植物肉製造技術

Plant-based Meat Technology

食品工業發展研究所

Food Industry Research and Development Institute

產品及製程研發中心

MIT健康美味植物肉，擬真口感領先國際

Healthy and tasty Taiwanese world-leading plant-based meat with highly-realistic textures

第三代植物肉「剪力流的成型技術」，仿肉纖維的肌理化長纖結構，讓肉的纖維變得又細、又長，更貼近真肉咀嚼感和纖維束，更適合製作整片、整塊的肉品形式。相較競品僅具單方向纖維結構植物肉，不僅無纖維束結構，製作排餐時還需二次加工，耗時費事。

The "shear flow forming technology" for the third-generation plant-based meat creates a long-fiber structure with a meat-like texture. The thin, long fiber of the plant-based meat provides a taste and fiber bundles more similar to actual meat. This technology is more suitable to produce whole muscle meat products. In comparison, the competitors can only create single directional fiber structures without fiber bundles. They also require secondary processes to make steaks, which are time consuming and laborious.

・連續低剪切製程
・少添加、無須二次加工
・多元化產品價值

・Continuous low shear process
・Less additives, no need for secondary processing
・Diversified product values

超高純度多功能奈米矽粉體

High Purity Multi-Functional Nano Silicon

國立成功大學

National Cheng Kung University

Nano Silicon

超高純度多功能奈米矽粉體是搶手貨

High Purity Multi-functional Nano Silicon - The Hot Cake

超高純度多功能奈米矽粉體經由整合矽粉體微細化、粒徑分佈控制、粉體分散、氧化層厚度控制與粉體純化等技術進行量產 (1噸/月)，用於製造高品質鋰離子電池所需矽基負極材料以及碳化矽半導體所需高純度碳化矽粉體之原料。

High purity multi-functional nano silicon powders are mass-produced (1 ton/month) for the application in high quality silicon-based anode materials for lithium ion battery and the high purity silicon carbide powder for silicon carbide semiconductor by integrating the technologies of silicon powder downsizing, size distribution control, powder dispersion, oxidation layer thickness control and powder purification.

1.低成本
2.高純度
3.用於製造高品質矽基負極材料和高純度碳化矽粉末

1.Low cost
2.High purity
3.Applied in high quality silicon-based anode materials and high purity silicon carbide powders

創新低滲漏高均勻度骨水泥灌注椎體成形術解決方案

A Novel Bone Cement Injection Solution with Low Leakage and High Uniformity for Vertebroplasty Surgery.

國立陽明交通大學

National Yang Ming Chiao Tung University

iME4Orth陽交大價創2.0計畫團隊

最安全的脊椎壓迫性骨折骨水泥灌注解決方案

The Safest Vertebroplasty Solution for Vertebral Compression Fracture

一種灌注骨水泥的創新醫材，以智能負壓導引骨水泥技術搭配PVP或PKP手術方式，可以大幅降低骨水泥外溢機率，增加填充均勻度，解決此微創手術之臨床未滿足需求。

An innovative medical device for perfusion of bone cement. By combining negative pressure with PVP or PKP, the intelligent device guides bone cement with directional flow, greatly reducing bone cement spillage while increasing the filling uniformity.

1.降低骨水泥滲漏
2.增加灌注均勻度
3.椎體成形術最安全的骨水泥灌注方案

1.Reduce bone cement leakage.
2.Increase injection uniformity.
3.Safest bone cement injection solution for vetebroplasty.

智慧健康促進服務系統

Intelligent Health Promotion Service System

國立成功大學

National Cheng Kung University

智遊科技公司

AI Free Tech

aiFree智慧健康好夥伴，陪伴每一位使用者開心復健、讓家人放心，共造健康活力人生

A new rehab service enables patients to recuperate at home which medical professionals can remotely arrange suitable rehab treatments.

本公司提供智慧服務系統整合專業復健療程，提供衰弱症高齡者與構音障礙兒童於黃金治療期或健康促進期一項遠距與數位之服務系統，能精準給予最適化的復健方案，達到「遊戲化、智慧化、客製化」的三大目標。

We propose a new rehabilitation service called the “Intelligent Health Promotion Service System (IHPSS)” that enables patients to recuperate at home. Moreover, medical professionals can remotely arrange suitable rehabilitation treatments through our service.

1.智慧人本系統 客製化智慧穿戴輔具
2.互動體感系統 遊戲化復健訓練內容
3.醫療共照系統 智慧化醫療評估

"Intelligentization” helps medical professionals evaluate the suitable treatment with the assist of AI.
"Gamification” adopts Nostalgic Games to increase patients’ rehabilitation motivation and make it fun during the rehabilitation process.
"Customization” customizes patients’ specific treatment based on their rehabilitation progress.

高酬載燃料電池無人機

Heavy-Payload Fuel Cell Powered Drone

工業技術研究院

Industrial Technology Research Institute

材化所

燃料電池無人機具備長續航力及高酬載能力，可提供更廣域的快速物流服務及載運配送的靈活度，加速緊急配送服務網絡建構。其中高功率輕量化電堆、高效率混成電力及電力安全監測管理等多項技術開發及整合，創造一款飛航安全且長行時穩定之燃料電池無人機系統。

Fuel cell drones have a long endurance and heavy payload capability. It can provide a wider range of logistics services and flexibility in shipping and distribution. Accelerate the construction of emergency distribution service network. Development and integration of high-power lightweight stacks and high-efficiency hybrid power technology for fuel cells. It creates a fuel cell drone system for long endurance flight.

3倍飛行時間
電堆功率密度1400W/kg
最大起飛重量63公斤

Provides 3 times the flight time.
Stack power density 1400W/kg.
MTOW 63kg

可撓性水合固化骨再生材料

Flexible Hydrated Setting Substitutes for Bone Reconstruction

金屬工業研究發展中心

Metal Industries Research & Development Centre

骨黏土

一種像黏土一樣可任意塑型的骨填補物

Easy-shape Clay-like Bone Substitute

膠原蛋白/生醫陶瓷複合支架高度可塑能力提供醫師操作便利性; 次微米技術促進細胞胞吞作用，活化骨礦化機制路徑; 離子誘導技術誘導血管細胞生長，提升血管生成效果。結合三項技術，有效提升新骨生成效果。

High plasticity of the collagen/bioceramic graft provides convenient usage for doctors. The submicronization of bioceramics induce cell endocytosis and activate the mineralization of bone cell while vessel induction technique improves the growth of vessels. The combination of these three technologies enhances the generation of new bone.

1.膠原蛋白/生醫陶瓷複合支架
2.次微米化技術
3.離子誘導劑釋放技術

1.Collagen/bioceramic complex graft
2.Submicronization technology
3.Vessel induction technique

實體零售商品管理流程數位化技術

Technology on Commodity Detection and Counting Module in Retail Field Area

工業技術研究院

Industrial Technology Research Institute

資通所

空間感知商品數量計算技術克服實際場域商品複雜陳列問題，只需平價的設備即可識別9成商品陳列方式，達成3大類商品(罐裝、盒裝、袋裝)整齊陳列及堆疊陳列方式數量整體辨識率≥80%並針對困難識別的陳列情境，建立直覺的語音人機互動機制進行數量修正

we develop a technology for commodity detection and counting in retail shelves. It mainly composed of 2 parts ： 1. Shelf space recognition technology: By detecting plane visual patterns, construct virtual shelf space is constructed. We identify the quantity of commodities by calculating the vacant area on the shelf. 2. 3 categories of commodities (canned, boxed, bagged) quantity recognition technology: Disassemble and assemble the product parts through RCNN, thereby we can calculate the quantity of items on the shelf

1.空間智慧感知支援複雜商品陳列情境
2.以人機協作突破AI辨識的極限

1. Supporting complex commodity display scenarios through spatial perception
2. Breaking the limits of AI image recognition with Human-Computer Interaction mechanism

鹼性膜電解水產氫製程技術

Cost-Effective Anion Exchange Membrane Electrolysis for Green Hydrogen Production

工業技術研究院

Industrial Technology Research Institute

材化所

藉由觸媒電極、膜電極組、電堆設計開發，電解綠氫單位產能較商規高出500%，體積功率節省86%，有助於國內發展分散式電解綠氫推動；膜堆周邊裝置使用相分離器內置冷卻的整合設計，可降低4.5%BOP能耗以提高系統產氫效率，提升產氫機的市場競爭力

Attributed to the development of efficient electrode, membrane electrode assembly and stack design, the yield of hydrogen was 5 times higher than commercial one, besides, it could also saved 86% of the volume power density. By utilizing an integrated technology of the phase seperator and heat exchanger, the BOP power comsumption can be reduced by 4.5%. With this technology, our hydrogen electrolyzer has performance advantage compared to other competitors.

高效率低成本鹼性膜電解產氫技術
低能耗BOP設計

Cost-effective anion exchange membrane electrolysis
BOP with low power consumption designs

ART無軌捷運式自駕公車

Autonomous Rapid Transit

工業技術研究院

Industrial Technology Research Institute

資通所

無軌捷運式自動駕駛巴士，可於特定場域提供自動接駁服務，透多重感測融合、SLAM及5G C-V2X車聯網技術，具備開放號誌路口通行與雨天、夜間行駛能力，並透過列隊行駛提高載客量且不受實體軌道限制，可配合都市更新及都市發展，調整時駛路線。可依據尖峰、離峰時段及乘客需求，動態調度車輛。

ART can provide autonomous shuttle services for specific ODD. With multi-sensor fusion, SLAM, and 5G C-V2X, ART is suitable for all weather conditions and provides autonomous driving abilities at signalized intersections and mixed traffic roads. ART can adjust the driving route in line with urban renewal and urban development and can be dynamically dispatched according to peak and off-peak hours, and passenger demands.

・列隊行駛
・5G C-V2X車聯網
・動態調度車輛

・Platooning
・5G C-V2X Connected Vehicles
・Dynamically dispatch vehicles

土壤氮磷鉀營養源快篩套組

Smart Soil Nutrition Testing Kit

工業技術研究院

Industrial Technology Research Institute

材化所 ［合作部會：行政院農業委員會 ]

隨時隨地知地力 土壤肥瘦報哩栽

Know soil fertility anytime, anywhere

為了協助農民可在施肥關鍵時間，即時掌握土壤肥力，開發土壤營養源檢測套組搭配智慧影像判斷土壤中氮、磷及鉀的含量，可快速訂立施肥方針，不僅可以降低國家在土壤檢測服務的支出費用，農民亦可自行把關肥料用量成為土壤檢驗師。

For instantly understand soil fertility indicators and stabilize agricultural production and crop quality, this study develop a soil nutrition testing kit with an image recognition system to determine the content of nitrogen, phosphorus, and potassium in the soil. Not only will the State spending on soil fertility testing services be reduced, in addition, farmers can also control the number of fertilizers themselves.

