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- Keo-chap-1-hoa + (=== Kèo Chấp 1 Hòa Là Gì? === “[https://xo … === Kèo Chấp 1 Hòa Là Gì? === “[https://xoilactv7.com/tin-tuc/keo-chap-1-hoa-la-gi-keo-chap-2-hoa-la-gi-co-bi-phat-khong/ Kèo chấp 1 hòa]” trong cá độ bóng đá là một thuật ngữ quen thuộc đối với những người yêu thích cá cược. Đây là loại kèo mà đội cửa trên sẽ chấp đội cửa dưới một bàn thắng. Điều này có nghĩa, nếu kết quả cuối cùng là đội cửa trên thắng với cách biệt đúng một bàn, người chơi sẽ được hoàn lại tiền cược. Đây là điểm thu hút những người chơi không muốn mạo hiểm quá lớn khi tham gia cá cược. Tại link [https://xoilactv7.com/ xoilactv], người chơi có thể dễ dàng tìm thấy những thông tin chi tiết về cách thức cá cược, tỷ lệ kèo cụ thể cho từng trận đấu. Việc nắm bắt kỹ thuật “kèo chấp 1 hòa” sẽ giúp người chơi có những quyết định sáng suốt hơn khi đặt cược. === Kèo Chấp 2 Hòa Là Gì? === Bên cạnh “kèo chấp 1 hòa”, “kèo chấp 2 hòa” cũng là một loại kèo được nhiều người quan tâm. Với “kèo chấp 2 hòa”, đội mạnh hơn sẽ chấp đội yếu hơn hai bàn thắng. Nếu kết quả là đội mạnh hơn thắng với cách biệt hai bàn, người chơi sẽ được hoàn lại tiền cược. === Pháp Luật Về Cá Cược === Cá độ không chỉ là trò chơi may rủi mà còn là vấn đề pháp luật. Tại Việt Nam, theo quy định của pháp luật, cá cược bằng tiền hoặc hiện vật có giá trị đều được coi là hành vi đánh bạc trái phép. Việc tham gia “kèo chấp 1 hòa” hoặc “kèo chấp 2 hòa” không chỉ mang lại rủi ro về tài chính mà còn có thể dẫn đến những hậu quả pháp lý nghiêm trọng.ẫn đến những hậu quả pháp lý nghiêm trọng.)
- Bentolux - BentoGhooost + (<nowiki>Ce tuto concerne la fabricat …
Ce tuto concerne la fabrication du troisième étage d'une Bentolux dans le cadre de la formation FabNumAura dispensé par l'EMSE (école des Mines de Saint-Etienne). ute.<br /><br />-Nous avons préféré utiliser des aimants plutôt que les band "scratch" initiales pour maintenir plus surement les cibles à la verticales. <br /><br />-Le potar ne rentrait pas dans le trou du bouton imprimé en PLA (c'était ma première impression), quelques secondes au mini décapeur thermique ont suffit pour régler le soucis. <br /><br />J'en oublie surement plein mais du coup j'en profite pour remercier toutes les personnes du FabLab qui nous ont apporté leurs lumières (ou simplement indiqué l'emplacement d'outils) dans les phases obscures de notre projet.<br /><br />Maxime, Gael, Thibaud, (les)Michaël... et Hubert évidement qui a su nous faire redescendre sur terre sans jamais nous couper les ailes ;-)<br /><br />MERCI à vous tous :-)<br/></nowiki>)
La réalisation de ce projet nous a permis de mettre en oeuvre les notions apprises à distance dans les MOOC de l'IMT Atlantitique mais aussi en présentiel au FabLab de l'EMSE et le FabLab OpenFactory du quartier créatif Manufacture-Plaine Achille de Saint-Etienne.
funMOOC [https://www.fun-mooc.fr/fr/cours/sinitier-a-la-fabrication-numerique/ S'initier à la fabrication numérique] - [https://www.fun-mooc.fr/fr/cours/programmer-un-objet-avec-arduino/ Programmer un objet Arduino] -[https://www.fun-mooc.fr/fr/cours/imprimer-en-3d/ Imprimer en 3D]
OpenFactory [https://www.openfactory42.org/ SITE du FabLab]
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'''GENESE'''
Au commencement, Dieu créa.... (non j'déconne)
Avant de commencer la formation, je m'étais fabriqué un stand de tir pour airsoft dans mon vide sanitaire avec un système me permettant de relever les cibles tombées à l'aide d'une corde d'un peu moins de 10 mètres.
Dès que nous avons abordé Arduino dans la formation je me suis dit.... Bon, mon système à corde fonctionne mais ce serait beaucoup plus fun de remonter automatiquement les cibles et pourquoi pas de se créer en plus des séquences de jeu différentes.
Cette envie est restée dans un coin de ma tête jusqu'au jour où nous devions réfléchir au projet "fil rouge" caractérisé par la création du troisième étages de notre Bentolux.
Nous devions créer des binômes pour la réalisation de cette étage libre...
Lors d'une pause café avec mes camarades de formation, je leur partage l'idée d'un troisième étage "stand de tir". Renaud me dit, si tu veux on le fait ensemble.
A ce moment là de la formation, je ne connaissais pas encore tout le monde et je ne savais pas que Renaud est un adepte de GN (jeu de rôle grandeur nature).
Pour ces parties de Shadowrun, il utilise des Nerf qu'il customise (entre autres accessoires) avec sa team.
Autant dire que la perspective de dégommer des cibles au Nerf n'était pas pour lui déplaire.
C'est ainsi que commença la créative et rocambolesque collaboration de deux quadras adulescents à la chevelure fantomatique.
-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
'''REPARTITION DES TACHES'''
Afin d'optimiser le temps qui nous était imparti ([https://fr.wikipedia.org/wiki/Gandalf ;-)]), nous nous sommes répartis les différentes tâches ainsi:
Renaud
-Création du "gros oeuvre" sur Inkscape (box entourant les deux premiers étages de la Bentolux).
-Création des fantômes sur Inkscape (cibles+ceux en plexi des faces de la box).
-Découpe laser de la box, du deuxième étage et des cibles fantômes en contreplaqué.
-Découpe laser des fantômes en plexi vert incrusté sur les faces avant et latérales de la box.
-Assemblage et collage de la box et du deuxième étage de la Bentolux.
-Collage des fantômes en plexi dans les trous des faces de la box.
-Rédaction de toutes les étapes de la doc du Wikifab.
Mayak
-Création d'une maquette pour se représenter le mécanisme des cibles avec le système de relevage.
-Création sur Inkscape des pièces constitutives au mécanisme des cibles et celui du remonte-cible actionné par le servomoteur.
-Assemblage, collage, perçage et ajustement de toutes les pièces avec les microrupteurs et servomoteur.
-Création dans fusion 360 du bouton du potar (imprimé, installé, mais que nous n'utiliserons finalement pas dans notre version de base actuelle)
-Montage et câblage des composants électroniques sur la box et l'arduino.
-prise de vues (photos et vidéos) pour illustrer la doc du Wikifab.
Pour ce qui est du code nous y avons travaillé ensemble. Pour cette version de base, nous avons du revoir à la baisse nos ambitions par manque de temps, mais nous comptons faire évoluer cette box que ce soit en terme de séquences/modes de jeu ou en nombre de modules additionnels de cibles.
-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
'''MATOS & OUTILS'''
-Panneau de CP peuplier 3mm (plus épais pour la plateforme serait mieux)
-Panneau de Plexiglass vert
-1 tige fileté de 6mm
-des écrous et rondelles de 6mm
-Scie à métaux
-Pince, serre-joint
-Equerre,règle, crayon...patience et minutie
-Perceuse à colone (ou perceuse...)
-Fer à souder
-Clé plate de 6mm (deux c'est mieux ou avec une pince à bec pour serrer les écrous entre eux)
-Colle à bois
-Colle à chaud (pistolet)
-Colle forte Super Glue (pour les aimants)
-1 Arduino Uno
-1 breadboard
-des fils électriques (beaucoup)
-5 leds
-5 résistances 220 kΩ
-1 servomoteur
-3 microrupteurs
-1 potar (sera utilisé dans la V2)
-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
'''NOS PETITES GALERES (génératrices d'astuces et de partages)'''
Evidement nous avons dû résoudre deux trois petits soucis...
-la taille de notre box étant relativement importante, le CP de peuplier de 3mm est un peu trop fin et de fait la stabilité du plancher où repose le mécanisme des cibles n'est pas parfaitement plane.
-il a fallu lester les cibles avec un boulon afin qu'elles actionnent correctement les microrupteurs lors de leur chute.
