TWM549500U - Device to dynamically control lamp sets - Google Patents

Description

Dynamic lighting control grouping device

The present invention relates to the field of lighting control technology, and in particular to a dynamic lighting control grouping device.

At present, with the continuous improvement of people's material and cultural life and electronic science and technology, the demand for the control of stage lighting for home lighting or entertainment venues is more focused on wisdom, functionality, convenience, simplicity, Interesting, the existing ordinary home lighting control is only panel button control or remote control simple control; the traditional stage lighting console is to modify the channel value sent to the luminaire through the joystick of each channel, for the luminaires complying with the DMX512 protocol Control, it can be said that the bottom layer control of the luminaire is very suitable for professional dimmers. Because of its professionalism, it is very difficult for ordinary people to be skilled in operating the lighting console. It is cumbersome and complicated, and is not suitable for the wisdom, functionality, convenience, simplicity, and fun of the current market.

However, with the complexity of lighting control, in addition to setting the power cable, it is necessary to configure various control signal cables to control each lighting group, so the overall circuit of the lighting group becomes more and more complicated, resulting in the circuit maintenance of the lamp. difficult. Moreover, the lighting console is relatively large, that is, the hardware structure of the lighting console takes up space and is not suitable for carrying and placing anywhere.

In order to solve the technical problems of the prior art, one of the purposes of this creation is to provide a The dynamic lighting control grouping device solves the problem that the lighting control in the prior art is cumbersome and complicated, and the line is responsible, the maintenance is difficult, and the volume is large and the space is occupied.

For the above purposes, the present invention provides a dynamic lighting control grouping device for controlling one or more lighting groups, including a control device and a control terminal for transmitting control signals to the control device; the control signal includes lighting control a command and a scene control command; the control terminal includes: a controller, configured to adjust a light control parameter in the light control command and a scene setting parameter in the scene control command; a storage module, configured to store the light control parameter and the a scene setting parameter; a signal sending module, configured to send the control signal to the control device; a display unit, configured to display the light control command and the scene control command; the control device includes a control module and configured to receive the control a signal receiving module of the signal; the control device controls the light group according to the setting of the control module or the setting of the control signal; the control module includes one or a plurality of driving units, and the driving unit is respectively coupled to the a controller, and the driving unit is respectively in one-to-one correspondence with the light group, according to the control letter The driving stage lighting group.

In the dynamic lighting control group device of the present invention, the controller includes: a dimming module having one or a plurality of channel pages, each of the channel pages corresponding to each of the light groups and having a plurality of channels, The channel corresponds to the lighting control parameter, the dimming module uses the size of the lighting control parameter for adjusting the channel, and the scene generator is configured to determine whether one or more scene fields have one or more scene setting parameters. Determining to wait for the scene setting parameter to be generated to the scene field bit or storing the light control parameter that has been adjusted to the scene field, and the scene generator combines the light control parameter to generate each of the scene settings The parameter conversion module is configured to convert the light control parameter and the scene setting parameter to respectively generate the light control command and the scene control command.

In the dynamic lighting control group device of the present invention, the control terminal is any one of a lighting console, a computer control terminal or a mobile control terminal.

In the dynamic lighting control grouping device of the present invention, the lighting console includes: a first creating module for creating a first signal unit for storing the control signal; and a first input module for using the control signal The first signal unit is input; the first configuration module is configured to configure an existing lamp type and quantity into the first signal unit storing the control signal, so that the control signal matches the lamp type and the quantity.

In the dynamic lighting control grouping device of the present invention, the mobile control terminal includes: an IP address setting module, configured to set an IP address of the mobile control terminal, such that an IP address of the mobile control terminal and the control The device is connected in the same IP segment and connected; the remote control module is configured to remotely control the control device through the mobile control terminal after the mobile control terminal is connected to the control device; a second signal unit for storing the control signal; a second input module for inputting the control signal to the second signal unit; and a second configuration module for configuring the existing lamp type and quantity to be stored In the second signal unit of the control signal, the control signal is matched to the lamp type and quantity.

