert the SD card into the LED controller, press and hold the "MENU" button of the LED controller and then power on, the LED controller will automatically upgrade the firmware.

6. The method for lighting a networked and controlled plant growth lamp according to claim 1, characterized in that: The basic parameters of the LED controller include playback file, playback mode, playback speed, playback brightness, network parameters, port output mode, DMX address and number of pixel channels; The play modes include loop play and single file play; The network parameters include IP address and working mode; the working mode includes Net2 Input and Net2 SendSync; when multiple LED controllers are needed, configure the IP address of each LED controller, and select one of the LED controllers to have a working mode of Net2 Send Sync, and the working modes of the other LED controllers to be Net2 Input. The LED controller with the working mode of Net2 Send Sync is the master controller, and the other LED controllers are slave controllers. The port output mode includes 245 or 485; the 245 refers to RS-245, and the 485 refers to RS-485; The DMX address includes setting the address and setting the RGB or RGBW color mode of the DMX channel; The DMX chip related parameters include different DMX chip parameters according to different DMX chips, and the DMX chip parameters include the color, current and output format when powered on; After power-on, the first line of the LCD screen of the LED controller displays the LED controller model, and the second line displays the LED controller version number.

7. The method for lighting a networked and controlled plant growth lamp according to claim 5, characterized in that: The LED controller also includes setting Artnet protocol control, wherein the setting Artnet protocol control includes setting the starting space, setting the number of port-carrying channels, and setting the number of Artnet sub-controls; The setting of the starting space indicates setting the starting address of the data packet in the Artnet network; the setting of the number of channels carried by the port indicates setting how many channels each port can control; the setting of the number of Artnet sub-controllers determines the number of Artnet sub-controllers, and each Artnet sub-controller receives the Artnet signal and distributes it to the plant growth lamp.

8. The method for lighting a networked and controlled plant growth lamp according to claim 1, characterized in that: The LAN joint control configuration first sets up LAN synchronization, selects one of the LED controllers in the LAN and sets it to Net2 Send Sync, and sets the other LED controllers to Net2 Input. The LED controller set to Net2 Send Sync is the master controller, and the other LED controllers are slave controllers, ensuring that all LED controllers can work synchronously and realize coordinated operation of multiple LED controllers; sets the DXM address and DMX channel number of each LED controller to ensure that the addresses of all devices in the entire network are unique and correct; and connects the computer to this LAN to realize on-and-off control.

9. The method for lighting a networked and controlled plant growth lamp according to claim 1, characterized in that: The configuration of UDP communication includes setting the UDP port; the UDP command includes switching the playback file, adjusting the brightness, adjusting the color component and querying the current playback file number; The switching of playback files sends a UDP command to switch to the specified program file; the adjustment of brightness and color components sends brightness and color parameters to adjust brightness, red, green, blue and white components; the query of the currently playing file number sends a UDP command, and the LED controller will reply with the currently playing file number.

10. A networked joint-controlled plant growth lamp lighting system, characterized in that: The system includes: LED controller module, DMX512 communication module, intelligent control module and control and operation interface module; The LED controller module adjusts the brightness, color and working mode of the plant growth lamp according to the lighting program and remote control instructions set in the SD card, thereby realizing precise control of the plant growth lamp; the LED controller module is connected to the intelligent control module, and performs remote control and synchronous adjustment according to the UDP protocol; The DMX512 communication module transmits data between the LED controller and the plant growth lamp through the DMX512 protocol to ensure that the lamp works according to the preset lighting program; by setting the DMX address and the number of channels, different channels can control different light colors or effects to meet various lighting requirements; it can complete the configuration of the Artnet protocol to achieve the coordinated work of multiple LED controllers and ensure the synchronization of the control of multiple plant growth lamps; The intelligent control module remotely manages and adjusts the working state of the plant growth lamp through the local area network, and provides a network joint control function through the network interface; the intelligent control module sets the LED controller encryption management and stores it in the SD card, limits the number of power-on times and ensures the safe use of the LED controller module; edits the *.tab file, sets the scheduled task, and stores it in the SD card. The LED controller module completes the scheduled task by reading the *.tab file in the SD card; The control and operation interface module displays the LED controller status, lighting program and parameters through the LCD display and user interface; and sets and adjusts the LED controller status, lighting program and parameters; the parameters include playback file, playback mode, playback speed, playback brightness, network parameters, port output mode, DMX address, and number of pixel channels.

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