| 1. | Cheng, L & Zhou, T May. 07 2021, 利用声学黑洞洞特征的宽频带振动拟制装配, Patent No. ZL810086724.0. |
| 2. | Yao, H & Eccel Vellwock, A Jun. 17 2021, 一种防生物污损膜及其制备方法和应用. |
| 3. | Yao, H & Guo, Z Jun. 17 2021, 一种测量热导率的方法及设备, Patent No. ZL201811115590.7. |
| 4. | Yao, H & Guo, Z Apr. 27 2021, 非均匀锂离子电池负极片及锂离子电池. |
| 1. | 徐趙東，何振華，郭迎慶，景興建，潘文，金真求, “一種具有抗拉拔性能的多維隔減振裝置”, PRC patent (Utility model), No. ZL 2018 2 1646058.3 (2019). |
| 2. | JING, X.J., “Bio-inspired Omnidirectional Multi-tail Underwater Robot”, US provisional Patent, No. 62/825,918 (2019). |
| 3. | ZHENG, G.P., “Preparation of Nanostructured Titanium via Severed Plastic Deformation at Cryogenic Temperatures for Medical Implant Applications”, U.S.A. Patent, No. 10,385,435 (2019). |
| 1. | JING, X.J.and SUN, B., “Suspension Design of Tracked Vehicles 履带车辆悬架隔振装置”,PRC patent (Utility model实用新型), No. 201721666585.6 (2018). |
| 2. | JING, X.J., “Vibration Isolation Device, 隔振装置”,PRC patent (Utility model), No. 201721668481.9 (201820232064.8) (2018). |
| 3. | 郭迎庆 , 冯通 , 徐赵东 ,景兴建, “一种地震模拟振动台的实验装置 :,PRC patent (Utility model 实用新型), No. ZL201820946292.1 (2018). |
| 4. | 徐趙東，董堯榮，郭迎庆，王軍健，陳實，李陽，陳笑，景兴建, “實時混合動力實驗方法”,PRC patent (Invention 發明專利), No.ZL201810824215.3 (2018). |
| 5. | JING, X.J., “一種具有抗拉拔性能的仿生多維隔減振裝置”,PRC Patent (Utility Model), No. ZL201822049922.8 (2018). |
| 6. | SU, Z.,ZHOU, L.M., ZENG, Z., LIU, M. and XU, H., “Coated Nanofiller/Polymer Composite Sensor Network for Guided-wave-based Structural Health Monitoring”, US Patent, No. US 10,012,553 B2 (2018). |
| 7. | SU, Z.,ZHOU, L.M., QIU, L., XU, H., ZENG, Z. and LIU, M., “Resistance-voltage Transformation System for Sensors in Dynamic Strain Measurement and Structural Health Monitoring”, US Patent, No. US 9,863,824 B1 (2018). |
| 1. | LIY, C.T. and JIAO, Z.B., “Super-high Strength Ferritic Steel Reinforced with Nano-intermetallics and Manufacturing Method Thereof”, China patent 201310080019.7 (2017). |
| 2. | LEUNG, W.W.F. and YANG, L. “Method of Producing Dye-sensitized Solar Cell and an Electrode of a Dye-sensitized Solar Cell”, US patent, No. 9,754,731 B2 (2017). |
| 1. | JI, H.L., QIU, J.H., HUANG, W. and CHENG L., “A Non- Perfect Acoustic Black Hole Structural Profile (非完美聲學黑洞截面構造)”, China patent, No. 201610345383.5, CN 106023974A, 12 October (2016). |
| 2. | JI, H.L., QIU, J.H., CHENG L. and HUANG, W., “A Double-Walled Acoustic Black Hole Structure for Vibration and Noise Reduction (雙層板聲學黑洞減振降噪結構)”, China patent, No. 20161033734.9, CN106023978A, 12 October (2016). |
| 3. | JI, H.L., QIU, J.H., HUANG, W. and CHENG L., “A Locally-Resonant Acoustic Black Hole Structural (局部共振聲學黑洞構造)”, China patent, No.201610345776.5, CN 10602397A, 12 October (2016). |
| 4. | LIU, C.T. and JIAO, Z.B., “Ultrahigh Strength Ferritic Steel Strengthened by Using Cu-rich Nanoclusters and Manufacturing thereof”, China patent, No. 201310081053.6 (2016). |
| 5. | JING, X.J. and SUN, B., “The X-shaped Structure Based Limb-like Vibration Isolation Unit 基於X型結構的仿腿型隔振裝置”, China patent (Utility model實用新型), No. 201620960621.9 (Approved in August 2016). |
