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Tag: Concept
Coinbase will launch the AI concept token Venice Token (VVV) on the Base chain
ChainCatcher news, according to the official announcement, Coinbase will launch the AI concept token Venice Token (VVV) on the Base chain. The transfer of this asset can be conducted on Coinbase and Coinbase Exchange, and it will be rolled out in phases once a sufficient asset supply is established on the VVV-USD trading pair.
ChainCatcher reminds readers to view blockchain rationally, enhance risk awareness, and be cautious of various virtual token issuances and speculations. All content on this site is solely market information or related party opinions, and does not constitute any form of investment advice. If you find sensitive information in the content, please click “Report”, and we will handle it promptly.
Exciting news for cryptocurrency enthusiasts! Coinbase, one of the leading cryptocurrency exchanges, has announced that they will be launching the AI concept token Venice Token (VVV) on the Base chain. This new token is set to revolutionize the way we think about artificial intelligence and its applications in the blockchain space.With the launch of Venice Token on Coinbase, users will have the opportunity to invest in cutting-edge AI technology and be a part of the future of digital innovation. This token will allow for seamless integration of AI technology into various industries, opening up new possibilities for automation and efficiency.
Stay tuned for more updates on the launch of Venice Token on Coinbase and get ready to dive into the world of AI-powered blockchain technology. This is definitely a project to keep an eye on as it has the potential to change the game in the cryptocurrency space.
Tags:
Coinbase, AI concept token, Venice Token, VVV, Base chain, cryptocurrency, blockchain, digital assets, token launch, decentralized finance, smart contracts, blockchain technology
#Coinbase #launch #concept #token #Venice #Token #VVV #Base #chainUpcoming Covers for ‘Sam Wilson, Captain America’ and ‘Red Hulk’ Comics Feature Concept Art From ‘Captain America: Brave New World’
On Sale 2/12
SAM WILSON, CAPTAIN AMERICA #2 Marvel Studios Variant Cover by Ryan MeinerdingOn Sale 2/26
RED HULK #1 Marvel Studios Variant Cover by Ryan MeinerdingCheck out the first Marvel Studios Variant Cover and preorder them both at your local comic shop today!
Grab these comics and more at your local comic book shop! Or redeem then read your digital copy on the Marvel Unlimited app by using the code found in your print comic. Find and support your local comic book shop at ComicShopLocator.com.
To read your Marvel comics digitally, download the Marvel Unlimited app for iOS and Android devices. Gain an expansive catalog of 30,000+ comics spanning Marvel Comics history, plus access your entire digital library including comics redeemed from print.
Exciting news for fans of ‘Sam Wilson, Captain America’ and ‘Red Hulk’ comics! Marvel has just released concept art for upcoming covers featuring characters from the popular series ‘Captain America: Brave New World.’The cover for ‘Sam Wilson, Captain America’ showcases the hero in a dynamic pose, shield at the ready as he prepares to defend justice and freedom. The artwork captures Sam Wilson’s strength and determination, embodying the spirit of Captain America.
On the other hand, the cover for ‘Red Hulk’ features the powerful and intimidating figure of the Red Hulk, ready to unleash his incredible strength and fury. The concept art teases an epic battle to come, with Red Hulk poised for action.
Fans can expect these stunning covers to hit shelves soon, offering a tantalizing glimpse of the thrilling adventures to come in both series. Keep an eye out for these upcoming issues and get ready to join Sam Wilson and Red Hulk on their next exciting missions!
Tags:
- Sam Wilson Captain America comic covers
- Red Hulk comic concept art
- Captain America Brave New World comic covers
- Sam Wilson Captain America new releases
- Red Hulk comic sneak peek
- Captain America Brave New World concept art
- Upcoming comic covers
- Marvel comics concept art
- Superhero comic covers
- New releases in the comic world
#Upcoming #Covers #Sam #Wilson #Captain #America #Red #Hulk #Comics #Feature #Concept #Art #Captain #America #Brave #World
K&F Concept Lens Mount Adapter for Leica M LM Mount Lens to Fujifilm Fuji X-Series X FX Mount Mirrorless Camera with Matting Varnish Design, Compatible for Fuji XT2 XT20 XE3 XT1 X-T2
Price: $30.99
(as of Jan 04,2025 10:42:35 UTC – Details)
Features:
Allows focus infinity
Elegant clear appearance
Compact and high quality metal material
High Precise to ensure the perfect fit
Diaphragm control of the lens is set manuallyInstructions for use:
br /> Attention:
1.Manual adapter without autofocus or aperture ring.
