一种测量非球面光学零件面形的新方法。
A new method of surface shape measurement of aspherical optical components.
非球面光学零件加工是国内外公认的难题。
Aspheric optical part processing is an acknowledged difficult problem around the world.
本文提出了一种光学零件表面疵病检验方法。
A fast testing method on inspecting defects of large aperture optics was introduced.
本文叙述了光学零件表面疵病检测仪的技术方案。
This paper recounts the technical scheme of optical spares surface defect examining instrument.
提高光学零件研抛加工精度的关键是优选工艺参数。
Selecting processing parameters is the key to increase polishing accuracy of optical elements.
本机主要适用于大平面光学零件的粗磨、精磨及抛光。
The machine is mainly suitable for large flat optical components rough grinding, fine grinding and polishing.
尤其是大型高精度的非球面光学零件，面形检测难度更大。
The surface testing of aspheric and optical part is especially difficult, which is big scale and high precision.
外壳用高强度铝合金制造并经特殊处理，光学零件全镀膜。
It's outer casing is made of high strength aluminium alloy, and treated by a special process. It's optical part is full coated.
属机械法对中心，可以磨削中等精度光学零件的外圆或端面。
The center is a mechanical method, can moderate precision grinding of optical parts of the cylindrical or end.
其主要讨论的是一个分析人员选择光学零件的建模方式应依据的几个要素。
A key idea to be conveyed is that an analyst's choice of how to model optical components is dependent on several factors.
数字剪切波面干涉技术广泛用于波面测量和光学零件参数的检测中。
The technology of digital shearing wavefront interference is widely used in measurements for wavefront and parameters of optical components.
针对光学零件的加工，集成了基于光学普适方程的直接函数插补法。
A direct interpolator based on universally optical equation is also integrated in this control board.
本文主要阐述了光学零件镜面磨削加工的机床、超微粒金刚石砂轮及其修整技术。
This paper introduces the grinding machine used on the processing of mirror surface of optical parts and the superfine diamond grinding wheel and its dressing technique.
为了解决非球面光学零件加工难、成本高的问题，现已研究出的加工方法有几十种。
In order to solve it, there are tens of kind methods developed to process aspheric optic parts at present.
可以根据客户的不同需求，承接各类光学零件的加工业务，并确保产品的技术质量。
We will take the processing job for various optical parts according to the requirements of clients, and we guarantee the technical quality for our products.
根据激光扫描平移加旋转法的测量原理，推导出了非球面光学零件面形测量的数学模型；
The mathematical model of the surface shape measurement of aspherical optical components is built up according to the laser scanning measurement principle by the translation & rotation method.
从改进注射成型技术和模具制造技术的角度介绍了提高塑料光学零件的质量所采取的措施。
In the light of improving injection molding technique and mold making technique, the measures for improving the quality of plastic optical elements are given.
采用毛毡抛光片和新的装夹方法加工平面光学零件，可实现中低等精度平面镜古典法高效抛光。
Using new technology to make plane optical parts with felt polishing pads and new flocking method, the plane optical parts with low or medium accuracy can be efficiently polished in the classical way.
光学零件高效加工生产线建成后，工艺人员应解决的关键问题就是生产线内部各道工序之间的匹配。
After high speed line of lens making have been built, one of the important keys is the internal matching between procedures.
文章阐述了非球面光学零件相对于球面零件的诸多优点及其在军事领域和一般工业领域的广泛运用。
In this paper, the aspheric optic part 's advantages compared with spherical optic part' s and the application to military affairs and industry are introduced.
阐述了将红外成像系统应用于潜望镜时，在波长选择、光学系统设计、光学零件加工等方面应考虑的问题。
The requirements for such a system are discussed which include the selection of wavelength, optical system design and component processing.
为了保证用轨迹成型法加工光学零件的面形精度，对精密磨削机床影响工件面形误差的因素进行了理论分析。
In order to guarantee surface precision of using locus shaping method machining optical parts, the factors of fine grinding machine which affects surface error of part is theoretically analysed.
主要清洗的工件：线路板、机械部件、金属产品、电子零件、光学镜片、塑胶产品、电镀前后清洗等。
Main cleaning workpiece: PCB, machinery parts, metal products, electronic components, optical lenses, plastic products, electroplating before and after cleaning, etc.
本文基于光学三角法测量原理，设计了一种通过改变光平面与成像光轴夹角来实现对视场内被测零件表面扫描的视觉测头。
A novel noncontact scanner that scans the inspected part's surfaces by changing the Angle between laser plane and optical axis is designed based on optical triangulation.
根据光学系统外形尺寸可以一次性设计出结构装配图，而且可以从装配图方便地分离零件图。
You can operate our software without any difficulty and design struture assembly diagram of lenses according to parameter of optical system by the software.
这款光学比较仪，是一款可局部放大零件的设备。可用于检查设备，比较形状，尺寸和方位。主要应用于工业领域。
An optical comparator is an instrument that projects a greatly magnified image of a part feature onto a screen for examination, to compare the shape, size, and location of its features.
针对微小零件的几何特征和光学信息，探讨了相应的视觉坐标测量方法和系统组成方案。
Analyzing geometrical features and optical information of small parts, the corresponding vision coordinate measurement methods and system composition scheme was investigated.
展茂汽车零件有限公司集车灯造型设计、光学设计、产品开发、生产、品保测试于一体的专业化车灯生产企业。
Exhibition of auto parts Co. , LTD. Integrates metallocene lamp modelling design, optical design, product development, production and quality test in a body specialized lamp manufacture enterprise.
非球曲面零件在光学系统中具有球面零件不可比拟的优越性。
In optical systems, the aspheric optics has incomparable advantages of sphere parts.
非球曲面零件在光学系统中具有球面零件不可比拟的优越性。
In optical systems, the aspheric optics has incomparable advantages of sphere parts.
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