2025-09-10
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【 📣七月份專利獲證清單資料，共13件✨ 】
| 技術領域 | 專利名稱 |
發明人／國別 |
證書號／取證日 | 摘要 |
|---|---|---|---|---|
| 半導體 | MOCVD METHOD FOR GROWING INALGAN/GAN HETEROSTRUCTURE | 張翼,翁祐晨,鄭夏汐/US | US 12,347,678 B2/2025-07-01 | A MOCVD method for growing an InAlGaN/GaN heterostructure comprises steps: sequentially growing a nitride nucleation layer, a GaN buffer layer, an InAlGaN barrier layer on a substrate; using a precursor gas containing silane to in-situ grow a SiNx protective layer on the InAlGaN barrier layer at a temperature of 950-1000° C. in the same reaction chamber. Thereby is achieved a SiNx/InAlGaN/GaN heterostructure having an ultrathin barrier layer, which is suitable to fabricate HEMT elements. The present invention needn't take sample out of the reaction chamber and thus can prevent the heterostructure from oxidation and damage. |
| 材料化工與奈米、光電材料 | 具有軸向芳基的三苯三戊並烯及其製備方法 | 莊士卿,陳俊宇,藍瑞杰/TW | I889186/2025-07-01 | 本揭示內容揭露一種具有軸向芳基的三苯三戊並烯及其製備方法。三苯三戊並烯具有如式(1)所示的結構： 式(1)。R 1和R 2獨立為氫、C1~C12烷基、C1~C12烷氧基、C1~C12氟烷基、C1~C12含氟烷氧基、C1~C12酯基、鹵基、硝基、胺基、氰基或羥基。 |
| 半導體 | MICROELECTRODE DEVICE, MICROFLUIDIC CHIP, AND MICROFLUIDIC EXAMINATION METHOD | 李鎮宜,詹耘昇/US | US 12,350,682 B2/2025-07-08 | A microelectrode device, microfluidic chip, and microfluidic examination method are provided. The microfluidic chip includes a top plate and a microelectrode dot array having several microelectrode devices. Each microelectrode device includes a microfluidic electrode, heating electrode, and control circuit. The control circuit includes a microfluidic control and location sensing circuit, storage circuit, and temperature control circuit. The microfluidic control and location sensing circuit moves a sample within an enabling period of a microfluidic control signal and detects a capacitance value between the microfluidic electrode and the top plate within an enabling period of a location control signal. The storage circuit outputs the capacitance value, reads in the sample operation setup, and reads in the heating control setup within different enabling periods of the clock. The temperature control circuit determines either on or off according to the heating control setup within an enabling period of a heating control signal. |
| 醫藥 | ANIMAL MODEL FOR HEPATPCELLULAR CARCINOMA AND USES THEREOF | 吳肇卿，邱昱維/US | US 12,349,665 B2/2025-07-08 | The invention provides an animal model for hepatocellular carcinoma and uses thereof. The genome of the animal model includes a hepatitis B virus genome and a single set of endogenous miR-122 that is partially deleted. Due to the early and high incidence of spontaneous hepatocellular carcinoma in the animal model and its abnormal fat metabolism, the animal model can be used to screen candidate agents for prevention or treatment of hepatitis B virus and hepatocellular carcinoma or other diseases or to develop uses for diagnosis and prediction of hepatocellular carcinoma. |
| 資通訊 | SYSTEM FOR NAVIGATING A VIRTUAL ENVIRONMENT USING SEATED WALKING-IN-PLACE FOOTSTEP LOCOMOTION | 詹力韋,秘子尉,薛仲皓,黃懿慈/US | US 12,353,615 B2/2025-07-08 | A system for navigating a virtual environment using seated walking-in-place footstep locomotion includes a virtual reality device, a first sensing device, and a second sensing device. The first sensing device senses the first footstep locomotion of one of feet of a user seated in a physical environment to generate and transmit a first stepping signal to the virtual reality device. The second sensing device senses the second footstep locomotion of another of the feet of the user seated in the physical environment to generate and transmit a second stepping signal to the virtual reality device. The virtual reality device navigates the virtual environment in a virtual locomotion mode based on a combination of the first stepping signal and the second stepping signal. |
