论文部分内容阅读
计算机控制照明系统可以调节照明光束的倾斜角、投射平面、亮度和光束的大小。中央计算机控制台经由双向数据传输系统与每一只灯相联接。通信系统负责灯与中央控制台之间的信息交换。每一个灯单元包括微处理器和储存器，可以储存二次呼叫和执行照明指令。驱动每一个灯参数的控制程序也储存在储存器中，作为启动、试验和诊断灯的各种例行程序。中央计算机控制台包括微处理器和储存器。为了改变照明效果，中央控制台向所有的灯单元发出命令信号，而每个灯单元各自独立地响应这种命令，按照自身的操作程序和流程改变照明参数。中央控制台的程序为灯运转方式的转变和执行折衷试验范围提供指令，确保灯运转的安全和可靠性。
Computer-controlled lighting system can adjust the tilt angle of the illumination beam, projection plane, brightness and beam size. The central computer console is connected to each lamp via a two-way data transmission system. The communication system is responsible for the exchange of information between the lamp and the central console. Each lamp unit includes a microprocessor and a memory that can store two calls and execute lighting instructions. Control programs that drive the parameters of each lamp are also stored in the memory as various routines for starting, testing and diagnosing the lamp. The central computer console includes microprocessors and storage. In order to change the lighting effect, the central console sends a command signal to all the lamp units, each of which individually responds to this command, changing the lighting parameters according to its own operating procedures and procedures. The central console’s program provides instructions for changing the way the lamp operates and for carrying out the trade-off test to ensure the safety and reliability of the lamp.