・30分鐘完成肥力快篩
・線上智慧判讀及施肥建議
・減少20~50%的施肥量

・A portable kit to test the soil for the contents of NPK within 30 minutes.
・Online intelligent comparison and fertilization suggestion
・Reduce the amount of fertilization by 20-50%

All-in-One熱影像安護技術

All-in-One Thermal Sensing System

工業技術研究院

Industrial Technology Research Institute

感測系統中心

「All-in-One熱影像安護技術」對生理資訊和患者活動的非接觸感測，滿足世界對於後疫情智能醫療的需求。熱圖像處理具有隱私保護功能，偵測體溫、心率和呼吸率，離床、跌倒和久坐的監控，為遠程醫療服務提供經濟高效的解決方案。

All-in-One Thermal Sensing System"provides high-precision remote detection of vital signs and patient activities. To meet post-epidemic non-contact smart medical care. Thermal image processing with privacy-preserving capabilities, detection of body temperature, heart rate, and respiration rate for multiple objects, monitoring of getting out of bed, falling, and sedentary, alerting when abnormality is detected, providing a cost-effective solution for telehealth services.

1. 行為的精確識別
2. 溫度誤差<0.3±°C
3. 多參數生理監測

1. Accurate recognition of atient behavior
2. Temperature detection error <0.3±°C.
3. Multiple vital sign monitoring

可循環銅箔基板

Recyclable Copper Clad Laminate

工業技術研究院

Industrial Technology Research Institute

材化所

可循環熱固樹脂可重複使用，不但解決國內相關產業廢棄物無法再利用的問題，也達成歐盟循環經濟政策中，在2030年時電子廢棄電子產品能做到原物料回收>70%。

Recyclable thermosetting resin can be reused, which not only solves the problem of how to reuse domestic industrial waste, but also contributes to the EU circular economy policy that by 2030, electronic waste can be recycled at >70%.

・可循環使用
・具有阻燃特性
・循環溫度可調控

・Recyclable.
・Has flame retardance
・Recycle temperature can be adjusted

微創式顱內OCT術中輔助導引技術

Intraoperative Brain Surgery Navigation System Based on Needle Type OCT Technique

工業技術研究院

Industrial Technology Research Institute

生醫所

本團隊聚焦應用光學掃描技術，解決術中深腦核區位移的問題，硬體方面，以獨特的超精密加工工藝，打造相容腦科手術器械、防水、微創且生物相容性之Sub mm等級之光學探針；軟體方面，創新可分析出腦組織之演算法，包含灰質、白質、STN等區域辨識，協助腦科醫師辨識目前組織。

Our team focused on developing the solution of intraoperative brain shift based on the optical coherence tomography technique. In terms of hardware, we have created a sub-mm dimension optical probe that is compatible with brain surgical instruments, waterproof, minimally invasive and biocompatible. In the achievements of the software, we have developed a special algorithm which can identify brain tissues such as gray matter, white matter, STN, etc. That will assist a neurosurgeon in the selection of better path and location of electrodes.

1.OCT探針微型化，外徑小於1mm
2.創新腦組織辨識演算法
3.無電氣遠端帶動設計

1. OCT probe miniaturization，OD<1mm
2. special brain tissues algorithm
3. No electrical remote drive design

無線行動超音波掃描儀

Wireless Mobile Ultrasound Scanner

工業技術研究院

Industrial Technology Research Institute

生醫所

高質量的圖像需要大型且昂貴的硬體，這也意味著小型化手持式超音波裝置需要在體積與影像品質中取得平衡。透過低功耗複合平面波波束成像技術，使用者無需在影像品質上妥協，同時藉由雙探頭設計，無需切換探頭或影響圖像質量即可完成淺層和深層掃描。

High-quality images have required large and expensive hardware, which also means that miniaturized handheld ultrasound devices need to balance size and image quality. Through the low-power compounding plane wave beamforming technology, users do not need to compromise on image quality, and through the dual-probe design, shallow and deep scans can be completed without switching probes or affecting image quality.

1.小巧輕便可放置口袋
2.全機防水
3.單機雙探頭

1.Insight right in your pocket and your handhelds
2.Fully waterproof
3.Dual-probe imaging

複合式醫材溫感水膠

Dual-Phase Hydrogel

工業技術研究院

Industrial Technology Research Institute

生醫所

工研院生醫所開發體溫感應水膠，是新型的非添加交聯劑植入式生醫材料，可以在體內被人體吸收代謝，在室溫時是流動的液狀；當進入人體後則會因物理性溫度感應，快速凝結成膠狀，可進一步結合生長因子、藥物達到緩釋放控制。團隊已成功將此具備新穎性的自主性生醫材料以維膝關節滑 液彌補物(Rejoint Gel) 產品為第一個應用標的 ( 第三級醫 療器材 )，輔助治療單側退化性關節炎病患。

ITRI has developed a "Thermal Responsive Hydrogel". This is a new medical material without cross-linking agent used, and bio-resorbable. This material transforms from liquid to gel when the temperature rises. It also serves as a carrier for bioactive agent and allows the bioactive agent to be released in a controlled manner.The first medical product,Rejoint Gel (CLASS III), was made of this novel material, and provides assistance in unilateral degenerative joint disease therapy.

・溫度感應式水膠
・生物相容性高
・生物降解性佳

・Temperature reversible sol-gel transition.
・Excellent biocompatibility
・Great biodegradability.

非類固醇乾癬治療植物新藥PTB323X

Non-Steroidal Anti-Psoriasis Botanical New Drug PTB323X

工業技術研究院

Industrial Technology Research Institute

生醫所

・藥用成分倍增調控技術：提高植物生合成路徑關鍵基因的轉換效率，藥用成分增加40倍。 ・藥用成分生物轉化及純化技術：透過酵素催化動力分割，藥用成分增加10倍、純度提高72倍。 ・藥用成分群組最佳活性配比技術：協同效應運算技術獲得最佳藥效活性組合。

・Plant regulation technology of pharmaceutical ingredient production: increased by 40 times through enhacing key gene conversion efficiency of the biosynthesis pathway . ・Biotransformation and purification technology of pharmaceutical ingredient: increased by 10 times with the purity up by 72 times through enzyme-catalyzed dynamic resolution. ・Pharmaceutical ingredient composition optimization technology: the best composition ratio through synergistic effect calculation.

・植物來源乾癬外用新藥
・符合國際合併治療趨勢
・長期使用不具安全疑慮

・A topical botanical new drug for anti-psoriasis.
・In line with international trends in combined therapy.
・No safety concerns for long-term use.

高頻單級式電源轉換技術

High Frequency Single Stage Power Conversion Technology

工業技術研究院

Industrial Technology Research Institute

材化所

單級式電源轉換技術可最小化電源晶片使用數量成本及縮減50%元件佔板面積，高頻化能選用較小的被動元件，進一步降低佔板面積。應用至儲能電控模組，可實現應用裝置小型化及系統簡約化，最終提升終端應用的儲能效能與降低儲能成本。

The single-stage power conversion technology can minimize the cost and the number of power chips and reduce the board area of the components by 50%. The high frequency can use smaller passive components to further reduce the board area. Applied to the energy storage electronic control module, it can realize the miniaturization of the application device and the simplification of the system, and finally improve the energy storage efficiency and reduce the energy storage cost.

• 應用裝置小型化
• 電源佔板面積縮減50%
• 提升儲能效能、降低成本

• Single-stage type reduces component number
• Reduction in board area by 50%
• Reduced component size with high frequency

高接著雷射拆解封裝膠材料&面板非破片高價材料循環製程

Panel With Laser Debonding Sealant & Liquid Crystal Panel Non-fragmented High-priced Material Recycl

工業技術研究院

Industrial Technology Research Institute

材化所

協助LCD廠將廠內不良品之組件及液晶材料循環利用，提升各項材料的循環應用價值。 建構全球首創易拆解面板材料與製程驗證線，加速面板業者符合循環規範要求，達到減廢、回用，同時帶動綠色循環供應鏈，大幅提升面板資源之循環使用率，使台灣成為綠色面板供應大國。

To enable LCD panel makers reuse NG products and LC. Increase the value of each material by recycling. Establishing the first material and process line for disassemable panel in the world. Asisting panel makers to meet the requirements of recycling and reducing waste. Increase the recycling rate of panel materials that makes Taiwan become the pioneer in green panel industry.

框膠可進行雷射拆解。
面板組件非破片分離。
組件材料重複拆解/組立。

Laser debonding sealant.
Panel non-fragmentation separation.
Repeated disassembly/assembly of components.

智慧管網行動洩漏快篩預警系統

Early Leakage Warning System of Piping Network Using a Smart Mobile Rapid Screening Technology

工業技術研究院

Industrial Technology Research Institute

材化所

解決當前檢漏人力不足，診斷差，速度慢的問題，提供AI線上精準洩漏偵測快篩服務，快速洩漏定位之效果，系統導入至個人手持式裝置或後端平台，可進行遠端與現場互動掌握管路現況資訊，有利於未來大數據分析，進行管路漏水點預測與防治

A fast leakage area screening service with AI online precision leakage detection is provided to solve the problems of lack of manpower, poor leakage diagnosis, and slow inspection speed. The current situation of the piping network can be instant mastered by transiting the on-site information into the cloud system. Furthermore, the big data analysis on the pipeline leakage location can be conducted and use to predict and prevent the leak on other network in the future.

・第一套智慧化測漏系統
・快篩洩漏提高修漏效率
・操作簡單且可靠易使用

・The first intelligent leak detection system
・Quickly leak screening to improve leak repair efficiency
・Easy to operate, reliable and easy to use

車用輕量化高性能鋁合金與複材技術

Lightweight and High-performance Aluminum Alloy and Composite Technology for Vehicles

工業技術研究院

Industrial Technology Research Institute

材化所

輕量化汽車用高強度鋁合金複材，利用微奈米陶瓷顆粒強化鋁合金，解決鋁合金強度與硬度不足問題。開發出適當高強度鋁合金之複合材料組成配方，利用熱噴塗技術將鋁輪圈凸緣部分進行硬面處理後，硬度與耐磨耗性能大幅提高，大幅延長重車輪圈使用壽命。

The high-strength aluminum composite for lightweight automobiles uses micro-nano ceramic particles to strengthen aluminum, solving the problem of insufficient strength and hardness of aluminum alloys. Developed an appropriate high-strength aluminum composite formula, using thermal spraying technology to hard-face the aluminum rim flange part, the hardness and wear resistance are greatly improved, and the service life of heavy-duty wheel is greatly extended.

