压印

其中，压印模板是实现其工业化应用的主要瓶颈问题之一。

Stamp technology is one of the bottlenecks among these issues .

用印版在书上压印或浮雕出来一个标题或图案。

Stamp or emboss a title or design on a book with a block .

"卡、贴纸、编码账号和有效期、压印卡片,还有小信封，这些加在一起只要不到一美元。"

" The cost of the card , putting the sticker on it , coding the account number and expiration date , embossing it , the small envelope — all put together , you 're in the dollar range . "

PLC控制的聚合物微流控芯片压印机设计

Design of the PLC Controlling Imprinting Machine for Polymeric Microfluidic Chip

研究了紫外纳米压印技术与LED半导体制作工艺有效集成的关键技术，成功制备出了光子晶体LED器件。

With the effective integration of UV-NIL and LED semiconductor manufacturing process , PC-LEDs were manufactured successfully .

MEMS多层压印工艺中的视频图像对准系统

Alignment system based on video image for MEMS multi-layer imprint fabrication process

基于湿法刻蚀的MEMS压印模版制作

Imprint Template Fabrication Method for MEMS Based on Wet Etching

有很多很多方法压印CD和DVD

There are many , many ways of imprinting CDs or DVDs ,

基于小波和DCT的灰度压印字符图像的特征抽取

Gray Image Feature Extraction Based on Wavelet and DCT for Pressed Character Recognition

压印图形的PCB制造技术

Imprint Patterning Technique for PCB Fabrication

该方法可重复性高，可以高效率、廉价制备大范围图案化氧化锌薄膜。二、以PS为模板利用热压印技术制备ZnO纳米点阵结构。

This surface patterning method is high efficiency and low-cost to fabricate large-scale patterned ZnO film . 2 .

利用Gabor滤波器提取压印字符的方向特征进行识别。

Recognition the pressed characters with their direction feature extracted by Gabor filters .

包括纳米压印、激光干涉光刻、x射线光刻、电子束光刻、聚焦离子束刻蚀等。

The novel methods include nano-imprint , laser interference lithography , x-ray lithography , electron beam lithography , focused ion beam and so on .

研究了实现压印字符重建所需要的Fourier描述子的个数。

Studies on the number of the Fourier Descriptors which is necessary to the character construction and recognition also have been performed .

另外一种高效制备微纳米压印印章的方法是全息曝光结合感应耦合等离子体刻蚀（ICP）的方法。

Another fast method of fabricating imprint stamp is using holographical lithography combined with ICP etching .

TiO2光阳极有序微结构的纳米压印工艺

Fabrication and Characterization of Controlled Microstructure Photo-Anode for TiO_2 Thin Film by Nano Imprint Lithography

利用纳米压印技术和ICP刻蚀方法将纳米级多孔结构转移到多量子阱蓝光LED的P-GaN层上。

The micron-grade porous structure was transferred on P-GaN layer of blue MQW LED by Nano-imprint and ICP .

包装的外面带有绿色园点，或在燃料槽上压印有字母CA的产品不包括在本次召回中。

Products with a green dot on the outside of the package or the letters CA embossed on the fuel tank are not included in the recall .

针对基于微压印成形三维MEMS器件制造工艺多层压印的需要，开发了一套基于视频图像对正原理的压印光刻对准系统。

A micron-precision optical alignment system is developed for three-dimensional Micro Electro-Mechanical System ( MEMS ) device fabrication based on multi-layer imprint lithography .

3d活杀或死亡后立即取心，肝，肺等脏器压印培养，病理检查及核酸指纹图分析。

Being dead or killed three days later , their hearts , livers , lungs were taken out immediately to perform viscera bacteria culture 、 pathological examination and nucleic aicd finger mark analysis .

因此，本设计主要采用PLC输出脉冲控制步进电机的精确运转定位来实现模具压印系统的传送和压印过程。

Therefore , this design mainly employs PLC output impulse to control precise operation and positioning of stepping motor in order to realize the transmission and stamping processes of die stamping system .

针对目前微电子机械系统（MEMS）制造中存在的三维加工能力不足的问题，将压印光刻技术和分层制造原理相结合，研究了三维MEMS制造的新工艺。

Based on the nano-imprint lithography ( NIL ) combining with layered manufacture principle , a novel three-dimensional micro-electronic mechanical system ( MEMS ) fabrication process is investigated .

然后以PC微凹透镜阵列为二次模板，再通过热压印制得了聚甲基丙烯酸甲酯（PMMA）的微凸透镜阵列。

Then , with the obtained PC microcavity structure serving as a mold , a hot embossing process is applied to finally achieve a polymethylmethacrylate ( PMMA ) MLA .

结果表明：压印过程中选取的压力参数对ZnO点阵结构的制得至关重要，透射光谱表明薄膜具有良好的透光性。

The results showed that the influence of pressure parameters was vital during the fabrication of patterned ZnO . The transmission spectra showed that the patterned films had enhanced transmittance .

提出了一种基于灰度图像和Gabor变换的压印字符特征提取新方法。

A novel feature extraction method for raised or indented characters pressed on a label using Gabor transform based on the gray image is presented .

它主要研究了微压印过程中的传热模型的建立和求解，并用有限元软件ANSYS进行了模拟，最后通过实验得到了最佳的温度参数。

Main purpose of this dissertation is to establish and solve heat transfer of the micro imprint process and simulate temperature filed for hot imprint of polymeric microfluidic chip by finite element ANSYS .

然后结合该压印机构的具体仿真情况对ADAMS进行了二次开发，形成了一个自动建模和仿真系统，便捷地得出了控制连杆的优化解。

Then , combined with the condition of the simulation , made continued development , formed an automatic modeling and simulation system , and got the optimum solution of the control_link easily .

实验的第一步是校正光感测器电压信号值与Z轴压电驱动器位移之间的转换常数以及压印接触面积函数。

The first step of the experiment was to calibrate the optical signal to Z piezo actuator displacement constant and the contact area function . Secondly , HCPP , a polymer , was indented with AFM .

基于RBF-NN的压印凹凸字符质量检测研究

Quality Inspecting for the Pressed Protuberant Character Based RBF-NN

ADAMS软件建立了某压印机构多体动力学仿真模型，分析了控制连杆的长度对整个压印机构的影响，并对该机构进行了运动仿真；光盘母盘平整度检测的研究

ADAMS . Analysed the influence of the length of the control_link on the Stamping Mechanism , and carried on the stamper mechanism 's kinematics simulation . Study on CD Stamper flatness measurement based on single chip system