# 可授權技術分類
**Source**: https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01
**Parent**: https://mip.ord.ntu.edu.tw/
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- 熱門關鍵字：
[3D](https://mip.ord.ntu.edu.tw/search.asp?serkey=3D&sertype=0)、[LED](https://mip.ord.ntu.edu.tw/search.asp?serkey=LED&sertype=0)、[遠距](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E9%81%A0%E8%B7%9D&sertype=0)、[觸控](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E8%A7%B8%E6%8E%A7&sertype=0)、[太陽能](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E5%A4%AA%E9%99%BD%E8%83%BD&sertype=0)、[癌](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E7%99%8C&sertype=0)、[生醫](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E7%94%9F%E9%86%AB&sertype=0)、[OLED](https://mip.ord.ntu.edu.tw/search.asp?serkey=OLED&sertype=0)、[擴增實境](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E6%93%B4%E5%A2%9E%E5%AF%A6%E5%A2%83&sertype=0)、[面板](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E9%9D%A2%E6%9D%BF&sertype=0)、[食品](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E9%A3%9F%E5%93%81&sertype=0)、[感測](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E6%84%9F%E6%B8%AC&sertype=0)、[農](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E8%BE%B2&sertype=0)、[菌](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E8%8F%8C&sertype=0)、[藥](https://mip.ord.ntu.edu.tw/search.asp?serkey=%E8%97%A5&sertype=0)
搜尋全站
研發人才
專利技術
# 可授權技術分類
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| | | | | | --- | --- | | [生醫農健](https://mip.ord.ntu.edu.tw/prod.asp?c1=01) (960) | | | | | | | | --- | --- | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=01) | [農業](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=01) (194) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=02) | [醫療器材](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=02) (286) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=03) | [篩選平台](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=03) (78) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=04) | [藥物](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=04) (187) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=05) | [基因體學](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=05) (49) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=06) | [研究工具](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=06) (80) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=07) | [技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=07) (101) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=08) | [食品加工](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=08) (6) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=10) | [於手持式裝至進行醫學教育之app開發與應用](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=10) (1) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=12) | [循環農業](https://mip.ord.ntu.edu.tw/prod.asp?c1=01&c2=12) (1) | | | [電資通光](https://mip.ord.ntu.edu.tw/prod.asp?c1=02) (968) | | | | | | | | --- | --- | | - | [電子光電](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01) (302) | | | | | | --- | | ‧ [光資訊技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=01) (46) | | ‧ [光電半導體技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=02) (77) | | ‧ [平面顯示技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=03) (31) | | ‧ [背光技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=04) (11) | | ‧ [軟性電子技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=05) (26) | | ‧ [光學技術(含鏡片材料)](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=06) (51) | | ‧ [電子及光電構裝技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=07) (34) | | ‧ [矽基半導體技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=08) (48) | | ‧ [電磁/光電訊號檢測](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=09) (48) | | ‧ [奈米電子技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=10) (34) | | ‧ [電子元件散熱技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=11) (19) | | ‧ [照明、軟性顯示/照明、發光元件](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=12) (1) | | ‧ [電磁干擾抑制技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=15) (1) | | ‧ [xx](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=17) (1) | | ‧ [電力電子](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=18) (1) | | ‧ [電路設計技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=19) (1) | | ‧ [xx](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=20) (1) | | ‧ [xx](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=21) (1) | | ‧ [浮空顯示技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=22) (1) | | ‧ [量子運算技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=23) (1) | | ‧ [擴增實境](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=29) (1) | | ‧ [電壓轉換與調節技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=30) (1) | | ‧ [記憶體內運算技術](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=31) (1) | | ‧ [xx](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=32) (1) | | ‧ [鋰電池](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=01&c3=35) (1) | | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=02) | [資訊通訊](https://mip.ord.ntu.edu.tw/prod.asp?c1=02&c2=02) (348) | | | [機能材化](https://mip.ord.ntu.edu.tw/prod.asp?c1=03) (1134) | | | | | | | | --- | --- | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=01) | [材料化工](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=01) (299) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=02) | [能源環工](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=02) (255) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=03) | [機械儀設](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=03) (194) | | [+](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=04) | [xx](https://mip.ord.ntu.edu.tw/prod.asp?c1=03&c2=04) (3) | | |
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| [我的清單有 0 筆](https://mip.ord.ntu.edu.tw/mylist.asp) | 每頁 10 25 50 100 筆 第 1 頁 第 2 頁 第 3 頁 第 4 頁 第 5 頁 筆數：445 |
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| 限縮搜尋： 全部類別 生醫農健 電資通光 機能材化 全部次類 電子光電 資訊通訊 電子感測元件技術 全部細類 光資訊技術 光電半導體技術 平面顯示技術 背光技術 軟性電子技術 光學技術(含鏡片材料) 電子及光電構裝技術 矽基半導體技術 電磁/光電訊號檢測 奈米電子技術 電子元件散熱技術 照明、軟性顯示/照明、發光元件 電磁相容技術 積體電路技術 電磁干擾抑制技術 自動化光學檢測技術 xx 電力電子 電路設計技術 xx xx 浮空顯示技術 量子運算技術 射頻、毫米波及太赫茲積體電路技術、雷達及太赫茲影像系統技術 自動化光學檢測 自動化光學檢測 自動化光學檢測 自動化光學檢測 擴增實境 電壓轉換與調節技術 記憶體內運算技術 xx 電磁相容技術 量子電腦 鋰電池 自動化光學檢測 電子光學影像分析 自動化光學檢測 電磁傳輸技術 自動化光學檢測 自動化光學檢測 光機械設計 邏輯行為電子元件技術 邏輯行為電子元件技術 電力電子 基於視點針對非朗伯（non-Lambertian）表面以產生 自動化光學檢測 電子感測元件 電子感測元件技術 光學感測相關技術 電子感測元件技術 | 或 |
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| | | | | | --- | --- | --- | | 1 [專利] | [基於視角產生補償影像的方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=14142&c1=02&c2=01) | | | 美國 (2013/01/28), 中華民國 (2013/01/30), 中國 (2013/02/06), | | | 創作人： 高晟泰, 黃泰翔, [陳宏銘](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3200), 黃鈴琇, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 一種基於視角產生補償影像的方法。投射均勻影像於反射屏，因而產生第一擷取影像。根據第一擷取影像，預測反射光的分佈，以得到模型參數。根據模型參數及視角，估算校正影像；且根據位於該視角的校正影像以產生補償影像。 ... | | | | | | | | | | | | | | | | 2 [專利] | [應用於電池極耳之治具](https://mip.ord.ntu.edu.tw/prod1.asp?ser=14063&c1=02&c2=01) | | | 中華民國 (2025/02/03), | | | 創作人： 丁健芳, 黃亮禎, 劉承峰, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 3 [專利] | [超穎內視鏡顯微系統即其超解析影像重建](https://mip.ord.ntu.edu.tw/prod1.asp?ser=14046&c1=02&c2=01) | | | 美國 (2024/08/02), PCT (2025/06/06), | | | 創作人： 駱遠, 賈予鑫, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本研究提出一套由人工智慧輔助的「可變焦超穎透鏡超解析度螢光內視顯微系統」，透過Moiré超穎透鏡實現無需機械掃描的多深度對焦，結合結構光照明技術(SIM)達到橫向解析度提升兩倍，並以深度學習模型RCAN替代傳統SIM演算法，大幅降低拍攝張數與影像重建時間，實... | | | | | | | | | | | | | | | | 4 [專利] | [用於波導轉接的金屬波導與基板集成波導結構](https://mip.ord.ntu.edu.tw/prod1.asp?ser=14018&c1=02&c2=01) | | | 中華民國 (2025/01/13), | | | 創作人： 鄭宇翔, 賈品容, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本案提出一種菱形開口設計，連結矩形波導及電路板基板集成波導，頻率涵蓋毫米波至太赫茲波段。... | | | | | | | | | | | | | | | | 5 [專利] | [量測關鍵尺寸的光學量測系統與方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=14010&c1=02&c2=01) | | | 中華民國 (2024/10/16), | | | 創作人： 陳亮嘉, 楊福生, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本案提供一種量測關鍵尺寸的光學量測系統與方法，利用寬頻光源對於高深寬比微結構進行照明，取得角度、光譜資訊，同步形成背焦影像，進而提高橫向關鍵尺寸的精準度。... | | | | | | | | | | | | | | | | 6 [專利] | [高深寬比微結構之複合散射光學量測系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=14007&c1=02&c2=01) | | | 中華民國 (2024/10/16), | | | 創作人： 陳亮嘉, 傅子英, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本案提供一種高深寬比微結構光學量測系統之複合散射光學量測系統，包括光源模組、第一物鏡、背焦調整模組、空間濾波模組、第一影像擷取裝置、光譜儀及訊號處理裝置。 ... | | | | | | | | | | | | | | | | 7 [專利] | [Method for forming tunnel MOSFET with ferroelectric gate stack](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12991&c1=02&c2=01) | | | 美國 (2014/04/04), 美國 (2016/06/28), | | | 創作人： 李敏鴻, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 8 [專利] | [摩擦起電技術用於胺基酸的識別](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12989&c1=02&c2=01) | | | 中華民國 (2024/10/14), 美國 (2025/02/18), | | | 創作人： 林宗宏, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本技術主要成果包括：選擇和設計高效摩擦起電材料，建立胺基酸的摩擦起電序列表，並建立對於生物分子測量其摩擦起電轉移電荷和功函數的系統。