關於機械系-師資
Wu, Yu-Ren
Distinguished Professor
Professor office: Room E4-264
Tel: 886-3-4267332
Campus extension: 34332
Fax: 03-4254501
E-mail: yurenwu@ncu.edu.tw
Lab Website: Precision Transmission Lab. (Room E2-111)
Tel: 886-3-4227151 ext. 34338
Assistant: Ms. Lu, Shu-Chun (E-mail: 2162sister@gmail.com)
學經歷
Education & Experiences
1. Education:
● Master & PhD, Department of Mechanical Engineering, CCU, Taiwan (2001/9-2007/6)
● Bachelor, Department of Mechanical Engineering, CCU, Taiwan (1997/9-2001/6)
2. Teaching Experience:
● Full Professor, Department of Mechanical Engineering, NCU, Taiwan (2020/8-present)
● Associate Professor, Department of Mechanical Engineering, NCU, Taiwan (2014/8-2020/7)
● Associate Professor, Department of Mechanical Engineering, NPUST, Taiwan (2013/8-2014/7)
● Assistant Professor, Department of Mechanical Engineering, NPUST, Taiwan (2009/2-2013/7)
3. Work Experience:
● Secretary General, Society of Theoretical and Applied Mechanics of the Republic of China (2022/1/1-2023/12/31)
● Executive Member, Chinese Society of Mechanism and Machine Theory (IFToMM Member Organization China-Taipei, Taiwan) (2022/1/1-2023/12/31)
● Chairman of the Academic Committee, Chinese Society of Mechanism and Machine Theory (2022/1/1-2022/12/31)
● Review committee of SBIR Program, Small and Medium Enterprise Administration, Ministry of Economic Affairs (2021/1-2021/12)
● Vice chairman of the Academic Committee, Chinese Society of Mechanism and Machine Theory (2021/1/1-2021/12/31)
教授課程
Courses Taught
1. Undergraduate Courses: (a) Mechanisms, (b) Precise Mechanical Design I, (c) Computer Aided Mechanical Drawings, (d) Experiments of Applied Mechanics
2. Graduate Courses: (a) Seminar I, (b) Dynamics of Machinery
研究專長
Research Areas
Ⓞ Geometry Design for Screw Compressors and Vacuum Pumps
Ⓞ Design and Manufacture Methods for Gears and Screws
Ⓞ Multi-body Dynamics Modeling
Ⓞ NVH Analysis of Transmission System
Ⓞ Engineering Optimization
Ⓞ Taguchi’s Method and Uniform Design
Ⓞ Creative Design and Patent Development
實驗室
Laboratory
Precision Transmission Lab (PTL)
Lab Position: room E2-111; Ext. No.: 34338
PTL is opening research assistant positions for domestic/international MS and PhD students.
Future research topics include:
1. Coupled modeling and analysis of FEM (Finite Element Method), MBD (Multi-body Dynamics) and DEM (Discrete Element Method) of mechanical systems
2. Multi-axis CNC machining simulation and cutter design for screw rotors and gears
3. Design software development and heat-solid-fluid coupled analysis for twin-screw compressors and vacuum pumps
4. NVH analysis of gear transmission system
If you are interested to join us, please contact Prof. Yu-Ren Wu. (Email: yuren68@gmail.com; yurenwu@ncu.edu.tw)
論文著作 Publications
Title | Author Name | Journal | Publication Date | Vol./Page No. | Paper Type |
---|---|---|---|---|---|
A Robust Calculation Method of Meshing Clearance for Screw Rotor Pairs | Van-Quyet Tran, Yu-Ren Wu* | Mechanism and Machine Theory | 2024 Sep | 200: 105719 | SCIE |
A novel topology modification of spur gear flanks to enhance contact performance and lubrication ability | Trong-Thuan Luu, Thi Thanh-Hai Tran, Yu-Ren Wu* | Mechanism and Machine Theory | 2024 Sep | 199: 105670 | SCIE |
Innovative design and experimental validation of dynamic balance in rotary compressors based on particle damping energy dissipation technology | Achmad Arifin, I-Cheng Wang, Yu-Ren Wu* | Mechanics Based Design of Structures and Machines | 2024 Aug | 52(9): 6326-6347 | SCIE |
A general mathematical model for manufacturing Roots pump rotors using conical milling cutters | Van-Quyet Tran, Yu-Ren Wu* | Proc. Inst. Mech. Eng., Part C: Journal of Mechanical Engineering Science | 2024 Aug | Published Online | SCIE |
A Flexible Method to Correct Tooth Surface Deviation for CNC Power Skiving of Face Gears | Khoe-Qui Le, Yu-Ren Wu*, Van-Quyet Tran, Hoang-Quy Tran | International Journal of Advanced Manufacturing Technology | 2024 Sep | 134: 3665-3685 | SCIE |
A Mathematical Modeling of CNC Skiving Process for Manufacturing Helical Face Gears Using Sensitivity Matrix Combined with Levenberg-Marquardt Algorithm | Khoe-Qui Le, Yu-Ren Wu*, Trong-Thuan Luu | Journal of Manufacturing Science and Engineering, ASME | 2024 Jul | 146(9): 091007 (11 pages) | SCIE |