-Nous avons préféré utiliser des aimants plutôt que les band "scratch" initiales pour maintenir plus surement les cibles à la verticales.
-Le potar ne rentrait pas dans le trou du bouton imprimé en PLA (c'était ma première impression), quelques secondes au mini décapeur thermique ont suffit pour régler le soucis.
J'en oublie surement plein mais du coup j'en profite pour remercier toutes les personnes du FabLab qui nous ont apporté leurs lumières (ou simplement indiqué l'emplacement d'outils) dans les phases obscures de notre projet.
Maxime, Gael, Thibaud, (les)Michaël... et Hubert évidement qui a su nous faire redescendre sur terre sans jamais nous couper les ailes ;-)
MERCI à vous tous :-) - Vai thun cotton 4 chieu + ('''Thái Bảo là đơn vị chuyên sản xuất và cung cấp sản phẩm Vải thun cotton 4 chiều, bền đẹp với giá cạnh tranh trên thị trường. Hãy liên hệ ngay với chúng tôi để được tư vấn miễn phí và đặt mua sản phẩm ưu đãi, chất lượng cao.''')
- Node Red with Raspberry Pi + ('''[http://nodered.org/ Node-RED]''' is an … '''[http://nodered.org/ Node-RED]''' is an effective open-source platform for developing Internet of Things (IoT) applications that aim to make the programming part simpler. Node-RED is a web-based application that employs visual programming to let you link code fragments, or "nodes, " together to carry out a task. When the nodes are connected, they form flows. the nodes are connected, they form flows.)
- Adjustable Temperature Control Cheap T12 Soldering Iron + (1. Plastic Enclosure This project box onl … 1. Plastic Enclosure This project box only 3.- USD and its very useful structure for lab bench application. [https://www.altinkaya.eu/plastic-project-enclosures/113-dt-0909?SubmitCurrency=1&id_currency=3 link] 2. Power Supply I've used old notebook power suppy 20V 3.25A. [https://www.amazon.com/LQM-Adapter-Compatible-2191-2XU-2191-33U/dp/B00YRSLTMY/ref=sr_1_5?dchild=1&keywords=20V+3.25A&qid=1625997307&sr=8-5 link] I recommended tou you swap-meet(FleaMarket) or your personal scrap-box ;) 3.Power Plug Standart IEC14 Chasis Mount. 4. Rocker Power Switch w/light. 5. Standart 16x2(16Charx2Row) [https://www.yaoyulcd.com/pdf/YMSC-C1602C.pdf datasheet] 6. Double Sided PCB GERBER + BOM LIST + Arduino Software [http://tigermagnetics.com/zip/Soldering_Iron_PCB_all_files.zip link] 7. Plastic Knob or print its up to U. 8. 3D Printed Front and Back Panel on Thingiverse [https://www.thingiverse.com/thing:4905888 link] 9. Encoder EC-11 10. GX12-5 MIC Avionics Connector.ink] 9. Encoder EC-11 10. GX12-5 MIC Avionics Connector.)
- SITUS TOGEL TERPERCAYA ONLINE24JAM NIAT4D + (= '''SITUS TOGEL TERPERCAYA ONLINE24JAM NI … = '''SITUS TOGEL TERPERCAYA ONLINE24JAM NIAT4D''' =
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iat4d.info/link.php?member=oops1 niat4d.info]''' <br/>) - Comgrow ROBO 3180 Desktop ROBO CNC Guide + (= '''TABLE OF CONTENTS''' = '''[https://ww … = '''TABLE OF CONTENTS''' = '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#introduction Introduction]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#Assembly Assembly]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#CNC%20Controller%20Software%20Installation CNC Controller Software Installation]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#Configuration%20&%20Testing Configuration & Testing]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#Machine%20Operation Machine Operation]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#Laser%20Guides%20&%20Instructions Laser Guides & Instructions]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#Troubleshooting Troubleshooting]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#Other%20Software Other Software]''' '''[https://www.comgrow.com/blogs/news/comgrow-robo-cnc-router-pre-assembled-machine-guide-page#Other%C2%A0Common%C2%A0Questions Other Common Questions]''' = '''INTRODUCTION''' = This guide page is designed for customers to know about [https://www.comgrow.com/products/comgrow-robo-cnc-router-carving-milling-laser-machine?variant=39423701549099 C'''OMGROW ROBO CNC ROUTER PRE ASSEMBLED MACHINE''']. If you need more information or want to share something with us. You can join our '''[https://www.facebook.com/groups/comgrowcnc Facebook group]'''. Our customer service and other experienced group members can help you solve your problems. = '''ASSEMBLY''' = '''[https://drive.google.com/file/d/106tyxF15zf5WsyMofLcz0u417x5-_mqk/view?usp=sharing ROBO CNC User Manual]''': PDF version of CNC Carving Machine User Manual V1.0. More information click '''[https://www.youtube.com/watch?v=rw_JUKiU-gI here]'''. (Note: If the file does not open, please click the download button to download and view it.) '''[https://drive.google.com/file/d/124NEIXFZTD3SzzR73RrWv_C_KGCYiwsu/view?usp=sharing CNC Basic terms]''': PDF version of CNC Basic terms. It helps you understand difficult terminology and allows you to read the user manual more easily. = '''CNC CONTROLLER SOFTWARE INSTALLATION''' = [https://docs.google.com/document/d/12-fBkhRT4CLy3r1NJTa1_vArPSseFrQc/edit?usp=sharing&ouid=103863213601496988146&rtpof=true&sd=true '''GRBL software Instructions (For Windows)'''] [https://drive.google.com/file/d/1QoL0acWEfFt0r3_UUwlo73ofdU0PB7dl/view?usp=sharing '''GRBLControl/Candle 1.17 (For Windows)''']: Link downloads a .zip file containing a full copy of Candle, the software you can use to run your CNC through your computer. Must unzip entire folder to use. (Note: Please click the download button, download and install.) [https://drive.google.com/file/d/1s8n82utbdBnombj0WVERfSMkr6GpSMHM/view?usp=sharing '''CH340SER Driver (For Windows)''']: If windows does not do so automatically when you connect your CNC to the computer for the first time, this downloadable file is the Driver which is needed for your computer to be able to communicate with your CNC. (Note: Please click the download button, download and install.) Software to produce Gcode for CNC engraving toolpath diagrams: fusion360, easel, ArtCAM Software for laser engraving that can be directly connected to ROBO CNC: Lightburn, Laser Grbl, easel CNC engraving software that can be directly linked with ROBO CNC: Candle Grbl, easel = '''CONFIGURATION & TESTING''' = [https://www.youtube.com/watch?v=m1FPoVXEyyU '''Video on How to Set Up your Z-Probe'''] [https://drive.google.com/drive/folders/1ym0EjJdjEsc_bK-wAVz_07Z48nZ8aUer?usp=sharing '''Material Test''']: Originally provided on the SD card that came with your CNC, these are pre-made test cuts users can use to try out their machine or to help troubleshoot issues with other files. [https://drive.google.com/file/d/1_yGkEEyRQjRjHG5KH5Vl3AaITNu-kuhn/view?usp=sharing '''ROBO CNC Beginner's Guide''']：PDF version of Beginner's Guide, you can follow it to test your Comgrow ROBO CNC machine. It suitable for beginners who need to deal with easy but common problem. [https://drive.google.com/file/d/1UIcS1nraBB4cd_V3X71sIazX256oyPry/view?usp=sharing '''ROBO CNC Configuration''']: PDF version of Configuration, Please read it carefully to avoid irreparable mistakes. [https://drive.google.com/file/d/1akPLTCWPM3e4-xPLMaQkB37b0Z8uDMcL/view?usp=sharing '''ROBO CNC tool engraving parameters''']: This is about the different engraving methods of milling cutter engraving and the performance when corresponding to different materials. [https://drive.google.com/file/d/1m-1p5zNX5We8u5__L2K5BiPKBcU5JI_o/view?usp=sharing '''CNC laser engraving parameters''']: This is about the performance of laser with different parameters for different materials. = '''MACHINE OPERATION''' = [https://www.youtube.com/watch?v=m1FPoVXEyyU '''How to use the Z-Probe on the CNC'''] [https://www.youtube.com/watch?v=7PD4cX5GBHE&list=PLrLS8mnrSLIoCAnQkZZgQ-jECVaJQwHcs&index=3 '''Comgrow rotary roller installation guide for CNC router'''] [https://www.youtube.com/watch?v=mgRpvPlU_rc&list=PLrLS8mnrSLIoCAnQkZZgQ-jECVaJQwHcs&index=4&t=32s '''Comgrow ROBO CNC Assembly and 5W/10W Laser Kit Installation'''] = '''LASER GUIDES & INSTRUCTIONS''' = [https://drive.google.com/file/d/1Xtpf7CS4h_QPWNvVgoI2Qu3Ff2t_a-68/view?usp=sharing '''Lsaer Engraver Guide For ROBO CNC'''] '''LaserGRBL Control Software:''' Originally provided on the SD card that came with your CNC, a powerful and affordable GRBL controller meant specifically for lasers. = '''TROUBLESHOOTING''' = [https://docs.google.com/spreadsheets/d/19e80YKQzCLKMTYDZvuDI06vrVScToicU/edit?usp=sharing&ouid=103863213601496988146&rtpof=true&sd=true '''Common error and solutions guide''']: When you encounter machine error during operation, you can check this link for error phenomena and solutions. If this guide does not help you, you can send a message to [https://www.facebook.com/Comgrow '''Facebook Comgrow Official account'''] or join [https://www.facebook.com/groups/comgrowcnc '''Facebook Comgrow Official group'''] and our customer service team will provide you with a solution. (Note: If the file does not open, please click the