・取代鋼鐵零件達輕量化
・陶瓷強化提高強硬度
・使用壽命提高至少2倍以上

・Reduce weight by replacing steel parts
・Ceramic reinforcement improves strength and hardness
・The service life is increased by more than 2 times

鋁合金積層製造模具應用

Additive Manufacturing of Aluminum Parts and Applications

工業技術研究院

Industrial Technology Research Institute

南分院

(1)數位製造轉型 (2)智慧積層製造與減碳節能 (3)創新製造

(1)Digital manufacturing transformation (2)Intelligent additive manufacturing and carbon reduction and save energy (3)Innovation manufacturing

設計與製造無界限

突破傳統製造無法加工的極限

Design and manufacturing without boundaries

Ability to create shapes that are difficult or impossible for traditional method

工具機跨平台虛擬切削檢視平台技術

Cross-Platform Virtual CNC Machining Technology

工業技術研究院

Industrial Technology Research Institute

智機中心

跨平台虛擬切削檢視模組技術，以3D快速切削模擬，檢測加工過程是否發生碰撞，並進行工時估算，精準協助製造排程規劃。工具機業者可輕易建構虛擬切削模型，提供客戶軟體加值服務，提升高階機台的產品競爭力。

Cross-Platform Virtual CNC Machining Technology provides 3D high speed machining simulation to detect the interference of machining process and evaluate machining time for assistant of manufacturing scheduling.CNC maker can provide value-added software service to increasing the competitive of products through easily constructing model of customized machine.

・快速切削模擬
・ISO刀具及汎用刀座
・跨平台實機參數切削

・High speed CNC machining simulation
・ISO tool and universal tool holder database
・Cross platform virtual machining with real machine parameters

整合零信任雲平台之自動刀具路徑產生技術

Automatic ToolPath Generation Technology Integrated with Zero-Trust Cloud System

工業技術研究院

Industrial Technology Research Institute

智機中心

藉由分析CAD圖元資料可辨識出加工特徵，可協助使用者快速產生程式。藉由整合機械雲之Zero-Trust技術，可確保使用者上下傳資料之安全性。針對少量使用之用戶，可使用訂閱或是計次使用方式節省CAM軟體成本

User can output G-code more efficient by using machining feature recognition. The confidentiality of manufacturing data can be ensured by zero-trust platform. Cost for CAM software can be greatly lower by using the subscription/charges by times

・加工特徵辨識技術
・零信任雲平台
・計次/訂閱之方式使用CAM

・Machining Feature Recognition
・Zero-Trust Platform
・Subscription/charges by times for CAM software

祈福許願樹

Wishing Tree

工業技術研究院

Industrial Technology Research Institute

電光系統所

透過即時線上傳輸軟體的功能，可以提供全世界各地的人，以遠端連線的方式，將每一個人的祈福心願即時呈現在展品上，把祝福的心願傳遞出來。

Wishing tree provides people using social media, e.g. line, via internet remote connections to present blessing wishes.

・裸眼3D顯示
・即時肢體辨識與互動
・祈福訊息遠端傳輸與呈現

・nakes eye 3D display
・real time pose detection and interactive
・blessing wishes remote transmition and present

少量資料學習之製造影像分析應用技術

Small Data Learning for Manufacturing Image Analysis Application

工業技術研究院

Industrial Technology Research Institute

資通所

眾智式網路DFBNet具多個較小但結構完整的分支架構，提高瑕疵檢測準確度並縮短分析時間，主動學習自動挑選代表性的未標記資料，並維持模型準確度，自監督學習從大量未標註資料融合全域與區域資訊，建立領域適用之強大預訓練模型，加速AI導入產線時程

The intranet-ensembled network DFBNet, embedded with multiple small-but-complete side branches, improves the accuracy of defect detection as well as shortens the inference latency. Active learning technology for representative data selection reduces the amount of labeled data while still maintains model performance. Self-supervised learning from a large number of unlabeled data integrates both global and local information to establish a powerful pre-training model for domain-specific applications, and accelerates the import time of AI into the production line deployment.

眾智式網路架構、主動挑選資料去蕪存菁、博覽群書自監督模型

intranet-ensembled network architecture for best predictions, active learning selection of representative data to remove the redundant, self-supervised learning model extracting representative features from lots of unlabeled data

世界級超精密光學加工技術與全球首創非接觸浮空顯示應用

World-class Ultra-precision Optical Processing Technology and Non-contact Floating Display Application

工業技術研究院

Industrial Technology Research Institute

電光系統所

超精密光學加工技術所開發浮空按鍵模組，系搭配獨特成像片技術以及微陣列透鏡設計所組成的光場立體顯示模組，可達到FOV 60度、環視角360度、可多人觀看之高擬真浮空立體影像。不需繁複結構也不需更動現有系統即可升級各種人機介面達到防疫應用。

High-fidelity floating stereo image has FOV 60 degrees, 360 degree of viewing angle, can be viewed by multiple people, that no complicated structure is required, the technology can be customized according to the size, users, and operation mode of the human-machine interface. Manifold human-machine interfaces can be upgraded to achieve epidemic prevention applications without changing the existing system.

・超精密光學加工技術
・浮空立體成像技術
・非接觸式浮空按鍵模組技術

・Ultra-precision Optical Processing Technology
・Floating Stereo Imaging Technology
・Non-contact Floating Button module Technology

全球領先無光罩適應形圖案化補償技術

Maskless DLT for RDL Dynamic Die Shift Correction

工業技術研究院

Industrial Technology Research Institute

電光系統所

面板級無光罩適應形圖案化補償技術，可補償晶片因模封製程而衍生的位移缺陷，其導線層串接動態補償之能力可達 XY位移: 50 μm、θ位移: 0.3o，此技術可用於高效能伺服器之多晶片封裝。

ITRI has developed maskless technology for RDL Dynamic Die Shift Correction (DDC) to meet the diverse requirements of high-end panel-level fan-out packaging. The pattern compensation from die shift has been achieved XY: 50μm & θ: 0.3o by using Digital Lithography Technology (DLT) for panel-level packaging production.

・面板級大面積製程
・無需實體光罩
・可用於多晶片封裝

・Panel Level Process
・No Mask Required
・Be Used for Multi-die IC Packaging

全球領先無光罩高深寬比曝光及高填孔濺鍍技術與應用

High Aspect Ratio Digital Lithography & High Taper Angle Sputtering Technologies

工業技術研究院

Industrial Technology Research Institute

電光系統所

以無光罩高深寬比曝光(AR:3)及高填孔濺鍍(85o)技術為基礎，在面板級封裝細線路上進行薄膜被動元件整合，使薄膜被動元件尺寸微縮，有助於5G無線通訊之封裝晶片朝薄型化產品發展。

ITRI has developed high aspect ratio (AR:3) digital lithography and high taper angle (85o) sputtering technologies for high-end fan-out panel level RDL applications such as a bandpass filter integrated in redistribution layers (RDLs). And it achieves in a thinner stacking structure thickness that can be used as an optimal solution to minimize the 5G system module.

・面板級無光罩製程
・高深寬比圖案化
・高角度填孔濺鍍

・Panel Level Process without mask
・High Aspect Ratio Patterning
・High Taper Angle Sputtering

全球首創低繞射透明AM Micro LED

Low Diffraction of Transparent AM Micro LED

工業技術研究院

Industrial Technology Research Institute

電光系統所

因應未來智慧生活場域產品之應用，工研院以透明顯示整合技術為基礎，開發低繞射透明顯示技術，可大幅降低背景光源繞強度小於1%，提升顯示器背景影像清晰度，並有效降低面板黃化指數小於4，減少面板色偏現象。低繞射透明顯示技術可搭配面板廠既有製程，具高可視性、高透明技術優勢，未來亦可帶動顯示器產業，鏈結智慧移動、醫療、零售及育樂等多元應用新興場域。

Based on the transparent-display integration technology for intelligent life in the future, ITRI has developed the technology with low-diffraction design in the transparent display, which could dramatically reduce the diffraction intensity smaller than 1%, improve the clarity of the display background image and effectively reduce the yellowing index of the panel smaller than 4, decrease the color-washout of the panel. The low-diffraction transparent display technology could be incorporated with the currently manufacturing process of display. In the future, we could apply this technology to various smart life applications, such as smart mobile, medical, retail and edutainment.

・降低透明顯示器黃化與繞射現象
・提升顯示器背景影像清晰度
・可維持顯示器之高透明度

・Reduce the Intensity of Diffracted Light and Yellowing index
・Improve the Clarity of the Background Image.
・Maintain the High Transparency of the Display

應用於AR智慧眼鏡之全彩micro-LED顯示器

Full-color Micro LED Display for AR Glasses

工業技術研究院

Industrial Technology Research Institute

電光系統所

解決現有光機顯示亮度限制，延伸智慧眼鏡應用至戶外

Full-color micro-LED display for AR Glasses meet the ultra-high resolution requirement so our highly efficient micro-display is exellent under outdoor environment.

應用於AR之micro-LED全彩顯示器解決現有光機顯示因亮度限制僅能在室內使用之瓶頸，使智慧眼鏡克服亮度瓶頸走出戶外，滿足當前智慧眼鏡需求。根據AR/MR終端系統的顯示器所需規格，顯示器功耗需控制在 1W 以內。對此，量測數據顯示，以功耗同為 0.75W 為例，OLED 與micro-LED亮度差距達20- 30 倍以上。

The micro-LED based full-color micro-display module is best choice for next generation AR glasses,due to the high brightness and low power. comsumption. This display can solve the problem of not being able to use outdoors due to insufficient brightness. According to the measurement data, under the same power consumption of 0.75W, the brightness difference between OLED and micro-LED is more than 20-30 times.

・量子點光色轉換
・micro-LED主動驅動
・高解析度顯示模組

1) QD converted technology
2) micro-LED AM-drive
3) High resolution display

主動驅動 mini- / micro-LED透明拼接顯示器

Transparent Tiled AM mini- / micro-LED Display Technology

工業技術研究院

Industrial Technology Research Institute

電光系統所

現行LED透明顯示器多採封裝體方式打件，畫素週期≥2mm，導致PPI提升受限而僅能用於遠距觀賞看板。工研院以mini- / micro-LED為畫素，搭配主動式TFT背板設計突破畫素限制，達成高穿透率、可拼接架構，實現首款主動驅動mini- / micro-LED透明拼接顯示器 。

ITRI developed Transparent Tiled AM mini- / micro-LED Display Technology with a seamless tiling design on TFT. Backplane which is featuring a better performance of brightness and transparency.