此外，開發了一種基於摩擦起電效應的自供電掌性分子檢測方法。這些技術突顯了提升能量轉換效率和檢測靈敏度，適用於多種無需外部電源的應... | | | | | | | | | | | | | | | | 9 [專利] | [具有光偵測器陣列的偵測裝置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12986&c1=02&c2=01) | | | 中華民國 (2025/02/26), 美國 (2025/10/20), | | | 創作人： [林清富](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3171), 董堯暵, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提出一種利用金屬/半導體的元件接面所形成的能障來突破矽基偵測器在體溫量測的限制。... | | | | | | | | | | | | | | | | 10 [專利] | | | | 美國 (2024/08/23), 中華民國 (2024/11/21), 中國 (2025/08/21), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 11 [專利] | [基板間的訊號傳輸電路](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12979&c1=02&c2=01) | | | 中華民國 (2024/09/26), 美國 (2024/11/14), | | | 創作人： [吳宗霖](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3109), 林克翰, 丁誠吾, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種電磁耦合電路，其使晶片間的訊號進行直接傳輸，藉此增加訊號傳輸效率，減少傳輸損耗。... | | | | | | | | | | | | | | | | 12 [專利] | [具有全域反捲積表面形貌重建的線掃描彩色共焦量測系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12975&c1=02&c2=01) | | | 中華民國 (2024/09/30), | | | 創作人： 陳亮嘉, 蔡翰儒, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 一種具有全域反捲積表面形貌重建之線掃描彩色共焦量測系統，能藉由量測到的空間變異點擴散函數，結合基反捲積的運算，而有效進行待測物表面影像還原，藉此解決橫向交談的問題。 ... | | | | | | | | | | | | | | | | 13 [專利] | [Self-subtracted current sensor](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12903&c1=02&c2=01) | | | 中華民國 (2024/04/22), 美國 (2024/08/14), | | | 創作人： 蔡杰儒, 陳曉萱, 陳景然, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 14 [專利] | [測量距離的干涉量測方法與系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12894&c1=02&c2=01) | | | 中華民國 (2024/06/30), | | | 創作人： 陳亮嘉, 廖承鈺, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種測量距離的干涉量測方法，包括有以下步驟：首先提供一干涉量 測系統，具有一光源模組，以及與該光源模組電性連接的一電流控制單元。接著，以該干涉量測系統量測與一待測物之一預估距離第一絕對距離。然後，根據該預估距離第一絕對距離控制該電流控制單元輸出一第一... | | | | | | | | | | | | | | | | 15 [專利] | [記憶體內運算系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12881&c1=02&c2=01) | | | 中華民國 (2024/01/08), 美國 (2024/07/18), | | | 創作人： 姚鈞嚴, 劉宗德, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 16 [專利] | [基於深度學習轉換皮膚組織影像的系統和方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12875&c1=02&c2=01) | | | 中華民國 (2024/04/09), 美國 (2024/07/03), | | | 創作人： [黃升龍](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3184), 劉智皓, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 17 [專利] | | | | 美國 (2024/05/31), 中華民國 (2024/10/23), 中國 (2025/05/08), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 18 [專利] | [记忆体装置及其操作方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12863&c1=02&c2=01) | | | 美國 (2023/08/31), 美國 (2024/01/29), 中華民國 (2024/05/09), 中國 (2024/08/15), | | | 創作人： 李敏鴻, 向國瑜, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 19 [專利] | [一種用於合成三矽基胺之管狀反應器及其反應系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12794&c1=02&c2=01) | | | 中華民國 (2023/09/18), | | | 創作人： [藍崇文](https://mip.ord.ntu.edu.tw/expert1.asp?ser=2478), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 20 [專利] | [一種多孔矽二維奈米材料的製備方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12793&c1=02&c2=01) | | | 中華民國 (2023/09/18), | | | 創作人： [藍崇文](https://mip.ord.ntu.edu.tw/expert1.asp?ser=2478), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 21 [專利] | | | | 美國 (2023/12/21), 中華民國 (2024/03/07), 中國 (2024/11/28), | | | 創作人： 張子璿, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 22 [專利] | | | | 美國 (2024/03/04), 中華民國 (2024/08/29), 中國 (2025/03/04), | | | 創作人： 李峻霣, 李昱呈, 張哲豪, 吳俞叡, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 23 [專利] | [Information acquisition device and information acquisition method for pulsating voltage](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12783&c1=02&c2=01) | | | 中華民國 (2023/11/01), 美國 (2023/12/20), | | | 創作人： [陳耀銘](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3113), 張嘉洲, 陳振嘉, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 24 [專利] | [具有圓柱體結構之多層反射鏡](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12782&c1=02&c2=01) | | | 中華民國 (2024/03/20), | | | 創作人： 李佳翰, 王志中, [蔡坤諭](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3093), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 