download button to download and view it.) = '''OTHER SOFTWARE''' = [https://lasergrbl.com/ '''LaserGRBL''']: LaserGRBL is the software currently used by Comgrow ROBO and it is installed on the SD card that comes with the CNC machine. '''[https://www.autodesk.com/products/fusion-360/overview Fusion 360]:''' The modeling logic is based on Boolean operations. Of course there are some normal uses. It works very well for horizontal and vertical things, and the Boolean operations can produce very good high models. However, it is more difficult to make curved surfaces '''[https://carveco.com/carveco-software-range/carveco-maker/ Carveco Maker]:''' It can realize fine 3D relief design, also can calculate tool path output G-Code, output STL to 3D printing manufacturing, covering jewelry and ring design functions '''[https://easel.inventables.com/users/sign_in Easel]:''' It is infographic maker with a simple interface, easy to use, beautiful pictures, and users only need to log in to the official website to start making infographics, where you can share and find materials to your heart's content, some of which are not free, of course. = '''OTHER COMMON QUESTIONS''' = 1. Where can you find professional instructional videos? We have many instructional videos available on our Youtube Comgrow Official Account link. [https://www.youtube.com/c/ComgrowOfficial Youtube Comgrow Official Account] [https://www.facebook.com/Comgrow Facebook Official Account] [https://www.facebook.com/groups/comgrowcnc Facebook Group Link] 2. How to reset ROBO CNC system? After triggering the emergency stop button or limit switch, there is no need to power off and restart. After resetting the emergency stop button, the reset and unlock buttons on the motor software can move the axis. 3. What software to use to edit images? ARTCAM software 4. Is it possible to use the M4 dynamic mode for the laser engraver? M3 and M4 modes can be used. M3 is black and white engraving and constant power output. M4 is grayscale engraving, variable power mode. 5. What is the print size of ROBO CNC? 300X180X45 mm 6. How to install a laser kit on the ROBO? A sheet metal buckle is installed on the 5W laser head kit, which is directly buckled in front of the Z-axis chuck, and then connected to the laser head prepared on the machine. Pay attention to distinguish between the power plug and the PWM plug. Wangcheng can help. 7. After installing the machine, how to start laser printing? Adjust the gear position on the control mainboard, and turn on the laser engraving mode on the software side. Enter $32=1. There are specific video operation tutorials on our social media. laser printing? Adjust the gear position on the control mainboard, and turn on the laser engraving mode on the software side. Enter $32=1. There are specific video operation tutorials on our social media.)
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Since the IT industry is in a never-ending progressive stage, you need to be up-to-date as well. More and more Professionals are taking certification exams to validate their skills. While there is still a need for IT professionals with validated skills in the market. You have a chance to upscale your credentials and add value to your resume.
AWS Certified Associate Certification is one of the best choices in this respect. To get certified aspiring candidates are expected to have hands-on experience. You also need to pass SAA-C02 AWS Certified Solutions Architect Exam in order to get certified. Worried about preparation? Don’t be Grades4Sure got you covered.
=== '''Stop wasting your time idling around and apply for Amazon Web Services SAA-C02 Exam right now!''' ===
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== '''Tips and Tricks to Pass SAA-C02 Exam in Just One Attempt ''' == Its takes more than just applying and preparing for the exam when it comes to getting AWS Certified Associate Certification Certified. This means you need proper concentration, manner and will to continue. Amazon Web Services AWS Certified Solutions Architect might become hard for you once you realize how much effort it takes. So, here are some tips and tricks that’ll help you plan out a perfect training:
== '''Prepare your SAA-C02 Exam Questions with Proper Info ''' == Before starting your training remember to go through the prerequisites and topics you need to cover. It’ll be all fruitless if you aren’t even eligible to take the exam. As AWS Certified Solutions Architect also follows a certain pattern and criteria if you are familiar with that it will become easier to take the exam. Take Grades4Sure SAA-C02 Practice Test Questions PDF, for example, these are expertly curated to reflect the same format as the real exam. So, the candidate is used to the exam’s format and with this your chances at passing increase.
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== '''SAA-C02 Practice Test: Aim for All the Right Skills ''' == Finally, make sure the test material you choose is giving you all the things I’m about to tell you. Buy the SAA-C02 Practice Test only after testing the free demo with sample questions. Then you’ll know they are relevant to the AWS Certified Solutions Architect exam topics. Time Management is very important, so if you can test your preparation through SAA-C02 practice tests that’ll be great. You will learn to understand the questions as well as analyze your choices to pick the right answer. Lastly, revisit and revise. Grades4Sure support all the mentioned features and with regular reports help you track your progress and mistakes. So, you can overcome them and take your exam with confidence. Choosing the right test material impacts overall performance. So, choose wisely and better if you give my suggestions an open-minded consideration. That’s it, good luck preparing for success! For more info please visit the link below: https://www.grades4sure.com/SAA-C02-exam-questions.htmlisit the link below: https://www.grades4sure.com/SAA-C02-exam-questions.html) - Pulsum + (==== Présentation de notre projet ==== Le … ==== Présentation de notre projet ==== Le but de ce projet était de créer un dispositif changeant la perception de l'utilisateur. Vous pouvez trouver dans les fichiers un fichier expliquant le dispositif (avec veille, cahier des charges) ==== Description de l'expérience utilisateur ==== je prend le dispositif blablabla attiré par la lumière je lis les posters, questionnement, envie de découvrir contact direct (je saisis la rampe) j'essaie de faire varier mon pouls je regarde mon coéquipier dans les yeux ==== Description des étapes de votre questionnement sur la perception ==== Nous avons tout d'abord réfléchir à ce qu'est la perception; à ce qui permet à l'homme de percevoir le monde qui l'entoure. Nous avons eu plusieurs idées avant d'arriver à celle de ''Pulsum'' : radar à UV, gant vibrant en fonction des ultrasons environnant etc ... Puis nous nous sommes rendus compte que la perception du monde extérieur c'est aussi la perception de l'autre. Nous nous sommes alors demandé comment modifier la perception de l'autre ? L'idée de ''Pulsum'' a alors commencé à faire surface mais pas sous la forme finale. En effet, l'idée originale était de réfléchir à un dispositif permettant de ressentir ce que qu'une autre personne ressent, ce qu'elle éprouve. Puis nous avons continué dans cette voie et avons pensé à une paire de gants permettant à une personne de ressentir le pouls de l'autre. Après quelques temps de réflexion, nous nous sommes rendus compte que la perception est en réalité un phénomène d'interaction entre deux entités. Dans notre cas cela correspondait à l'idée suivante : la perception de l'autre c'est percevoir l'autre mais aussi être perçu par l'autre. L'idée d'un dispositif double nous est alors venue : un gant à chaque utilisateur. Les deux utilisateurs étant émetteur et récepteur de l'information. Ce dispositif pourrait aussi permettre de savoir si les 2 pouls se "synchronisent" à l'image de deux femmes proches ayant leurs menstruations en même temps. Par la suite, nous avons abandonné l'idée d'un gant pour une rampe tout simplement car la rampe tenue par les 2 utilisateurs est un lien direct, les 2 utilisateurs sont alors "liés". ==== Identité Visuelle ==== Pour les couleurs nous avons opté pour le noir et blanc pour rester sobre et illustrer l'aspect simpliste du battement du coeur (ON/OFF) et nous avons rajouté des notes de rouges afin d'attiser la curiosité et surtout pour représenter l'aspect vivant, le coeur (le sang). Nos choix des textures et des matières ainsi que des finitions ont été faits dans le but de garder un aspect épuré, "lisse", et l'aspect transparent de la rampe a été motivé bien-sûr pour pouvoir diffuser la lumière mais également pour montrer l'idée du dispositif est de rendre la perception de l'autre plus "transparente". Le choix des images, A REMPLIR Pour ce qui est de la typographie, A REMPLIRur ce qui est de la typographie, A REMPLIR)