Dynamic investigation and experimental validation of a gear transmission system with damping particles | Yun-Chi Chung, Achmad Arifin, Yu-Ren Wu*, Chia-Yuan Wang | Mechanics Based Design Of Structures And Machines | 2024 Jun | 52(7): 4152-4172 | SCIE |
A novel general mathematical model for machining globoid screw rotor surfaces using a disk-type cutting tool | Moeso Andrianto, Yu-Ren Wu*, Achmad Arifin | International Journal of Advanced Manufacturing Technology | 2024 Jan | 130: 4769-4789 | SCIE |
Analytical design of a special whirling cutter for a flawless cutting of the concave cycloid profile in whirling milling for various types of vacuum pump screw rotor | Achmad Arifin, Yu-Ren Wu*, Yu-Hsien Tseng, Moeso Andrianto | International Journal of Advanced Manufacturing Technology | 2023 Nov | 129: 5403-5420 | SCIE |
Cutter design and the machining strategy to resolve the tooth wear issue for both paired components of single-screw compressors | Achmad Arifin, Ming-Che Chang, Yu-Ren Wu* | Mechanism and Machine Theory | 2023 Nov | 189: 105409 | SCIE |
Closed-loop topology modification of gear tooth flanks considering both dressing and honing processes for internal-meshing gear honing | Duy-Khuong Vu, Yu-Ren Wu*, Quoc-Duy Nguyen, Achmad Arifin | Mechanism and Machine Theory | 2023 Sep | 187: 105372 | SCIE |
Vibration Prediction and Experimental Validation of a Rotary Compressor Based on Multi-body Dynamics | I-Cheng Wang, Yu-Ren Wu*, Yiin-Kuen Fuh | Mechanics Based Design of Structures and Machines | 2023 Jun | 51(8):4547-4559 | SCIE |
A Novel Generating Machining Process for Screw-rotors Using an Internal-cylindrical Skiving Cutter on a New CNC Skiving Machine | Trong-Thuan Luu, Yu-Ren Wu* | Mechanism and Machine Theory | 2023 Jun | 184: 105278 | SCIE |
Mathematical modeling on a novel manufacturing method for roller-gear cams using a whirl-machining process | Moeso Andrianto, Yu-Ren Wu*, Achmad Arifin | International Journal of Advanced Manufacturing Technology | 2023 Feb | 125: 5015–5029 | SCIE |
Design evaluation of disk-type milling cutter with special inserts applying analytical simulation and the experimental verification in screw rotor milling | Achmad Arifin, Yu-Ren Wu*, Moeso Andrianto | Mechanism and Machine Theory | 2023 Feb | 180: 105128 | SCIE |
A novel manufacturing method for double-enveloping worms using a whirl-machining process | Moeso Andrianto, Yu-Ren Wu*, Achmad Arifin | Mechanism and Machine Theory | 2023 Jan | 179: 105099 | SCIE |
Prediction model for rapidly generating rotor profile and surface cutting marks by insert cutting trajectory (ICT) method in screw rotor milling | Achmad Arifin, Yu-Ren Wu*, Moeso Andrianto | International Journal of Advanced Manufacturing Technology | 2022 Nov | 123: 4137–4152 | SCIE |
An analytical method to control and predict grinding textures on modified gear tooth flanks in CNC generating gear grinding | Yun-Cheng Yang, Yu-Ren Wu*, Tsung-Ming Tsai | Mechanism and Machine Theory | 2022 Nov | 177:105023 | SCIE |
A Novel Approach to Attain Tooth Flanks with Variable Pressure and Helical Angles Utilizing the Same Cutter in the CNC Gear Skiving Process | Trong-Thuan Luu, Yu-Ren Wu* | International Journal of Advanced Manufacturing Technology | 2022 Oct | 123: 875–902 | SCIE |
Integrated multi-objective optimization on geometrical design of a disk-type milling cutter with multiple inserts applying uniform design, RBF neural network and PSO algorithm | Achmad Arifin, Yu-Ren Wu* | International Journal of Advanced Manufacturing Technology | 2022 Aug | 121:4829-4846 | SCIE |
A Novel Correction Method to Attain Even Grinding Allowance in CNC Gear Skiving Process | Trong-Thuan Luu, Yu-Ren Wu* | Mechanism and Machine Theory | 2022 May | 171:104771 | SCIE |
Analytical design of disk-type milling cutter with multiple inserts and CNC milling simulation of screw rotors considering grinding stock | Achmad Arifin, Yu-Ren Wu* | Mechanism and Machine Theory | 2022 Apr | 170:104724 | SCIE |