In the dynamic lighting control grouping device of the present invention, the computer control terminal comprises: a synchronization module for synchronizing the control signal between the computer control terminal and the control device; and an editing module for the control The signal is edited; the statistical module is used for counting the path of the control signal; the module is selected for selecting the path of the control signal, and the existing lamp type and quantity are configured to achieve the effect of the control signal.

In the dynamic lighting control grouping device of the present invention, the computer control terminal further includes: a hardware interface for connecting the control device through a hardware; and a distribution module for mutually Network or USB accurately distributes data signals over long distances or close distances.

In the dynamic lighting control grouping device of the present invention, the control device further includes a fiber optic network switch, a network processor, a network decoder, and an amplifier.

In the dynamic lighting control grouping device of the present invention, the standard protocol adopted by the lighting control command is the Digital Multi-Channel Transmission (DMX512) protocol.

The present invention also provides a dynamic lighting control grouping device for controlling one or more lighting groups, including a control device and a control terminal for transmitting a control signal to the control device; the control signal includes a light control command and a scene control command The control terminal includes: a controller, configured to adjust a light control parameter in the light control command and a scene setting parameter in the scene control command; a storage module, configured to store the light control parameter and the scene setting parameter; a sending module, configured to send the control signal to the control device; a display unit, configured to display the light control command and the scene control command; the control device includes a control module and a signal receiving mode for receiving the control signal The control unit is configured to control the light group according to the setting of the control module or the setting of the control signal; the control module includes one or a plurality of driving units, and the driving unit is coupled to the controller respectively, and The driving unit is respectively corresponding to the lighting group, and is configured to drive the stage light according to the control signal The controller includes: a dimming module having one or a plurality of channel pages, each of the channel pages corresponding to each of the light groups and having a plurality of channels corresponding to the light control parameter, the dimming The module uses and adjusts the size of the light control parameter of the channel; the scene generator is configured to determine whether one or a plurality of scene fields correspond to one or a plurality of scene setting parameters, to determine to wait for the scene setting parameter to be generated. The scene field element or the light control parameter storing the adjusted adjustment to the scene field, and the scene generator combines the light control parameter to generate each of the scene setting parameters; a change module, configured to convert the light control parameter and the scene setting parameter to respectively generate the light control command and the scene control command; the control terminal is any one of a lighting console, a computer control terminal or a mobile control terminal; The lighting console includes: a first creating module, configured to create a first signal unit that stores the control signal; a first input module, configured to input the control signal into the first signal unit; And configured to configure an existing lamp type and quantity into the first signal unit that stores the control signal, so that the control signal matches the lamp type and quantity; the mobile control terminal includes: an IP address setting module, The IP address of the mobile control terminal is set, so that the IP address of the mobile control terminal is connected to the control device in the same IP segment; the remote control module is used in the mobile control terminal and the control After the device is connected, the control device is remotely controlled by the mobile control terminal; and the second creation module is configured to create a second signal list for storing the control signal. a second input module, configured to input the control signal into the second signal unit, and a second configuration module, configured to configure an existing lamp type and quantity into the second signal unit that stores the control signal, The control signal is matched with the lamp type and the quantity; the computer control terminal comprises: a synchronization module, configured to synchronize the control signal between the computer control terminal and the control device; and an editing module for the control The signal is edited; the statistical module is used for counting the path of the control signal; the module is selected for selecting the path of the control signal, and the existing lamp type and quantity are configured to achieve the effect of the control signal; The control terminal further includes: a hardware interface for connecting the control device through a hardware; a distribution module for accurately distributing the data signal over a long distance or a close distance via the Internet or USB; the control device further includes a fiber optic network switch, A network decoder and amplifier; wherein the standard protocol used by the light control command is the Digital Multi-Channel Transmission (DMX512) protocol.

Therefore, the beneficial effect of this creation is that it facilitates the control of the lighting system and reduces the Difficult to operate, while reducing the use of space, easy to carry and place.