| 6. | JING, X.J., “Limb-like structures Based Nonlinear Stiffness and Damping System 基於仿腿型結構的非線性剛度阻尼裝置”, China patent (Utility model實用新型), No. 201620957512.1 (Approved in August 2016). |
| 7. | JING, X.J., “X-shaped Structures Based Multi-DoF Vibration Isolation Platform 基於X型結構的多自由度非線性被動隔振裝置”, China patent (Utility model實用新型), No. 201620960623.8 (Approved in August 2016). |
| 8. | LEUNG, W.W.F., KWOK, K.L., CHAN, M.W. and SZE, S.L., “System for Storage Shelving and Methods of Use Thereof”, US patent 9,311,767 B2, 12 April (2016). |
| 9. | LEUNG, W.W.F. and YANG, L.J., “Dye-sensitized Solar Cell Based on Indirect Charge Transfer”, US patent 9,455,093 B2, 27 September (2016). |
| 1. | WANG, Q., SU, Z.Q., CHENG, L. and HONG, M., “A Method and System for Detection and Visualization of Damage in Tubular Structures” Patent, PR China, Patent No.: CN104279424 A, 14 January (2015). |
| 2. | JING, X.J. and SUN, X.T., “A Sensor for Measurement of 3D Absolute Vibration Displacements Based on Quasi-zero-stiffness, 基於零剛度隔振結構的多方向位移測量裝置”, PRC patent (Utility model 實用新型), Patent No. 201520195140.9 (2015). |
| 3. | JING, X.J., WANG, Y. and SUN, X.T., “A Quasi-zero- stiffness Based Sensor System for Measurement of 1D Absolute Vibration Motion, 基於準零剛度理論的新型振動測量平台及測試裝置”, PRC patent (Utility model 實用新型), Patent No. 201520196314.3 (2015). |
| 4. | LEUNG, W.W.F. and HUNG, C.H., “Multilayer Nanofiber Filter” (Leung and Hung), US Patent, Patent No. US 9138669 B2 (2015). |
| 5. | LEUNG, W.W.F. and YANG, L.J., “Highly Conductive Nano-structures incorporated in Semiconductor Nanocomposites”, US patent, Patent No. US 8987706 B2 (2015). |
| 6. | LEUNG, W.W.F. and LAU K.T., “Automated Testing for Palpation Diabetic Foot Patient”, US patent, Patent No. US 9017266 B2 (2015). |
| 1. | JING, X.J., ZHU, X.C. and CHENG, L., “A Magneto- rheological Fluid Embedded Pneumatic Vibration Isolator and Its Design Methods (一種氣動-磁流變液集成型隔振系統)”, PR China Patent, (Patent number: 201420094997.7, CN 203717774), 16 July (2014). |
| 2. | JING, X.J. and SUN, X.T., “A Passive Nonlinear Isolation System with Multi-Layer Scissor-Like Structure一種基於X型結構的非線性被動隔振平台”, PRC patent (Utility model 实用新型), Patent Number: ZL 2014 2 0497923.8 (2014). |
| 3. | SUN, X., WEN, C.Y., UY, C.K. and SUN, J.X., “一種八字軌跡撲翼機構及微型撲翼飛行器”, PRC patent (實用新型), Patent Number: 201420776776.8 (2014). |
| 4. | SUN, X., WEN, C.Y., UY, C.K. and SUN, J.X., “一種四翼撲翼微型飛行器”, PRC patent (實用新型), Patent Number: 201420776776.8 (2014). |
| 1. | LEUNG, W.W.F. and YANG, L.J., “Bilayer Dye Sensitized Solar Cell and Fabrication Method Thereof”, United States Patent Application Publication Number 2013/0074913 A1, 28 March (2013). |
| 2. | LEUNG, W.W.F. and YANG, L.J., “Dye-sensitized Solar Cell Based on Indirect Charge Transfer”, United States Patent Application Publication Number 2013/0298981 A1, 14 November (2013). |
| 3. | LEI K.F. and LEUNG, W.W.F., “Method and System for Quantifying an Intention of Movement of a User”, United States Patent 8,376,968, 19 February (2013). |
| 4. | LEUNG, W.W.F. and HUNG, C.H., “Multilayer Nanofiber Filter”, United States Patent 8,523,971, 3 September (2013). |