A universal rotor design method for twin-rotor fluid machines with a parameterized sealing line considering inter-lobe clearances | Minh-Thuan Hoang, Yu-Ren Wu*, Trong-Linh Nguyen | Vacuum | 2021 Jul | 189:110276 | SCIE |
Two-way coupled MBD–DEM modeling and experimental validation for the dynamic response of mechanisms containing damping particles | Yu-Ren Wu, Yun-Chi Chung*, I-Cheng Wang | Mechanism and Machine Theory | 2021 May | 159:104257 | SCIE |
Inter-lobe clearance estimation for twin-screw rotor pairs with point-meshing features | Minh-Thuan Hoang, Yu-Ren Wu* | Proc. Inst. Mech. Eng. E: Journal of Process Mechanical Engineering | 2021 Apr | 235(2):560-570 | SCIE |
Error compensation method for milling single-threaded screw rotors with end mill tools | Minh-Thuan Hoang, Yu-Ren Wu* | Mechanism and Machine Theory | 2021 Mar | 157:104170 | SCIE |
A general mathematical model for screw-rotor honing using an internal-meshing honing machine | Minh-Thuan Hoang, Yu-Ren Wu*, Van-Quyet Tran | Mechanism and Machine Theory | 2020 Dec | 154:104038 | SCIE |
A Novel Method for Closed-loop Topology Modification of Helical Gears Using Internal-Meshing Gear Honing | Van-Quyet Tran, Yu-Ren Wu* | Mechanism and Machine Theory | 2020 Mar | 145:103691 | SCIE |
Dynamic Modeling of a Gear Transmission System Containing Damping Particles Using Coupled Multi-body Dynamics and Discrete Element Method | Yun-Chi Chung, Yu-Ren Wu* | Nonlinear Dynamics | 2019 Oct | 98(1):129-149 | SCIE |
Manufacturing helical gears with double-crowning and twist-free tooth flanks using a variable pressure angle shaving cutter | Ruei-Hung Hsu, Yu-Ren Wu*, Van-The Tran | Proceedings of the IMechE, Part B: Journal of Engineering Manufacture | 2019 Jan | 233(1):77-86 | SCIE |
Generation Method for a Novel Roots Rotor Profile to Improve Performance of Dry Multi-stage Vacuum Pumps | Yu-Ren Wu*, Van-The Tran | Mechanism and Machine Theory | 2018 Oct | 128:475-491 | SCIE |
Dual Lead-crowning for Helical Gears with Long Face Width on a CNC Internal Gear Honing Machine | Van-Quyet Tran, Yu-Ren Wu* | Mechanism and Machine Theory | 2018 Dec | 130:170-183 | SCIE |
A General Mathematical Model for Continuous Generating Machining of Screw Rotors with Worm-shaped Tools | Yu-Ren Wu*, Wei-Hsuan Hsu | Applied Mathematical Modelling | 2014 Jan | 37(1):28-37 | SCIE |
A Numerical Method for Reversely Generating a Pair of Conjugated Rotor Profiles of Twin-screw Compressor from the Measured Profile Data | Ruei-Hung Hsu, Yu-Ren Wu*, Zi-An Chen | Procedia CIRP | 2017 Mar | 63:483-487 | EI |
A Method for Generating Helical Surface of the VPA Hob on a CNC Worm Grinding Machine | Van-The Tran, Ruei-Hung Hsu, Shih-Sheng Chen, Yu-Ren Wu* | MATEC Web of Conferences | 2017 Feb | 95:04002 | EI |
Dual Lead-crowning for Helical Gears with Anti-twist Tooth Flanks on the Internal Gear Honing Machine | Van-Quyet Tran, Yu-Ren Wu* | Materials Science and Engineering | 2017 Dec | 282:012005 | EI |
Generation of the Anti-Twist Crowned Helical Gear by Modifying the Gear Rotation Angle in the Hobbing Process | Ruei-Hung Hsu, Yu-Ren Wu*, Shih-Sheng Chen | Key Engineering Materials | 2017 Aug | 749:161-170 | EI |
Dynamic Response Prediction of A Twin-screw Compressor with Gas-induced Cyclic Loads Based on Multi-body Dynamics | Yu-Ren Wu*, Van-The Tran | International Journal of Refrigeration | 2016 May | 65:111-128 | SCIE |
Transmission and Load Analysis for a Crowned Helical Gear Pair with Twist-Free Tooth Flanks Generated by an External Gear Honing Machine | Yu-Ren Wu*, Van-The Tran | Mechanism and Machine Theory | 2016 April | 98:36-47 | SCIE |
A Tooth Flank Crowning Method by Applying A Novel Crossed Angle Function Between the Hob Cutter and Work Gear in The Gear Hobbing Process | Yu-Ren Wu*, Van-The Tran, Ruei-Hung Hsu | MATEC Web of Conferences | 2016 | 52:03001 | EI |
Dynamic Analysis for Rotors of a Twin-screw Compressor with Gas-induced Cyclic Loads | Yu-Ren Wu*, Van-The Tran, Po-Hua Hsu | Applied Mechanics and Materials | 2015 Jul | Vol. 789-790, pp. 218-223 | EI |
Lead Crowning and Anti-twist for Tooth Flank of a Heat Treated Helical Gear on Internal CNC Honing Machine | Yu-Ren Wu*, Van-The Tran | Applied Mechanics and Materials | 2015 | Vol. 799-800 | EI |