25 [專利] | [FULL-POLARIMETRIC RADAR](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12768&c1=02&c2=01) | | | 中華民國 (2024/04/15), 美國 (2024/07/21), | | | 創作人： [林怡成](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3103), 黃子明, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 26 [專利] | [具有對稱架構的平衡偶極天線](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12767&c1=02&c2=01) | | | 中華民國 (2024/04/15), 美國 (2024/06/26), | | | 創作人： [林怡成](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3103), 蔡仲恩, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 27 [專利] | [Memory device and method for operating the same](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12766&c1=02&c2=01) | | | 美國 (2023/10/19), | | | 創作人： 胡振國, 黃崧瑋, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 28 [專利] | [半导体装置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12765&c1=02&c2=01) | | | 美國 (2023/11/30), 中華民國 (2024/03/21), 中國 (2024/11/29), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 29 [專利] | [半导体元件](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12764&c1=02&c2=01) | | | 美國 (2023/08/31), 中華民國 (2023/10/26), 中國 (2024/08/01), | | | 創作人： 林時彥, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 30 [專利] | [低同調干涉儀成像系統與成像方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12710&c1=02&c2=01) | | | 中華民國 (2024/01/09), 美國 (2024/03/11), | | | 創作人： 陳庭皓, 李翔傑, 王泰昂, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 31 [專利] | [Boost Converter Power Stage Circuit](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12708&c1=02&c2=01) | | | 中華民國 (2024/05/10), 美國 (2024/08/07), | | | 創作人： 蔡杰儒, 余昇翰, 陳景然, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 32 [專利] | [Power conditioner with neutral line offset current compensation function and control method thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12706&c1=02&c2=01) | | | 中華民國 (2023/10/25), 美國 (2023/12/07), | | | 創作人： [陳耀銘](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3113), Irham Fadlika, 李文彥, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 33 [專利] | [雙極化背腔天線及其封裝模組與陣列封裝模組](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12682&c1=02&c2=01) | | | 中華民國 (2023/05/26), 美國 (2023/06/29), | | | 創作人： [林怡成](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3103), 黃子明, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 34 [專利] | [可重構天線](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12681&c1=02&c2=01) | | | 中華民國 (2023/05/25), 美國 (2023/07/19), | | | 創作人： [林怡成](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3103), 王晴美, 賴承楷, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 35 [專利] | [雜訊抑制電路](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12673&c1=02&c2=01) | | | 中華民國 (2024/02/07), 美國 (2024/10/15), | | | 創作人： [吳宗霖](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3109), 方志宇, 黃莉晴, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 36 [專利] | [高斯消去計算系統及高斯消去計算方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12647&c1=02&c2=01) | | | 中華民國 (2023/03/31), 美國 (2023/03/31), | | | 創作人： 陳博仁, 王珽, 楊宗賢, 劉宗德, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 37 [專利] | [無人機摧毀裝置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12628&c1=02&c2=01) | | | 中華民國 (2022/03/03), | | | 創作人： 周瑞仁, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本新型為有關一種無人機摧毀裝置，主要包括有至少一擊發裝置、至少一彈體、一驅動源、一供電元件、一聲音偵測元件、一空氣偵測元件、一高度偵測元件、及一比對分析模組，當欲摧毀無人機時，擊發裝置發射出彈體，此時供電元件持續供電給聲音偵測元件、空氣偵測元件、及高度偵測元... | | | | | | | | | | | | | | | | 38 [專利] | [無人機干擾裝置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12625&c1=02&c2=01) | | | 中華民國 (2022/12/02), 中華民國 (2022/12/02), 中國 (2023/04/27), | | | 創作人： 周瑞仁, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本新型為有關一種無人機干擾裝置，主要結構包括至少一擊發裝置、至少一設於該擊發裝置內之彈體、及一設於該彈體內並於離開該擊發裝置時以該彈體為中心發出干擾源之干擾物。