1‧‧‧Dynamic lighting control grouping device

10‧‧‧Control terminal

101‧‧‧ Controller

1011‧‧‧ dimming module

1012‧‧‧Scene generator

1013‧‧‧Command Conversion Module

102‧‧‧ storage module

103‧‧‧Signal transmission module

104‧‧‧Display unit

105‧‧‧Lighting console interface

106‧‧‧Computer Control Terminal Interface

107‧‧‧Mobile Control Terminal Interface

11‧‧‧Control device

111‧‧‧Control Module

112‧‧‧Signal receiving module

113‧‧‧Fiber network switch

114‧‧‧Network Processor

115‧‧‧Network decoder

116‧‧‧Amplifier

FIG. 1 is a system block diagram of a dynamic lighting control grouping device according to an embodiment of the present invention.

The specific embodiments are described below to illustrate the implementation of the present invention, but are not intended to limit the scope of the present invention.

FIG. 1 is a block diagram of a system for providing a dynamic lighting control grouping device 1 according to an embodiment of the present invention. The foregoing system is used for controlling one or more lighting groups, including a control device 11 and a control terminal 10 for communicating with the control device 11 and transmitting a control signal; the control signal includes a light control command and a scene control command; and the control terminal 10 includes The controller 101 is configured to adjust a light control parameter in the light control command and a scene setting parameter in the scene control command; the storage module 102 is configured to store the light control parameter and the scene setting parameter; and the signal sending module 103 is configured to: The control signal is sent to the control device 11; the display unit 104 is configured to display the light control command and the scene control command; the control device 11 includes a control module 111 and a signal receiving module 112 for receiving the control signal; the control device 11 is controlled according to the control The setting of the module 111 or the setting of the control signal controls the light group; the control module 111 includes one or a plurality of driving units, and the driving unit is respectively coupled to the controller 101, and the driving unit is respectively corresponding to the light group, The stage lighting group is driven according to the control signal. The storage module 102, the signal transmitting module 103, and the display unit 104 are electrically connected to the controller 101.

Further, the controller 101 includes: a dimming module 1011 having one or a plurality of channel pages, each channel page corresponding to each light group and having multiple channels, channel pairs In the lighting control parameter, the dimming module 1011 uses the size of the lighting control parameter of the adjusting channel; the scene generator 1012 is configured to determine whether one or a plurality of scene fields correspond to one or a plurality of scene setting parameters to determine Waiting to generate a scene setting parameter to the scene field bit or storing the light control parameter that has been adjusted to the scene field, and the scene generator 1012 combines the light control parameters to generate each scene setting parameter; the command conversion module 1013 is used The light control parameters and the scene setting parameters are converted to generate light control commands and scene control commands, respectively.

In another embodiment of the present invention, the control terminal 10 further includes a lighting console interface 105 connected to the controller 101, a computer control terminal interface 106, and a mobile control terminal interface 107. The operating terminal can control the terminal 10 through the foregoing interface. Configured as either a lighting console, a computer control terminal, or a mobile control terminal.

When the control terminal 10 is a lighting console, the lighting console includes: a first creating module for creating a first signal unit for storing a control signal; and a first input module for inputting a control signal to the first signal unit; The first configuration module is configured to configure the existing lamp type and quantity into the first signal unit storing the control signal, so that the control signal matches the lamp type and the quantity.

The following takes an operation situation as an example. First, the first signal unit is created by the first creation module, for example, the new motor option (New Show) in the INTERNAL function table, and the name is confirmed and confirmed in the pop-up dialog box. Then the first signal unit is created. Then press the Set Up button to enter the setup interface, click on the display of the first signal unit on the display unit 104 (SHOW), and then click on the Patch & Fixture Schedule to enter the lower list. At this point you can join the light group with the Add button. Click to start the change window, then press the Add button, then click the category button and select the Library (From Library), then enter the Fixture ID, Channel ID and Patch, then from the light library according to the existing lamp type The existing lamp type and quantity are configured into the first signal unit in which the control signal is stored, and the configuration is completed.

When the control terminal 10 is a mobile control terminal, the mobile control terminal includes: an IP address setting module, configured to set an IP address of the mobile control terminal, so that the IP address of the mobile control terminal and the control device 11 are located in the same IP segment. After the connection is made; the remote control module is configured to remotely control the control device 11 through the mobile control terminal after the mobile control terminal is connected to the control device 11; and the second creation module is configured to create a second storage control signal a signal unit; a second input module, configured to input a control signal into the second signal unit; and a second configuration module, configured to configure an existing lamp type and quantity into a second signal unit that stores the control signal, so as to be controlled The signal matches the lamp type and quantity.