Time-Varying Load Analysis on the Rotor-Bearing System for Twin-Screw Compressors | Yu-Ren Wu*, Jen-Wei Chi | Key Engineering Materials | 2015 | Vol. 625, pp 274-281 | EI |
Sizing Optimization and Strength Analysis for Spread-type Gear Reducers | Wei-Hsuan Hsu, Yu-Ren Wu* | Smart Science | 2014 | Vol. 2, No. 3, pp. 144-153 | EI |
Dynamic Simulation and Analysis of Large-scale Gear Reducers | Hsueh-Chien Hou, Yu-Ren Wu* | Advanced Materials Research | 2014 | Vol. 939, pp. 530-538 | EI |
A Numerical Method for the Evaluation of the Meshing Clearance for Twin Screw Rotors with Discrete Tooth Profile Points | Yu-Ren Wu*, Jen-Wei Chi | Mechanism and Machine Theory | 2013, Dec | Vol. 70, pp. 62-73 | SCIE |
Mathematical Modeling for Screw Rotor Form Grinding on Vertical Multi-axis CNC Form Grinder | Yu-Ren Wu*, Chung-Wen Fan | Journal of Manufacturing Science and Engineering, ASME | 2013, Sep | Vol. 135, No. 5, pp. 051020 | SCIE |
雙螺桿壓縮機轉子及軸承系統之負載分析 | 紀人維, 吳育仁* | 中華民國機構與機器原理學會會刊 | 2013, Feb | Vol. 24, No. 1 | |
Form Grinding Simulation and Tool Abrasion Estimation for Twin Screw Compressor Rotors Based on SolidWorks API | Yu-Ren Wu* | Advanced Materials Research | 2012, Sep | Vol. 579, pp 174-183 | EI |
Asymmetric Gears Design and Performance Analysis for External Gear Pumps | Yu-Ren Wu*, Guang-Yi You | International Journal of Computational Intelligence Research and Applications | 2012, Jun | Vol. 45, pp. 267-272 | EI |
Design Optimization of a Rocker-Joint Silent Chain and Sprocket Drive Based on the Mesh Performance Indices | Wen-Yi Su, Yu-Ren Wu* | Applied Mechanics and Materials | 2012, Jun | Vol. 197, pp. 104-109 | EI |
Simulation of acylindrical form grinding process by the radial-ray shooting (RRS) method | Yu-Ren Wu, Zhang-Hua Fong*, Zheng-Xiang Zhang | Mechanism and Machine Theory | 2010, Oct | Vol. 45, 261–272 | SCIE |
Simulation of a cylindrical Form Grinding Process by the Radial-Ray Shooting (RRS) Method | Yu-Ren Wu, Zhang-Hua Fong*, Zheng-Xiang Zhang | Mechanism and Machine Theory | 2009, Oct | Vol. 6, No. 1, pp. 1-8 | SCIE |
Optimization design of an explicitly defined rack for the generation of rotors for twin-screw compressors | Yu-Ren Wu, Zhang-Hua Fong* | Mechanism and Machine Theory | 2009 | Vol. 44, pp. 66–82 | SCIE |
Rotor Profile Design for the Twin-Screw Compressor Based on the Normal-Rack Generation Method | Yu-Ren Wu, Zhang-Hua Fong* | Journal of Mechanical Design, ASME | 2008, Apr | Vol. 130, pp. 042601-1~042601-8 | SCIE |
Improved rotor profiling based on the arbitrary sealing line for twin-screw compressors | Yu-Ren Wu, Zhang-Hua Fong* | Mechanism and Machine Theory | 2008 | Vol. 43, pp. 695–711 | SCIE |
研究計畫 Research Projects
工作類別 | 姓名 | 計畫名稱 | 執行期限 | 補助單位 | 金額 |
---|---|---|---|---|---|
主持人 | 吳育仁 | 應用動態模擬與專題實作模式於增進機構與機器設計EMI課程學習成效之探究(Exploration on Application of Dynamic Simulation and Project Practice Mode to Enhance EMI Learning Effectiveness in Mechanisms and Machine Design) | 2024-8-1~2025-7-31 | 教育部-教學實踐研究計畫(PEE1136841) | 180,000 |
主持人 | 吳育仁 | 高性能變導程雙螺桿壓縮機之轉子動平衡設計及熱流性能計算關鍵技術研發(Technological Development of Rotor Dynamic Balance Design and Thermo-fluid Performance Calculation for High-performance Variable-lead Twin-screw Compressors) | 2024-6-1~ 2025-5-31 | 國科會(113-2622-E-008-010) | 1,028,000 |
主持人 | 吳育仁 | 高效能微型渦卷壓縮機轉子之電化學加工技術研發(Development of Electrochemical Machining Technology for High- Efficiency Micro Scroll Compressor Rotors) | 2024-6-1~ 2025-5-31 | 國科會(113-2622-E-008-011) | 999,051 |
主持人 | 吳育仁 | 基於動載齒面分析結果之諧波齒輪齒面強力刮削修整技術研發(Technological Development of Power Skiving Tooth Surface Modification for Harmonic Gear Based on Dynamic Load Analysis) | 2024-8-1~2025-7-31 | 國科會(113-2221-E-008-036) | 1,225,000 |
主持人 | 吳育仁 | 創新連續創成內旋刮削螺桿加工法之理論模型及切削實驗建置(Theoretical Modelling and Machining Experimentation for Innovative Continuous-generating Screw Internal-skiving Process) | 2024-8-1~2027-7-31 | 國科會(113-2221-E-008-035-MY3) | 3,612,000 |
主持人 | 吳育仁 | 晶圓機械手臂皮帶傳動系統之靜剛性鑑別方法建立(Establishment of Equivalent Dynamics Analysis Model for Belt Transmission System in Wafer Robotic Arms) | 2024-8-1~2025-7-31 | 上銀科技股份有限公司 | 1,100,000 |
主持人 | 吳育仁 | 車用齒輪箱之振動訊號識別及故障模式判定(Vibration Signal Recognition and Fault Mode Determination for Vehicle Gearboxes) | 2024-7-1~2025-6-30 | 本土股份有限公司 | 800,000 |
