智慧高爾夫動態分析與穩定系統

GolfHow-Smart Golf Dynamic Analysis and Stability System

工業技術研究院

Industrial Technology Research Institute

中分院

揮出漂亮一桿！國家級虛擬教練來幫你

For the best drive - national-grade virtual coaches at your service

強大的AI技術搭配消費性設備即可達到數十萬等級的高爾夫模擬器功能。 透過2D相機加上姿態分析AI即可辨識揮桿姿態，可自動分析揮桿六大階段正確性，並提供創新的揮桿軌跡速度分析功能。 辨識AI整合現役PGA選手及國家對教練揮桿專業，讓您隨時隨地擁有國手級專業團隊的個人化指導。

Powerful AI technology combined with consumer equipment achieves the functionality for golf simulators worth hundreds and thousands of dollars. The 2D camera with posture analysis AI recognizes the swing posture, automatically analyzes the correctness of the six stages of the swing motion, and provides the innovative swing tracing and speed analysis function. The recognition AI integrates the professional swinging knowledge of active PGA golfers and national team coaches to provide you personalized guidance from national-grade professional teams anytime, anywhere.

・虛擬教練客製化指導
・即時偵測揮桿姿態
・自動分析動作並指導

・Personalized guidance from virtual coaches
・Real-time swinging posture detection
・Automatic analysis and instruction of motion

眼部病變AI輔助診斷技術

AI Decision Support Technology of Fundus Image

工業技術研究院

Industrial Technology Research Institute

巨資中心

獨步全球！AI讓眼部病變無所遁形

World-beating AI leaves eye diseases nowhere to hide

AI輔助診斷糖尿病視網膜與黃斑部病變，以及10多種一般民眾常見眼底病變，協助非眼科醫生決策，提升眼底檢查率，早期篩檢治療，維護民眾健康。 為國際唯一能自動偵測眼底四種病徵與二種組織位置的產品，也是全台唯一兼具CADx/CADe的AI二類醫療器材。

AI assists diagnoses of DR and DME in diabetes and over ten commonly seen ocular fundus abnormalities in the general public. It also assists the decision-making of non-ophthalmologist physicians to improve the examination rate of ocular fundus disease, enabling early screening and treatment, thus protecting public health. This is the World's first product that auto-detects four types of lesions and two types of anatomical landmarks. It's also Taiwan's first AI grade II medical device which provides both CADx/CADe.

・偵測眼底病徵與組織位置
・判讀糖尿病眼底病變等級
・判讀眼底異常類別

・Detection of lesion and anatomical landmark location
・Determination of the severity levels of DR/DME
・Classification of ocular fundus abnormalities

新穎標靶青光眼藥物

An Novel ROCK Inhibitor for Glaucoma

工業技術研究院

Industrial Technology Research Institute

生醫所

青光眼新剋星！改善藥物疲乏及副作用

New cure for Glaucoma - improvement for decreasing drug effect and side effects

青光眼是全球第二大的致盲因素，現行治療藥物易衍生藥效疲乏與副作用。ITRI-E-(S)4046是一種雙標靶作用激酶抑制劑，包含ROCK及Target X抑制作用，能降低眼壓並減少紅眼症，屬於全世界first-in-class的青光眼治療藥物。

Glaucoma is the second leading cause of global blindness, but the drugs for current treatments lead to decreasing drug effects and increasing side effects. ITRI-E-(S)4046 is a dual-target kinase inhibiter that inhibits ROCK and Target X to lower IOP and prevent pink eye. It is a global first-in-class drug for Glaucoma treatment.

・新穎雙標靶機制
・first-in-class青光眼治療藥物
・降低眼壓減少紅眼症

・Innovative dual-target mechanism
・First-in-class drug for Glaucoma treatment
・Lowers IOP and prevents pink eye

iPMx核酸分子快速檢驗系統

iPMx Molecular Rapid Test System

工業技術研究院

Industrial Technology Research Institute

生醫所

守護疫情第一線！小型檢測系統快又準

First line of pandemic defense - fast and accurate miniature test system

iPMx核酸分子快速檢驗系統，以創新機構設計，搭配溫度控制，實現聚合酶鏈鎖反應( PCR），並研發專屬的光學即時偵測模組，具高精準(90%以上)、高靈敏(0-7天內)、高輕巧(600g)、高效率(1hr以內)，可應用於新興或現行傳染性疾病之檢測。

The iPMx Molecular Rapid Test System adopted an innovative mechanism design with temperature control to achieve PCR. A highly accurate (above 90%), highly sensitive (0-7 days), light-weighted (600g), and highly efficient (within an hour) dedicated optical real-time detection module is also developed for the detection of emerging or existing infectious diseases.

・精準度達90%以上
・感染初期0至7天檢出病毒
・檢測時間一小時內

・Accuracy above 90%
・Virus detection in the first seven days of infection
・Test time is within one hour

仿生多突狀磁珠製備技術

Bioinspired iKNOBEADS as Ancillary Materials for Next-Generation Cell Immunotherapy

工業技術研究院

Industrial Technology Research Institute

生醫所

全球獨家突狀觸角，免疫細胞療法新利器

World-exclusive dendritic-like configurations as the ace for immunotherapy

「仿生多突狀磁珠製備技術」以全球獨具突狀觸角，能強化與活化免疫細胞，實證顯示應用於T及NK免疫細胞的擴增效率及品質皆超越市售商品。仿生磁珠平台亦可對應多種免疫細胞，磁珠用量少，細胞品質與數量兼具，能有效降低生產成本及縮短病患等待時間。

The iKNOBEADS utilizes the world-exclusive dendritic-like configurations to enhance and activate immune cells. Evidence shows higher T-cell and NK-cell expansion efficiency and better quality comparing to the current commercial products. The bionic magnetic bead platform can also be applied to various immune cells. It ensures the quality and quantity of cells with small usage of beads to effectively reduce the production cost and shorten the wait time for patients.

・T細胞擴增效率提高
・可減少磁珠用量
・製程縮短至7天

・Increases T-cell expansion efficiency
・Reduces magnetic bead usage
・Shorten the production to 7 days

新世代顯示器用耐衝擊 Window film

Window Film of Impact Resistance for Next-generation Display

工業技術研究院

Industrial Technology Research Institute

材化所

以軟克剛的新世代軟性透明顯示模組

Overcoming hardness with softness - Next-generation soft transparent display module

為使透明顯示互動系統於戶外智慧場域使用時，面板能承受觸碰或撞擊，軟性透明顯示模組藉由高阻尼與高剛性兩種不同特性的材料，達到應力支撐和分散效果，並於最外層整合透明硬質塗層材料，防刮、耐磨、耐撞擊，提升整體顯示器之環境耐受性與操作可靠度。

For outdoor smart site applications, to make the panels of transparent display interaction systems withstand contact and impact, the soft transparent display module combines a high damping material with a high rigidity material to provide stress support and dispersion. A transparent hard coating material is also applied on the outermost layer to provide scratch resistance, abrasion resistance, and impact resistance, enhancing the overall endurance in environments and operation reliability of the display.

・防刮、耐磨、耐撞擊
・高阻尼與高剛性兼具
・達到支撐和分散效果

・Scratch resistance, abrasion resistance, and impact resistance
・Provides both high damping and high rigidity
・Achieves support and dispersion

高溫耐腐蝕之化合物半導體製程用載盤

High Temperature and Anti-corrosion Compound Semiconductor Process Carrier

工業技術研究院

Industrial Technology Research Institute

材化所

同步國際！第三代半導體製程載盤自主化

In sync with the world- Autonomy for the 3rd generation semiconductor manufacturing carriers

第三代半導體是臺灣重要產業策略，但製程載盤供應仍以國外為主，高溫耐腐蝕之化合物半導體製程用載盤技術，是國內唯一可供CVD SiC載盤製程，膜層平均厚度100±35μm、翹曲度小於500μm，不僅完整臺灣自主競爭力，更可大幅提高元件磊晶之品質。

The 3rd generation semiconductor is a critical industry strategy for Taiwan. However, the supply of manufacturing carriers mainly rely on foreign sources. The carrier technology for high-temperature corrosion-resistant compound semiconductor manufacturing is the only applicable domestic technology for CVD SiC carrier production. With an average film thickness of 100±35μm and warpage less than 500μm, this technology completes the autonomy and competitiveness of Taiwan and massively enhances the epitaxy quality of components.