At this time, the mobile control terminal may be a mobile phone or a tablet using an Android or IOS platform, such as an IPhone. The following takes an operation situation as an example. First, the mobile control terminal adopts the MA series console. In order to connect and control the MA series console and other devices in the system, we set the network address to 192.168.1 by default, for example. Set the IP address of the wireless router and the IP address of the console line to 192.168.1.1. After setting, the MA series console will automatically recognize and connect. The MA Series console can be connected to other devices in the system for control via the MA Series console. Then, the second signal unit is created by the second creation module, for example, the motor New Show in the INTERNAL function table is named and confirmed in the pop-up dialog box, and the second signal unit is created. Then press the Set Up button to enter the setup interface, click the SHOW of the second signal unit on the display unit 104, and then click the Patch & Fixture Schedule to enter the lower menu. At this point, you can join the light group by using the Add button. Click to start the change window, then press the Add button, then click Type and select From Library, then fill in the Fixture ID, Channel ID and Patch, and then the existing lamp type from the library according to the existing lamp type. Quantity The configuration is completed by configuring to the second signal unit in which the control signal is stored.

When the control terminal 10 is a computer control terminal, the computer control terminal includes: a synchronization module for synchronizing control signals of the computer control terminal and the control device 11; an editing module for editing the control signal; and a statistical module Used to count the path of the control signal; select the module to select the path of the control signal, and configure the existing lamp type and quantity to achieve the effect of the control signal. Preferably, the computer control terminal further comprises: a hardware interface for connecting the control device 11 through the hardware; and a distribution module for accurately distributing the data signal over a long distance or a short distance via the Internet or USB.

Take the Madrix system as an example. When synchronizing, Madrix's sync mode will ensure that LED luminaires can achieve their best-in-time best. At the same time, the hardware interface uses Madrix Plexus, the distribution module uses the Luna series in Madrix, and can be accessed via the Internet or USB. Realize accurate distribution of DMX512 data signals over long distances or close distances. Madrix Plexus extends Madrix's compatibility. It can also be controlled by DMX512 or Art-Net as a versatile stand-alone interface or field controller 101. The Plexus can control up to two converters per device. This is the first interface to provide Madrix light display and effect independent playback. Another unique feature is the ability to combine the sync mode of the sync module to easily synchronize multiple device light displays.

The control device 11 in the present invention adopts the DMX512 dynamic light control group device 1, the half network dynamic light control group device 1, the full network dynamic light control group device 1 or the fiber dynamic light control group device 1 One. Hereinafter, the optical dynamic lighting control grouping device 1 will be described as an example. Fiber optic lamp control systems have longer transmission distances, higher transfer rates, wider network bandwidth, and better immunity to interference. In an embodiment of the present creation, the control device 11 further includes a fiber optic network switch 113, a network processor 114, a network decoder 115, and an amplification 116. The optical network switch 113, the network processor 114, the network decoder 115, the signal receiving module 112, the control module 111, and the amplifier 116 are sequentially connected, and the optical network switch 113 is controlled by the signal transmitting module of the control terminal 10. After receiving the control signal, the signal is transmitted to the control module 111, and after the control module 111 obtains the control signal, the corresponding lamp is driven through the amplifier 116.

In the present embodiment, network decoder 115 is a DMX network decoder, amplifier 116 is a DMX amplifier, and network processor 114 is a MA network processor (NPU). For example, after the lighting system is set up, network signal distribution is performed, and the signal from the fiber network switch 113 enters two network DMX decoders (8 Port Node), and 16 DMX512 signals are decoded, that is, 8192 can be accommodated. aisle.

Preferably, the standard protocol used for lighting control is the Digital Multi-Channel Transmission (DMX512) protocol.