・超小間距、無縫拼接
・多型態化：任意型態/尺寸拼接
・高穿透度及高亮度

・Seamless tiling
・Free-size tiling
・High transparency

軟體增強型機器人關節模組(SARJ)

Software Augmented Robot Joint

工業技術研究院

Industrial Technology Research Institute

機械所

本技術的機械手臂關節模組解決過去設備不夠輕巧、元件整合性不高的問題。透過一體式伺服整合馬達、驅動器、位置碼器等機電模組，電機優化設計使馬達功率體積比提升22%，無感測器的力感測技術達到省配線、省空間的目標，整體有輕量化結構與電機控制上的整合設計。

The mechanical arm joint module solves the problems that the equipment was not lightweight and the integration not high in the past. The servo joint integrates electromechanical modules such as motors, drivers, and position encoders. The optimized design of the motor increases the power-to-volume ratio of the motor by 22%. The sensorless force sensing technology achieves the goal of saving wiring and space.

・高功率密度機電模組設計
・無感測器之力感測技術
・馬達與驅動器智慧整合

・High power density
・Sensor-free technology for force sensing
・Intelligent integration of motor and drive

整車線傳控制器

Integrated Powertrain and Chassis Control Unit (PCCU)

工業技術研究院

Industrial Technology Research Institute

機械所

工研院自主研發之新一代控制器 • 國內首創 整車控制器與線傳控制器二合一產品 • ISO 26262控制器設計技術 • AutoSAR軟體開發技術 • 基於安全需求的冗餘設計 • 模型化軟體開發技術 • 車規等級 • 試量產品(TRL 8)

The integrated powertrain and chassis control unit (PCCU) is a new-generation controller independently developed by ITRI • VCU & X-by-wire two-in-one controller, the first of its kind made in Taiwan. • ISO 26262 software and hardware design • AutoSAR software architecture • Redundant design for safety requirement • Model-based design and development • Automotive grade •In pre-production, Technology readiness level achieving TRL 8

1. 整車/線傳二合一控制器
2. 百輛電動巴士應用實績
3. 試量產品，TRL 8

1. Two-in-one VCU and X-by-wire controller
2. 100+ applications for electric buses
3. Pre-production, TRL 8

下世代碳化矽電動車驅控器

Next Generation SiC Electric Vehicle Inverter

工業技術研究院

Industrial Technology Research Institute

機械所

(1) 開發台灣首款SiC驅控器，解決IGBT驅控器面臨技術瓶頸，透過全客製化的整合，可符合客戶不同需求，如外型配置或功率規格。 (2)核心技術為整合離散式電容、自主散熱、多頻多模控制，具客製化優勢，在功率密度主要規格優於國際標竿大廠。

(1) Develop Taiwan's first SiC inverter to solve the technical bottleneck of IGBT. Through fully customized integration, it can meet the different needs of customers, such as external configuration or power specifications. (2) The core technology is the integration of discrete capacitors, independent heat dissipation, multi-frequency and mode control, and has the advantage of customization. The main specifications of power density are superior to international benchmark.

(1)離散式電容，小體積
(2)客製化整合
(3)多頻多模最佳化控制

(1) Discrete capacitors, small size
(2) Customized integration
(3) Multi-frequency and multi-mode optimal control

光學式黑蜆選別系統

Optical Black Clam Sorting System

石材暨資源產業研究發展中心

Stone & Resource Industry R&D Center

水資源組

光學式黑蜆選別系統取代人力檢測，可快速、大量進行原料黑蜆之選別，使日本黑蜆晉升至二級產業，進而提升附加價值及國內外市場的能見度。本技術以特定波長範圍有效辨別活貝、空貝與沙貝，拓展產品多樣化與銷路，擺脫過去侷限的產銷模式。

The optical black clam sorting system replaces the human inspection, which can quickly and massively select the raw black clam, so that the Japanese black clam is promoted to the secondary industry, thereby enhancing the added value and visibility in the domestic and foreign markets. This technology effectively distinguishes live and dead shellfish in a specific wavelength range, expands product diversification and sales, and gets rid of the limited production and sales model in the past

大量、快速、高精準度100%、取代人力檢測、提升原料應用性

Massive, Fast, High Accuracy 100%
Replacing manual testing
Improve the applicability of raw material

自行車傾車控制系統

Leaning Control System (LCS)

自行車暨健康科技工業研究發展中心

Cycling & Health Tech Industry R&D Center

此專利傾車控制系統能大幅提升載貨自行車轉彎騎乘安全需求，使騎乘者於低速或靜止時不需觸地支撐以維持平衡，其能隨車速自動釋放或鎖定傾車功能。同時搭配超窄設計車身，可於城市內移動穿梭自如。

This patented Leaning Control System (LCS) can substantially increase the safety needs of cargo bikes when cornering. With the system automatically allow for or block tilting according to the speed of the vehicle, riders do not need to maintain balance by themselves when riding at low speed or stationary. Moreover, the system is applied on the Naro Delta Vehicle (NDV), which allows the bike to weave through in the city easily and flexibly.

・轉彎騎乘安全需求大增
・低速或静止時無須支撐
・超窄身使穿梭移動自如

・Great increase of the safety needs
・No physical support is needed when riding at low speed or stationary
・Agile movement with narrow bike body

智慧化電動輔助跑車

Smart E-Bike

自行車暨健康科技工業研究發展中心

Cycling & Health Tech Industry R&D Center

整合控制邏輯技術，可導引騎乘踏頻至高效率區，開發智能調整人體較佳效率騎乘模式，提供電動輔助自行車系統化產品服務。 自行車電動化後擴大騎乘範圍與應用，但也帶來更多交通事故與意外傷害，運用聯網模組及Ｅ化平台，協助產業發展智慧化的安全自行車騎乘服務。

By integrating electric control logic technology, rider’s pedaling frequency to higher efficiency levels can be guided, and the intelligent and more human-efficient riding mode can be developed, providing systematic product services for E-Bike. Although some traffic accidents and injuries are caused due to the expansion of riding range and application, by applying the connected modules and E-based platforms, the intelligent and safe E-Bike riding services can be developed in the industry.

1)智能化調整人體較佳效率騎乘模式
(2)整合騎乘動態資訊之電輔車E化平台技術

1)Intelligently adjust the human-efficient riding mode
2)An E-platform technology that integrates the riding dynamic information.

駕駛輔助Level 3 整合技術

ADAS Level 3 Integrated Technology

車輛研究測試中心

Automotive Research & Testing Center

研發處

該技術運用AI人工智慧與深度學習技術，針對行 車環境之障礙物、交通標線/ 號誌偵測結果，整合整車線控底盤技術、車輛動態控制技術，實現智慧電動巴士ADAS主動安全(自適應巡航控制、自動緊急煞車、車道維持系統、車道跟隨系統)與自駕平台車系統整合技術。

Use AI ar artificial intelligence and deep learning technology to detect obstacles (pedestrians, vehicles), traffic markings/signs (lane lines, traffic lights) in the driving environment, and integrate the Drive-by-wire (powertrain/steer/brake) and vehicle dynamic control technology. Realize ADAS active safety, Autonomous driving system integration.

1. 第一個美國自駕合作案
2. 促成台美自駕投資1.6億以上
3. 帶動台灣ADAS產業鏈

1. The first Autonomous driving cooperation with US
2. Promote Taiwan and the US to invest more than 160 million in Autonomous driving cooperation
3. Drive the Taiwanese ADAS industry chain

3D變曲率智能電化學系統設備技術

3D Intelligent Electro Chemical Machining System Technology

金屬工業研究發展中心

Metal Industries Research & Development Centre

3D變曲率智能電化學系統保留了電化學加工的優點（無應力、高效率），同時具有數控加工自由度高的優勢。使用形狀簡單的工作電極加工複雜形狀或可變曲率表面的工件，並透過演算法預測產品質量特性，準確建議加工參數。可有效減少加工次數，縮短加工時間， 提供難加工金屬與客製化生產產品的一種創新方案。

The 3D intelligent electrochemical machining system not only keeps the advantages of electrochemical machining (stress-free, high efficiency) but has the advantages of high machining freedom of NC. It uses a working electrode with a simple shape to process workpieces with complex shapes or variable curvature surfaces and uses an algorithm to predict the product quality characteristics, precisely recommending process parameters. It can effectively reduce the number of processing and reduce processing time, providing an innovative solution for difficult-to-machine metal and customized production products.

・縮短加工時間
・可加供複雜結構件
・保留傳統電化學加工優勢

連續式微型元件熱處理系統設備技術

Continuous Micro Parts Heat Treatment System Equipment

金屬工業研究發展中心

Metal Industries Research & Development Centre

全球首創針對高複雜結構或直徑2mm以下的零件，整合自動進料、即時監測與即時調控主加熱爐、創新油槽與收料裝置、智慧化服務等功能。 淬火油槽採取創新捕集機構設計，可完全捕集四散的微小零件，收料率100%，良率達99%，交期從30天降為2天，成本大幅降低。

This product is the World's first exclusive equipment for components with highly complex structures or diameters smaller than 2mm. It integrates functions such as automatic feed, real time monitoring and carburizing quenching furnace for real-time adjustment, innovative oil tank and collecting device, intelligent digital services, etc. The oil‑quenching tank adopts an innovative capture mechanism design to gather all scattered tiny parts to achieve a 100% collecting rate and 99% yield rate. It shortens the delivery time from 30 days to two days and massively reduces the cost.

・連續式熱處理
・全面收料
・跨產業應用

・Continuous heat treatment
・Comprehensive collection
・Cross-industry application

臺灣本土酵母庫及其民生應用技術

Taiwan Native Yeast Bank and its Application Technology for People's Livelihood

食品工業發展研究所

Food Industry Research and Development Institute

國內烘焙及釀造產業面臨酵母菌酛進口、缺乏特色與擴大培養技術及使用不便等問題，本技術打造台灣第一個烘焙/釀造微生物庫及其整合應用技術，開發具優良風味、機能、天然、少添加的菌酛，提供快速菌種鑑別、生產製程優化、降低耗損、提升品質及開發在地化具特色新產品。

The domestic baking and brewing industry is facing problems such as dependence on imported yeast, lack of local characteristics, difficulty in scaling up and difficult to use. This technology builds Taiwan's first baking/brewing microbial library as well as integrated application technologies, providing flavorful, natural, functional yeast products with less additives. We also provide services such as rapid microbial identification, optimization of production process, reduction of wastage, quality improvement and development of new products with local characteristics

・特色菌庫，唯一在地化
・鑑別身分，安全有保障
・在地酵母，傳統發酵傳承

・Featured microbial library with domestic strains.
・Reliable microbial identification, product safety is assured.
・Preserving traditional fermentation heritage with local yeasts.

