Stage lighting cloud control system based on 5G technology

[0021] Example 1

[0022] See figure 1 A stage light cloud control system based on 5G technology, including a cloud server, and a cloud server to control the command data of the stage light. The cloud server will control the command data of the stage light through the 5G communication module to the signal receiving device, 5g When the communication module has a high-rate, low-delay and large connection, the 5G communication module is transmitted to the command data of the actuation of the stage, which reduces the possibility of loss of data, and the signal receiving device transmits the command data of the stagelight to the storage component. , The 5G communication module 2 performs instruction data of the control stage light, and the 5G communication module will control the command data of the Stage Light to the PLC Control System through the transmission interface, and the PLC control system controls the stage by performing instruction data for the stage light. Use of lights;

[0023] The PLC control system includes a program counter that is used to receive an instruction of the 5G communication module two, and the instruction is taken from the storage unit to the instruction register, and the address in the cloud server gives the address of the next instruction, program counter analysis instruction, The operation controller performs instructions, and the operation controller completes the first instruction, and then the program counter takes the address of the second instruction from the storage unit, the operation controller completes the second instructions, and performs each instruction.

[0024] In this embodiment:

[0025] High-speed transmission, avoid packet loss: according to figure 1 As shown, the command data of the transmission is transmitted through the cloud server, transmitted by 5G communication module, 5G communication module based on NFV / SDN, implements hardware and software decoupling, realizing control and forwarding separation, and using General Data Center Cloud The network, the network function is flexible, the resource scheduling is efficient, supported by the edge computing, the cloud computing platform is sinking to the network edge, supports the application-based gateway flexible selection and edge diversion, and then use the 5G communication module to control the command data transmission of the stage light At the signal receiving device, the command data of the control stage light is transmitted to the storage unit, and the signal is transmitted by the transmission interface. The PLC control system receives the signal, the PLC control system includes a program counter and an operation controller, when a program The counter receives the signal, the program counter tabs data from the storage unit, and when the controller is required to perform the repetition command, the operation controller completes the second instructions so that the controller is removed from the storage unit again. Perform each instruction.

[0026] Example 2

[0027] This embodiment is an improvement made on the basis of Example 1, according to figure 1 As shown, the storage component includes a storage module one and a storage module. When the program counter is required to complete the loop command, the program counter needs to complete the recirculation module from the storage module;

[0028] When the program counter is required to complete the difference from the cycle instruction, the program is transmitted to the storage module two, the program counter calls the instructions in the storage module, and the storage module is distinguished from the storage module, and when the program counter needs When the cycle instruction is executed, you can call directly from the storage module, and the storage module can only temporarily store control data from the cloud server.

[0029] In this embodiment:

[0030] Quick selection: according to figure 1As shown, by setting the storage module one and the storage module, the memory module is stored in a memory that needs to be looped, and the memory module is stored by the cloud server, and the control data of the cycle instruction is made, when the stage lamp needs to change the new lighting effect When the program counter is called from the storage module two, and the data of the storage module II is cleared, it will be emptied to avoid a logical conflict between the storage module two and the storage module.

[0031] Example 3

[0032] This embodiment is an improvement made on the basis of Example 1, according to figure 1 As shown, a pulse component is provided between the transmission interface and the PLC control system, and the pulse member includes a clock pulse generator and an adjustment potentiometer, a clock pulse generator, and an adjustment potentiometer constituent a pulse circuit, and receives a data signal of the transmission interface by the clock pulse generator. The adjustment potentiometer reacts the data signal emitted by the clock pulse generator and receives the data signal by the program counter.

[0033] In this embodiment:

[0034] Quick Directive: The frequency of the clock pulse generator signal is determined by the resistance, capacitance, and inductance value inside the circuit, and a smaller frequency signal can be obtained by connecting the divider circuit. The frequency of the frequency divider generates the signal of the signal of its losing signal frequency, so after the clock pulse is passed through the excess frequency, the output frequency is lower, in order to accurately synchronize different events, some systems require different frequencies Clock pulse, when the transmission interface transmits the signal to the clock pulse generator, quickly accepts the signal by the clock pulse generator, and reacts the data signal emitted by the clock pulse generator with the adjustment potentiometer, and receives data by the program counter. Signals, so that the program counter can make an instruction quickly.