主持人 | 吳育仁 | 車用側開門驅動器之鼓形齒輪創成與齒面接觸分析(Spherical Gear Design and Tooth Contact Analysis of Car Side Door Actuator) | 2024-7-1~2025-1-31 | 車輛研究測試中心(信昌) | 400,000 |
主持人 | 吳育仁 | 機車活塞式引擎之動載分析及優化設計(Dynamic Analysis and Optimal Design for the Reciprocating-piston Engine of Motorbikes) | 2024-3-1~2025-2-28 | 光陽工業股份有限公司 | 950,000 |
主持人 | 吳育仁 | 車用側開門驅動器之離合器動載分析與性能評估(Dynamic Analysis and Performance Evaluation of Clutch for Car Side Door Actuator) | 2024-2-1~2024-8-31 | 車輛研究測試中心(信昌) | 400,000 |
主持人 | 吳育仁 | 空壓系統能效提升之關鍵元件技術開發(I)(Technology Development of Key Components for Performance Enhancement of Air-compressor Systems (I)) | 2024-3-1~2024-12-31 | 工業技術研究院 | 840,000 |
主持人 | 吳育仁 | 諧波齒輪減速機之最佳化設計(Optimization Design of Harmonic Drives) | 2023-7-1~2024-6-30 | 台穩精密工業股份有限公司 | 800,000 |
主持人 | 吳育仁 | 變導程雙螺桿真空泵關鍵組件設計及加工方法之逆向工程(Reverse Engineering on Manufacture and Design Methods of Key Components for the Variable-pitch Twin-screw Vacuum Pumps) | 2024-5-1~2025-4-30 | 漢鐘精機股份有限公司 | 800,000 |
主持人 | 吳育仁 | 立式機台側銑加工多段魯式轉子之研究(A Study of Side Milling Processes for Multi-stage Roots Rotors on a Vertical Machine) | 2024-5-1~2025-4-30 | 漢鐘精機股份有限公司 | 800,000 |
主持人 | 吳育仁 | 電動ATV傳動系統及箱體負載分析(Load Analysis on Transmission System and Casing of an Electric ATV) | 2023-12-1~2024-11-30 | 車輛研究測試中心(宏佳騰) | 600,000 |
主持人 | 吳育仁 | 虛擬齒輪箱NVH性能測試台模型與檢測規範之建立(Establishment of Dynamic Model and Gearbox Inspection Specification for A NVH Test Rig) | 2023-7-1~2024-6-30 | 本土股份有限公司 | 800,000 |
主持人 | 吳育仁 | 醫療用高效小型渦卷式壓縮機之研發(Research and Development on Efficient Small Scroll Compressors in Medical Applications) | 2023-5-1~2024-4-30 | 精俐有限公司 | 700,000 |
主持人 | 吳育仁 | 真空泵變導程螺桿之刮銑式刀具優化設計與微油雙螺桿真空泵之性能評估(Optimal Design of Shaving-Milling Tool for Variable-lead Screw Rotors and Performance Evaluation of Oil-less Twin-screw Vacuum Pumps) | 2023-4-1~2024-3-31 | 漢鐘精機股份有限公司 | 800,000 |
主持人 | 吳育仁 | 數控內嚙合珩齒加工之齒面修整、降噪齒面紋理、修砂及珩輪動平衡之技術研究(Technical Investigation on Gear Tooth Modification Dressing and Dynamic-Balancing of Honing Wheel and Noise-Suppression Gear Surface Texture for CNC Internal-Meshing Gear Honing Process) | 2022-8-1~2024-7-31 | 國科會(111-2221-E-008-076-MY2) | 1,984,000 |
主持人 | 吳育仁 | 雙螺桿壓縮機性能最佳化設計(Optimization Design of Twin-screw Compressor Performance) | 2023-9-1~2024-8-31 | 東正鐵工廠股份有限公司 | 800,000 |
主持人 | 吳育仁 | 電動機車齒輪傳動系統音質改善專案(A project of sound quality improvement on gear transmission system for an electric motorbike) | 2022-5-1~2023-4-30 | 光陽工業股份有限公司 | 980,000 |
主持人 | 吳育仁 | 齒面硬化預測模型及熱處理前齒面加工留量控制技術之建立(Prediction modelling of gear hardening processes and establishment of control technology on gear machining allowance before heat treatment)" | 2022-8-1~2023-10-31 | 國科會(111-2223-E-008-001) | 1,020,000 |
主持人 | 吳育仁 | 真空泵變導程螺桿可加工性及幾何性能評估之研究(A Study of Evaluation on Machinability and Geometric Performance of Vacuum Pump Variable-Lead Screw Rotors) | 2022-1-1~2022-12-31 | 漢鐘精機股份有限公司 | 800,000 |
主持人 | 吳育仁 | 雙包絡蝸桿研磨機之關鍵技術開發(Key Technology Development of Double Envelope Worm Gear Grinding Machines) | 2022-1-1~2022-12-31 | 華宇精密有限公司 | 600,000 |
主持人 | 吳育仁 | 諧波減速機齒輪強度及傳動性能之改良設計(Improved Design on Gear Strength and Transmission Performance of Harmonic Reducers) | 2022-9-1~2023-3-31 | 台穩精密工業股份有限公司 | 500,000 |
主持人 | 吳育仁 | 雙螺桿空氣壓縮機轉子幾何之最佳化設計(Optimization Design of Rotor Geometry for Twin-Screw Air Compressors) | 2022-9-1~2023-8-31 | 東正鐵工廠股份有限公司 | 700,000 |
主持人 | 吳育仁 | 多軸數控強力刮齒機之齒面修整加工技術開發(Technological Development of Gear Tooth Modifications for a Multi-Axis CNC Power Gear Skiving Machine) | 2021-1-1~2022-12-31 | 邁萃斯精密股份有限公司 | 2,000,000 |
主持人 | 吳育仁 | 蝸桿砂輪磨齒機產生低噪音磨紋齒面之關鍵技術開發(Key Technology Development of Tooth Modification and Grinding Texture Control for Generating Gear Grinding Machines) | 2020-10-1~2022-9-30 | 邁萃斯精密股份有限公司 | 2,000,000 |
主持人 | 吳育仁 | 基於連續創成磨法的圓柱齒輪齒面磨削紋理抑振降噪之研究(A Study of Vibration and Noise Reduction via Ground Texture of Cylindrical Gear Tooth Surface with Continuous Generating Grinding Method) | 2019-8-1~2022-7-31 | 國科會(108-2628-E-008-007-MY3) | 3,690,000 |
主持人 | 吳育仁 | 應用旋風式銑削進行螺旋式真空泵轉子加工之研究(A Study on Applying Whirling Milling Method to Manufacture Screw Rotors for Vacuum Pumps) | 2020-8-1~2022-7-31 | 國科會(109-2221-E-008-004-MY2) | 1,233,000 |
