Granted Patents |
Patent No. |
Region |
---|---|---|
A Virtual Reality Device and its Optical Path Structure for Suppressing Myopia Progression 一种可抑制近视加深的虚拟实境设备及其光路结构 |
ZL202010849343.0 | China |
A System and Method for Intelligent Adaptive Wavefront Measurement for Optical Characterization 用於光學特性的智慧自適應波前測量系統與方法 |
HK30085210 | HKSAR, China |
Design Method and Lenses for Freeform Progressive Lenses with Corrected Astigmatism 具有矫正散光的自由曲面渐进式镜片的设计方法及镜片 |
ZL202110184934.5 | China |
A Light Field Optical Microscope and its Light Field Microscopic Imaging Analysis System 一种光场光学显微镜及其光场显微成像分析系统 |
ZL201810540553.4 |
China |
A Monitoring Device and Method for Glass Molding and Demolding 一种用于玻璃模压脱模的监测装置及其方法 |
ZL201910071954.4 | China |
Turning Device 车削加工装置 |
ZL201710061070.1 | China |
Milling Device 銑削加工裝置 |
ZL201710060973.8 | China |
Ring-Focus Spectacle Lens for Controlling Myopia Progression and Manufacturing Method thereof 用於控制近視加深的環焦眼鏡片及其製造方法 |
HK30060394 | HKSAR, China |
A Micro Embossing Mold 一种微压印模具 |
ZL202010326068.4 | China |
An Integrated Heater and its Temperature Sensing Method 一体化加热器及其温度感测方法 |
ZL201810161255.4 | China |
A Fluid Linear Jet Polishing Device and its Application Method 一种流体线射流抛光装置及其应用方法 |
ZL202010989012.7 | China |
Material Removal Method, Control System, Fluid Jet Polishing System and Storage Medium 材料去除方法、控制系统、流体喷射抛光系统及存储介质 |
ZL201810300885.5 |
China |
An Optical Element Molding Method Based on Graphene-like Electrothermal Film 一种基于类石墨烯电热膜的光学元件模压方法 |
ZL201710679861.0 |
China |
A Micro-embossing Equipment and Method for Precision Optical Microstructures 应用于精密玻璃光学显微结构的微压印设备和方法 |
ZL201710605018.8 |
China |
An Equipment for Mass Polishing 一种用于批量化抛光工件的设备 |
ZL201910168056.0 |
China |
Apparatus and its Polishing System for Multi-Jet Polishing 用于抛光的多射流工具及包括该工具的抛光系统 |
ZL201710013809.1 |
China |
An Online Temperature Measuring Method and Apparatus for Precision Glass Molding 一种光学玻璃模压温度在线检测方法以及装置 |
ZL201810208930.4 |
China |
A method of ultra-precision machining technology for fabricating gradient nanostructured metallic materials 一种超精密加工技术制备梯度纳米结构金属材料的方法 |
ZL201910715729.X |
China |
Signal Processing Method and Apparatus 用于信号处理的方法及装置 |
ZL201611036642.2 |
China |
Multi-Scale Hybrid Visual Impairment Analyzer and Analysis Method thereof 一种多尺混合视差分析仪及其分析方法 |
ZL201710623451.4 | China |
Highly Efficient Nano-structure Pattern Transferring Technology and Equipment 纳微结构件快速成型装置及快速成型方法 |
ZL201710111778.3 |
China |
A Method for Automatic Correction and Refocusing of Light-field Microscopy Images 一种光场显微图像的自动校正和重新聚焦方法 |
ZL201810691605.8 |
China |
Freeform Surfaced Binary Optical Element and its Design, Manufacturing Method, and Projection System 自由曲面型二元光学元件及其设计、制作方法及自由曲面型二元光学投影系统 |
ZL201710111779.8 |
China |
Image Coding Method and Device 图像编码方法及装置 |
ZL201510028430.9 |
China |
Image Coding Method and Device
圖像編碼方法及裝置 |