| 機械、能源 | 定翼型無人機及其螺旋槳組件 | 賴錦文,Akhilesh Mohan,姜宇國,高璿昱,賴以軒,廖紹宏/TW | I890115/2025-07-11 | 本發明係一種定翼型無人機及其螺旋槳組件，藉由伺服馬達驅動杠桿機構，以輪軸方法變換驅動馬達和螺旋槳的朝向，進而產生不同方向的推力，可視起降、懸停，或是巡航飛行模式所需調整所需的推力方向。於此設計中，具備方向調整能力的小型馬達和螺旋槳分佈在機翼前緣上，不僅達到節能，還可提升飛行效率。 |
| 資通訊、光電 | LIDAR AND METHOD OF FAST PHOTON-COUNT INTEGRATION FOR LIDAR | 桑梓賢,蔡嘉明,劉詠謙,楊甯凱,王鼎元/US | US 12,360,220 B2/2025-07-15 | A LiDAR and a method of a fast photon-count integration for a LiDAR are disclosed. The proposed method, wherein the LiDAR includes a laser, includes: providing a target and the LiDAR; causing the laser to fire a laser pulse towards the target according to a random mechanism; and causing an interval between two adjacent laser pulses to be less than a time that the laser spent for a round trip of maximum unambiguous range to speed up a detection and a ranging of the target. |
| 半導體 | 可編程的介電泳半導體晶片及其封裝結構與控制系統 | 李鎮宜,林文約,賴林鴻/TW | I891430/2025-07-21 | 一種可編程的介電泳半導體晶片包括微電極。微電極包括表面；頂部電極，頂部電極設置於靠近表面；第一邏輯電路，第一邏輯電路用以接收並儲存圖案訊號；以及第二邏輯電路，第二邏輯電路用以接收由外部輸入之第一類比訊號及第二類比訊號，其中，第二邏輯電路根據第一邏輯電路所接收之圖案訊號，用以選擇第一類比訊號或第二類比訊號，令頂部電極之電壓跟隨第一類比訊號或第二類比訊號變化。透過本發明之半導體晶片能移動或定位特定之單一粒子。此外，本發明還提供一種具有該晶片的封裝結構以及該晶片的控制系統。 |
| 醫療工程及醫療器材 | 整合大腦外座標與大腦模型以產生穿刺路徑之裝置及方法 | 林慶波,張舜泰,郭冠岑,柯煜庭,羅畯義/TW | I891418/2025-07-21 | 一種整合大腦外座標與大腦模型以產生穿刺路徑之裝置及方法，其透過對位目標人物之腦部影像以產生對位整合影像，並由對位整合影像中提取出各腦組織之二元遮罩影像，及依據各腦組織之二元遮罩影像重建大腦三維模型後，在大腦三維模型中之皮膚表面模型上建立大腦外座標系，並選擇大腦三維模型中之目標區域且設定穿刺點，及依據目標區域於大腦三維模型中之位置訊息與穿刺點於大腦外座標系之座標計算大腦三維模型中之穿刺路徑，並於大腦三維模型中標示穿刺路徑之技術手段，可以達成以病患之大腦模型客觀評估風險較低之穿刺路徑的技術功效。 |
| 醫療器材設備 | 多孔複合支架及骨彌補物 | 楊秉祥,董寧/TW | I891598/2025-07-21 | 一種多孔複合支架，包含由具有生物相容性及延展性的聚合物材料所形成的支撐件及彈性組件。支撐件包括多孔結構並用以供骨組織生長。彈性組件包括設置於支撐件且具有多條具有正弦波形狀的第一絲線的第一彈性件。該等第一絲線正交地交織而形成第一正弦絲網絡結構。本發明還提供一種骨彌補物，包含多孔複合支架、重建骨板及骨板固定件。重建骨板可拆卸地設置於多孔複合支架，且包括保護殼件及延伸臂組件。本發明的多孔複合支架具有好的機械性質且與骨骼完全貼合而能避免產生間隙，而骨彌補物能分散應力且強度及穩定性佳，從而有助於骨骼重建。 |
| 材料化工與奈米、保健食品 | 用於生產3-羥基-3-甲基丁酸之基因轉殖株及3-羥基-3-甲基丁酸之生產方法 | 蘭宜錚,黃貞齊,賴建東,洪嘉彥/TW | I891207/2025-07-21 | 提供一種用於生產3-羥基-3-甲基丁酸之基因轉殖株，包含具有將碳源轉化成乙醯輔酶A的代謝路徑之宿主細胞和複數個外源基因。該些外源基因包含編碼為乙醯輔酶A乙醯移轉酶 (AtoB)或乙醯乙醯輔酶A硫解酶(NphT7) 之基因、編碼為羥甲基戊二醯輔酶A合成酶 (MvaS) 之基因、編碼為3-羥基-3-甲基戊二醯輔酶A脫水酶 (LiuC) 之基因、編碼為3-甲基戊二醯輔酶A脫羧酶 (AibAB) 之基因、編碼為硫酯水解酶 (YciA、TesB、MenI或YqiA) 之基因。還提供一種使用上述基因轉殖株來生產3-羥基-3-甲基丁酸的方法。 |
| 半導體 | GALLIUM NITRIDE TRANSISTOR | 張翼,吳瑞笙/US | US 12,369,375 B2/2025-07-22 | A GaN transistor is provided, which comprises: a substrate; a GaN layer disposed on the substrate; a barrier layer disposed on the GaN layer; a source electrode disposed on the barrier layer; a drain electrode disposed on the barrier layer; a composite dielectric layer disposed on the barrier layer and comprising a first seed layer and a La-doped HZO layer, wherein the first seed layer comprises ZrO2; and a gate electrode disposed on the composite dielectric layer. |
| 光電、生醫 | 冉曉雯,孟心飛,劉洪銓/KR | 10-2838323/2025-07-25 | 개시된 것은 수직-채널 유기 반도체(OSC) 다이오드에 기초한 초민감 가스 센서 및 이러한 장치 제조 방법 및 이의 용도이다. 유기 센싱층은 수직 전류 흐름을 전달하기 위한 탑 및 버텀 전극을 연결하는 융합된 티오펜-계 유기 중합체를 포함한다. 나노-다공성 탑-전극 구조는 주위 가스 분자 및 수직 유기 채널 사이의 접촉을 가능하게 한다. 상기 장치는 높은 감도를 갖고, 처리가 용이하며 긴 수명을 갖는다. |
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Email：ipcenter@nycu.edu.tw
聯絡電話：03-5738251