聚酯同質易回用-TPEE低熔點熱熔膠膜綠色貼合材料技術

Mono-material is Crucial for Recycling:TPEE Adhesive Hot Melt Technology

中華民國紡織業拓展會

首創TPEE聚酯熱熔膠膜貼合材料，改質TPEE高熔點與熱流動性，增加彈性回復與黏合性能，提供具環保、彈性、不易水解的紡織貼合新材料，解決業界熱熔膠貼合造成溶劑殘留、易黃化、水解、不能回收的問題，提高紡織產品品質與耐久性，增加聚酯紡織品循環再利用效率。

Developing Thermoplastic Polyester Elastomer (TPEE) material that modified high melting point and thermal fluidity. It improves elastic recovery, and adhesive properties, and provides a new material that is eco-friendly, stretchable, and anti-hydrolysis. It can solve the problem of residue, easy yellowing, hydrolysis, and non-recycle. It can improve the quality and durability of textile products, and increases the recycling efficiency of polyester textiles.

‧聚酯同質貼合易回用
‧環保安全、耐候性優
‧貼合耐用、水洗不剝離

‧Mono-material is crucial for recycling
‧Environmental safety and good weather resistance
‧Durable, no degumming after washing

集成纖維及模組化技術

RFID Yarn

紡織產業綜合研究所

Taiwan Textile Research Institute

傳統RFID標籤體積大、需外貼、不耐酸鹼和洗滌、與紡織品不相容等缺點。 紡織所開發細且柔軟的RFID Yarn®易隱藏，可織成紡織品，並通過了5大耐久性測試，拓寬應用可能性。 RFID以紗線方式，隱藏在服裝中，可以輕鬆地對衣物進行追蹤、識別和分類。

The disadvantages of traditional RFID tags, such as large size, need to be externally attached, intolerant to acid and alkali, intolerant to washing, and incompatible with textiles. The RFID Yarn® developed by TTRI is thin, soft, easy to hide, and can be woven into textiles, and has passed 5 major durability tests to broaden as many application possibilities as possible. RFID yarn can be hidden in clothing. The clothing can be easily tracked, identified, and classified.

・細、柔軟、易隱藏，可織成紡織品
・通過紡織領域5大耐久性測試，包括：耐水洗、耐酸、耐鹼、耐高溫和耐輾壓

・Thin, Soft, Easy to hide, It can be woven into textiles
・It has passed 5 major durability tests in the textile field, including: anti-laundry, anti-acid, anti-alkali, anti-high temperature and anti-roller pressure,

AquaBreath®感濕伸縮纖維技術

AquaBreath ®Moisture-response Fiber

紡織產業綜合研究所

Taiwan Textile Research Institute

AquaBreath®感濕伸縮纖維改變現有紡織品僅能提供單一被動機能，為符合消費者期待的新一代高機能性紡織品，纖維為單一材質，應用於服裝可達到布料透氣及變形變化，同時保有涼感、快乾及舒適特性，並有利於回收符合現今環保趨勢。

AquaBreath® changes the existing textiles that can only provide a single passive function. It is a new generation of high-performance textiles that meet the expectations of consumers. The fiber is mono-material, when applied to clothing, it can be breathable and the appearance changes under different humidity, while maintaining a cool feeling, fast-drying and comfortable. AquaBreath® facilitates recycling and is in line with current environmental trends.

・纖維「吸濕伸長，乾燥回縮」
・服裝乾濕透氣變化率提升500%
・單一材質易回收，已產業化

・The fiber has the feature of ""moisture absorption elongation and recovery shrinkage""
・The change rate of air permeability is increased by 500%
・Air permeability difference between dry and wet conditions

極細超均勻熔噴不織布技術

Ultra-fine and Extreme-uniform Meltblown Nonwoven Technology

紡織產業綜合研究所

Taiwan Textile Research Institute

突破熔噴不織布的細化與均勻性極限，直徑0.5~1.5微米纖維比例高達92%，為全球最高規格。 讓熔噴布應用從低單價的口罩濾層，轉型升級為高單價機能戶外服裝裡面的科技膜材，價值從1.5~2.5元/平方米，提升到120元/平方米以上，價值提升超過60倍。

This technology breaks through the refinement and uniformity limit of meltblown nonwovens, the fiber diameter reaches sub-micron level, and the proportion of fibers with a diameter of 0.5~1.5 microns is as high as 92%, which is the highest specification in the world. This technology transforms and upgrades the application of meltblown non-woven fabrics from a low price mask filter layer to high price functional outdoor clothing.

極細超均勻熔噴不織布

Ultra-fine and extreme-uniform meltblown nonwoven fabric

雷射血液微循環造影系統

Laser Speckle Contrast Imaging (LSCI) System

國家衛生研究院

National Health Research Institutes

生醫工程與奈米醫學研究所

獨家開發可多波長切換與超高速影像擷取與即時分析呈現技術，可用來量化血液流動數據，以便更精確得知手術前後/藥物/食品對於血液改善之情形，更可結合多波長系統及即時光班堆疊演算法分析，提供與代謝相關的血氧資訊，在第一時間做到身體警示，指引疾病發生的可能性。

Our exclusively developed technology includes multiple wavelength availability for imaging, ultra-high-speed capturing of images, and real-time data analysis and presentation. By quantifying blood flow data, we can accurately assess the improvement of blood circulation before and after surgery/drugs/food. By combining multi-wavelength imaging and real-time high-speed stacking algorithm analysis, metabolism-related blood oxygen information is provided, enabling fast medical response to possibilities of disease occurrence.

・非接觸式量測血循
・連續監測大面積拍攝
・多波長雷射光斑設計

・Non-contact measurement of blood circulation
・Continuous imaging and monitoring of large areas
・Multi-wavelength laser speckle design

高含浸技術暨熱塑碳纖複材加工製程整合平台

The Integration Platform of High Impregnation Technology and Carbon Fiber Thermoplastic Composite Processing Process

塑膠工業技術發展中心

Plastics Industry Development Center

熱塑複材技術能讓產品具備輕量化、高強度、高耐熱性以及循環再應用。同時，結合新加工製程導入，產品生產效率提升達三倍以上，大幅度降低產品生產成本，可廣泛應用於航太、國防、電動車等高階產業。

Thermoplastic composite technology can make products with lightweight, high strength, high heat resistance and recycling. Furthermore, combined with new processing processes, the production efficiency of products has been increased by more than three times, which can dramatically reduce the production cost of product. Importantly, thermoplastic composites can be widely used in high-end industries such as aerospace, national defense, and electric vehicles.

・產品重量減輕30%
・生產效率提高3倍
・加工製程簡易，成本低

・30% reduction in product weight
・Production efficiency increased by 3 times
・Simple process and low cost

大型車輛駕駛盲區內輪差主動預警系統

AI based Blind Spot Detection, Active Warning System in Turning Radius for Commercial Vehicles

資訊工業策進會

Institute for Information Industry

軟體院

本系統以AI影像辨識Formosa深度學習資料庫技術，提供大型車輛駕駛視線死角與內輪差之安全警示服務，有效避免行車事故發生。技術特色：車輛行進動態調適警戒範圍、根據距速緊急程度示警、有效警示二輪車、行人及騎士類別。

Blind Spot and Turning Radius are common cause of large vehicle accidents. The driver only have 1 second to react when large-vehicle passing through the intersection of object approaching in dangerous, The system is AI-based blind spot detection, active warning to driver in turning radius for large-vehicles. Feature: dynamic adapting the warning range of the vehicle, according to the emergency level of the driving behavior, identified two-wheeled vehicles, pedestrians and riders.

・AI精準辨識交通物件
・各種天候情境穩定示警
・適應台灣混合車流環境

‧AI traffic objects detection accurately
‧Stable warning in various weather situations
‧Adapt to the mixed traffic environment in Taiwan

自動化設備韌性智慧維護系統(RSMS)

Resilience Smart Maintenance System

資訊工業策進會

Institute for Information Industry

地方創生處

以工具機內部齒輪、皮帶、關節及機構等四種衰退性關鍵零組件進行多重衰退性預測，採非接觸式MEMS感測異音偵測降低體積90%，適用工作環境為100Db中型噪音工作環境下，最大收音範圍達180Db，經母機廠實測，衰退期預測可提前2週，準確度為90.05%。

Multiple failure prediction is carried out for four wear-out type key components—internal gears, belts, joints and mechanisms—in machine tools. Non-contact MEMS noise detection allows a 90% size reduction. Suitable for medium-noise work environment (~100Db) with a maximum range of 180Db, it has been tested by mother machine manufacturers to predict failure two weeks ahead, with an accuracy of 90.05%.

．衰退期預測可提前2週，準確度為90.05%。
．提供站邊即時維修決策
．解決資料時序同步問題

．Predicting failure two weeks ahead, with an accuracy of 90.05%
．Providing real-time station-side maintenance decisions
．Solving the problems of data exchange settings, pre-processing, transmission and multi-signal timing synchronization.

極低耗電語音喚醒/指令辨識

Ultra-Low Power Audio Awake/Keyword Spotting

工業技術研究院

Industrial Technology Research Institute

電光系統所

現今的處理器晶片多採用馮紐曼架構，然而這不僅限制了AI晶片的運算能效，也讓AI由雲端走向裝置端的實現變得困難，因此尋找可以突破馮紐曼架構障礙的新興架構，成為發展裝置端AI的關鍵。

To overcome the von Neumann bottleneck, ITRI's ultra-low power and high computing performance CIM macro is the solution for edge AI computation.

・低功耗
・高效能
・記憶體內運算

・Ultra low power
・High performance
・Computing in memory

可信任性智慧排程系統

Dependable and SmartScheduling System

精密機械研究發展中心

Precision Machinery Research Development Center

智慧製造技術部

透過「可信任性智慧排程系統」可提供生產資訊數位化及決策輔助模組，協助使用者進行生產排程，並考量產線變動如緊急插單、設備故障進行動態排程調整，及各種加工資源及實際生產限制與目標，以有效縮短業者派工時間及提高整體生產製造之準交率。

Through "Reliable Smart Scheduling System", it can provide production information digitization and decision-making assistance modules to assist users in production scheduling, and consider production line changes such as emergency order insertion, dynamic schedule adjustments because of equipment failures, and Various processing resources and actual production constraints and targets can effectively shorten the dispatch time and improve the on-time delivery rate of the overall production.

1.即時動態調整排程
2.提供生產資訊數位化及決策輔助模組

1. Dynamic adjustment schedule in real-time
2. Provide production information digitization and decision-making assistance modules

食品原物料影像辨識技術

Food Raw Material Image Recognition Technology

精密機械研究發展中心

Precision Machinery Research Development Center

嘉創服務部

運用RGB-D相機及機器演算模型等技術來辨識原物料之外觀瑕疵、色澤與成熟度進行等級區分，提高原物料辨識速度且不需要破壞原物料。 解決傳統倚賴人力判斷錯誤現象，並且能在線上即時分析得知水果等級，快速準確完成分級作業。

Use RGB-D cameras and machine learning models, it can identify the defects, color and sweetness of raw materials to classify , and improve the identification speed of raw materials without destroying the raw materials. It solves the problem of human judgment errors, and can analyze the fruit grades in real time online, and complete the grading operations quickly and accurately.