HK1222963 | HKSAR, China |
Hybrid Serial-parallel Polishing Machine 混联抛光机床 |
ZL201610044236.4 |
China |
The Preparation Method of Super-hydrophobic Silica Particle and Super-hydrophobic Coat 超疏水二氧化硅粒子及超疏水涂层的制备方法 |
ZL201510661330.X |
China |
An In-situ Measurement Method 一种在位测量方法 |
ZL201610044554.0 |
China |
A Monitoring Method and System for Tool Wear 一种刀具磨损监测方法及系统 |
ZL201510105515.2 |
China |
Polishing Head and Device for a Microstructure Surfaced Mold 一种抛光模具微结构表面的抛光头以及抛光装置 |
ZL201820354031.0 |
China |
LED Automotive Tail Lamp Set |
US 10132463 |
USA |
Machine Tool Spindle Axis Position Acquisition Device and Acquisition Method 机床主轴中轴线位置获取装置及获取方法 |
ZL201510811019.9 |
China |
Three-dimensional Measuring Methods and Instruments 三维测量方法与仪器 |
ZL201410357264.2 |
China |
Direct Type Backlight Module for Ultra-thin and Large Displays 超薄大尺寸直下式背光模块 |
ZL201310051842.5 |
China |
Lens and Light-emitting Device 透镜及发光装置 |
ZL201310484769.0 |
China |
Optical lens and lighting device |
US9557099 |
USA |
Development of Side-emitting Lenses for Light Emitting Devices 透镜及发光装置 |
ZL201310050243.1 |
China |
Self-cleaning Plastic Films with Micro-structure of Lotus Leaf and its Manufacturing Method 荷叶结构的自清洁塑料膜、表面微型结构及其制备方法 |
ZL201110450694.5 |
China |
Novel Single Compatible Objective Lens for Multi-type Optical Discs 一种兼容多类型光盘的透镜 |
ZL201110251728.8 |
China |
Generic Polishing and Buffing Tool 抛光磨头 |
ZL201010150477.X |
China |
A Novel Free-form Single Objective Lens Compatible with Blu-ray Disc and China Blue High-definition Disc 兼容BD和CBHD读写的物镜,光学头以及光盘读写装置 |
ZL201110064373.1 |
China |
A Novel Polishing Method for Generation of Micro-structural Surfaces 一种利用抛光生成结构型表面的方法 |
ZL201010560985.5 |
China |
A High-power LED Street Lighting System with Freeform Optics 自由曲面透镜配光的大功率LED 路灯灯头 |
ZL200810086893.0 |
China |
Zoom Lens Module with a Programmable and Microcontroller-controlled Mechanism 变焦透镜系统 |
ZL200810134895.2 |
China |
A Novel Freeform Single Objective Lens for Enhancing the Diffraction Efficiency for Blu-ray Disc and China Blue High-definition Disc 一种用于增强蓝光光盘和中国高清光盘衍射效率的透镜 |
ZL201120335419.4 |
China |
LED Automotive Fog lamp |
US 8011803 |
USA |
The Mechanism of Zoom Lens Device 机械式变焦镜头装置 |
ZL200810091856.9 |
China |
Methods and Apparatus of Aligning Surfaces |
US 7619749 |
USA |
A Hybrid Microlens and Progressive V-groove Design of Backlight System for Mobile and Telecommunication Products 导光板及具有该导光板的背光模块 |
ZL200510083259.8 |
China |
A High-power LED Street Lighting System with a Modular Lamp Holde 组合式大功率LED路灯的灯头 |
ZL200820001242.2 |
China |
Development of a LED Road Lamp with Precision Optical Reflectors 一种配光杯及采用该配光杯的路灯 |
ZL200720059789.3 |
China |
Design of Side Emitting Lens for LED Lighting 侧面发射发光二极管光源的内透镜 |
ZL200510087410.5 |
China |
Design of Side Emitting Lens for LED Lighting 側面發射發光二極體光源的內透鏡 |
HK1103584 | HKSAR, China |