主持人 | 吳育仁 | 應用阻尼顆粒於馬達減速機兼具動平衡校正及振動抑制之技術開發(Dynamic Balance Correction and Vibration Attenuation on Motor Reducers Containing Damping Particles) | 2020-11-1~2021-10-31 | 國科會(109-2622-E-008-019) | 1,158,000 |
主持人 | 吳育仁 | 伺服沖床設備中齒輪傳動系統之最佳化設計(Optimal Design of Gear Transmission Systems for Servo Presses) | 2019-12-1~2021-8-31 | 協易機械工業股份有限公司 | 1,260,000 |
主持人 | 吳育仁 | 具對稱齒形真空泵螺桿轉子優化設計及加工方法之研究(A Study on Optimization Design and Manufacture Method of Vacuum Pump Screw Rotor with Symmetric Tooth Profile) | 2021-1-1~2021-12-31 | 漢鐘精機股份有限公司 | 800,000 |
主持人 | 吳育仁 | 引擎傳動系統之負載分析及結構振動改善(Load Analysis and Structural Vibration Improvement of Engine Transmission System) | 2020-4-1~2021-3-31 | 光陽工業股份有限公司 | 950,000 |
主持人 | 吳育仁 | 高效率馬達結構建模與有限元素分析先期研究(Advanced Research on Structural Modeling and Finite Element Analysis of High Efficiency Motors) | 2020-4-1~2020-11-30 | 工業技術研究院 | 500,000 |
主持人 | 吳育仁 | 電動車差速齒輪傳動系統之動載分析與性能評估(Dynamic Analysis and Performance Evaluation of Gear Differential Transmission System in Electric Vehicle) | 2020-1-1 ~ 2020-12-31 | 車輛研究測試中心(宏佳騰) | 500,000 |
主持人 | 吳育仁 | 行星齒輪減速馬達之傳動系統設計及動載分析(Geometric Design and Dynamic Analysis for Planetary Gear Transmission System in Gear Motors) | 2019-11-1 ~ 2021-10-31 | 如陽科技股份有限公司 | 1,600,000 |
主持人 | 吳育仁 | 雙螺桿壓縮與真空泵設計軟體開發、及盤型銑刀與單螺桿壓縮機轉子對之設計(Design Software Development for Twin-Screw Vacuum Pumps and Compressors and Design of Disk-Shaped Milling Cutter and Single-Screw compressor Rotor Pair) | 2019-3-1 ~ 2021-2-28 | 漢鐘精機股份有限公司 | 1,850,000 |
主持人 | 吳育仁 | 發動機齒輪箱之齒輪修形及動態分析 | 2019-2-1 ~ 2019-8-31 | 中科院航空所 | 188,600 |
主持人 | 吳育仁 | 理論推導動力刮削插齒刀具並透過五軸機加工內外圓柱齒輪開發 | 2019-1-1 ~ 2020-12-31 | 邁萃斯精密股份有限公司 | 1,500,000 |
主持人 | 吳育仁 | 爪式轉子線形最佳化及真空泵性能提升之研究(A Study on Performance Enhancement of Claw-Type Vacuum Pump by Rotor Profile Optimization) | 2019-1-1 ~ 2019-12-31 | 程黌有限公司 | 300,000 |
主持人 | 吳育仁 | 應用多體動力學及離散元素法於具顆粒阻尼齒輪及軸承系統抑振之研究(A Study of Vibration Reduction in a Gear-bearing System with Particle Damper Based on Multi-body Dynamics and Discrete Elemental Method) | 2018-8-1 ~ 2020-7-31 | 國科會(107-2221-E-008-052-MY2) | 1,589,000 |
主持人 | 吳育仁 | 發動機齒輪箱傳動系統之結構檢核及強度分析(Structure Check and Strength Analysis of Engine Gearbox Transmission System) | 2018-6-1 ~ 2018-12-31 | 中科院航空所 | 188,600 |
主持人 | 吳育仁 | 無油爪式真空泵之變齒距螺旋轉子設計及性能分析(Design and Performance Analysis of Claw-type Vacuum Pump Rotors with Helix Angle and Variable Circular Pitch) | 2018-1-1 ~ 2018-12-31 | 程黌有限公司 | 800,000 |
主持人 | 吳育仁 | 大型帶齒輪轉盤軸承之開發、動載分析及壽命估算(II) (Development Dynamic Analysis and Life Estimation of the Large-size Slewing Bearing with Gear Ring (II)) | 2017-10-1 ~ 2018-9-30 | 上和齒輪股份有限公司 | 286,000 |
主持人 | 吳育仁 | 考量氣體負載及轉軸彈性變形下迴轉式壓縮機轉子系統之動力響應研究(Dynamic Response of Rotary Compressor Rotor System under Gas Load) | 2017-8-1 ~ 2018-7-31 | 國科會(106-2221-E-008-045) | 780,000 |
主持人 | 吳育仁 | 基於轉子端面線型離散點進行雙螺桿真空泵轉子齒面間隙設計及加工模擬程式之開發(Computer Programming for Intermesh Clearance Design and Cutting Simulation of Twin-screw Vacuum Pump Rotors Based on Discrete Profile Points) | 2017-3-1 ~ 2019-2-28 | 漢鐘精機股份有限公司 | 1,500,000 |
主持人 | 吳育仁 | 螺桿壓縮機之熱-固-流耦合電腦輔助分析技術建立及應用(Establishment of Fluid-Solid Thermal Coupling CAE Technology and Its Applications for Twin-screw Compressors) | 2016-12-1 ~ 2018-11-30 | 漢鐘精機股份有限公司 | 2,540,000 |
主持人 | 吳育仁 | 氣體負載下迴轉式壓縮機之剛柔性體耦合動載分析模型建立及配重改良實驗(Rigid-Flexible-Coupling-Dynamics-Based Modelling and Vibration Test with Improved Balancers for Rotary Compressors under Gas-induced Loads) | 2016-11-1 ~ 2017-10-31 | 瑞智精密股份有限公司 | 450,000 |
主持人 | 吳育仁 | 大型帶齒輪轉盤軸承之開發、動載分析及壽命估算(I) (Dynamic Analysis and Life Estimation of the Large-size Slewing Bearing with Gear Ring (I)) | 2016-10-1 ~ 2017-9-30 | 上和齒輪股份有限公司 | 286,000 |
主持人 | 吳育仁 | 新型高效能真空泵浦魯氏轉子之開發及試驗(Development and Test of A Novel Roots Rotor Profile for the High Efficiency Vacuum Pump) | 2016-8-1 ~ 2017-7-31 | 國科會(105-2221-E-008-047) | 633,000 |
主持人 | 吳育仁 | 雙螺桿壓縮機轉子逆向重建及動載分析技術之建立(Technology Establishment of Reversed Rotor Reconstruction and Dynamic Load Analysis for Twin Screw Compressors) | 2016-03-1 ~ 2017-2-28 | 漢鐘精機股份有限公司 | 570,000 |
主持人 | 吳育仁 | 大型齒輪箱振動噪音量測實驗之建立(Experiment Establishment for Vibration and Noise Measurement on Large-scale Gearboxes) | 2016-1-1 ~ 2016-12-31 | 允伸機械股份有限公司 | 600,000 |
主持人 | 吳育仁 | 迴轉式壓縮機之動態負載分析(Dynamic Load Analysis of Rotary Compressors) | 2015-11-1 ~ 2016-10-31 | 瑞智精密股份有限公司 | 450,000 |