1.國內首創「多光譜相機模組」。
2.連續且非破壞式的甜度分級功能。
3. 系統具有自動統計生產數量功能。

1. Multi-spectral camera module.
2. Continuous and non-contact sweetness grading classify function.
3. The system has automatically counting function.

超臨界物理發泡技術

Supercritical Physical Foaming Technology

鞋類暨運動休閒科技研發中心

Footwear & Recreation Technology Research Institute

改善傳統化學架橋發泡產品不易循環使用之問題，結合熱可塑彈性體，以超臨界物理發泡方式，實現非架橋，且兼具可環保回收與高彈特性的輕量化技術。 應用本技術製造之發泡產品除了上述特性外，無化學殘留物、無VOC汙染等優點，更符合國際環保趨勢與品牌需求。

To solve the problem that the traditional chemical-foaming/cross-linked foams cannot be recycled, the physical foaming technology achieves the foamed thermoplastic elastomers without crosslinking. It owns excellent properties of recyclability, rebound and lightweight. Besides, it has the advantages such as non-chemical residues in the product and non-VOC pollution during processing, which meets to international environmental protection trends and brand needs.

(1)非架橋之物理發泡製程
(2)熱熔後可回製成原料粒
(3)回彈與輕量特性優異

(1) Non-crosslinking physical foaming process
(2) Recycle raw pellets by melting
(3) Excellent rebound and lightweight properties

AI加速器設計與應用、神經網路視訊辨識作業系統

Design and Application of AI Accelerator, Neural Network Video Inference Operating System

工業技術研究院

Industrial Technology Research Institute

資通所

•AI辨識以圖片為主，對於影像辨識應用以單張影像為單位逐張個別辨識，並未從影像的連續特性來優化AI辨識效率。 •透過基於影像內容的動態排程機制，即時決定需辨識的影像區域與輸入解析度等資訊達整體AI即時辨識效率最佳化。

• AI recognition is mainly based on pictures. For image recognition applications, individual images are recognized one by one. The continuous characteristics of images are not optimized for AI recognition efficiency. • Through the dynamic scheduling mechanism based on the image content, the information such as the image area to be recognized and the input resolution can be determined in real time to optimize the overall AI real-time recognition efficiency.

・影像辨識加速
・物件追蹤
・適用多種模型

Image recognition acceleration,
object tracking, applicable to multiple models

複合式空品感測器

Composite Air Quality Sensor

工業技術研究院

Industrial Technology Research Institute

感測系統中心

複合式空品感測器可檢測空氣中對人體健康有害的 PM2.5、O3、一氧化碳及多種有機揮發性氣體。 它符合 EPA 空氣品質物聯網應用要求。 由於複合空氣品質感測器採用動態光學檢測、微機電感測元件技術及特殊應用積體電路，具有小型化、數位化、低功耗及可 ppb-level 氣體濃度偵測等優點。

The composite air quality sensor can detect PM2.5, O3, carbon monoxide and various organic volatile gases in the air that are harmful to human health. It complies with EPA air quality IoT application requirements. Since the composite air quality sensor adopts dynamic optical detection, micro-electromechanical sensing element technology, and application specific integrated circuit (ASIC), it has the advantages of miniaturization, digitization, low power consumption and ppb level gas concentration detection.

・動態光學檢測
・低功耗微機電感測元件技術
・ppb-level 氣體濃度偵測

· Dynamic Optical Inspection
· Low-power MEMS Sensing Element Technology
· ppb-level Gas Concentration Detection

人工智慧晶片軟體編譯器

AI Chip Compiler

工業技術研究院

Industrial Technology Research Institute

電光系統所

本技術基於深度學習編譯器架構，發展微型執行環境，動態平行推論編譯與基於機器學習之程式碼生成優化，支援三種以上異質運算裝置，提昇效能，縮小程式碼，讓深度學習模型能夠在各種不同的硬體平台執行，快速地部署深度學習應用，降低廠商的硬體編譯環境開發時程與成本。

Based on the deep learning compiler architecture, this technology develops a micro runtime environment, dynamic parallel inference compilation and machine learning-based code generation optimization, supports more than three heterogeneous computing devices. It improves performance, reduces code size, enables deep learning models to be used in a variety of different e hardware platform and reduce the development time and cost of the manufacturer's hardware compilation environment,

・效能強化 C++ Runtime 執行環境
・異質運算排程技術，
・支援三種異質運算裝置(CPU、GPU、NPU) ，提昇效能

""Performance Enhancement C++ Runtime Execution Environment""
""Heterogeneous Computation Scheduling"" technology,
Supports three heterogeneous computing devices (CPU, GPU, NPU), improving performance

人工智慧晶片靜態效能分析

AI Accelerator Chip Architectural Static Performance Analysis Technology

工業技術研究院

Industrial Technology Research Institute

電光系統所

DNN 網路模型日趨複雜，要設計一個妥適的AI 晶片加速器架構來運行，必需在效能、功耗、成本之間找到平衡點，增加設計的挑戰，本項創新AI 加速晶片架構分析技術，協助業者提前進行架構探索分析、設計優化，降低廠商進入 AI 晶片設計門檻

The DNN network model is becoming more and more complex. To design an appropriate AI chip accelerator architecture to operate, it is necessary to find a balance between performance, power consumption, and cost, which increases design challenges. This innovative AI acceleration chip architecture analysis technology helps Industry players conduct architecture exploration, analysis, and design optimization in advance to help IC chip design house to enter the field of AI.

・支援數位、類比及CIM之深度學習硬體架構效能分析
・模擬速度較傳統方式提升1000倍

Supporting Digital, Analog and CIM deep learning hardware Architecture
The simulation speed is 1000 times faster than the traditional method

智慧道路安全警示系統

TranXonSafe

資訊工業策進會

Institute for Information Industry

軟體院

智慧道路安全警示系統整合了車輛、路側及雲端系統，經由車路雲感知、決策與協作，可適應亞洲特殊的機車混合車流環境，並支援全天候影像辨識，較國際間常見辨識種類數量高出十種以上，可補足車路人之安全需求，並達成路側AI運算單元輕量化，降低部署成本。

TranXonSafe integrates vehicle, road infrasructure, and cloud systems. Through vehicle-road-cloud coordination, it could be used for adapting to mixed traffic flow environment in Asia and all-weather conditions, which could recognize accident events 10 types more compared to systems commonly used in the world. This would meet the safety needs from all road users, while achieving lightweight of roadside units to reduce cost of system deployment.

1.降低行人及機車事故
2.混合車流之事故預警
3.警示結合車牌辨識

1.Reduce pedestrian and scooter accidents
2.An early warning for realtime accident risk in mixed traffic flows
3.Provide high-risk accident warning with license plate number

資安端點分析學習建模技術與攻擊狙殺鏈獵捕平台

ICS End-Point Security Aanlysis Technique & Cyber Kill Chain Threat Hunting Platform

資訊工業策進會

Institute for Information Industry

資安所

近年勒索軟體入侵關鍵基礎設施，企業缺乏結合情資與AI輔助之APT攻擊鏈識別技術，本技術可協助企業於資安事前識別駭客攻擊，提早因應威脅 ，透過AI技術主動剖繪駭客攻擊軌跡，透過 MITRE ATT&CK技術規則，精準偵測 APT 攻擊，進而超前佈署。

In recent years, the In recent years, ransomware has invaded critical infrastructure, the enterprises lack APT attack detection technology that combines threat intelligence and AI, which can help enterprises identify hacker attacks and respond to threats in advance. The product actively identifies hacker attack trajectories through AI technology, and accurately detect APT attacks through MITRE ATT&CK technical rules, and then deploy ahead of time.

1.APT 攻擊導向的獵捕目標和集中式一站管理
2.可追查駭客於不同端點的攻擊路徑
3.端點資安技術導入10多家企業

1.APT attack-oriented hunting targets and centralized one-stop management 2.Trace the attack path of hackers at different endpoints 3. 10 more companies use end-point technique

5G SA智慧型行動邊緣運算系統

5G SA Intelligent Mobile Edge Computing

工業技術研究院

Industrial Technology Research Institute

資通所

ITRI MEC整合IT與CT技術，於5G基地台後建立邊緣運算平台，即時提供運算能力與低延遲傳輸效能，滿足終端E2E應用傳輸需求，提供網通業多元化的專網組合。本次以 Street FighterR打造5G智慧娛樂應用，展示5G MEC技術量能。

MEC creates a critical bridge between 5G networks and cloud computing infrastructure. By placing compute and storage resources close to the Radio Access Network (RAN), mobile network operators can optimize the delivery of latency-sensitive content and services to their users. The key feature “low latency” is what provides real-time interactivity for services using the cloud. In this case, we demonstrate the scenario of the Street FighterR with ITRI 5G MEC.

5G SA MEC/低延遲/高頻寬

5G SA MEC/
low latency/
high bandwidth

風浪影響下船舶自主航行技術

Autonomous Navigation Technology of Ships Under the Wind and Waves

船舶暨海洋產業研發中心

Ship and Ocean Industries R&D Center

船舶在水上受到風、浪、流的影響，產生橫向漂移的速度，猶如汽車在崎嶇山地行駛般，維持直行是件相當困難的任務。透過本技術研發的外海虛擬場域模擬外海風浪狀況，改進自駕船操控核心，提升自駕船舶於海上航行的控制與決策能力。

Ships sailing at sea are affected by wind, wave, and current forces. They cause a drifting force on ships, and increase ships' roll and pitch so that it will be difficult to control ships keeping course and speed, just like a car driving on a rugged road, even like driving during an earthquake. Using SOIC's virtual simulator of the ship motion could emulate the wind and wave conditions in the open sea, and improve the control algorithm of the self-driving ships at sea.

‧智能自駕船
‧風浪下操船
‧新型船舶營運模式

‧intelligent autonomous ship
‧navigation for ship under the wind and wave
‧new marine business model

透明曲面雷射3D掃描量測系統

Laser 3D Scanning Measurement System for Transparent Curved Surface

工業技術研究院

Industrial Technology Research Institute

感測系統中心

以雷射抗熱擾Specularθ深度感測技術為核心，打造透明曲面雷射3D掃描量測系統，取代現有AOI 3D量測技術所需之繁鎖程序(噴粉、檢測、清潔)，大幅縮短95%以上的量測時間(原有60分鐘縮短至1.5分鐘)，得以在產線上為品質把關

Using the thermal perturbation-resistant depth sensing technology to be the foundation of laser 3D measurement system for transparent surfaces, replace the complicated procedures (spraying、measuring and cleaning) required by the existing AOI 3D measurement technology. Significantly shorten more than 95% of the measurement time (original 60 minutes was shortened to 1.5 minutes), and can implement quality control processes on the production line.