・國內唯一SiC載盤技術
・載盤壽命增加
・元件磊晶品質優於國際

・The only domestic SiC carrier technique
・Increases carrier life
・The epitaxy quality of components surpasses the international level

易拆解太陽能模組技術

Easy-dismantled Solar Panels

工業技術研究院

Industrial Technology Research Institute

材化所

綠電大突破！可循環再利用的太陽能模組

Breakthrough for green energy-Recyclable solar panels

永續循環從源頭開始，易拆解太陽能模組技術從材料源頭及結構設計著手，解決一般太陽能模組難以拆解、回收價值低的問題，拆解後的完整零組件可重複使用，大幅減少碳足跡、碳稅，不需改變模組製程條件，且材料成本與EVA相近，大幅提昇商業競爭力。

Sustainable recycling should begin from the source. The disassemblable solar panel technique focuses on the material source and structure design to solve the disassembly difficulty and low recycling value problems for normal solar panels. Since the disassembled components can be reused to reduce carbon footprint and carbon tax without changing the manufacturing condition of panels and the material cost maintains similar to EVA, the business competitiveness significantly enhances.

・易拆解零件可重複使用
・大幅減少碳足跡
・不須改變既有製程

・Components are easy to assemble and reusable
・Massively reduces carbon trace
・No need to change the existing process

嚴苛腐蝕環境用太陽能支撐架

Solar Panel Brackets for Extremely Corrosive Environments

工業技術研究院

Industrial Technology Research Institute

材化所

為太陽能延壽，可自癒修補的防腐蝕塗料

Extending life for solar energy - Self-healable anti-corrosion coating

防腐蝕塗層是提升太陽能發電系統耐用度的關鍵，單道無毒防蝕塗裝支架技術，結合熱浸鍍鋼材，克服嚴苛環境高度腐蝕問題，延長發電系統運轉壽命。同時將防蝕、耐候、耐久使用等多重終能整合於一道塗裝，能客製化配色並與自癒合修補塗料搭配使用，提升養護便利性。

Anti-corrosion coating is the key to improve the durability of solar panel systems. The single-layer, non-toxic, anti-corrosion bracket coating technology, combined with hot-dip galvanized steel, overcomes severe corrosion problems in extreme environments and extends the service life of power generation systems. This technology integrates multiple functions, including corrosion resistance, weather resistance, and durability within one coating layer with customized colors. It can also be used in combination with self-healing coatings for more convenient maintenance.

・克服嚴苛環境高度腐蝕
・防蝕耐候耐久一道完成
・能客製化配色

・Overcomes severe corrosion in extreme environments
・Corrosion resistance, weather resistance, and endurance in one coating layer
・Provides customized colors

電動車用高能量/高安全樹脂固態電池

High Energy and Safety Polymer Solid Lithium Ion Batteries in EV Application

工業技術研究院

Industrial Technology Research Institute

材化所

解決鋰電池安全問題，高溫循環壽命佳

A solution to LIB safety with long service life under high-temperature cycling

高安全樹脂固態電池兼具液態電池的高離子導電度與固態電池的安全性，利用添加3%NAEPE來固化97%液態電解液，形成類似海綿體的網狀構造，穩定鋰電池結構，解決EV追求高能量密度及低成本需求，大幅提升下世代高能量密度動力鋰電池之效率。

The high-safety epoxy solid-state battery provides the high ion conductivity of liquid-state batteries and the safety of solid-state batteries. It used 3% of NAEPE to solidify 97% of liquid electrolytes to form a sponge-like reticulated structure that stabilizes the structure of lithium-ion batteries. It helps EVs meet the requirements of high power density and low cost and significantly enhances the efficiency of the next-generation high power density lithium-ion batteries.

・耐高溫提高電池安全性
・電池壽命增加20%
・製程變異小、易導入

・High-temperature resistance improves battery safety
・Battery life increases 20%
・Small variation for production, easy introduction

長航時燃料電池無人機

Long-Endurance Fuel Cell Powered UAV

工業技術研究院

Industrial Technology Research Institute

材化所

功率密度領先國際！高續航/高酬載飛行專家

High endurance/ high load flight expert with world-leading power density

希望無人機飛得久又載得多，高能量燃料電池技術是長航時無人機的解答。通過逾400公里高山跨海負重飛行驗證及民航局特種實體檢驗之長航時燃料電池無人機，可提升無人機3倍的飛行時間，9倍的飛行區域，燃料電池之功率密度達1200W/kg也領先國際大廠。

High energy fuel cell technology is the solution for drones with long flight times, allowing them to fly longer and carry more. Powered by fuel cells, long flight time drones passed the 400 km high-altitude/cross-sea flight test and the CAA special inspection. It increases drone flight time by three times and flight range by nine times. The 1200 W/kg power density of fuel cells also leads international industries.

・3倍飛行時間
・電堆功率密度1200W/kg
・最大起飛重量30公斤

・3-times longer flight time
・Fuel cell stack power density 1200W/kg
・Maximum Take-Off Weight 30kg

二氧化碳合成高值樹脂(環碳酸酯)與應用技術

Preparation and Application of CO₂-based Cyclic Carbonate Resin

工業技術研究院

Industrial Technology Research Institute

材化所

碳捕集！CO₂創造環保材料新商機

Carbon Capture - new business opportunities for eco-friendly materials from CO2

負碳技術捕捉的CO₂搖身變成環保化學品。結合CO₂與環氧樹脂的新型聚氨酯樹脂材料，可應用於環保聚氨酯產品，打造CO₂為中心的碳源循環經濟。 已完成噸級生產技術開發，建立全球唯一多功能環碳酸酯單體產能，並降低生產成本少於每公斤3美元，帶動國內環氧樹脂產業高值應用。

The CO₂ captured by negative emission technologies turns into eco-friendly chemicals. The new polyurethane material combines CO₂ and epoxy for eco-friendly polyurethane products to build a carbon source circular economy centered by CO₂. The ton-level production technology has been developed to establish the world's only production capacity of multi-functional cyclic carbonate ester monomer. It reduces production costs to less than 3 USD per kg to facilitate the high-value applications of the domestic epoxy industry.

・以捕獲CO₂為原料
・安全無毒
・非異氰酸酯材料

・Use captured CO₂ as materials
・Safe, non-toxic
・Non-isocyanate material

二氧化碳合成低碳排甲醇技術

Production of Methanol from CO₂ with Low Carbon Emission

工業技術研究院

Industrial Technology Research Institute

材化所

減碳再升級！CO₂合成甲醇打造低碳產業鏈

For further carbon reduction - Low-carbon industrial chain built by CO2-converted methanol

二氧化碳變資源。以CO₂為原料，合成為工業廣泛使用的甲醇，應用於下游低碳化學品，建構國內低碳產業鏈，打造綠色競爭力。 本技術具高生產力，產量達1,000g克甲醇/小時.公斤觸媒，已達商業量產要求，操作溫度低可節能20%、具低成本生產優勢。

Methanol, commonly used in industry, can be synthesized using CO₂ as raw material to apply in downstream low-carbon chemicals, establish a domestic low-carbon industrial chain, and create a green competitivity. This technology has high productibility at 1000g methanol/hour per kg of catalyst, which is the requirement for general commercialization. The low operating temperature can also save energy by 20% to provide an advantage of low production costs.

・以捕獲CO₂為原料
・生產節能20%
・每小時噸級產量

・Use captured CO₂ as materials
・Saving 20% of energy in production
・Ton-level production per hour

慢性傷口智慧照護

A Smart-Care Solution for Chronic Wound,iSCare

工業技術研究院

Industrial Technology Research Institute

服科中心

傷口癒合快一倍！一鍵式AI慢性傷口智慧判別

Double recovery speed of the wound- One-click AI smart recognition of chronic wounds

「慢性傷口智慧照護」系統，採用彩色、熱感與3D感測等三合一裝置，以AI人工智慧深度學習辨識慢性皮膚損傷的傷口大小、深度與組織情形，判別準確度達85%，可即時上傳醫療系統，讓遠端的醫生掌握病況，即時處理下可減少2倍以上的傷口癒合時間。

The iSCare system is a 3-in-1 device that provides color, thermal, and 3D sensing images and uses AI deep learning tools to determines the size, depth, and tissue condition with an 85% diagnosis accuracy. The information can be uploaded to medical systems in real-time to keep remote doctors updated on the patients' information remotely. Instant treatments will cut the healing time in half.

