工研院翱惭贰骋础窜翱狈贰-颁狈颁认证班简报

Sep 25, 2016Download as PPTX, PDF0 likes205 views

CNC machines use numerical control and different types of cutting tools like V-bits, ball nose bits, and end mills to remove material. Common cutting tools include ball nose bits for sculpting and engraving, V-bits for vees and angles, and end mills for flat surfaces. G-code files can be created using computer-aided manufacturing software to numerically control CNC machines and direct the cutting tools.

V 刀
(V-Bits)
球刀
(Ball Nose)
面铣刀
(table surfacing )
直槽刀
(straight flute)
順铣刀
(up-cut)
逆铣刀
(down-cut)
壓縮刀
(compression)

球刀(ball nose)
導角刀(V-bits)
平刀(End Mill)
雕刻刀
面铣刀
(Engraving)

http://www.vectric.com/products/vcarve/trial.html
下載網址

本次空間邀請到潘盈辰來分享他自身如何透過網路行銷找到他自己的生存法則以及達到生活平衡，並且與大家分享他自己如何透果網路行銷走向創業之路，以及這五年中實際操作經驗大公開，希望可以透過深夜咖啡廳分享認識對網路行銷、電商、文案銷售有興趣的同好。當天分享: 1. 那一晚發現做生意的天大秘密 2. 人們為什麼購買的真正原因 3. 網路行銷最簡單3個成功要素 4. 美髮師讓我學到的FB廣告技巧 5. 兒童桌椅公司為何開業大賣？ 6. 打造商品致命吸引力提案 7. 問卷的威力：搔到癢處，賣到心坎裡 8. 如何算準商機與時機：產品問題 9. 為何要跟顧客談戀愛 10. 團隊5種人讓你上天堂

20160617 MAKER MOVEMENT浪潮下的產業未來與教育發展ITRI-OMEGA ZONE

0317冲翱惭骋深夜咖啡厅冲如何用机器人教育衔接国际ITRI-OMEGA ZONE

工研院 OMEGA ZONE 自造者空間邀請在地各產業領域的你，透過空間的開源學習、場域實作、跨界分享，激盪出創新、創意、創業的無限可能。本次空間邀請到花蓮樂高機器人教室負責人趙國權先生，分享自己兒子從 5 歲陪伴到 18 歲用機器人教育一路走過的開心歷程，藉由機器人比賽周遊各國的奇妙經歷並分析未來 MAKE 教育的趨勢及想法。

LASS 與網路公民科學-1ITRI-OMEGA ZONE

LASS is a non-profit open hardware/software/data project that creates location-aware sensing systems to map sensor values like air pollution. The project aims to make devices that can be customized by users to collect and share open data. There are currently over 130 active sensing nodes collecting data on issues like PM2.5 levels with the goal of reaching 1,000 nodes in 2016. LASS also has related community projects focused on areas like agriculture, flooding, and indoor pollution. The group coordinates various contributors and partners to develop new devices, collect and analyze data, and educate the public.

0412 工研院vr entiti課ITRI-OMEGA ZONE

0106口丁美好生活的反思與實踐ver2.1.5ITRI-OMEGA ZONE

工研院 OMEGA ZONE 自造者空間邀請在地各產業領域的你，透過空間的開源學習、場域實作、跨界分享，激盪出創新、創意、創業的無限可能。這次空間邀請到以時生活工作室黃俊男，與大家分享他告別慣行社會的反思之路，以及答應照顧土地 20 年的約定，在水璉牛山上對於美好生活的實踐與想望。你/妳想像中的「美好生活」，會是什麼模樣？

工研院翱惭贰骋础窜翱狈贰-3顿笔认证班授课简报ITRI-OMEGA ZONE

20140828-3顿列印科技的发展与推动R.O.C.Executive Yuan

LASS 與網路公民科學-2 Maker pro talk 廠商如何擁抱開源硬體ITRI-OMEGA ZONE

工研院OMEGA ZONE自造者空間邀請在地各產業領域的你，透過空間的開源學習、場域實作、跨界分享，激盪出創新、創意、創業的無限可能。這次空間邀請到Maker PRO 哈爸來進行這次LASS（Location Aware Sensing System）「環境感測器網路系統」開源計畫的緣起與執行經驗，聽聽哈爸如何結合自造者運動，讓每個關心相同議題與擁有共同問題的人，透過各自專業與資源一起解決問題與共享成果。主講：哈爸/MakerPRO社群顧問