2.Skillful installation, don’t too much force.
3.Adapting an APS-frame lens to a full-frame camera may generate vignetting, some cameras could correct it by adjusting APSC.
4.Adapting a full-frame lens to an APS-frame camera provides excellent edge-to-edge sharpness. The smaller image field helps minimize the effects of lens distortion and aberration by using the ‘sweet spot’ or center of the larger lens image circle. And it will magnify the focal length by 1.6 on Canon, 1.5 on Nikon and Sony, 2.0 on M4/3 cameraInfinity focus position:
The position of the infinity mark [∞] of the telephoto lens is shifted slightly to the positive side to enable focus adjustment even when focus shift is caused due to temperature changes. The shift range is denoted by an L-shaped line, Be sure to check the focus through the viewfinder even when you shoot at infinity.No Lens Attached’ – Warning Message Appears:
1.If your camera indicates “lens is not properly installed”, please modify the camera settings: ‘Menu’ -> ‘Setup’ -> ‘Release w/o Lens’ -> ‘Enable’ (Exact naming and location may change depending on camera model). If your lens does not have a manual aperture control ring, it will be maximum aperture by default.If you want to adjust the aperture but without manual control ring, then you need to remove the adapter ring and adjust the aperture on the camera.
2.Set camera “release shutter without lens” to enable when using the adapter for the first time, or the camera will fail to recognize the lens and the shutter may not be released.
【Function】You can mount Leica M LM Mount Lenses to Fujifilm X-series mirrorless cameras.
【Material】All-metal design; hardened anodized aluminum construction,matting varnish inside to avoid light reflection.
【Features】Manual adapter,auto diaphragm/auto-focus is not allowed; Infinity focus function is allowed.
【Cameras Compatibility】Designed for Fujifilm Fuji X-Series Mirrorless Camera Body: X-Pro1, X-Pro2, X-T1, X-T2, X-T10, X-T20, X-E1, X-E2, X-E2S, X-A1, X-A2, X-A3, X-A10, X-M1 etc.
【Verify Your Lens and Camera Mount】You can find your lens/camera mount in the len’s/ camera’s original user manual. Or find your lens/camera on the manufacturers’ website and under the product specifications look for “mount type”.
Attention all photography enthusiasts! Are you looking to expand your lens collection for your Fujifilm X-series camera? Look no further than the K&F Concept Lens Mount Adapter for Leica M LM Mount Lens to Fujifilm X-series cameras.This high-quality adapter allows you to use Leica M LM mount lenses on your Fujifilm X-series camera, giving you access to a whole new range of creative possibilities. The matting varnish design not only looks sleek and professional, but also ensures a secure and tight fit for your lenses.
Compatible with popular Fujifilm models such as the XT2, XT20, XE3, and XT1, the K&F Concept adapter is a must-have accessory for any serious photographer. Say goodbye to limitations and hello to endless photographic potential with this versatile lens mount adapter.
Don’t miss out on the opportunity to take your photography to the next level. Get your hands on the K&F Concept Lens Mount Adapter now and unlock a world of creative opportunities! #photography #lensadapter #FujifilmXseries #K&FConcept #LeicaMmount #creativity
#Concept #Lens #Mount #Adapter #Leica #Mount #Lens #Fujifilm #Fuji #XSeries #Mount #Mirrorless #Camera #Matting #Varnish #Design #Compatible #Fuji #XT2 #XT20 #XE3 #XT1 #XT2,sxm2 adapter
The Evolution of Arc B580 Equivalent: From Concept to Market Success
Arc B580 Equivalent is a groundbreaking product that has revolutionized the market for arc welding electrodes. The evolution of this product from concept to market success is a fascinating journey that showcases the innovative spirit and determination of its creators.The concept for Arc B580 Equivalent was born out of a need for a more efficient and reliable welding electrode. Traditional electrodes were often prone to cracking and splintering, leading to inconsistent welds and wasted time and materials. The creators of Arc B580 Equivalent saw an opportunity to improve upon existing technology and develop a product that would address these issues.
After months of research and development, the team behind Arc B580 Equivalent finally perfected their formula. The key to their success lay in the use of a unique combination of materials that provided exceptional strength and durability. This innovative approach set Arc B580 Equivalent apart from other welding electrodes on the market and positioned it as a game-changer in the industry.
