UC知道高手翻译一下以下英文3，谢谢
来源：百度知道 编辑：UC知道 时间：2024/06/21 04:26:10
problems for the implementation of these procedures.
To overcome these problems, one can apply mature
single-chip technology to finish the tasks and approach
the real-time function. This research focuses on the
turning lathe on-line cutting tool monitoring singlechip
technology as a low-cost, feasible method. In a
nutshell, under our approach, the cutting tool breakage
recognition rules are stored in an 8051 single-chip.
This cutting tool monitoring equipment uses a strain
gauge type sensor to detect the cutting force, then the
signals are amplified, filtered, converted from analog
to digital, and finally uses the 8051 software program
to infer the cutting conditions based on changes in the
cutting force and send warning signals on a timely
basis, so that operators can take immediate action to
avoid serious losses from the occurrence of tool
breakage.
2 8051 Single-chip tool monitoring system
Base
To overcome these problems, one can apply mature
single-chip technology to finish the tasks and approach
the real-time function. This research focuses on the
turning lathe on-line cutting tool monitoring singlechip
technology as a low-cost, feasible method. In a
nutshell, under our approach, the cutting tool breakage
recognition rules are stored in an 8051 single-chip.
This cutting tool monitoring equipment uses a strain
gauge type sensor to detect the cutting force, then the
signals are amplified, filtered, converted from analog
to digital, and finally uses the 8051 software program
to infer the cutting conditions based on changes in the
cutting force and send warning signals on a timely
basis, so that operators can take immediate action to
avoid serious losses from the occurrence of tool
breakage.
2 8051 Single-chip tool monitoring system
Base
问题,为执行这些程序. 为了克服这些问题,可以采用成熟的单片机技术,以完成任务的方式和实时功能. 这项研究的重点转向车床在线刀具监控单片机技术作为一种低成本,简单可行的方法. 总括而言,根据我们的做法,刀具破损识别规则存放于8051单片机. 这种刀具监测设备,采用应变式传感器检测切削力 然后对这些信号进行放大,滤波,转换由模拟向数字, 最后以8051的软件程序来推断切削条件的变化,在切削力和 发送警报信号及时得当, 让经营者能立即采取行动,避免发生严重损失,由发生刀具破损. 2 8051单片机的刀具监控系统的基础上,机床操作方法, 8051单片机的刀具监控系统设计可以执行3个工作模式. 数据采集系统,在这种模式下, 8051单片机的刀具监控系统是一个12位数据采集系统,数据采样率高达 100千赫. 这个系统有掺铒光纤放大器的输入电阻高达108 W和增益定为1-200 , 而差动放大器增益定为1-40兴建一个信号放大系统的一个最终增益 约1-80,000 ; 45赫兹的低通滤波器; 12位高速AD转换器( AD1674产品) ,具有采样保持功能,最大转换时间= 10镑; 一个RS-485接口组成sn75176ic在案线与主控站. 实时切削数据的许多机床在车间,可传送到PC机主 控制站通过网络接口,以方便监控,并立即处理任何紧急事件. 独立式报警模式8051系统不具备网络功能,在此模式下. 后切削力数据为某工具已经收集 8051系统确定破损,仅基于刀具破损识别规则储存在光碟 不能在PC上的主要控制站. 优势