專案與研究資料

CLINICAL EXPERIENCE

  • 01A prospective study to evaluate the efficacy and safety profiles of the EZ-Fit II overnight orthokeratology contact lens in the temporary reduction of myopia, August 2019, Taipei Medical University Hospital and Mackay Memorial Hospital.
  • 02A prospective study to evaluate the efficacy and safety profiles of the MAJIX overnight orthokeratology contact lens in the temporary reduction of myopia, June 2017, Tri-Service General Hospital and Taipei Tzu Chi Hospital.
  • 03Study to evaluate the safety and efficacy of HI-BRITE large diameter rigid gas permeable contact lens (hexafocon b) test when worn on a daily wear basis in the correction of myopia/hyperopia/astigmatism/presbyopia/ and irregular cornea, August 2014, Taipei Medical University Hospital and Wan Fang Hospital.
  • 04Study to evaluate the safety and efficacy of gaze fit silicone hydrogel soft contact lens (efrofilcon a) test when worn on a daily wear basis in the correction of refractive ametropia (myopia/ hyperopia/ astigmatism/presbyopia and irregular cornea), March 2014, Cathay General Hospital and Mackay Memorial Hospital.
  • 05A prospective study to evaluate the efficacy and safety profiles of the Hiline XO2 overnight orthokeratology contact lens in the temporary reduction of myopia, October 2013, Tri-Service General Hospital and Mackay Memorial Hospital.
  • 06Study to evaluate the safety and efficacy of tmvc“es” envision rigid gas permeable contact lens (enflufocon a) test when worn on a daily wear basis in the correction of refractive ametropia (myopia, hyperopia, and astigmatism), August 2012, Tri-Service General Hospital and Buddhist Tzu Chi General Hospital.
  • 07Study to evaluate the safety and efficacy of tmvc”xo2” aspheric rigid gas permeable contact lens (hexafocon b) test when worn on a daily wear basis in the correction of myopia, December 2010, Cathay General Hospital and Taipei City Hospital-Chung-Shing.
  • 08Study to evaluate the safety and efficacy of tmvc“eo” envision rigid gas permeable contact lens (enflufocon b) test when worn on a daily wear basis in the correction of refractive ametropia (myopia, hyperopia, and astigmatism), July 2010, Tri-Service General Hospital and Mackay Memorial Hospital.
  • 09A prospective study to evaluate the efficacy and safety profiles of the novel Hiline overnight orthokeratology contact lens in the temporary reduction of myopia, April 2007, Tri-Service General Hospital and Mackay Memorial Hospital.

AWARDS

  • 01 Wen-Pin Lin (Brighten Optix R&D center), 2020 衛生福利部與經濟部_藥物科技研究發展獎” ,用於角膜塑型鏡片表面鍍膜之長效型親水與抗沾黏設備”。
  • 02 Wen-Pin Lin (Brighten Optix R&D center), 2019 台北生技獎,近視防控之角膜塑形隱形眼鏡高分子材料開發 ”研發創新銅質獎”。
  • 03 Wen-Pin Lin attended the 2019 Global Orthokeratology & Myopia Control Conference (GOMCC), October, 2019, Malaysia, was awarded “Best Poster Award”.
  • 044. Wen-Pin Lin attended the 2019 Taiwan Congress of Optometry, August, 2019, Taiwan, was awarded “Best Poster Award”.
  • 05 Wen-Pin Lin attended the 2019 International Optometric Conference, June, 2019, Taiwan, was awarded “Best Poster Award”..
  • 06Wen-Pin Lin attended the The 2017 MRS Fall Meeting & Exhibit, November 26 - December 1, 2017, Boston, USA, was awarded “Best Poster Award”.
  • 077. Wen-Pin Lin attended the ISPlasma 2017 (9th International Symposium on Advanced Plasma Science and its Applications for Nitrides and Nanomaterials), March 1-5, 2017 (Chubu University, Japan), was awarded “Best Poster Award”.
  • 08A prospective study to evaluate the efficacy and safety profiles of the MAJIX overnight orthokeratology contact lens in the temporary reduction of myopia, June 2017, Tri-Service General Hospital and Taipei Tzu Chi Hospital.