・三合一感測影像
・AI傷口智慧辨識
・傷口癒合快50%

・3-in-1 sensing imaging
・AI smart recognition of wounds
・50% faster wound recovery

嬰幼兒智慧照護

iDarlingWeaR

工業技術研究院

Industrial Technology Research Institute

服科中心

非接觸生理偵測！24小時守護寶寶健康

Non-contact physiological detection - 24-hour protection for babies' health

iDarlingWeaR是一款非接觸微型嬰幼兒生理感測產品，具有操作簡易、即時警示、遠端監控及多元應用等特點，以低功率生理偵測雷達，將嬰幼兒生理資訊，即時傳送到父母或照護者的行動裝置，在黑暗中也能使用，24小時掌握嬰幼兒生理狀態，居家、托嬰照護都安心。

iDarlingWeaR is a non-contact miniature physiological sensing product for babies and infants featuring easy operation, real-time alarm, remote monitor, and multiple applications. It uses low-power physiological sensing radar technology for the real-time transmission of babies' physiological signals to parents' or caregivers’ mobile devices even in the dark. The product enables a 24-hour monitor for babies' physiological conditions to keep you at ease while babysitting at home or care centers.

・24HR生理偵測
・非接觸低功率雷達
・行動裝置即時監看

・24HR physiological detection
・Non-contact low-power radar
・Real-time monitoring on mobile devices

高智能化五軸加工控制器技術

High-end Intelligent Five-axis Machining Controller Technology

工業技術研究院

Industrial Technology Research Institute

智機中心

高精密零組件製程升級！國產高階五軸控制器

Upgrading high-precision component manufacturing with domestic high-level five-axis controllers

國產高階五軸加工/車銑複合控制平台，內建智慧化控制機能及加值軟體，可應用於高精密、複雜的航太、生醫及電動車等零組件加工，並將國產CNC工具機產品由單機產品提升為智慧及自動化單元解決方案，提升臺灣製造工具機自我特色與創造利潤，讓使用者好學好用好維修。

The domestic high-level five-axis machine/turning and milling control technology, with built-in smart control functions and value-adding software, can apply to high-precision, high-complexity component processing in aerospace, biomedical, and automotive industries. It transforms domestic CNC machine tools from single-machine products into smart autonomous unit solutions. It will create distinguishing features and profits for Made-in-Taiwan manufacturing machine tools that are easy to learn, use, and maintain for users.

・國產高階五軸控制器
・智慧自動化單元解決方案
・虛實控制技術整合

・The domestic high-level five-axis controller
・Smart autonomous unit solution
・Cyber-Physical control technology

數位雙生沈浸式互動系統

Immersive Interaction System with Digital Twins

工業技術研究院

Industrial Technology Research Institute

智機中心

人機遠距協作−渲染3D場景技術應用服務

Human-machine remote collaboration - application and services with rendered 3D scene technology

後疫情時代驅動製造業對於遠端技術服務的潛在商機。以數位雙生、遠端渲染3D場景連結產線設備、操作員、技術專家協作，快速排除產線問題。 製程診斷成本、工藝轉移成本大減9成，大量客製化生產先導打樣時間縮短90%，製程效率提升30%。

The post-pandemic era created potential business opportunities for manufacturing regarding remote technical services. Utilizing digital twins and the remote rendered 3D scenes to connect production line devices, operators, and technical experts allows fast troubleshooting for the production line. The costs of process diagnostics and technology transfer can reduce by 90%. The pilot production time for massive customization can reduce by 90%, and the process efficiency can improve by 30%.

・人與AI雙生協作
・多用戶環境監控
・遠端渲染3D場景

・Human-AI collaboration
・Multi-user environment monitoring
・Remote rendered 3D scenes

電子看板分眾注意力分析平台

Electronic Signage Attention Demassification Platform

工業技術研究院

Industrial Technology Research Institute

量測中心

You Are What You See! 從視線看透你的心

You Are What You See! Seeing through you by your vision

可追蹤多人視線落點，結合臉部偵測及視線分析技術，即時進行市場分析、推播廣告，提升智慧看板與人群的互動性。 不需校準，具30 cm~100 cm較廣的工作距離，更適合智慧零售等商業場域，精準掌握消費者需求。

This technology tracks the gaze of multiple people and combines facial detection with gaze-analysis techniques. It provides market analysis and pushes advertising transactions to enhance the interactivity between smart signage and people. This technology doesn't require adjustments. It has a wider working range (30 to 100 cm) that is more suitable for businesses like smart retail to understand exact customer needs.

・多人視線落點追蹤
・分眾技術
・雲端邊緣運算

・Gaze-tracking for multiple people
・Segment technology
・Cloud edge computing

複合式熱像安全防護解決方案

Smart Thermal Image Body Temperature Detection System

工業技術研究院

Industrial Technology Research Institute

微系統中心

超級電眼！守護防疫第一線

The first line of pandemic defense with super electric eyes

運用非接觸式探測紅外線能量，進行多人動態體溫量測並導入隱私照護應用。 以AI技術精準量測臉部額頭區域，克服熱源干擾並導入智慧化溫度補償校正，具AI辨識、室內外皆宜、多人動態測量與快速布建四大特點，目前已應用於臺灣北部及離島澎湖國高中小學。

This technology utilizes non-contact infrared detection to conduct multiple people dynamic body temperature measurements for private care applications. This technology uses AI to measure the forehead region accurately and overcome the interference of heat sources. It also introduces smart temperature compensation adjustments. The technology has four main features, including AI recognition, indoor and outdoor adaptability, multiple people dynamic measurements, and easy deployment. It's currently implemented in elementary and middle schools in Northern Taiwan and Penghu.

・AI臉部局部辨識
・室內外溫度補償
・多人動態測量

・AI partial face recognition
・Indoor/outdoor temperature compensation
・Multiple people dynamic measurement

AI感知技術

A Companion Robot Incorporates Ambient Intelligence for Seniors Living Alone

工業技術研究院

Industrial Technology Research Institute

資通所

不需穿戴！銀髮族智能生活陪伴載具

Non-wearing smart companion device for seniors

國內首創銀髮族樂齡陪伴載具，採「不需穿戴」方式掌握長者的生活與生理資訊。 ・找話題：使用AI影像/聲音/WiFi感測技術收集飲食、睡眠、活動及情緒資訊。 ・樂溝通：具有移動式載具之室內環境建模與自動導航設計，並提供雙向視訊功能。

The first domestic senior companion device adopts the non-wearing approach to monitor elders' daily life and physiological information. ・Finding topics: Use AI video, audio, and WiFi sensing technology to collect information about diet, sleep, activity, and emotions. ・Spicing up conversations: Provide indoor environment modeling and auto-guidance design for mobile device with two-way video chat functions.

・不需穿戴
・AI感測生活資訊
・移動載具+雙向視訊

・Non-wearing
・AI sensing daily life information
・Mobile device+two-way video chat

WiFi Radar生理感測技術

WiFi Radar Vital Signs Detection

工業技術研究院

Industrial Technology Research Institute

資通所

蝙蝠聲納感測技術，打造最少干擾的生理偵測系統

Building physiological sensing system with the lowest interference by bat sonar sensing technology

以無線電波對比蝙蝠聲納系統，透過500條人體反射波來探測人體呼吸、心跳細微作動，是對使用者干擾最少的非接觸式生理偵測。 榮獲美國國家醫學院(NAM)健康長壽大計畫Catalyst Award補助，可運用於偵測睡眠呼吸中止症以協助阿茲海默症之早期診斷。

This technique is a radio wave analogy of the bats' sonar system that analyzes more than 500 reflected waves from the human body to detect subtle movements like breathing and heartbeats. It achieves non-contact physiological detection with the slightest interference to users. This technique is funded by the Healthy Longevity Global Grand Challenge's Catalyst Award from the National Academy of Medicine (NAM). It applies to sleep apnea detection to enable the early diagnosis of Alzheimer's Disease.