1. 鏡面反射深度感測技術
2. 高精度3D特徵量測
3. 線上高速品質檢測

1. Specularθ Depth Sensing technology
2. High-precision 3D Geometry Analysis
3. High-speed measurement on the production line

無人機橋梁巡查系統

Drone Bridge Inspection System

工業技術研究院

Industrial Technology Research Institute

資通所

具備4G/5G操控直播、排程航點巡查、里程座標嵌合、防撞感知及智慧影像分析，可於人力不可及之處自動巡查，有效降低巡檢人員安全疑慮。 檢測影像可即時回傳至巡檢影像管理平臺，透過AI分析引擎進行劣化影像自動快篩，快篩結果經檢測人員覆核並給予劣化評等，快速完成橋檢作業，大幅節省內業時間。

The first AI drone bridge inspection system is equipped with 4G/5G control and streaming, scheduled waypoint inspection, mileage coordinate integration, and intelligent image analysis technology. It can conduct automated periodic inspections of bridge engineering facilities. The solution to inspect bridges by applying AI technology with multi-temporal imaging to analyze any signs of deterioration, monitor bridge condition and maintenance progress.Through accurate shooting and abnormal image analysis, inspection efficiency is improved and the safety of personnel and engineering facilities is guaranteed.

防撞避障環境感知無人機
無人機操控管理及即時影音
非接觸量測及巡檢影像分析管理

Obstacle avoidance drone base on sensing the environment.
Drone control management system and real-time video streaming.
Non-contact measurement and inspection image analysis management.

數位減碳應用技術

Digital Carbon Emission Reduction Application Technology

工業技術研究院

Industrial Technology Research Institute

資通所

透過AI最佳化技術，提供全方位的減碳與製程生產最佳化解決方案，以創新的雙腦協作翻轉過往經驗導向的工作模式，可協助製造業減排，提升生產效率，優化生產以減少高耗能設備使用和設備待機空轉電力

Through AI optimization technology, it provides a total solution of process optimization and carbon emission reduction. This technology can invert the past experience-oriented work mode with innovative dual-brain collaboration, which can help the manufacturing industry to reduce carbon emissions, improve production efficiency and optimize production, so as to reduce energy-intensive equipment usage and equipment standby idling power.

1.雙腦協作參數最佳化
2.具學習機制的產線資源調配最佳化應用
3.可跨領域應用

1. Optimizing the parameters of dual-brain cooperation
2. Production resource optimization with learning mechanism
3. Cross-discipline applicable

達人數位分身智慧水產雲系統

Digital Twin Solution for Smart Fishery

資訊工業策進會

Institute for Information Industry

軟體院

結合[人工智慧] 最強邏輯左腦及[人類智慧]珍貴經驗右腦, 融合漁民養殖經驗並串連現場感測裝置、透過AIoT偵測水產物種生長歷程，透過即時的數位監測及雲端運算，可準確又快速的判斷潛在風險， 並模擬出最佳的養殖決策建議，有效協助漁民避免漁業損失。

By combining artificial intelligence (AI), the most logical left brain, and human intelligence (HI), the precious experience stored in the right brain. The cloud integrates fishermen's farming experience and connects with sensors on-site, detecting the growing process of aquatic creatures. Through real-time digital monitoring and cloud computing, the cloud can determine potential risks quickly and accurately, and simulate the best farming decision to avoid potential losses.

(1)動態建模和學習
(2)即時預測與建議
(3)漁民與設備資訊鏈結

(1)Dynamic Digital Twin Modeling and Learning.
(2)Real-Time Prediction and Adaptive Decision-Making Recommendations.
(3) Real-Time Data Collection From Sensors and fishermen

創新低碳排微生物合成靛藍染料技術

Innovative, Low Carbon Emission Microbial Synthesized Indigo Technology

工業技術研究院

Industrial Technology Research Institute

材化所

低碳無毒永續靛藍染料生物合成技術，為翻轉現有化學合成染料具汙染及危害製程之關鍵技術；開發創新染料生產菌株，利用永續料源及無有害物質使用且常溫常壓之製程，提供紡織產業鏈低環境衝擊之技術解決方案，大幅提高我國紡織產業鏈之全球競爭性。

Low-carbon, non-toxic and sustainable indigo dye biosynthesis is the key technology to overcome the polluting and harmful nature of the existing chemically dyes production. The development of innovative dye producing bacteria that utilizes sustainable, non-toxic materials with ambient production process provides the textile industry with a solution with low environmental impact, and greatly boast global competitiveness of Taiwan's textile industry.

• 可工業化低碳生產製程
• 無有害物質殘留
• 無須改變現有染整製程，易導入

• Commercial scale, low carbon manufacturing process
• No toxic material residual
• Compatible with current dyeing process

智慧骨科手術輔助系統關鍵技術開發

Key Technology Development for Intelligent Orthopedic Surgical System

金屬工業研究發展中心

Metal Industries Research & Development Centre

全球首套多椎節定位導航系統，於脊椎手術提供即時導引影像及動態修正，確保定位精準度。其小型化標記、不佔體積、可安裝每一節椎、3D複合光學定位追跡技術，可達成三維定位RMS≦0.5mm、獨立椎節影像及術中補償導航，可協助醫師連續操作三節以上脊椎融合手術。

The World's first multi-vertebral localization and guidance system provides real-time guidance images and dynamic adjustments to ensure localization precision. The small reference markers don't take much space, thus can be installed on each vertebral. The complex 3D optical localization and tracking technology achieves 3D localization with RMS≦0.5mm. It provides segmented vertebral images and compensation guidance during surgery to help surgeons conduct spinal fusion for more than three vertebral continuously.

・脊椎多椎節定位導航
・縮小定位標記體積
・椎節分割與定位追蹤

・Spine multi-vertebral localization and guidance
・Reduce the size of location markers
・Vertebral segmentation, localization, and tracking

線上晶圓級高深寬比TSV檢測技術

Development of In-line Wafer-level High Aspect Ratio TSV Inspection Technology

工業技術研究院

Industrial Technology Research Institute

量測中心

超能檢測特攻隊

OmniMeasure

採用專利準直光學設計和信號處理算法來提高 TSV 深度的分辨率，從過去數小時的檢測時間，縮短至幾秒以內，並提高測量速度。實為製造3D IC立體堆疊晶片的最佳檢測方案。

We utilize patented collimated optical designs and signal processing algorithms to enhance the resolution of TSV depth and increase measurement speed. The inspection time is reduced from hours to seconds when monitoring TSV depth. This technology is the best inspection solution for fabricating 3D IC.

【特點一】：產品提供了一種非接觸式、非破壞性和高速光學檢測解決方案
【特點二】：能檢測高達大於30 的深寬比之TSV 深度
【特點三】：幫助半導體製造商比以往更快地發現 TSV 缺陷，提高HPC 和 AI 應用的 3D-IC 的良率

【特點一】：providing a noncontact, nondestructive and high-speed optical inspection solution
【特點二】：monitoring the TSV depth with high aspect ratio up to 30
【特點三】：helping semiconductor makers find TSV defects faster than ever before and benefiting yield rate of 3D-IC for HPC and AI applications

線上半導體2nm製程關鍵尺寸X光量測設備

In-line Semiconductor N2 Process Critical Dimension X-ray metrology Tool (XRCD)

工業技術研究院

Industrial Technology Research Institute

量測中心

NanoSeeX

NanoSeeX

半導體製程進入2奈米節點，GAA製程面臨挑戰，如新材料、需精密解析度監控以確保良率等。本設備以X光為基礎，穿透多層環繞式閘極結構，以原子級解析度監控關鍵尺寸，減少90%量測時間，為台灣自主開發之線上量測2nm製程關鍵尺寸設備， 2025年市場預計1.3億美元，年成長率達36.8%。

In the 2nm node semiconductor process, GAA three-dimensional structures face challenges such as new materials and require super high resolution monitoring to ensure process yields. The team develops this 2 nm node front-end metrology tool based on X-ray technology. The XRCD metrology tool measures multilayer GAA structures and monitors critical dimensions with atomic-level resolution, reducing measurement time by 90%. The target market includes foundry and memory below N2 process node. The market is expected to be USD 130 million in 2025, with an annual growth rate of 36.8%.

1. X光反射式量測技術
2. 應用於半導體2奈米製程前段
3. 減少90%量測時間

1. Reflexive X-ray measurement
2. Applicable for 2nm semiconductor front-end process
3. 90% reduction in measurement time

鋰金屬固態電池

Solid-State Lithium Metal Battery

工業技術研究院

Industrial Technology Research Institute

材化所

安固能

GOOD Battery

告別里程焦慮，鋰金屬固態電池

Farewell to range anxiety, the solid state lithium metal battery.

藉由可固化之電解質技術及高能量鋰金屬負極，進行全新鋰電池型態的改變，解決電動車里程困境。 相較於傳統的液態鋰電池，電動車輛使用鋰金屬固態電池可提升1.5倍的行駛里程，同時通過EUCAR Level2的電池針刺試驗，該技術更獲2020年R&D100獎。

By utilizing solidified electrolyte technology and high-energy lithium metal anode, a new type of lithium battery is introduced to address the range limitations of electric vehicles. Compared to traditional liquid lithium batteries, electric vehicles equipped with lithium metal solid-state batteries can achieve a 1.5 times increase in driving range. Furthermore, this technology has passed the EUCAR Level 2 battery nail penetration test and was awarded the 2020 R&D 100 award.

1.可提高電動載具行駛里程
2.高度安全性，防止爆炸
3.支援快速充電

1.Increase the mileage for Evs
2.Highly safety to prevent explosions
3.Fasr charge supported

零信任安全終端存取多雲技術

Secure Access to Multi Cloud Environments with Zero Data at Rest

工業技術研究院

Industrial Technology Research Institute

資通所

指向科技

使用「低延遲串流」加上「遠端渲染」技術，將機密文件與資料透過影像串流到個人使用者的裝置上，能夠避免有心人士將機密外流，或者是裝置遺失後要擔心外洩風險，大幅降低在特定環境外使用公司資源的風險。

Using "low-latency streaming" and "remote rendering" technologies to stream confidential documents and data to individual users' devices through images. It prevents intentional leaking of confidential data and leakage due to personal device lost, reducing the risk when using corporate resources outside of specified environment.

1.保護你的資料而非裝置。
2. 更簡單便捷的資安方式。
3.大大節省公司建置成本。

1.Secure Your Data, Not Your Devices.
2.Easier and more convenient information security.
3.Significant savings in company infrastructure costs.