- Pulsum + (==== Présentation de notre projet ==== Le … ==== Présentation de notre projet ==== Le but de ce projet était de créer un dispositif changeant la perception de l'utilisateur. Vous pouvez trouver dans les fichiers un fichier expliquant le dispositif (avec veille, cahier des charges) ==== Description de l'expérience utilisateur ==== je prend le dispositif blablabla attiré par la lumière je lis les posters, questionnement, envie de découvrir contact direct (je saisis la rampe) j'essaie de faire varier mon pouls je regarde mon coéquipier dans les yeux ==== Description des étapes de votre questionnement sur la perception ==== Nous avons tout d'abord réfléchir à ce qu'est la perception; à ce qui permet à l'homme de percevoir le monde qui l'entoure. Nous avons eu plusieurs idées avant d'arriver à celle de ''Pulsum'' : radar à UV, gant vibrant en fonction des ultrasons environnant etc ... Puis nous nous sommes rendus compte que la perception du monde extérieur c'est aussi la perception de l'autre. Nous nous sommes alors demandé comment modifier la perception de l'autre ? L'idée de ''Pulsum'' a alors commencé à faire surface mais pas sous la forme finale. En effet, l'idée originale était de réfléchir à un dispositif permettant de ressentir ce que qu'une autre personne ressent, ce qu'elle éprouve. Puis nous avons continué dans cette voie et avons pensé à une paire de gants permettant à une personne de ressentir le pouls de l'autre. Après quelques temps de réflexion, nous nous sommes rendus compte que la perception est en réalité un phénomène d'interaction entre deux entités. Dans notre cas cela correspondait à l'idée suivante : la perception de l'autre c'est percevoir l'autre mais aussi être perçu par l'autre. L'idée d'un dispositif double nous est alors venue : un gant à chaque utilisateur. Les deux utilisateurs étant émetteur et récepteur de l'information. Ce dispositif pourrait aussi permettre de savoir si les 2 pouls se "synchronisent" à l'image de deux femmes proches ayant leurs menstruations en même temps. Par la suite, nous avons abandonné l'idée d'un gant pour une rampe tout simplement car la rampe tenue par les 2 utilisateurs est un lien direct, les 2 utilisateurs sont alors "liés". ==== Identité Visuelle ==== Pour les couleurs nous avons opté pour le noir et blanc pour rester sobre et illustrer l'aspect simpliste du battement du coeur (ON/OFF) et nous avons rajouté des notes de rouges afin d'attiser la curiosité et surtout pour représenter l'aspect vivant, le coeur (le sang). Nos choix des textures et des matières ainsi que des finitions ont été faits dans le but de garder un aspect épuré, "lisse", et l'aspect transparent de la rampe a été motivé bien-sûr pour pouvoir diffuser la lumière mais également pour montrer l'idée du dispositif est de rendre la perception de l'autre plus "transparente". Le choix des images, A REMPLIR Pour ce qui est de la typographie, A REMPLIRur ce qui est de la typographie, A REMPLIR)
- Bongda360 + (Bongda360.org là trang tin tức, xếp hạng và soi kèo bóng đá uy tín tại Việt Nam.)
- Getting Started with ESP-NOW + (ESP-NOW is a wireless communication protoc … ESP-NOW is a wireless communication protocol based on the data-link layer that enables the direct, quick, and low-power control of smart devices without the need for a router. Espressif defines it and can work with Wi-Fi and Bluetooth LE. ESP-NOW provides flexible and low-power data transmission to all interconnected devices. It can also be used as an independent protocol that helps with device provisioning, debugging, and firmware upgrades. ESP-NOW is a connectionless communication protocol developed by Espressif that features short packet transmission. This protocol enables multiple devices to talk to each other in an easy way. It is a fast communication protocol that can be used to exchange small messages (up to 250 bytes) between ESP32 or ESP8266 boards. ESP-NOW supports the following features: Encrypted and unencrypted unicast communication; Mixed encrypted and unencrypted peer devices; Up to 250-byte payload can be carried; Sending callback function that can be set to inform the application layer of transmission success or failure. layer of transmission success or failure.)
- 3 Ways to Get Apple Music 6 Months Free Trial + (Have you ever want to join the Apple Music … Have you ever want to join the Apple Music family? Officially, it provides a 3-month free trial for every new subscriber. But actually there’re ways to get an extra 3 months free subscription. In the following parts, I’ll show you how to get Apple Music 6-month free trial in 3 different ways. I’m sure there’ll be at least one works for you. = Get Apple Music 6 Months Free Trial in 52 New Countries = Back in April, Apple Music announced it’s available in 52 new countries. And here is a list of new countries that Apple Music is available in: '''Africa:''' Algeria, Angola, Benin, Chad, Liberia, Madagascar, Malawi, Mali, Mauritania, Mozambique, Namibia, Republic of the Congo, Senegal, Seychelles, Sierra Leone, Tanzania, and Tunisia, Cameroon, Côte d’Ivoire, Democratic Republic of the Congo, Gabon, Libya, Morocco, Rwanda, Zambia. '''Asia-Pacific''': Bhutan, Maldives, Myanmar. '''Europe:''' Croatia, Iceland, North Macedonia, Bosnia and Herzegovina, Georgia, Kosovo, Montenegro, Serbia. '''Latin America and the Caribbean:''' the Bahamas, Guyana, Jamaica, Montserrat, St. Lucia, St. Vincent and the Grenadines, Suriname, Turks and Caicos, Uruguay. '''Middle East:''' Iraq, Kuwait, Qatar, Yemen. '''Oceania:''' Tonga, Solomon Islands, Vanuatu. If you’re living in one of these countries, you can simply sign up for an Apple account and get Apple Music free for 6 months. = Get Apple Music 6 Months Free Trial on Verizon = Verizon says it has now included Apple Music on its smartphone lines with Play More or Get More Unlimited. Users who subscribe to Verizon Unlimited plan will get an Apple Music 6-month free subscription. To get Apple Music free for 6 months, you must remain on a qualified Verizon Unlimited plan and then you can activate the free trial on Apple Music. If you haven’t signed up for Apple Music, you’ll have to create an Apple account and subscribe to Apple Music. If you already have an Apple Music subscription, you’ll need to cancel the duplicate subscription after you activate the new one via Verizon. '''To activate Apple Music subscription on Verizon:''' 1. Visit vzw.com/applemusic on your desktop or mobile browser, or “Add-ons” in the My Verizon app under “Account.” 2. Select the lines you want to enroll in Apple Music and accept the Terms and Conditions. 3. Each line will get a text message with a link to download or open the Apple Music app. 4. Once your subscription is activated, you can manage or cancel your subscription through vzw.com/applemusic or in the “Add-ons” section of the My Verizon app under “Account.” = Get Apple Music 6 Months Free Trial from Individual and Family Plan = Normally, Apple Music offers 3 months free trial for every new subscriber and once the trial is over, users will have to pay for a plan among Student, Individual or Family. But there’s a trick to get you another 3 months of free trial. Since the Apple Music Family plan allows up to 6 people to share under one subscription, users can share an extra 3-month free trial by accepting the Family plan invitation. You can ask a friend or family member who has never used Apple Music before to subscribe Apple Music Family plan and invite you into the plan, then you can enjoy the same 3-month free trial. To start a Family plan: '''On iPhone, iPad or iPod Touch:''' 1. Go to Settings, and tap your name 2. Tap Set Up Family Sharing, then tap Get Started. 3. Set up your family plan and choose the first feature you’d like to share with your family. 4. Invite family members by sending iMessage. '''On Mac:''' 1. Choose Apple menu > System Preferences, then click Family Sharing. 2. Type the Apple ID that you want to use for Family Sharing 3. Follow the onscreen instructions. When you receive the invitation, you can accept it on your phone or Mac and you’ll need to confirm your account and choose the features or services for the family plan. = Bottom Line = After the Apple Music 6 months free trial, you’ll be asked to pay for a plan to continue the subscription. If you can’t afford it or you simply don’t want to subscribe to Apple Music anymore, you can [https://www.tuneskit.com/apple-music-tips/howto-cancel-apple-music-subscription.html cancel the subscription]. But all songs you listened to or downloaded during the free trial will be unavailable. If you still want to listen to those songs after canceling the subscription, you can download Apple Music songs during the free trial with the [https://www.tuneskit.com/audio-converter/ TunesKit Apple Music Converter]. And then you can listen to those songs without Apple Music subscription with any type of media player.c subscription with any type of media player.)