・低功率WiFi Radar
・睡眠品質分析
・身體動作感測

・Low-power WiFi Radar
・Sleep quality analysis
・Body movement sensing

FashionAI服飾特徵辨識與全方位推薦

Fashion AI:Apparel Attributes Recognition and Comprehensive RecommendationComprehensive Recommendation

工業技術研究院

Industrial Technology Research Institute

資通所

跨電商平台！最貼心的AI服飾穿搭顧問

Cross e-commerce platform - The most thoughtful AI fashion consultant

跨電商平台的商品推薦服務，解決新商品Cold Start難題，並分析市場流行元素、提供個人化推薦，提升點擊率及轉換率。 有別於一般推薦演算法，使用AI影像辨識技術擷取服飾屬性，提供相似、穿搭及敏捷推薦，可提升整體服飾特徵辨識準確率至80%以上。

The product recommendation service of the cross e-commerce platform solves the "cold start" problem of new products. The platform analyzes the fashion elements in the market and provides personalized recommendations to improve the click-through rate and conversion rate. Unlike typical recommendation algorithms, this technology utilizes AI image recognition to rapidly extract clothes attributes to provide similar recommendations and outfit recommendations. It enhances the overall accuracy of clothes feature recognition to over 80%.

・服飾屬性辨識
・跨電商平台推薦
・國內外電商產品爬搜

・Clothing attribute recognition
・Cross e-commerce platform recommendations
・Crawling for domestic and foreign e-commerce products

C-V2X車聯網技術解決方案

C-V2X Internet of Vehicles Technology Solution

工業技術研究院

Industrial Technology Research Institute

資通所

5G車聯網−智慧路口防撞與自駕整合服務

5G Vehicle-to-Everything technology - Integrated intelligent intersection collision avoidance and self-driving services

整合DSRC車聯網場域經驗，投入3GPP所定義之C-V2X PC5技術研發；除發展底層通訊協定外，並於上層開發SPaT智慧時相路口應用，建立國內首套C-V2X通訊與應用之ADB Roadside infrastructure，及C-V2X智慧路口防撞系統，提升自駕車主動防護能力。

The DSRC Vehicle-to-Everything field test experiences have been integrated and applied in developing C-V2X PC5 technology defined by 3GPP. We developed the base communication protocols and upper SPaT intelligent intersection applications to establish the first ADB Roadside infrastructure for C-V2X communication and application and C-V2X intelligent intersection collision avoidance systems. It enhances the active protection capabilities of autonomous vehicles.

・5G V2X通訊技術
・全方位交通安全防護
・自駕車應用服務

・5G V2X communication technology
・Comprehensive traffic safety protection
・Self-driving vehicle application services

5G MR無人機競技

5G MR Competitive Drone

工業技術研究院

Industrial Technology Research Institute

資通所

全球首航！第一人稱視角5G無人機混合實境

The World's first voyage of First-Person-View 5G mixed reality drone

結合5G直播、數位影像傳輸、以及混合實境技術，打造全球首航的臺灣無人機競技比賽。其中，5G 低延遲數位影像傳輸，提供競技無人機數位FPV影像，達1080p@120fps，傳輸延遲<50ms，並支援一對多直播。另外，新興虛實互動遊戲模式，整合MR虛擬物件與特效，以及虛實操控反饋技術。

The World's first competitive drone race in Taiwan combines 5G streaming, digital video transmission, and mixed reality technology. The 5G low-latency digital video transmission provides racing drones digital FPV video up to 1080p@120fps with a latency of less than 50ms. It also supports one-to-many live broadcasting. In addition, the novel MR interactive game integrates MR virtual objects, special effects, and augmented reality control feedback technologies.

・5G低延遲影像傳輸
・MR混合實境
・強化無人機賽事安全

・5G low-latency video transmission
・MR mixed reality
・Enhance the safety of drone races

智慧手機虛擬化技術

Smart Phone Virtualization

工業技術研究院

Industrial Technology Research Institute

資通所

創新伺服器架構，打造行動資安優勢

Innovative server architecture providing mobile information security advantages

在企業與個人行動化趨勢之下，從行動裝置衍生之資安事件持續成長。本技術基於串流服務，用完即離開，達到資料不落地的特性，提供給機敏單位作為行動資安首選方案。 同時，在5G環境下，還能提供超低延遲影像串流服務，可作為遊戲串流主要應用，相較於傳統伺服器可同時服務達 3 倍以上的用戶數量。

In the mobilization trend of enterprises and individuals, information security incidents related to mobile devices are continuously increasing. This technology bases on the characteristics of the streaming service, that is, leave when you're finished so that data doesn't leak. For confidential documents processing units, this will be the best solution for mobile data security. In the meantime, it also provides low-latency video streaming services, mainly for game streaming. In comparison with traditional servers, it can simultaneously serve more than three times the number of users.

・支援10個 Android 同時運行
・單一伺服器可承載 96 張板子
・超低延遲串流技術 < 150ms

・Supports the simultaneous operation of 10 Androids
・One server bears 96 boards
・Super low-latency streaming technology < 150ms

聯網自駕巴士與管理平台解決方案

Connected Autonomous Driving Vehicle Solution

工業技術研究院

Industrial Technology Research Institute

資通所

開放道路自動接駁−自駕中巴聯網技術

Auto shuttle on open-roads - Networking self-driving bus technology

國內首部自動駕駛中型巴士，可於特定場域提供自動接駁服務，具備開放號誌路口通行與雨天、夜間行駛能力，滿足亞洲市區高運量與道路需求。 目前正於新竹縣竹北場域進行實證運行測試中，亦整合後台管理平台，進行車輛動態、車輛調度、智慧監控等，未來將提供載客服務！

The first domestic self-driving bus provides auto-shuttle services in specific regions. It passes open intersections with traffic signs and drives in the rain or nighttime to meet the high traffic volume and road requirements of Asian cities. This technology is currently testing and running in Zhubei City, Hsinchu. It also integrates the back-end management system for intelligent monitoring of vehicle status, deployment, etc. Passenger service will be provided in the future.

・環周感知次系統
・C-V2X車聯網
・車輛管理平台

・Surrounding sensing subsystem
・C-V2X Vehicle-to-Everything
・Vehicle managemet platform

智能視覺辨識邊緣運算軟體技術

Intelligent Visual Recognition Edge Computing Software Technology

工業技術研究院

Industrial Technology Research Institute

資通所

汽車千里眼−智能視覺即時辨識

Clairvoyance for cars - Smart vision real-time recognition

可跨域整合臺灣業者建構自主化AI感知應用平台解決方案，已於嵌入式平台實現7種AI-ADAS偵測辨識功能之優化，達30FPS即時運算，效能提升2.63倍。 創新之深度學習架構已導入即時車道偏移與前方防撞警示系統等商業應用。

The AI sensing application platform solution allows cross-domain integration of Taiwanese companies. The technology achieved seven types of optimization for AI-ADAS detection and recognition on embedded platforms. Its real-time computation speed reaches 30 FPS, and the performance improved by 2.63 times. The innovative deep learning structure has been introduced in commercial applications such as real-time lane shift (LDWS) and front collision avoidance warning systems (FCWS).

・自主化AI感知應用平台
・7種AI-ADAS偵測辨識優化
・創新深度學習架構

・Autonomous AI sensing application platform
・7 types of AI-ADAS detection and recognition optimization
・Innovative deep learning structure

異質整合技術-micro-LED in cell感測整合技術

In-cell Optical Biosensors Based on Flexible and Active Driving micro-LED Display Platform

工業技術研究院

Industrial Technology Research Institute

電光系統所

小螢幕大突破！全螢幕多指紋辨識

Small Screen, Big Step - Full-screen multi-fingerprint recognition

生物辨識已普及於各式穿戴裝置，並持續朝全螢幕、多指安全指紋辨識技術發展。本技術首創兼具顯示與感測的µLED創新科技，將生物感測裝置與顯示器異質整合於同一基板上、薄化模組，打造領先業界全屏整合指紋辨識、觸控與µLED顯示的互動顯示技術，可滿足行動/穿戴資安需求。

Biometrics has been widely applied on various wearable devices and is developing toward full-screen, multi-finger secure fingerprint recognition. This technology is the first innovation of µLED, which provides both lighting and sensing that integrates bio-sensing devices and displays onto the same substrate and achieves thinner modules. This technique is the first interactive display technology in the industry to attain full-screen integration of fingerprint recognition, touch control, and µLED display. It meets the requirements for the information security of mobile and wearable devices.