The present invention also provides a dynamic lighting control grouping device 1 for controlling one or more lighting groups, including a control device 11 and a control terminal 10 for transmitting control signals to the control device 11; the control signals include light control commands and The control terminal 10 includes: a controller 101, configured to adjust a light control parameter in the light control command and a scene setting parameter in the scene control command; the storage module 102 is configured to store the light control parameter and the scene setting parameter; a signal transmitting module 103 for transmitting a control signal to the control device 11; a display unit 104 for displaying a light control command and a scene control command; the control device 11 comprising a control module 111 and a signal receiving mode for receiving the control signal The control unit 11 controls the light group according to the setting of the control module 111 or the setting of the control signal. The control module 111 includes one or a plurality of driving units, and the driving units are respectively coupled to the controller 101, and the driving units respectively One-to-one correspondence with the lighting group, used to drive the dance according to the control signal The controller 101 includes: a dimming module 1011 having one or a plurality of channel pages, each channel page corresponding to each light group and having multiple channels, the channel corresponding to the light control parameter, the dimming module 1011 is used to adjust the size of the lighting control parameter of the channel; the scene generator 1012 is configured to determine whether one or a plurality of scene fields correspond to one or a plurality of scene setting parameters, to determine to wait for the scene setting parameter to be generated to the scene field element. Or storing the adjusted lighting control parameters to the scene field, and the scene generator 1012 combines the light control parameters to generate each scene setting parameter; the command conversion module 1013 is configured to convert the light control parameters and the scene setting parameters, The lighting control command and the scene control command are separately generated; the control terminal 10 is any one of a lighting console, a computer control terminal or a mobile control terminal; the lighting console includes: a first creating module, configured to create a storage control signal a signal unit; a first input module, configured to input a control signal into the first signal unit; a configuration module, configured to configure an existing lamp type and quantity into a first signal unit that stores a control signal, so that the control signal matches a lamp type and a quantity; the mobile control terminal includes: an IP address setting module, The IP address of the mobile control terminal is set, so that the IP address of the mobile control terminal is connected to the control device 11 in the same IP segment, and the remote control module is configured to connect the mobile control terminal to the control device 11 Remote control of the control device 11 by the mobile control terminal; a second creation module for creating a second signal unit for storing the control signal; a second input module for inputting the control signal to the second signal unit; The configuration module is configured to configure the existing lamp type and quantity into the second signal unit storing the control signal, so that the control signal matches the lamp type and the quantity; the computer control terminal comprises: a synchronization module, which is used for the computer The control terminal and the control device 11 perform synchronization of the control signals; the editing module is used for editing the control signals; and the statistical module is used The path of the control signal is counted; the module is selected for selecting the path of the control signal, and the existing lamp type and quantity are configured to achieve the effect of the control signal; the computer control terminal further includes: a hardware interface for passing the hard a body connection control device 11; a distribution module for accurately distributing data signals over long distances or close distances via the Internet or USB; the control device 11 further includes a fiber optic network switch 113, a network processor 114, a network decoder 115, and The amplifier 116; wherein the standard protocol adopted by the light control command is the Digital Multi-Channel Transmission (DMX512) protocol.

The dynamic lighting control grouping device 1 provided by the creation can facilitate the control of the lighting system, reduce the operation difficulty, and reduce the use space, and is convenient to carry and place. Has a good commercial promotion value.

This creation provides various operations of the embodiments. In one embodiment, the foregoing operations may constitute computer readable instructions stored on one or a computer readable medium that, when executed by an electronic device, cause the computing device to perform the operation. The order in which some or all of the operations are described should not be construed as implying that the operations must be sequential. Those skilled in the art will appreciate alternative rankings that have the benefit of this specification. Moreover, it should be understood that not all operations must be present in every embodiment provided herein.

Moreover, the words "preferably" used in the present application are intended to be used as examples, examples, or illustrations. The description as a "preferably" aspect or design is not necessarily to be construed as being more advantageous than other aspects or designs. Rather, the use of the word "preferably" is intended to present a concept in a specific manner. The term "or" as used in this application is intended to mean an "or" or "an" That is, unless otherwise specified or clear from the context, "X employs A or B" means naturally including any one of the permutations. That is, if X uses A; X uses B; or X uses both A and B, then "X uses A or B" is satisfied in any of the foregoing examples.