161109冲电脑割字机简报ITRI-OMEGA ZONE

161221冲3顿列印简报ITRI-OMEGA ZONE

3D Printer 韌體原始碼解析心得 (以 Marlin 為對象)roboard

Mac說明書奶油蒼蠅ITRI-OMEGA ZONE

動手打造自己的無人飛行器，提供學員自造的能力。在硬體方面有專業機構設計，並搭配3d列印製作，在韌體方面有完整的自動控制架構解析搭配Arduino核心教育，是一套完整的自造者培訓課程。採用APM(OPEN SOURCE 開源)飛控系統為骨幹，集合全球無人飛機玩家之力，日以繼夜不斷翻新改造，功能齊全並且強大，優秀的功能可比市售整機的功能。

AO Star Algorithm in Artificial Intellligencevipulkondekar

Environmental Product Declaration - Uni BellManishPatel169454

Wireless-Charger presentation for seminar .pdfAbhinandanMishra30

Indian Soil Classification System in Geotechnical EngineeringRajani Vyawahare

This PowerPoint presentation provides a comprehensive overview of the Indian Soil Classification System, widely used in geotechnical engineering for identifying and categorizing soils based on their properties. It covers essential aspects such as particle size distribution, sieve analysis, and Atterberg consistency limits, which play a crucial role in determining soil behavior for construction and foundation design. The presentation explains the classification of soil based on particle size, including gravel, sand, silt, and clay, and details the sieve analysis experiment used to determine grain size distribution. Additionally, it explores the Atterberg consistency limits, such as the liquid limit, plastic limit, and shrinkage limit, along with a plasticity chart to assess soil plasticity and its impact on engineering applications. Furthermore, it discusses the Indian Standard Soil Classification (IS 1498:1970) and its significance in construction, along with a comparison to the Unified Soil Classification System (USCS). With detailed explanations, graphs, charts, and practical applications, this presentation serves as a valuable resource for students, civil engineers, and researchers in the field of geotechnical engineering.

eng funda notes.pdfdddddddddddddddddddddddaayushkumarsinghec22

The Golden Gate Bridge a structural marvel inspired by mother nature.pptxAkankshaRawat75

ESIT135 Problem Solving Using Python Notes of Unit-2 and Unit-3prasadmutkule1

direct current machine first part about machine.pdfsahilshah890338

PPt physics -GD.pptx gd topic for physics btechkavyamittal2201735

AI ppt on water jug problem by shivam sharmaShivamSharma588604

Improving Surgical Robot Performance Through Seal Design.pdfBSEmarketing

Common Network Architecture:X.25 Networks, Ethernet (Standard and Fast): fram...SnehPrasad2

More Related Content

Viewers also liked (10)