・生物辨識
・微型化發光二極體
・內嵌式感測

・Biometrics
・Miniaturized LED
・Embedded sensing

超低繞射透明顯示技術

Low-Diffraction Transparent Display

工業技術研究院

Industrial Technology Research Institute

電光系統所

提供高清晰影像與虛實整合的智慧窗

Cyber-physical Smart window providing high-resolution images

透明顯示虛實資訊融合與互動技術可結合本技術，於透明智慧窗上提供乘客即時取得想要的清晰景物導覽，同時降低乘客觀看移動物體背景影像資訊模糊所產生的人眼不適感。。未來提供面板、感測模組廠、及車用顯示器廠商發展智慧移動、智慧醫療場域等相關應用。

The transparent virtual-real information superimposition and interactive technology could combine this technology to provide passengers with clear real-time guides on transparent smart windows. They also mitigate passengers' illnesses caused by viewing blurry background image information of viewing objects.

・降低透明顯示器繞射現象
・提升顯示器背景影像清晰度
・可維持顯示器高透明度

・Reduce the diffraction of transparent displays
・Improve the background image clarity of the monitor
・Maintains the high transparency of the display

LED感測陣列用於眼追蹤系統

Micro Sensor Array Eye-tracking Glass

工業技術研究院

Industrial Technology Research Institute

電光系統所

下世代智慧眼鏡−微感測陣列感知鏡片

Next-generation smart glasses- Sensing lens with microsensor array

AI特徵式辨識驅動之微感測陣列技術，有別於傳統眼追蹤技術以相機作為眼動追蹤載具，克服現有技術在穿戴應用上之體積大、隱私權問題、不易與光學鏡片整合、效能功耗比低、缺乏友善互動模式等瓶頸，能偵測視線，使用視線行為並結合控制反應，提供最便利的人機互動方式。

Conventional eye-tracking technologies utilize cameras for eye tracking. Unlike those approaches, the microsensor array technology driven by AI feature detection broke through current limitations, including its large size, privacy issues, integration difficulty with optical lens, low performance per watt, the lack of friendly interactive modes, etc. The technology detects gazes and combines gaze motions with control reactions to provide the most convenient human-machine interaction.

・微型薄膜化感知鏡片
・非成像視線追蹤
・高速低功耗頭戴裝置

・Miniature thin film sensing lens
・Non-imaging gaze tracking
・High speed and low power consumption headset

高精密陣列之全彩micro-LED顯示元件技術

High-resolution Full-color micro-LED Display

工業技術研究院

Industrial Technology Research Institute

電光系統所

高解析全彩micro-LED

High-PPI Full-color micro-LED

高精密陣列之全彩micro-LED顯示元件技術，未來可整合微型感測器，提供消費者最佳的感知融合體驗。透過QD圖案化技術實現高解析高效率之顯示功能，其紅/綠量子點圖案化尺寸達 5 μm，領先國際技術指標 (20 μm)。

The high-PPI full-color micro-LED display technology integrates micro-LED array, active driving backplane and QD technologies. It could combine with heterogeneous integration technologies such as micro-sensor and micro IC and provides customers. With the QD patterning technology, it achieves high-resolution, high-efficiency display functions with a 5 μm red/green quantum dot pattern size, which surpasses international standards (20 μm).

・量子點光色轉換
・micro-LED主動驅動
・高解析度顯示模組

・Quantum dot light-color conversion
・micro-LED active driving
・High-resolution display module

整合主被動元件之面板級封裝RDL中介層技術

Panel Level Fan-out RDL with Integrated Active/Passive Device Technology

工業技術研究院

Industrial Technology Research Institute

電光系統所

少量多樣客製化面板級系統封裝

Small-volume large-variety customized panel-level system packaging

以既有薄膜元件製程為基礎，整合高深寬比導線技術、高角度導通孔技術與RDL(Redistribution Layer)重分佈製程，開創功能化RDL中介層(Functional RDL)，可跨領域應用於PCB 產業的IC載板與RDL技術整合，提高產品效能與生產效益。

Based on the existing thin-film component processes, this technology integrates high-aspect-ratio wire technology, high-angle via hole technology, and the Redistribution Layer (RDL) process to create the functional RDL. It allows the cross-domain application of the integration of IC carrier boards in the PCD industry and RDL technology to improve product performance and production benefits.

・產品輕薄化
・提高產品效能
・提升整合晶片功能

・Thinner product
・Improved product performance
・Enhanced integrated chip function

FMCW光達晶片與訊號驅控分析模組

Chip Scale of FMCW LiDAR and Photoelectric Drive Control Module

工業技術研究院

Industrial Technology Research Institute

電光系統所

體積縮小700倍−下世代抗干擾光達技術

700 times smaller -Next generation anti-jamming LiDAR technology

FMCW光達晶片為全固態設計，具輕、薄、小、便宜等優勢。積體化設計與震鏡掃描模組相較，總體積可縮小約700倍。 相較ToF技術，FMCW技術可以同時偵測外界移動物體速度，輔助自駕車判斷，減少緊急時刻運算處理資料量，縮短反應時間一半以上，更適合自駕車應用。

FMCW LiDAR chips adopt an all-solid-state design that is light, thin, small, and inexpensive. In comparison with Galvo scanning modules, the integrated design can be 700 times smaller in size. In comparison with the ToF technology, FMCW simultaneously detects the speed of moving objects to assist the decision-making of self-driving vehicles. By reducing the computing data volume during emergencies, it shortens the reaction time by over 50%. It is more suitable for self-driving vehicle applications.

・大幅提升訊號解析能力
・反應時間縮短1/2
・體積縮小700倍

・Greatly improved signal analysis capabilities
・Reaction time shortened by 1/2
・700 times smaller in size

高精準手術導航輔助系統

High-accuracy Surgical Navigation Assistance System

工業技術研究院

Industrial Technology Research Institute

電光系統所

虛實影像疊合−更直觀的外科手術操作

Superimposition of virtual and real image for more intuitve sugery operations

整合透明顯示器、眼球定位技術及AR虛實疊合導航資訊，提供醫師手眼同步的AR虛實疊合導航資訊輔助，可輔助外科醫生手術降低手術風險。，帶動國內高值化透明顯示面板與相關應用系統投資與開發。

This technology integrates transparent displays, eye-tracking technology, and AR guidance information superimposition to assist doctors with hand-eye coordination and help surgeons in operations to reduce surgery risks. It will facilitate the investment and development of high-value transparent display and relative application systems.

・直視型透明顯示器
・高精度虛實病灶資訊疊合
・多視角資訊融合資訊互動顯示

・Direct-view transparent display
・High-precision superimposition of virtual and real lesion information
・Multi-view data integration with interactive display

雷射誘發3D電路製作技術

Laser Induced Metallization 3D Circuit; LIM-3D

工業技術研究院

Industrial Technology Research Institute

機械所

3D電路製作技術 協助線路微型多樣化

3D circuit fabrication technology facilitates the miniaturization and diversity of circuits

雷射誘發金屬化線路適用於不規則之任意材料基材上，形成3D立體金屬線路。藉由奈米觸發膠體材料輔以噴塗技術，可於任何3D/2D基材表面完成金屬圖案化結構，故不受基材之限制，最小線寬可達30µm，能應用於手機、筆腦等產品。

3D metal circuits are suitable for irregular substrates to form 3D circuits. Integrate the nano inducible colloid technology with 3D spraying process, the laser-induced metallization technology can achieve fabricating multilayer metal pcircuitson 3D/2D substrates without base material restrictions. The minimum line width reaches 30 μm for applications in products like cellphones and laptops.