主持人 | 吳育仁 | 應用SolidWorks二次開發技術於齒輪箱關鍵零組件之繪製(Engineering Drawing Generation of Key Components in Gearboxes Using SolidWorks API) | 2015-9-1 ~ 2016-8-31 | 上和齒輪股份有限公司 | 367,059 |
主持人 | 吳育仁 | 應用多體動力學於工具機新型主軸變速箱之研究、試驗及最佳化(Application of Multi-body Dynamics on Study Test and Optimization of A Novel Machine Tool Spindle Gearbox) | 2015-8-1 ~ 2016-7-31 | 國科會(104-2221-E-008-007) | 883,000 |
主持人 | 吳育仁 | 魯式真空泵轉子齒型設計程式之開發(Program Development of Rotor Tooth Profile Design for Vacuum Pumps) | 2015-1-1 ~ 2015-12-31 | 漢鐘精機股份有限公司 | 540,000 |
主持人 | 吳育仁 | 循環氣體負載下雙螺桿壓縮機轉子幾何與動力特性之關聯性研究(Study on Relationship between Geometric and Dynamic Characteristics of Meshing Rotors for Twin-Screw Compressors under Cyclic Gas Load) | 2014-08-01 ~ 2015-07-31 | 國科會(103-2221-E-008-120) | 663,000 |
主持人 | 吳育仁 | 全地形車齒輪差速機構之研發(Research and Development of Differential Mechanism for All-Terrain Vehicles) | 2013-12-01 ~ 2014-11-30 | 華鏞機械工業股份有限公司 | 413,000 |
主持人 | 吳育仁 | 大型齒輪減速機之關鍵技術開發(Knowhow Development of Large-scale Gear Reducers) | 2013-10-01 ~ 2014-09-30 | 上和齒輪股份有限公司 | 344,000 |
主持人 | 吳育仁 | 齒形鏈傳動系統CAE模型與實驗平台之建立(Establishment of CAE Model and Test Platform for the Silent Chain System) | 2013-08-01 ~ 2014-07-31 | 國科會(102-2221-E-020-014) | 787,000 |
主持人 | 吳育仁 | 鏈條之研發及試製(R&D and Trial Manufacture of Transmission Chains) | 2013-03-01 ~ 2014-02-28 | 桂盟企業股份有限公司 | 400,000 |
主持人 | 吳育仁 | 環保冷媒雙螺旋壓縮機之關鍵技術開發(2/2) (Development of key technology of eco-friendly refrigerant twin screw compressor (2/2)) | 2012-11-01 ~ 2013-10-31 | 國科會(100-2622-E-194-006-CC2) | 5,792,000 |
主持人 | 吳育仁 | 齒輪增、減速機設計關鍵技術開發(Development of Key Technologies for Designing Gear Reducers and Increasers) | 2012-10-01 ~ 2013-09-30 | 上和齒輪股份有限公司 | 330,000 |
主持人 | 吳育仁 | 環保冷媒雙螺旋壓縮機之關鍵技術開發(1/2) (Development of key technology of eco-friendly refrigerant twin screw compressor (1/2)) | 2011-11-01 ~ 2012-10-31 | 國科會(100-2622-E-194-006-CC2) | 6,742,000 |
主持人 | 吳育仁 | 螺旋式冷媒壓縮機關鍵技術開發先期研究(Advanced Development of Key Technologies for Refrigerant Twin-screw Compressors) | 2011-3-1 ~ 2011-11-30 | 國立中正大學先進工具機研究中心(上海漢鐘精機) | 480,000 |
協同主持人 | 吳育仁 | 電腦數控立式成形砂輪磨齒機關鍵技術研發(Research and development of the key technologies for the CNC vertical gear form grinder) | 2010-11-1 ~ 2012-2-29 | 國科會(98-2622-E194-004-CC2) | 21,800,000 |
主持人 | 吳育仁 | 齒形鏈傳動系統之動態嚙合衝擊分析模型與試驗平台之建立 | 2011-8-1 ~ 2012-7-31 | 國科會(100-2221-E-020-011) | 748,000 |
主持人 | 吳育仁 | 外嚙合螺旋齒輪泵之幾何設計及性能分析(Geometric Design and Performance Analysis of the External Helical Gear Pump) | 2010-8-1 ~ 2011-7-31 | 國科會(99-2221-E-020-005) | 596,000 |
主持人 | 吳育仁 | 應用CAGD於複雜齒形螺桿壓縮機轉子及其刀具設計之研究(Study on the design of the complex-shape rotor and its tool of the screw compressor by using computer-aided geometric design) | 2009-8-1 ~ 2010-7-31 | 國科會(98-2218-E-020-002) | 538,000 |
主持人 | 吳育仁 | 太陽能風力發電機組之性能測試與提升 | 2009-11-1 ~ 2010-4-30 | 98年度經濟部學界協助中小企業科技關懷計畫(自來電有限公司) | 72,000 |
主持人 | 吳育仁 | 自我研發能力及鋁擠型產品設計技術之提昇 | 2009-11-1 ~ 2010-4-30 | 98年度經濟部學界協助中小企業科技關懷計畫(喬泰鋁業) | 72,000 |
主持人 | 吳育仁 | 推動高工實務專題製作模式之建立(1/3) | 2009-9-1 ~ 2010-5-31 | 教育部補助技職校院建立策略聯盟計畫(主辦單位:屏東商業技術學院) | 200,000 |
共同主持人 | 吳育仁 | 加工效率與振動問題研究 | 2009-1-16 ~ 2009-11-15 | PMC財團法人精密機械研究發展中心暨經濟部工業局 | 500,000 |
兼任研究助理 | 吳育仁 | 螺旋式壓縮機閉迴路電腦輔助設計與製造系統開發 | 2005-5-1 ~ 2007-4-30 | 復盛股份有限公司暨經濟部技術處SBIR | 20,000,000 |
榮譽事蹟 Honors and Awards
1. 研究獲獎:
— 榮獲110學年度中央大學「特聘教授」
— 榮獲2021年中華民國力學學會「年輕力學學者獎」
— 榮獲第17屆上銀機械碩士論文競賽「金質獎」
— 榮獲2020年科技部「吳大猷先生紀念獎」
— 榮獲110學年度中央大學「羅家倫校長年輕傑出研究獎」
— 榮獲108、109學年度中央大學「研究傑出獎」
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2. 優秀學者計畫:
— 2019年獲科技部3年期「優秀年輕學者研究計畫」,計畫編號:MOST 108-2628-E-008-007-MY3。
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3. 技術移轉及獲獎:
— 榮獲2021年台灣創新技術博覽會發明競賽「金牌獎」,作品名稱:「齒輪加工裝置及方法」。
— 榮獲2021年台灣創新技術博覽會發明競賽「銅牌獎」,作品名稱:「動平衡裝置」。
— 榮獲2021年第三屆綠點子國際發明暨設計競賽「社會組 鈦金獎」,作品名稱:「兼具轉子動平衡功用之阻尼顆粒抑振技術」。
— 榮獲110年度中央大學「績優技術移轉獎」,授權技術:「蝸桿型砂輪創成磨齒之降噪齒面磨紋控制」。
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4. 學術論文獲獎:
— 2021年與研究生 王家元榮獲CSME第38屆全國學術研討會「學生論文競賽佳作」,論文題目:「應用顆粒阻尼技術於齒輪傳動系統之抑振研究與實驗驗證」。
— 指導畢業博士生 皇明順榮獲2021年CSME「博士論文獎佳作」& 2021年CSMMT「優等博士論文獎」,論文題目:「A study on geometric design and manufacturing method for twin-screw rotors considering meshing clearances」。
— 指導大專生 林俊廷、黃宥硯榮獲110年中國工程師學會學生分會工程論文競賽「機械組 佳作」,論文題目:「具顆粒阻尼器轉子之動平衡及減振設計」。