BOOKS

  • 01Dictionary of Visual Science and Clinical Related Terms (中文版)
  • 02台灣中山醫學大學眼視光系、臨床驗光學 1、2
  • 03參與温州醫學大學眼視光,隱形眼鏡教育書籍著作

PUBLICATIONS

  • 01Hui-Hsuan Huang, Ya-Yi Chen, Richard Wu, Wen-Pin Lin. Effectiveness and Safety of Overnight Orthokeratology with Roflufocon E High-Permeability Lens Material: A 36 Weeks Follow-Up Study. Biomed J Sci & Tech Res 32(1)-2020. BJSTR. MS.ID.005204.
  • 02Wen-Pin Lin, Jy-Been Liang, Richard Wu, Connie Chen, Correlation of accommodation and lens location with higher order aberrations and axial length elongation during orthokeratology lens wear, INTERNATIONAL JOURNAL OF OPTOMECHATRONICS 2021, VOL. 15, NO. 1, 1–9.
  • 03Hou, A.-L.; Wang, S.-Y.; Lin, W.-P.; Kuo, W.-H.; Wang, T.-J.; Wang, M.-J. Surface Antifouling Modification on Polyethylene Filtration Membranes by Plasma Polymerization. Materials 2020, 13, 5020.
  • 04Kuo, Chien-Hung; Huang, Yueh-Han; Lin, Wen-Pin; Wang, Tsung-Jen; Wang, Meng-Jiy, Micro-patterning of Mammalian Cells on Plasma Polymerized Polypyrrole Thin Films, IEEE Transactions on Plasma Science, Special Issue, 2020.
  • 05Trinh Doan; Wen-Pin Lin; Richard Wu, "CAN I SLEEP IN THESE?" - SynergEyes Hybrid Contact Lens vs. Brighten Optix EZ Orthokeratology Lens, Investigative Ophthalmology & Visual Science June 2020, Vol.61, 1492.
  • 06Huey-Chuan Cheng, Jy-Been Liang, Wen-Pin Lind, Richard Wu, Effectiveness and safety of overnight orthokeratology with Boston XO2 high-permeability lens material: A 24 week follow-up study, Contact Lens and Anterior Eye, Volume 39, Issue 1, February 2016, Pages 67-71.
  • 07Cheng H-C, Liang J-B, Lin W-P, Wu R. Effectiveness and Safety of Overnight Orthokeratology with Boston Xo2 High-Permeability Lens Material: A 24 Week Follow-up Study. Contact Lens and Anterior Eye 2016;39:67-71
  • 08Wu R, Yeh SM. Supplementation of Taurine Attenuates Cataract Formation in Alloxan Diabetic New Zealand White Rabbits. Life Science Journal 2013;10:2135-8
  • 09John Ching-Jen Hsia, Jung-Kai Tseng, Tzu-Lan Chen, Wen-Pin Lin, Customized Rigid Gas Permeable lens fitting for keratoconus, Life Science Journal, 2012; 9 (4).
  • 10Wu R, Stapleton AF, Swarbrick AH. Residual Corneal Flattening after Discontinuation of Long-Term Orthokeratology Lens Wear in Asian Children. Eye & Contact Lens: Science & Clinical Practice 2009;35:333-7
  • 11Zhong XW, Wu R, Tan G, et al. The Efficacy of the Hiline Gas Permeable Contact Lens for the Management of Keratoconus. Canadian Journal of Optometry 2007;69
  • 12Jhy-Ping Jhang, Li-Jang Chan, Wen-Pin Lin(2005),「Application of Quality Function Deployment for the Service Quality of Newspaper’s Advertisement Agent」, The 3rd ANQ Congress and the 19th Asia Quality Symposium.
  • 13Reim TR, Lund M, Wu R. Orthokeratology and Adolescent Myopia Control. Contact Lens Spectrum 2003.
  • 13Liang JY, Chou PI, Wu R, Lee YM. Corneal Iron Ring Associated with Orthokeratology. Journal of Cataract & Refractive Surgery 2003;29:624-6.