・能於3D基板上完成金屬線路
・可積層化製作
・不受基材材料限制(鐵氟龍、PI、陶瓷等材料皆可)

・Fabricate metal circuits on 3D substrates
・Able to achieve multi-layer manufacturing
・No substrate material restrictions (Teflon, PI, ceramic, and other materials are all available)

整合式電動車動力系統

Integrated Electric Vehicle Power System

工業技術研究院

Industrial Technology Research Institute

機械所

碳化矽SiC功率模組，打造電動車強心臟

SiC power module for stronger cores of electric vehicles

整合馬達、驅控器與輪軸驅動機構之模組化設計，可縮小動力系統體積與重量，提升系統功率密度，適用於3.5噸級以下之商用車型。技術採軸向端面整合機構設計，具一體式水冷散熱系統及內嵌式三相電力接合，驅控器端採用碳化矽SiC功率模組大幅提升系統性能，系統功率密度大於4.0kW/L。

This technology adopts a modular design that integrates motors, traction inverter, and axle drive mechanisms to reduce the power system's volume and weight and improve its power density. It applies to commercial vehicles of less than 3.5 tons. The technology adopts an axial end surface integration mechanism with an integrated water-cooling system and an embedded three-phase electrical power connection. The SiC power module is applied for the traction inverter to significantly improve system performance with a system power density over 4.0 kW/L.

・縮小動力系統體積與重量
・一體式水冷
・碳化矽SiC功率模組提升系統性能

・Reduce the size and weight of the power system
・Integrated water cooling system
・SiC power module improves system performance

自主駕駛系統與自駕情境模擬技術

Self-Driving System ＆ Scenario-Based Verification of Self-Driving Vehicle

工業技術研究院

Industrial Technology Research Institute

機械所

虛實整合框架進一步提昇自駕車安全驗證

The cyber-physical framework promotes further advancement in the safety verification of self-driving vehicles

虛實整合框架可以利用高精地圖建置的虛擬場域與混合實境車輛迴路測試提昇情境式測試的精確性。我們的技術可以有效驗證自駕車的安全性，不受時間和空間的限制。整合開源軟體也可降低開發成本。 採軟體模組設計之自主駕駛系統，已成功導入多款車種，包含電動、柴油和混合動力汽車，並於工研院、新竹市區南寮、台中水湳與日本等場域驗證，應用服務包含接駁與物流配送。

The cyber-physical framework can improve the fidelity of the scenario-based testing by utilizing the virtual environment based on the HD-map and mixed-reality vehicle-in-the-loop testing. Our technology can efficiently verify the safety of self-driving vehicles without time and space limitations. The integration of open-source software can lower the cost of development. This self-driving system that adopted a modular software design has been practically applied to various types of vehicles, including electric, diesel, and hybrid ones, and deployed in many fields, such as the Chung Hsing Campus of ITRI, Hsinchu city, Nanliao, Taichung Shuinan, and Japan. The application includes logistics and shuttle services.

・自駕物流系統
・自駕車虛實整合安全驗證
・混合實境車輛迴路測試

・Self-driving system applying in the logistics system
・Cyber-physical safety verification of self-driving vehicles
・Mixed reality for vehicle-in-the-loop tests

金屬成型設備與模具回饋優化技術

Mechanical and Mechatronics Systems Research Laboratories

工業技術研究院

Industrial Technology Research Institute

機械所

克服機器視覺盲點，國內首創3D檢測機

Overcoming blind spots of machines- The first domestic 3D inspection device

國內首創3D螺旋切齒齒輪檢測機，可檢測黑皮、撞傷與崩齒等瑕疵。 組裝最佳化模組可應用於運具齒輪軸之組配，解決過去隨機選件組配造成之壓合力不足問題。支援可攜式裝置即時查看，提供跨廠區、多種機台資訊的可視化工具，增進管理效率。

The first domestic 3D helical gears inspection machine detects gear defects such as black skins, bump damages, or broken teeth. Assembly optimization module can apply in the assembly of gear shafts for carriers to avoid the lack of closing force due to the past random choice and assembly method. It also supports real-time monitoring on mobile devices and provides cross-plant, multi-machine information visualization tools to improve management efficiency.

・可執行複雜外型工作
・快速智慧檢測
・跨廠區可視化工具

・Allow operations for complicated appearances
・Fast and intelligent inspection
・Cross-plant visualization tool

觸控式熱像測溫儀

Tablet Thermal Imaging Camera

國家中山科學研究院

National Chung-Shan Institute of Science and Technology

材電所

工業/醫療兩用，高精準影像測溫

High-accuracy thermal imaging for both industrial and medical uses

將熱像儀整合於平板電腦，透過數位化平板介面，從資料擷取到溫度分析，以專利測溫校正提高熱影像測溫精準度。測定溫度穩定於±0.5℃以內，不僅可應用於醫療快篩中體溫量測，更可廣泛應用於工業管線及儀器熱點精密量測、山區與海上搜救作業等商用領域。

This technology implements thermal imagers to tablets and conducts everything from data acquisition to temperature analysis through the digital tablet interface. It applies the patented temperature measurement adjustment technique to improve the precision of thermography and maintains temperature measurement stability in the range of ±0.5℃. It applies in the body temperature measurement for medical rapid tests and commercial applications, such as the precision measurements for industrial pipelines or hot spots in instruments or rescue missions in the mountains or at sea.

・客製化數位整合介面
・多功能應用場域
・測溫穩定度±0.5℃

・Customized digital integration interface
・Multifunctional application areas
・Temperature measurement stability ±0.5℃

B4C陶瓷抗彈鎧甲

B4C Ballistic Ceramic Armor

國家中山科學研究院

National Chung-Shan Institute of Science and Technology

材電所

通過國際認證的輕量防彈材料

Internationally certified lightweight bulletproof material

抗高速撞擊B4C基輕質陶瓷複材相較一般陶瓷複材，重量減輕20%，防護力通過美國懷特實驗室 NIJ III、NIJ III+、NIJ IV級陶瓷複材防彈板驗證。除作為防彈衣、防彈公事包等各式防彈產品材料外，亦可用於防護耳罩、蛙鞋、牙材等需抗衝擊之品項。

In contrast with the typical ceramic composite, the impact-resistant B4C lightweight ceramic composite reduces 20% of the weight. Its protection performance received NIJ level III, III+, and IV certifications for ceramic bulletproof plates from the USA H.P.WHITE laboratory. It can be the material of bulletproof products like bulletproof vests and suitcases or other impact-resistant products, such as protective earmuffs, scuba fins, and dental materials.

・輕量化耐衝擊陶瓷
・國際認證防彈材料
・防護領域應用首選

・Lightweight impact-resistant ceramics
・Internationally certified bulletproof material
・Your first choice for protection applications

多角度外掛式多頻譜影像色彩擷取擷取系統

plug-in Multi-angle multi-spectrum image color capture system

印刷創新科技研究發展中心

Printing Technology Research Institute

影像色彩組

影像色彩真實還原，印刷不再失真

The image color is truly restored, and the printing color is not distorted

將以往用於軍事與醫療的多頻譜技術，創新應用於影像擷取，可解決過去RGB擷取導致顏色失真問題。該技術輔以演算可還原真實色彩，並模擬不同色溫、材質之效果。適用於印刷、紡織、陶磚磁釉等色彩產業，搭配不同濾鏡更可跨域應用於珠寶鑑定或刑事偵查等。

In the past, the multi-spectrum technology used in military and medical treatment, this technological innovation is applied to the color capture of printed images, which can solve the problem of color distortion caused by RGB capture in the past. This technology can restore the true colors through the spectrum algorithm and simulate the effects of different color temperatures and material appearances. This technology is suitable for color-related industries such as printing, textiles, ceramic tiles and glazes, and can replace different spectrum filters, and can be used in jewelry identification or criminal case investigation.

・多頻譜影像色彩擷取
・行動裝置模擬套件
・適用於需要色彩之產業

・Multi-spectral image color acquisition
・Mobile device simulation kit
・Suitable for industries that require color

電動輔助登山自行車

The Key Technology Development of E-Mountain Bike

自行車暨健康科技工業研究發展中心

Cycling & Health Tech Industry R&D Center

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智慧升級電動自行車，開創產業新未來

Upgraded smart electric bike - opening a new industrial future

智慧電動輔助自行車系統包含整合控制邏輯技術、車架設計及通訊聯網，可根據騎乘需求客製化設計、依據騎乘模式智慧化調整動力輸出，是人們騎乘電動自行車時最佳出力輔助手。藉由三電配套系統化整合開發技術引領全球電動自行車產業發展。

The smart electric-assisted mountain bike technology integrates the control logic technology, frame design, and communication network. This product provides customized designs depending on riding needs and intelligently adjusts power output according to the riding mode. It is the best assistant for electric bike riders. The EIC matching system and the integrated development technology will facilitate the growth of the global electric bike industry.