藉上述結構，使用者可利用擊發裝置向無人機附近發射彈體，使彈體在擊發後，利用干擾物發出干擾源，使無人機... | | | | | | | | | | | | | | | | 39 [專利] | [Boost converter power stage circuit](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12624&c1=02&c2=01) | | | 中華民國 (2023/10/06), 美國 (2024/01/08), | | | 創作人： 余昇翰, 蔡杰儒, 陳景然, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 40 [專利] | | | | 美國 (2023/08/31), 中華民國 (2024/01/22), 中國 (2024/07/31), 美國 (2025/12/24), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 41 [專利] | [半导体装置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12621&c1=02&c2=01) | | | 美國 (2023/04/26), 中華民國 (2023/09/19), 中國 (2024/04/11), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 42 [專利] | [自旋电子装置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12617&c1=02&c2=01) | | | 美國 (2023/09/11), 中華民國 (2023/12/25), 中華民國 (2023/12/25), 中國 (2024/08/14), | | | 創作人： 李峻霣, 吳俞叡, 劉家佑, 戴嘉澤, 李宗穎, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 43 [專利] | [Method of operating memory cell](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12615&c1=02&c2=01) | | | 美國 (2023/03/28), 中華民國 (2023/07/19), 中國 (2023/11/09), 美國 (2025/05/15), | | | 創作人： 向國瑜, 李敏鴻, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 44 [專利] | [異質接面雙極性電晶體與基極集極漸變層](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12605&c1=02&c2=01) | | | 中華民國 (2023/07/19), 美國 (2024/05/02), | | | 創作人： [黃建璋](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3180), 吳育任, 陳子皓, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 45 [專利] | [偏振單光子的產生方法及偏振單光子光源系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12603&c1=02&c2=01) | | | 中華民國 (2023/09/15), | | | 創作人： 徐靜戈, 王名儒, 陶鎮宇, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 46 [專利] | [Isolated Power Supply Having a Fast Output Response](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12598&c1=02&c2=01) | | | 中華民國 (2023/09/01), 美國 (2024/03/27), | | | 創作人： 林原郅, 林孝澤, 陳景然, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 47 [專利] | [具有光吸收結構的隔熱裝置及光偵測器](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12594&c1=02&c2=01) | | | 中華民國 (2023/07/21), 美國 (2023/10/25), | | | 創作人： [林清富](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3171), 林坤融, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 48 [專利] | [內嵌微流道的半導體晶片及其製造方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12585&c1=02&c2=01) | | | 美國 (2022/12/22), 中華民國 (2023/12/22), 美國 (2023/12/22), | | | 創作人： 簡俊超, 翁維陽, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 49 [專利] | [Method fop forming memory device](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12549&c1=02&c2=01) | | | 美國 (2023/04/03), | | | 創作人： 胡振國, 黃崧瑋, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 50 [專利] | [電流電阻感測器](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12543&c1=02&c2=01) | | | 中華民國 (2023/01/09), 美國 (2023/06/15), | | | 創作人： 楊啓伸, 陳昱宏, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 以感光蛋白質做為微電流產生的基礎，電流通過氧化銦錫玻璃板上的斷路槽，而斷路槽中的待測液具有電阻值，因其電阻值而產生之微小電流變化量可以被測得，並可延伸至測量其隨時間或再加入物質時，所造成的電阻值改變產生的訊號影響。 本裝置的優勢為透過感光蛋白質微秒級的時間反... | | | | | | | | | | | | | | | | 51 [專利] | [Semiconductor device and method for forming the same](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12541&c1=02&c2=01) | | | 美國 (2023/01/06), 美國 (2025/06/27), | | | 創作人： 林時彥, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 52 [專利] | [半导体结构](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12540&c1=02&c2=01) | | | 美國 (2023/06/01), 中華民國 (2023/11/22), 中國 (2024/05/07), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 53 [專利] | [记忆体元件](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12539&c1=02&c2=01) | | | 美國 (2023/02/17), 中華民國 (2023/04/18), 中國 (2024/01/24), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 54 [專利] | [集成电路](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12538&c1=02&c2=01) | | | 美國 (2023/04/10), 中華民國 (2023/09/12), 中國 (2024/03/15), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 55 [專利] | [可攜式量化差分相位對比顯微鏡模組以及其深度學習重建方法/ Portable quantitative differential phase contrast microscopy module and deep learning reconstruction method thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12518&c1=02&c2=01) | | | PCT (2022/12/01), 中華民國 (2023/03/27), 中國 (2025/05/29), | | | 創作人： 駱遠, 李安泰, 陳映如, 于妍之, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 56 [專利] | [COMPUTING-IN-MEMORY CIRCUITRY](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12517&c1=02&c2=01) | | | 中華民國 (2022/08/09), 美國 (2022/08/09), | | | 創作人： 許尹端, 劉宗德, [闕志達](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3080), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 57 [專利] | [陣列式射頻裝置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12515&c1=02&c2=01) | | | 中國 (2022/07/12), 中國 (2022/07/14), 中華民國 (2022/07/14), | | | 創作人： 周錫增, 顏志達, 安謙信, 陳偉峰, 施政良, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 58 [專利] | [整合天线装置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12514&c1=02&c2=01) | | | 中華民國 (2022/07/12), 