- FlyPi + (In this tutorial, I share the journey of h … In this tutorial, I share the journey of how I built the FlyPi, without any previous electronics experience, so I could feed my insatiable urge to see how things work. Microscopy offers a lens to explore each visual frontier with its wonderful new perspectives and illuminates minuscule life usually unobserved. This is an amazing experience for anyone curious of what lies beneath our immediate visual capabilities. One main constraint scientists at all levels (Students, researchers and/or educators) is access to effective scientific tools. The cost of tools as well as repait and maintenance, not to mention calibration. This is likely due to high prices set by development under a patent/scarcity methodology. Building your own FlyPi is a relatively easy and cost effective way to to get around this limiting factor. FlyPi is an all-in-one biology lab with powerful “off-the-shelf” electronic elements (Raspberry Pi & Arduino nano). It's modularity offers a fast, effective and low cost way to have better experimental control by customizing for specific needs and most importantly enables accessibility to research and explore the microscopic world around us. Just putting it together is a great learning experience for everyone not immediately comfortable with electronics. Some People have even begun to join scientific efforts in pursuing solutions to their local problems! Steps 1- Understanding Modularity: Deciding what to include or exclude in the build 2- Gathering materials & Creating parts: Options to buy parts from kitspace, link to original github repository Due to modularity, not all parts are necessary for basic functionality. (Repository has more detailed bill of material files) 3- Building PCB hardware: Quick overview of the PCB build 4- Software Installation: How to install interface and useful imagej FIJI software on SD card 5- Launching the FlyPi: Putting it all together to start collecting image data!ng it all together to start collecting image data!)
- FlyPi + (In this tutorial, I share the journey of h … In this tutorial, I share the journey of how I built the FlyPi, without any previous electronics experience, so I could feed my insatiable urge to see how things work. Microscopy offers a lens to explore each visual frontier with its wonderful new perspectives and illuminates minuscule life usually unobserved. This is an amazing experience for anyone curious of what lies beneath our immediate visual capabilities. One main constraint scientists at all levels (Students, researchers and/or educators) is access to effective scientific tools. The cost of tools as well as repait and maintenance, not to mention calibration. This is likely due to high prices set by development under a patent/scarcity methodology. Building your own FlyPi is a relatively easy and cost effective way to to get around this limiting factor. FlyPi is an all-in-one biology lab with powerful “off-the-shelf” electronic elements (Raspberry Pi & Arduino nano). It's modularity offers a fast, effective and low cost way to have better experimental control by customizing for specific needs and most importantly enables accessibility to research and explore the microscopic world around us. Just putting it together is a great learning experience for everyone not immediately comfortable with electronics. Some People have even begun to join scientific efforts in pursuing solutions to their local problems! Steps 1- Understanding Modularity: Deciding what to include or exclude in the build 2- Gathering materials & Creating parts: Options to buy parts from kitspace, link to original github repository Due to modularity, not all parts are necessary for basic functionality. (Repository has more detailed bill of material files) 3- Building PCB hardware: Quick overview of the PCB build 4- Software Installation: How to install interface and useful imagej FIJI software on SD card 5- Launching the FlyPi: Putting it all together to start collecting image data!ng it all together to start collecting image data!)
- Kairos + (Kairos était le dieu de l’opportunité, du … Kairos était le dieu de l’opportunité, du moment à saisir. Ce dieu ailé n’avait pour tout vêtement qu’une touffe de cheveux. A son passage, on pouvait ne pas le voir, le voir et ne rien faire, ou le saisir par les cheveux. Il serait apparu au troisième siècle avant JC. Le sculpteur du bas relief, source de l’œuvre que vous admirez présentement, s’est inspiré de la statue du sculpteur Lysippos dans la ville de Sikyon. L’érosion a effacé les ailes qui le faisaient voler si vite que nul ne pouvait le dépasser. Ce qui ne l’empêchait pas d’aller se faire voir chez les Grecs. Ce bas-relief est actuellement au musée de https://fr.wikipedia.org/wiki/Trogir Il aurait été prélevé sur le fronton de la dernière demeure de la famille Stanosevic au printemps 1928. Pendant de nombreuses années il a servi de plaque de cheminée dans un couvent de Bénédictines (Eglise Saint-Nicolas).nt de Bénédictines (Eglise Saint-Nicolas).)
- Kairos + (Kairos était le dieu de l’opportunité, du … Kairos était le dieu de l’opportunité, du moment à saisir. Ce dieu ailé n’avait pour tout vêtement qu’une touffe de cheveux. A son passage, on pouvait ne pas le voir, le voir et ne rien faire, ou le saisir par les cheveux. Il serait apparu au troisième siècle avant JC. Le sculpteur du bas relief, source de l’œuvre que vous admirez présentement, s’est inspiré de la statue du sculpteur Lysippos dans la ville de Sikyon. L’érosion a effacé les ailes qui le faisaient voler si vite que nul ne pouvait le dépasser. Ce qui ne l’empêchait pas d’aller se faire voir chez les Grecs. Ce bas-relief est actuellement au musée de https://fr.wikipedia.org/wiki/Trogir Il aurait été prélevé sur le fronton de la dernière demeure de la famille Stanosevic au printemps 1928. Pendant de nombreuses années il a servi de plaque de cheminée dans un couvent de Bénédictines (Eglise Saint-Nicolas).nt de Bénédictines (Eglise Saint-Nicolas).)
- Arrosage automatique de l'école ACJ + (L’objectif du projet "Make XL Greatagain" … L’objectif du projet "Make XL Greatagain" était de créer un système d’arrosage dans le potager de l’école Athénée Charles Janssens à Bruxelles afin de le rendre semi-automatique. On a voulu avec ce projet faciliter la vie à tout le monde et la prise en charge du potager.
Pour le projet:
*On a installé un capteur de luminosité et de température pour avoir des données de bases sur le potager.
*On a choisi 2 bacs de plantes pour y mettre 2 capteurs d'humidité avec 2 arrivées d'eau pour automatiser l'arrosage.
*On a construit une structure pour placer un réservoir d'eau (à remplir par eau de pluie ou manuellement).
*On a un écran qui projette les données de bases et une clé qui récolte les données de chaque bacs.