・智慧電輔自行車系統
・多目標車架設計優化
・電輔自行車通訊聯網

・Smart electric-assisted bicycle system
・Multi-objective frame design optimization
・Electric-assisted bicycle communication network

WinBus自動駕駛小型巴士平台車

WinBus Self-driving Mini Bus Platform Vehicle

車輛研究測試中心

Automotive Research&TestingCenter

研發處

100%自主開發設計，Level 4 無人自駕小巴

100% independent development and design

可透過自駕整合、AI決策、虛實融合測試驗證等技術，客製化搭載服務。為短程載客運輸、觀光導覽提供智慧化交通接駁服務解決方案，達成類捷運、多樣化之旅運功能。

This technology provides customized passenger services with technologies including self-driving integration, AI decision-making, and cyber-physical test and verification. For passenger shuttling and sightseeing, it provides an intelligent shuttle traffic service solution to achieve diversified travel and transportation functions similar to the MRT.

・SAE Level 4自駕小巴
・場域實證自駕經驗
・符合各式旅運需求

・SAE Level 4 self-driving bus
・Self-driving experiences with empirical proof from field tests
・Meets all kinds of traveling and transportation requirements

可控水反應鎂合金

Controllable Hydro-Reactive Magnesium Alloy

金屬工業研究發展中心

Metal Industries Research & Development Centre

1.金屬製程研發處 2.醫療器材研發服務處

全球第一！止血夾也能被人體吸收

World's first body-absorbable hemostatic clip

利用鎂鋅鈣可代謝且對生物無害之元素，改變合金的混合熵值，依據應用場域，精準控制鎂合金降解速率，並透過材料組織的控制和成型工藝的應用，獲得高穩定性與更好的力學性能。應用於骨釘、止血夾、支架等植入物，於再生修復過程中，達均勻緩慢降解，亦可被人體完全吸收。

This technology uses metabolizable and biologically harmless elements (Mg, Zn, Ca) to chance the entropy of mixing for alloys and precisely control the degradation rate of magnesium alloy. By controlling material structure and applying forming techniques, higher stability and better mechanical properties can be achieved. The alloy can be used in implants such as bone nails, hemostatic clip, stent, etc. They will uniformly and slowly degrade during the recovery process and eventually completely absorb the human body.

・第三代生醫材料
・耐蝕性鎂合金
・可控制均勻降解

・Third-generation biomedical materials
・Anti-corrosion magnesium alloy
・Controlable uniform degradation

仿生智能AGV艦隊系統

Bionic Intelligent AGV Fleet System

金屬工業研究發展中心

Metal Industries Research & Development Centre

海洋科技產業創新服務處

無人搬運車，想搬什麼都可以！

Unmanned transporter for anything you want

技術發想源於大自然中螞蟻的搬運邏輯，結合動力輪模組以及智慧化模擬指揮系統，搭載獨立的動力設備、控制器、電池和減壓系統，形成最佳排列方式共同搬運。仿生智能AGV艦隊系統具有無線智慧、彈性運用、靈活移動的三大特色，與一般無人車相比能在各種空間中運行。

This technology originates from the ants' transportation logic in nature. It combines the mobile wheel module and intelligent simulation command system with individual power devices, controllers, batteries, and sdamping system for a converged transport with the best arrangement. The bionic intelligent AGV fleet system features wireless intelligence, flexible applications, and agile mobility to move better in various spaces compared to typical unmanned vehicles.

・仿生智能AGV
・彈性協同作業模式
・高適應性可用於各場域

・Bionic intelligent AGV
・Flexible collaboration mode
・High adaptability, applies in various fields

智慧化3D視覺製鞋自動打粗塗膠

Intelligent 3D Visual Automation for Shoes Roughing and Cementing Equipment

金屬工業研究發展中心

Metal Industries Research & Development Centre

能源與精敏系統設備處

機器人也能打磨出老師傅工藝技術

Experienced masters' crafting techniques delivered by robots

取代傳統人工打粗及塗膠製程，可在2秒內產生鞋面打粗塗膠之機器手臂運動路徑，更可在8秒完成一隻大底塗膠。 克服製鞋業自動化瓶頸，生產效率提升一倍，人工及耗材成本降低17% ，亦解決人工作業時吸入粉塵及有害揮發性物質等問題。

This technology replaces traditional manual roughing and cementing processes. It provides a robotic arm‘s pathway for upper roughing and cementing in two seconds and completes the outsole cementing process in 8 seconds. This technology overcomes the difficulty of automating shoe-making businesses, doubling the production efficiency, and reducing 17% of labor and consumable costs. It also prevents problems like inhaling dust and hazardous volatiles during manual operation.

・製鞋過程自動化
・規劃打粗路徑，精準塗膠
・減少人工肺傷害

・Automation of shoemaking process
・Planning the roughing paths and applying glue accurately
・Reduce lung damages from manual work

即時贋復解決方案

The Total Solution of In-Office Digital Restoration

金屬工業研究發展中心

Metal Industries Research & Development Centre

精微成形研發處

8小時！世界首創數位牙體一條龍服務

8 hours! The World's first one-stop digital dental prosthesis service

世界首創的數位牙體即時贋復解決方案，結合「口內掃描」、「二矽酸鋰瓷塊」及「3D雷射雕銑」等技術，提供最佳的數位牙體最終解決方案。醫師與患者只需8小時即可完成裝置補綴牙體，大幅縮短牙科贗復療程時間達85%以上。

The world's first real-time digital dental prosthesis solution combines intraoral scanning, lithium disilicate, and 3D dental laser milling techniques to provide the best final solution for digital dental prostheses. Doctors and patients only need 8 hours to complete the dental restoration, saving more than 85% of dental prosthesis treatment time.

・即時補綴
・雲端派工
・創新診療服務

・Real-time replenishment
・Cloud assignment
・Innovatve diagnosis and treatment services

連續式微型元件熱處理系統設備

Continuous Micro Parts Heat Treatment System Equipment

金屬工業研究發展中心

Metal Industries Research & Development Centre

精微成形研發處

2天交貨！3C元件熱處理Total Solution

Delivery in 2 days! The total solution for the heat treatment of 3C components

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，收料率百分百，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

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

精準機能噴塗面料技術

Precise Inkjet Printing Technology for Fabrics

紡織產業綜合研究所

Taiwan Textile Research Institute

紡織所

機能布料環保利器，染整業不再吃罰單

World's first Multi-vertebrae localization and guidance for spinal

透過精密分散研磨技術發展精準噴塗製程，開發高防水、高透濕、高透氣等機能性紡織品，從傳統塗布貼合優化至數位精準噴塗機能新面料，解決傳統染色製程耗水、耗能與化學品汙染問題，及整理製程在少量多樣化發展趨勢上的瓶頸。利用數位精準優勢，提供業者高彈性、短交期、低成本與互動設計之大量客製產銷模式。提升產品附加價值30%以上。

The precise spraying process is developed by the disperse milling technology for highly waterproof, permeable, and breathable functional textiles. It improves the process from traditional coating to digital precise spraying of new functional fabrics. This technology resolves the water consumption, power consumption, and chemical pollution problems for conventional dyeing processes and the difficulty of small-volume large-variety development for finishing processes. With the advantage of digital precision, this technology provides businesses with customized mass production and sales models with high flexibility, short delivery time, low cost, and interactive design to increase the additional values of products by over 30%.

・塗佈技術可複合應用
・低耗水耗能
・彈性客製化生產

・Coating technology for complex applications
・Low water and power consumption
・Flexible customized production

超細長纖維不織布技術

Nonwoven Fabrics of Ultrafine Long Fibers

紡織產業綜合研究所

Taiwan Textile Research Institute

紡織所

布可思議！超細長纖維不織布防蟎又阻菌

Dustmite and fungus-proof long-fiber non-woven cloth

掌握不織布原料關鍵技術，領先國際以「非溶除」分割型不織布開纖之環保製程，取代「溶劑」溶除型方式，並提升不織布纖維細化程度。 突破不織布原有物性能兼具機械強度與超細柔軟度，用途可從拋棄式衛材提升至寢具、人工皮革，及創新衣著面料。

Mastering the critical technology of non-woven cloths, we led the world by using the eco-friendly process of fiber opening for "non-dissolving" segmented non-woven textiles to replace the solvent-dissolving process to enhance the fineness of non-woven fabrics. This technology surpassed the physical properties of typical non-woven textiles, providing mechanical strength, extreme fineness, and softness. The applications range from disposable sanitary materials to beddings, artificial leathers, and innovative clothes fabrics.

