查询词典 LCD screen

Screen-in screen grid, for my company's latest model of development, may at any time take-up screen, more efficient patent for a new type of network structure, a network for speed and light weight, high strength, sieve Network is the life of the general structure of the Screen 3-5 times superiority, not only can you in a very short period of time to keep the screen Beng-more aggressive and timely replacement of screen, that screener maximum efficiency .

筛机中的筛网网架，为我公司研制的最新型的、可随时张紧筛网的、效率更高的新型实用专利网架结构，具有换网速度快、重量轻、强度高、筛网的使用寿命是一般结构中筛网的3-5倍等优越性，不仅可以使您在极短的时间内随时将筛网绷张更紧，及时更换筛网，将筛分效率提到最高。

Should not be with a cloth and paper towels to wipe the LCD screen, it is easy to scratch,"effemination" LCD screen.

千万不能用布和纸巾来擦拭液晶屏幕，很容易划伤"娇气"的液晶屏幕。

With the popular of low power VS studio light, we lanuch high power VSD digital video flash.. High power VSD digital video flash has sophisticated digital technology LCD digital display screen. When working, LCD screen reveals the current modeling lamp brightness value, flashlight power value, photocell working state, beeper working state, anti-redeye gear, and flash using times and current voltage. These functions make users understand the functions of their products.

基于VS小功能影室闪光灯的畅销，公司推出较大功率数码影室闪光灯大VS，大VS采用尖端数码技术LCD数码显示屏，工作时显示当前造型灯泡亮度调节值、闪光功率调节值、光敏管工作状态、蜂鸣器工作状态、防红眼档位，并首创了闪光灯使用次数和电压显示功能，使用户更加容易地理解自己的产品的功能。

Response time is defined as the same point in the panel above to change from black and white plus the time required for change from white to black response time LCD there is a matter of time because the LCD is based on the rotation angle of liquid crystal molecules to control the light light and dark gray rotation of liquid crystal molecules will take time. the general aim is to monitor the use of word processing and web browser is under normal circumstances will continue to monitor display screen with a long period of time, then switch to a different picture of such a In fact, the use of fast response time more than slow the user is not affected but if you want to use animation or video monitor view will continue to change because the screen did not stop this time the response time will affect the picture quality.

坏点所谓坏点，是指液晶显示器上无法控制的恒亮或恒暗的点，坏点的造成是液晶面板生产时因各种因素造成的瑕疵，可能是particle落在面板里面，可能是静电伤害破坏面板，可能是制程控制不良等等等，坏点分为两种：亮点与暗点，亮点就是在任何画面下恒亮的点，切换到黑色画面就可以发现，暗点就是在任何画面下恒暗的点，切换到白色画面就可以发现，一般来说，亮点会比暗点更令人无法接受，所以很多monitor厂商会保证无亮点，但好像比较少保证无暗点的，有些面板厂商会在出货前把亮点修成暗点。

Parallax illumination is composed with the shutter and the illumination box for illuminating the LCD screen, whose basic function is to send the pixels in the odd or even columns on the LCD screen into views' left or right eyes, respectively.

在普通液晶显示器的背光源与LCD屏之间插入一块特殊的光栅板是主流自由立体显示器基本配置，照明盒与光栅板结合构成视差照明方式实现对LCD屏的照明。

Familiar with the pic to control the use of 1602 LCD cycle LCD display site URL and phone hardware: LCD d...

开发工具：C-C 熟悉pic控制1602 LCD的使用方法LCD循环显示本站网址和电话硬件要求：LCD直接与单片机的A口和D口相连接调节电位器，调节LCD亮度。

The LCD display character is acquisited by CCD,after analysis with image process and artificial neural network theory,through grid and intersecting lines to pick up the character′s characteristic,recognize LCD display character,provide with a kind of interface for the instruments and equipments which have no standard interface with the computer but have a LCD display.