On-Line高精度雷射測厚儀系統

On-Line High Precision Laser Thickness Gauge System

工業技術研究院

Industrial Technology Research Institute

產服中心

智升科技

AI-UP

「雙雷射晶圓Warp / TTV/ Thickness 檢測設備」具有 (1)精準度高、(2)抗震動、(3)穩定性高、(4)操控性好、(5)快速檢測、(6)防止晶圓破損，全部需求一次逹成。檢測速度快速，多點測量設定，提升晶圓製造之品質，降低晶圓減薄業者所需之晶圓檢測設備成本。可測量材料包括金屬、非金屬、晶圓等材料。

「 Dual Laser Wafer Warp / TTV / Thickness Inspection Equipment 」 has (1) high accuracy, (2) anti-vibration, (3) high stability, (4) good controllability, (5) fast inspection, (6) Prevent wafer breakage. All needs to be completed at one time. Fast inspection speed and multi-point measurement settings improve the quality of wafer manufacturing and reduce the cost of wafer inspection equipment required by wafer thinning operators. Measurable materials include metals, non-metals, wafers and other materials.

1 可量測精度達1μm
2 無輻射危害
3 產線上連續量測

1. measurement accuracy: 1 um
2. No rediation
3. On-line continuous measurement

小神經觀測儀

FINEscope

國立台灣大學

National Taiwan University

光電工程研究所

介觀生醫

MetaView

本技術由國立台灣大學孫啟光教授團隊開發出小神經觀測儀(FINEscope)。 為全球唯一能在無需取出皮膚與染色的情況下，以非侵入式快速且精確取得人體皮膚中游離神經末梢(free nerve ending)影像之技術，提供臨床醫師診斷所需之關鍵信息。

Developed by National Taiwan University Prof. C.K. Sun's team, the FINEscope is the only optical tec

1.提供自由神經末梢影像
2.提供臨床影像分析服務
3.臨床診斷時間縮短

1.Non-invasive optical technology to acquire free nerve endings imaging.
2.Quantitative analysis service of images included.
3.One-day painless procedure for patients

資安晶片設計解決方案供應商

Information Security Chip Design Scheme

國立陽明交通大學

National Yang Ming Chiao Tung University

電子研究所

智能資安科技

IIST

SASe IC 是第一個 IC 產品和基於 PUF 的技術，能夠操縱、創建和使用多個唯一和可重新產生的內在數位簽名亦提供真隨機數。每個數位身份在電路內部都是一個秘密，並進一步用作 對稱或非對稱加密的根密鑰，創建可用於標準密碼套件的安全憑證源。

SASe IC is the first IC product and PUF-based technology able to manipulate, create and use multiple unique and renewable intrinsic digital signatures and true random numbers. Each digital identities remains a secret inside the circuit and is further used as a root secret key for symmetrical and asymmetrical-responses that create the source of security credentials usable for standard cipher suites.

1. IC 封裝 QFN-32 5mm x 5mm
2.硬件安全模塊
3.物聯網信任根安全系統

1.IC Package QFN-32 5mm x 5mm
2. Hardware Security Modules
3. IoT Root-of-Trust Security Systems

電漿晶圓切割

Plasma Wafer Dicing

鈦昇科技股份有限公司

E&R Engineering Corporation

電漿晶圓切割可滿足即將到來的IC封裝需求，如<0.5mmx0.5mm的小晶粒、厚度薄於100um以下的功率元件、異質整合的晶粒堆疊、微機電元件。

Plasma wafer dicing can meet upcoming IC packaging demands, such as small die less than 0.5mmx0.5mm, power components thinner than 100um, heterogeneous integrated die stacking, MEMS components.

鈦昇科技可以提供整體解決方案，包括雷射開槽、保護材料和電漿蝕刻等三項。

Turn-key solution, including laser grooving, protective material and plasma etching, can be provided by E&R.

眼球追蹤解決方案

Eye Tracking Solution

見臻科技股份有限公司

Ganzin Technology

對於AR/VR頭戴式顯示器，難點在於設計和生產帶有嵌入式眼動儀的 AR/VR 頭戴式顯示器。現有的嵌入式眼動追踪解決方案包含將近20顆零組件(感測器和紅外線光源)。因此，這種眼動追踪模塊佔用了大量空間，給設備設計增加了很多限制。在見臻，我們的解決方案使用最少數量(4顆)的零組件。因此，我們的解決方案更加靈活且易於集成到新的 AR/VR 設備中。最重要的是，即使使用如此精簡的零組件，我們仍然可以達到與其他現有解決方案相同水平的眼動追踪性能。使用的元件數少於競爭對手五倍，功耗較競爭對手低3.5倍，受益於此，能大幅縮短整合的時間。

Existing embedded eye tracking solutions requires a lot of components like image sensors and infrared illuminators (around 20 components). Its cost is expensive and is difficult to integrate into HMDs. Ganzin’s solution have the simplest design which consists of only 4 components. Therefore, our solution is much more flexible and easy-to-integrate into new AR/VR devices. Most important of all, our solution can achieve similar eye tracking performance as other existing solutions.

VOIS可調式咽喉植入物

VOIS (Vocal Implant System)

宇康生科股份有限公司

APrevent Medical Ltd.

治療聲帶麻痺的新選擇 -APrevent® VOIS: 單側聲帶麻痺常見於頭頸部及胸腔手術造成的併發症，症狀為聲音沙啞、發聲及吞嚥困難，甚至造成嗆食合併吸入性肺炎。現有產品皆無法達到最佳療效。APrevent®VOIS是世界唯一可於術中及術後做調整的喉頭植入產品。透過以下特徵：手術程序化、術中術後可調整免除再次手術、安全的固定、降低手術時間及併發症，讓效果最佳化。

Unilateral Vocal fold paralysis (UVFP) is a common neuromuscular disorder in the larynx, due to impairment of the laryngeal nerves caused by head & neck or chest surgery. Patients suffer from hoarseness, limited and breathy voice, or even choking coughing with pneumonia. Gold standard treatment is Thyroplasty surgery. APrevent® VOIS is the only implant that can be adjusted intra- and postoperatively, to produce best results.

手術時間短、術後恢復快
聲音恢復效果最佳化
術後可門診調整，不須再開刀
配合專用器械的標準化手術，降低手術難度

Shorter surgery time, fast recovery
Optimized voice quality improvement
post-surgery adjusment can be done in clinic, no revision surgery needed
Standardized procedure enabled by specifically designed instrument set, lowering surgery learning curve

高強度航太鋁合金鑄件之低壓鑄造技術

Low-pressure Casting Technology for High Mechanical Property Aerospace Aluminum Casting

天陽航太科技股份有限公司

AvioCast Inc.

1. 航太鑄件傳統的重力澆鑄，易產生充填流動、捲氣夾渣之缺陷，低壓鑄造技術有效解決該問題，良率大幅提升，尤其是大型複雜件。 2.低壓鑄造有助良率之提升，帶動生產成本降低，並提高市場競爭力。且強化天陽於精密及砂模鑄造之能力，於國際間的接單實力大增。

1. The conventional dynamic pouring of aerospace castings is easily to cause the slag and inclusion. Comparing with conventional process, Low pressure casting technology is more stable and reliable with higher yield rate, especially for large and complex parts. 2. Low pressure casting can improve yield rate, reduce production costs, and enhance market competitiveness. In addition, strengthen the ability in making investment and sand casting, and recive more orders.

・鑄件高強度且型式複雜
・良率高品質穩，製程安全
・提升國際市場競爭力

・Large and Complex casting with high mechnaical property
・Low process variation. Stable quality
・enhance international market competitiveness

視網膜光轉換AM-MicroLED拼接顯示器

Color-Conversion-Based Retina AM-MicroLED Tiling Display

群創光電股份有限公司

Innolux Corporation

次世代顯示技術推進室

色轉換MicroLED顯示技術藉由巨量移轉技術將藍光LED轉移至驅動基板並激發色轉換材料來達成RGB三原色，且無須邊框封裝，具備高清細膩、高色飽、絕佳環境光對比、無縫拼接四大特色。拼接單元可依使用情境由消費者在X、Y方向任意組合，自由延伸顯示屏。

Color conversion MicroLED display technology applies mass transfer technology to transfer blue LEDs to driving substrates and excite color conversion materials to achieve RGB three primary colors and without border to achieve four characteristics as below : high-definition resolution, high color saturation, excellent ambient light contrast, and seamless tiling. The tiling unit can be arbitrarily combined by consumers in the X and Y directions according to the use situation, and the display screen can be freely extended.

- 自由無縫拼接
- 絕佳環境光對比
- 沉浸式畫質體驗與NFT數位藝術展示

- Free seamless tiling
- Excellent ambient light contrast ratio
- Immersive image quality experience and NFT digital art display

科技運動健身輔助服飾系統

Smart Clothing system for Sport-tech

聚陽實業股份有限公司

Makalot Industrial Co., Ltd.

全球運動健身的風潮興起，疫後人們更加重視自我健康管理，但在工作忙碌下，人們期待在有限時間達到良好的健身成效，又可避免造成運動傷害，故對於科技運動健身的需求大幅增加。 本科技運動健身輔助服飾共有兩套系統 : IMU(動作捕捉分析)+EMS(肌肉強化電刺激)，以及IMU (動作捕捉分析)+ EMG (肌肉電訊號偵測)。透過系統的輔助，讓使用者與教練可以專注於課程的進行，並及時矯正運動的姿態以及正確的訓練肌肉，並以更精確的方式控制EMS的運用，可以滿足人們對科技運動的渴望。

Exercise with technology has become a new trend in lifestyle. Especially after the pandemic, a tremendous amount of fitness tech brought the brand new concept of health. With the popularization of sports and health awareness, People expect to achieve good fitness efficiency in a limited time and without causing sports injuries. In this project, based on functional clothing, sports, and fitness auxiliary integration technology, we create two sport-tech apparel systems: motion capture + electromyography (EMG) detection and motion capture+ electrical muscle stimulation (EMS).With the system architecture and integration of different technologies, we develop a digital fitness apparel system with diversified applications. The MoCap with EMG can be used in remote exercise training. Users and trainers can focus on their course and training progress with the system's assistance. The system can provide the data to correct the posture and train muscles simultaneously. On the other one, the Mocap with EMS system can give the extra training loading to enhance the training performance. Highlight of the sport-tech apparel systems Cross industry Integration: apparel + sports science + electronics =Mocap + EMG/EMS. Functionality: washable, wearable, flexible

複合式功能( IMU/EMG、IMU/EMS )
彈性數位電子紡織品: 超輕薄、耐水洗、可拉伸的多通道導電模組與線膠
數位服飾軟/硬體介面規格化