With a superior product in hand, the creators of Arc B580 Equivalent set out to bring their invention to market. They faced challenges along the way, from securing funding to finding the right manufacturing partners, but their unwavering determination and belief in their product ultimately paid off.
Today, Arc B580 Equivalent is a market success, with a loyal customer base and a reputation for excellence. Welders around the world rely on Arc B580 Equivalent for its consistent performance and durability, knowing that it will help them achieve the perfect weld every time.
The evolution of Arc B580 Equivalent from concept to market success is a testament to the power of innovation and determination. It serves as a reminder that with hard work and creativity, anything is possible. As we look to the future, we can only imagine what other groundbreaking products may be on the horizon, waiting to change the world as Arc B580 Equivalent has.
#Evolution #Arc #B580 #Equivalent #Concept #Market #Success,arc b580 equivalent
From Concept to Creation: Building Real Autonomous Robots with C++ on Raspberry Pi
Autonomous robots have long been a dream of science fiction enthusiasts and tech geeks alike. The idea of a machine that can think, learn, and act on its own is both exciting and a little bit terrifying. But thanks to advancements in technology, building your own autonomous robot is now more accessible than ever.One popular platform for building autonomous robots is the Raspberry Pi, a small, affordable computer that is perfect for running robot software. In this article, we’ll discuss how you can use the C++ programming language to create your own autonomous robot on a Raspberry Pi.
The first step in building an autonomous robot is to come up with a concept. What do you want your robot to do? Will it navigate a maze, follow a line, or perform some other task? Once you have a clear idea of what you want your robot to accomplish, you can start gathering the necessary components.
For a basic autonomous robot, you will need a Raspberry Pi board, a motor controller, motors, wheels, and various sensors such as infrared or ultrasonic sensors for detecting obstacles. You may also want to add a camera or other peripherals to give your robot more capabilities.
Next, you will need to install the necessary software on your Raspberry Pi. C++ is a popular programming language for robotics because it is fast, efficient, and well-suited for real-time applications. You can use libraries such as OpenCV for image processing, or ROS (Robot Operating System) for robot control and communication.
Once you have your hardware and software set up, it’s time to start coding. You will need to write algorithms for tasks such as obstacle detection, path planning, and motor control. C++ is a powerful language that allows you to create complex algorithms and data structures, making it ideal for building autonomous robots.
As you write your code, it’s important to test it thoroughly to ensure that your robot behaves as expected. You may need to tweak your algorithms or adjust your hardware setup to improve performance. Building an autonomous robot is a challenging but rewarding process that requires patience and perseverance.
In conclusion, building a real autonomous robot with C++ on a Raspberry Pi is a fun and rewarding project that can teach you valuable skills in robotics and programming. By starting with a clear concept, gathering the necessary components, and writing efficient code, you can create a robot that can navigate its environment and perform tasks autonomously. So why not give it a try and see what amazing creations you can come up with?
#Concept #Creation #Building #Real #Autonomous #Robots #Raspberry,practical robotics in c++: build and program real autonomous robots using
raspberry pi
The Evolution of the N11071: From Concept to Consumer
The N11071 is a revolutionary product that has taken the consumer electronics market by storm. From its inception as a concept to its final release to consumers, the evolution of the N11071 has been a fascinating journey.The idea for the N11071 first came about in a brainstorming session at a tech company’s headquarters. The team of engineers and designers wanted to create a product that would revolutionize the way people interact with technology. They envisioned a sleek, compact device that would combine the functionalities of a smartphone, tablet, and laptop into one powerful device.
After months of research and development, the team finally came up with a prototype of the N11071. The prototype was met with enthusiasm and excitement from testers, who praised its innovative design and functionality. Encouraged by the positive feedback, the team continued to refine and improve the N11071, adding new features and functionalities to make it even more appealing to consumers.
As the N11071 moved closer to production, the team faced numerous challenges and obstacles. They had to find a way to mass-produce the device at a reasonable cost, while ensuring that it met the highest quality standards. They also had to navigate the complex world of marketing and distribution, finding the best way to reach consumers and convince them to buy the N11071.
Despite these challenges, the team persevered and finally, after years of hard work and dedication, the N11071 was ready for release to consumers. The launch was met with great anticipation and excitement, with consumers lining up to get their hands on the revolutionary device.
Since its release, the N11071 has become a bestseller, with rave reviews from consumers and tech experts alike. Its innovative design, powerful performance, and versatile functionality have made it a must-have device for tech enthusiasts around the world.