摘 要：利用CCD对LCD数码显示字符进行采集，在分析图像处理和神经网络理论的基础上，采用网格法与交线特征提取法，对LCD数显字符进行识别，为具有LCD数显而与计算机无标准通信接口的仪器仪表设备提供一种实用的无线接口。

The paper reviews the phylogeny of the LCD, describes the recent development situation of LCD-TV and several authority investigation institution do its prospective forcast. The research of the switching power supply, future development t rend is given in the paper. Outlines of LCD-TV technology, introduce the sort of topological structure. The BUCK type converter topological structure and the systematical basictheory were put emphasis on; the PFC, the reasons of power factor simply and the core of L6562 were analyzed, emphatically on the application circuit of this core, and account the design parameter of the application circuit. The sort and control mode of PWM, the control core of UC3846 and OB2262 were explained, the application circuit of this core were specific analyzed, practice picture in the real circuit uses oscilloscope were educed and contrastive analysis in this research.

本文回顾了LCD的发展史，介绍了LCD-TV发展的近况和一些权威调查机构对其未来的预测；对开关电源的研究概况和它的发展趋势作了总结；总体介绍了LCD-TV电源的结构及工作原理、拓扑结构的分类，着重研究了BUCK型变换器的拓扑结构及工作原理；对PFC作了综述，研究了功率因数降低的原因，重点介绍了L6562芯片，对此芯片的应用电路作了具体分析，并对芯片外围的设计参数作了分析研究；研究了PWM的分类和控制模式，对控制芯片UC3846和OB2262分别进行了重点说明，详细研究了基于UC3846的PWM设计，用示波器对其实际电路进行了抓图，并对比分析实际波形。

Linyongyu President, in 1984 was born in China Anxi County, Fujian Quanzhou City, Fujian information graduated from the Vocational Technical College (home appliances and computer repair professionals), the school has also served as a vice squad leader, the Department of Health Director-General, Department of Health and the Deputy Minister, the Minister of Health, Chairman of the Student Union; won the 2002 provincial outstanding league cadres, the 2003 provincial outstanding league cadres, cadres school outstanding students, outstanding members from the school, school outstanding league cadres, schoolMiyoshi students, such as school honor outstanding graduates title after graduation to Fujian CPT showed Technologies Ltd. TFT-LCD module responsible for the bad analysis of the improvements and determine Cell Analysis of other abandoned responsibility for the adverse TFT-LCD accumulated considerable experience in the analysis of TFT-LCD display Principle is quite familiar with.

林永裕先生，1984年出生于中国福建省泉州市安溪县，毕业于福建信息职业技术学院，在校先后担任副班长、生劳部干事、生劳部副部长、生劳部部长、学生会主席；曾获2002年度省级优秀团干部、2003年度省级优秀团干部、校优秀学生干部、校优秀团员、校优秀团干部、校三好生、校优秀毕业生等荣誉称号，毕业后入福建华映显示科技有限公司负责TFT-LCD模组段不良分析改善及Cell报废责任别判定分析，对TFT-LCD的不良积累了相当丰富的分析经验，对TFT-LCD的显示原理也相当熟悉。

High-tech, high density screen high strength low protrudent screen and antistatic screen, calendering and other special handling screen and pet high eye screen is required for imports.

技术含量高的高密度丝网，高强低伸丝网、防静电丝网、轧光等特殊处理丝网和涤纶高目丝网均需进口。

The work of this paper is as follows: 1. Looking back the progressing history of the linear motor, introducing the features of the elevator driven by linear induction motor, radicating the topic of this paper "the digital frequency variable control of the elevator bi-side direct driven by linear induction motor". The research of this paper covers the conventional VVVF control, space vector based VVVF control, vector control and DTC.

本文主要开展了以下几个方面的工作： 1 回顾了直线电机发展历史，电机的驱动技术演变，特别是针对直线电机的驱动，简要介绍了直线感应电机驱动电梯的优点和不同结构类型，对传统的v／f控制，基于空间矢量法的v／f控制，矢量控制，和基于电压空间矢量的直接转矩控制进行了比较，确立了本课题的研究主题：直线感应电机双边直推式驱动电梯的全数字变频控制。

The article combines with the treatment of a superficial civil air defense work to introduce how the grouting method to improve the performance of the backfill soil.

文章从治理漂浮人防工事的角度提出了注浆技术在改善回填土性质方面的应用，并详细阐述了注浆技术的施工流程。