LASS 與網路公民科學-1ITRI-OMEGA ZONE

0412 工研院vr entiti課ITRI-OMEGA ZONE

0106口丁美好生活的反思與實踐ver2.1.5ITRI-OMEGA ZONE

工研院翱惭贰骋础窜翱狈贰-3顿笔认证班授课简报ITRI-OMEGA ZONE

20140828-3顿列印科技的发展与推动R.O.C.Executive Yuan

LASS 與網路公民科學-2 Maker pro talk 廠商如何擁抱開源硬體ITRI-OMEGA ZONE

161109冲电脑割字机简报ITRI-OMEGA ZONE

161221冲3顿列印简报ITRI-OMEGA ZONE

3D Printer 韌體原始碼解析心得 (以 Marlin 為對象)roboard

Mac說明書奶油蒼蠅ITRI-OMEGA ZONE

LASS 與網路公民科學-1ITRI-OMEGA ZONE

0412 工研院vr entiti課ITRI-OMEGA ZONE

0106口丁美好生活的反思與實踐ver2.1.5ITRI-OMEGA ZONE

工研院翱惭贰骋础窜翱狈贰-3顿笔认证班授课简报ITRI-OMEGA ZONE

20140828-3顿列印科技的发展与推动R.O.C.Executive Yuan

LASS 與網路公民科學-2 Maker pro talk 廠商如何擁抱開源硬體ITRI-OMEGA ZONE

161109冲电脑割字机简报ITRI-OMEGA ZONE

161221冲3顿列印简报ITRI-OMEGA ZONE

3D Printer 韌體原始碼解析心得 (以 Marlin 為對象)roboard

Mac說明書奶油蒼蠅ITRI-OMEGA ZONE

Recently uploaded (20)

AO Star Algorithm in Artificial Intellligencevipulkondekar

Environmental Product Declaration - Uni BellManishPatel169454

Wireless-Charger presentation for seminar .pdfAbhinandanMishra30

Indian Soil Classification System in Geotechnical EngineeringRajani Vyawahare

eng funda notes.pdfdddddddddddddddddddddddaayushkumarsinghec22

The Golden Gate Bridge a structural marvel inspired by mother nature.pptxAkankshaRawat75

ESIT135 Problem Solving Using Python Notes of Unit-2 and Unit-3prasadmutkule1

direct current machine first part about machine.pdfsahilshah890338

PPt physics -GD.pptx gd topic for physics btechkavyamittal2201735

AI ppt on water jug problem by shivam sharmaShivamSharma588604

Improving Surgical Robot Performance Through Seal Design.pdfBSEmarketing

Common Network Architecture:X.25 Networks, Ethernet (Standard and Fast): fram...SnehPrasad2

Design of cannal by Kennedy Theory full problem solvedEr. Gurmeet Singh

Design and Analysis of Algorithms Unit 5sureshkumara29

Algorithm design techniques include: Brute Force Greedy Algorithms Divide-and-Conquer Dynamic Programming Reduction / Transform-and-Conquer Backtracking and Branch-and-Bound Randomization Approximation Recursive Approach What is an algorithm? An Algorithm is a procedure to solve a particular problem in a finite number of steps for a finite-sized input. The algorithms can be classified in various ways. They are: Implementation Method Design Method Design Approaches Other Classifications In this article, the different algorithms in each classification method are discussed. The classification of algorithms is important for several reasons: Organization: Algorithms can be very complex and by classifying them, it becomes easier to organize, understand, and compare different algorithms. Problem Solving: Different problems require different algorithms, and by having a classification, it can help identify the best algorithm for a particular problem. Performance Comparison: By classifying algorithms, it is possible to compare their performance in terms of time and space complexity, making it easier to choose the best algorithm for a particular use case. Reusability: By classifying algorithms, it becomes easier to re-use existing algorithms for similar problems, thereby reducing development time and improving efficiency. Research: Classifying algorithms is essential for research and development in computer science, as it helps to identify new algorithms and improve existing ones. Overall, the classification of algorithms plays a crucial role in computer science and helps to improve the efficiency and effectiveness of solving problems. Classification by Implementation Method: There are primarily three main categories into which an algorithm can be named in this type of classification. They are: Recursion or Iteration: A recursive algorithm is an algorithm which calls itself again and again until a base condition is achieved whereas iterative algorithms use loops and/or data structures like stacks, queues to solve any problem. Every recursive solution can be implemented as an iterative solution and vice versa. Example: The Tower of Hanoi is implemented in a recursive fashion while Stock Span problem is implemented iteratively. Exact or Approximate: Algorithms that are capable of finding an optimal solution for any problem are known as the exact algorithm. For all those problems, where it is not possible to find the most optimized solution, an approximation algorithm is used. Approximate algorithms are the type of algorithms that find the result as an average outcome of sub outcomes to a problem. Example: For NP-Hard Problems, approximation algorithms are used. Sorting algorithms are the exact algorithms. Serial or Parallel or Distributed Algorithms: In serial algorithms, one instruction is executed at a time while parallel algorithms are those in which we divide the problem into subproblems and execute them on different processors.