激光打标

基于DSP的激光打标运动控制卡的设计与实现

Design and Implementation of Laser Marking Controller based on DSP

基于FPGA的新型激光打标控制系统的设计

Design of New LASER Marking Control System based on FPGA

阵列式高速在线CO2激光打标机控制系统的设计

The Control System Design for Arrayed On-line CO_2 Laser Marker

基于USB和FPGA技术的激光打标控制卡的研究与开发

Research and Development of the Laser Marker Controller Card Based on USB and FPGA

YAG激光打标技术系统与控制软件的研究

Research on Technology System and Control Software of YGA Laser-Marking

基于PCI总线控制的高速激光打标硬件开发

Based on the PCI Bus to Control High-speed Laser Marking Hardware Development

高速IC激光打标机的研制

Development of High Speed Laser Marking Machine

基于USB接口控制的激光打标控制器设计

Design of laser marking controller based on USB

USB接口技术在激光打标中的应用

Application of USB interface technology in laser marking

YAG激光打标机光学系统设计及参数选择

Design of Optical System and Selection of Parameters for a YAG Laser Marking Device

利用WINDOWS矢量字库实现激光打标机不同字号、字体的字符转换

The realization on the conversion of different font and size of the character in the laser marker with the windows vector font base

本论文综述了光纤激光器的基本理论，对光纤激光器的调Q理论和锁模理论进行了研究，分析了光纤激光器用于激光打标的优势，并针对光纤激光器的单模输出进行了较深入的讨论。

Advantages of fiber laser marking are analyzed and single mode output of fiber laser is also discussed in detail .

传统的激光打标控制器主要以单片机作为处理器，采用计算机主板的PCI插槽与计算机连接。

Traditional laser marking controller generally based on MCU , and using PCI slots to connect with computer .

应用于激光打标的PMMA材料的增韧改性研究

Toughening Modification of PMMA for Laser Marking

PIC实现激光打标设备测控系统的研究与设计

Research and Design of Supervisory System of Laser Mark Equipments System with PIC

论述了阵列式激光打标系统的组成和光学部分的设计原理，并对本系统所用的CO2激光器的光学系统的聚焦和传输作了简要介绍。

In chapter 2 , we study compose of the laser marker system , it also includes the focusing and transmission system for co2-laser beam .

CO2激光打标机变焦f-theta透镜的设计

The design of the f-theta zoom lens with CO_2 laser marking machines

介绍了一种用于激光打标机调Q用的声光Q开关，描述了其原理设计和制作。

This paper presents a novel acoustooptic Q - switch used in laser marking system . The principle design consideration and fabrication processes are given .

YAG激光打标机旋转系列，采用专门设计的旋转装置，特别针对柱面旋转和平面旋转打标而设计。

YAG laser marking machine Rotating series , adopt the rotating device of special design aiming at marking on cylinder and plane circumrotate .

一种激光打标机绘制PLT图形的实现方法

A Scheme on Drawing PLT Graphic File in Laser-Mark

接下来，在对USB总线技术作了简要介绍后，着重对激光打标控制器硬件的总体框图和各功能单元的电路设计作了详细说明。

After the USB technology is introduced briefly , the general hardware frame of the controller and the circuit design of function modules are illuminated detailedly .

利用程序逻辑控制器（PLC）、气动元件和伺服电机控制被测件的定位、传感器的测试过程和激光打标机的工作。

The orientation of workpiece , the process of the sensor 's measure and the laser marking machine are controlled by program logical controller , air-driving component and servo motor .

YAG激光打标机变焦f-theta镜扫描系统

YAG Laser Marking Machines Zoom f-theta-scanning System

设计了整体激光打标机的配电系统与控制系统，选用了数字式打标控制卡，设计完成了控制卡与各子部件间的控制连接方式，构建出完整的超脉冲CO2激光打标机。

The power distribution system of laser marking machine is overall designed , with the connection between components and digital marking control card , the control system is established .

然后，详细讨论了激光打标机控制器的硬件电路设计，包括ARM控制单元电路、FPGA控制单元电路和数模转换模块等。

Then , the hardware circuit design of laser marking controller is discussed in detail , including ARM control unit , FPGA control unit , D / A module and so on .

传统的基于ISA总线、PCI总线或者USB总线的激光打标控制器增加了激光打标机的成本和体积。

The traditional laser marking controller based on ISA bus , PCI bus or USB bus has increased the cost and volume of the laser marking machine .

本论文完成了计算机控制模式的激光打标系统的基于PCI总线的控制卡设计。

The design combined the laser marking technology with PCI Local Bus in a laser marker controller card , which plays an important role in a computer controlled laser marker system .

激光打标中TrueType字体的轮廓提取与打标实现

The method of extraction of outline vector of TrueType font and Realization for laser marking

主要介绍了三种激光打标系统：YAG激光打标系统、TEACO2激光打标系统和准分子激光打标系统的水平、应用领域和发展趋势。

In this paper , the present levels , application areas and the trends of three kinds of Jaser marking systems , including YAG lasers , TEA CO_2 laser 's and excimer laser 's are introduced .

为了解决这两方面的问题，本课题通过把USB传输和单片机控制结合起来，设计一种新的振镜扫描式激光打标控制器&基于USB接口的激光打标控制器。

In order to solve these two problems , a new type of galvanometer-scanning laser marking controller based on USB is designed in this thesis via combining the USB transfers and the singlechip control .