Furthermore, although the present invention has been shown and described with respect to one or the embodiments of the invention, equivalents and modifications of the present invention will be apparent to those skilled in the art. The present invention includes all such modifications and variations, and is only limited by the scope of the appended claims. With particular regard to various functions performed by the above-described elements (e.g., elements, resources, etc.), the terms used to describe such elements are intended to correspond to any element that performs the specified function of the element (e.g., it is functionally equivalent). (unless otherwise indicated), even if it is structurally different from the disclosed structure of the functions in the exemplary implementation of the present invention. Moreover, although specific features of the present work have been disclosed with respect to only one of the one or more implementations, such features may be associated with other implementations as may be desirable and advantageous for a given or particular application. Or other combination of features. Furthermore, the terms "comprising," "having," "having," or "include" or "comprising" are used in a particular embodiment or claim, and such terms are intended to be encompassed in a manner similar to the term "comprising."

Each functional unit in the present embodiment may be integrated into one processing module, or each unit may exist physically separately, or two or more units may be integrated into one module. The above integrated modules can be implemented in the form of hardware or in the form of software functional modules. The integrated module can also be stored in a computer readable storage medium if it is implemented as a software function module and sold or used as a standalone product. The above mentioned storage medium may be a read only memory, a magnetic disk or a compact disk or the like. Each of the above described devices or systems can perform the methods of the corresponding method embodiments.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in In the patent scope of this case

1‧‧‧Dynamic lighting control grouping device

10‧‧‧Control terminal

101‧‧‧ Controller

1011‧‧‧ dimming module

1012‧‧‧Scene generator

1013‧‧‧Command Conversion Module

102‧‧‧ storage module

103‧‧‧Signal transmission module

104‧‧‧Display unit

105‧‧‧Lighting console interface

106‧‧‧Computer Control Terminal Interface

107‧‧‧Mobile Control Terminal Interface

11‧‧‧Control device

111‧‧‧Control Module

112‧‧‧Signal receiving module

113‧‧‧Fiber network switch

114‧‧‧Network Processor

115‧‧‧Network decoder

116‧‧‧Amplifier

Claims (10)