— 指導108學年度畢業碩士生 蔡宗鳴榮獲「第十七屆上銀機械碩士論文獎」金質獎,學位論文:「基於蝸桿創成磨齒加工之齒面磨削紋理模擬及控制方法」。
— 指導畢業博士生 陳文決榮獲2020年CSME「博士論文獎第一名」及2020年CSMMT「優等博士論文獎」,論文題目:「A Study on Internal-Meshing Honing Methods of Cylindrical Gears and Screw Rotors」。
— 2020年與研究生 楊昀承榮獲CSME第37屆全國學術研討會「學生論文競賽第一名」,論文題目:「基於蝸桿砂輪進行齒面磨削紋理控制方法之研究」。
— 2020年與研究生 張佳恩、王譯徵榮獲第23屆CSMMT「ADAMS論文獎第二名」,論文題目:「應用顆粒阻尼器於迴轉式壓縮機之振動抑制及動平衡設計」。
— 2019年指導碩士生 李珍鋆榮獲第2019年CSMMT「最佳碩士論文獎」,論文題目「具阻尼顆粒齒輪傳動系統之動力學模型建立與抑振量測實驗」。
— 2019年與研究生 王家元榮獲CSME第36屆全國學術研討會「學生論文競賽第二名」,論文題目:「具阻尼顆粒齒輪傳動系統之動力學模型建立與抑振量測實驗」。
— 2019年與研究生 陳文決、周杰榮獲第22屆CSMMT「最佳論文獎&蔡隆文教授紀念論文獎」,論文題目:「應用六軸CNC工具機進行內嚙合刮齒之數學模型建立」。
— 2019年與研究生 王譯徵榮獲第22屆CSMMT「ADAMS論文獎第一名」,論文題目:「應用MSC.ADAMS進行具循環氣體負載迴轉式壓縮機之振動預測及實驗驗證」。
— 2019年與研究生 蔡宗鳴參加「Taipei國際工具機展心得徵文競賽」榮獲「研究所組第一名」。
— 2018年於第42屆全國力學會議榮獲「固力材料組第三名」,論文題目:「應用多體動力學於具循環氣體負載之迴轉式壓縮機振動預測模型建立」。
— 2018年指導學生余家葳、張育軒參與第21屆CSMMT榮獲「最佳論文獎入選獎」,論文題目:「具齒廓修形內嚙合非圓形齒輪創成之方法建立與其傳動誤差分析」。
— 2016年指導研究生榮獲第24屆中華民國振動與噪音工程學術研討會「優良應用論文獎」,論文題目:「具滑動軸承二級齒輪減速箱之振動特徵模擬與最適軸承間隙選配」。
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5. 實作競賽獲獎:
— 榮獲2021年磨潤科技實務技術競賽「第二名」,作品名稱「兼具抑振及動平衡功用之顆粒阻尼技術」。
— 2018年指導研究生參與「虎門科技尤拉盃CAE創意大賽」榮獲「金牌獎」。
— 2018年指導學生 李珍鋆、王家元、張鍾佑、謝垚瀚參與「第四屆磨潤科技實務技術競賽」榮獲「最佳創意獎」。
— 2013年指導專題學生參加教育部「全國技專校院學生實務專題製作競賽暨成果展」榮獲機械與動力機械群第二名。
— 2013年指導專題生獲邀參加教育部「技專校院產學研發最新成果發表記者會」優勝。
專利 Patents
類別 | 專利申請案件名稱 | 國別 | 發明人 | 提申案號/證書號/權利期間 | 專利簡介 |
---|---|---|---|---|---|
發明專利 | 切削刀具之設計方法 | 中華民國 | 吳育仁 | 112121594/I828595/2024-1-1~2043-6-8 | |
發明專利 | 齒輪刮齒刀具及其設計方法 | 中華民國 | 吳育仁 | 111120945 / I825767 / 2023-12-11~2042-6-5 | |
發明專利 | DESIGN METHOD OF THE CUTTING TOOL AND ITS STRUCTURE AND CORRESPONDING METHOD OF MACHINING ROTORS | 美國 | 吳育仁 | 18/231,882/領證中 | |
發明專利 | 歯車加工装置及び方法 | 日本 | 吳育仁 | 特願2021-176007/特許第7479706號/2021-10-28~2041-10-28 | |
發明專利 | GEAR PROCESSING APPARATUS AND METHOD | 美國 | 吳育仁 | 17/086,052 | |
發明專利 | 齒輪加工裝置及方法 | 中華民國 | 吳育仁 | 110139558/I806203/2023.6.21-2041.10.24 | |
發明專利 | 動平衡裝置 | 日本 | 吳育仁、鍾雲吉 | 2020-176805/7028928/2020.10.21-2040.10.20 | |
發明專利 | Dynamic Balancing Apparatus | 美國 | Yu-Ren WU; Yun-Chi CHUNG | 11209069 B1/2020.10.30-2040.10.29 | |
發明專利 | 動平衡裝置及維持動平衡且兼具減少振動之方法 | 中華民國 | 吳育仁、鍾雲吉 | 109118709/I737334/2021.8.21-2040.6.3 | 一種動平衡裝置,包括動平衡組件及複數阻尼粒子。動平衡組件包括至少二結構件,分隔地設置於連接轉子之轉軸上,且各結構件對應垂直轉軸之軸線之獨立平面,其中各結構件包括至少一容置部;複數阻尼粒子填充至各結構件之至少一容置部,使得各結構件之結構件質心偏離軸線。藉此,各結構件隨著轉子轉動而產生慣性力及慣性力矩,用以抵銷轉子於轉動時因轉子質心偏移所 產生之慣性力及慣性力矩以達到動平衡;其中複數阻尼粒子可隨著轉子轉動而於容置部內移動並產生摩擦碰撞,以達到減振及減噪之效果。 |
發明專利 | 雙螺桿壓縮機之螺旋轉子間的間隙計算方法 | 中華民國 | 吳育仁、蕭翔徽、謝合鈞 | 102101136/I482920/2015.5.1-2033.1.10 | 一種雙螺桿壓縮機之螺旋轉子間的間隙計算方法,該雙螺桿壓縮機包括一個具有一公螺旋齒面的公螺旋轉子,及一與該公螺旋轉子相互嚙合且具有一母螺旋齒面的母螺旋轉子,且相嚙合的該公螺旋齒面與該母螺旋齒面間形成有一接觸線。該間隙計算方法是依據齒輪包絡理論產生對應該公轉子齒型與該母轉子齒型的一公轉子齒直角齒條與一母轉子齒直角齒條,再以公、母螺旋轉子嚙合位置裝配公轉子齒直角齒條與母轉子齒直角齒條,並將公轉子齒直角齒條與母轉子齒直角齒條的間隙,推導至該接觸線上,呈現三維接觸線間隙分佈圖,不但計算所費時間短且準確度高。 |
發明專利 | 螺旋式流體機器(SCREW FLUID MACHINES) | 中華民國 | 馮展華、吳育仁、郭以理 | 095129461/I308616/2009.4.11-2026.8.10 | 一種螺旋式流體機器,其包括有一機殼,該機殼內部包括一主轉子及一或多數個副轉子,前述轉子間彼此平行運轉且均由同一齒條採齒直角方式生成使得各轉子上的螺旋齒面間保持共軛,令該螺旋式流體機器具有即使改變轉子螺旋角均可用同一滾刀來切齒之優點,可減少製造成本和換刀時間,加上齒條曲線即為滾刀刃口,使得轉子滾刀設計容易,且轉子具極大改良和最佳化之彈性、力矩合理分配之優點。 |
發明專利 | 螺旋轉子機構 | 中華民國 | 李後藤、馮展華、吳育仁 | 093125473/I240781/2005.10.01-2024.8.25 | 本發明係關於一種由齒條所產生之曲線做為轉子輪廓的螺旋轉子機構,特別涉及力矩合理分配且高效率之螺旋轉子機構,以及具有此種輪廓之一對螺旋轉子。係於螺旋轉子機構中設有一對相互嚙合之螺旋轉子,該對螺旋轉子具有螺旋齒肋及安插於其間之齒溝,以便在機器的工作空間內繞平行軸旋轉,其中之一轉子為母轉子,另一轉子為公轉子,本發明主要目的在提供一種可符合最佳嚙合設計之轉子,以便構成具備齒形設計簡易、效率佳且力矩合理分配於公、母轉子之螺旋轉子機構。 |
發明專利 | 多功能車用電動輔助機器及其動力主機 | 中華民國 | 馮展華、吳育仁、黃以文、陳政富、黃弘欽、楊中豪、王友仁 | 095101594/I295649/2008.4.11-2026.1.15 | 一種多功能車用電動輔助機器及其動力主機,包含:一動力主機、一打氣裝置、一衝擊機構,以及一千斤頂。該動力主機包括一動力源,以及受該動力源驅動而產生轉速與扭力的一打氣傳動軸、一衝擊傳動軸、一頂撐傳動軸。該打氣裝置包括一界定出一容室的殼座,以及一與該打氣傳動軸動力銜接,並將外界空氣吸入容室後再排出的打氣單元。藉由動力主機之該等傳動軸分別與打氣裝置、衝擊機構及千斤頂連結,使本發明確實具有多功能之優點。 |
新型專利 | 壓縮機排氣孔口之改良 | 中華民國 | 馮展華、吳育仁、顏立永、賴欣池 | 095213604/M304584/2007.1.11-2016.8.1 | 一種關於壓縮機排氣孔口之改良,其中該壓縮機包括有一對相互嚙合之轉子,以及一排氣端蓋,該排氣端蓋上挖有一排氣緣口,以及一或多數個卸荷槽。藉由排氣緣口及卸荷槽之設計可使轉子齒間容積內部高壓氣體之排出量較以往設計者為多,加上卸荷槽具分擔、舒解高壓氣體、補充吸氣損失及降低氣動噪音之功能,使本創作確實具有實用改良之優點。 |
發明專利 | 組合式多功能保護殼 | 中華民國 | 吳育仁 | 103110701 I568330 2017.01.21-2034.03.20 | 一種組合式多功能保護殼,包含一主體單元,及四個分別可分離地組合在該主體單元上的組合單元。該主體單元包括一概呈十字型之主殼體,定義通過該主殼體之中心點且相互垂直的一第一輔助線及一第二輔助線,該主殼體沿該第一輔助線及該第二輔助線可對稱地劃分出四個概呈L型之區塊。每一組合單元可分離地組合在相對應之區塊上並包括一具有一收納空間的組合殼體,及一呈L形並設置於該組合殼體遠離該中心點之端緣上的固定件,該等固定件共同配合用以固定一電子產品。本發明之特徵在於:可配合不同尺寸之電子產品更換該等組合單元以提高泛用性。 |
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