PROJECT PLAN

  • 01方旭偉、林文賓,隱形眼鏡與角膜塑型片關鍵表面特性技術提升整合與醫材商品化平台,109年產業創新研發計畫,台北科技大學。
  • 02林文賓、吳怡璁,高透氧親水性硬式隱形眼鏡新材料開發計畫,109年產業升級創新平台輔導計畫(創新優化計畫)經濟部工業局。
  • 03林文賓、王孟菊、王宗仁、黃岳翰,合成新型甲基丙烯酸酯衍生物應用於軟式隱形眼鏡,107年度國際產學聯盟補助前瞻創新技術產業應用發展計畫,計畫編號:NTUST-GLORIA-106B0710-L-09。
  • 04林文賓、王孟菊、王宗仁,利用真空電漿製備具有羧基及胺基之薄膜應用於大直徑高透氧硬式隱形眼鏡表面改質處理,107年度臺北醫學大學暨國立臺灣科技大學學術合作專題研究計畫,計畫編號:TMU-NTUST-107-03。
  • 05經濟部技術處小型企業研發計畫SBIRII計畫申請人暨計畫主持人,計畫名稱:電漿UV光誘導接枝聚合處理技術開發,計畫編號:1Z070089,107年。
  • 06林文賓、王孟菊、王宗仁,研究分析大直徑高透氧硬式隱形眼鏡於配戴後之特性改變,106年度臺北醫學大學暨國立臺灣科技大學學術合作專題研究計畫,計畫編號:TMU-NTUST-106-09。
  • 07經濟部技術處小型企業研發計畫SBIRI計畫申請人暨計畫主持人,計畫名稱:新一代親水性角膜塑型片研究計畫,計畫編號:1Z1050437,105年。
  • 08經濟部技術處小型企業研發計畫SBIR計畫申請人暨計畫主持人(由總經理掛名),計畫名稱:角膜塑型鏡片創新製程研發計畫,計畫編號:1Z970150,97年。
  • 09經濟部工業局中小企業即時技術輔導計畫主持人,計畫名稱:透氣硬式隱形眼鏡外基弧之多重品質特性製程參數最佳化設計之即時技術輔導,計畫編號:22-96C2。(合作廠商:金屬工業研究中心,96年)。
  • 10亨泰光學之醫療器材導入ISO13485、ISO18369、ISO9001計畫主持人暨管理代表。(合作廠商:金屬工業研究中心,95年)。
  • 11社團法人國家生技醫療產業策進會國家品質標章申請計畫主持人,申請類別:醫療保健器材類醫療器材組/保健器材組,申請產品名稱:亨泰透氣硬式隱形眼鏡"HILINE" RIGID GAS PERMEABLE CONTACT LENS,證書編號:國品字第A00446號,97~100年。
  • 12黃鵬瑞、林文賓、周敬斐、梁德馨、蘇榮弘,串接資料價值鏈平台所擷取隱形眼鏡生產資訊創造智慧製造的加值應用,110年科技部產學合作計劃,輔仁大學。