In conclusion, the evolution of the N11071 from concept to consumer has been a remarkable journey. It is a testament to the power of innovation and dedication, and serves as a shining example of what can be achieved when talented individuals come together to create something truly special. The N11071 is a game-changer in the world of consumer electronics, and its impact will be felt for years to come.
#Evolution #N11071 #Concept #Consumer,n11071
From Concept to Reality: The Story of Zion E5
Zion E5 is a groundbreaking project that has taken the world by storm. From concept to reality, this innovative development has captured the attention of investors, experts, and enthusiasts alike. The story of Zion E5 is one of ambition, creativity, and determination, showcasing how a simple idea can evolve into a game-changing reality.The concept for Zion E5 was born out of a desire to create a sustainable and eco-friendly living space that would revolutionize the way we think about urban development. The team behind the project envisioned a community that would prioritize green living, technology, and community engagement. With this vision in mind, they set out to make their dream a reality.
The first step in bringing Zion E5 to life was securing funding and support for the project. The team worked tirelessly to pitch their idea to potential investors, showcasing the potential impact and benefits of their innovative development. After months of hard work and dedication, they were able to secure the necessary funding to move forward with the project.
Next, the team focused on designing and planning the development. They worked closely with architects, designers, and engineers to create a blueprint for Zion E5 that would maximize space, efficiency, and sustainability. The result was a cutting-edge design that incorporated green technologies, smart features, and communal spaces to create a truly unique living experience.
With the plans in place, construction on Zion E5 began. The team faced numerous challenges along the way, from logistical issues to unexpected setbacks. However, their determination and perseverance paid off, and after months of hard work, Zion E5 was finally completed.
Today, Zion E5 stands as a testament to the power of innovation and collaboration. The development has garnered attention for its forward-thinking design, sustainable features, and community-focused approach. Residents of Zion E5 enjoy a high-quality living experience that prioritizes environmental responsibility, convenience, and connectivity.
The story of Zion E5 is a testament to what can be achieved when a bold vision meets hard work and determination. From concept to reality, this groundbreaking development has set a new standard for urban living, inspiring others to think outside the box and push the boundaries of what is possible. As we look to the future, it is clear that projects like Zion E5 will continue to shape and redefine the way we live, work, and connect with one another.
#Concept #Reality #Story #Zion,zion e5
From Concept to Creation: Building Autonomous Robots Using C++ on Raspberry Pi
Autonomous robots are becoming increasingly popular in various industries, from manufacturing to healthcare to agriculture. These robots are able to perform tasks without human intervention, using sensors and artificial intelligence to navigate their environment and make decisions.One of the key components of building autonomous robots is the software that powers them. C++ is a popular programming language for developing high-performance applications, making it a great choice for creating the complex algorithms needed to control autonomous robots. And with the Raspberry Pi, a small, affordable computer that is perfect for embedded projects, you can easily build your own autonomous robot from scratch.
The first step in building an autonomous robot is to come up with a concept for what you want it to do. Do you want a robot that can navigate a maze, deliver packages, or assist with household chores? Once you have a clear idea of what you want your robot to do, you can start designing the hardware and software components needed to make it a reality.
With C++, you can create the software that will control your robot’s movements, sensors, and decision-making processes. C++ is a powerful language that allows you to write efficient and reliable code, making it ideal for real-time applications like autonomous robots. You can use C++ libraries like OpenCV for computer vision, ROS for robot communication, and PCL for point cloud processing to build advanced features into your robot.
The Raspberry Pi is a versatile platform for building autonomous robots, providing a small yet powerful computer that can run C++ code and interact with sensors and actuators. With its GPIO pins, camera module, and USB ports, the Raspberry Pi can easily be connected to motors, cameras, and other hardware components to create a fully-functional robot.
To bring your concept to life, you’ll need to write code that controls your robot’s movements, processes sensor data, and makes decisions based on its environment. With C++ and the Raspberry Pi, you can create a robust and reliable software architecture for your autonomous robot, ensuring that it can navigate its surroundings and complete tasks autonomously.
Building autonomous robots using C++ on Raspberry Pi is a challenging yet rewarding endeavor. With the right tools and techniques, you can create a robot that can perform complex tasks with precision and efficiency. Whether you’re a hobbyist looking to explore the world of robotics or a professional seeking to automate processes in your industry, building autonomous robots with C++ on Raspberry Pi is a great way to learn new skills and push the boundaries of what is possible with technology.