En introduction, vous avez la liste du matériel nécessaire et les fichiers dont vous aurez besoin (code Arduino notamment) Les étapes 1, 2 et 3 sont utiles pour la mise en place en fonction de votre contexte (étudier le terrain, tester les capteurs...), si vous savez ce que vous voulez faire, passer directement à l'étape 4 Les étapes 4, 5 et 6 constituent le cœur du projet avec la partie électronique qui récolte et envoi les données et la partie mécanique qui permet à l'eau d'arriver. L'étape 7 est déterminante, elle sert à récolter les données pour une utilisation directe ou indirecte. L'étape 8 c'est quelques conseils pour l'entretien L'étape 9 c'est quelques conseils si vous voulez allez plus loin dans le projet ;)
Ce projet a été organisé par le Fablab Openfab et animé par Julien et Dewi.</div> </div>) - What is machine vision + (Machine vision is a technology in the fiel … Machine vision is a technology in the field of artificial intelligence aimed at obtaining and analyzing images through the use of specialized cameras and equipment in an industrial environment. The data obtained can be used to solve a wide range of work tasks, machine vision technologies allow us to abandon less efficient human labor. Machine vision technology allows industrial equipment to "see" and interact with objects, which in turn helps to improve the quality of manufactured products, reduce production costs, and simplify tasks. == Benefits of Machine Vision == Machine vision improves company efficiency, productivity and saves money. The introduction of machine vision systems in production significantly increases its competitiveness, which is due to a number of obvious advantages of robotic labor: # Computer vision is ideal for routine, repetitive tasks where a person can easily lose focus and make mistakes; # In areas that require high precision, such as pharmaceuticals and mechanical engineering, machine vision guarantees the absolute accuracy of tasks; # A significant advantage of machine vision over human labor is the ability of a computer to detect millions of shades and gradations of colors in images that are inaccessible to the human eye; # [https://www.seosakti.com/machine-vision-how-to-teach-a-locomotive-to-help-the-driver/ Machine vision] is able to simultaneously perceive a huge variety of objects, which not only reduces the time to complete tasks, but also expands the functionality of the possibilities. == Machine vision tasks == Typical tasks that are solved using machine vision systems: # compliance with product quality; # detection and search of objects, measurement of sizes; # tool management (machine, robot, etc.); # testing and calibration; # management of production processes in real time; # collection, recognition and identification of information, comparison with a given template; # equipment monitoring; # image recovery; # barcode reading; # sorting/counting objects; # Color analysis. Before turning to practical examples, let's define the most important components. Typically, vision systems are divided into two independent subsystems: # Acquisition of images; # Image processing. Each of them, in turn, includes a different set of components depending on the requirements of a particular application. == Components of a machine vision system == With image processing, everything is more or less clear: # calculator (one or another processor, graphics coprocessor, DSP or FPGA); # mathematical algorithms that work on this calculator. In practice, certain platforms and software are used “as is”, and rarely anything changes in the algorithms themselves. The task of the developer is to choose the types of algorithms and their sequence. And here a tool that allows you to easily and conveniently operate with images becomes of great importance. And here the most important thing begins. But for this they (images) must first be obtained. An image, an array of pixel values, or a cloud of points, in the case of multidimensional representations, can be obtained in various ways, and the developer plays a decisive role in this: # video camera; # thermal imaging camera; # laser 3D scanner; # TOF camera; # and many others. And in each case, the choice is not limited to one type of device. A video camera can be a matrix camera, or it can be linear, color or monochrome, with different resolutions and matrix sizes. Sometimes you have to sacrifice resolution in favor of pixel size, and sometimes a small pixel is preferable (for observing small objects). Depending on the type of camera and the object being examined, you may also need: # Input-output equipment; # Lighting system; # Camera lenses. It is equally useless to use a good, expensive camera with a mediocre, cheap lens, and vice versa. The lens can be ordinary, or it can be telecentric or special for "peeping" into the pipe or, conversely, coverage of 360 °. The light can be shadow, direct, angled, coaxial, white or monochromatic, pulsed or structured. Of course, various combinations of all of the above options are possible. == Selection of machine vision components == The choice of the wrong technical solution for obtaining an image is very difficult to compensate with the most complex mathematical algorithms. Unfortunately, our own experience plays an important role in making a mistake: it is not difficult for a person to receive (see) and process a picture without all these "wisdom". This happens, as it seems to us, instantly and requires much less effort than solving a quadratic equation, with which the computer copes faster than us. From which we draw a simple but incorrect conclusion: obtaining and processing images for a computer is not a very difficult task, because it is so “smart”. But that's not the case at all. Despite the obvious progress in computing power, digital cameras and algorithms, modern machine vision systems are not able to “easily” solve tasks that seem trifling to a person. We tend to underestimate the capabilities of our brain and vision. This is the source of a number of failures and disappointments from attempts to use machine vision systems in industrial applications. Equipment manufacturers often fail to draw the attention of their consumers to the fact that even the most advanced camera with the latest software is a necessary but not sufficient component of success. A perfect camera has not made anyone a professional photographer overnight. Despite a number of "helpers" (auto exposure, auto focus), knowledge and considerable experience are needed to choose the time and point of shooting, lighting, aperture and focus point to get a good picture. In this case, as a rule, the goal is not to obtain a repeatable picture of an object with detail, regardless of its color, external illumination or rotation, to avoid shadows, uneven lighting, hide or emphasize defects in shape or surface - i.e. facilitate subsequent processing as much as possible, increase the reliability and reliability of the algorithms. But these are only a small fraction of the issues without which the operation of machine vision systems will not be effective. From the foregoing, a disappointing conclusion follows: for all the seeming triviality of the task of visual control, the construction of a working machine vision system requires the involvement of professionals at the earliest stages, from the selection of equipment to its installation, training of algorithms and subsequent maintenance. Do not trust sellers who convince you that this "wonder camera" will solve all your problems. Practical experience and knowledge gained in the creation of vision systems that work in production are important as in no other applied engineering field due to the initial high degree of uncertainty of the conditions and the object of study. Corresponding to this (literally and figuratively) is the value of both engineers and companies with such experience. Is this not a reason for young professionals to think about the area of application of their efforts? == Application of machine vision: examples == Even in seemingly simple issues of visual control of juice jars on a conveyor or medicine ampoules, a number of issues may arise that require a systematic approach and certain experience. For example, it is genuinely surprising that the control of an excise stamp glued vertically and horizontally on a round bottle requires different technical solutions. For a more detailed illustration, let's consider the problem a little more complicated. For example, the integration of technical vision into the system of electrical testing of film capacitors in their mass production. The test subject is selected from our practice, but can be easily replaced with smaller or larger items from any production area, be it the food industry or the automotive industry. So, # Visual control of the surface, shape; # Control of machines and feed mechanisms, in this project these are industrial robots; # Accounting (identification, sorting, marking, etc.) In the example under consideration, capacitors are rectangular objects with face sizes from 3 to 20 mm of two types: output - and a surface-mounted version, i.e. without legs - conclusions. The hatcher, in turn, is divided into two types of body: in fact, corpus and pupated. The corpus one has strictly orthogonal parallelepiped shapes, the pupated one has a certain rounded shape, similar to a rectangular lollipop with oval edges. All of them differ in the size of the case, its color, and the output ones also differ in diameter, length of the outputs and the distance between them. In addition, the conclusions can be located on different sides or on one side. The supply of capacitors for testing is carried out in bulk, i.e. bunch out of the box. The list of object manipulations looks like this: # Take an object from the "heap"; # Check its type (in form and marking); # Assess the condition of the case for visible damage, scratches, chips; # Move to electrical testing station; # Carry out electrical tests; # Move from the electrical test station to the appropriate tray depending on the test result (Rejection and sorting by rating). The installation should work with all types of capacitors without significant readjustment, and preferably without it at all. Let's consider the most complex variant with pupated capacitors (that is, having a body shape other than rectangular in two sections). To capture the capacitor from the “heap”, a picture is used from a camera located above the “luminous” section of the vibrating table that feeds. The algorithm selects a “free” capacitor in the image and passes its coordinates to a robot equipped with a pneumatic suction cup for capture. In the absence of a free capacitor, a “shake” command is sent to the feed table controller, after which a new picture is analyzed. The procedure is repeated until the object to be captured appears in the field of view. The robot moves the captured object to the first control zone, where, in addition to evaluating the shape of the body, length and location of the leads, its compliance with the type specified