A dynamic lighting control grouping device for controlling one or more lighting groups, comprising: a control device and a control terminal for communicating with the control device and transmitting a control signal; the control signal includes a light control command and a scene control command; the control terminal includes: a controller, configured to adjust a light control parameter in the light control command and a scene setting parameter in the scene control command; a storage module connected to the controller for storing the light control a parameter and the scene setting parameter; a signal sending module connected to the controller for transmitting the control signal to the control device; and a display unit connected to the controller for displaying the light control command and the scene control command; The control device comprises a control module and a signal receiving module for receiving the control signal, the signal receiving module is connected to the control module; the control device is configured according to the setting of the control module or the setting of the control signal The group performs control; the control module includes one or a plurality of driving units, and the driving unit is divided into Coupled to the controller, and the drive unit are set to-one correspondence with the light, to the control signal for the driving stage lighting group. The dynamic lighting control grouping device of claim 1, the controller comprising: a dimming module having one or a plurality of channel pages, each of the channel pages corresponding to each of the light groups and having a plurality of channels, The channel corresponds to the light control parameter, the dimming module uses the size of the light control parameter for adjusting the channel, and the scene generator is configured to determine whether one or more scene fields correspond to one or a plurality of scene settings. Parameters to determine whether to wait for the scene setting parameters to be generated to the scene field or to store And storing the light control parameter that has been adjusted to the scene field, and the scene generator combines the light control parameter to generate each of the scene setting parameters; the command conversion module is configured to convert the light control parameter and the scene The parameters are set to generate the light control command and the scene control command, respectively. The dynamic lighting control grouping device according to claim 2, wherein the control terminal is configured as any one of a lighting console, a computer control terminal or a mobile control terminal. The dynamic lighting control grouping device of claim 3, the lighting console comprising: a first creating module for creating a first signal unit storing the control signal; and a first input module for controlling the The signal is input to the first signal unit; the first configuration module is configured to configure an existing lamp type and quantity into the first signal unit storing the control signal, so that the control signal matches the type and quantity of the lamp . The dynamic lighting control grouping device of claim 3, the mobile control terminal comprising: an IP address setting module, configured to set an IP address of the mobile control terminal, such that an IP address of the mobile control terminal The control device is located in the same IP segment and is connected; the remote control module is configured to remotely control the control device through the mobile control terminal after the mobile control terminal is connected to the control device; the second creation module, a second signal unit for storing the control signal; a second input module for inputting the control signal to the second signal unit; and a second configuration module for configuring the existing lamp type and quantity to the storage The second signal unit of the control signal causes the control signal to match the lamp type and number. The dynamic lighting control grouping device according to claim 3, wherein the computer control terminal comprises: a synchronization module, configured to synchronize the control signal between the computer control terminal and the control device; and an editing module, configured to The control signal is edited; the statistical module is configured to perform statistics on the path of the control signal; The selection module is used to select the path of the control signal, and the existing lamp type and quantity are configured to achieve the effect of the control signal. The dynamic lighting control grouping device of claim 6, the computer control terminal further comprising: a hardware interface for connecting the control device through a hardware; a distribution module for long distance or near via the Internet or USB The distance is accurately assigned to the data signal. The dynamic lighting control grouping device of any of claims 1 to 7, further comprising a fiber optic network switch, a network processor, a network decoder, and an amplifier. The dynamic lighting control grouping device according to claim 8, wherein the standard protocol adopted by the lighting control command is a digital multi-channel transmission (DMX512) protocol. A dynamic lighting control grouping device for controlling one or more lighting groups, comprising: a control device and a control terminal for transmitting a control signal to the control device; the control signal comprising a light control command and a scene control command The control terminal includes: a controller, configured to adjust a light control parameter in the light control command and a scene setting parameter in the scene control command; a storage module, configured to store the light control parameter and the scene setting parameter; a sending module, configured to send the control signal to the control device; a display unit, configured to display the light control command and the scene control command; the control device includes a control module and a signal receiving mode for receiving the control signal The control unit is configured to control the light group according to the setting of the control module or the setting of the control signal; the control module includes one or a plurality of driving units, and the driving unit is coupled to the controller respectively, and The driving unit is respectively corresponding to the lighting group, and is configured to drive the stage lighting according to the control signal ; The controller comprising: a dimming module having a plurality of channels or pages, each page corresponding to each of the channel group of the light and having a plurality of channels, the channel parameter corresponding to the light control The dimming module is configured to adjust the size of the lighting control parameter of the channel; the scene generator is configured to determine whether one or a plurality of scene fields correspond to one or a plurality of scene setting parameters, to determine to wait for the generation Setting a parameter to the scene field or storing the light control parameter that has been adjusted to the scene field, and the scene generator combines the light control parameter to generate each of the scene setting parameters; a command conversion module, And the scene control parameter is used to generate the light control command and the scene control command respectively; the control terminal is any one of a lighting console, a computer control terminal or a mobile control terminal; the lighting console The first creation module is configured to create a first signal unit for storing the control signal, the first input module is configured to input the control signal into the first signal unit, and the first configuration module is configured to The lamp type and the quantity are configured in the first signal unit storing the control signal, so that the control signal and the lamp type and the number Matching; the mobile control terminal includes: an IP address setting module, configured to set an IP address of the mobile control terminal, so that an IP address of the mobile control terminal is connected to the control device in the same IP segment; a remote control module, configured to remotely control the control device by the mobile control terminal after the mobile control terminal is connected to the control device; and a second creation module, configured to create a second signal for storing the control signal a second input module, configured to input the control signal into the second signal unit; and a second configuration module, configured to configure an existing lamp type and quantity into the second signal unit that stores the control signal The control signal is matched with the lamp type and the number; the computer control terminal comprises: a synchronization module, configured to synchronize the control signal between the computer control terminal and the control device; and an editing module, configured to The control signal is edited; the statistical module is used for counting the path of the control signal; the selection module is used to select the path of the control signal, and the existing lamp type is configured at the same time. And the quantity to achieve the effect of the control signal; the computer control terminal further comprises: a hardware interface for connecting the control device through a hardware; A module for accurately distributing data signals over long distances or close distances via the Internet or USB; the control device further includes a fiber optic network switch, a network processor, a network decoder, and an amplifier; wherein the light control command is adopted The standard protocol is the Digital Multi-Channel Transport (DMX512) protocol.