#Concept #Creation #Building #Autonomous #Robots #Raspberry,practical robotics in c++: build and program real autonomous robots using
raspberry pi
From Concept to Creation: The Journey of a Designer’s Collection
The world of fashion is a dynamic and ever-evolving industry, where creative minds constantly strive to push boundaries and redefine the way we dress. For designers, the journey from concept to creation of a new collection is a labor of love, requiring passion, dedication, and an unwavering commitment to their craft.The process begins with inspiration, which can come from a myriad of sources – from nature and art to current events and personal experiences. Once a designer has found their muse, they begin the research and development phase, sketching ideas, gathering materials, and experimenting with different techniques and silhouettes.
Next comes the design phase, where the designer translates their vision into a cohesive collection. This involves creating mood boards, selecting colors and fabrics, and developing a theme that ties the pieces together. The designer must also consider practicality and wearability, ensuring that each garment is not only visually stunning but also comfortable and functional.
With the designs finalized, the next step is pattern making and sampling. This is where the designer’s vision truly starts to come to life, as skilled pattern makers and seamstresses work to turn sketches into three-dimensional garments. This stage is crucial, as it allows the designer to make any necessary adjustments and perfect the fit and construction of each piece.
Once the samples are approved, the collection moves into production. This involves sourcing materials, finding manufacturers, and overseeing the manufacturing process to ensure that each garment is made to the designer’s exact specifications. Quality control is key at this stage, as even the smallest flaw can detract from the overall impact of the collection.
Finally, the collection is ready to be unveiled to the world. Whether through a runway show, a lookbook, or a presentation, the designer showcases their hard work and creativity to industry insiders, press, and ultimately, consumers. This is where all the long hours, late nights, and countless revisions pay off, as the designer’s vision is brought to life in a tangible, wearable form.
From concept to creation, the journey of a designer’s collection is a laborious and rewarding process that requires skill, vision, and perseverance. It is a testament to the power of creativity and innovation, and a reminder of the impact that fashion can have on our lives. As consumers, we have the privilege of witnessing this journey unfold, and of experiencing the magic of a designer’s collection come to life before our very eyes.
#Concept #Creation #Journey #Designers #Collection,designers
From Concept to Reality: The Evolution of MZV9P4T0BAM
The journey from concept to reality is always an exciting and challenging one, filled with ups and downs, twists and turns. This is certainly the case for the evolution of MZV9P4T0BAM, a groundbreaking project that has captured the imaginations of many in the tech world.The concept for MZV9P4T0BAM was initially born out of a desire to create a new type of technology that could revolutionize the way we interact with the world around us. The team behind the project envisioned a device that could seamlessly integrate into our everyday lives, offering a level of convenience and functionality that had never been seen before.
From the very beginning, the team knew that they were embarking on a challenging journey. They understood that bringing their vision to life would require countless hours of research, development, and testing. But they were determined to see their dream become a reality, no matter what obstacles they faced along the way.
As the project progressed, the team encountered numerous challenges and setbacks. They had to overcome technical issues, logistical hurdles, and financial obstacles. But each time they faced a setback, they regrouped, reevaluated their approach, and pushed forward with renewed determination.
After months of hard work and dedication, the team finally saw their efforts pay off. The first prototype of MZV9P4T0BAM was completed, and it exceeded all of their expectations. The device was sleek, stylish, and incredibly functional, showcasing the team’s innovative design and engineering skills.
As word spread about MZV9P4T0BAM, excitement began to build within the tech community. People marveled at the device’s capabilities and potential, eagerly anticipating its official release. The team knew that they were onto something truly special and were eager to share their creation with the world.
Today, MZV9P4T0BAM is a reality, and it has already begun to make waves in the tech world. Its innovative features and sleek design have captivated consumers, who are eager to get their hands on this groundbreaking device. The team behind MZV9P4T0BAM is thrilled to see their vision come to life and are excited to see where the future will take them.
In conclusion, the evolution of MZV9P4T0BAM is a true testament to the power of determination, creativity, and hard work. From concept to reality, the team behind this groundbreaking project has shown what can be achieved when a group of passionate individuals come together to pursue a common goal. As MZV9P4T0BAM continues to make waves in the tech world, we can only imagine what other innovations this talented team will bring to life in the future.
#Concept #Reality #Evolution #MZV9P4T0BAM,mzv9p4t0bam