by the program is determined. Pneumatic grip allows you to manipulate objects of different shapes and sizes, but this results in a large spread in the actual position of the product in the grip. In addition, the terminals of the capacitor can be shifted in one direction or another. To determine the positioning error, a machine vision system is used that evaluates the actual position of the product in the grip in the coordinates of the robot. To estimate displacements in the third dimension, the triangulation principle is used with additional laser illumination. Thus, in the next operation, the required accuracy of element placement in the mechanical grip is achieved. In some cases, a decision is made that it is impossible to manipulate this sample, and it is sent to marriage or to a container for "manual" processing. A mechanical gripper with a pneumatic drive aligns the leads for subsequent placement of the device in the connector of the electrical testing station and transfers the product for subsequent manipulations to the second robot. Identical bolts are located at different distances from the camera. The detail on the left is a cylinder extended along the axis of the lens. To increase the reliability of the control of a rounded case, telecentric lenses are used, which allow not only to more accurately estimate the geometric dimensions, but also to increase the depth of field of the image, which makes it possible to work with objects of different sizes. To obtain certain characteristics, various types of LED illumination are used: background, diffuse direct light, laser triangulation. The motion system works in close cooperation with the test station and machine vision subsystems. The electrical testing process is the longest stage - therefore, in order to increase the productivity of the installation, it is important that only products that successfully pass all other tests arrive here. At all stages of control, rejection of the product is provided. Depending on the test results, capacitors can be sorted by rating or other performance characteristics. == The choice of equipment and tools for the development of machine vision systems == The installation consists of several subsystems from different manufacturers: # Feeder, vibrating table Anyfeed (Switzerland), controlled via serial link; # Image capture systems are equipped with ace digital cameras (Basler AG, Germany) with different lenses depending on the selected resolution and subject. An Ethernet interface with built-in power circuits (PoE) provides the required flexibility - cameras are connected via a single cable using a network hub; # Telecentric lenses ([https://www.dzoptics.com/en/ DZOptics], China) are used at several control posts, in other cases - ordinary lenses of the middle price range; # General synchronization and control of mechanisms and robots is carried out using a set of discrete sensors and an industrial controller cRIO (National Instruments Corp., USA); # The electrical testing station was built on the basis of the PXI industrial measuring platform and modular instruments from National Instruments Corp., USA. A single tool for developing machine vision systems allows not only to reduce the cost of creation (one team of developers works or several - they “speak” the same language), but also significantly increases the reliability of the application software, since it does not require the integration of several different programs, developed in different languages. == Machine Vision Development: Conclusions == The successful development and implementation of machine vision in the production process is a rather complex engineering task, despite its apparent simplicity. But this should not become an obstacle to the development of modern technologies, because. The relevance of machine vision is growing rapidly. If you decide to build a vision system yourself, then be prepared for the fact that success will not come immediately. It is generally an iterative process consisting of numerous experiments with cameras, lights, and image processing algorithms. There are a large number of development tools on the market that allow you to solve typical problems without programming, but they all take time to master. In addition, each object of study needs its own, individual approach to finding the optimal technical solution. The easiest way to reduce the number of problems at the initial stage is to describe your task to the supplier of the components of the future system. Professional advice will help you avoid obvious mistakes. If you are offered a “wonder camera” that easily solves any problem, ask to demonstrate it on your sample and make sure that it is really “easy and simple”. If you are not confident in your abilities or if you have more important things to do, entrust the solution to people who have practical experience in working with vision systems and their integration into machines and production processes. #into machines and production processes. #)
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- CCD-or CMOS-lab-on-a-chip based on discrete converters of different physical and chemical parameters of samples into the optical signals with positional sensitivity for morphometry of non-optical patterns + (The literature analysis suggestes that a c … The literature analysis suggestes that a complex characterization of physiological activity of a living organism requires dozens or hundreds of chips depending on the task. For example, there are both active and passive chips used in biophysical, molecular metabolomic and genomic studies in fundamental and applied molecular medicine: a. allergology (Taira, 2009; Lupinek, 2014; Seyfarth, 2014; Zienkiewicz, 2014; Williams, 2016); b. haematology and transfusiology (Hassan, 2015; Nguyen, 2015; Chen, 2015; Kuan, 2015; Rafeie, 2016; Mielczarek, 2016), including blood-brain barrier research / modeling (Shao, 2016; Bonakdar, 2016; Brown, 2015; Deosarkar, 2015); c. lymphology (Hanna, 2003; Shimizu, 2007; Moura, 2016) and phlebology (Franco, 2012; Brivo, 2012; Zhou, 2012; Ryu, 2015); d. cardiology (Tanaka, 2007; Chean, 2010; Grosberg, 2011; Agarwal, 203; Wang, 2014; Rismani, 2015; Jastrzebska, 2016; Marsano, 2016; Zhang, 2016); e. gastroenterology-on-a-chip (Yang, 2009; Esh, 2012, 2014), including gut-on-a-chip techniques (Bjerketorp, 2008; Kim, 2008, 2016; Tottey, 2013; Lee, 2016); f. cellular neurophysiology-on-a-chip and neuromorphogenesis-on-a-chip (Millet, 2010; Ling, 2010; Kim, 2014; Huang, 2014; Wei, 2014; Kunze, 2015; Yamada, 2016); g. endocrinology (Marchesini, 2007; Bovet, 2007; Srivastava, 2014); h. immunology (Yakovleva, 2002; Yang, 2005; Corgier, 2007; Liu, 2011; Zhang, 2011; Kayo, 2013; Wang, 2015; Ali, 2016); i. general “splanchnology-on-a-chip” based on N principally equivalent approaches: “organ-on-a-chip” (Wikswo, 2013; Ahmad, 2014; van der Helm, 2016; Mousavi, 2016) / “organ-on-a-chip” (Lee, 2013; Bhise, 2014; Odjik, 2015; Kim, 2015; Caplin, 2015; Sticker, 2015; An, 2015; Zheng, 2016; Cho, 2016), “organoid-on-a-chip” (Skardal, 2016) and “physiome-on-a-chip” (Stokes, 2015), which can be integrated in the frame of concept “body-on-a-chip” (Esh, 2011, 2016; Williamson, 2013; Reif, 2014; Sung, 2014; Kelm, 2014; Ryu, 2015; Perestrelo, 2015); {etc.} The above problem made the study so complicated, that it became quite unfeasible, since the “multi-chip” analysis (see Terminological remark No. 1) turned to be very expensive and the large sample volume required for such a complex analysis could not satisfy the principles of non-destructive diagnostics on a chip (for example, see (Takahashi, 2004; Feng, 2015)) due to many biomaterial sampling points (for example, see (Ando, 1987; Nikolaidis, 2012)) standardized in the protocols for biomedical and veterinary diagnostics. On the other hand, the difference and variety of the sampling and the sample preparation techniques for different microchips and standard diagnostic methods made the problem of analyzing the complex biochemical physiological state of the organism unimplementable and poorly informative. It is quite obvious that for the purpose of compatibility and comparability of the measurement using different analytical devices (see Terminological note No. 2) it is necessary to provide the compatibility and comparability of the sampling and the sample preparation methods. In the ideal case, all the analytical procedures should be performed with a single uniformly calibrated device using the same sample for all the tests without moving the sample from one device to another. To date there are independent calibration methods for chips (Gillot, 2007; Binder, 2008; Karsunke, 2009; Nakamoto, 2010; März, 2010; Song, 2012; Buchegger, 2014), as well as the calibration protocols for other analytical methods (including the imaging ones) using chips (Su, 2016; Garnica-Garza, 2009). Hence, we need an equivalent of cross-calibration in the interpretation close to that given by NIST for cytometry (Hoffman, 2012), although the term was used much earlier in radiology (including tomography) and nuclear medicine (Paans, 1989; Genant, 1994; Tothil, 1995; Grampp, 2000; Geworski, 2002; Hetland, 2009; Garnica-Garza, 2009), as well as in the number of spectroscopic methods applied for the biomaterial analysis (Kwiatkowska, 2008; Wang, 2012; Poto, 2015; Liu, 2016). In addition, when we deal with the structured samples such as biological tissues, it is also important to obtain information on the spatial distribution of the substance or property analyzed in the image form, for example: o magnetic field imaging; o electrochemical parameters and field gradient; o laser beam transmission outside the visible spectral range; o distribution of the emitting regions in autoradiography; o polarization characteristics and the angular fluorescence polarization; o the local temperature of the sample at different points on a chip{etc.