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Design of Keyboard Input Interface in Intelligent Instruments

机译:智能仪器键盘输入界面设计

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A keyboard interface design using five buttons is introduced in this paper, which can realize functions such as keyboard-Unlocked, menu selection, data modification, menu item or data confirmation and so on. Independent type keyboard circuit was formed by using the five buttons, the number of interruptions was counted in the interrupt service subroutine, the interruptions were caused by timer overflow, some things can be achieved according to the number of counting and real-time button status, such as Jitter Eliminating, key assignments acquisition and identification of information about press or press and hold. Which guaranteed that the real-time response of keyboard input saved the software costs of system, the multiplexing function of a single key can be realized at the same time. On the design of key function subprogram, Flag Register was used, such as keyboard-unlocked, Permission to modify the menu, Permission to modify the data, which has improved the fault-tolerant of the keyboard operation. The keyboard was used in the development of some instruments, and has been proved stable and reliable in practice.
机译:本文介绍了使用五个按钮的键盘界面设计,可以实现键盘解锁,菜单选择,数据修改,菜单项或数据确认等功能。通过使用五个按钮形成独立的键盘电路,中断在中断服务子程序中的次数,中断是由定时器溢出引起的,可以根据计数和实时按钮状态的数量来实现一些事情,如抖动消除,关键分配获取和识别新闻或按住的信息。其中保证键盘输入的实时响应保存了系统的软件成本,可以同时实现单个键的多路复用功能。在关键函数子程序的设计上,使用标志寄存器,例如键盘解锁,修改菜单的权限,修改数据的许可,这改善了键盘操作的容错。键盘用于一些仪器的开发,在实践中已被证明是稳定可靠的。

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