中國 (2022/07/12), 中國 (2022/07/14), | | | 創作人： 周錫增, 顏志達, 安謙信, 陳偉峰, 施政良, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 59 [專利] | [射頻輻射封裝結構](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12513&c1=02&c2=01) | | | 中華民國 (2022/07/14), | | | 創作人： 周錫增, 陳偉峰, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 60 [專利] | [半導體膜層的製備方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12508&c1=02&c2=01) | | | 中華民國 (2022/12/21), 美國 (2023/02/14), | | | 創作人： 周苡嘉, 黃張勳, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 61 [專利] | [具有標準單元的半導體裝置及其形成方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12492&c1=02&c2=01) | | | 美國 (2022/07/22), 中國 (2023/03/22), 中華民國 (2023/03/23), | | | 創作人： 張子璿, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 62 [專利] | [可調變穩壓電路](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12489&c1=02&c2=01) | | | 中華民國 (2022/06/13), 美國 (2022/06/13), | | | 創作人： 吳秉宸, 劉宗德, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 63 [專利] | [定位釋放治療性氣體的導管組及其系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12486&c1=02&c2=01) | | | 中華民國 (2023/01/07), | | | 創作人： 張維典, 廖奕翰, 葉晨聖, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 64 [專利] | [透明導電圖樣的形成方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12482&c1=02&c2=01) | | | 中華民國 (2022/08/30), | | | 創作人： 莊嘉揚, 李明蒼, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 透明導電圖樣的形成方法包括以下步驟。提供基板。提供前驅物溶液，其中前驅物溶液包括形成透明導電圖樣的前驅物。前驅物通過電漿系統解離，並伴隨電漿系統產生的電漿噴出至基板。雷射光透過振鏡在基板上掃描，使受雷射光照射的基板被局部加熱。解離後的前驅物反應並沉積於被局部加... | | | | | | | | | | | | | | | | 65 [專利] | [Semiconductor device and manufacturing method thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12473&c1=02&c2=01) | | | 美國 (2022/08/17), 中華民國 (2023/05/24), 中國 (2023/07/24), 美國 (2025/06/30), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 66 [專利] | [Semiconductor device and formation method thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12472&c1=02&c2=01) | | | 美國 (2022/06/07), 美國 (2024/11/22), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 67 [專利] | [Write assist circuit for memory device](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12466&c1=02&c2=01) | | | 美國 (2022/04/13), 中國 (2023/02/09), 中華民國 (2023/02/16), 美國 (2025/02/03), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 68 [專利] | [Semiconductor device](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12465&c1=02&c2=01) | | | 美國 (2022/02/17), 中華民國 (2022/04/15), 美國 (2023/09/26), 美國 (2024/11/12), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 69 [專利] | [Memory device with magnetic tunnel junction](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12464&c1=02&c2=01) | | | 美國 (2022/04/07), 中國 (2022/07/11), 中華民國 (2022/11/25), 美國 (2024/07/01), 美國 (2025/08/06), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 70 [專利] | [Semiconductor device and manufacturing method thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12462&c1=02&c2=01) | | | 美國 (2022/04/23), 中華民國 (2023/02/14), 美國 (2025/06/30), | | | 創作人： 胡振國, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 71 [專利] | [Method of manufacturing heat dissipation substrate with high thermal conductivity for semiconductor device](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12461&c1=02&c2=01) | | | 美國 (2020/12/24), 中國 (2021/06/04), 中華民國 (2021/08/19), 美國 (2023/01/17), | | | 創作人： 楊明宗, 林憲信, 萬文愷, 鍾嘉哲, [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 72 [專利] | [Memory structure with ferromagnetic electrode](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12460&c1=02&c2=01) | | | 美國 (2022/02/10), 美國 (2024/06/20), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 73 [專利] | [Device with alternate complementary channels and fabrication method thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12459&c1=02&c2=01) | | | 美國 (2022/02/22), 中華民國 (2022/04/15), 中國 (2022/06/10), 美國 (2024/07/30), 美國 (2025/08/07), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 74 [專利] | | | | 美國 (2022/02/25), 中華民國 (2022/04/21), 中國 (2023/01/18), 美國 (2026/01/06), | | | 創作人： [吳志毅](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3177), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 75 [專利] | [Memory device and formation method thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12457&c1=02&c2=01) | | | 美國 (2022/05/04), 中國 (2022/07/19), 中華民國 (2022/07/21), 美國 (2025/08/06), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 76 [專利] | [ARRAY-HOCHFREQUENZSYSTEM](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12449&c1=02&c2=01) | | | 中華民國 (2022/07/14), 美國 (2022/09/14), 歐盟 (2022/10/03), 歐盟-法國 (2022/10/03), 歐盟-德國 (2022/10/03), | | | 創作人： 周錫增, 顏志達, 安謙信, 陳偉峰, 施政良, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 77 [專利] | [INTEGRIERTE ANTENNENVORRICHTUNG](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12448&c1=02&c2=01) | | | 中華民國 (2022/07/12), 美國 (2022/10/13), 歐盟 (2022/10/24), 歐盟-法國 (2022/10/24), 歐盟-德國 (2022/10/24), | | | 創作人： 周錫增, 顏志達, 安謙信, 陳偉峰, 施政良, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 一種整合天線裝置，包括一曲面式透射陣列及一陣列天線。該曲面式透射陣列具有多個焦點來均勻化其輻射增益，該陣列天線位在該曲面式透射陣列及該多個焦點之間。依據該陣列天線的主動射頻模組的操控，該陣列天線發出第一階波束以及進行波束掃描。該曲面式透射陣列是用以聚焦該第一... | | | | | | | | | | | | | | | | 78 [專利] | [雙頻兼雙極化射頻封裝輻射結構](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12447&c1=02&c2=01) | | | 中華民國 (2022/07/14), | | | 創作人： 周錫增, 陳偉峰, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 79 [專利] | [一種注意力監測系統及其方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12427&c1=02&c2=01) | | | 中華民國 (2022/04/22), | | | 創作人： 陳世杰, 嚴光晨, 吳明賢, [陳宏銘](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3200), 黃庭宇, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 80 [專利] | [Semiconductor device and method for fabricating the same](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12420&c1=02&c2=01) | | | 美國 (2022/05/04), 中華民國 (2023/01/16), 中國 (2023/01/18), 美國 (2025/06/18), | | | 創作人： 王俊元, [陳敏璋](https://mip.ord.ntu.edu.tw/expert1.asp?ser=2538), | | | | --- | | [檢視摘要](javascript:void(null)) | | | 提供了一種用於製造半導體裝置的方法。方法包括：在半導體基板上方沉積閘極介電層；藉由原子層沉積（ALD）製程在閘極介電層上方沉積功函數層，其中功函數層包含金屬元素及非金屬元素，並且ALD製程包含複數個循環。循環的每一者包含：將包含金屬元素的前驅物氣體引入腔室以... | | | | | | | | | | | | | | | | 81 [專利] | [熱載子太陽能電池及疊層太陽能電池](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12417&c1=02&c2=01) | | | 中華民國 (2022/06/08), 美國 (2022/10/06), | | | 創作人： [林清富](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3171), 張崇瀚, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 82 [專利] | [全域式軸向可調色散鏡組及其彩色共焦量測系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12410&c1=02&c2=01) | | | 中華民國 (2022/02/23), | | | 創作人： 陳亮嘉, 伍國瑋, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種全域軸向色散可調色散鏡組包括有一光源模組、一第一折射鏡組以及一第二折射鏡組。該光源模組包括有一發光源以及一空間調製元件，用以將該發光源所產生的一寬頻光調製成複數道具有中心光軸與離軸的入射光。該第一折射鏡組接收該複數道具有中心光軸與離軸的入射光，... | | | | | | | | | | | | | | | | 83 [專利] | [共軛光學模組、空間轉換光學模組以及其共軛光學之彩色共焦量測系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12409&c1=02&c2=01) | | | 中華民國 (2022/02/23), | | | 創作人： 陳亮嘉, 伍國瑋, 周煜峰, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種共軛光學之彩色共焦量測系統，包括有一光源模組用以產生一偵測光、一微透鏡陣列、一第一空間調製元件、一光學模組、一第二空間調製元件、一空間轉換模組以及一偵測模組。該微透鏡陣列設置於該偵測光的光路上，用以將該偵測光聚焦成一點光源陣列。該第一空間調製元... | | | | | | | | | | | | | | | | 84 [專利] | [線形掃描彩色共焦量測系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12408&c1=02&c2=01) | | | 中華民國 (2022/02/23), | | | 創作人： 陳亮嘉, 伍國瑋, 陳泓叡, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種線形掃描彩色共焦量測系統， 包括有一光源模組、一光學模組、一光導引模組以及一偵測模組。該光源模組，用以產生一線形偵測光。該光學模組用以接收該線形偵測光，該光學模組具有一色散物鏡，用以接收該線形偵測光，並將該線形偵測色散形成複數道具有不同聚焦深度的... | | | | | | | | | | | | | | | | 85 [專利] | [金屬-絕緣體-半導體結構之紅外光偵測技術](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12391&c1=02&c2=01) | | | 中華民國 (2021/12/06), 美國 (2022/11/28), | | | 創作人： 蘇子鈞, 張仁耀, [林清富](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3171), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 86 [專利] | [高深寬比微結構光學量測系統](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12389&c1=02&c2=01) | | | 中華民國 (2022/02/23), | | | 創作人： 陳亮嘉, 伍國瑋, 簡維信, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 一種高深寬比微結構光學量測系統，包括一光源模組、一光學鏡組以及空間調製元件，該光源模組具有一第一特徵尺寸以產生具有一第一發散角度的一偵測光，該光學鏡組接收該偵測光，並將該偵測光投射到一待測物上，該空間調製元件設置在光源模組與光學鏡組之間，該空間調製元件具有一第... | | | | | | | | | | | | | | | | 87 [專利] | [半导体装置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12380&c1=02&c2=01) | | | 美國 (2022/06/01), 中華民國 (2023/04/21), 中國 (2023/05/09), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 88 [專利] | [Semiconductor device with oxide-based semiconductor channel](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12379&c1=02&c2=01) | | | 美國 (2022/06/01), 美國 (2025/06/03), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 89 [專利] | [Semiconductor device and method for forming the same](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12378&c1=02&c2=01) | | | 美國 (2022/03/10), 中華民國 (2022/06/13), 美國 (2025/08/07), | | | 創作人： 林時彥, 蔡柏政, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 90 [專利] | [量子電荷耦合裝置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12364&c1=02&c2=01) | | | 美國 (2021/11/29), 中華民國 (2022/09/06), 美國 (2022/11/24), | | | 創作人： 林俊達, 方文瀚, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 一種量子電荷耦合裝置，包括第一離子、第二離子、固定式離子阱、可調式離子阱以及激發光源。