・減少肌膚接觸不適
・無溶劑更環保
・細度0.5丹尼以下

・Reduce contact discomfort of the skin
・Solvent-free, more eco-friendly
・Fineness < 0.5 denier

小分子抗癌藥物傳輸系統DBPR115

DBPR115, a Novel Small-molecule Drug Conjugate (SMDC)

國家衛生研究院

National Health Research Institutes

生技與藥物研究所

抗癌新標靶−專一辨識小分子胺

New target for cancer treatment - small molecule amine for specific recognition

以小分子胺化合物取代抗體的角色，並與市售的抗腫瘤藥物結合，達到傳遞並集中抗癌藥物到腫瘤組織的功能，有助增加腫瘤中抗癌藥物的濃度，提升抗腫瘤藥效且降低副作用。 DBPR115相較市售藥物CPT-11，僅需20%用藥量即可達到數倍對大腸直腸及胰臟腫瘤生長之抑制效果。

The small molecule amine compound replaces the role of the antibody to combine with commercial tumor drugs to transport and concentrate the cancer drugs in tumor tissues. It effectively increases the cancer drug concentration in tumors to improve the drug effects and reduce side effects. Compared with the commercial drug CPT-11, DBPR115 requires only 20% of the dosage to achieve colorectal, rectal, and pancreatic tumor growth inhibition that is multiple times better.

・增效減毒對抗腫瘤
・專一辨識技術
・新型式標靶藥物

・Fight tumors with higher efficency and lower toxicity
・Specific identification technology
・Novel target drugs

開發智慧型傷口/瘀血醫療照護系統

Develop a Smart Wound/Injury Medical Care System

國家衛生研究院

National Health Research Institutes

生醫工程與奈米醫學研究所

皮下循環探測，AI精準檢視傷口癒合

Circulatory detection beneath the skin- AI precision inspection for wound recovery

以皮下循環探測，針對微循環之好壞區分，觀看癒合情況。配合405/470/805nm波長照明及AI演算法，可擷取肉眼未察覺之傷口/瘀血。加入多波長數位控制能量、自動對焦、光斑堆疊演算法技術完成雷射造影系統，未來應用血管新生檢測、末梢血流紀錄，提供用藥診斷依據。

This system determines the recovery condition by detecting subcutaneous circulation and distinguishing good or poor microcirculation. With 405/470/805nm wavelength lighting and AI algorithms, the system can discover wound/blood stasis that is not noticeable by the naked eye. The laser imaging system is completed with the multi-wavelength digital energy control, autofocus, and light spot stack algorithm technologies. In the future, it can be applied in angiogenesis detection and peripheral blood flow record as the basis of medical diagnoses.

・AI傷口/瘀血自動判別
・雷射血液循環造影
・多波長LED光源調控

・AI wound/blood stasis auto determination
・Laser blood circulation imaging
・Multi-wavelength LED light source control

自駕船循跡自航及智慧避碰技術

Self Path-tracking and Intelligent Collision Avoidance Technology for Autonomous Ship

船舶暨海洋產業研發中心

Ship and Ocean Industries R&D Center

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自駕航海王−正港自動駕駛技術

Master of autonomous ships- True autopilot technology

現有自動操舵裝置只能協助船隻根據航向前進，本技術之智慧操縱系統，內含自主航行操控系統核心控制程式，可依據航跡、航速、航向等命令，推算測試船上配置之推進器的作動命令，達到循跡自航、定向定速自航之目的，並可正確閃避前方之船舶或障礙物，閃避後回到原目標航，達到真正的自動駕駛船。

Current auto-pilot devices can only make ships sail forward according to the heading. In the smart control system of this technology, the core control program for the auto-pilot control system can derive the operation commands of the propulsion on the test ship from the track, speed, heading, and other commands. It achieves autonomous sailing with tracking or autonomous sailing at a fixed orientation/speed. It can also correctly dodge incoming ships or obstacles and return to the original course to truly achieve unmanned auto sailing.

・船舶智慧自航
・船舶智能電控
・新型船舶營運模式

・Smart auto-pilot of ships
・Smart electric control of ships
・Novel ship business model

自行車產業主動式AI品質監控與預測系統

Active Qualities Monitoring and Prediction System of Bicycles and Parts Manufacturing

資訊工業策進會

Institute for Information Industry

創生處

數位孿生，解決自行車品檢最大痛點

Digital twin - solving the main pain point of bicycle quality inspection

為解決自行車品檢最大痛點，以數位孿生技術進行主動式品檢，生產當下同步進行品質預測，免於廢料與返修成本，單一產線每年可降低百萬以上精修成本；核心引擎自動優化品質模型降低校調時間70%，並與國內外公有雲或私有雲(智機雲)介接，打造中小企業製程品質數位化生態鏈。

To tackle the most significant pain spot for bicycle quality inspection, the digital twin technology is applied to conduct active quality inspections, predicting product quality during production to avoid waste and reprocessing costs. It saves more than a million dollars of refining costs every year. The auto quality-optimization model for the core engine reduces 70% of the adjustment time. The system also interfaces with domestic and foreign public clouds and private clouds (smart machinery clouds) to establish the industrial chain of process quality digitalization for small and medium companies.

・主動式品檢技術
・AI自動優化調教技術
・領域特徵萃取技術

・Active quality inspection technology
・AI auto optimization tuning technology
・Domain feature extraction technology

窄頻物聯網NB-IoT全功能自主平台

NB-IoT All-in-one Solution

資訊工業策進會

Institute for Information Industry

系統所

低成本小基站，快速佈建專網、物聯網

Low-cost small base stations for fast deployment of private network and IoT

全球首套NB-IoT全功能SoC小型基地台，兼具輕核網與小基站網元，為專網佈建節省70%以上之成本。 符合3GPP國際標準R13/ R14 規格，具訊號廣域覆蓋及多元應用功能，滿足物聯網低成本與快速佈建需求，在專網場域佈建極具競爭力。

The World's first NB-IoT full-function SoC small cell provides both EPC Lite and small cell net elements to save over 70% of private network deployment cost. This technology meets the R13/R14 specifications of the 3GPP international standard and provides a wide signal coverage with various applications and functions. It meets the requirements of IoT for lower costs and faster deployments and is extremely competitive for private network deployments.

・全球首套NB-IoT全功能平台技術
・世界首次5G衛星物聯網傳輸驗證
・廣覆蓋、低功耗、低成本

・The World's first NB-IoT full-function platform technology
・The World's first 5G satellite IoT transmission validation
・Wide coverage, low power-consumption, low cost

體感健身互動娛樂應用服務系統

Somatosensory Fitness Interactive Entertainment Application Service System

資訊工業策進會

Institute for Information Industry

創生處

沉浸式運動體驗，打造智慧健身產業

Immersive exercise experience for the smart fitness industry

本技術結合虛擬實境與 IoT ，導入既有運動器材，即可升級為全新的沈浸體驗模式，可應用在飛輪、單車、手腳復健機等器材。以IoT 技術控制週邊設備，畫面即時回饋，營造真實感；感測器搜集運動資訊，上傳至雲端數據分析平台，紀錄個人運動履歷，提供運動改善建議，提升訓練效率與趣味。

This technology combines VR with IoT and can be implemented to existing sports devices to upgrade them and provide new immersive experiences. It can be applied to devices such as flywheels, bicycles, rehabilitation devices, etc. IoT technology can control peripheral equipment and provides real-time feedback on the screen to create a sense of reality. The sensors can collect exercise information and upload it to the cloud data analysis platform or record personal exercise history to provide exercise improvement suggestions and enhance training efficiency and fun.

・ VR＋IoT運動器材無痛升級
・個人運動履歷與分析
・運動力學分析-騎乘姿勢即時調整

・ VR＋IoT upgrades sports devices with low cost
・Personal exercise history and analysis
・Kinematics analysis-Real-time adjustment of riding posture