} Moving the sample from one microscope to another makes it difficult to establish the correspondence (colocalization) between the regions of interest (ROI) for different wavelength ranges (or different physical characteristics) allowing to perform the mapping and identification of the components under investigation due to the difference of visualization in different spectral ranges (or different physical “descriptors”). This prevents one from combination of the signal distribution maps from different spectral regions, and hence, makes it impossible to establish the correlations between the presence and distribution of the certain components or physical and chemical properties in the sample / tissue. Since different components of the analyte possess a number of colocalized characteristics in different spectral ranges (Zimmermann, 2005; Gavrilovic, 2009), it is possible to perform either a simultaneous or a sequential mapping and identification of several tissue components based on the physically different properties. For example, some target components can be visualized using non-spectral properties, such as magnetic fields (Gruschke, 2012; Kim, 2015; Hejazian, 2015), labeled atom diffusion (for example, see: Parker, 1981; Galbraith, 1981; Blakely, 1986; Hein, 1986; Nemecz, 1988; Pouteau, 2003), temperature maps (Choudhury, 2012; Rosenthal, 2014; Karadimitriou, 2014; Meng, 2015; Lo, 2016) or redox maps (including ratiometric those (Herman, 2005; Hilderbrand, 2008; Zhang, 2015; Chen, 2015; Pan, 2016)) on a chip (Jezierski, 2013; Gashti, 2016). We propose to implement a full range of methods for mapping the biological tissue parameters with or without specific labels using planar transducers / converters of the non-optical signal to the optical one, as will be described below. This will also result in the substitution of a number of independent expensive diagnostic devices with a simple unified complex diagnostic and analytical device. The operator of such a complex lab-on-a-chip will predominantly perform data analysis and processing (a so-called data mining, which is now mainly used not in the active mapping or imaging chips, but in the passive chips for genomic and peptidomic investigations (Lee, 2001; Smith, 2005; Abascal, 2008; Ghanekar, 2008; Usui, 2009; Nussbeck, 2013)) rather than routine analytical procedures (such as sampling and dropping (Fang, 2002; Du, 2005; Cellar, 2005; Huynh, 2006; Zhang, 2007; Do, 2008; Jang, 2009; Kertesz, 2010; Sun, 2010; Coskun, 2010; Wu, 2012)) due to an automatic machinery. This is in consistence with the modern trends in the development of the information society and the extension of the applicability of the chemoinformatic (“chemobioinformatic” (Basak, 2012)) software for biomedical and pharmaceutical (Weinstein, 2001; Shedden, 2003; Shedden, 2004; Parker, 2004; Ghose, 2006; Kong, 2008; Speck-Planche, 2014; Capasso, 2015; Gromova, 2016), agrobiological and biotechnological problems (Speck-Planche, 2012; Grädow, 2014). In this regard, the design of the above proposed complex devices for multi-parametric analysis and mapping of the samples is of great importance for analytical practice both for improving the quality and information content of the analysis and for the rational use of the working time of the analyst. The possibility of connecting such devices to the PC and mobile network resources (Lillehoi, 2013; Wu, 2014; Pan, 2014; Koydemir, 2015; Bhavnani, 2016) allows to improve the quality of telemedicine (Fleck, 1999; Bishara, 2011; Balsam, 2015), GIS – coupled analysis / sample analysis in the field conditions with the geodetic reference (Senbanjo, 2012 Gerald, 2014; Ferguson, 2016), quality control on a chip (Shearstone, 2002; Hartman, 2005; Zhang, 2005; Stokes, 2007; Pierzchalski, 2012) in chemical and biotechnological industry using SCADA and similar systems (Gieling, 1996; Ozdemir, 2006; Smith, 2006; Moya, 2009). The implementation of the technology proposed will increase the labor productivity of the analysts and researchers, since the performance of N analyses with a single device equals to the N-times reduction of the amount of the auxiliary routine work compared to the performance of each analysis with an independent device requiring different sampling procedures and sample treatment protocols. Since the first labs-on-a-chip were developed by the author for his own research problems and were tested in the routine research practice, he could easily appreciate the ergonomics and usability of such devices with the maintenance of the quality and increase in the rapidity of the analysis. '''Novel approach''' The contemporary analysis of the literary and the preliminary calculations, suggested using an optical channel for analytical data acquisition with the CMOS and CCD detectors. However, the serial CMOS and CCD allow detection only the optical parameters providing the analyte concentration measurements by absorbance or transmittance or fluorescence of a selectively bound dye. Modern CMOS- and CCD-based labs-on-a-chip fail to perform visualization of a number of characteristic descriptors for many biological and medical samples, such as magnetic fields, temperature profiles, localization of radioisotope sources and selective emission from cells and tissues in autoradiography, etc. Meanwhile, nothing prevents us from using the primary signal converters of the required parameters / variables into the optical signal. There are known: · magnetooptical converters and indicator films (Anderson, 1968; Harms, 1980; Aulich, 1980; Papp, 1980; Arkhangel’skii , 1986, 1989; Challener, 1987; Mao, 1989; Challener, 1990; Krafft, 2004; Fratello, 2004); · radiation-optical (spectro-)colorimetric converters (Apanasenko, 1981; Kulagin, 1983, 1984, 1985, 1987; Bazylev, 1992; Mikhailov, 1996; Kulagin, 2003, 2006; Kulagin, 2007; Sadulenko, 2009) and thin film scintillators (Albul, 1968; Avdeyev, 2001; Garcia-Murillo, 2003; Berdnikov, 2013; Tolstikhin et, 2014; Inami, 2015; Rincón-López, 2016; Park, 2016); · thermo-optical effect transducers-converters (Malashko, 1974; Dolgov, 1979; Pálfalvi, 2004; Liberts, 2005; Gunyakov, 2006; Nedosekin, 2007; Loiko, 2012), including thermochromic ones (Soloway, 1955; Chivian, 1972; Yang, 1979; Mazumder, 1995; Qazi, 2003; Siegel, 2009; Sia, 2009; Shelton, 2010; Qian, 2012; Heo, 2012; Zhou, 2013; Funasako, 2013; Li, 2013; Bond, 2013; Seeboth, 2014; Kim, 2014; Wan, 2015; Liu, 2016; Zhang, 2016), including infrared-sensitive metamaterials; · chemo-optical active interfaces (van Gent, 1990; Wroblewski, 1997), colorimetric or flouorimetric indicator films (Chen, 1997; Nakamura, 2003; Kowada, 2004; Lü, 2006; Thomas, 2009; Gao, 2011; Kassal, 2014; Mills, 2016; Choi, 2017) and papers (Yeoh, 1996; Ostrovsakaya, 2004; Gaiduk, 2009; Ganesh, 2014); · electroluminescent (Vlasenko, 1966; Shaposhnikov, 1970; Ramazonov, 1972; Samokhvalov, 1993; Brigadnov, 1993; Gurin, 1997; Savikhib, 1997; Zabudskii, 2000; Maltsev, 2011; Rodionov, 2013; Meshkov, 2014; Evsevichev, 2016) and cathode-luminescent indicators / phosphors (Tebrock, 1968; De Mets, 1971; Suzuki, 2009; Obraztsov, 2013; Kaz, 2013; Shi, 2014; Li, 2016) and other position-sensitive target signal converters into the optical signal[1], which allow a direct realization of the “two-level conversion” including a first conversion of the analytical signal into the optical one by the planar converter located above the photosensitive CMOS / CCD detector with the subsequent conversion of the optical signal into the electrical one by the optoelectronic converter (CMOS or CCD). The above converters being placed into the cartridge or cassette system, or the rotating disc (this is a reversible idea from lab-on-a-disc design (Park, 2012; Glass, 2012; Hwang, 2013; Bosco, 2013; Delgado, 2016)) can be replaced by one another in real time allowing to vary the measuring parameters, and hence, providing the sequential mapping and measuring of the above parameters. At the first step the single devices (chips and the corresponding readers) have been developed for the single parameter registration (e.g. a special compact device for magnetic field visualization has been designed using the magnetic film converter (flux detector) and a similar radiographic visualizer has been developed based on the scintillation plates). Later these devices were combined into a single hybrid device with the incomplete set of the primary converters for the purposes of the complex analysis (see Figures 1-3). At the final step we are going to overcome those limitations and to develop a hybrid multi-functional lab-on-a-chip allowing to perform in a single run of the cassette with the cartridges-converters the full position-sensitive mapping of the spatial distribution of the following parameters: I. spectral / colorimetric, densitometric and fluorescent parameters of the analyte for histochemistry and immunofluorescent analysis; II. luminosity distribution beyond the optical spectral range for laser diagnostics or the on-chip LDV, LDA, LDF, laser-accisted PIV; III. magnetic field for selective staining of biological tissues with the magnetic nanoparticles or for the on-chip testing of the pharmaceuticals' targeting in the external field; IV. distribution of the emitting regions in autoradiography and for the sample analysis with the radioactive contamination; V. polarization parameters and the fluorescence polarization for those cases when the rotation of the polarization plane is a diagnostic criterion, from simple saccharimetry to the chirality-based analytical methods introduced from molecular biology; VI. the slide temperature (for the living slices and tissue cultures) for determination of the biothermogenesis intensity or the redox transformation intensity, which is one of the most important diagnostic criteria of the neoplastic processes in biopsy; VII. pH, Eh, pX, etc. using discrete indicator films by the colorimetric, spectrocolorimetric or fluorescence response signal (see Figure 4). The cartridges-converters can be either built into the chip reader (the most suitable configuration for the ultracompact disposable chips without the recording and processing units) or implemented directly into the autonomic chips in the case of the autonomous reusable devices. In the early prototypes developed by the author the chip was combined with the reader forming a so-called self-reading chip capable of the telemetric data translation through a radiofrequency channel (Notchenko, 2012, 2013).frequency channel (Notchenko, 2012, 2013).)
- Ethernet-Enhanced LoRa Gateway Minimizing Delay + (The project titled "'''Ethernet-Enhanced L … The project titled "'''Ethernet-Enhanced LoRa Gateway: Minimizing Delay, Maximizing Security'''" focuses on the development of a LoRa (Long Range) gateway with Ethernet connectivity. This gateway serves as a critical link between IoT devices and the internet, providing two key advantages: '''Low Latency''': By utilizing Ethernet, the gateway minimizes data transmission delay, ensuring that IoT data is transmitted quickly and efficiently. This is crucial for real-time or time-sensitive applications. '''Enhanced Security''': The project emphasizes robust security measures to protect IoT data. Ethernet connections can be secured with standard network security protocols, ensuring the integrity and confidentiality of transmitted data. In summary, this project aims to create a high-performance LoRa gateway that optimizes data transfer speed and prioritizes data security, making it ideal for a wide range of IoT applications where low latency and data protection are paramount. In this project, I am creating a LoRa Gateway using Ethernet. The project consists of a LoRa Transmitter and LoRa gateway section.LoRa Transmitter and LoRa gateway section.)
- Top 10 Cisco Interview Questions With Short Answers + (These top 10 interview questions aim to in … These top 10 interview questions aim to increase your preparation and confidence. You may approach your interview with confidence and composure if you rehearse a lot. Learn these questions so you can demonstrate your knowledge and make a lasting impression on the prospects.
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