PATENTS

  • 01CN212694191U,[新型] 多弧多區段的角膜塑型隱形眼鏡定位結構 (大陸),吳怡璁 ;林文賓 ;李文凱 ;,2021/03
  • 02CN212694189U,[新型] 角膜塑型片在反轉弧的設計結構 (大陸),吳怡璁,2021/03
  • 03M606769,[新型] 角膜塑型鏡片在平行弧(Alignment Curve)之結構(臺灣),吳怡璁 (TW),2021/01
  • 04M606434,[新型] 硬式透氧隱形眼鏡高分子材料結構(臺灣),林文賓 (TW) ;黃雪芳 (TW),2021/01
  • 05M603973,[新型] 多弧多區段之角膜塑型隱形眼鏡定位結構(臺灣),吳怡璁 (TW) ;林文賓 (TW) ;李文凱 (TW),2020/11
  • 06M603972,[新型] 角膜塑型片在反轉弧之設計結構(臺灣),吳怡璁 (TW),2020/11
  • 07CN211741753U,[新型] 利用E值控制眼球成长速度的非球面镜片(大陸),吳怡璁 (TW),2020/10
  • 08M598958,[新型] 利用E値控制眼球成長速度之非球面鏡片 (臺灣),吳怡璁 (TW),2020/07
  • 09CN 107664854 B,[發明授權] 眼鏡的迭紋加工方法及構造 (大陸),吳怡璁 (TW),2020/03
  • 10US 10558061 B2,[發明授權] Lens with star-shaped optical zone to increase defocus image area (美國),WU; I-Tsung; (Taipei, TW),2020/02
  • 11I682951,[發明授權] 應用電漿表面改質處理製備具親水官能基之隱形眼鏡製造方法 (臺灣),林文賓 (TW); 詹秉睿 (TW),2020/01
  • 12I682218,[發明授權] 隱形眼鏡之聚焦點檢測方法 (臺灣),吳怡璁 (TW),2020/01
  • 13I679227,[發明授權] 利用電漿輔助化學氣相沉積法製備薄膜於隱形眼鏡上之方法 (臺灣),林文賓 (TW) LIN, WEN PIN;王孟菊 (TW) WANG, MENG JIY,2019/12
  • 14CN 110453193 A,[新型] 利用電漿輔助化學氣相沉積法在隱形眼鏡上製備薄膜的方法(大陸),林文賓 ; 王孟菊,2019/11
  • 15CN 110396211 A,[新型] 應用電漿誘導聚合接枝製備具薄膜的隱形眼鏡加工方法(大陸),林文賓 ; 王孟菊 ; 孫亦增 ;,2019/11
  • 16I668488,[發明授權] 應用星形清晰區來增加離焦影像範圍之鏡片 (臺灣),吳怡璁,2019/08
  • 17I668486,[發明授權] 應用清晰區來增加離焦影像範圍之鏡片 (臺灣),吳怡璁,2019/08
  • 18I663197,[發明授權] 應用電漿誘導聚合接枝製備具薄膜之隱形眼鏡加工方法 (臺灣),林文賓 ;王孟菊 ;孫亦增 (TW) SUN, YI ZENG,2019/06
  • 19CN 208969366 U,[新型] 應用清晰區來增加散焦影像範圍的鏡片(大陸),吳怡璁 TW,2019/06
  • 20CN 208672938 U,[新型] 應用星形清晰區來增加散焦影像範圍的鏡片(大陸),吳怡璁 TW,2019/03
  • 21US 10216007 B2,[發明授權] CONTACT LENS HAVING A MOIRE STRUCTURE, CONTACT LENS MOIRÉ STRUCTURE PROCESSING METHOD (美國),WU; I-Tsung; (Taipei, TW),2019/02
  • 22I638203,[發明] 鏡片之濾光區構造 (臺灣),吳怡璁 TW,2018/10
  • 23CN 207867163 U,[實用新型] 以非球面構成周邊離焦的近視控制鏡片 (大陸),林文賓 詹秉睿,2018/09
  • 24CN 207752264 U,[實用新型] 鏡片之濾光區構造 (大陸),吳怡璁 TW 楊智寬 CN,2018/08
  • 25M564170,[新型] 應用清晰區來增加離焦影像範圍之鏡片 (臺灣),吳怡璁 TW,2018/07
  • 26M564169,[新型] 應用星形清晰區來增加離焦影像範圍之鏡片 (臺灣),吳怡璁 TW,2018/07
  • 27M556863,[新型] 以非球面構成周邊離焦的近視控制鏡片(臺灣),林文賓 (TW) ;詹秉睿 (TW),2018/03
  • 28I593539,[發明授權] 隱形眼鏡鏡片脫模機(臺灣),林萬興 (TW);陳建昌 (TW),2017/08
  • 29CN 206348550 U,[實用新型]角膜塑型的隱形眼鏡(大陸),吳怡璁 TW,2017/07
  • 30I584021,[發明授權] 眼鏡之疊紋加工方法及構造(臺灣),吳怡璁 TW,2017/05
  • 31M541025,[新型] 角膜塑型之隱形眼鏡(臺灣),吳怡璁 TW,2017/05
  • 32I578058,[發明授權] 隱形眼鏡加工方法及其構造(臺灣),吳怡璁 TW,2017/04
  • 33US 9,612,454 B2,[發明授權] LENS AND METHOD FOR CORRECTING VISION OF A USER (美國),2017/04
  • 34I572939,[發明授權] 推遲近視用鏡片(臺灣),Richard Wu,2017/03
  • 35CN205910441U,[實用新型] 眼鏡的迭紋構造(大陸),2017/01
  • 36CN104181701B,[發明授權] 鏡片裝置及視力控制方法(大陸),吳怡璁 TW,2016/04
  • 37CN204883084U,[實用新型] 隱形眼鏡(大陸),吳怡璁 TW,2015/12
  • 38M511049,[新型] 隱形眼鏡之構造(臺灣),吳怡璁 TW,2015/10
  • 39I493241,[發明授權] 鏡片裝置及視力控制方法 (LEN DEVICE AND VISUAL CONTROL METHOD)(臺灣),吳怡璁 TW,2015/07
  • 40ZL 2014 2 0314070.X,[實用新型] 具有定位點以及聚焦點的試戴用隱形眼鏡(大陸),吳怡璁 TW,2014/11
  • 41ZL 2014 2 0314091.1,[實用新型] 隱形眼鏡的改良構造(大陸),吳怡璁 TW,2014/11
  • 42M487454,[新型] 具有定位點以及聚焦點之試戴用隱形眼鏡(臺灣),吳怡璁 TW,2014/10
  • 43M484721,[新型] 隱形眼鏡之構造改良(臺灣),吳怡璁 TW,2014/08
  • 44ZL 2 0291747.8,[實用新型] 鏡片裝置(大陸)CN203299469U,吳怡璁 TW,2013/11
  • 45ZL 2 0291359X,[實用新型] 鏡片裝置(大陸)CN203299468U,吳怡璁 TW,2013/11
  • 46M355087,[新型]視標卡(臺灣),吳怡璁 TW,2009/04
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