固定式離子阱用以靜置束縛第一離子。可調式離子阱設置在固定式離子阱旁，且用以使第二離子沿可調式離子阱等速移動。激發光源用以在第一離子與第二離子之間的距離小於等於接近範圍時在第一... | | | | | | | | | | | | | | | | 91 [專利] | [邊緣鑑定方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12337&c1=02&c2=01) | | | 中華民國 (2021/07/30), 美國 (2021/10/20), | | | 創作人： 孫啟光, 廖怡華, 陳佳怡, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 92 [專利] | [一種浮空顯示光學元件及其顯示裝置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12210&c1=02&c2=01) | | | 中華民國 (2022/06/07), | | | 創作人： 李佳翰, 賴咸錡, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種浮空顯示光學元件及其顯示裝置，係包括一基板及複數第一柱體，其中，該複數第一柱體穿設於該基板中，且於該基板之第一表面及第二表面分別形成雙面正交反射陣列。本發明利用基板(即導光板)之設計，能將無法成像的雜散光有效地導出浮空顯示光學元件外，藉此提升浮... | | | | | | | | | | | | | | | | 93 [專利] | [超穎介面急劇自聚焦光束產生裝置](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12209&c1=02&c2=01) | | | 中華民國 (2021/06/02), 美國 (2021/06/02), | | | 創作人： 駱遠, 楊泮池, 蔡定平, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種急劇自聚焦光束產生裝置，包括一光源模組、一超穎介面相位調製元件以及一聚焦透鏡。該光源模組，用以產生一入射光束。該超穎介面相位調製元件，具有用以接收該入射光數之一第一入光面以及一第一出光面，該第一出光面上具有複數個介面奈米結構，用以將該入射光束調製... | | | | | | | | | | | | | | | | 94 [專利] | [形成接合結構的方法](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12205&c1=02&c2=01) | | | 中華民國 (2021/06/04), 美國 (2022/06/01), | | | 創作人： [莊東漢](https://mip.ord.ntu.edu.tw/expert1.asp?ser=2525), 吳柏慶, 李珮螢, 賴鈺璋, 蔡幸樺, 周眾信, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 提供一種形成接合結構的方法，包括：提供第一金屬，其中第一金屬具有一第一絕對熔點；在第一金屬上形成銀奈米孿晶層，且銀奈米孿晶層包括平行排列孿晶界，其中平行排列孿晶界具有90%以上的[111]結晶方位；以及將銀奈米孿晶層與第二金屬相對接合，其中第二金屬具有第二絕... | | | | | | | | | | | | | | | | 95 [專利] | [Semiconductor device and method](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12203&c1=02&c2=01) | | | 美國 (2016/05/10), 中華民國 (2016/11/03), 中國 (2016/12/30), 美國 (2018/07/31), 美國 (2020/04/14), 美國 (2021/06/07), | | | 創作人： [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明實施例提供基於一拓樸絕緣體的一種電晶體。在本發明實施例中，使用一拓樸絕緣體形成通道和源/汲極區兩者，其中上述通道具有一第一厚度，使上述拓樸絕緣體具有一半導體材料的性質。並且上述源/汲極區具有一第二厚度，使上述拓樸絕緣體具有一導電材料的性質。... | | | | | | | | | | | | | | | | 96 [專利] | [Integrated circuit structure and fabrication thereof](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12195&c1=02&c2=01) | | | 美國 (2022/03/08), 中華民國 (2022/05/04), 中國 (2022/07/05), 美國 (2025/05/23), | | | 創作人： 鍾嘉哲, 鄭群議, [劉致為](https://mip.ord.ntu.edu.tw/expert1.asp?ser=3091), | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 97 [專利] | [Electronic device with conductive resonator](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12194&c1=02&c2=01) | | | 美國 (2021/07/08), 中華民國 (2021/09/17), 中國 (2022/03/01), 美國 (2024/02/16), 美國 (2025/06/30), | | | 創作人： 李峻霣, | | | | --- | | [檢視摘要](javascript:void(null)) | | | ... | | | | | | | | | | | | | | | | 98 [專利] | [在具有垂直異向性之磁性元件中達成單向性零外加廠自旋軌道矩翻轉之新式膜層設計](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12181&c1=02&c2=01) | | | 美國 (2021/05/18), 美國 (2022/05/09), | | | 創作人： 白奇峰, 陳天玥, 廖唯邦, | | | | --- | | [檢視摘要](javascript:void(null)) | | | A magnetic structure capable of field-free spin-orbit torque switching includes a spin-orbit coupling base layer and a ferromagnet... | | | | | | | | | | | | | | | | 99 [專利] | [以適體修飾之生物感測器及其用途](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12180&c1=02&c2=01) | | | 美國 (2021/07/21), | | | 創作人： 陳逸聰, | | | | --- | | [檢視摘要](javascript:void(null)) | | | Provided is a method of using an aptamer for detecting a glycated hemoglobin in a whole blood, the method includes that the aptame... | | | | | | | | | | | | | | | | 100 [專利] | [聚醯亞胺系共聚物及包含其之電子設備及場效應電晶體](https://mip.ord.ntu.edu.tw/prod1.asp?ser=12162&c1=02&c2=01) | | | 中華民國 (2021/04/15), | | | 創作人： [陳文章](https://mip.ord.ntu.edu.tw/expert1.asp?ser=2477), 上田充, 陳俊愷, 林彥丞, 徐立哲, 賀勁傑, | | | | --- | | [檢視摘要](javascript:void(null)) | | | 本發明提供一種聚醯亞胺系共聚物及包含其之電子設備及場效應電晶體。該聚醯亞胺系共聚物是一種生物基聚合物，其包括：二酐與二胺的共聚物，其中該二胺係合成自異山梨醇。本發明新穎之聚醯亞胺系共聚物具有優異之熱特性和機械性質，有利於軟性電子的應用。因此，該聚醯亞胺系共聚物... | | | | | | | | | | | | | | | | |
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